Stamp and receiving device for stamp pad

FIELD: stamps and stamp pads.

SUBSTANCE: invention claims receiving device (23) for carrying device (5) of stamp pad (4), in particular, for stamp (1) with rotary holder (8) of press plate, wherein channel (20) of practically rectangular cross-section is positioned, wherein carrying device (5) of stamp pad (4) is held with possible extension from the channel (20) when necessary, and also with holding device (31), which holds carrying device (5) in positioned state relatively to guiding channel (20) in its working position. Additional holding device (32) is included, by means of which carrying device (5) together with stamp pad (4) may be held in positioned in replacement or maintenance position remote from working position or may be limited in its movement of extension from channel (20), where aforementioned additional holding device (32) may be deactivated and its resistance may be overcome when necessary due to application of increased shifting force to carrying device (5).

EFFECT: eliminated or reduced probability of stamp paint dripping onto user or surrounding objects.

4 cl, 16 dwg

 

The invention relates to a receiving device for the host device, stamp pads, described in the restrictive part of the independent PP 1, 4 formula, and to stamp, characterized in independent PP 17, 18 formula.

Already known various receptors for stamp pad, and accordingly, the bearing device, for example, from WO 01/83227 A1 of the same applicant. Such a receiving device is in the lower part of the composite casing stamps. The lower part of the housing of the stamp is made in the form of a hollow prism and has an approximately rectangular cross-section. In the direction of the longitudinal axis of the hollow prism on both narrow sides of the bottom are parallel to the longitudinal axis of the guides for placement of the guide elements of the upper part. The upper part via a lever mechanism kinematically connected with the holder of the pressure plate and mounted to rotate on the rocker rails, on both inner surfaces of the sides of the lower part. Kinematically associated with the holder of the pressure plate upper part of the housing is held by a chain between it and the lower part of the spring is limited by a stop resting position so that the guide elements of the upper part are addressed to her end zone guide n the sung parts. In this rest position the holder of a pressure plate adjacent to the stamp pad, which is mounted for movement on facing the top side of the bottom, in particular, perpendicular to the longitudinal axis of the hollow prism rail for carrying the device stamp pad. Replacement ink pads holder pressure plate is moved in the direction opposite stamp cushion face side of the hollow prism and, if necessary, fixed. Then stamp the pillow can be retrieved across the longitudinal axis or to move with the carrier device along the guide so that the stamp cushion can be replaced and, accordingly, the support device along with stamp cushion can be removed from the bottom. For holding the carrier device stamp cushion during installation and, accordingly, when used between the lower part and a bearing device provided by the locking device, which may be made from elastic recoil locking elements.

In addition, the stamp is already known location between a bearing device for stamp pads and the lower part of the body interacting with the locking notches of the spout, so that when removing or lowering the carrier device to achieve tormoznoy what about the action and limit speed, with which the support device can be moved relative to the body.

These known stamps very well in practice. However, when ejecting ink pads from the body in some cases it was not possible to avoid falling into the hands of the user stamp paint.

The basis of the present invention is the task of the location and/or execution stamp pillows and a host device with a replaceable ink pads without fear or with less fear of falling stamp paint on the user or surrounding objects.

This object of the invention is solved by the characteristics of p. 1 formula.

It is preferable that the stamp pad with a part of the stamps, in particular a part of the body can be brought into a position in which the replacement ink pads possible simply and safe manipulation of it. In particular, the directly to take up stamp pillow and, accordingly, the carrying device for the removal of stamp bags of stamps or housing is not required, and it can avoid uncomfortable or causing the nuisance of getting ink paint on the user. In addition, you can reduce the number of parts as a pocket for the stamp pad can be molded in one piece with and without a necessary item, in which lastnosti with part of the wall stamps or pressurized receiver.

Due to the preferred improvement on p. 2 of the claims can continue to use the flat part of the enclosure stamps and replace only stamp cushion together with the supporting device.

The preferred implementation under item 3 provides practical, an elongated handle for replacement or inspection stamp pillows.

The problem can be solved by signs p. 4 claims.

This solution is preferable that the stamp cushion and its support device is no longer fixed and not positioned only in the working position for painting or okrashivaniya holder pressure plate, and on the way to retrieve the held limit stop and/or positioned in other locations. This enables replacement or additional impregnation stamp pillow after she's already moved on part of the length of the guide and began to speak from the bottom of the housing, the user has the option to take up stamp cushion or support device without fear of not getting his stamp paint, or with less risk of falling. Accidental release of the first locking or holding device for fixing the operating position of the stamp pads and, accordingly, it is chosen to replace what about the device to prevent accidental and unintentional loss of stamp pads and, accordingly, its host device.

Preferred improvements and implementation of the elements described in the PP 5-13. Achieved these advantages and effects described in the description of the figures.

The improvements on p. 14 is an advantage that the support device stamp pillows do not have to take on directly, in order to carry out a visual inspection or replacement.

Perfectly suitable for functioning and nevertheless inexpensive kinematic relationship between the carrier device and the device proposed in paragraph 15.

Due to improvements on p. 16 stamp pillow can be a simple way additionally protected or even fixed against accidental bump or drop from the reception shaft.

Made according to the invention stamp described in paragraph 17.

One independent solution of the invention shown in paragraph 18.

In this run the advantage is that the user does not have to take up stamp pillow or touch often contaminated stamp ink carrier device, in order to control or replacement stamp pad. The danger to stain the fingers or clothing of the user can, therefore, significantly reduce the expense of this is the first mechanical device for manipulating stamp according to the invention. In addition, it is possible to make optical clearly understood that this device on the stamp is used to move or offset ink pads, allowing the individual functions of the stamps can be explained, and can largely be avoided inept or misguided actions.

By performing on p. 19 can, on the one hand, to achieve a compact position of rest and active or working position, optimal for the effective application of effort and favorable zone input efforts.

Budget kinematic relationship between the carrier device and the handle, by which it is possible to also sufficient strength given in paragraph 20.

Additional protection for fixing or locking movement of the stamp cushion relative to the body of the stamps listed in paragraph 21. Due to this, even when shock loads that occur, for example, in the fall stamp on the floor, stamp cushion will not slip, and, for example, gender will not be soiled.

Due to the preferred execution on p. 22 is an easy way to prevent that carelessly positioned arm will prevent the process of die stamping and woodblock or lophorina arm will come off or damaged, if the upper part of the press sharply down towards the bottom.

A certain initial position or rest position rucola the key can be reliably keep simple means by performing on p. 23.

Due to alternative execution on p. 24 for the Executive element stamps can pull through podostemales, making the preferred result is a grip surface of relatively large area, which promotes ergonomic handling of the stamp.

Execution on p. 25 provides intuitive application and, if necessary, the output arm of functional status.

Economical in manufacture and durable at the same time options run-arm and, accordingly, the pressure element is provided in PP 27-30.

Replacement and, accordingly, raise stamp pillows can be greatly alleviated by a possible improvement on p. 31, in accordance with which the stamp plate or holder of a pressure pad does not touch stamp pads and thus not locked relative to the receiving channel. This can also avoid damage to stamps, stamp because the pillow without blocking by the holder of the pressure plate through the device in its being at the same height with stamp pillow or its supporting frame position can be properly pressed out of the receiving channel.

It is preferable to also perform in one of the PP 32-34, because the Assembly or connection of the bearer and niemnogo devices can be facilitated by that lock or resistant elements are to each other only after a partial lowering of the bearing device in the channel, so when inserting the bearing device can be created more high tolerance positioning.

Finally, it is preferable improvement on p. 35, because due to this holding force bearing device in its extended position can be better determined and kept constant for a longer time.

The invention is explained in more detail below using examples of execution represented in the drawings, which represent:

- Fig. 1 - stamp according to the invention, a side view in simplified form with stamp cushion mounted for movement along the guide in the lower part of the body of the stamp;

- Fig. 2 - stamp on Fig. 1 in section along the line II-II in Fig. 1;

- Fig. 3 - stamp of Fig. 1 and 2 in the retracted position, stamp pads, limited stop or end position due restraint;

- Fig. 4 is another embodiment of a receiving device for ink pads for stamps with remote from each other restraints for stamp pads in a simplified perspective view;

- Fig. 5 - part forms runtime support device stamp cushion with remote is from each other holding devices in the form of the details of the stamps in a simplified perspective view;

- Fig. 6 - stamp with handle for ease of retrieval or the relative movement of the stamp pad in a simplified perspective view;

- Fig. 7 - the stamp with a handle for ease of retrieval or the relative movement of the stamp pad in a simplified schematic section;

- Fig. 8 - stamp on p. 7 when partially extended with the use of arms stamp cushion;

- Fig. 9 is another independent execution stamp with handle for replacement stamp pads, front view;

- Fig. 10 - stamp on Fig. 9 in section along the line x-X in Fig. 9;

- Fig. 11 - detail of the stamp with a different execution arm for replacement ink pads in a simplified perspective view;

- Fig. 12 - made in the form of a cover or element detail of the stamp of Fig. 11 in cross section along the line XII-XII in Fig. 11;

- Fig. 13 is another form of execution of a receiving device for placing ink pads stamp with a long handle for better handling stamp pillow in a simplified perspective view;

- Fig. 14 - in the context of the stamp, which is used by the receiving device according to Fig. 13;

- Fig. 15 - stamp on Fig. 14 when partially ejected from the receiving channel stamp cushion together with the corresponding part of the stamp in the form of an elongated device in the simplified schemati the EBM section;

- Fig. 16 is a modification of the form of execution according to Fig. 5, in particular, support, device, stamp cushion remote from each other holding devices in the form of the details of the stamps, according to the invention, in a simplified perspective view.

As a preamble, it should be noted that when the various described forms complete details marked with the same reference position or provided with the same designations, and is contained in the entire description of the reasoning can be carried in meaning to the same parts with the same reference position or with the same designations. Also selected in the description indicate the position, such as top, bottom, side etc. assigned to the directly described and illustrated figure and should be moved by changing the position on the sense to a new position. In addition, individual characteristics or combinations of characteristics are depicted and described various examples can be a separate themselves inventive solutions or solutions according to the invention.

In Fig. 1-13 are made according to the invention stamp 1 shows in a simplified schematic form.

This stamp 1 made in the form of so-called samoobrazovyvalas stamps, which additional soaking the stamp surface printed or W is ampelnoy paint, preferably the ink is done automatically. For this purpose, the stamp 1, consisting essentially of the upper 2 and lower 3 parts, is stamp cushion 4. This stamp cushion 4 has the properties of a sponge, so that it is able to accumulate a certain stock stamp paint or ink and return it in a long time. In order to modify the properties and, consequently, the quality stamp 1 stamp, stamp cushion 4 is placed upside down or standing on your head" frame or box the host device 5 and is held relatively stable in the form of a bearing device 5 in the lower part 3 of the die 1 with the possibility of replacement if necessary. Support device 5 made the type of receiving or retaining element for ink pads 4, is limited on the lower side of the impregnated ink stamp cushion 4. The location and orientation of the stamp cushion 4 and the mechanism for moving the stamp 1 is selected with the possibility of alternate contact with movable relative to the lower part 3 of the stamp plate 7 with the signs or graphics from which you want to make an imprint and transfer of ink to the surface on which you want to make an imprint. This stamp plate 7 may consist of the set of internal and stamp 1 can be rotated and offset of the holder 8 of the pressure plate and containing the desired graphics or desired signs of a pressure pad (not shown). Alternatively, you can also if necessary be placed on the holder 8 of the pressure plate interchangeable or different graphics or character sets. By itself, can also provide a stamp plate 7 directly the desired signs, texts or graphics and make an immutable impression.

The upper part 2 can be formed nozzle actuating element 9, which is connected with the lower part 3 and, in particular, covers the upper edge area of the lower part 3. The upper 2 and lower 3 parts made with the possibility of a telescopic displacement relative to each other by means of the guide device 10, 11. When such displacement of the upper part 2 relative to the lower part 3 by pressing on the actuating element 9 of the holder 8 of the pressure plate gets translational and rotational movement, in particular the turning movement, and moves in the direction of the surface 12 of the adjoining stamp 1, which is typically formed stempellina sheet of paper. For this purpose, the stamp 1 is made is not described in detail, are known from the prior art mechanism 13 of the rotation and displacement of the holder 8 of the pressure plate. This mechanism 13 of the rotation and displacement creates in this kinematic connection between the actuating element 9 and, respectively, the upper part 3 and the holder 8 of the pressure plate with the cast of the latter from its position in Fig. 2, in which it is in contact with the stamp cushion 4, rotated 180°below the position in which it comes in contact with stempellina material, and Vice versa.

Actuation of the stamp 1 is thus against the action of spring 14, preferably in the form of compression springs. This spring 14 causes the spontaneous return of the stamp 1 is shown in Fig. 1 and 2 the position of rest or initial position in which the stamp plate 7 and, accordingly, the holder 8 of the pressure plate are in contact with the stamp cushion 4 and exert a certain pressure of the pressure on the stamp cushion 4. Stamp plate 7 is set thereby in the stamp 1 through 13 of the rotation and displacement with limited translational and limited rotational movement in parallel to the direction of actuation (arrow 15) of the Executive item 9 channel 16 in the lower part 3. In particular, there is a push kinematic connection between the actuating element 9 and the stamp plate 7 and, accordingly, the holder 8 of the pressure plate. This channel 16, primarily based on the shape of the stamp plate 7 and, respectively, of the holder 8 a pressure pad may be polygonal, for example rectangular or square, or oval, or circular széchenyi is.

For simplified replacement or simplified additional impregnation stamp cushion 4, if necessary, between the upper 2 and lower 3 parts within the guide length of the sending device 10,11 provided by the regulating device 17. This regulating device 17 provides the installation of the upper part 2 relative to the lower part 3 in the area between is shown in Fig. 1 the initial position or rest position and an active position in which the stamp plate 7 can create an imprint on the surface 12 of the seal. In particular, the regulating device 17 provides, if necessary, the installation and, accordingly, the temporary locking of the holder 8 of the pressure plate at a certain distance from stamp cushion 4. In this case, if necessary, occupied and an intermediate or a prescribed position (not shown), the holder 8 of the pressure plate is not in direct contact with the stamp cushion 4, so that the stamp cushion 4, preferably together with a frame bearing device 5 can easily be removed from the stamp 1 or, at least, to pull out of it.

This regulating device 17 in an intermediate position between the absorbing paint or ink position (Fig. 2) and giving the paint or ink by the position of the holder 8 of the pressure plate can b is to be formed while corresponding to each other of the recesses 18 and the protrusions 19 on the lower part 3 and/or the upper part 2. Through this, if necessary, activated and preferably automatically deactivated the locking device 17 can be stopped too long continued wetting of the holder 8 of the pressure plate or stamp plate 7 stamp ink. In particular, if you continue pressing down on the actuating element 9 in the direction of actuation (arrow 15) regulating device 17 can be automatically raspikirovki. This provides a simple way by means of the driven tension in relation to each other of the bevel of crowding and hooks respectively in the recesses 18 and the protrusions 19. The possible shape of the recesses 18 and the protrusions 19 to achieve automatic or spontaneous deaktivirovana activated regulating device 17 shown in Fig. 1.

Optionally, you can include the activation of intentional or active de-activated control device 17. Due to this, you can prevent unwanted or unintentional displacement element 9 in the active or working position for die stamping and woodblock. Because of this, for example, during transportation of the stamp 1 can no longer occur unwanted prints or the environment or surrounding objects.

This determined the IOM regulating device 17, if necessary, occupied a fixed or intermediate position to pull or remove the support device 5 with the stamp cushion 4 of the stamp 1 is no problem, because the movement of the pull-out and, accordingly, rotate, stamp cushion 4 together with its supporting device 5 does not interfere with the stamp plate or holder 8 of the pressure plate.

As best seen in Fig. 2, the support device 5 stamp cushion 4 is installed with the possibility of replacing preferably in the lower part 3. For this purpose the upper edge zone of the lower part 3 is made the channel 20 in which the ink pad, in particular, the support device 5 together with the stamp cushion 4, installed with the possibility of replacement or can be, at least, is inserted and at least partially extended. This channel 20 is a pocket stamp cushion 4, essentially in the form of a rectangular parallelepiped with a partially covering her bearing device 5. This channel is made when this is preferable, as shown in Fig. 2, in the form of an aperture which passes transversely of the longitudinal direction or perpendicular to the operation direction (arrow 15) of the stamp 1. This allows you to squeeze and insert the bearing device 5 with the stamp cushion 4 relative to the lower part with two opposite sides or walls of the stamp 1. In the shown is Fig. 2 the working position, the support device 5 stamp cushion 4 is essentially flush with the opposite walls 21, 22 of the lower part 3. This does not prevent relative telescopic movement between the upper 2 and lower 3 parts, and on the other hand, can provide a safe and stable placement in the channel 20 of the lower part 3.

The lower part 3 of the stamp 1 is thereby housing the receiving device 23 for accommodating at least a host device 5 maglalatik stamp cushion 4, and addressed to the Executive item 9 end end area of the receiving device 23 is made perpendicular to the channel 20 for placement with the possibility of replacing the bearing device 5. The opposite channel end 20 of the end area of the hollow prismatic receiving device 23 has an aperture or hole, whose diameter corresponds at least to the size or cross-section of a pressure pad or stamp plate 7.

The receiving device 23 and, respectively, the lower part 3 is made hollow and thereby, respectively, in the form of a frame and keep at least the support device 5 stamp cushion 4. Preferably the receiving device 23 serves to keep the stamp plate 7 or the holder 8 of the pressure plate inside the frame or, respectively vypolnen is in the form of a hollow prism or vertical channel of the receiving device 23. Vertical guides 24 for the ends 25 of the axle bracket 8 pressure plates are located mainly in the area of the opposite narrow sides 26,27 stamp 1 or lower part 3 and the corresponding receiving device 23.

Samoobrazovyvalas stamp according restrictive part p. 1 described above, or an appropriate equivalent to the execution, according to the invention provides that the ink pad, in particular, the support device 5 holds the stamp cushion 4 can not uncontrollably fall out of the channel 20 when the stamp cushion 4 leaves the operating position, for example, for replacement or additional impregnation of the ink 4 pillows or together with the bearing device 5. It can avoid getting paint on the user or surrounding objects. This is due to the fact that in the channel 20 for replacement or, at least, without placing the carrier device 5 ink pads 4 on the receiver 23 in the area around 20 channel or in the channel 20 and/or on the host device 5 stamp cushion 4 is performed, at least two locking or thrust element 29, 30, distanceremaining from each other in the direction of pull-out and, consequently, lower (arrow 28) stamp cushion 4, which form the first 31 and at least one second 32 restraint DL the stamp cushion 4 relative to the channel 20 or stamp 1 or with respect to the receiver 23. Thus, the support device 5 with inked stamp cushion 4 is held positioned in at least two different positions or in one position, in particular in the working position 33, and at least one other position is limited in its free pull-out movement of the channel 20, and the limiting end position or the limit stop can be mostly eliminated or overcome, so that the stamp cushion 4 together with the bearing device 5 can be completely removed from the stamp 1 or the receiving device 23.

In the first position, a fixed locking or thrust elements 29 of the first holding device 31, is determined by a work position 33, as seen in Fig. 2. Remote from a different position is determined by the position 34 replacement or maintenance, in which the support device 5 is placed at the bottom part or the receiving device 23, but protected from uncontrolled falling out of the channel by at least one snap or thrust element 29 or 30. Only due to the additional and, above all, conscious application user stamps 1 increased efforts extract to the bearing device 5 can be overcome restraint or positioning force another or second is clumsy or thrust element 30, remote from the first snap or thrust element 29, and the support device 5 together with the stamp cushion 4 can be completely removed from the die 1. Stamp cushion 4 in its extended position 34 a replacement or care may additionally be impregnated with the appropriate ink and put back in working position 33 through the user clicks on the support device 5. Similarly, you can replace worn-out stamp cushion 4 together with the bearing device 5 through the insertion of the bearing device 5 with the new stamp cushion 4.

In position 34 replacement or maintenance of land bearing device 5 acts with respect to the receiver 23 or relative to the lower part 3 of the die 1 at least, so that the user can firmly hold the support device 5, without fear that it will slip or that he directly touches impregnated with dye ink pads 4.

Locking or resistant elements 29, 30, remote from each other in the direction of pull-out and lower (arrow 28), may be performed while identical and mirror-symmetrical relative to the transverse plane 35 of the channel 20. Thus, the support device 5 from any wall surface 21 or 22 may be, at least, limit stops, extruded in the direction about iopological wall surface 22 or 21. Locking or resistant elements 29, 30, remote from each other in the direction of lowering and pull-out (arrow 28), preferably identical, but, of course, can be done in different ways for fixing the bearing device 5 or stamp cushion 4 in the working position 33, as well as in the remote from his position 34 extraction, replacement, or maintenance.

In the depicted example, perform remote from each other locking or resistant elements 29, 30 are formed by the protrusions 36, provided at least one inner bounding surface of the channel 20. Of course, you can also provide similar projections 36, forming the locking noses for reliable positioning of the bearing device 5, near or directly in the face of the end zones of the channel 20 and to perform the tabs 36 on the type of locking tongues projecting in the direction of the longitudinal middle axis of the channel 20.

Remote from each other locking or resistant elements 29, 30 or holding devices 31, 32 can be thus instead of a location on the inner bounding surfaces of the channel 20 is also executed on the host device 5 stamp cushion 4. Similarly, it is possible to projname elastic fixing the working position 33 and position 34 a replacement or care to run remote from each other locking or resistant elements 29, 30 in the inner area or in the gable end zones of the channel 20, and on one surface of the carrier device 5. To do this, inside and/or at the end of the end zones of the channel 20 and the respective parts of the surface of the carrier device 5 may be interacting projections 36 and recesses 37. These are made in some kind of bilateral projections 36 and recesses 37 may provide improved locking or positioning effect for the host device 5 with the stamp cushion 4 with respect to the receiver 23 and, accordingly, the channel 20.

First of all, if the support device 5 with the stamp cushion 4 can be inserted into the channel 20, or removed entirely from one side or from one wall surface 21 or 22, enough to place on the host device 5, or in the channel 20 only one retaining recess or only one locking protrusion that interacts with two remote from each other locking or thrust elements 29, 30 in the form of protrusions 36 and/or recesses 37.

Between the individual defined in advance by the provisions of the stamp cushion 4, in particular between the working position 33 and position 34 replacement or maintenance, the support device 5 with the stamp cushion 4 can also be mounted for displacement with the free sliding relative to the channel 20. Instead of performing custom is the R lock or thrust element 30 in position 34 a replacement or care within the framework of the invention can also, by itself, provide only one persistent limitation that could be overcome, if necessary, at the expense of additional power. This is a hard limit made this so that spontaneous loss of the carrier device 5 together with the stamp cushion 4 of the channel 20 is prevented, if the support device 5, was under pressure from the working position 33. Then, the support device 5 with the stamp cushion 4 may reciprocating slide with a possibility of free movement in the distance between a work position 33 and position 34 replacement or maintenance. Complete loss of the load bearing device 5 is prevented, however, by an additional locking or thrust element 30 or more holding devices 32 on the front end zone of the channel 20 or the end area of the bearing device 5, respectively.

At least one of the locking or resistant elements 29, 30 are made this so that there is a genus of the locking coupling, which can create a holding force that the bearing device 5 can remain positioned in the working position 33, and through the application of compressive efforts, such as the user's finger or a separate actuating element can be moved relative to the channel 20 and into position 3 replacement or maintenance. Pruinose-elastic pliable and return movement of the locking or resistant elements 29, 30 can be carried out due to the elastic properties of the projections 36 and recesses 37 or due to implemented pruinose-elastic pliable and return projections 36 and recesses 37, for example, on the springy tabs.

In Fig. 4 shows another implementation of and the location of the receiving device 23 and the lower part 3 is made, according to the invention, stamps remote from each other holding devices 31, 32, or retaining or thrust elements 29, 30 on the host device 5 stamp cushion 4 and/or on or in the channel 20 for replacement, if necessary, placing the carrier device 5 in the form of a rectangular parallelepiped. For simplicity, it shows only the lower part 3 and the receiving device 23 is made according to the invention stamps.

In the end the end zone or on the side wall sections of the carrier device 5 in the form of a rectangular parallelepiped made two remote from each other in the direction of pull-out and lower (arrow 28) lock or thrust element 29, 30 in the form of recesses 37. These locking or resistant elements 29, 30 in the inserted position or in the working position of the carrier device 5 is located with the corresponding locking or thrust elements 29, 30 Conn is in flush, if necessary, releasable by application correspondingly high pressure efforts. On the lateral bounding surfaces of the channel 20 is provided made of type locking locking noses or resistant elements 29, 30, and in the end, opposite end zones of the bearing device 5 is made reciprocal locking recess. Of course, you may reverse the location of the locking grooves and locking tabs.

It is also possible to provide, either on the host device 5, or in the channel 20 or around channel 20 only one locking or thrust element 29 or 30, depending on the employed position replacement or maintenance is connected selectively with one of two remote from each other locking or resistant elements 29, 30.

Decoupling or separation of the locking connection between the lip 36 and recess 37 or otherwise made connecting device can be achieved, on the one hand, due to the elastic flexibility of the material of the locking themselves or resistant elements 29, 30, in particular due to its elasticity, or by locking or resistant elements 29, 30 that are installed with the possibility of misalignment of the receiving device 23 or relative to the bearing device 5. For the relative displacement of the stopper or thrust element 29, 30, in which lastnosti thorn elevation or protrusion 36, can be provided in its peripheral zone schizoprenia openings in the plastic, which provide a springing arrangement of the projections 36 in the direction crosswise to the direction of pull-out and lower (arrow 28) of the bearing device 5. You can also perform wall areas which are the projections 36 and recesses 37 elastically pliable and thus achieve the preset tension for selectively activated and deactivated lock.

In the depicted form of execution is an advantage that the bearing device 5 with the stamp cushion 4 can be pushed into the channel 20 and, if necessary, removed from the channel on both sides or on both wall surfaces 21, 22. Support device 5 with the stamp cushion 4 is available, therefore, on both sides of the stamp. This is achieved, on the one hand, the fact that the channel 20 is made in the form of an aperture essentially constant along the length and depth of the channel 20 section.

In Fig. 5 shows another implementation of a snap-on or snap connection and restrictions and a limit stop carrying device 5 relative to the receiving channel in the stamp. On the opposite side walls of the carrier device 5 stamp pillow is stoparea or thrust element 29, which position the support device 5 in the working position and fix the th with a certain holding force in the receiving channel. These locking or resistant elements 29 are located in the middle part of the side walls or end sides of the cap carrying device 5. Remote from them, the end or edge zone of the side or end walls of the carrier device 5 is made in one stoparea or thrust element 30 in the form of restrictive limit stops. This locking or thrust element 30 prevents complete loss of the load bearing device 5 with the stamp cushion 4 of the receiving channel. Only through the application of a sufficiently large extracts or pulls the efforts of the support device 5 can also be completely removed from the stamp or the bottom.

In particular, thanks to the special shape of the outer side wall surfaces of podostemales or carrying device 5 is achieved fixation or positioning of the bearing device 5, at least in the working position stamp cushion 4. Due to pressure from the front side to the support device 5 or podoshchel you can force him to move performed on the body or in the channel of the locking noses. This process of separation and connection may be facilitated or supported by inclined surfaces on the locking noses and locking recesses. Match the locking noses on the host device is ve 5 and the locking recesses within the receiving shaft are preferably elastic tension in relation to each other to achieve as much as possible free from gaps and reliable positioning or restraint. Complete loss of the load bearing device 5 with the stamp cushion 4 in any case, is prevented due to the fact that, at least in one end zone, at least one side wall made of the stepped protruding locking or thrust element 30.

To achieve as much as possible the free mobility of the carrier device 5 on the interval between two remote from each other holding devices 31, 32 without any interfering with the action of the offset resistance can be made of the so-called window 38 or the corresponding notches in the material. Such a window 38 is provided mainly between two remote from each other locking or thrust elements 29, 30. These window 38 can be made in the side walls of the carrier device 5 and cause that, for example, the locking noses or projections 36 on bounding the channel 20 of the inner surface generally are not or are only relatively slightly in contact or in connection with a friction closure to the bearing device 5. Also in a reverse arrangement of the projections 36 and recesses 37 between the bearing 5 and the receiver 23 or channel 20 can be done in this window 38.

As can be seen further from Fig. 5, can be provided by several, in particular three, distributed in the direction wyd Hania and lower (arrow 28), remote from each other holding devices 31, 32 or cage, or thrust element 29, 30. In particular, the corner or edge areas of the support device 5 is made in two acting as the focus lock or thrust element 30. In the middle part between the two retaining or thrust elements 30 is an additional locking or thrust element 29, which fixes or holds the bearing device 5 is positioned in its working position 33. Thus, this form of execution, there are in principle two positions 34 a replacement or care and certain working position 33 of the bearing device 5 or stamp cushion 4.

Preferably, the support device 5 is made symmetrical relative to its longitudinal plane 39 of symmetry. I.e. locking or resistant elements 30 located in the edge or corner areas of the bearing device 5 in the form of a rectangular parallelepiped and acting as limit stops are located at the same distance from the located in the middle of the stopper or thrust element 29, which determines the working position 33 of the bearing device 5.

An alternative location of stops or resistant elements 29, 30 or appropriate restraint devices 31, 32 to provide a working position and Gare is ntii, what support device 5, leaving a fixed working position 33, will not be able to fall out of the receiving channel, lie within the scope of professional knowledge. In particular, there are several modifications that are not beyond the scope of the invention.

In Fig. 6-8 depicts the individual, under certain conditions, according to the invention, preferred or optional improvements described above stamp 1.

The design of this stamp 1 corresponds mainly to the previous description, and, therefore, the same parts are denoted by the same reference position. The preceding description may be so transferred to the same parts with the same reference position.

In particular, also in this run provided affixed to proshtampovyvajte the base of the lower part 3, the upper edge area of which, at least in some areas surrounded by a dome or roof of the upper part 2. The upper part 2, which simultaneously constitutes or involves the Executive item 9 stamps 1 made with a possibility of displacement relative to the lower part 3 against the action of spring 14. When the telescopic offset each other, the upper 2 and lower 3 parts holder 8 push plate moves from stamp cushion 4 in the direction of the Foundation and creates at the same time aemy imprint on it.

Also here megaelosia itself stamp cushion 4 is held in a relatively stable form of the host device 5. Support device 5 placed in it inked stamp cushion 4 is arranged to insert into, respectively, the calculated channel 20 stamps 1 and, if necessary, replacement or additional impregnation of the user, for example, to care. Thus, the support device 5 with the stamp cushion 4 should at least partially be extracted from the channel 20 to make stamp cushion 4 is available.

In order to control or change to facilitate handling of the stamp 1, the host device 5 stamp cushion 4 is made of at least one set with the possibility of displacement of the fixture 40.

According to one preferred form of execution of the device 40 made according to the type of legs 41, which is pivotally connected with the supporting device 5 and can be displaced or rotated between a position of rest (Fig. 7) and a work position (Fig. 6 or 8). Preferably rotatable or swivel connection between the device 40 and the frame bearing device 5 stamp cushion 4 is implemented mainly through the so-called film hinge 42. Such a film hinge 42 is implemented relative to ankim the transition of a material from the tabs 41 and, accordingly, the fixture 40 to the bearing device 5. The device 40 is connected with it in one piece with a bearing device 5, and is a solid run with the intermediate film hinge 42 is made mainly by casting under pressure. If necessary, the plastic material of the support device 5 and the device 40 may be compacted in the area of the film hinge 42 to achieve high strength film hinge 42 and more stable connection between lophornis device 40 and a bearing device 5

Preferably the device 40 should be folded up in the direction of arrow 43 to the device 40 can be brought from a position of rest into a working or active position. The advantage is that inaccurate positioning device 40 may not hinder the process of die stamping and woodblock, as by pressing down the upper part 2 is in the active or working position of the device 40 is forcibly deflected at rest or nearly at rest. Further, favorable is that the device 40 and, accordingly, the foot 41 is at the lower edge and, accordingly, the edge area of the carrier device 5 in the form of a rectangular parallelepiped.

If necessary ephorate lighting shall Sobranie 40 is fixed in its position of rest (Fig. 7) through the locking or holding devices (not shown). As best seen in Fig. 6, in the lower part 3 can be performed in a groove 44 for finger, which facilitates the capture of the foot 41 or its translation from a position of rest in the active or working position.

In the active or working position of the device 40 (Fig. 6), primarily facilitated by removing the carrier device 5 together with the stamp cushion 4, and there is a strong gripping surface or the retaining surface, and a force can be carried out optimally. This device 40 is provided as a traction unit for shifting the carrier device 5 on channel 20, or the receiving device 23. Needless to say, you can also squeeze a stamp cushion 4 or bearing device 5 of the die 1 by means of the fixtures 40 and thereby to use the device 40 as the body shift.

Preferably locking tab 41 or the device 40 after use by means of the fixing or locking device (not shown) in the rest position or in the groove 44 of the finger and thereby prevent undesired rotation or offset.

Instead of performing the tabs 41 can be rotated around a horizontal axis, of course, you can also set the lighting is giving 40 can be rotated around a vertically oriented axis. It is preferable always to perform a film hinge 42, so as to provide an inexpensive manufacture of the carrier device 5 or stamp cushion 4.

Alternatively, the execution device 40 can also be performed in the walls of the carrier device 5 grooves for fingers or slits for drawing. Under certain circumstances, however, available for stamp cushion 4 space because of this slightly decreases, and manipulation compared to the turning or folding device 40 worse. Performing at least one molded on the host device 5 device 40 or 41 feet is particularly preferred in respect of manipulation for replacement or inspection stamp cushion 4. The connection device 40 with a bearing device by means of a film hinge 42 provides inexpensive manufacture and relatively devoid of problems of production.

The execution in Fig. 6-8 lower edge of the upper part 2 or element 9 in the zone of the front and rear sides of the stamp 1 is shifted back or made with grooves to ensure that the insertion and extraction of the bearing device 5 of the channel 20 when the stamp 1 is shown in Fig. 6-8 resting position. In the area of the narrow sides 26, 27 of the stamp 1, on the contrary, the upper part 2 or the Executive ELEH the UNT 9 passes below the lower edge of the channel 20. This gives rise to the grip surface of maximum area and creates a basis for ergonomic handling stamp 1. These notches 45 or slots in the lower edge zone of the upper part 2 or element 9 is designed with the possibility of inserting the carrier device 5 in the channel 20, and extract from it without problems, when the stamp 1 is the initial position or rest position or by means of the fixing device 17 is provided for replacement cushions provision of care or commit.

In Fig. 9 and 10 depict another individual if necessary, the form of execution to facilitate replacement of worn or control stamp cushion 4. In contrast to the above solution in the form of tabs, which are primarily used as a traction unit, the proposed solution consists in embossing ink pads 4 together with the bearing device 5 from the corresponding receiving channel 20 stamps 1.

The basic design of the stamp 1 corresponds to the previously described construction, so that the preceding description may be so transferred to the same parts with the same reference position.

The upper element 2, or the actuating element 9, or another element of the upper part 2, for example, the transparent window, text window, the rubber area 46 is of the NAP and the like, stretched on the front side 47 of the stamp 1, the support device 5 or stamp cushion 4, so that it at least partially overlaps or closes the upper part 2. In particular, the lower edge of a roof or dome top 2 or element 9 passes under the lower side 6 of the stamp cushion 4 or the carrier device 5. The upper part 2 or the Executive item 9 stamps 1 runs thus relatively far in the direction of the surface 12 of the adjoining stamp 1, which is achieved done with a relatively large area and thus ergonomic finger grip area or the Executive area. On the rear side 48 of the stamp 1 cap in the upper part 2 is also made recess 45 or the corresponding slot for retrieval, if necessary, ink pads 4 of the channel 20, and this process does not interfere with the cap upper part 2.

On the front side 47 of the stamp 1, in particular in its cap upper part 2, the device 40 in the form of the pressure element 49 to eject or pull-out support device 5. This pressure element 49 can be performed with this type of self button 50, which is inserted into the corresponding recess 51 of the upper part 2 or element 9 with the possibility of movement of the release button 50 relative to the surrounding boundary Songulashvili the upper part 2. In particular, when the compression effect on the clutch element 49 it can be displaced parallel to the guide channel 20 or parallel to the pull-out direction (arrow 52) of the bearing device 5 of the channel 20. Instead of direct forces acting on the bearing device 5 here, therefore, implemented an indirect transfer efforts, in particular the transmission of pressure to the support device 5 stamp cushion 4.

In order to support device 5 was at least a little squeeze or push out of the channel 20, made in the form of button 50 of the device 40 should be combined with the carrier device 5. For this purpose, the actuating element 9 should be slightly moved in the direction of the surface 12 of the seal and either hold or locking by means of the fixing device 17. When pressed from the front side to the clutch element 49 or click the last 50 moves toward the guide channel 20, resulting in the bearing device 5, at least slightly extruded or ejected from the receiving device 23 or the lower part 3.

Avoid full slipping stamp cushion 4 or the bearing device 5 of the channel 20 described above, the retaining device 32 can be performed according to the type of locking or resistant elements 30.

Because the button 50 is made in the form of selfreliance is positive structural element, it is held within the recess 51, for example, through a flexible tongue with offsets relative to the depth of the notches 51 in the Executive element 9 or the upper part 2.

As can be seen in Fig. 11 and 12, made in the form of the pressure element 49 device 40 for removing, if necessary, or a slight bump stamp cushion 4 of the receiving channel can also be formed by an element made in one piece with the upper part 3, or actuating element 9, or cover 53 stamps. In particular, due elastically malleable properties of the cover 53 of the stamp or the upper part 2, which should form the device 40 or the button 50 made of an elastic pliable and return. This can be realized by a convex button 50, which is surrounded by the groove 54. It is preferable that the device 40 does not require any structurally independent element, and in the production process, in particular in the process of injection molding, similar to the button 50 can be manufactured efficiently.

In particular, if the cover 53 stamp or a case for a stamp made of elastomer, this cover 53 stamps together with made in one piece with it by button 50 as device 40 can be used to eject ink pads. At the same time, elastomeric, n is an example of rubber, the capture zone stamp facilitates easy handling.

In Fig. 13-15 depict individual, under certain circumstances, a form of execution to provide improved process control or replacement ink pads 4 stamps 1 or with respect to the receiver 23 for placing the carrier device 5 stamp cushion 4.

Thus, the support device 5 is fixed on the workpiece 55, in particular on the wall 56 of the stamp 1 or the receiving device 23. This fastening may be either detachable, for example by means of schematically indicated connection device 57 or permanent due to run for one host device 5 and the wall 56.

The corresponding item 55 of the stamp 1 is thus compared with the side surfaces of the bearing device 5 essentially in the form of a rectangular parallelepiped relatively wide areas of the outer surfaces of the stamp 1. In particular, item 55 or wall 56 should be a relatively wide, easily and securely capture device 40 for simplified treatment with stamp 1 when removing ink pads 4 of the channel 20 or paste into it. Item 55 or wall 56 is thus a somewhat elongated fixture 40 to the bearing device 5 or stamp cushion 4.

PR is doctitle part 55 is made with the possibility of communication or connection with the receiving device 23 and, if necessary, separation from him through the guides and/or locking elements 58. These guides and/or the locking elements 58 can be formed by any known from the prior art locking or snap-on connections on the parts 55 and interacting with them or return connecting elements in the receiving device 23 or on the body of the stamp.

Alternatively, or in combination with the above, incoming into each other with geometric closure holding devices 31, 32 (Fig. 1-3) on the host device 5 and the body of the stamp to achieve the desired positioning and retention of the bearing device 5 together with item 55 with respect to the receiver 23. Connected to the bearing device 5 item 55 of the stamp 1 or the receiving device 23 can represent, for example, an outer wall surface 21 of the receiving device 23 or stamp 1. Under certain circumstances, part 55 may also include the so-called side frame 59 with which the stamp 1 put to proshtampovyvajte base.

Mainly the part 55 is essentially at a right angle to the bottom side 6 of the bearing block 5 or block stamp cushion 4. This item 55 is mainly flush with the od of the Oh from the side surfaces of the bearing device 5 is approximately in the shape of a rectangular parallelepiped, so what occurs essentially L-shaped in cross section integral part of the stamp.

Additionally, this form of implementation described above, the locking or resistant elements 29, 30 (Fig. 1-3) can be used for reliable positioning or end limit of movement of the moving host device 5 together with item 55 with respect to the receiver 23.

One advantage of this implementation is that the user does not need to take up stamp cushion 4 or bearing device 5 in the immediate vicinity, and there is a semblance of an elongated, rigid in itself or is firmly connected to the bearing device 5, reliably capture device 40, which can reduce the risk of getting ink on your fingers or clothing of the user when handling stamp cushion 4. Similarly, when this is an opportunity to better capture relatively small in some cases stamp cushion 4 and also at relatively inept handling - reliable and removing or inserting easily stamp cushion 4 in the receiving device 23.

By performing the connecting device 57 when replacement ink pads 4 are provided selectively or disposal of the carrier device 5 together with the stamp cushion 4 is a detail of 55 or only the carrier device 5, including stamp cushion 4. The latter is recommended, in particular, when the part 55 has a relatively large area and is expensive. In such cases between the bearing device 5 and the workpiece 55 is located the connecting device 57, which may be made preferably by type actuated without tools, fixed connections or connections with geometric circuit between these elements, as shown primarily in Fig. 14 and 15. For example, this connecting device 57 can be implemented on the connection type "dovetail".

In Fig. 16 shows a slightly different implementation variants according to Fig. 15.

Here the first locking or thrust element 29 holding device 31 for reliable position retention hosts stamp cushion 4 of the bearing device 5 in the working position 33 is located approximately in the middle part of the entire guide length 60 of the channel 20. I.e. locking or resistant elements 29 are placed approximately in the middle part of the depth of the channel 20. Preferably on the opposite lateral inner surfaces 61, 62 of the channel 20 made two stops or thrust element 29.

Remote from another holding device 32, in particular its locking or resistant elements 30 are located here at the top of the inner p is the surface 63, i.e. on the upper bounding surface of the channel 20, and provided at the same time, at least in one end zone 64, 65 of the channel 20. These locking or resistant elements 30 for fixing the position 34 of the bearing device 5 for replacement or maintenance preferably formed thorn tabs 36, which are provided for placing the carrier device 5 channel 20. In respect of the entire guide length 60 channel 20 other locking or resistant elements 30 are removed from the first or secondary locking or thrust element 29 at a distance of 66, approximately corresponding to half of the length guide tab 60.

Other thorn cage or resistant elements 30 are at the same time, at least one, preferably two guide groove 67, made on the upper side 68 of the bearing device 5. These grooved guide grooves 67 are held throughout the depth of the bearing device 5, which roughly corresponds to the guide length 60 of the channel 20. Approximately in the middle part of these guide grooves 67 are made of at least one thorn elevation 69, which in cooperation with locking or thrust elements 30 in the receiving device 23 forms a limiting stop for the bearing device 5 during the offset from the operating position 33 in acting with respect to the receiver 23 or to the Nala 20 position 34 replacement or maintenance.

In this form of execution, therefore, the locking or resistant elements 30 box or cap carrying device 5 ink pads 4 are arranged in the longitudinal plane 39 of symmetry of the bearing device 5. Instead of pairwise arrangement can, of course, to provide, respectively, only one locking or thrust element 29, 30 or more interacting locking or resistant elements 29, 30. In addition, you can also shift located on the lateral inner surfaces 61, 62 of the channel 20 locking or resistant elements 29 to the upper inner surface 63 of the channel 20.

Due to the described implementation is achieved in that the bearing device 5 with the stamp cushion 4 accurately and firmly held in position 33 and the support device 5 is located substantially flush with the outer surfaces of the receiving device 23. For a replacement or care stamp cushion 4 should only be strong enough to press on the loose side surface of the carrier device 5, whereby it extends from the receiving device 23 or channel 20 is approximately half the length guide tab 60 or approximately at a distance of 66. In this partially extended position of the carrier device 5 with respect to the receiver 23, the support device 5 is protected is of full or unwanted or accidental falling out of the channel 20 by activating additional holding device 32 with locking or thrust elements 30. In this partially extended, however, protected from the full loss position for carrying the device 5 can be easily tackled without touching the stamp cushion 4. Only with a definite extraction force, for example, deliberately pulling his fingers over the support device 5 or by clicking on it, you can then completely and safely removed from the receiving device 23, the support device 5 together with the inked stamp cushion 4.

Also in this form of execution is prevented, therefore, full or unexpected loss of stamp cushion 4, if, for example, accidentally or inadvertently affect inserted into the channel 20, the support device 5. Thanks to this form of execution is possible, therefore, the preferred way to prevent that after overcoming the resistance of the holding device 31 for fixing the working position 33 stamp cushion 4 directly or completely slip out of the channel 20, will fall on the floor, on the table or on clothing and cause due to this persistent pollution.

The support device 5 is equipped with stamp ink stamp cushion 4 can be made, as schematically shown in the form of a rectangular parallelepiped. First of all, depending on the received print support device 5 or stamp cushion 4 and/or n is Yemen device 23 may be in the form of top round or polygonal, for example, circular, elliptical, triangular, or composed of these paths.

For the sake of order, it should finally point out that for a better understanding of the structure of the receiving device 23 or stamp 1 parts shown partially in scale and/or enlarged and/or reduced form.

The task underlying the independent inventive solutions can be taken from the description.

First of all, separate runs are depicted in Fig. 1-3, 4, 5, 6-8, 9-12, 13-15, 16, may form the object of independent inventive solutions. Delivered in this respect, the task of the invention and their solutions can be taken from the detailed descriptions of these figures.

The LIST of REFERENCE POSITIONS

1 - stamp

2 - the upper part of the

3 - the lower part of the

4 - stamp cushion

5 - support device

6 is a bottom side

7 - the stamp plate

8 - the holder of a pressure pad

9 - Executive

10 - guiding device

11 - guiding device

12 - contact surface

13 - turning mechanism and offsets

14 - spring

15 arrow (Executive unit)

16 - channel

17 - regulating device

18 - deepening

19 - rise of the

20 channel

21 - wall surface

22 - wall surface

23 - receiving device

24 is a vertical guide

25 - the ends of the axis

26 is a narrow side

27 - the narrow side

28 - the arrow (the direction of pull-out and lowering)

29 - locking or resistant

30 - locking or resistant

31 - restraint

32 - restraint

33 - working position

34 - position replacement or maintenance

35 - transverse plane

36 - ledge

37 - deepening

38

39 is a longitudinal axis of symmetry

40 - fixture

41 - foot

42 film hinge

43 - arrow (fold)

44 - groove for your finger

45 - notch

46 - the capture zone

47 - front

48 - back

49 - push

50 - button

51 - notch

52 - arrow (the direction of pull-out)

53 - cover stamps

54 - groove

55 - item

56 - the wall

57 - connecting device

58 - guide and/or the locking element

59 - attached frame

60 - guide length

61, the internal surface

62, the internal surface

63, the internal surface

64 - the end of the end zone

65 - end-end-area

66 - distance

67 - guiding groove

68 - top side

69 - the rise

1. The receiving device (23) for the host device (5) stamp pad (4), in particular for the stamp (1) with the rotary holder is m (8) a pressure pad, where is the channel (20)is essentially rectangular cross section, and it retained the support device (5) stamp pad (4) if necessary pull-out from the channel (20), and with the holding device (31)which holds the support device (5) is positioned relative to the guide channel (20) in its working position (33), characterized in that the support device (5) is located on the parts (55), in particular on the outer wall (56) forming a channel (20) of the housing the receiving device (23), while item (55), in particular the wall (56), is performed, if necessary, with the possibility of fixing and offset relative to the housing through the guide and/or locking elements (58).

2. The device according to claim 1, characterized in that between the bearing device (5) and part (55) is performed actuated when needed and without the tool connecting device (57).

3. The device according to claim 1 or 2, characterized in that the part (55), essentially at right angles is to the bottom side (6) of the carrier device (5) and is essentially flush with one side surface of the carrier device (5) is approximately in the shape of a rectangular parallelepiped.

4. The receiving device (23) for the host device (5) stamp pad (4), in particular for the stamp (1) with rotary holder (8) is Aimee plate, where is the channel (20)is essentially rectangular cross section, and between the two end boundary zones of the channel (20)which forms a guide and a pocket for plug-in and retractable from it bearing device (5) stamp pad (4), provided the holding device (31)which holds the support device (5) is positioned relative to the guide channel (20) in its working position (33), characterized in that provided at least one additional restraint (32), which support the device (5) with the stamp cushion (4) can be kept positioned remote from the operating position (33) position (34) a replacement or care or may be limited in its motion pull-out from the channel (20), with additional restraint (32) can be optionally deactivated or its resistance can be overcome by increased effort shift to the supporting device (5).

5. The device according to claim 4, characterized in that the two holding devices (31, 32) is formed remote from each other in the direction of the guide channel length (20) retaining or thrust elements (29, 30) on the inner surfaces of the channel (20), or in its front end zones, and/or on the outer surfaces of the bearing device is a (5).

6. The device according to claim 5, characterized in that at least two remote from each other locking or thrust element (29, 30) is arranged to bring optionally engages with geometric circuit and the at least one interaction element in the form of a protrusion (36) or recesses (37) or the restriction of the path of displacement of the carrier device (5) relative to the channel (20) can be optionally removed.

7. Device according to one of claims 4 to 6, characterized in that the holding effort of restraining devices (31, 32) can be removed or deactivated without tools.

8. Device according to one of claims 4 to 6, characterized in that the support device (5) is made in the form, open at its lower side of the receiving frame in the shape of a rectangular parallelepiped for relatively maglalatik impregnated with printing ink or stamp ink stamp pad (4).

9. Device according to one of pp.5 and 6, characterized in that the first locking or thrust element (29) is designed as recesses (37) for fixing the working position (33), and at a distance from him executed, at least one additional locking or thrust element (30) in the form of a protrusion (36), forming the end stop, and on the interval between the first (29) and at least one additional stop is output or thrust element (30) is made, at least one window (38) for engagement with a corresponding protrusion (36) on the inner side of the channel (20) without restraint force or frictional force, or at least with reduced holding force or friction force.

10. The device according to claim 5 or 6, characterized in that the locking or thrust elements (29, 30) are made respectively on the opposite sides or on the upper side of the carrier device (5) in the form of a rectangular parallelepiped.

11. The device according to claim 5 or 6, characterized in that at least one of the locking or resistant elements (29, 30) is made prohibitative and return due to the inherent characteristics of the synthetic material of the projections (36) or recesses (37).

12. The device according to claim 5 or 6, characterized in that at least one of the locking or resistant elements (29, 30) is made prohibitative and return by performing on projname-oppostional the tongue of plastic.

13. Device according to one of claims 4 to 6, characterized in that it is made in the form of a hollow prismatic body, formed in one edge zone of the channel (20)which is adjacent perpendicular to his channel (16), in which the possibility of relative movement is a stamp plate (7).

14. The device according to claim 4, characterized in that the support device (5) with an option of bias made device (40).

15. The device according to 14, characterized in that the device (40) pivotally connected to the carrier device (5) via the so-called film hinge (42).

16. The device 14 or 15, characterized in that the device (40) is arranged to selectively move between an active position in which it is provided or facilitated a force on the support device (5), and an inactive position in which the support device (5) is locked or secured in its mobility relative to the channel (20).

17. The device according to claim 5, characterized in that the first locking or thrust element (29) for fixing the working position (33) is made in the middle part of the length guide tab (60) channel (20), and the remote from him extra locking or thrust element (30)that determines the position (34) replacement or maintenance performed at least at one end of the end zone (64, 65) of the channel (20), preferably on the upper inner surface (63) of the channel (20).

18. The device according to 17, characterized in that at least one additional or mechanical locking or thrust element (30) in the channel (20) formed of at least one of the awl-shaped protrusion (36), which is intended to engage at least one of the grooved guiding groove (67) on the upper side of (68) is inserted in the channel (20) of the carrier device (5 stamp pads (4).

19. The device according to p, characterized in that in the middle part of the guide groove (67) placed in the channel (20) bearing device (5) is made of at least one subulate elevation (69), which in cooperation with a locking or thrust element (30) in the channel (20) forms overcome by manually pulling or pushing on the support device (5) restrictive emphasis for the pull-out movement of the carrier device (5) from the working position (33) remote from the position (34) replacement or maintenance.

20. Device according to one of PP-19, characterized in that on the inner surface (63) of the channel (20) is made of two remote from each other locking or thrust element (30).

21. Stamp (1) samoobrazovyvalas type containing applied to proshtampovyvajte surface of the lower part (3) and the upper part (2), is arranged to move against the return force of the spring (14) relative to the lower part (3)and kinematically associated with the upper part (2) mechanism (13) rotate and shift located in the lower part (3) of the stamp plate (7) for reciprocating movement with forced rotation and translational motion between the stamp cushion (4) and proshtampovyvajte surface, characterized in that the lower part (3) formed by the receiving device (23) for onomous claims 1 to 20.

22. Stamp (1) samoobrazovyvalas type containing applied to proshtampovyvajte surface of the lower part (3) and the upper part (2), is arranged to move against the return force of the spring (14) relative to the lower part (3)and kinematically associated with the upper part (2) mechanism (13) rotate and shift located in the lower part (3) of the stamp plate (7) for reciprocating movement with forced rotation and translational motion between the stamp cushion (4) and proshtampovyvajte surface, and stamp cushion (4), at least partially housed in a relatively stable form of frame or cap bearing device (5) and by means of the holding device (31), for example, the type of locking or snap connection is fixed in its working position (33), characterized in that the stamp is provided with a device (40)is made with the possibility of transfer to the carrier device (5), at least from a fixed working position (33) to (34) replacement or maintenance or, at least, one devoid of communication with the holding device (31 position.

23. Stamp on p.22, characterized in that the device (40) is installed on the host device (5) with the possibility of bias and, if necessary, the movement between the provisions is receiving resting and active or working position.

24. Stamp on item 22 or 23, characterized in that the device (40) pivotally connected to the carrier device (5) via the so-called film hinge (42).

25. Stamp on item 22 or 23, characterized in that the expense is in the active or working position of the device (40) provided or facilitated a force on the support device (5), and in the rest position of the device (40) the mobility of the carrier device (5) regarding stamps (1) blocked or locked.

26. Stamp on item 22 or 23, characterized in that the device (40) is formed molded in one piece with the carrier device (5) foot (41), which is made to rotate up arrow (43) around a horizontal axis of rotation in the active or working position.

27. Stamp on item 22 or 23, characterized in that the device (40) is fixed in its resting position by a locking or snap-in device.

28. Stamp on p.22, characterized in that the lower edge area of the upper part (2) overlaps the support device (5) or on the front side (47)or on the rear side (48)and the device (40) is made on the upper part (2).

29. Stamp on article 22 or 28, characterized in that the device (40) is made in the recess (51) of the upper part (2) can move in the direction of the shock is iguania and lower (arrow 28) of the carrier device (5) with respect to its receiving channel.

30. Stamp on article 22 or 28, characterized in that the device (40) is formed molded in one piece with the upper part (2) pressure element (49).

31. Stamp on item 30, wherein the pressure element (49) is formed provopoulos and return area attached to the supporting device (5) part of the upper part (2).

32. Stamp one of PP, 28 or 31, characterized in that the upper part (2), at least given the supporting device (5) a plot is made of elastomer.

33. Stamp on item 30, wherein the pressure element (49) is formed by a grooved recess in the upper part (2) or attached to the upper part (2) of the cover (53) stamps.

34. Stamp on item 30, wherein the pressure element (49) is formed by at least one sociopathy opening on the given bearing device (5) part of the upper part (2).

35. Stamp on item 22 or 23, characterized in that the device (40) with the active control device (17) or in a certain relative position between the upper (2) and lower (3) parts positioned relative to the carrier device (5) in ready-to-function state.

Priority items:

27.05.2002 according to claims 1-16, 21-35;

17.01.2003 on p-20.



 

Same patents:

Self-dyed stamp // 2260514

FIELD: stamping.

SUBSTANCE: self-dyed stamp comprises bottom member (1) set on the surfaces to be stamped and rotatable mechanism (W) for the holder of the stamping plate set in the bottom member and interposed between stamping pad (4) and bearing frame (A). The holder can reciprocate and rotate simultaneously. The stamp additionally has actuating top member (2) whose sides (2'') are connected with the bottom member through the rotatable axle of the holder of stamping plate which passes through the narrow sides of the bottom member and moves with respect to the bottom member under the action of a spring. The actuating top member is connected with the bottom member through side flexible clamps (7,8). The bottom end of the actuating top member is provided with side locking hollows (9) which can engage the projections of the rotatable axle of the holder of stamping plate that enters the guides in the slot in the bottom member.

EFFECT: simplified structure.

2 cl, 3 dwg

The invention relates to ink the pad samarasimha stamp, comprising a housing with applied frame and movable in the housing from the initial position to the rotation position of die stamping and woodblock stamp bearing plate, which is connected with movable relative to the housing against the force of the return spring of the Executive arm, and ink pillow is made with the possibility of inserting into socket case is made essentially in the form of baths of podostemales

The stamp holder // 2147523

Stamp device // 2139197

Self-dyed stamp // 2260514

FIELD: stamping.

SUBSTANCE: self-dyed stamp comprises bottom member (1) set on the surfaces to be stamped and rotatable mechanism (W) for the holder of the stamping plate set in the bottom member and interposed between stamping pad (4) and bearing frame (A). The holder can reciprocate and rotate simultaneously. The stamp additionally has actuating top member (2) whose sides (2'') are connected with the bottom member through the rotatable axle of the holder of stamping plate which passes through the narrow sides of the bottom member and moves with respect to the bottom member under the action of a spring. The actuating top member is connected with the bottom member through side flexible clamps (7,8). The bottom end of the actuating top member is provided with side locking hollows (9) which can engage the projections of the rotatable axle of the holder of stamping plate that enters the guides in the slot in the bottom member.

EFFECT: simplified structure.

2 cl, 3 dwg

FIELD: stamps and stamp pads.

SUBSTANCE: invention claims receiving device (23) for carrying device (5) of stamp pad (4), in particular, for stamp (1) with rotary holder (8) of press plate, wherein channel (20) of practically rectangular cross-section is positioned, wherein carrying device (5) of stamp pad (4) is held with possible extension from the channel (20) when necessary, and also with holding device (31), which holds carrying device (5) in positioned state relatively to guiding channel (20) in its working position. Additional holding device (32) is included, by means of which carrying device (5) together with stamp pad (4) may be held in positioned in replacement or maintenance position remote from working position or may be limited in its movement of extension from channel (20), where aforementioned additional holding device (32) may be deactivated and its resistance may be overcome when necessary due to application of increased shifting force to carrying device (5).

EFFECT: eliminated or reduced probability of stamp paint dripping onto user or surrounding objects.

4 cl, 16 dwg

FIELD: polygraphy.

SUBSTANCE: stamp (1) contains casing (2) accommodating a movable stamping unit coupled with actuator (8) incorporating stamp letters and furnished with compartment (3) with a hole to receive container (4) with dying pad. The said compartment lower side facing the stamping unit has a hole to dye stamping letters in their top turned over position via contact with the dying pad. The compartment accommodates a spring-loaded retainer to ensure a proper contact with the container with dying pad. The said container is furnished with a groove receiving the said spring-loaded retainer, the said groove being directed along the container motion and limited by the end face wall on both sides.

EFFECT: ease of the container coming in the compartment and its proper arrangement therein.

17 cl, 8 dwg

FIELD: printing industry.

SUBSTANCE: self-dying stamp with take-over function contains housing where stamp plate connected to actuator with proper letters is located. There is a compartment in stamp with at least one opening to push ink pad container inside. Together with compartment bottom side directed to stamp plate, it forms supporting surface for container with ink pad and is provided with opening to paint stamp letters in their upper upturned position due to their butting against ink pad in container. Guide-and-align projections for container with ink pad are located at both opposite sides of compartment in pushing-in direction. Besides, there are grooves in container with ink pad, which interact with guide-and-align projections. At upper side and in pushed-in position of container with ink pad, grooves are limited by slats projected at container sides.

EFFECT: reliable holding of container with ink pad and free running when container is pushed in.

19 cl, 8 dwg

FIELD: typography.

SUBSTANCE: block (4) of die plate consists of holder (2) from polymer material and die plate (1) meant for colouring, on the holder and made from another polymer material, which is soft compared to the first polymer material. The holder and the die plate are made as one unit through multi-component die-casting.

EFFECT: fast and simple preparation of die plate block.

19 cl, 5 dwg

FIELD: graphic art.

SUBSTANCE: receiving device for carriage of ink pad, particularly for countermark with rotary holder of pressure plate, in which it is located channel, basically, rectangular cross-section, and in it was held carriage of ink pad with the ability if necessary extended from the channel, and also holding arrangement, which hold carriage as positioned relative to guide channel in it operating position. It is provided additional holding arrangement, by means of which carriage with ink pad can be held as positioned in remote from run position are changed or attendance or can be restricted in its motion of extending from the channel, herewith additional holding arrangement can be deactivated or its resistance can be, if necessary, is overcame ensured by application of increased force of displacement to carriage.

EFFECT: invention provides changing of ink pad without apprehension of endorsig ink hitting on surround objects.

37 cl, 16 dwg

Self-inking stamp // 2364516

FIELD: instrument engineering.

SUBSTANCE: invention can be used for product labelling. A self-inking stamp contains a bottom, a sliding executive mechanism mounted on said bottom, and a stamp plate holder movable within the bottom. The stamp plate holder is attached to the executive mechanism and displaced to operative position when the executive mechanism moves. The stamp plate is mounted within the holder. The first disposal ink feeder is provided in the bottom in the first position and serves to ink the stamp plate. The second auxiliary disposal ink feeder is kept in the bottom being in the second position. The second ink feeder is taken to replace the first one when displaced to the first position.

EFFECT: invention allows simplifying the ink feeder replacement process.

14 cl, 12 dwg

FIELD: mechanics.

SUBSTANCE: proposed printing unit has printing tape laid on over drive wheel and cap-like cover. Said drive wheel can rotate in two shelves of support part and is furnished with shaped casing and mounting wheel jointed thereto. The latter is integrated with the former. Mounting wheel outer perimetric zone incorporates softer synthetic material compared with wheel inner radial zone. Perimetric part of drive wheel mounting wheel enters the cover cutout. Two extending locking elements are arranged on every end face side of the cover. Both shelves of support part have two spaced apart locking adapters. Cover locking elements make attachments to locking adapters of support part. Printing unit, as-fixed, covers printing tape in the area of drive wheel.

EFFECT: ease of cover attachment and removal and ease of printing tape replacement.

18 cl, 18 dwg

FIELD: process engineering.

SUBSTANCE: proposed stamp comprises metal frame with two sidewalls connected by top wall and metal actuator clamp to displace downward relative to frame against the spring force action. Actuator clamp has two legs to displace in the frame sidewalls and are engaged with type block displacing and turning inside said frame. Stop ledges at frame top area make the retainers of pas holder. Said stop ledges extend inside from the frame sidewall inner side. Said stop ledges are made on stop elements fitted from outside of the frame sidewalls to extend through sidewall holes.

EFFECT: simple and reliable design, lower production costs.

9 cl, 8 dwg

FIELD: printing industry.

SUBSTANCE: self-dyeing stamp (1) consists of upper and lower parts (6, 7) slid into each other and a base (8) of the printing plate, located with the ability of rotation in the lower part (7) for placing the stamp plate (3). The base (8) of the printing plate is provided with a receiving device (21) for the stamp pad (4), and the base (8) of the printing plate is located in the initial position (2) in a range between 80° and 135°, in particular approximately 90° with respect to the support surface (22) and is designed for shifting from this initial position (2) into the operating position (5) using the guide means for creating a stamp impression. The receiving means (21) for the stamp pad (4) is made so that in the initial position (2) of the stamp (1) the free access to the base (8) of the printing plate is provided from the front side (34a) of the lower part (7).

EFFECT: creation of a stamp, a stamp pad for the stamp, and also a method of replacement of the stamp pad and the method of mounting the stamp plate, which provides a simple, compact and inexpensive design, reduction of the structural size and weight and easy handling.

41 cl, 59 dwg

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