Portable printing with double snap unit

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

 

1. Area of technology

The present invention relates to printing and, in particular, to a portable printing with double locking device.

2. The level of technology

Known portable printing contains a case for printing, the ink module and the printing module. The case for print is made with the possibility of opening and has two buildings. One of the buildings contains a buckle. Another case contains a hook. Buckle and hook are respectively to each other and made with the possibility of mutual fixation on choice for closing the case for print. The ink module and the printing module are located in two buildings case for printing, respectively. Print the print surface of the printing module is arranged to touch the ink of the ink module for ink covering the surface of the print with mutual fixation buckles and hook to close the case for print. The user is provided the ability to retain housing that contains a print module for printing documents at a mutual separation of the buckle and hook for opening the case to the press.

However, despite the fact that the well-known portable printing convenient to carry, mutual fixation of the housings of conventional portable printing is ensured only through the buckle and hook. As a result, when wearing the Glo�Noah portable printing possible accidental disconnection of the buckle and hook to each other. When opening known portable printing, disclosed an ink module and the printing module. Therefore, a high probability of contamination of clothing of the user or item, wearable by the user a, ink.

Disclosure of the INVENTION

The main object of the present invention lies in the creation of portable printing with double locking device. Portable printing contains the case for print, made with the possibility of opening, the ink module located in the first case body for printing, and the printing module located in the second housing case for print. By hook and buckle, respectively located in the first casing and the second casing and is made with the possibility of interaction, a movable latch located on the first housing and configured to application of pressure to the buckle, provided a strong connection of the first housing and the second housing by the double locking device.

The only way of opening the case for print is to press the movable retainer is separated from the buckle and the subsequent removal of the buckle from engagement with the hook. Thereby reducing the chance of accidental opening of the case for print and excluded the possibility of contamination of the print module and �eminnem module of clothing of the user or objects wearable by the user himself.

BRIEF description of the DRAWINGS

Fig.1 is a perspective view of a portable printing with dual locking device in accordance with the present invention when in the closed position;

Fig.2 is another perspective view of the portable printing of Fig.1;

Fig.3 is a perspective view with a spatial separation of parts of the portable printing of Fig.1;

Fig.4 is another perspective view with a spatial separation of parts of the portable printing of Fig.1;

Fig.5 is a side sectional portable print of Fig.1;

Fig.6 is a side sectional in working condition portable print of Fig.1, which shows the locking device separate from the portable printing;

Fig.7 is a side sectional in working condition portable print of Fig.1, which shows the case for printing when in an open condition; and

Fig.8 is a side sectional in working condition portable print of Fig.1, which shows the case for printing when in the open state, and the ink module is separated from the first housing case for printing.

The IMPLEMENTATION of the INVENTION

As shown in Fig.1, 3 and 5, portable printing with dual locking device in accordance with the present invention comprises a case 10 for printing ink and printing modules 20�th module 30.

The case 10 for printing comprises a first housing 11, the second housing 12 and the locking device 13.

The first housing 11 has two opposite sides, an inner surface, the first mounting recess 114, the first hinge portion 111 and the first connecting portion 112. The first installation recess 114 formed in the inner surface of the first housing 11. The first hinge portion 111 is located on one side of the first housing 11. The first connecting portion 112 is located on the other side of the first housing 11 opposite the first hinge part 111.

The second casing 12 has two opposite sides, an inner surface, the second mounting recess 124, the second hinge portion 121 and the second connecting portion 122. The inner surface of the second housing 12 facing toward the inner surface of the first housing 11. The second mounting recess 124 formed in the inner surface of the second housing 12. The second hinge portion 121 is located on one side of the second housing 12 and attached to the first hinge part 111 of the first housing 11 rotatably. The second connecting portion 122 is located on the other side of the second housing 12 opposite the second hinge part 121.

The locking device 13 is located on the first connecting part 112 of the first housing 11 and second �soedinitelnoj portion 122 of the second housing 12, and arranged to attach the first connecting part 112 to the second connecting portion 122 for closing the case 10 for printing or separation to allow opening of the case 10 to be printed. The locking device 13 includes a hook 14, the buckle 15, the spring 154 is compressed and the movable clamp 16.

The hook 14 is located on the first connecting plight 112 of the first housing 11. The buckle 15 is located on the second connecting portion 122 of the second housing 12 can be rotated and is arranged to interact selectively with a hook 14 for closing the case 10 for printing or retracted from engagement with the hook 14 to allow opening of the case 10 to be printed. Buckle 15 has two opposite ends, crackovia plot 151 and the compression section 153. Crackovia plot 151 is formed at one end of the buckle 15 and is arranged to interact selectively with the hook 14. The compression section 153 is formed at the other end of the buckle 15.

The spring 154 compression is installed between a pressure section 153 of the buckle 15 and the second connecting portion 122 of the second housing 12 and is made with the possibility of application of the elastic force to the buckle 15. The movable clamp 16 is movable on the outer side of the first connecting part 112 of the first housing 11 and formed with opportunities�Yu application of pressure to the buckle 15 to ensure compliance with the dual function of latching the first housing 11 and second housing 12.

Ink module 20 is located in the first mounting recess 114 of the first housing 11 and contains a socket 21 with an ink and ink 22. The slot 21 is located under the ink in the first mounting recess 114 of the first housing 11. Ink 22 is located in the slot 21 with an ink.

The printing module 30 is located in the second mounting recess 124 of the second housing 12 and contains a pillow 31 print. Cushion 31 printing is the print surface 311. The print surface 311 of the cushion 31 of the seal protrudes from the second housing 12. The print surface 311 of the cushion 31 printing is arranged to touch the ink 22 ink module 20 when the case 10 for printing in a closed position for covering the ink 22 of the print surface 311 of the cushion 31 print.

In particular, according to Fig.2 and 4, the first hinge portion 111 of the first housing 11 is formed by the type of hinge and has a hinge hole formed through the first hinge part 111. The second hinge portion 121 of the second body 12 is made in the form of a rotation axis or two axes of rotation, passing in a direction toward each other and located on one axis. The second hinge portion 121 is located rotatably in the pivot hole of the first hinge part 111. The case 10 for printing further comprises a torsion spring 17. The torsion spring 17 is provi�put forward around the second hinge part 121 is rested and has two ends. Rested the ends of the torsion spring 17 is arranged to pirania first hinge portion 111 and the second hinge portion 121, respectively. The torsion spring 17 is made with the possibility of application of torque force to the first housing 11 and second housing 12 when the case 10 for printing in the closed position. Accordingly, when releasing the locking device 13 torque force ensures the pressing of the first housing 11 and second housing 12 for easy opening of the case 10 to be printed.

In particular, according to Fig.3-5, the first housing 11 further has a peripheral wall 113 formed around the first mounting recess 114 of the first housing 11. The first hinge portion 111 and the first connecting portion 112 are located on opposite peripheral wall 113 of the first housing 11. The hook 14 is integrally formed with the first connecting portion 112 on the peripheral wall 113 of the first housing 11, and its position corresponds to the position of the first connecting part 112 of the first housing 11. The second connecting portion 122 of the second body 12 has a connecting pin 123 and the inner wall. The inner wall of the second connecting part 122 is located on the inner side of the hinged rod 123. Buckle 15 contains the hinge 152. The hinge 152 of the buckle 15 is formed between the hook party�Ohm 151 and a pressure section 153 and is arranged to rotate on a pivot rod 123 of the second body 12. The spring 154 is located between the compression pressure section 153 of the buckle 15 and the inner wall of the second connecting part 122. The first connecting portion 112 of the first housing 11 has an elongated hole 1121 and two restrictive protrusion 1122. An elongated hole 1121 is formed through the peripheral wall 113 of the first housing 11 and communicates with the first mounting recess 114. Restrictive protrusions 1122 formed on the outer surface of the peripheral wall 113 of the first housing 11 and respectively located opposite each other near the elongated hole 1121. The movable clamp 16 has an inner surface, two swivel hook 161 and two mounting tabs 162. The inner surface of the movable retainer 16 is turned to the outer surface of the peripheral wall 113 of the first housing 11. Swivel hooks 161 protrude from the inner surface of the movable retainer 16 and arranged in an elongated hole 1121 is movable. The locating protrusions 162 formed on the inner surface of the movable retainer 16, and their position corresponds to the position limiting protrusions 1122 first connecting part 112 of the first housing 11. Each of the locating protrusions 162 has an arcuate convex surface. The movable clamp 16 is made with the possibility of application of pressure to the buckle 15 at the location �of each of the locating protrusions 162 of the movable latch 16 between the buckle 15 and the corresponding limiting protrusion 1122.

In particular, as shown in Fig.2-5, the first housing 11 further has a mounting hole 115 formed through the peripheral wall 113 of the first housing 11 and in communication with the first mounting recess 114 of the first housing 11. The slot 21 with an ink of the ink module 20 has a base 211 and the retaining panel 212. The base 211 has a recess 213 to accommodate ink. The recess 213 to accommodate the ink formed in the base 211 and configured to receive ink 22. The retaining panel 212 formed on the base 211 and protruding from it, passes through the installation hole 115 of the first housing 11 and protrudes from the first housing 11. Thus, the ink module 20 is located in the first mounting recess 114 of the first housing 11 in a particular direction.

According to Fig.2-5 the first housing 11 further has a hole wall and two clamps 116. The wall of the hole formed around the inner section of the installation hole 115 of the first housing 11. The clamps 116 are formed on the wall of the bore of the first housing 11 and are located opposite each other. The retaining panel 212 of the socket 21 with an elastic ink and has far edge 214 and rested two protrusions 215. Rested protrusions 215 extend from respective opposite ends of the long edge 214 of the retaining panel 21 and is made with�, suitable interaction with corresponding detents 116 of the first housing 11. This ensures reliable retention of the ink module 20 in the first housing 11. Moreover, when application of pressure to the retaining panel 212 of the socket 21 with an ink to ensure the launch is rested protrusions 215 out of engagement with the latches 116, is provided for the removal of the ink module 20 of the first housing 11.

In particular, each of the detents 116 of the first housing 11 has an inclined surface 117. When placing jacks under 21 ink in the first mounting recess 114 of the first housing 11 is provided is rested movement of the projections 215 of the retaining panel 212 nests under 21 ink along the inclined surfaces 117 of the retainers 116 and move the far edge 214 of the retaining panel 212 in the direction to the base 211 of the socket 21 with an ink. The Department is rested protrusions 215 of inclined surfaces 117 of the retainers 116 is provided by the elastic displacement of the retaining panel 212 in a direction back is rested for the introduction of the projections 215 of the retaining panel 212 into contact with the detents 116 of the first housing 11, respectively.

In particular, according to Fig.1-4, the first housing 11 further has two receiving recesses 118. Foster recess 118 formed in the far edge of the peripheral wall 113 of the first housing 11 and oppositely located on the first housing 11. The slot 21 with an additional ink�individual has two gripping plot 216 for capturing hands. Gripping portions 216 formed on the base 211 of the socket 21 with an ink, oppositely arranged on the base 211 and are located in the respective receiving recesses 118 of the first housing 11. Each of the gripping sections 216 protrudes from the outer surface of the peripheral wall 113 of the first housing 11 and has a rough surface to avoid slipping. Therefore, the user can hold the gripping areas 216 of the socket 21 with an ink to eject the ink module 20 of the first housing 11.

In particular, according to Fig.5 print module 30 further comprises a socket 32 print. The slot 32 of the seal located in the second mounting recess 124 of the second housing 12 with the possibility of separation and has a mounting surface. Mounting surface of the socket 32 is directed to the ink module 20 when the case 10 for printing in the closed state. Cushion 31 printing securely is located on the mounting surface of the socket 32.

According to Fig.5 when the case 10 for printing in the closed state is provided in the ink storage module 20 and the printing module 30 in the case 10 for printing and eliminates the disclosure. Thus, when wearing portable printing with double locking device user with an excluded contamination of the body or clothing of the user of riprodotto, wearable by the user a, the ink 22. If desired, the printing of documents by the user, the locking device 13 raskrepljajut to allow rotation of the first housing 11 of the ink module 20 and the second housing 12 with print module 30 in an outward direction for opening of the case 10 to be printed.

According to Fig.6 and 7 the way of the snap fastening device 13 is enclosed in pressing the movable clamp 16 on the first housing 11 to separate from the buckle 15 and the subsequent application of pressure to nainamo section 153 of the buckle 15 on the second housing 12. This ensures that the turn-buckle 15 to compress the spring 154 is compressed and excretion Kruchkova section 151 of the buckle 15 from engagement with the hook 14 on the first housing 11. Accordingly, for the opening of the case 10 to perform printing press on the first housing 11 and second housing 12 by means of a torsion spring 17. The user can hold the second body 12 with print module 30 for printing on the documents.

According to Fig.7 and 8 if you need to replace the ink user module 20 portable printing with double latch first opening the case 10 to print, and then tap on the retaining panel 212 of the ink module 20. Thus rested the protrusions 215 of the retaining panel 212 out of engagement with �isatori 116 in the installation hole 115 of the first housing 11, providing the ability to extract the ink module 20 of the first housing 11. Then in the first housing 11 can be placed new ink module 20, wherein the retaining panel 212 of the ink module 20 protrudes through the mounting hole 115 of the first housing 11. When the interaction is rested protrusions 215 of the retaining panel 212 with the detents 116 of the first housing 11 provides reliable retention of the ink module 20 in the first housing 11.

1. Portable printing containing:
the case for print containing
a first housing having a
the first hinge part and
the first connecting portion, opposite the first hinge part;
a second housing having a
a second hinge portion attached to the first hinge portion of the first housing rotatably; and
the second connecting portion, opposite the second hinge part; and
the locking device located on the first connecting portion of the first housing and the second connecting part of the second housing and containing
the hook positioned on the first connecting portion of the first housing;
the buckle located on the second connecting part of the second housing rotatably, and having
two opposite ends;
Kryuchkova sector formed at one end of the buckle and is made feasible with�STU interaction for choice with the hook; and
clamp portion formed at the other end of the buckle;
a compression spring located between the push part of the buckle and the second connecting portion of the second housing; and
the movable latch located movably on the outer side of the first connecting portion of the first housing and is capable of pressure application for selection to the buckle;
the ink module located in the first case body for printing and contains
the nest under the ink, located in the first housing; and
the ink located in the ink nest under; and
print module located in the second housing case for printing and contains a pillow print having a print surface, projecting from the second housing and configured to touch on the choice of ink of the ink module

2. Portable printing according to claim 1, in which
the hook is integrally formed with the first connecting portion of the first housing;
the second connecting portion of the second building contains
the hinge rod and
the inner wall located on the inner side of the hinged rod;
buckle contains the hinge formed between the hook section and a pressure section and pivotally mounted on the rod of the second housing rotatably;
the compression spring is located between the pressure at�actcom buckle and the inner wall of the second fitting;
the first connecting portion of the first housing has a
an elongated hole; and
two limiting protrusion formed on the outer surface of the first housing and respectively located opposite each other near the elongated hole;
the movable latch has a
the inner surface facing the outer surface of the first housing;
two swivel hook, protruding from the inner surface of the movable clamp and installed in the elongated hole to be movable; and
two installation ledge formed on the inner surface of the movable retainer and having a position corresponding to the restrictive protrusion of the first connecting portion of the first housing, each of the locating protrusions are convex and arcuate;
in which the movable locking mechanism made with the possibility of application of pressure to the buckle when the installation location of each of the protrusions of the movable latch between the buckle and the corresponding limiting protrusion of the limiting protrusions.

3. Portable printing according to claim 1, in which
the first hinge portion of the first housing is formed as a hinge and has a hinge hole formed through the first hinge part;
the second hinge part of the second housing is formed as axis �of borota and installed passing through the pivot hole of the first hinge part rotatably; and
the case for print further comprises a torsion spring located around the second hinge part and having rested two end abutting respectively on the first hinge part and second hinge part.

4. Portable printing according to claim 2, in which
the first hinge portion of the first housing is formed as hinge and has a hinge hole formed through the first hinge part;
the second hinge part of the second housing is formed as the axis of rotation and mounted in the pivot hole of the first hinge portion rotatably; and
the case for print further comprises a torsion spring located around the second hinge part and having rested two end abutting respectively on the first hinge part and second hinge part.

5. Portable printing according to claim 1, 2, 3 or 4, in which
the first housing further has
the first mounting recess formed in the inner surface of the first housing;
peripheral wall formed around the first mounting recess of the first housing; and
an installation hole formed in a peripheral wall of the first housing and in communication with the first mounting recess of the first housing; and
the nest under the ink of the ink module has
base and
restraint panel, obra�created on the base and protruding from it, and holding the panel passes through the installation hole of the first housing and protrudes from the first body.

6. Portable printing according to claim 5, in which
the first housing further has
the wall of the hole formed around the inner section of the installation hole of the first housing; and
two clamps formed on the wall of the bore of the first housing and located opposite each other;
holding the panel nests under the ink is made of elastic and has
the far edge of the
two rested protrusion, protruding from the two respective opposite ends of the far side of the restraint panel and configured to interact with corresponding latches of the first building;
moreover, with the application of pressure to the retaining socket panel is provided under the ink excretion is rested protrusions out of engagement with the holders.

7. Portable printing according to claim 6, in which each of the latches of the first housing has an inclined surface.

8. Portable printing according to claim 5, in which
the first housing further has two receiving recesses formed at the far edge of the peripheral wall of the first housing and located opposite each other on the first housing; and
the nest under the ink further has two gripping section for gripping hands formed based on�and nests under the ink, located opposite each other on the base and respectively positioned in the receiving recesses of the first housing, each of the gripping sections protrudes from the outer surface of the peripheral wall of the first housing.

9. Portable printing according to claim 8 in which each of the gripping sections nests under the ink has an uneven surface.

10. Portable printing according to claim 7, in which
the first housing further has two receiving recesses formed at the far edge of the peripheral wall of the first housing and oppositely arranged on the first housing; and
the nest under the ink further has two gripping section for gripping hands, formed pursuant to the nest under the ink, oppositely arranged on the base and respectively positioned in the receiving recesses of the first housing, each of the gripping sections protrudes from the outer surface of the peripheral wall of the first housing and has an uneven surface.



 

Same patents:

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

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.

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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

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

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

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

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

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.

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

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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