Stamp and dabber for self-colouring stamp

FIELD: printing.

SUBSTANCE: invention relates to a stamp (1) and a dabber (130) for self-colouring stamp (1). In the housing, respectively, the receiving mechanism at least one pad for absorbing paint is placed. The bearing mechanism has a rectangular shape and is formed of a main plate and longitudinal planes and sides molded-on to it. On two parallel sides there are the gripping elements (138) for retaining the bearing mechanism laterally. Preferably on the bearing mechanism there are means in the form of grooves, clamps and/or convexities for fixation to the stamp (1). On each side of the bearing mechanism a gripping element (138) is placed for retaining and stretching laterally of the bearing mechanism from the stamp (1), formed of several parts pushed into each other. The gripping elements (138) are made with the ability to enter into the recess of the lower part of the stamp (1) and they do not protrude beyond the outer surface of the lower part (3), due to which the upper part (2) of the stamp (1) can be moved along the recess with the gripping elements (138) inserted into the lower part (3). The protrusion or respectively, convexities entering the grooves can simultaneously exert a force impact horizontally and vertically.

EFFECT: providing the opportunity of more accurate setting of a dabber due to the impact on it both of vertical and horizontal force.

7 cl, 41 dwg

 

The invention relates to a stamp pad, stamp and portable bracket according to the restrictive part of the points 1, 5, 9, 15, 25, 29 claims.

Already known various stamps with replaceable stamp pillows or removable bearing mechanisms for stamp pad. One such so-called shamocracy stamp described in WO 01/83227 of the same applicant. This shamocracy stamp with paint in the upper position contains the bottom part installed on stempellina surface, and placed in it a turning mechanism for the holder plate, moving the reciprocating, with simultaneous rotation between the ink bag, and the installation frame. This holder plate, moreover, through the rotary axis of the holder plate mounted in the longitudinal grooves of the lower part, movably connected with covering the lower part and moving relative to the lower part under the action of the return spring forces the Executive upper part, with the sidewalls of the Executive top. Executive top there is also a hinged lid, which in its closed position covers the shaft section with coloured cushions at the bottom. Thanks to the rebuilding of the cover with the rotation shaft section with coloured cushions in the lower part of the tiny the PEL becomes available to replace the ink pad.

The disadvantage of stamps with interchangeable coloured or stamp pillows lies mainly in the fact that for retrieval and re-installation of the replaceable ink pads need to stamp or parts of the stamp to conduct a series of manipulations, which many users may seem overly complex.

From AT 503827 B1 famous stamp, containing the first part of the housing, the second part of the housing, hinged relative to the first part of the body, and the stamp plate. Stamp plate is made with the possibility of pivoting about an axis lying in the first end zone of the first part of the body, from the outside position to the working position and in the off position the stamp plate is located between the first body portion and second body portion. In the working position of the first part of the housing, the second part of the housing and the stamp plate form an approximate triangle. The second part of the housing contains guide the connecting rod which engages with the stamp plate. On the stamp plate placed the control slide which engages or driven engagement with the actuating element. In addition, in the first part of the body is placed a stamp cushion, while in the off position stamp plate adjacent to the stamp under which the Cabinet for ink, accordingly, when the compression of the first and second housing parts between them the stamp plate is pressed against the stamp pad ink. To eject ink pads in the first part of the body on the upper side of the formed recess, allowing the manipulation stamp pillow and pulling out of the case. Next, stamp cushion placed funds, in particular, fixing elements for fixing the ink pads in the first part of the body, thus preventing the loss of stamp pad.

Further, the prior art stamp of the applicant under the name "Mobile Printy, which by design, approximately corresponds to AT 503827 B1. In "Mobile Printy, for example, has been improved ejecting ink pads. For this stamp on the side of the cushion provided by the gripping elements placed on them fixing elements. When the gripping elements are inserted into the appropriate notches on the sidewalls of the first part of the housing, and the locking elements are engaged with the projection in the inner space of the housing. In order to place the stamp pad in the first part of the housing in an inverted position, the gripping elements are formed correspondingly to the grooves, and one with the Auron gripping element and the corresponding recess attached to a semicircular shape, thanks stamp pillow can be pushed in the first part of the body completely in one direction. To retrieve stamp cushion her lightly squeeze on the side gripping elements, allowing the locking elements are moved towards each other and by lightly pulling stamp pillow can be extracted from the first part of the body.

With this design stamp cushion insert with longitudinal side end, so that the gripping elements are located on the longitudinal surfaces of the stamp pad. To achieve better action locking elements placed on the gripper elements, the gripping elements are laterally over the lateral surface of the stamp, in consequence of which the gripping elements can be simply compressed, and thereby, recording inside the stamp unlinked.

Further, from EP 0873245 B1 is known a portable clamp or grip for hand stamps, containing the outer casing, bearing the stamp element, mounted in an external enclosure with slide and provided with a peripheral edge, and at least one spring, which pushes the bearing stamp element from the external body, and the overlap with the receiving surface for the collision with the bottom peripheral edge, a resilient tongue provided on the pen is the freight or on an external enclosure, and a locking element provided on the outer casing or protective coating, and the tongue and the locking element are engaged with each other when carrying the stamp element bounces under the action of springy efforts, and after locking the hold bearing the stamp element in its retracted.

The drawback to this is that when such a grip on the outer surface of the upper part should be placed visible locking element or latch, which detract from the appearance of the stamp. At the same time, such a protrusion, respectively, the edge is a danger of relevant injuries.

From W0 2005/084953 A2, and EP 1507666 A1 famous stamp pads for installation in shamocracy stamp, in which the sidewalls are means in the form of bumps and grooves. The disadvantage of these designs is that fixation is possible only in one plane of force, namely horizontally, so that it does not provide a constant seal pressure plate stamp to the pillow in the initial position of the stamp, since the latter can be displaced vertically.

From documents AT 503827 A1, DE 202004010164 U1, US 6945172 B1, US 5743186 and DE 20 200600147 U1 famous stamps of various designs, in which the stamp cushion you need first is some way partially removed from the stamp, before you safely and without the risk of getting dirty to get that stamp cushion and remove it.

Furthermore, from WO 01/83228 and US 2004/2507 A1 famous stamps with protective equipment for safe transport and, accordingly, the fastening elements.

The task of the invention consists, therefore, in creating stamps with replaceable stamp pillows, in which replacement ink pads require the user to have less manipulation and increases the ease of maintenance when replacing the ink pads and greatly reduces the risk of contamination. Another object of the invention is to create a stamp pads, providing regressive compatibility, the use of the stamp pad in the legacy stamp. Another object of the invention is to provide a reliable carry stamps.

Objectives of the invention in relation to stamp pillows are solved due to the fact that, at least on the sidewall of the bearing mechanism is inclined plane, which runs at an angle to the base plate carrying mechanism and on which is positioned the tool for fixing the stamp, and included in the groove of the protrusion or bulge can simultaneously exert a force horizontally and vertically.

When the volume advantage is because of this implementation stamp cushion accurately held in its position. In particular, thanks to the additional influence of horizontal forces is achieved the effect that in an unusable state stamps, in which the printing plate presses on the stamp pad, stamp cushion can no longer be displaced horizontally, resulting printing plate tightly to stamp cushion and can absorb a sufficient amount of ink. The accurate positioning of the stamp cushion when using the multicolor stamp pad is always more significant, because due to the necessary separation of the individual dye pillows should accurately maintained positioning to everywhere and the correct paint got on the printing plate. If such stamp cushion will move, it may happen that one or more letters or parts of letters will touch located in the stamp cushion wall and thus this section of the printing plate cannot be absorbed by the paint. Due to this positioning does not deforming the side walls of the holder of the pillow.

Preferred option is implemented, in which the tool is made in the form of depressions corresponding to the located in the stamp projection, because the Hanks this creates a simple and economical fastening and positioning.

In an improved embodiment in which the tool is formed by at least one projection, in turn, is achieved cost-efficient production.

It is preferable that the inclined plane (hereinafter referred to an angled plane) passes under an angle of preferably 45° to the base plate carrying mechanism, because it optimizes the distribution of forces acting in the horizontal and vertical efforts for fixing and positioning.

Preferably the bearing mechanism has a rectangular shape and made of a base plate with priparkovannymi to her longitudinal surfaces and sidewalls, and a bearing mechanism placed funds in the form of grooves, clamps and/or bumps to be recorded in the stamp, and on each side carrying mechanism is gripping element for lateral restraint and pulling of the carrying mechanism of the stamp formed from one or more digemid each other parts, and the gripping elements are made with the possibility of entering into the hollow of the lower part of the stamp with no protrusion beyond the outer surface of the bottom, so that the upper part of the stamp can move in the recess with introduced in the lower part of the gripping elements.

Gripper elements are that is they way they are for the sides of a bearing mechanism for holding a bearing mechanism on the side.

Preferably the gripping elements made in one piece with a bearing mechanism or secured to the support mechanism by means of fixing means. This ensures, on the one hand, cost-efficient production, and on the other hand, these gripping elements are made with the possibility of their removal, so that the stamp cushion can easily be used without these gripping elements in the stamps of the old structures. Thus, for different types of stamps you want one kind of stamp pad.

For a better understanding of the invention it is explained below on the basis of the following drawings.

In highly simplified schematic image respectively represent:

Figure 1 stamp according to the first exemplary embodiment in a perspective view,

2 is a cross-section of the lower part of the die of figure 1,

Figure 3 cross section of the die of figure 2 in a perspective image

Figure 4 cross section of the stamp with the hopper in a partially extended from the shaft section position

Figure 5 a section of the lower part, respectively, figure 4 in perspective image

6 is a rear view of the lower part of the stamp in figure 2 (the viewing direction parallel to the direction of extension of stamp pads),

F. g placement of the hopper, stamp pads and holder plate in the position according to figure 1 in a perspective image

Fig additional exemplary embodiment of the stamps in the perspective image,

Fig.9 the lower part of the stamp on Fig in perspective and partial cut

Figure 10 the lower part of the hopper and carrying mechanism stamp pads stamp on Fig disassembled,

11 an alternative embodiment of a stamp with a lifting mechanism for carrying mechanism stamp pillows,

Fig the lower part of the stamp on 11 with the lifting mechanism pillows and valve in perspective and partial cut

Fig image in the context of the lower part of the stamp on Fig with a bearing mechanism of the stamp pad in a partially extended from the lower position,

Fig rear view of the lifting device in position on Fig in the perspective image,

Fig additional exemplary embodiment of the stamps in the perspective image,

Fig stamp on Fig with partially extended from the lower part of the stamp in the perspective image,

Fig cross section of the stamp on Fig in the cut

Fig top view of a bearing mechanism of a stamp with a bracket, to stamp on Fig,

Fig bearing mechanism and bracket Fig in separated one from another position,

is alternative exemplary embodiment of a bearing mechanism for ink pads for stamps on Fig,

Figa) and (b) additional alternative image carrying mechanism for ink pads for stamps of figure 1 and 15,

Fig alternative exemplary embodiment of a bearing mechanism for ink pads for stamps on Fig,

Figa) and (b) additional image stamp on Fig with an alternative locking device

Fig exemplary embodiment stamp pads in schematic, simplified image

Fig additional type of stamp bags on Fig,

Fig top view of the stamp bags on Fig and 25,

Fig side view of the stamp bags on Fig and 25,

Fig front view of the stamp bags on Fig and 25,

Fig perspective image of stamps in the off position for stamp bags on Fig-28,

Fig additional type of stamp on Fig,

Fig perspective image stamp on Fig, 30 in position changing ink pads,

Fig more promising picture of the stamp on Fig-31 in position changing ink pads with a partially extended stamp pad

Fig image stamp in the position of die stamping and woodblock,

Fig simplified image in the context of stamps on Fig inserted without stamp pillows,

Fig image disassembled stamps and ink pads on Fig-32,

F. g image in context with proper front view of the stamp with the locking system in the off position,

Fig additional image in the context with additional proper front view of the stamp with the locking system in the first position fix,

Fig additional image in the context with additional proper front view of the stamp with the locking system in the second position fixation,

Fig schematic illustration of the stamp with portable bracket in position for carrying.

First of all, it should be concluded that in different described embodiments perform the same elements have the same reference symbols, respectively, the same designations of structural elements, while contained in the entire description of the disclosure can be logically transferred to the same elements with the same reference symbols, respectively, the same designations of structural elements. Selected in the description of the designation positions, such as top, bottom, side etc. can also be attributed to the directly described and presented to the drawing and changing the logical position shall be assigned to a new position. In addition, individual characteristics or combinations of characteristics from the shown and described embodiments can also by themselves to provide an independent, having the features of the invention, the solution according to this the invention.

All tasks for the field values in the present description should be understood so that they are covered from any private values, for instance from 1 to 10 should be understood to mean that it covers all private values, based on the lower boundary values of 1 and upper boundary values of 10, that is, all private values, starting from the lower boundary values of 1 or higher to the upper boundary value of 10 or below, for example, 1.7 or 3.2 to 8.1 or 5.5 to 10.

Figure 1 shows in perspective view made according to the invention stamp 1 according to the first embodiment. In this case we are talking about the so-called smokesystem the stamp, in which the upper part 2 and lower part 3 are telescopically inserted into each other and the process of die stamping and woodblock is carried out by pressing the upper part 2 or seizure stamp 1 on the lower part 3. The pressing or compression of the upper part 2 with the lower part 3 is under the action of a return force of a spring (not shown)placed inside the upper part 2 between the upper part 2 and lower part 3.

Figure 2 presents the cross-section of the lower part 3 of the die 1 by 1. Figure 3 in a perspective view in cross-section of the lower part 3. Inside the lower part 3 is placed on the adjustable holder 4 of the printing plate with the stamp plate 5. The holder 4 of the printing plate is s contains besides the trunnion 6, which have the ability to move vertically on the vertical guides 7, made in the side walls of the lower part 3. Pin 6 of the holder 4 printing plates are on both sides of the lower part 3 of the guideways 7 and a known manner are installed with the possibility of rotation in the side walls 8 of the upper part of the stamp 1. Further, in the lower part 3 is formed also known from the prior art rotary mechanism 9, which is engaged with the holder 4 of the printing plate when it is moved along the vertical guide 7, so that the holder 4 of the printing plate at the same time must perform a rotational movement and thus to come to a position rotated by 180°. Thus the stamp plate 5 with the holder 4 of the printing plate by means of the turning mechanism 9 in the lower part 3 of the stamp 1 is located with the option to install with the restriction and the translational and rotational motion. Thanks to the installation of the pins 6 in the vertical guides 7 of the bottom part 3 and the simultaneous placement of the pins 6 in the side walls 8 of the upper part 2 there is a force moving the connection when pressing the upper part 2 between the upper part 2 and the stamp plate 5 and the holder 4 of the printing plate. So, the stamp plate 5 makes a certain way interleaving located between bol is e deep position, a printing position in which the stamp plate comes in contact with stempellinella document (shown in figure 2 in dashed form), and, on the other hand, rotated 180° position, the position of the non-working position in which the stamp plate 5 is in contact with the bottom 3 stamp cushion 10 and with this paint can be transferred from a stamp pillows on the stamp plate.

Improved version: Echelon guide Shown in figure 2 and 3 position of the holder 4 plates, respectively, of the printing plate 5 corresponds to a position outside of the position or initial position in which the stamp plate 5 with a certain contact pressure adjacent to the stamp cushion 10. Stamp cushion 10 is made of spongy material with a cumulative capacity and because of this useful in order to accumulate a certain stock stamp paint or ink and for a long time to pass it on the stamp plate 5. To accommodate stamp cushion 10 in the stamp 1 stamp cushion is installed and fixed in the bearing mechanism 11, is made in the form of a frame or box. The bearing mechanism 11 with stamp cushion 10 forms a removable node. For this purpose the upper edge zone of the lower part 3 are mine seccia, into which is inserted a bearing mechanism 11 with stamp cushion 10. The shaft section 12 is thus preferably as an aperture perpendicular to the longitudinal length of the lower part 3, respectively, across the direction of the working steps of the stamp 1, in accordance with the vertical guide 7. To accommodate, respectively, the positioning of the carrying mechanism 11 with stamp cushion 10 in the shaft section 12 in position of contact with the stamp plate 5, the bearing mechanism mounted on the hopper 13. In accordance with the position at which the stamp plate 5 adjacent the bottom to upward freely accessible side of the stamp pillow and pressed it, and the box-shaped bearing mechanism 11, and the hopper 13 is placed in the shaft section 12 in some way "standing on your head".

The lower part 3 of the stamp 1 is, thus, package receiving device placed on the hopper 13 carrying mechanism 11 with stamp cushion 10. The lower part 3 has essentially the shape of a hollow prism, and in the end the end zone opposite the shaft section 12 or facing away from it, has an opening or hole, the cross section of which corresponds to the size of, respectively, the cross section of the printing plate 5 or the holder 4 of the printing plate. In positivechanges plate 5 for receiving the seal is fed through the aperture or may be a little to play for this opening.

The operation of the receiving device for carrying mechanism 11 with stamp cushion 10 in the bottom 3 stamps 1 becomes more evident when comparing the images in figure 2 and 3, on the one hand, and, on the other hand, figure 4 and 5.

Figure 4 shows a cross-section of the lower part 3 of the die 1 with the hopper 13 in a partially extended from the shaft section 13 situation.

Figure 5 shows in section the lower part of figure 4 in a perspective image. The hopper 13 includes a base 14, edge 15, and on both sides of the end face 15 on one nerazdelennuyu capture 16 (figure 1). In the pushed-in shaft section 12 the position of the hopper 13 hole 17 provided in the lower part 3, preferably with the exact adjustment of the closed end 15 and hooks 16 of the hopper 13, resulting to some extent smooth end surface, as shown in figure 3. In turn, having a form of a cap top frequent 2 stamp 1 in the area of the end face 15, respectively, in the area of the grippers 16 are provided free space 18 (Fig 1). The free space 18 is made mainly in the sidewall 8 of the upper part 2, respectively, the depth of 67 located on the side of the grips 16. Thus the hopper 13 may be caught up fingers for his grips 16 and 19 extension of the shaft section 12 can be pulled and removed. Reinstalling tiny is pelinei cushion 10 is carried out in reverse order, when the hopper 13 slides in the shaft section 12 of the bottom part 3 in the direction of 20 lower. Hole 17 made in the lower part 3 in accordance with the shaft section 12, serves simultaneously as a stop, to which the hopper 13 may be vdvinul in the shaft section 12. This emphasis is formed, in particular by limiting the openings 17 in the lower part 3, corresponding to the grippers 16.

In an improved embodiment, the end face 15 of the hopper 13 may be placed grip 82. This grip 82, as shown in figure 1, can be formed by protruding molded element, however, this grip can also be made with the possibility of tilting or turning, so as to provide a flat end face 15, however, to extract the bin 13 for a more comfortable grip has a handle. Figure 3 presents, for example, tilting the grip 82 deployed around a rotary axis 83 and through constructive measures, for example, swelling in the area of the swivel axis, if not fixed in the retracted non-working position. In addition, it is possible to provide the end face 15 of the hopper 13 of the elastic plate, which is in the off position adjacent to the end face and, if necessary, can be removed.

As can be seen from the relevant provisions of the bunker on 2 and 4, by pulling the hopper 13 by 19 in the direction the traffic is moving in a vertical direction, that is, in a direction parallel to the vertical guide 7, the hopper 13 with stamp cushion 10 is lifted to a height of 21. To accomplish this, in the shaft section 12 of the bottom part 3 is provided at least one driven engagement with the hopper 13, the ramp 22. Preferably several such, provided with oblique planes, ramps 22 and several located in front of the ramp 22, the corresponding ramp 23 on the base 14 of the hopper 13. The ramp 23 is located at the upper side of the base 14 and are up in the opposite direction and protruding down the ramp 22. A pair of ramps 22, 23 can also be located, for example, parallel to the end face 15 with mutual offset, allowing the bearing to a large amount of surface.

The relative placement of the carrying mechanism 11 with stamp cushion 10 and the holder 4 of the printing plate with the stamp plate in the bottom 3, as shown in image 2 is selected so that the stamp plate 5 with at least a small initial load was pressed stamp cushion 10. It is necessary also to stamp plate 5 could be moistened stamp ink or ink. Accordingly, the ramps 22, 23 are mutually pressed dissolved, and the situation. When pulling stamp cushion 10 with the hopper 13 sliding ramps 22 and 23 to each other, occurring at a slant relative to the vertical direction of the guide 7, provides lifting stamp cushion 10 with the stamp plate 5. When this occurs, the release of the stamp cushion 10, due to the fact that it is elastically pressed back from vzaimoperehoda state. Associated with this decrease in pressure between the stamp plate 5 and stamp cushion 10 allows thereby to remove stamp cushion 10 of the shaft section 12, as far as possible avoiding the friction. Depending on the elasticity of the stamp cushion 10 of its elastic wringing can occur with different strengths and, if necessary, can never take place. But due to the slipping of the ramps 22, 23 to each other and decreases the pressure of the stamp plate 5 to stamp cushion 10 and thereby at least easier pulling the hopper 13.

The interaction of the carrying mechanism 11 stamp cushion 10 with the hopper 13 for insertion and removal of the shaft section 12 of the bottom part 3 stamps 1 more explained below on the basis of 6 and 7. Figure 6 presents a view of the lower part 3 of figure 2, i.e. the viewing direction parallel to the direction 19 of nomination. When this bearing mechanism 11 stempeln the second cushion and the hopper 13 are in position, in which they are inserted, respectively, is pushed in the shaft section 12. Perspective detailed view is presented on Fig.7, for greater clarity, presents only the holder 4 of the printing plate, the bearing mechanism 11 stamp cushion 10 and the hopper 13. According to this embodiment, the hopper 13, as already described, has the end face 15, two located on the side of a gripping element 16 and according to this embodiment, two connected to the ends 15 of the support plate 14 held essentially parallel to the direction 19 of the extension, respectively, to the direction 20 of the lower. Both support plates 14 are placed on two displaced relative to each other in the direction 19 of the extension of the ramp 23 which engages with the ramp 22 located in the shaft section 12 of the bottom part 3. Between the hopper 13, on the one hand, and a bearing mechanism 11 stamp pads, on the other hand, there is at least one guideway oriented parallel to the direction 19 of the extension relative movement. According to this embodiment, there are two guides formed on one side by means of l-shaped guide sections 24 carrying mechanism 11 and abutting against the lateral sides of the support plates 14. To limit the stroke of the movement on these guides between the hopper 13 is a bearing mechanism 11 can be made stops. For this purpose, the hopper 13 has, for example, a gripping plate 25 with a longitudinal bore 26, which is powered finger 27. As both of the support plate 14, a gripping plate 25 of the hopper 13 is oriented essentially parallel to the direction 19 of the extension at a distance from the end face 15. The opposite end 15 of the tail part of the exciting pads 25 is able to plastically deform under the dock hopper 13 with a bearing mechanism 11 can rise over powered by the finger 27, so that it is inserted in the longitudinal hole 26 exciting pads 25. This soskakivanie powered finger 27 in the longitudinal hole 26 may be additionally supported by the fact that powered the finger 27 is made bevel 28 directed parallel to the direction 19 of the extension.

Due to the fact that the slot runs parallel to the direction 19 of the extension section length 29, this length 29 is provided for powered finger 27 as stroke movement within the longitudinal hole 26. On the basis of the friction force associated with a higher contact pressure between the stamp plate 5 and stamp cushion 10, the bearing mechanism 11 stamp cushion 10 when removing the hopper 13 of the shaft section 12 is first fixed in its original position (figure 4, 5). With postupatel the major movement of the hopper 13 in the direction 19 of the extension is at the same time reducing the pressure between the stamp plate 5 and stamp cushion 10, due to the relative movement in accordance with mutual slipping each other the ramps 22 and 23 and the powered movement of the finger 27 along the length 29 of the longitudinal hole 26. Since the relative movement between the bearing mechanism 11 and the hopper 13 is limited by the length 29 of the longitudinal hole 26, the bearing mechanism 11 stamp cushion 10 at the conclusion of the forward movement of the hopper 13 is ejected together with him of the shaft section 12. Just after lift exciting pads 25 stroke limitation of movement powered finger 27 can be stopped and the bearing mechanism 11 can be separated from the hopper 13. This enables replacement of the carrying mechanism 11 with stamp cushion 10. To reinstall the hopper 13 with a bearing mechanism 11 should be made the whole process of movement in the reverse order.

A particular advantage of the described solution of the stamp 1 is that the removal of the carrying mechanism 11 with stamp cushion 10 is greatly simplified for the user. After seizing the hopper 13 on both grips 16 there is only one movement - namely, the extrusion hopper 13 in the direction 19 of the extension is to remove the stamp cushion 10 of the stamp 1. Any other manipulation of the stamp 1 is thus not required. In addition, by limiting the relative activities is its powered movement of the finger 27 carrying mechanism 11 in the longitudinal hole 2 6 exciting pads 2 5 guaranteed what bearing mechanism 11 with stamp pillow 10 will not be able uncontrolled fall to the floor. Great risk of contamination, usually taking place when replacing the ink pads 10 can also be thereby greatly reduced.

On Fig-10 presents the following variant of the implementation of the stamp 1 with a bearing mechanism 11 stamp cushion 10, which with the help of the hopper 13, with a hole for carrying mechanism 11, is inserted in the lower part 3 of the die 1. Bunker 13 according to this embodiment also includes along the side attached to the end face 15 of the grippers 16. With their help, the user can grasp the hopper 13 and pull it together with a bearing mechanism 11 stamp cushion 10 from the lower portion 3 of the die 1 in the direction 19 of nomination. Shaft section 12 in the lower portion 3 for mounting the hopper 13 with stamp pillow 10 in this embodiment, the stamp 1 is also installed across, or perpendicular to the vertical guide 7 to the pins 6 of the holder 4 of the printing plate.

Figure 9 shows the lower portion 3 of the die 1 in the perspective image and the partial cut. On the support plate 14 of the hopper 13 is provided for the supporting elements 30 to fasten them in the springs 31. On the other hand, they rest against the inner side 32 of the end walls 33 of the housing lower part 3. In the position of the hopper 13, shown in Fig.9, the springs 1 are pre-loaded and thanks to the hopper 13 is fixed, or held back, pushed inside the shaft section 12 the position.

Backing plate 14 of the hopper 13 from both sides adjacent the side wall 34 parallel to the direction 19 of the extension and the direction 20 of the lower and perpendicular to the base plate 14. The support plate 14 and the two side sections 34 form thus the U-shaped frame carrying mechanism 11 stamp cushion 10. Sidewall 34, spaced downward from the base plate 14 have a fence, made in the form of a running slope of the ramp 35. Ramp 35 with respect to the direction 20 of lowering carried out under the slope with a steep descent and designed, however, so that is engaged with the pin 6 of the holder 4 of the printing plate. When pushed fully in the shaft section 12 the position of the hopper 13 (as shown in Fig.9) stamp cushion 10 and the stamp plate 5 are in contact with each other and pressed together position. However, if the hopper 13 is moved in the shaft section 12, respectively, to the direction 19 of the extension, then sliding down the ramp 35 on the pin 6 of the holder 4 of the printing plate causes the stamp plate 5 and stamp cushion 10 is unloaded and finally detached from each other. In the bearing mechanism 11 stamp cushion 10 with maximum prevention of friction resistance can be elongated and is of sulecin of the bottom 3 stamps 1.

Figure 10 shows the lower part 3, the hopper 13 and the bearing mechanism 11 stamp cushion 10 in a disassembled form. From the back relative to the end face 15 of the hopper 13 end portion of the support plate 14 is powered ledge 3 6 included in the clearance of a bearing mechanism 11. In line or coaxial with drive lug 36 in the base 37 of the bearing mechanism 11 stamp cushion 10 is made free space 38 in the form of grooves. This free space 38 is open to the side carrying mechanism 11 and extends to a length of 39 parallel to the direction 19 of the nomination and 20 to lower the thrust ledge 40.

Pull the hopper 13 of the lower part 3 stamps 1 due to the pressure of the stamp plate 5 on the stamp cushion 10, respectively, of the friction clutch, the bearing mechanism 11 remains mostly still held in the lower part of the 3 positions. Due to the movement of the hopper 13 in the direction 19 of the extension, first, it reduces the pressure of contact between the stamp plate 5 and stamp cushion 10 due to the engagement of the ramps 35 with pin 6 of the holder 4 of the printing plate, and, secondly, powered ledge 36 after passing through the length 39 in the free space 38 is in engagement with the thrust ledge 40 of the bearing mechanism 11. With forward movement of the hopper 13 in the direction 19 of the bearing extension mechanism tigda also extends further.

With progressive stretching of the hopper 13 is simultaneously compressed spring 31 (Fig.9) and the result is becoming more return force acting in the direction 20 of the lower, so that the hopper 13, as soon as you disconnect, with an accelerating movement in the direction 20 of the lower again is drawn into the shaft section 12. But bearing mechanism 11 stamp cushion 10 on the basis of its inertia can not fast enough to follow this accelerated movement of the hopper 13 and finally stops at the position at which the bearing mechanism 11 is at least partially protrudes from the end face 15 of the hopper 13 in the direction 19 of nomination. Thus, the bearing mechanism 11 stamp cushion 10 may be finally ejected and ejected from the hopper 13.

To install a new bearing mechanism 11 stamp cushion 10 of the first hopper 13 extends from the shaft section 12 in the direction 19 of the extension, the holder 4 of the printing plate by moving the trunnion 6 in the vertical guide 7 is pressed down. Then, in the retracted position, the hopper 13 bearing mechanism 11 so deep slide into the hopper 13 in the direction 20 of the lower, while the axial protrusion 4 0 carrying mechanism 11 will not come in contact with powered ledge 36 of the hopper 13. When this bearing mechanism 11 relative to the hopper 13 is located more deeply in the purposes of the shaft section 12 position than this would be consistent with the end face 15 of the hopper 13. Subsequent lowering of the hopper 13 in the shaft section 12 of the bottom part 3 of the bearing mechanism 11 stamp cushion 10 hits then in its working position above the stamp plate 5 of the holder 4 of the printing plate, and feels the pressure of the pressing stamp plate 5, after the movement of the lifting pins 6 of the holder 4 of the printing plate in a vertical guide 7 with ramp 35 of the hopper 6 is released again.

On 11-14 shows an alternative example of implementation of the proposed stamp 1 with a lifting mechanism for carrying mechanism 11 stamp cushion 10. Figure 11 shows a perspective view of the stamp 1, the bearing mechanism 11 stamp cushion 10, is inserted in the mechanism 41 of the lifting cushion, mounted in the shaft section 12 of the bottom part 3 of the stamp 1.

The mechanism 41 of the lifting cushion forms, firstly, the shaft receiving device 102 and the guide for digenova him in and raised him carrying mechanism stamp cushion 10. Secondly, the mechanism 41 of the lifting cushion is formed in order to perform relative to the bottom of 3 stamps 1 vertical movement on the course permutation 42, parallel vertical guide 7. For this mechanism 41 of the lifting cushion installed in the lower part 3 of the die 1 with the aristanemi in the vertical direction.

According to this embodiment, in the bearing mechanism 11 provides that transitions from the base 37 to a short narrow sides of the carrying mechanism 11 are formed respectively through the chamfer 101 parallel to the direction 19 of the nomination, according to the direction 20 of the lower. In accordance with the chamfer 101 by a carrying mechanism 11, the mechanism 41 of the lifting cushion formed also mine the receiving device 102 and a guide. This means that the receiving device 102 for carrying mechanism 11 on its upper side marginal areas is held under the tilt of the inner beveled edge 103. The slope and size of the inner beveled edges 103 and a beveled edge 101 is selected corresponding to each other. The magnitude of the angle as the beveled edge 101 and the inner beveled edge 103 is preferably 45°. The width 104 of the inner beveled edges 103 preferably has a value from 10% to 70% of the height 105 of the receiving device 102. Internal beveled edges 103 of the receiving device 102 in the mechanism 41 of the lifting cushions and beveled edges 101 by a carrying mechanism 11 has the advantage compared to a carrying mechanism 11 with a rectangular cross-section, which is that errors are excluded by setting the replaceable bearing mechanism 11. the Hanks that the bearing mechanism 11 - functionally correctly - with stamp pillow 10 with the downward direction can be vdvinul in the receiving device 102. An additional limitation for lowering the supporting mechanism 11 into the receiving device 102 mechanism 41 of the lifting cushion offers another alternative implementation, in which only one side of the internal beveled edge 103 and only on the one side there is a beveled edge 101 carrying mechanism 11. Additional alternative embodiments of a bearing mechanism 11, respectively, the receiving device 102, may be different with respect to each other angles or different width 104 on both sides of the beveled edges 101, respectively, the inner beveled edges 103. An additional advantage of the beveled edge 101 carrying mechanism 11 is increased thanks to the rigidity of a bearing mechanism 11. In particular, both the response beveled edges 101, 103 may also have other geometric shapes. For example, along with presents the bevel is also possible radii and/or broken lines to achieve the most simple and, in particular, clearly defined input bearing mechanism for achieving a slight tendency to distortion. In particular, for example, beveled CROs the ka 101 by a carrying mechanism 11 may be the rise, so when the lower carrying mechanism 20 is achieved by automatic adjustment of the carrying mechanism 11 to the receiving device 102. Thanks to the beveled edge can also be achieved more accurate vertical landing carrying mechanism 11 on the sidewall of the lifting mechanism pillows, respectively, on the side of the lower part.

The permutation mechanism 41 of the lifting cushion together with a bearing mechanism 11 stamp cushion 10 through the valve 43, jointly installed in the shaft section 12 of the lower part 3, which for this purpose is in engagement with the rocker rails 44 mechanism 41 of the lifting cushion. As more explained below on the basis of Fig and 13, the mechanism 41 of the lifting cushion and valve 43 together form the above-mentioned lifting mechanism for shifting the supporting mechanism 11 stamp cushion 10. The lifting mechanism 41 of the lifting cushion is by pulling the valve 43 in the direction 19 of nomination. Valve 4 3 provided for this purpose, the grippers 45, for which the valve can be caught up by the fingers and which cover lifting mechanism pillows on the side of its narrow sides.

On Fig and 13 shows in detail the lower portion 3 of the die 1 with the mechanism 41 of the lifting cushion and valve in section and in a perspective image. Image Fig is when the volume bearing mechanism 11 stamp cushion 10 in its operating position, pushed fully into the lower part 3 of the die 1, and the image Fig bearing mechanism 11 is raised from the stamp plate 5 of the holder And the printing plates on the course permutation 42 vertically and partially extended out of the lower part 3 of the regulations. The valve 43 of the lifting mechanism essentially consists of a base plate 46 formed by the guide profiles 4 7 elements sliding rectilinear guideway formed between the valve 43 and the lower part 3 of the die 1, and spaced laterally from the base plate 46 powered fingers 48 which engages with the rocker rails 44 mechanism 41 of the lifting cushion. The lower part 3 of the stamp 1 in its upper end area contains high jumper 51 connecting the front wall 49 and the rear wall 50 of the lower part 3. This average jumper is made essentially in the form of a plate and its vertical position is set in such a way that at least partially forms the upper limit shaft section 12 to the lifting mechanism, respectively carrying mechanism 11. The side edges of the middle jumper 51 is formed at the same time guides 52 to guide sections 47 of the valve 43. With an average jumper 51 is connected twisted Flexural spring 53, mating with the valve 43 and locking it in retracted position. For this purpose, the base PLA is Tina 46 of the valve 43 installed anchor pins 54.

The mechanism 41 of the lifting cushion is formed of two side walls 55, the lower edges of which are addressed to the holder 4 plate connected to the support frame 56, framing stamp cushion 10. Plot mechanism 41 of the lifting cushions, facing the front wall 4 9 bottom 3 stamps 1, both sides 55 of the mechanism 41 of the lifting cushions are interconnected by a crosspiece 57, which simultaneously forms the upper limit for the box-shaped receiving device 101, respectively, the guide for carrying mechanism 11 stamp cushion 10. Jumper 57 installed in such a way, respectively, of the sidewall 55 of the mechanism 41 of the lifting cushion is designed so that the sidewall 55 of the act vertically upwards over the bridge 57. This protruding section of the side walls 55 in the side walls 55 are made of the above-described rocker rails 44. The base plate 46 of the valve 43 is held essentially between the projecting parts of the side walls 55 of the mechanism 41 of the lifting cushion. On the site of the base plate 46 facing the front wall 49, on the side of the elongated portion of the base plate 46 posted by clamps 45 of the valve, while the grippers 45 cover sidewall 55 of the mechanism 41 of the lifting cushion side. Protruding above the crosspiece 57 parts of the side walls 55 are made for this purpose in accordance with the elongated areas of the support plate 46 is shorter./p>

On each sidewall 55 of the mechanism 41 of the lifting cushion is placed the sliding element 58 mounted in the guide channel 59, is made in the corresponding side of the lower part 3 of the die 1. Each guide groove 49 forms a rectilinear guide surface of the guide positioned in parallel vertical guide 7 to the pins 6 of the holder 4 of the printing plate. According to this embodiment, the sliding element 58 has the shape of a long square, and are able to move parallel to its longitudinal extent of the guide channel 49. The sliding element 58 at the end opposite to the holder 4 of the printing plate, includes retaining elements located on a side of the locking recesses 60. On the other hand, each side of the lower part 3 stamps 1 coaxially with the guide groove 59 has a spring clip 61 spring adjustable side clamps 62. Spring clips 61 thus placed and fixed on the lower part 3, which in the raised from the holder 4 of the printing plate position mechanism 41 of the lifting cushion latches 62 of the spring clip 61 is fixed in the locking recess 60 of the sliding element 61 and thus the mechanism 41 of the lifting cushion is fixed in this position.

Rocker guide 44, made in the side walls 55 of the mechanism 41 of the lift under the loud, has a first section 63, laid above and parallel to the direction 19 of the extension passing under the down slope area 64 of the guide and again passing parallel to the direction 19 of the third extension section 65. What is happening when pulling the valve 43 powered movement of the fingers 48 of the first section 63 of the guide along an inclined second portion 64 in the third section 65 of the guide causes, however, the movement mechanism 41 of the lifting cushion with a bearing mechanism 11 stamp cushion 10 in a vertical direction, up. This bearing mechanism 11 is lifted from the holder 4 plates, respectively, with the stamp plate 5 in the vertical direction at the step 42, and thereby exempt from the friction acting between the stamp plate 5 and stamp cushion 10.

On Fig shown in the back view of the lifting mechanism in position on Fig in the perspective image. Once powered fingers valve 43, siteplease with rocker guide 44, reach the bottom portion 65 of the rocker switch guide lever 44, with the translational motion of the extension of the valve 43 in conjunction with it and the bearing mechanism 11 stamp cushion 10 is extended from the shaft section 12 of the bottom part 3. For this purpose, pointing away from the hooks 45 of the valve 43 the end of the base plate 46, issue lnen speaker powered down the ledge 66. This powered the protrusion 66 is included with the link in the free space 38, made in the base 37 of the bearing mechanism 11, until then, until it reaches its hard ledge 40. Upon reaching the maximum stretching of the lower part 3 of the regulations of the valve 43, it can be released and under the action of the twisted Flexural spring 53 is again drawn into the lower part 3. However, the bearing mechanism 11 stamp cushion 10 remains in position extending beyond the front wall 49 of the lower part 3 of the die 1, and can then be extracted from the stamp 1. To lower the new ink pads 10, accordingly, the carrying mechanism 11, the mechanism 41 of the lifting air bags must be primarily described in elevated from the holder 4 of the printing plate position, which is achieved due to the fact that the valve 4 3 extends from the shaft section 12 at least so that powered the finger 4 8 enters the area between the inclined second section 64 and the third section 65 of the rocker guide 44. Then the bearing mechanism 11 can be completely vdvinul in the shaft section of the mechanism 41 of the lifting cushions, after which the valve 43 also moves in the shaft section 12 of the bottom part 3. While the powered movement of the finger 48 of the valve 43 is in an inclined second portion 64 of the guide to the first section 63 of the guide, resulting mechanism 41 of the lifting cushions per meshaetsia down and stamp cushion 10 carrying mechanism 11 is pressed against the stamp plate 5.

On subsequent Fig-20 shows the following example presents the stamp 1. On Fig it is presented in the perspective image. Performed essentially in the form of a hollow prism of the lower part 3 with rotary mechanism 9 for the holder 4 of the printing plate (Fig) installed a dome-shaped upper portion 2, respectively capture the stamp 1, which under the action of a return force of a spring (not shown)placed between the upper part 2 and lower part 3 can telescopically move to the lower part 3. Image Fig corresponds to the initial position of the stamp 1, the capture, respectively, the upper part 2 is in its maximally displaced up the initial position. The hole 17 in the bottom portion 3, through which the bearing mechanism 11 remanufactured ink pads 10 can be inserted, respectively, removed from the lower part 3, in this embodiment, the stamp 1 runs across the entire width of the front wall 49 of the lower part 3 and a depth of 67 adjacent on both sides to the front wall 49 of the side walls of the lower part 3. On the front view as seen parallel to the direction 20 of the lower hole 17 is presented in a rectangular shape with a height of 68.

The sidewall 8 domed capture, respectively, the upper part 2 of the stamp 1 and the front wall 69 of the upper part 2 have igni edge 70, accordingly 71, which is held in position according Fig under the hole 17 in the lower part 3. Across the entire width of the front wall 69 of the upper part 2 is window 72, continuing in both side walls 8 at a depth of 73. As the hole 17 in the lower part 3, the window 72 in the upper part in front view, i.e. in the direction of view parallel to the direction 20 of the lower, has a rectangular shape, the height 74 of the window 72 has a value that is at least equal to a height of 68 holes 17. According to the shown Fig the basic position of the stamp 1, i.e. the position in which the upper part 2, respectively capture the stamp 1 is in its displaced relative to its lower part 3, the maximum upward position, the window 72 relative to the openings 17 in the lower part 3 is in position above the openings 17, resulting in a hole 17 at least partially closed by the front wall 69 of the upper part 2. Because of this, shown in the basic position of the stamp 1 removal of stamp cushion 10 through the opening 17 is impossible to do. To be able to remove stamp cushion 10, it is necessary that the upper part 2 is moved relative to the lower part 3 down so that the window 72 is established relative to the openings 17, as shown below on Fig. For b the lo to easily remove the bearing mechanism 11 with stamp cushion 10 from the lower portion 3 of the die 1 and accordingly, it is re-inserted on the upper part 2 is provided limiter 75, respectively, the stopper, which can be brought into engagement, respectively, recorded corresponding thrust ledge 76 (Fig). The limiter 75, respectively, the axial protrusion 76 is placed preferably in the front wall 69 of the upper part 2, respectively, on the front wall 49 of the lower part 3.

To change the cushion upper part 2 should be set relative to the lower part 3, so that the window 72 of the upper part overlap the hole 17 of the lower part. Because of considerations of compact design stamp 1 height 74 of the window 72 is preferably only slightly greater than the height 68 of the hole 17, then this setting under certain circumstances requires some manipulation, particularly for inexperienced users, who too rarely are replacing cushion. Therefore, in an improved embodiment, the stopper 76 may have a guide profile 120 that passes, respectively, slide on hard ledge 76 of the lower part 3, as shown in Fig. Due to this by shifting 121 of the stopper 75 and thereby guide profile 120 in a direction across the direction of movement of the upper part 2 can move the upper part down. The magnitude of the relative movement of the part corresponds to the value you want to move the upper part 2 to the hole 17 in the lower part 3 overlap window 72 in the upper part 2. The guide profile 12 0 the lower part contains at least one portion 122 of the guide passing tilted relative to the direction 121 for moving the stopper 75, while the slope of the site the guide is designed in such a way that the passage 123 for moving the stopper 75 is converted into a corresponding relative movement of the upper part 2, to move the upper part down to a distance of 124 to release the holes 17 of the window 72. In addition, the guide profile has a position 125 of the lock, in which in the off position the thrust ledge 76 of the lower part 3 can remain in the guiding element 120 of the stopper 75 and thereby lowered the upper part 2 is held in its position, thereby allowing easy replacement of a bearing mechanism 11.

To change the bearing mechanism, the stopper 75 is shifted 121, allowing the thrust ledge 76 is in contact with the rising section 122 of the guide and the upper part 2 is moved down relative to the lower part 3. After passing a distance of 123 section 122 guide the axial projection 7 6 after passing through the highest point of the plot guide gets into position 125 of the lock guide about the île, thanks to the fixed position of the upper part relative to the lower part, in particular, the window 72 of the upper part is now over the hole 17 of the lower part, resulting in the bearing mechanism can be extracted. After replacing the stopper is returned to the initial position, or continues to move accordingly to the previous direction of movement, thanks to which the upper part is moved up again in their initial position, as now resistant ledge 76 slides downward section 122 of the guide.

On Fig presents the stamp 1 Fig with partially extended from the lower part 3 stamp cushion 10, respectively, elongated bearing mechanism 11 in a perspective image. On Fig presents the stamp in position on Fig in the cut. As more clearly seen from Fig, on a bearing mechanism 11 is fixed to the bracket 77. Externally, the bracket 77 has an essentially U-shaped and corresponds, in particular, the hole 17 in the lower part 3 is placed on the lateral end parts grippers 78. Its length parallel to the direction 20 of the lower corresponds to the depth of 67 holes 17 in the lower part 3. Facing to each other of both grips 78 of the bracket 77 on the narrow sides of the carrying mechanism 11 preferably are connected by clamps with a bearing mechanism 11. The shape of the bracket 77 is Ipanema in accordance with the hole 17 in the lower part 3. Thus, in the pushed position, the hole 17 is completely closed by the bracket 77. On the other hand, the presence of brackets 77 allows comfortable grip and remove the carrying mechanism 11 with stamp cushion 10 of the stamp 1 as soon as the window 72 of the upper part 2 are mounted on the same axis with the hole 17 of the lower part 3.

As for mutual install on one axis of the window 72 and openings 17, it is first necessary to perform a relative movement of the upper part 2 relative to the lower part 3, which simultaneously by the interaction of movements between the upper part 2 and the holder 4 of the printing plate through its pin 6 causes the lowering of the holder 4 of the printing plate in the direction of the vertical guide 7, stamp cushion 10 is released from the pressure of the pressing stamp plate 5, the current is usually in the main position of the stamp 1, and they are lifted from each other at a distance of 79 (Fig). Distance 7 9 corresponds essentially to the relative movement required to make the window 72 in the upper part 2 to install on a straight line with a hole 17 in the lower part 3. However, the frictional resistance acting in the initial position (Fig) between the stamp plate 5 and stamp cushion 10, terminates the action and bearing mechanism 11 with stamp cushion 1 with small forces is the first effort can be extracted, accordingly, again inserted.

On Fig shown bearing mechanism 11 stamp cushion 10 with bracket 77 on Fig in the top view. On Fig bearing mechanism 11 and the bracket 77 is presented in a separated one from another position. Facing to each other of both grips 78 brackets 77 are toothed rack profile 80. In accordance with this, in adjacent to the longitudinal narrow sides of the carrying mechanism 11 sites over short narrow sides made the toothed profiles 81, complementary toothed profiles 8 0 bracket 77. Gear profiles 80, 81 preferably have a lateral surface directed perpendicular to the base 37 of the bearing mechanism 11. In accordance with this timing profiles 80 of the bracket 77 relative to the toothed profiles 81 carrying mechanism 11 can be mutually displaced in the direction perpendicular to the base 37. Fixing bracket 77 by a carrying mechanism 11 is thus due to the fact that both toothed profile 80 are fed to the respective basis of the carrying mechanism 11 to the ends of the toothed profiles 81 and the gear profiles 80 of the bracket 77 is entered in gear profiles 81 carrying mechanism 11. Replacement ink pads 10, accordingly, the carrying mechanism 11 it using the brackets 77 extends from the lower portion 3 of the die 1, as shown in Fig, in the direction 19 of nomination. Then the bracket 77 thedistance from carrier, milling the mA 11 and docked with new bearing mechanism 11, which is then in the direction of 20 lower is introduced by means of brackets 77 in the bottom 3 stamps 1 up until the bracket 77 closes the opening 17 or not join him. On Fig shown below is executed in the form of a beveled edge 101 of the face between the base 37 and the short narrow side carrying mechanism 11. This beveled edge may, for example, serve to prevent the incorrect landing, because the bearing mechanism can be introduced into the receiving device, respectively, in the bunker correctly, i.e. with the correct orientation stamp cushion relative to the stamp plate. Due to the special form beveled edges, that is, for example, due to different angles of bevel or different width of the beveled edge can be formed in the bearing mechanism that can be configured specifically for different types of stamps. Preferably both beveled edges will have the same basic geometry, additional special shape is formed, for example, due to the fact that the beveled edge has a greater width and/or greater angle, so that the bearing mechanism still can be used with the basic stamp complementary profile, while suitable stamp pillow. However, the advantage beveled edge also lies in the fact that the bearing mechanism can be used is sterile in the stamp, the clamping mechanism, respectively, bunker which has no such response beveled edges, because missing because of the beveled edges of the material does not manifest itself as a failure.

On Fig shows an alternative exemplary embodiment of a bearing mechanism 11 stamp cushion 10 to stamp on Fig. In this bearing mechanism 11 on both short narrow sides adjacent to one of the long narrow sides - made grips 78 as one piece with a bearing mechanism 11. The bearing mechanism 11 according to this exemplary embodiment represented in the T-obraznoi form perpendicular relative to the base 37 of the top view. This type protruding from the side grips 7 8 allow convenient and reliable grasping carrying mechanism 11 through the window 72 capture, respectively, the upper part 2. In this embodiment, when replacing the ink pads replaced all the bearing mechanism 11, including available for easier gripping gripping elements 78.

On figa with the following example shows the implementation of the carrying mechanism 11 for ink pads 10 on Fig. The bracket 77 of Fig is here, the overlap 84, which is connected with a bracket made through jumper connecting element and which is mounted on the bearing mechanism 11 state completely covers Stempel the ing the pillow 10. Due to this overlap provides reliable protection against accidental contact and thereby protected from contamination, in addition, this overlap can thus sealed bearing mechanism, what happens transport packaging, preventing drying of the ink pads before use. In addition, the frame overlap 84, which converts to stamp the pillow 10 may be placed sealing element. The bracket 77 with overlapping 8 4 if the manufacturer is placed on the carrier mechanism 11 in the direction of donning 88, the bracket 77, in particular, the hooks 78 priparkovannymi toothed profiles 80, slide into the respectively complementary toothed profiles 81 carrying mechanism 11. Since connecting grips 7 8 jumper in this improved embodiment is eliminated, the long narrow sides of the carrying mechanism 11, adjacent to the short narrow sides of the grips placed for guide profiles, with guide profile 8 6 bracket is included in the response is equal to the guide profile 87 carrying mechanism 11 and because of this fixes the bracket 77 and, thus, the overlap of 84 on the bearing mechanism 11. In an improved embodiment, it is possible to refuse toothed profiles 80 grips 78, since the guide profile 86, 87 PR is a sufficient mechanical stability and fixing hooks 78 on the suspension mechanism.

Before loading carrying mechanism 11 in the stamp 1 Fig overlap on the long narrow side opposite the hooks 78, is lifted so that the overlap of the connecting element is designed as a specified place of isolation 85, is separated from the bracket 77 and opens access to stamp cushion 10. However, the connecting element made in the form of jumpers can also be made by narrowing performed, for example, in the form of a film hinge, allowing the overlapping if necessary, can be separated from the bracket by tearing or cutting. The bearing mechanism is then inserted into the stamp 1, as described previously in connection with Fig. On fig.21b shown, in addition, a detailed plot of the bracket 77. Overlap 84 made in the form of jumpers connecting element is connected to the gripper 78, which when lifting slabs 84, as described, separated, respectively, separated and thereby promotes the separation of the slab from the hooks 78. Grips 78 through the guide in gear profiles 80, 81, respectively, in the guide profiles 86, 87, stay connected to the carrier mechanism 11 and thus facilitate convenient insertion of the stamp 1.

For stamp 1 in which the bearing mechanism 11 is inserted into the hopper 13, for example, in the stamp according to the variant of implementation, are presented in figure 1 to 15, can also is to be used by an improved supporting mechanism 11, because the bracket 77 is fully drawn bearing mechanism, due to the fact that the bracket 89 is drawn perpendicular to the base 37 of the bearing mechanism relative to the toothed profiles 80, 81, respectively, of guide sections 86, 87, as shown in figa. Thus, the existing bearing mechanism 11, as described before, can be inserted into the hopper 13. Due to this advanced version of the exercise of universal bearing mechanism, which is preferred, it may be used for a variety of stamps 1, the bearing mechanism through a series of simple manipulations can be adapted to the requirements of the relevant stamps. Combined with in this case, beveled edge 101 of the bearing mechanism can also be designed specifically for different types of stamps. However, of particular importance is that only one primary type carrying mechanism can be applied to many different types of stamps, which gives a decisive advantage in production costs from the technological point of view and especially from the point of view of logistics and spare parts.

When replacing the ink pads to stamp 1 Fig first of all, as previously described, by moving the upper part 2 down the computers is the super vertical guide 7, the holder 4 of the printing plate with the stamp plate 5 is removed from the carrying mechanism 11 at such a distance, which is enough to so release the stamp plate 5 and to raise it with the stamp of the pillow 10 that the bearing mechanism at the maximum possible exception of the frictional resistance can be removed from the shaft section 12. On Fig shown now additional possible an implementation option, to remove, respectively, the insertion of the carrying mechanism 11 of the holder 4 of the printing plate and thereby stamp plate 5 is omitted so as to make possible the lowering, respectively, the extension carrying mechanism 11, without the necessity of bringing the upper part 2 by pressing in the position of the shift pillow. Thus, the hole 17 in the front wall 4 of 9 available for use when the upper part 2 is in the off position and the stamp plate 5 adjacent to the stamp cushion 10. Thus, the bearing mechanism 11 of this option exercise at each end of the narrow side is directed in parallel they guide profile 110, while the guide profile has one, but preferably two ramps 111. These guide profiles are thus a means to reduce pressure and to interrupt the contact between templenoe plate and stamp pad. The ramp 111 placed on the face ends of the guide profile 111 and advocate the surface opposite to the substrate carrying mechanism 37 11. In addition, each ramp has a first 112 and second 113 plot, the slope of which corresponds, for example, slope, which has a ramp 115 guide profile 114 of the holder plate. When removing a bearing mechanism in the direction 19 of the extension bearing mechanism 11 is moved relative to the holder 4 of the printing plate, with the first section 112 of the ramp guide profile 110 carrying mechanism 11 slides off the ramp 115 guide profile 114 of the holder 4 of the printing plate and thereby moves the holder plate parallel to the vertical guide 7, in particular, therefore, the stamp plate 5 away from the stamp cushion 10, whereupon the bearing mechanism 11, essentially without significant friction resistance can be pulled from the shaft section 12. When inserted all the action takes place exactly in the reverse order. The second section 113 of the ramp carrying mechanism 11 is in contact with the ramp 115 of the holder 4 printing plates and slides her, resulting, in turn, is relative movement down holder plate parallel to the vertical guide 7 and the sa is th bearing mechanism can be inserted. When the bearing mechanism 11 reaches the working position, the ramp 115 of the holder 4 of the printing plate slides off of the first section 112 of the ramp carrying mechanism 11 and the holder 4 of the printing plate and with it also the stamp plate 5 is moved to the supporting mechanism and a stamp plate with a specified pressure presses the stamp on the pillow 10.

To facilitate lowering the second section 112 of the ramp guide profile 110 carrying mechanism 11 may be, for example, a small rise. When running, on the contrary, it is desirable possible rapid separation of the stamp plate 5 and stamp cushion 10 so that a minor movement of the supporting mechanism 11 in the direction of 19 nominations for the separation of the stamp plate and stamp pads, resulting in the first section 112 of the ramp will have the highest possible recovery.

To simplify replacement cushions in an improved embodiment, the rear wall 50 of the lower part 3 can also be provided with a hole 17, both of the same form openings 17 in the front and rear walls, are located against each other and thereby form a through-shaft section 12. The advantage of this variant implementation is, in particular, that replacement cushions can be accessed from both sides of the stamp 1. For example, by typing n the first carrying mechanism mounted bearing mechanism can be ejected, not requiring the implementation for any additional manipulation. In the pushed position by means of effectively interconnected, respectively, the gear setting one axis guide profile carrying mechanism and the printing plate, the bearing mechanism is held in position, since, in particular, the movement of the supporting mechanism on the basis of the back pressure due aimed at each other ramps 113, 115 is prevented.

The embodiments show possible embodiments of the stamp 1, and it should be noted that the invention is not limited to private presents options for their implementation, but rather on the contrary, the possible combinations of the individual embodiments with each other, and this variation possibility based on the guidance to the technical effect due to the present invention lies in the field of capabilities employed in this technical field specialist. Thus, the scope of legal protection covers all conceivable embodiments of which are possible thanks to the combination of the individual parts are listed and described variants of implementation.

On Fig-35 describes and presents the following example of the implementation of the presented solution, in which the bearing mechanism 11 carried out direct what about using ink pads 130, that is, that stamp cushion 130 is designed as a supporting mechanism 11 and without additional auxiliary means is inserted directly in the shaft section 12 of the stamp 1, and can therefore be excluded an additional element, in particular, the hopper 13, as shown previously in the described embodiments. It is also possible that this constructive form of the presented solution can be introduced through hopper 13, which is inserted into a stamp cushion 130, as described in figure 1-23.

On Fig-28 schematically shows stamp cushion 130, forming a bearing mechanism 11, with the stamp cushion 130 is made for samarasimha stamp 1 and the casing 131, respectively, the bearing mechanism 11, is placed at least one cushion 132 for ink, and preferably on a support mechanism 11 is placed funds in the form of grooves 133 and/or bumps 134 to secure the stamp 1. Stamp cushion 130 is formed preferably of a rectangular body 131 formed of a base 135, two longitudinal planes 136 and two sidewalls 137, so that the cushion 132, as shown by the arrow, may be inserted through the open surface of the housing 131 to which the printing plate, respectively, the stamp plate 5, adjacent to the ink in the off position stamp 1 when ustavlen the th stamp cushion 130. To secure the cushion 132 inside the housing 131 is provided by the protrusions, the locking elements or similar elements.

Size ink pads 130 are selected preferably so that they could be used in referring to the prior art shamocracy postmarks 1 similar constructions, as they are described, for example, in the introductory part of the description. According to the presented solution, stamp cushion 130 is made for samarasimha stamp 1, which will be described more below, on each sidewall 137 carrying mechanism 11 posted by intercepting element 138 to secure, respectively, pulling, carrying mechanism 11, respectively, ink pads 130 on the side of the stamp 1, formed from one or more digemid each other parts, while the gripping elements 138 are designed for insertion into the recess 139 of the lower part 3 of the stamp 1 and they do not protrude beyond the outer surface 140 of the lower portion 3 of the die 1, so that the upper part 2 of the stamp 1 can move through the notch 139 entered in the lower part 3 of the gripping elements 138.

Gripping elements 138 fixed fastening means 141 on the sidewalls 137, while also on the sidewalls 137 completed at least one groove 142, and the gripping element 138 corresponding at least one protrusion 143. Grooves 142 on the sidewalls 37 are preferably blocked in one direction, thanks protrusions 143 gripping element 138 can be pushed into the grooves 142 only in a certain direction and just before the lock, as is evident from Fig. This gripping element 138 can be carried out on a corner plot, with preferably on the longitudinal plane 136 and the sidewall 137 posted by at least one fastening means 141, resulting in a robust and reliable locking of the gripping element 138 by a carrying mechanism 11, in particular, on the housing 131. In symmetric form ink pads 130 can be fixed gripping elements 138 in each corner plot, for installation in the stamp 1 gripping elements 138 is placed in the corner areas of the same longitudinal plane 136. However, when signs of wear, the user can place the gripping elements 138 in the opposite grooves 142 and thereby insert stamp cushion 130 is rotated 18 0°.

Gripping elements 138 are designed so that the sidewalls 137 they are carrying mechanism 11, respectively, the casing 131, and on the front side, in particular, the longitudinal plane 136 are closed it is flush. In accordance with this, in the lower part 3 of the stamp 1 is necessary recesses 139, which is more precisely described below. Protruding gripping elements 138 and the lower part 3, in particular, the recess 13 9 in the lower part 3, thus Bodog the Ana to each other, when inserted stamp cushion 130 outer surface 140 on the lower part 3 of the stamp 1 is almost flush locked the front side carrying mechanism 11 and the gripping elements 138, so that when burned, the upper part 2, as is known from the prior art, can be moved across the lower part 3.

For a better extraction of the carrying mechanism 11, respectively, ink pads 130, the gripping elements 138, in particular, on their surfaces, placed cuts, ribs, grooves or similar elements, in order to prevent slipping when pulling from stamp 1. It is also possible that the width 144 of the gripper elements 138 exceed the width of the sidewall 145 137, respectively, of the housing 131 carrying mechanism 11, allowing the user is granted a large area of capture.

Due to the location of the removable gripping elements is the fact that when using ink pads 131 in other obsolete types samarasimha stamp 1 they can be removed and thereby stamp pillow can be inserted, resulting in the downward compatibility. Of course, you can install only one gripping element 138 extending from the sidewall 137 along the longitudinal plane 13 6 to another located parallel to the sidewall 137, thanks again possible materials : carbon capture is through the pillow to the side with two fingers. Similarly, the bearing mechanism 11 can be performed together with the gripping element 138, that is, as one cast product, in this case, this version is not compatible top-down and gripping element 138 is not removable.

Significant in the embodiment, located on the side gripping elements 138 is that they do not extend beyond the outer surface 14 0 the lower part 3, the lower each other the lower part 3 and the upper part 2, which is the process of die stamping and woodblock.

In addition, the sidewall 137 carrying mechanism 11 according to the prior art assets to be recorded in the stamp 1, preferably in the form of grooves 133 and/or bumps 134. This placement on the sidewalls 137 facilitates the fixation of ink pads 130 in the related art, a legacy smokesystem the stamp 1, thereby creating downward compatibility. The disadvantage with such a fastening system, with the location on the sidewalls 137, is that stamp cushion 130 is fixed only in the horizontal plane. For best recording ink pads 130 in the stamp 1 is at least one area of the sidewall 137 carrying mechanism 11 is an angled plane 146, which includes means for fixing the stamp 1. In turn,the tool is formed, for example, by grooves 133 and/or protuberances 134, which are also used on the side walls 137. Due to the angular arrangement achieves the effect that both the horizontal and vertical force is provided through the protrusion, respectively, bumps 134, into the groove 133. Thus stamp cushion 130 in contact with the printing plate, respectively, the stamp plate 5 can no longer move in vertical and horizontal direction. The angle of inclination of the plane 146 relative to the base is preferably 45°.

Thus, we can say that the difference with respect to known from the prior art stamp cushion 130 for samarasimha stamp 1 is that the gripping elements 138 are placed on the side walls 137 and means for fixing ink pads 130 in the stamp 1 is made now by an angled plane 146, resulting in the creation of pressure on the body 131 of the stamp cushion 130 in the horizontal and vertical direction.

To use this stamp cushion 130 is necessary to perform the stamp 1, as shown in Fig-36, as appropriate to base ink pads 130, thus describes only the most important details and differences. The stamp 1 is equipped with a rotary holder is 4 printing plates with a stamp plate 5 and the receiving device in the plate shaft section 12 for removable carrying mechanism 11, accordingly, ink pads 130. The holder 4 of the printing plate and the receiving device are located in the lower part 3, the holder 4 of the printing plate can move in the vertical direction from the initial position against the stamp cushion 130 pressure of the pressing - pig in position to receive stamp (position of die stamping and woodblock, not shown), in the position of die stamping and woodblock stamp plate 5 is pressed against the supporting surface and this in turn produces an imprint of the stamp plate 5. The receiving device is formed at least through the shaft section 12, perpendicular to the vertical direction, in which slides stamp cushion 130, respectively, the bearing mechanism 11. You can place the respective guiding ridges, cuts and similar elements.

For the use described before this stamp cushion 130 is required that the lower part 3 has been designed for receiving and fixing the ink pads 130. To do this, in the shaft section 12 at least on sidewall 147 of the lower part 3 is an angled plane 148 that hosts the tool, in particular, convexity 149 and/or grooves 150 for fixing the inserted ink pads 130. The tool is made ACC is accordance with the means, in particular, the convex grooves 133 and 134, on the stamp cushion 130, so that when the lower stamp cushion 130 is protected from loss and at the same time secured in the exact position as the tool, in particular, bumps 134, 149 and grooves 133, 150, has a vertical and horizontal force on the angular plane 14 6 ink pads 130. Due to this, in the off position in the power fit to stamp cushion 130 also prevents the possibility of moving the stamp plate 5 in the horizontal direction. Due to the form of angle for the angular plane 146, 148 in the shaft section 12 and stamp cushion 130 may also affect the force, that is, at a flatter angle is more force in the horizontal direction, and at a more vertical angle is predominant vertical force. In principle, it should be noted that the angular design of the plane 146, 148 in the shaft section 12 and stamp cushion 130 should not extend along the entire sidewall 137 and 147. It is sufficient if only one plot will be made therefore. However, it is important to always initial part of the sidewall 137 and 147 have angular shape to stamp cushion 130 could move and not hit other rectangular areas on the corner is locost 137 and 147.

However, in order to use stamp cushion 130 located on the side gripping elements 138, in the shaft section 12 of the bottom part 3, respectively, on the lower part 3, on two sidewalls 147 are recesses 139 to enter gripping elements 138 ink pads 130 and for fastening to the side and pulling stamp cushion 130. As can be seen, the recesses 139 are located in the side wall, respectively, the side wall 147 of the lower part 3. Depth, respectively, the length and width of the recesses 139 corresponds to the size of the gripping elements 138, so that they can reliably be installed in the recess 139.

Significant is the fact that, in accordance with the notch 139 in the lower part 3 is made from the upper part 2, i.e. the upper part 2 in at least one area on the sidewalls 151 has an opening, respectively, the free space 152, so that the position of the extraction (Fig and 32) to replace the ink pads 130 this hole, respectively, the free space 152, frees side access to the gripping elements 138 in the grooves 139 of the side walls 147 of the lower part 3. The upper part 2 is preferably provided with a window 72, which passes from the front, respectively, of the rear wall 153 to the sidewall 151 and thereby forms there is a free space 152 to access the gripping elements 138. Thus, due to the line is adequate relocation of the upper part 2, as shown in Fig and 32, you can get free access to the gripping elements 138. If the stamp 1 is in the off position according Fig and 30, the window 72 is displaced relative to the shaft section 12 in the direction opposite to the support surface of the stamp 1 direction, resulting in the pulling stamp cushion 130 is impossible, because the lower part of the upper part 2, respectively, of the window 72, partially covers the stamp cushion 130. When the stamp 1 is in the position of die stamping and woodblock on Fig and 34, the window 72 of the stamp is located under the cushion 130, which again prevents the eject ink pads 130.

In the new proposed stamp 1 is associated with stamp cushion 130 replacement ink pads is such that in the off position (Fig and 30) window 72 in the upper part 2, the bottom edge of the window 72 at least partially overlaps introduced in the shaft section 12 of the stamp cushion 130, so that the upper part is moved towards the lower part up until the window 72 is fully exempt stamp cushion 130, at the same time the holder 4 plates, respectively, the stamp plate 5 off ink pads 130. In this position shifts stamp cushion upper part 2 can be fixed by a locking system which we 154, located on the front or rear wall 153, so that the user can no longer hold the stamp 1 and both pushed each other the parts are held in this position. Finally, through the window 72 on the side you can reach the gripping elements 138 and with their help stamp cushion 130 from the lower portion 3 through the window 72 of the upper part 2 to pull out, as shown in Fig. Since the gripping elements are located on the side, you only need two fingers to replace ink pads 130, with this arrangement the gripping elements 138, the user automatically has pressure on it and stamp cushion 130 is securely held by two fingers. Thus, in addition prevents direct contact with the impregnated paint cumulative material inside the housing 131 when removing ink pads 130. Thanks to the release of the locking system 154 of the upper part 2 can again be rolled back into its non-operating position and the process of replacing the ink pads completes.

In addition, the lower part 3 can be executed multiple for different elements 155, 156 may be a variety of materials, in particular, a solid polymer for stability form - element 155 and plastic polymer element 156 for support and positioning. When this element 156 is executed pre is respectfully transparent and is used in the form of a window. This element 156 is applied in the area of the supporting surface, so that the process of die stamping and woodblock user can see through the transparent element 156 and because of this precisely identify the stamp 1, because the user can look into the inner region of the stamp 1. Moreover, in the area of the support surface of the lower part 3 to accommodate the positioning protrusions 157.

For a simpler Assembly of the stamp 1 is preferably the upper part 2 can also perform multi-section, as shown in Fig. The upper part 2 has the same decorative plate 158 so that the upper part 2 with one side opened, and thus can more easily separated, resulting in easier handling on the lower part 3. On the decorative plate 158 posted by fastening means, so that it can be simply pressed to the upper part 2 and thus can lock it. Due to this, at the same time achieved the impossibility of the further separation of the upper part 2 and it is thereby securely attached to the lower part 3.

To enable visual selection appearance, respectively, to the color scheme, you can apply different decorative plate 158. In addition, the sidewalls 151 can also be used decorative plate 159, which may be simply pressed to the sides is not 151 of the fixing means, in particular, the connection with the latch. Additional decorative plate 160 may be attached to the upper part 2, with this decorative plate 160 is made transparent. This enables the user to put under the decorative plate 160 of the seal, the user can see what is in front of him stamp 1 with any stamp.

On Fig-38 presents in detail the locking system 154. The locking system 154 required for mutual fixation of the upper part 2 and lower part 3, while it used now for several, in particular two positions. To do this, set the sliding lever 161, triggered on the outer side of the upper part 2. In the present embodiment, this sliding lever 161 can be moved in the left and right position, at the same time in one position, in particular, on the left, the elements of the stamp 1, in particular, the upper part 2 and lower part 3 can be moved freely, and in another position of the upper part 2 and lower part 3 can be locked relative to each other in a certain position. However, to accomplish this, the user must properly install both parts relative to each other, so that the sliding lever 161 can be moved in the locking position, in particular, in the right position.

For fixed the Finance of the upper part 2 of the bottom 3 with sliding lever 161 is connected locking system, a simple form of which is formed by protrusions 162 and cut 163. In the present embodiment, the sliding lever 161 provided with several protrusions 162, which slots, not shown, are in the inner region of the upper part 2. In the lower part 3 has two cutout 163, in which the corresponding position of the sliding lever 161 engages the tabs 162 and thereby lock the two parts relative to each other.

At Fig presents the stamp 1 with the locking system 161 in the off position. Here the tabs 162 and the slots 163 are not in engagement, so that the stamp 1 can be carried out a process of die stamping and woodblock. If the user now, for example, will want to replace stamp cushion 130, it will move both parts, in particular, the upper part 2 in the lower part 3, and simultaneously press the sliding lever in the locking position, in particular, in the right position, so that the lowering in the correct position the tabs 162 may engage in the first cutout 163 and the sliding lever 161 is able to shift outwards, i.e. to the right as shown in Fig. Thus, the window 72 is now located directly in front of the shaft section 12 and the user can easily pull stamp cushion 130 through the window 72 by means of capturing the side gripping elements 138. For th is would stamp 1 can now be moved again in the off position or in the position of die stamping and woodblock, you need to move the sliding lever 161 again in a different position, in particular, in the left position, so that both parts can again move freely relative to each other. In order to fix now stamp 1 in the carrying position, respectively, in the position of die stamping and woodblock, the user presses the upper portion 2 up to the position of die stamping and woodblock, that is completely down, and moves the sliding lever 161 to the right, so that the protrusions 162, for its part, engages in a corresponding notch 163, as shown in Fig.

To make it easier to recognize the position can be indicated on the stamp 1 line item. With appropriate markings are applied, respectively, can be removed in a simple form. It is preferable, in particular, if there can be multiple positions for fixation, resulting in faster user finds an appropriate position. It is possible, for example, be placed on top of the 2 corresponding viewing window so that the user can see the marking on the lower part 3.

Significant is the fact that you use the stamp 1 with swivel holder 4 of the printing plate with the stamp plate 5 and the receiving device for removable carrying mechanism 11 ink pads 130, the holder 4 printing the plate and the receiving device is placed in the lower part 3, the holder 4 of the printing plate can be moved in the vertical direction from the initial position in which he pressure pressure adjacent to the stamp cushion 130, in position to receive the seal, and the receiving device is formed at least through the shaft section 12, perpendicular to the vertical direction, while the installed locking system 161 for fixing the upper part 2 and lower part 3 relative to each other, through which can be fixed, respectively, blocked at least two positions. With this solution the preferred achievement is that in the locked position, the point of force limiter position change ink pads and in the transfer position, respectively, the position of die stamping and woodblock, is always on the elastic Foundation on the housing 131, that is, that the force of the elastic element acting on the base of the housing and thereby causing its subsidence in this area is the counter force limiting stops, in particular, the protrusions 162, and thus the subsidence is minimized.

Next, Fig presents a portable bracket 164 for samarasimha stamp 1. The task of the portable bracket 164 is to lock the stamp 1, in particular, ve is hnwu part 2 and lower part 3 in relation to each other, moreover, it should be created the smallest possible design size, that is, that the stamp 1 in the position of die stamping and woodblock, in which the upper part 2 is pushed fully under the lower part 3 is held portable bracket 164 and thereby stamp plate 5 closes it, so that if the transfer is not contaminated surrounding objects and simultaneously creates the smallest structural size for easy carry.

This portable bracket 164 is made now so that it is not docked with the upper part 2, as is known from the prior art, and this part engages with the lower part 3. While carrying bracket 164 is formed from the support plate 165, on each longitudinal side of which is in the same direction are the tabs 166, 167, while the tongue 166 is equipped with a shut-off element 168.

The locking element 168 is made, for example, so that at the end it is slightly bent in the direction toward the other tongue 167, and at the end is going in the direction of another latch 167 fixing protrusion 169 for engagement with locking recess 170, located in the lower part 3. In addition, for easier release of the latch 167 of the locking connection is provided the locking lever 171 which, when the corresponding action in the direction opposite to the locking ledge are frees it from the locking recess 170.

Significant is the fact that the locking recess 170 is positioned in the lower part 3 in such a way that shifted along the stamp 1, i.e. in the position of die stamping and woodblock, the locking recess 170 is within the window 72, so that the tongue 166 with the locking protrusion 169 through the window 72 may get to the bottom part 2 and thereby the locking protrusion 169 may drop into the locking recess 170. If after saskachewan fixing protrusion 169 in the locking recess 17 0 pressure on the stamp 1 is reduced or it is excluded, the upper part 2 under the action set in her elastic element is moved in the direction of the initial position, until, until touching the tongue 169. The difference in comparison with the prior art lies in that the holding force for portable bracket 161 is now not on the upper part 2 and lower part 3, so that the upper part 2 can freely move without release portable bracket 161.

Thus, we can say that the generated portable bracket 161 to stamp 1 with swivel holder 4 of the printing plate with the stamp plate 5 and a clamping device for removable carrying mechanism 11 ink pads 130, the holder 4 of the printing plate and the receiving device are located in the lower part 3, is the holder 4 of the printing plate can move in the vertical direction from the initial position against the stamp cushion 130 pressure of the pressing position to receive the stamp, when the receiving device is formed at least through the shaft section 12, perpendicular to the vertical direction, a support plate 165 is at least one tab 166 to host shutoff element 168 and the locking element 168 through the window 72 forms a locking connection of the upper part 2 of the bottom 3.

The advantage of this solution is that you don't need visible on the outside ledges, bumps, indentations, and other elements to lock the portable bracket 161, and thus can be created visually appealing stamp 1.

In conclusion, for the sake of order, it should be noted that for a better understanding of the design of the stamp 1 he or any of its constituent elements presented in part without the scale and/or enlarged and/or reduced form.

From the description it can be concluded that the problem underlying the independent inventive solutions.

1. Stamp cushion (130) for samarasimha stamp (1), and in the housing (131), respectively, the bearing mechanism (11)have at least one cushion to absorb ink, and stamp cushion (130) is formed by a carrying device (11) and pillow for ink, and a bearing mechanism (11) is placed funds in the form of grooves (133) and/or vypuklost the th (134) to be recorded in the stamp (1), characterized in that at least part of the sidewall (137) carrying mechanism (11) is inclined plane (146), which runs at an angle to the base plate (135) carrying mechanism (11) and on which is positioned the tool for fixing the stamp (1), and included in grooves (133) of the protrusion or bulge (134) can exert a force horizontally and vertically.

2. Stamp cushion (130) according to claim 1, characterized in that the means made in the form of depressions corresponding to the located in the stamp (1) the ledge.

3. Stamp cushion (130) according to claim 1 or 2, characterized in that the tool is implemented by at least one ledge.

4. Stamp cushion (130) according to claim 1, characterized in that the inclined plane (146) takes place under an angle of preferably 45° to the base plate (135) carrying mechanism (11).

5. Stamp cushion (130) according to claim 1, characterized in that the bearing mechanism (11) has a rectangular shape and made of base plate (135) with priparkovannymi to her longitudinal planes (136) and sidewalls (137), and a bearing mechanism (11) is placed funds in the form of grooves (133), retainers and/or bumps (134) to be recorded in the stamp (1), and on each side (137) carrying mechanism (11) is gripping element (138) for lateral retention of the pulling of the carrying mechanism (11) of the stamp (1), formed from one or more digemid each other parts, and the gripping elements (138) is configured to enter the opening (139) the lower part (3) stamps (1) no protrusion beyond the outer surface (140) of the lower part (3), so that the upper part (2) stamps (1) can move in the recess (139) introduced in the lower part (3) of the gripping elements (138).

6. Stamp cushion (130) according to claim 5, characterized in that the gripping elements (138) are arranged so that they extend beyond sidewall (137) carrying mechanism (11) for holding a bearing mechanism (11) from the side.

7. Stamp cushion (130) according to claim 5, characterized in that the gripping elements (138) made in one piece with a bearing mechanism (11) or held by a carrying mechanism (11) by means of fixing means (141).



 

Same patents:

Pocket stamp // 2469870

FIELD: printing industry.

SUBSTANCE: pocket stamp comprises an equipment in the form of a case with two cover-shaped components hingedly connected together, which from the closed position in which they are connected to each other by means of the locking elements located on the components of the equipment with the possibility of disconnecting, can be transmitted to the open position, in which the cliche located in one of the components of equipment and protruding over the edge is transmitted to its working position or impression position, while another component of equipment is shifted backward relative to the cliche. In the closed position of components of equipment the locking elements are located inside the components of equipment. In one component of equipment at least one locking element is fixedly located, which is made in the form of a hook, and in another component of equipment the locking element interacting with the hook is made in the form of a locking plate, and one of the locking elements is made elastically removable.

EFFECT: stamp has a reliable locking mechanism which is easy to open and which eliminates accidental opening.

25 cl, 25 dwg

FIELD: printing industry.

SUBSTANCE: component to produce imprint comprises the first and the second plate elements joined hingedly with the possibility to change from closed configuration, where they are positioned one onto the other, into open configuration and back. Convex graphical element is connected to the first plate element, besides this graphical element in closed configuration is laid onto the second plate element. Paint-filled cushion is connected to the second plate element, besides in closed configuration the cushion contacts with graphical element. Also the component for production of imprint comprises mask imposed onto paint-filled cushion, to determine borders of painting zone, besides in closed configuration of the first and second plate elements, graphical element preferably rests on painting zone.

EFFECT: component for production of imprint has compact dimensions, simple design and is simple and inexpensive to manufacture.

38 cl, 14 dwg

FIELD: light industry, applicable for stamping.

SUBSTANCE: it is made preferably in the form of a rod handle for turning and with supporting bracket adjoining the handle for the stamping cliche. The punch plate with the stamping cliche is put on the stamping cushion in the position of ink application. The width of the punch plate of the respective carrier of the stamping cushion exceeds the summary thickness of the supporting bracket, punch plate with the stamping cliche and carrier with the stamping cushier in the position of ink application. For the position of ink fitting a bushing, which envelops the supporting bracket, punch plate and the carrier of the stamping cushier, and whose open end adjoins the handle.

EFFECT: simplified design, provided manual use of the device.

19 cl, 15 dwg

FIELD: printing house equipment, in particular, office facilities, may be used in clerical business.

SUBSTANCE: stamp substrate for self-setting round or rectangular seals and stamps is made from elastic material and equipped with restricting frames and receptacles for typing characters of "dovetail" type. Restricting frames and receptacles are made on substrate to form groups of parallel or concentric round fastening rolls. Receptacles are made in the form of single rectilinear and/or round fastening rolls with different combination of arrangement and configuration. Receptacles are defined at both sides of base of fastening rolls with side slopes of 10-30 deg relative to vertical plane. Upper edge of sides is arranged higher than upper cut of fastening rolls. Restricting frames are made thickening toward base.

EFFECT: fast mounting of typing characters and symbols, precise and dense setting of characters and symbols onto designated places.

6 dwg

The invention relates to office equipment, namely, office equipment, and can be used in office as a media cliché to obtain prints

The invention relates to light industry, namely to protect the seal and/or stamp from unauthorized use, as well as to a device for protection of the seal and/or stamp from unauthorized use

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Stamp device // 2186690
The invention relates to stationery supplies, namely, stamp devices, and can be used to make a seal impressions on documents

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The invention relates to the printer, in particular to a device for the prevention of pollution excretory font in a printing device, placed in a portable device for printing and labeling (manual labeling machine and so on

FIELD: printing house equipment, in particular, office facilities, may be used in clerical business.

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EFFECT: fast mounting of typing characters and symbols, precise and dense setting of characters and symbols onto designated places.

6 dwg

FIELD: light industry, applicable for stamping.

SUBSTANCE: it is made preferably in the form of a rod handle for turning and with supporting bracket adjoining the handle for the stamping cliche. The punch plate with the stamping cliche is put on the stamping cushion in the position of ink application. The width of the punch plate of the respective carrier of the stamping cushion exceeds the summary thickness of the supporting bracket, punch plate with the stamping cliche and carrier with the stamping cushier in the position of ink application. For the position of ink fitting a bushing, which envelops the supporting bracket, punch plate and the carrier of the stamping cushier, and whose open end adjoins the handle.

EFFECT: simplified design, provided manual use of the device.

19 cl, 15 dwg

FIELD: printing industry.

SUBSTANCE: component to produce imprint comprises the first and the second plate elements joined hingedly with the possibility to change from closed configuration, where they are positioned one onto the other, into open configuration and back. Convex graphical element is connected to the first plate element, besides this graphical element in closed configuration is laid onto the second plate element. Paint-filled cushion is connected to the second plate element, besides in closed configuration the cushion contacts with graphical element. Also the component for production of imprint comprises mask imposed onto paint-filled cushion, to determine borders of painting zone, besides in closed configuration of the first and second plate elements, graphical element preferably rests on painting zone.

EFFECT: component for production of imprint has compact dimensions, simple design and is simple and inexpensive to manufacture.

38 cl, 14 dwg

Pocket stamp // 2469870

FIELD: printing industry.

SUBSTANCE: pocket stamp comprises an equipment in the form of a case with two cover-shaped components hingedly connected together, which from the closed position in which they are connected to each other by means of the locking elements located on the components of the equipment with the possibility of disconnecting, can be transmitted to the open position, in which the cliche located in one of the components of equipment and protruding over the edge is transmitted to its working position or impression position, while another component of equipment is shifted backward relative to the cliche. In the closed position of components of equipment the locking elements are located inside the components of equipment. In one component of equipment at least one locking element is fixedly located, which is made in the form of a hook, and in another component of equipment the locking element interacting with the hook is made in the form of a locking plate, and one of the locking elements is made elastically removable.

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25 cl, 25 dwg

FIELD: printing.

SUBSTANCE: invention relates to a stamp (1) and a dabber (130) for self-colouring stamp (1). In the housing, respectively, the receiving mechanism at least one pad for absorbing paint is placed. The bearing mechanism has a rectangular shape and is formed of a main plate and longitudinal planes and sides molded-on to it. On two parallel sides there are the gripping elements (138) for retaining the bearing mechanism laterally. Preferably on the bearing mechanism there are means in the form of grooves, clamps and/or convexities for fixation to the stamp (1). On each side of the bearing mechanism a gripping element (138) is placed for retaining and stretching laterally of the bearing mechanism from the stamp (1), formed of several parts pushed into each other. The gripping elements (138) are made with the ability to enter into the recess of the lower part of the stamp (1) and they do not protrude beyond the outer surface of the lower part (3), due to which the upper part (2) of the stamp (1) can be moved along the recess with the gripping elements (138) inserted into the lower part (3). The protrusion or respectively, convexities entering the grooves can simultaneously exert a force impact horizontally and vertically.

EFFECT: providing the opportunity of more accurate setting of a dabber due to the impact on it both of vertical and horizontal force.

7 cl, 41 dwg

FIELD: personal use articles.

SUBSTANCE: portable printing with double snap is proposed, comprising a case for printing, made with the ability of opening, an ink module located in the first case housing for printing, and a printing module located in the second case housing for printing. Through the hook and the buckle, located respectively on the first housing and the second housing and made with the ability of interaction, and also a movable clamp located on the first housing and made with the ability to apply pressure to the buckle, the firm connection of the first housing and the second housing is provided by the double snap. The only way to open the case for printing is to click on the movable clamp to separate it from the buckle, and the subsequent removal of the buckle from the interaction with the hook.

EFFECT: likelihood of accidental opening of the case for printing is reduced, and the possibility of contamination with the printing module and the ink module of user's clothing or items carried by the user is eliminated.

10 cl, 8 dwg

FIELD: personal use articles.

SUBSTANCE: portable printing is proposed, comprising a case for printing, an ink part, and a printing part. The case for printing a first housing and a second housing attached to the first housing with the ability of rotation. The ink part and the printing part are located in the first housing and the second housing, respectively. The first housing has a peripheral wall and an insertion hole formed through the peripheral wall. The ink part is located on the peripheral wall and has the mounting plate mounted in the insertion hole. The ink part is placed in the first housing through the mounting plate. In case of replacement of the dried ink part with the new ink part, the user applies pressure to the mounting plate to release the dried ink part from the first housing. Then, the user can easily remove the dried ink part and to mount a new ink part to the first housing.

EFFECT: reduced likelihood of accidental opening of the case for printing.

9 cl, 7 dwg

Portable printing // 2557512

FIELD: printing industry.

SUBSTANCE: portable printing is proposed, comprising a case for printing and a printing module. The case for printing comprises a first housing, a second housing attached to the first housing with the ability of rotation, and a snap device made with the ability to be attached optionally of the first housing to the second housing. The printing module is located in the second housing with the ability of separation. The printing module and the second housing are made with the ability to interact with each other by means of respective interacting parts and elastic lips made with the ability to snap. The printing module has two gripping parts projecting from the second housing. Thus, in case of necessity of refilling the printing module with the ink, the user can easily remove it from the second housing, holding the gripping parts. Then the user can drip the ink on the retaining element for retaining ink of the printing module, avoid staining hands.

EFFECT: enhanced usability.

3 cl, 6 dwg

Self-painting stamp // 2560869

FIELD: printing trade.

SUBSTANCE: self-painting stamp with the bearing mechanism of a stamp pad is offered, which contains a rotary holder of the printing plate with the stamp plate and the taker for the replaceable bearing mechanism of the stamp pad, and in the bearing mechanism at least one pad for paint absorption is located. The bearing mechanism has a rectangular shape and is formed by a main plate and longitudinal planes and sidewalls moulded on to it, and on two parallel sides the gripping elements are located for holding of the bearing mechanism sideways. Preferably on the bearing mechanism the aids designed as flutes, clamps and/or cambers for fixation in the stamp are placed. Each sidewall of the bearing mechanism has the gripping element for holding and pulling sideways of the bearing mechanism from the stamp formed by several parts moved towards each other, and the gripping elements are implemented with a possibility of insert into a chamfer of the lower part of the stamp and they do not protrude out of the external surface of the lower part due to what the top part of the stamp can move along the chamfer with the gripping elements inserted into the lower part.

EFFECT: development of self-painting stamp.

6 cl, 39 dwg

FIELD: printing industry.

SUBSTANCE: stamp (1) is proposed with a rotary holder (4) of the printing plate, comprising a die plate (5) and a receiving device for the exchangeable carrier mechanism (11) of the stamp pad (10, 130), and the carrier mechanism (11) is implemented directly using the stamp pad (10, 130). The receiving device is formed at least by the shaft section (12), having an approximately rectangular cross section, extending transversely of the vertical direction, and by the opening (17) referring to the shaft section (12) in the front wall (49) of the lower part (3), at that the upper part (2) covers the lower part (3) in the form of a cap. In the initial position, the lower edge (70, 71) of the upper part (2) passes under the opening (17) in the lower part (3), and the upper part (2) is provided with a window (72) corresponding to the opening (17). In the initial position, the window (72) relative to the opening (17) in the lower part (3) is in a position located above the opening (17) so that the opening (17) at least partially closed. The window (72) forms a free space (152) for access to the grippers (78) or the gripping elements (138) of the stamp pad (10, 130).

EFFECT: invention improves comfort in replacement of the stamp pad, reduces the risk of contamination.

9 cl, 39 dwg

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