CN204342067U - A kind of card feed of smart card flat stamping device - Google Patents
A kind of card feed of smart card flat stamping device Download PDFInfo
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- CN204342067U CN204342067U CN201420836399.2U CN201420836399U CN204342067U CN 204342067 U CN204342067 U CN 204342067U CN 201420836399 U CN201420836399 U CN 201420836399U CN 204342067 U CN204342067 U CN 204342067U
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- card
- deck
- flat stamping
- release
- roller set
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Abstract
The utility model discloses a kind of card feed of smart card flat stamping device, comprise card is transferred to the chart feeder structure entering card end of flat stamping station from card delivery track, actuating card makes the card feeding mechanism of feed motion at flat stamping station and card is transferred back to the card release mechanism of card delivery track from the card release end of flat stamping station, described chart feeder structure comprise into card deck and drive make vertical motion into card deck enter card actuating unit, described in enter card deck and be provided with into draw-in groove and driven transition wheel; Described card feeding mechanism comprises the actuating unit being arranged at idler wheel mechanism below flat stamping head and driving rolls mechanism, and described idler wheel mechanism comprises roller set and initiatively transition wheel; The card release actuating unit that described card release mechanism comprises card release deck and released by the card gone out on deck, described card release deck is provided with out draw-in groove.Adopt the flat stamping device of card feed of the present utility model to be set in a parallel fashion in card flow production line, enhance productivity.
Description
Technical field
The utility model relates to the production facilities of smart card, is specifically related to a kind of card feed of smart card flat stamping device.
Background technology
In the production process of smart card, usually need to stamp relevant information (as word, pattern etc.) by the mode of flat stamping on card face.Flat stamping is processed by flat stamping device to realize, flat stamping device mainly comprises colour band connecting gear, card feed and flat stamping mechanism, wherein, flat stamping mechanism comprises flat stamping head, described colour band connecting gear is used for flat stamping head place conveying colour band, and described card feed is used for below card to be printed being delivered to flat stamping head.During work, card is positioned at the below of flat stamping head, and colour band is between card and flat stamping head, and flat stamping head passes through fixed point (figuratum position) heating and melted by the pigment on colour band and transfer on card face, forms the information that will print.
According to the difference of card supply form, existing flat stamping device mainly comprises two kinds, and a kind of is the flat stamping device of independent feeding cards, and which is provided with card-issuing device and receive card device, whole flat stamping device works independently; Another kind is the flat stamping device being combined into conveyor line with other processing unit (plant)s, and the card conveying of this flat stamping device is carried by the card transport of conveyor line, when card conveying puts in place, card transport stops, after flat stamping terminates, being removed by card, is a kind of mode of operation of serial.The first flat stamping device above-mentioned can not be combined into pipeline system implement with other processing unit (plant)s, is unfavorable for enhancing productivity; And the second flat stamping device is a kind of mode of operation of serial, be also unfavorable for enhancing productivity.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of card feed of smart card flat stamping device, adopts the flat stamping device of this card feed to be set in a parallel fashion in card flow production line, enhances productivity.
The technical scheme that the utility model solves the problems of the technologies described above is:
A kind of card feed of smart card flat stamping device, it is characterized in that, comprise card is transferred to the chart feeder structure entering card end of flat stamping station from card delivery track, actuating card makes the card feeding mechanism of feed motion at flat stamping station and card is transferred back to the card release mechanism of card delivery track from the card release end of flat stamping station, wherein:
Described chart feeder structure comprise into card deck and drive make vertical motion into card deck enter card actuating unit, described in enter card deck and be provided with into draw-in groove and driven transition wheel;
Described card feeding mechanism comprises the actuating unit being arranged at idler wheel mechanism below flat stamping head and driving rolls mechanism, and described idler wheel mechanism comprises roller set and initiatively transition wheel;
The card release actuating unit that described card release mechanism comprises card release deck and released by the card gone out on deck, described card release deck is provided with out draw-in groove;
When card is taken to flat stamping station place by described chart feeder structure, described driven transition wheel and initiatively transition wheel are formed by card from the roller set entering card deck and transfer to flat stamping station, and the card entered in card deck is clamped at driven transition wheel and initiatively between transition wheel.
A preferred version of the present utility model, wherein, described in enter draw-in groove and the driven transition wheel entered on card deck be separately positioned on one end into card deck, wherein, the top of described driven transition wheel has open space.Its benefit is: because the top of driven transition wheel has open space, and therefore when entering card deck and driving card upward movement, described driven transition wheel is convenient to combine with the active transition wheel being positioned at top; And draw-in groove will be entered and driven transition wheel is separately positioned on one end, enter draw-in groove for positioning one end of card, and the other end of driven transition wheel to card supports, both cooperatively interact, and realize supporting when card shifts between the transfer of card delivery track and card feeding mechanism, guiding and location.
Preferably, described enter card deck combined by upper blocking seat and lower deck, wherein, described lower deck comprises two extensible tracks, described upper blocking seat is arranged on one end of two extensible tracks, the upper end of two extensible tracks is provided with two slideways, enters draw-in groove described in the lower surface of two slideways and upper blocking seat is formed; The two ends of described driven transition wheel are connected to the other end of two extensible tracks.Formed into draw-in groove by combinations thereof formula structure, be convenient to processing, be also convenient to the installation of driven transition wheel simultaneously.
A preferred version of the present utility model, wherein, the roller set in described card feeding mechanism comprises into card end roller set and card release end roller set, and each roller set comprises upper and lower two rollers.By above-mentioned enter card end roller set and card release end roller set, realize card from entering the transfer of card deck to flat stamping station (holding roller set to realize by entering card), the transfer of card from flat stamping station to card release deck (being realized by card release end roller set) and the card feed motion at flat stamping station (by entering card end roller set and card release end roller set realizes jointly, specifically comprising card and to travel forward or front and back move back and forth).
Preferably, described in enter card end roller set and card release end roller set between be provided with auxiliary conveying roller and anvil roll, this auxiliary conveying roller and anvil roll are positioned at the lower surface of card.Owing to entering between card end roller set and card release end roller set, there is certain distance, described auxiliary conveying roller and anvil roll are set and are not only convenient to card from the guiding entered when card end roller set is transitioned into card release end roller set and supporting, also for bearing flat stamping head downward pressure during flat stamping; And auxiliary conveying roller can also provide transition power, make card can smooth transition.
A preferred version of the present utility model, wherein, described actuating unit comprises motor, synchronous belt drive mechanism and gear drive.By synchronous belt drive mechanism and gear drive by the transmission of power of motor to roller set, initiatively transition wheel and auxiliary conveying roller, there is stable transmission, compact conformation, be convenient to arrange and the advantage such as speed change.
Particularly, the main shaft of described motor is connected with auxiliary conveying roller by the first synchronous belt drive mechanism, described auxiliary conveying roller is connected with card release end roller set by the second synchronous belt drive mechanism, is connected between two rollers in card release end roller set by the first gear drive; Described auxiliary conveying roller by the 3rd synchronous belt drive mechanism with enter card and hold roller set to be connected, enter between two rollers in card end roller set and connected by the second gear drive; The return idler entered in two rollers in card end roller set is connected by the 3rd gear drive with between active transition wheel.By said structure, carry out work to each roller the transmission of power of motor, each roller rotating speed is consistent, turns to mutual undertaking, successfully realizes the conveying of card.
Preferably, described 3rd gear drive comprises driving gear, intermediate gear and driven gear, making initiatively transition wheel and enter card and hold and turn to consistent between the return idler in roller set two rollers, directly card being transferred to into card end roller set from entering card deck.
A preferred version of the present utility model, wherein, described card release deck comprises two fixed blocks be connected with frame, each fixed block is respectively equipped with an elastomer block, goes out draw-in groove described in the upper surface formation of this elastomer block; Described card release actuating unit comprises card release cylinder and push away fixture block, described in push away fixture block and be connected on the telescopic element of card release cylinder, under normality, described in push away the top going out draw-in groove that fixture block is positioned at card release deck.
Its principle of work is: under normality, and the elastomer block on two fixed blocks stretches out between two fixed blocks, now card feeding mechanism card complete for flat stamping can be sent to be made up of the upper surface of two elastomer block go out in draw-in groove; The telescopic element drive of card release cylinder subsequently pushes away fixture block and moves downward, thus is promoted downwards by card, under the effect of card, described two elastomer block are inwardly retracted, card is moved downward, after elastomer block crossed by card, automatically drops on card delivery track.
Location when sending on card release deck in order to ensure card, the outer end of this card release deck is provided with elasticity spacer.
A preferred version of the present utility model, wherein, described in enter card actuating unit for entering treibgas cylinder, this telescopic element entering treibgas cylinder with enter card deck and be connected.
The principle of work of the card feed of smart card flat stamping device of the present utility model is: the card in card delivery track be transported to chart feeder structure corresponding position before, the card actuating unit that enters in described chart feeder structure drives and moves downwardly in card delivery track into card deck position, when card is admitted to entering after in draw-in groove into card deck, entering card actuating unit drives the card that enters moving up to flat stamping station into card deck position to hold, now the driven transition wheel in chart feeder structure and the active transition wheel in card feeding mechanism are formed card from the roller set entering card deck and transfer to flat stamping station, and the card entered in card deck is clamped between driven transition wheel and active transition wheel, and then card is transported in flat stamping station, card feeding mechanism drives card to move on flat stamping station, and flat stamping head promotes colour band and is printed onto on the assigned address of card face by relevant information, after flat stamping, card is sent in the card release deck of card release mechanism by card feeding mechanism, then to be released downwards by card by card release actuating unit and leaves out draw-in groove, automatically drop in card delivery track, continued to be fed forward by card transport again, complete the flat stamping work of a card.
The utility model compared with prior art has following beneficial effect:
1, by card feed of the present utility model, card is made to carry out flat stamping processing being arranged in the flat stamping station above card delivery track, thus the continuation conveying of other cards in card delivery track can not be affected, therefore plural flat stamping device can be adopted to carry out flat stamping processing, form parallel processing mode, greatly improve work efficiency.
2, the ingenious combination of return idler and driving roller is utilized, make card by chart feeder structure drive flat stamping station enter card end time, be fed to immediately in flat stamping station and process, action links up compact, as much as possible reduce the non-cutting time of card conveying, improve card transport efficiency.
3, by the combination of chart feeder structure and card release mechanism, card is removed and after flat stamping processing, sent back in the station at the original place of this card by card release mechanism from certain station of card delivery track, realizes original position and resets, guarantee information safety.
Accompanying drawing explanation
Fig. 1 and Fig. 2 is the structural representation of a detailed description of the invention of the card feed of smart card flat stamping device of the present utility model, and wherein, Fig. 1 is front view, and Fig. 2 is rear view (the uncorrelated parts of clipped).
Fig. 3 and Fig. 4 is the perspective view of main portion in Fig. 1 and Fig. 2 illustrated embodiment.
Fig. 5 is the structural representation after showing card in Fig. 4.
Fig. 6 is the perspective view of chart feeder structure in Fig. 1 and Fig. 2 illustrated embodiment.
Fig. 7 is the perspective view of card release mechanism in Fig. 1 and Fig. 2 illustrated embodiment.
Fig. 8 is the perspective view after Fig. 1 and Fig. 2 illustrated embodiment is applied to flat stamping device.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, but embodiment of the present utility model is not limited thereto.
See Fig. 1 ~ Fig. 8, the card feed of smart card flat stamping device of the present utility model comprises to be transferred to the chart feeder structure 2 entering card end of flat stamping station 8, actuating card 1 by card 1 from card delivery track and makes the card feeding mechanism 4 of feed motion at flat stamping station 8 and card 1 is transferred back to the card release mechanism 3 of card delivery track from the card release end of flat stamping station 8, wherein: described chart feeder structure 2 comprise into card deck 21 and drive make vertical motion into card deck 21 enter card actuating unit 22, described in enter card deck 21 and be provided with into draw-in groove 211 and driven transition wheel 23; Described card feeding mechanism 4 comprises the actuating unit being arranged at idler wheel mechanism below flat stamping head 6 and driving rolls mechanism, and described idler wheel mechanism comprises roller set and initiatively transition wheel 41; The card release actuating unit that described card release mechanism 3 comprises card release deck 32 and released by the card 1 gone out on deck 32, described card release deck 32 is provided with out draw-in groove 321; When card 1 is taken to flat stamping station 8 place by described chart feeder structure 2, described driven transition wheel 23 and initiatively transition wheel 41 are formed by card 1 from the roller set entering card deck 21 and transfer to flat stamping station 8, and the card 1 entered in card deck 21 is clamped at driven transition wheel 23 and initiatively between transition wheel 41.
See Fig. 1 ~ Fig. 6, described in enter draw-in groove 211 and the driven transition wheel 23 entered on card deck 21 be separately positioned on one end into card deck 21, wherein, the top of described driven transition wheel 23 has open space.Its benefit is: because the top of driven transition wheel 23 has open space, and therefore when entering card deck 21 and driving card 1 upward movement, described driven transition wheel 23 is convenient to combine with the active transition wheel 41 being positioned at top; And draw-in groove 211 will be entered and driven transition wheel 23 is separately positioned on one end, enter draw-in groove 211 for positioning one end of card 1, and the other end of driven transition wheel 23 pairs of cards 1 supports, both cooperatively interact, and realize supporting when card 1 shifts between the transfer of card delivery track and card feeding mechanism 4, guiding and location.Described enter card deck 21 combined by upper blocking seat 212 and lower deck 213, wherein, described lower deck 213 comprises two extensible tracks, described upper blocking seat 212 is arranged on one end of two extensible tracks, the upper end of two extensible tracks be provided with two slideways, 214, two slideways 214 form with the lower surface of upper blocking seat 212 described in enter draw-in groove 211; The two ends of described driven transition wheel 23 are connected to the other end of two extensible tracks.Formed into draw-in groove 211 by combinations thereof formula structure, be convenient to processing, be also convenient to the installation of driven transition wheel 23 simultaneously.
See Fig. 1 ~ Fig. 6, described in enter card actuating unit 22 for entering treibgas cylinder, this cylinder is fixed in frame 5, this telescopic element 221 entering treibgas cylinder with enter card deck 21 and be connected.
See Fig. 1 ~ Fig. 5 and Fig. 7, described card release deck 32 comprises two fixed blocks 321 be connected with frame 5, each fixed block 321 is respectively equipped with an elastomer block 33, goes out draw-in groove 322 described in the upper surface formation of this elastomer block 33; Described card release actuating unit comprises card release cylinder 31 and pushes away fixture block 34, described in push away fixture block 34 and be connected on the telescopic element 311 of card release cylinder 31, under normality, described in push away the top going out draw-in groove 322 that fixture block 34 is positioned at card release deck 32.Its principle of work is: under normality, and the elastomer block 33 on two fixed blocks 321 stretches out between two fixed blocks 321, now card feeding mechanism card complete for flat stamping can be sent to be made up of the upper surface of two elastomer block 33 go out in draw-in groove 322; Telescopic element 311 drive of card release cylinder 31 subsequently pushes away fixture block 34 and moves downward, thus is promoted downwards by card 1, under the effect of card 1, described two elastomer block 33 are inwardly retracted, card 1 is moved downward, after elastomer block 33 crossed by card 1, automatically drops on card delivery track.Location when sending on card release deck 32 in order to ensure card 1, the outer end of this card release deck 32 is provided with elasticity spacer 35.
See Fig. 1 ~ Fig. 6, the roller set in described card feeding mechanism 4 comprises into card end roller set 42 and card release end roller set 45, and each roller set comprises upper and lower two rollers.By above-mentioned enter card end roller set 42 and card release end roller set 45, realize card 1 from entering the transfer of card deck 21 to flat stamping station 8 (holding roller set 42 to realize by entering card), the transfer of card 1 from flat stamping station 8 to card release deck (being realized by card release end roller set 45) and card 1 in the feed motion (by entering card end roller set 42 and card release end roller set 45 realizes jointly, specifically comprising card 1 and to travel forward or front and back move back and forth) of flat stamping station 8.Particularly, described in enter card end roller set 42 and card release end roller set 45 between be provided with auxiliary conveying roller 44 and anvil roll 43, this auxiliary conveying roller 44 and anvil roll 43 are positioned at the lower surface of card 1.Owing to entering between card end roller set 42 and card release end roller set 45, there is certain distance, described auxiliary conveying roller 44 and anvil roll 43 are set and are not only convenient to card 1 from the guiding entered when card end roller set 42 is transitioned into card release end roller set 45 and supporting, also for bearing flat stamping head 6 downward pressure during flat stamping; And auxiliary conveying roller 44 can also provide transition power, make card 1 can smooth transition.
See Fig. 1 ~ Fig. 6, described actuating unit comprises motor 46, synchronous belt drive mechanism and gear drive, and wherein, described motor 46 is fixed in frame 5, and motor body is positioned at the front side of frame 5, and electric machine main shaft is positioned at the rear side of frame 5.By synchronous belt drive mechanism and gear drive by the transmission of power of motor 46 to roller set, initiatively transition wheel 41 and auxiliary conveying roller 44, there is stable transmission, compact conformation, be convenient to arrange and the advantage such as speed change.Particularly, the main shaft of described motor 46 is connected with auxiliary conveying roller 44 by the first synchronous belt drive mechanism 47, described auxiliary conveying roller 44 is connected with card release end roller set 45 by the second synchronous belt drive mechanism 48, is connected between two rollers in card release end roller set 45 by the first gear drive 412; Described auxiliary conveying roller 44 by the 3rd synchronous belt drive mechanism 49 with enter card and hold roller set 42 to be connected, enter between two rollers in card end roller set 42 and connected by the second gear drive 410; The return idler entered in two rollers in card end roller set 42 is connected by the 3rd gear drive 411 with between active transition wheel 41; Described first synchronous belt drive mechanism 47 and the second synchronous belt drive mechanism 48 are positioned at the rear side of frame 5.By said structure, carry out work to each roller the transmission of power of motor 46, each roller rotating speed is consistent, turns to mutual undertaking, successfully realizes the conveying of card 1.Described 3rd gear drive 411 comprises driving gear, intermediate gear and driven gear, making initiatively transition wheel 41 and enter card and hold and turn to consistent between the return idler in roller set 42 two rollers, directly card 1 being transferred to into card end roller set 42 from entering card deck 21.
See Fig. 1 ~ Fig. 8, the principle of work of the card feed of smart card flat stamping device of the present utility model is: the card 1 in card delivery track be transported to chart feeder structure 2 corresponding position before, the card actuating unit 22 that enters in described chart feeder structure 2 drives and moves downwardly in card delivery track into card deck 21, when card 1 is admitted to entering after in draw-in groove 211 into card deck 21, enter card actuating unit 22 drive into card deck 21 move up to flat stamping station 8 enter card end, now the driven transition wheel 23 in chart feeder structure 2 and the active transition wheel 41 in card feeding mechanism 4 are formed card 1 from the roller set entering card deck 21 and transfer to flat stamping station 8, and the card 1 entered in card deck 21 is clamped between driven transition wheel 23 and active transition wheel 41, and then card 1 is transported in flat stamping station 8, card feeding mechanism 4 drives card 1 to move on flat stamping station 8, and flat stamping head 6 promotes colour band 7 and relevant information is printed onto on the assigned address on card 1 surface, after flat stamping, card 1 is sent in the card release deck 32 of card release mechanism 3 by card feeding mechanism 4, then by card release actuating unit, draw-in groove 322 is left out in card 1 release downwards, automatically drop in card delivery track, continued to be fed forward by card transport again, complete the flat stamping work of a card 1.
Above-mentioned is the utility model preferably embodiment; but embodiment of the present utility model is not by the restriction of foregoing; change, the modification done under other any does not deviate from Spirit Essence of the present utility model and principle, substitute, combine, simplify; all should be the substitute mode of equivalence, be included within protection domain of the present utility model.
Claims (10)
1. the card feed of a smart card flat stamping device, it is characterized in that, comprise card is transferred to the chart feeder structure entering card end of flat stamping station from card delivery track, actuating card makes the card feeding mechanism of feed motion at flat stamping station and card is transferred back to the card release mechanism of card delivery track from the card release end of flat stamping station, wherein:
Described chart feeder structure comprise into card deck and drive make vertical motion into card deck enter card actuating unit, described in enter card deck and be provided with into draw-in groove and driven transition wheel;
Described card feeding mechanism comprises the actuating unit being arranged at idler wheel mechanism below flat stamping head and driving rolls mechanism, and described idler wheel mechanism comprises roller set and initiatively transition wheel;
The card release actuating unit that described card release mechanism comprises card release deck and released by the card gone out on deck, described card release deck is provided with out draw-in groove;
When card is taken to flat stamping station place by described chart feeder structure, described driven transition wheel and initiatively transition wheel are formed by card from the roller set entering card deck and transfer to flat stamping station, and the card entered in card deck is clamped at driven transition wheel and initiatively between transition wheel.
2. the card feed of smart card flat stamping device according to claim 1, is characterized in that, described in enter draw-in groove and the driven transition wheel entered on card deck be separately positioned on one end into card deck, wherein, the top of described driven transition wheel has open space.
3. the card feed of smart card flat stamping device according to claim 2, it is characterized in that, described enter card deck combined by upper blocking seat and lower deck, wherein, described lower deck comprises two extensible tracks, described upper blocking seat is arranged on one end of two extensible tracks, and the upper end of two extensible tracks is provided with two slideways, enters draw-in groove described in the lower surface of two slideways and upper blocking seat is formed; The two ends of described driven transition wheel are connected to the other end of two extensible tracks.
4. the card feed of smart card flat stamping device according to claim 1, is characterized in that, the roller set in described card feeding mechanism comprises into card end roller set and card release end roller set, and each roller set comprises upper and lower two rollers.
5. the card feed of smart card flat stamping device according to claim 4, it is characterized in that, described enter card end roller set and card release end roller set between be provided with auxiliary conveying roller and anvil roll, this auxiliary conveying roller and anvil roll are positioned at the lower surface of card.
6. the card feed of smart card flat stamping device according to claim 5, it is characterized in that, described actuating unit comprises motor, synchronous belt drive mechanism and gear drive.
7. the card feed of smart card flat stamping device according to claim 6, it is characterized in that, the main shaft of described motor is connected with auxiliary conveying roller by the first synchronous belt drive mechanism, described auxiliary conveying roller is connected with card release end roller set by the second synchronous belt drive mechanism, is connected between two rollers in card release end roller set by the first gear drive; Described auxiliary conveying roller by the 3rd synchronous belt drive mechanism with enter card and hold roller set to be connected, enter between two rollers in card end roller set and connected by the second gear drive; The return idler entered in two rollers in card end roller set is connected by the 3rd gear drive with between active transition wheel.
8. the card feed of smart card flat stamping device according to claim 7, is characterized in that, described 3rd gear drive comprises driving gear, intermediate gear and driven gear.
9. the card feed of smart card flat stamping device according to claim 1, it is characterized in that, described card release deck comprises two fixed blocks be connected with frame, each fixed block is respectively equipped with an elastomer block, goes out draw-in groove described in the upper surface formation of this elastomer block; Described card release actuating unit comprises card release cylinder and push away fixture block, described in push away fixture block and be connected on the telescopic element of card release cylinder, under normality, described in push away the top going out draw-in groove that fixture block is positioned at card release deck.
10. the card feed of smart card flat stamping device according to claim 1, is characterized in that, described in enter card actuating unit for entering treibgas cylinder, this telescopic element entering treibgas cylinder with enter card deck and be connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420836399.2U CN204342067U (en) | 2014-12-21 | 2014-12-21 | A kind of card feed of smart card flat stamping device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420836399.2U CN204342067U (en) | 2014-12-21 | 2014-12-21 | A kind of card feed of smart card flat stamping device |
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| Publication Number | Publication Date |
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| CN204342067U true CN204342067U (en) | 2015-05-20 |
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| CN201420836399.2U Active CN204342067U (en) | 2014-12-21 | 2014-12-21 | A kind of card feed of smart card flat stamping device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104528420A (en) * | 2014-12-21 | 2015-04-22 | 广州市明森机电设备有限公司 | Card conveying mechanism of smart card planographic printing device |
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2014
- 2014-12-21 CN CN201420836399.2U patent/CN204342067U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104528420A (en) * | 2014-12-21 | 2015-04-22 | 广州市明森机电设备有限公司 | Card conveying mechanism of smart card planographic printing device |
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Address after: 510520 Guangdong city of Guangzhou province Tianhe District Guangshan Road No. 500 building (Building 3) tissue culture Patentee after: GUANGZHOU MINGSEN MECH.&ELEC. EQUIPMENT CO., LTD. Address before: 510640 Guangdong Province, Guangzhou Tianhe District, No. 87 ban 1 floor, 2 floor Patentee before: Guangzhou Mingsen Mech. & Elec. Equipment Co.,Ltd. |