TW201325924A - Automatic stamping device - Google Patents

Abstract

The present invention provides an automatic stamping device, which comprises a machine base; a supporting platform configured at the bottom of machine base; an ink tray, which is stacked on the supporting platform and may be pulled out from the front; and two ink blocks configured on the ink tray. The machine base comprises a partition, and the partition has two stopping blocks configured at the bottom in a left-and-right symmetrical manner. The ink tray comprises an ink tray body stacked on the supporting platform carrying the two ink blocks; a gripping portion connected with the front side of the ink tray body; and two retaining blocks, which are configured on the ink tray body with an interval on the right and left sides and may be detachably retained at the rear side of the two stopping blocks of the partition. Since the ink tray can be pulled out from the front of the machine base or pushed in from the back, the overall configuration space requirement of the present invention is small, and the configuration location is quite flexible.

Description

Automatic stamping device

The present invention relates to an automatic stamping apparatus, and more particularly to an automatic stamping apparatus capable of extracting an ink tray via a front side.

As shown in FIG. 1 and FIG. 2, in the invention patent case No. 294360 "automatic stamping device" (hereinafter referred to as the previous case), the automatic stamping device 1 can be installed with two different seals. 10 (only one of them is shown in the figure), such as the seal chapter and the signature chapter, and separately controls the movement of the two seals 10 via the second linkage unit 12, so that one of the seals 10 can be individually selected, or both The seal 10 is stamped.

Briefly, after the document to be stamped (not shown) is placed under the front surface of the casing 14, if one of the seals 10 is to be individually stamped, the transverse plate 11 will be moved from the back to the top. Moving forward and pulling the corresponding linkage unit 12 to move synchronously. During the process, the linkage plate 121 is moved forward, and the link 125 is moved along the slide rail 122 and the slide rail 123, so that the link is moved. 125 will move the hem before, and simultaneously drive the holder 124 and the stamp 10 (both positioned above the ink pad holder 13) to move forward and then move down to stamp the document. After the stamp is printed, The cross-connecting plate 11 is moved backward to drive the linking unit 12 to move the stamp 10 back to the top of the ink pad holder 13, and the printing surface of the stamp 10 is adhered to the ink pad holder 13, and finally the cover is printed. The file can be taken away.

When the ink of the ink pad holder 13 is used up, the ink pad holder 13 must be integrally withdrawn through the side of the casing 14 for replacement or filling. Therefore, in order to facilitate the replacement of the ink pad holder 13, the casing The side of the 14 is bound to maintain a clear state to reserve the space required for the ink pad 13 to be pulled out or loaded laterally, so that since the automatic stamping device 1 is stamped at its front side, Further, the replacement of the ink pad holder 13 from the side thereof causes the automatic stamping device 1 to occupy not only a large installation space, but also a relatively limited installation location.

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide an automatic stamping device which is capable of disassembling an ink tray via its front side, which has a small space requirement and a more flexible installation location.

Thus, the automatic stamping device of the present invention comprises a base, a two-link unit, and an ink unit. The base has a casing, and a partition disposed in the casing, the partition divides the inside and the outside of the casing into two spaces, and the partition has two sides symmetrically disposed on a bottom side thereof and is respectively located a card stop portion in the two spaces. The two interlocking units are respectively disposed in the two spaces, and can respectively be fixed by two seals, and can respectively drive the two seals to move back and forth relative to the base. The ink unit is disposed at a rear of a bottom of the casing, and has a support platform disposed at a bottom of the casing and connected to a bottom side of the partition, and can be stacked on the front side An ink tray on the support platform, and two inks disposed on the ink tray and respectively located in the two spaces; the ink tray has an ink tray stacked on the support platform and carrying the two inks a body, a grip portion connected to a front side of the ink tray body, and two cards spaced apart from each other on the ink tray body and respectively detachably latching against a rear side of one of the two card stopper portions of the partition plate The ink disc body has a limiting groove extending forward from a rear side thereof and interspersed with a bottom side of the partition.

The effect of the invention is that the structure through which the ink tray can be pulled out or pushed back through the front side of the machine base makes the overall installation space requirement small and the installation location more flexible.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments.

As shown in FIG. 3 to FIG. 5, the preferred embodiment of the automatic stamping device of the present invention comprises a base 2, two linkage units 4 disposed in the base 2, and a base unit 2 disposed thereon. A bottom ink unit 6.

The base 2 has a casing 21 having an open front surface, a partition 22 disposed in the casing 21, and a door panel 23 disposed at a front surface of the casing 21. The partition 22 divides the inside and the outside of the casing 21 into two spaces 24, and the partition 22 has a main plate portion 221, a connecting portion 222 extending downward from a rear half of the bottom side of the main plate portion 221, and two The latching block portion 223 is disposed symmetrically on the bottom side of the bottom plate side of the main plate portion 221 and located in the two spaces 24, respectively. One side of the door panel 23 is pivotally connected to the casing 21 so as to be swingable from the left and right sides of the casing 21.

The two interlocking units 4 are respectively disposed in the two spaces 24 for respectively fixing the two seals 3, and can respectively drive the two seals 3 to move back and forth relative to the base 2. In this embodiment, the structure and operation of the two interlocking units 4 are substantially the same as the interlocking unit 12 of the previous case, and each of the linking units 4 has two forward and backward extensions and are respectively disposed on the casing 21 opposite to each other. The upper slide rail 41 on the main plate portion 221 of the partition plate 22 (corresponding to the slide rail 122 of the previous case) and the two left and right opposite sides are respectively disposed on the casing 21 and the lower rail 42 on the main plate portion 221 (corresponding to the front The slide rail 123) of the case, a fixing seat 43 (corresponding to the fixed seat 124 of the front case) which is positioned and moved in the corresponding space 24, and which can be moved relative to the front and rear a movable plate 44 at the top surface of one of the bases 2 (corresponding to the interlocking plate 121 of the previous case), and a plurality of left and right symmetric swing bars 45 (corresponding to the link 125 of the previous case); each of the descending rails 42 has a a horizontal rail portion 421 extending forward and backward, and a straight rail portion 422 extending downward from a front end of the horizontal rail portion 421, wherein the sliding rail 42 disposed on the partition 22 has a straight rail portion The bottom surface of the side wall after the 422 is a card block portion 223 that is connected in the space 24 in the same body; further, each swing bar 45 Opposite upper and lower ends respectively pivotally connected to the side flap where the fixing base 44 of one side, and respectively can slide relative to the binding 43 with an upper rail 41 at which the slide rail 42. Due to the viewing angle relationship, all the structures of the two linked units 4 are not completely shown in the figure.

As in the previous case, when one of the seals 3 is to be stamped on the document (placed at the bottom of the front of the base 2, not shown), the corresponding linkage unit 4 is driven, first of the front of the movable panel 44. Moving forward to move the swing lever 45 forward along the upper rail 41 and the horizontal rail portion 421, and to move the fixing seat 43 and the stamp 3 forward until the lower end of the swing rod 45 is along When the straight rail portion 422 is moved downward, the fixing seat 43 and the stamp 3 are moved downwardly and are stamped on the document, after which the linking unit 4 is driven to move in the opposite direction to drive the stamp 3 First, it is moved upwards, and then moved back to the upper portion of the ink unit 6 and inked.

As shown in FIG. 4 to FIG. 7, the ink unit 6 is disposed at the rear of the bottom of the casing 21, and has a support platform 61 disposed behind the bottom of the casing 21, and two extending forward and backward. Two side guide plates 62 respectively disposed at the opposite left and right sides of the support platform 61 and respectively located in the two spaces 24 are disposed on one rear side of the support platform 61 and are respectively located in the two spaces 24 a magnet block 63, a sensor 64 disposed on the rear side of the support platform 61 and located beside one of the magnet blocks 63, and a front side of the support block 61 can be stacked on the support platform 61 and limited in the An ink tray 65 between the two side guides 62, and two ink blocks 66 disposed on the ink tray 65 and positioned in the two spaces 24, respectively.

In this embodiment, the support platform 61 is formed by grouping the left and right halves, and the half of the left part, the connecting part 222 of the partition 22 and the other half of the right part are locked groups. together. In addition, the sensor 64 of the embodiment is combined with an external LED (not shown). When the side of the ink tray 65 is not touched by the sensor 64, the LED will flash to warn the sensor. The ink tray 65 has not been accurately positioned. When the side of the ink tray 65 is pressed against the sensor 64, the LED is continuously lit, indicating that the ink tray 65 has been accurately positioned, but the type of the sensor is related to The actuation mechanism is not limited to the embodiment.

The ink tray 65 has an ink tray 651 which can be stacked on the support platform 61 so as to be forwardly separated, a grip portion 652 which is connected to the front side of the ink tray 651, and is disposed on the ink tray. a box portion 653 for accommodating the two ink sticks 66, and a card abutting portion 654 disposed on the front end portion of the ink disc body 651 at intervals, the two card abutting portions 654 is a rear side surface of one of the two card stopper portions 223 of the partition plate 22, respectively.

The ink tray 651 has a limiting slot 655 extending from the rear side thereof and extending through the connecting portion 222 of the spacer 22. In the embodiment, the limiting slot 655 has a V shape. And a slot portion 656 with an opening facing rearward, and a slot portion 657 extending forward from the tip end of the slot portion 656 and having a rectangular shape, the slot portion 656 is partially interspersed with the connecting portion 222 The grooving portion 657 is partially inserted into the connecting portion 222. However, the shape of the limiting groove 655 is not limited thereto. Furthermore, the left and right opposite sides of the ink tray 651 and the sides of the two box portions 653 are respectively attached to the two side guides 62; the rear side of the ink tray 651 and the two box portions After the edge 653, the two magnet blocks 63 are attached and attracted, and the sensor 64 is triggered at the same time.

The connecting portion 222 of the spacer 22 is inserted and clipped in the limiting slot 655 of the ink tray 65 by the guiding and limiting of the two side guides 62, and the two-card abutting portion 654 The two latching blocks 223 are respectively latched, and the two magnet blocks 63 magnetically attract the rear side of the ink tray 65, and the sensor 64 is triggered by the rear side of the ink tray 65 to be sent ( If the LED is continuously illuminated, not only can the ink tray 65 be accurately and stably mounted and positioned on the support platform 61, but also ensure that the ink tray 65 is not reciprocated by the seal 3 during the stamping process. When the external force is applied, the position is moved.

When the two ink sticks 66 are to be replaced, the grip portion 652 of the ink tray 65 is held by the hand on the front surface of the casing 21, and the following pressure is applied first to make the two cards reach. The block portion 654 is moved down and disengaged from the two-clip block portion 223, and then the pulling action is applied to cause the two-card abutting portion 654 to slide forward over the two-clip block portion 223, so that the block portion 654 can be moved forward. The ink tray 65 is withdrawn toward the front together with the two ink sticks 66 to perform replacement or ink replenishment of the two ink sticks 66. At this time, since the rear side of the ink tray 65 does not interfere with the sensor 64, The external LED starts to flash.

After the replacement or ink replenishment of the two ink sticks 66 is completed, the grip portion 652 of the ink tray 65 is also held by the hand at the front side of the casing 21, and the push action is performed first to make the ink The disk body 651 and the two-ink ink block 66 can be accurately moved backward into the casing 21 under the guiding and limiting positions of the two side guide plates 62, and the limiting groove 655 can also be aligned with the two. The partition 22 is such that the connecting portion 222 of the partition 22 is smoothly inserted into the grooving portion 657, and then the grip portion 652 is slightly pressed down, so that the two-card abutting portion 654 can slide backward over the second portion. Below the card stop portion 223, the grip portion 652 is released to rebound upwards, and the two card abutting portions 654 can be respectively latched against the rear side of the two card stop portions 223. The rear side of the ink tray 65 adsorbs the two magnet blocks 63 and simultaneously triggers the sensor 64 to keep the external LEDs on. Thus, the installation of the ink trays 65 is completed.

It can be seen from the above that whether the document to be stamped or the ink block 66 of the ink tray 65 is to be replaced, the operation is performed via the front surface of the base 2, so that the overall installation space requirement of the present invention is small. And the location is more flexible.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

2. . . Machine base

twenty one. . . cabinet

twenty two. . . Partition

221. . . Main board

222. . . Connection

223. . . Card stop

twenty three. . . Door panel

twenty four. . . space

3. . . seal

4. . . Linkage unit

41. . . Upper rail

42. . . Down track

421. . . Horizontal rail

422. . . Straight rail

43. . . Fixed seat

44. . . Activity board

45. . . Pendulum

6. . . Ink unit

61. . . Support platform

62. . . Side guide

63. . . Magnet block

64. . . Sensor

65. . . Ink tray

651. . . Ink plate

652. . . Grip

653. . . Box

654. . . Card offset block

655. . . Limit slot

656. . . Guide groove

657. . . Clamping section

66. . . Ink block

1 is an exploded perspective view showing the appearance structure of the invention patent case (hereinafter referred to as the previous case) of the certificate number No. 294360;

Figure 2 is a side cross-sectional view of the prior case;

Figure 3 is a perspective view showing the appearance of a preferred embodiment of the automatic stamping device of the present invention;

Figure 4 is a perspective view showing the internal structure of the preferred embodiment, wherein an ink tray is mounted and positioned on a support platform, and the two are located below the two seals;

Figure 5 is an exploded perspective view showing the ink tray of the preferred embodiment (along with the carried ink) being pulled forward away from the support platform;

Figure 6 is a top plan view showing the ink tray of the preferred embodiment being accurately mounted and positioned on the support platform and being inserted into a partition; and

Figure 7 is a top plan view showing the ink tray of the preferred embodiment (along with the loaded ink) being separated from the support platform and the spacer.

2. . . Machine base

twenty one. . . cabinet

twenty two. . . Partition

221. . . Main board

222. . . Connection

223. . . Card stop

twenty three. . . Door panel

twenty four. . . space

3. . . seal

4. . . Linkage unit

41. . . Upper rail

42. . . Down track

421. . . Horizontal rail

422. . . Straight rail

43. . . Fixed seat

45. . . Pendulum

6. . . Ink unit

61. . . Support platform

62. . . Side guide

65. . . Ink tray

651. . . Ink plate

652. . . Grip

653. . . Box

654. . . Card offset block

655. . . Limit slot

656. . . Guide groove

657. . . Clamping section

66. . . Ink block

Claims (10)

An automatic stamping device comprises: a base having a casing having an open front surface, and a partition disposed in the casing, the partition dividing the inside and the outside of the casing into two spaces, The partition plate has two latching block portions symmetrically disposed on a bottom side thereof and located in the two spaces respectively; the two interlocking units are respectively disposed in the two spaces, and can respectively be fixed by two seals, and The two seals can be respectively driven to move back and forth relative to the base; and an ink unit is disposed at a rear of one of the bottoms of the casing, and has a bottom disposed at the bottom of the casing and connected to the bottom of the partition a side support platform, an ink tray that can be stacked on the support platform toward the front, and two ink blocks disposed on the ink tray and respectively located in the two spaces, the ink tray has a An ink tray body stacked on the support platform and carrying the two ink sticks, a grip portion connected to a front side of the ink disc body, and two left and right spacers disposed on the ink tray body and respectively detachably The card is abutting against the back side of one of the two latching portions of the partition The ink pan having a forwardly extending from one rear end of the supply side of the partition plate is inserted limiting groove. The automatic stamping device according to the first aspect of the invention, wherein the limiting groove of the ink tray has a V-shaped guide groove portion with an opening facing rearward, and one of the guiding groove portions a groove portion extending toward the front end, the guide groove portion is partially inserted through a bottom side of the partition plate, and the groove portion is partially inserted into a bottom side of the partition plate. The automatic stamping device of claim 1, wherein the ink tray further has two box portions disposed on the ink tray and respectively for receiving the two ink sticks. The automatic stamping device of claim 1, wherein the ink unit further has two forward and backward extensions respectively disposed at opposite left and right sides of the support platform and respectively located in the two spaces. The side guide plates, the left and right opposite sides of the ink tray are respectively attached to the two side guide plates. The automatic stamping device according to any one of claims 1 to 4, wherein the ink unit further has two magnets disposed on one of the rear sides of the support platform and respectively located in the two spaces. Block, the two magnet blocks can adsorb one of the rear sides of the ink tray. The automatic stamping device of claim 5, wherein the ink unit further has a sensor disposed on a rear side of the support platform and capable of being triggered by a rear side of the ink tray. The automatic stamping device according to any one of claims 1 to 4, wherein each of the linking units has two forward and backward extensions and is disposed on the casing and the upper and lower sides respectively opposite to each other. The slide rails are respectively disposed on the casing and opposite to the lower rails on the partition plate, and a fixed seat for positioning and correspondingly movable in the corresponding space, and capable of moving back and forth relative to each other. a movable plate disposed at a top surface of one of the bases, and a plurality of left and right symmetrical swing bars, each of the lower rails having a horizontally extending rail portion extending forward and backward, and a front end extending downward from a front end of the horizontal rail portion Straight rail portion, the upper and lower opposite ends of each swing rod are respectively pivotally connected to one side of the movable panel and one side of the fixed seat, and respectively can respectively slidably combine one of the upper slide rails and one of the lower rails . The automatic stamping device according to claim 5, wherein each of the linking units has two upper and lower extensions and are respectively disposed on the casing and opposite to the upper rails on the partition. The ground is respectively disposed on the casing and the sliding rail on the partition, a corresponding mounting bracket and can be moved back and forth in the corresponding space, and can be disposed on the base relative to the front and rear a movable plate at one top surface, and two opposite swinging bars, each of the sliding rails has a horizontal section extending forward and backward, and a straight section extending downward from a front end of the horizontal section, each pendulum The upper and lower opposite ends of the rod are respectively pivotally connected to one side of the movable plate and one side of the fixed frame, and respectively, one of the upper sliding rails and one of the lower sliding rails are coupled to the sliding rails. The automatic stamping device according to any one of claims 1 to 4, wherein the base further has a door panel disposed on a front side of the casing and pivotally connected to one side thereof cabinet. The automatic stamping device according to claim 5, wherein the base further has a door panel disposed on a front side of the casing and pivotally connected to the casing at one side thereof.