CN109934308A - A kind of automatic card dispenser - Google Patents
A kind of automatic card dispenser Download PDFInfo
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- CN109934308A CN109934308A CN201910122604.6A CN201910122604A CN109934308A CN 109934308 A CN109934308 A CN 109934308A CN 201910122604 A CN201910122604 A CN 201910122604A CN 109934308 A CN109934308 A CN 109934308A
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Abstract
The present invention relates to card sender technical fields, and in particular to a kind of automatic card dispenser.A kind of automatic card dispenser, including rack and rack-mounted card storage device, card conveying device and card carrying device；Card is stacked in card storage device, for storing, card storage device is mounted on the top of card conveying device；Card conveying device is used to accept the card in card storage device, realizes the separation and conveying of card；Card carrying device is mutually connected with card conveying device, and card is positioned and sent out.Above-mentioned automatic card dispenser effectively prevent stealing, and improves safety, effectively prevent the problem of skidding, and improves stability, controls the card of submitting, effectively acquisition relevant information.
Description
Technical field
The present invention relates to card sender technical fields, and in particular to a kind of automatic card dispenser.
Background technique
Self-service card sender refers to realize the self-service device of instant hair fastener by user self-help operation.The prior art is deposited
Deficiency be: card case is usually wholely set with card sender ontology and is difficult to split, when in hair fastener case by 1. existing card senders
The card granting of storage finishes, then needs to shut down card sender to add card into card case, and when loading is inconvenient, spend the time compared with
It is more；The problem of 2. safety coefficient of card sender is not high, and Yi Fasheng is stolen by force；3. stability is not high, card is during transportation
It can occur to skid and block.
Summary of the invention
The object of the present invention is to provide a kind of convenient for adding card, automatic card dispenser highly-safe, stability is high.
To achieve the goals above, the technical solution used in the present invention is:
A kind of automatic card dispenser, including rack and rack-mounted card storage device, card conveying device and card are sent
Device out；Card is stacked in card storage device, for storing, card storage device is mounted on the top of card conveying device；
Card conveying device is used to accept the card in card storage device, realizes the separation and conveying of card；Card carrying device with
Card conveying device is mutually connected, and card is positioned and sent out；
Above-mentioned automatic card dispenser completes hair fastener by following steps:
(1) it is disposably loaded: stacking multiple cards in card storage device, successively discharge from bottom；
(2) card separation and conveying: card conveying device separates the card of lowermost end, and is conveyed horizontally to card
In piece carrying device；
(3) hair fastener: card carrying device sends out card, and the magnetic strip information of card is obtained during submitting.
Preferably, the card storage device includes feed bin, side plate, driving lever, installation folded plate, lower pressure wheel, the first bullet
Spring, chute board, lifter plate and wirerope；Feed bin is split-type, for stacking card, lower end discharging；Side plate is mounted on including material
Storehouse side is equipped with locking plate on side plate, keeps feed bin inseparable with side plate；Driving lever is rotatably connected below side plate, and driving lever is at arc
Shape, installation folded plate are fixed at the bottom end of side plate, and lower pressure wheel is cooperated on installation folded plate by slot pair, and the first spring is pressurized,
Both ends are separately connected installation folded plate and lower pressure wheel；The described lifter plate side setting is provided with water on chute board there are two pillar
It rises as high as the banks and tipper, the bottom end of tipper is provided with horizontal segment；Pillar cooperates in level trough；Lifter plate side is provided with convex
Column, the pillar are matched with tipper, and lifter plate is used to decline the discharging for limiting card；Lifter plate passes through spring and side plate
Bottom end be connected, chute board is connected by spring with side plate；Wirerope is wound in the shaft of driving lever, the wirerope other end connects
It connects on chute board.
Preferably, the card conveying device includes pedestal, conveying roller component, to clamp roll wheel assembly and limit
Plate；Conveying roller component and to the installation of clamp roll wheel assembly on the base, conveying roller component is for carrying card motion, to clamp roll
Wheel assembly is for limiting card vertical position, and limit plate is mounted on two inside of pedestal, for limiting card or so
Position.
Preferably, the card carrying device includes lower driving assembly, upper inductive component and discharge component；Upper induction
Component is mounted on the top of lower driving assembly, and discharge component is mutually connected with the discharge end of upper inductive component；Lower driving assembly is used for
Card charging is driven, upper inductive component is used to carry out detection and localization to card.
Preferably, the lower driving assembly includes lower bottom base, limit plate, pinch roller assembly, drive wheel assemblies and driving
Motor；The track of strip is provided on lower bottom base, drive wheel assemblies include shaft and the synchronizing wheel for being mounted on both ends of the shaft
And friction pulley, shaft are connected on lower bottom base；Card is located on the track of lower bottom base, and pinch roller assembly is located at the lower section of card；Limit
Position plate and pinch roller assembly are mounted on two insides on lower bottom base, and the edge of corresponding card is located above card, for compressing and limiting
The position of fabrication piece；Driving motor is mounted on lower bottom base, and synchronizing wheel is equipped on the main shaft of driving motor, drives driving wheel group
Part rotates in same direction, to drive card.
Preferably, the upper inductive component includes upper bed-plate, damper, discharging contact roller, central axis, the second bullet
Spring, charging compress wheel assembly, the first cylinder, swing rod, wobble component and photoelectric sensor；Upper bed-plate correspondence is mounted on lower bottom base
On, charging compresses the feed end that wheel assembly is mounted on upper bed-plate, and card is pushed, and two discharging contact rollers are mutually cut with scissors by central axis
It connects, and is connected on upper bed-plate by central axis rotation, damper is installed on one of discharging contact roller, in second spring
Upper bed-plate is withstood at end, and discharging contact roller is withstood in lower end, and discharging contact roller is pushed；First cylinder is fixedly mounted on upper bed-plate,
The middle part of swing rod is connected on upper bed-plate by pin shaft, and the telescopic end of the first cylinder is connected with swing rod；Photoelectric sensor installation
In the lower end of upper bed-plate；The wobble component includes oscillating deck, reader, straight pin and third spring；Reader is mounted on
On oscillating deck, the lower surface of oscillating deck is working face, and straight pin is mounted on oscillating deck there are two being total to, and straight pin cooperates upper
In slot in pedestal, third spring tension, one end connecting cylinder pin end, other end connection upper bed-plate；Third spring inclination peace
Dress, inclined direction are matched with the direction of slot.
Preferably, the discharge component includes discharging matrix, transition pinch roller, exit plate, the second cylinder, push plate, top
Column, striker plate and the 4th spring；Transition pinch roller is mounted on discharging matrix, is mutually connected with upper inductive component, exit plate is mounted on
It discharges on matrix；It is rotatably connected in the middle part of striker plate in discharging matrix, the upper end of striker plate is located at the punishment in advance in discharging matrix
In track；Second cylinder is mounted on discharging matrix, and push plate is mounted on the telescopic end of the second cylinder, and top pillar is matched by sheet metal component
It closes in discharging matrix；One end of top pillar corresponds to the lower part of striker plate, and the other end of top pillar is corresponding with push plate；Under striker plate
End is connected on discharging matrix by the 4th spring, and striker plate is made not stress state holding vertically.
A kind of hair fastener method of automatic card dispenser, passes sequentially through following steps:
(1) it is disposably loaded: stacking multiple cards in card storage device, successively discharge from bottom；
(2) card separation and conveying: card conveying device separates the card of lowermost end, and is conveyed horizontally to card
In piece carrying device；
(3) hair fastener: card carrying device sends out card, and the magnetic strip information of card is obtained during submitting.
Using a kind of automatic card dispenser of above-mentioned technical proposal, on the one hand card storage device is torn open by locking plate latching
The feed bin for unloading formula, on the other hand blocks discharge port by chute board, and using self-lock mechanism, lifter plate can not be artificially lifted, and has
Effect prevents from stealing, and improves safety.Card carrying device pushes down card by multiple contact rollers, effectively prevent the problem of skidding,
Improve stability；The card of submitting is controlled, effectively acquisition relevant information；The striker plate of discharge port setting one-directional rotation,
It prevents from stealing card.
Detailed description of the invention
Fig. 1 is the configuration schematic diagram of the embodiment of the present invention.
Fig. 2 is the configuration schematic diagram of card storage device.
Fig. 3 is the configuration schematic diagram of card conveying device.
Fig. 4 is the configuration schematic diagram of card carrying device.
Fig. 5 is the configuration schematic diagram of lower driving assembly.
Fig. 6 is the configuration schematic diagram of upper inductive component.
Fig. 7 is the configuration schematic diagram of discharge component.
Specific embodiment
As shown in Figure 1, a kind of automatic card dispenser includes rack 1 and the card storage device being mounted in rack 1
2, card conveying device 3 and card carrying device 4；Card is stacked in card storage device 2, for storing, card storage device 2
It is mounted on the top of card conveying device 3；Card conveying device 3 is used to accept the card in card storage device 2, realizes card
Separation and conveying；Card carrying device 4 is connected with 3 phase of card conveying device, and card is positioned and sent out.
As shown in Fig. 2, the card storage device 2 includes feed bin 21, side plate 22, driving lever 23, installation folded plate 24, pushes
Take turns the 25, first spring 26, chute board 27, lifter plate 28 and wirerope 210；Feed bin 21 is split-type, for stacking card, lower end
Discharging；Side plate 22 is mounted on including 21 side of feed bin, is equipped with locking plate on side plate 22, is kept feed bin 21 and side plate 22 inseparable；
Driving lever 23 is rotatably connected on 22 lower section of side plate, 23 camber of driving lever, and installation folded plate 24 is fixed at the bottom end of side plate 22, pushes
Wheel 25 is cooperated on installation folded plate 24 by slot pair, and the first spring 26 is pressurized, and both ends are separately connected installation folded plate 24 and lower pressure wheel
25；Described 28 side of the lifter plate setting is provided with level trough 271 and tipper 272 on chute board 27, inclines there are two pillar 29
The bottom end of skewed slot 272 is provided with horizontal segment；Pillar 29 cooperates in level trough 271；28 side of lifter plate is provided with pillar, this is convex
Column is matched with tipper 272, and lifter plate 28 is used to decline the discharging for limiting card；Lifter plate 28 passes through spring and side plate
22 bottom end is connected, and chute board 27 is connected by spring with side plate 22；Wirerope 210, steel are wound in the shaft of driving lever 23
The cord other end is connected on chute board 27.
The card storage device 2 at work, taken out of by idler wheel friction by the card of 21 lower end of feed bin, encounters driving lever
23, so that driving lever 23 is swung, so that wirerope 210 pulls out chute board 27, due to the cooperation of pillar on skewed slot and lifter plate 28,
So that lifter plate 28 rises, card is flowed out.
Card storage device 2 solves the problems, such as that card is easily stolen under unmanned environment, is on the one hand lockked and is dismantled by locking plate
On the other hand the feed bin of formula blocks discharge port by chute board 27, using self-lock mechanism, lifter plate 28 can not be artificially lifted,
It effectively prevent stealing, improves safety.
As shown in figure 3, the card conveying device 3 includes pedestal 31, conveying roller component 32, to clamp roll wheel assembly 33
With limit plate 34；Conveying roller component 32 and clamp roll wheel assembly 33 is mounted on pedestal 31, conveying roller component 32 is for carrying
Dynamic card motion, to clamp roll wheel assembly 33 for limiting to card vertical position, limit plate 34 is mounted on pedestal 31
Two insides, for limiting the position of card or so.
As shown in figure 4, the card carrying device 4 includes lower driving assembly 41, upper inductive component 42 and discharge component
43；Upper inductive component 42 is mounted on the top of lower driving assembly 41, and discharge component 43 and the discharge end of upper inductive component 42 are mutually held in the mouth
It connects；For driving card to feed, upper inductive component 42 is used to carry out detection and localization to card lower driving assembly 41.
As shown in figure 5, the lower driving assembly 41 includes lower bottom base 411, limit plate 412, pinch roller assembly 413, driving
Wheel assembly 414 and driving motor 415；Be provided with the track of strip on lower bottom base 411, drive wheel assemblies 414 include shaft with
And it is mounted on the synchronizing wheel and friction pulley of both ends of the shaft, shaft is connected on lower bottom base 411；Card is located at the rail of lower bottom base 411
On road, pinch roller assembly 413 is located at the lower section of card；Limit plate 412 and pinch roller assembly 413 are mounted in two on lower bottom base 411
Side, the edge of corresponding card, is located above card, for compressing and limiting the position of card；Driving motor 415 is mounted on bottom
On seat 411, synchronizing wheel is installed on the main shaft of driving motor 415, drives drive wheel assemblies 414 to rotate in same direction, thus driving card
Piece.
As shown in fig. 6, the upper inductive component 42 include upper bed-plate 421, damper 422, discharging contact roller 423, in
Mandrel 424, second spring 425, charging compress wheel assembly 426, the first cylinder 427, swing rod 428, wobble component 429 and photoelectric transfer
Sensor 4210；Upper bed-plate 421 correspondence is mounted on lower bottom base 411, charging compress wheel assembly 426 be mounted on upper bed-plate 421 into
Expect end, card is pushed, two discharging contact rollers 423 are hinged by central axis 424, and are rotatablely connected by central axis 424
On upper bed-plate 421, damper is installed on one of discharging contact roller 423, upper bed-plate is withstood in 425 upper end of second spring
421, discharging contact roller 423 is withstood in lower end, and discharging contact roller 423 is pushed；First cylinder 427 is fixedly mounted on upper bed-plate 421
On, the middle part of swing rod 428 is connected on upper bed-plate 421 by pin shaft, and the telescopic end of the first cylinder 427 is connected with swing rod 428；
Photoelectric sensor 4210 is mounted on the lower end of upper bed-plate 421, for detecting the position of oscillating deck 4291；The wobble component
429 include oscillating deck 4291, reader 4292, straight pin 4293 and third spring 4294；Reader 4292 is mounted on oscillating deck
On 4291, the lower surface of oscillating deck 4291 is working face, and straight pin 4293 is mounted on oscillating deck 4291, cylinder there are two being total to
Pin 4293 cooperates in the slot 4211 in upper bed-plate 421,4294 tension of third spring, 4293 end of one end connecting cylinder pin, separately
One end connects upper bed-plate 421；The inclination installation of third spring 4294, inclined direction are matched with the direction of slot 4211.
At work, card compresses wheel assembly 426 by charging and enters the upper inductive component 42, reaches wobble component
When 429 lower section, the first cylinder 427 is shunk, and drives swing rod 428 to rotate, straight pin 4293 is pushed down on, and reader 4292 is examined
Card is measured, and obtains the information of card, then card enters discharge component 43 by discharging contact roller 423.
As shown in fig. 7, the discharge component 43 includes discharging matrix 431, transition pinch roller 432, exit plate 433, second
Cylinder 434, push plate 435, top pillar 436, striker plate 437 and the 4th spring 438；Transition pinch roller 432 is mounted on discharging matrix 431
On, it is connected with upper 42 phase of inductive component, exit plate 433 is mounted on discharging matrix 431；The middle part of striker plate 437 is rotatablely connected
In discharging matrix 431, the upper end of striker plate 437 is located in the punishment in advance track in discharging matrix 431；The installation of second cylinder 434
On discharging matrix 431, push plate 435 is mounted on the telescopic end of the second cylinder 434, and top pillar 436 cooperates by sheet metal component
Expect in matrix 431；One end of top pillar 436 corresponds to the lower part of striker plate 437, and the other end of top pillar 436 is corresponding with push plate 435；
The lower end of striker plate 437 is connected on discharging matrix 431 by the 4th spring 438, and the state that do not stress of striker plate 437 is made to keep perpendicular
Directly.
At work, the second cylinder 434 drives push plate 435 to stretch out to the discharge component 43, and top pillar 436 is ejected, is made
It obtains striker plate 437 to overturn, card passes through channel and discharges, and completes hair fastener.
Card carrying device 4 solves the problems, such as that card submitting is easily blocked, and pushes down card by multiple contact rollers, effectively anti-
The problem of only skidding improves stability；The card of submitting is controlled, effectively acquisition relevant information；Discharge port setting is unidirectional
The striker plate 437 of rotation, prevents from stealing card.
A kind of automatic card dispenser at work, passes sequentially through following steps:
(1) it is disposably loaded: stacking multiple cards in card storage device 2, successively discharge from bottom；
(2) card separation and conveying: card conveying device 3 separates the card of lowermost end, and is conveyed horizontally to card
In piece carrying device 4；
(3) hair fastener: card carrying device 4 sends out card, and the magnetic strip information of card is obtained during submitting.
Claims (8)
1. a kind of automatic card dispenser, which is characterized in that including rack (1) and the card storage device being mounted on rack (1)
(2), card conveying device (3) and card carrying device (4)；Card storage device stacks card in (2), for storing, card
Storage device (2) is mounted on the top of card conveying device (3)；Card conveying device (3) is for accepting card storage device (2)
In card, realize the separation and conveying of card；Card carrying device (4) is mutually connected with card conveying device (3), by card into
Row positioning and submitting；
Above-mentioned automatic card dispenser completes hair fastener by following steps:
Disposably be loaded: card storage device stacks multiple cards in (2), successively discharges from bottom；
Card separation and conveying: card conveying device (3) separates the card of lowermost end, and is conveyed horizontally to card
In carrying device (4)；
Hair fastener: card carrying device (4) sends out card, and the magnetic strip information of card is obtained during submitting.
2. a kind of automatic card dispenser according to claim 1, which is characterized in that the card storage device (2) includes
Feed bin (21), driving lever (23), installation folded plate (24), lower pressure wheel (25), the first spring (26), chute board (27), rises side plate (22)
Plate (28) and wirerope (210) drop；Feed bin (21) is split-type, for stacking card, lower end discharging；Side plate (22) is mounted on packet
Feed bin (21) side is included, side plate is equipped with locking plate on (22), keeps feed bin (21) and side plate (22) inseparable；Driving lever (23) rotation
It is connected to below side plate (22), driving lever (23) camber, installation folded plate (24) is fixed at the bottom end of side plate (22), lower pressure wheel
(25) by slot pair cooperation installation folded plate (24) on, the first spring (26) be pressurized, both ends be separately connected installation folded plate (24) and
Lower pressure wheel (25)；There are two pillar (29), chute board is provided with level trough on (27) for lifter plate (28) the side setting
(271) and tipper (272), the bottom end of tipper (272) are provided with horizontal segment；Pillar (29) cooperates in level trough (271)；
Lifter plate (28) side is provided with pillar, which matches with tipper (272), and lifter plate (28) is for declining for limiting
The discharging of card；Lifter plate (28) is connected by spring with the bottom end of side plate (22), and chute board (27) passes through spring and side plate
(22) it is connected；It is wound in the shaft of driving lever (23) wirerope (210), the wirerope other end is connected on chute board (27).
3. a kind of automatic card dispenser according to claim 1, which is characterized in that the card conveying device (3) includes
Pedestal (31), conveying roller component (32), to clamp roll wheel assembly (33) and limit plate (34)；Conveying roller component (32) and to folder
Roll wheel assembly (33) is mounted on pedestal (31), and conveying roller component (32) is for carrying card motion, to clamp roll wheel assembly
(33) for limiting to card vertical position, limit plate (34) is mounted on (31) two inside of pedestal, for limiting card
The position of piece or so.
4. a kind of automatic card dispenser according to claim 1, which is characterized in that the card carrying device (4) includes
Lower driving assembly (41), upper inductive component (42) and discharge component (43)；Upper inductive component (42) is mounted on lower driving assembly
(41) top, discharge component (43) are mutually connected with the discharge end of upper inductive component (42)；Lower driving assembly (41) is for driving
Card charging, upper inductive component (42) are used to carry out detection and localization to card.
5. a kind of automatic card dispenser according to claim 4, which is characterized in that under the lower driving assembly (41) includes
Pedestal (411), limit plate (412), pinch roller assembly (413), drive wheel assemblies (414) and driving motor (415)；Lower bottom base
(411) be provided with the track of strip on, drive wheel assemblies (414) include shaft and the synchronizing wheel for being mounted on both ends of the shaft and
Friction pulley, shaft are connected on lower bottom base (411)；Card is located on the track of lower bottom base (411), and pinch roller assembly (413) is located at
The lower section of card；Limit plate (412) and pinch roller assembly (413) are mounted on two insides on lower bottom base (411), the side of corresponding card
Edge is located above card, for compressing and limiting the position of card；Driving motor (415) is mounted on lower bottom base (411), is driven
Synchronizing wheel is installed on the main shaft of dynamic motor (415), drives drive wheel assemblies (414) to rotate in same direction, to drive card.
6. a kind of automatic card dispenser according to claim 4, which is characterized in that the upper inductive component (42) includes upper
Pedestal (421), damper (422), discharging contact roller (423), central axis (424), second spring (425), charging contact roller group
Part (426), the first cylinder (427), swing rod (428), wobble component (429) and photoelectric sensor (4210)；Upper bed-plate (421) is right
It should be mounted on lower bottom base (411), charging compresses the feed end that wheel assembly (426) are mounted on upper bed-plate (421), will be under card
Pressure, two discharging contact rollers (423) are hinged by central axis (424), and are rotatably connected on upper bed-plate by central axis (424)
(421) on, damper is installed on one of discharging contact roller (423), upper bed-plate is withstood in second spring (425) upper end
(421), discharging contact roller (423) is withstood in lower end, and discharging contact roller (423) is pushed；First cylinder (427) is fixedly mounted on
On pedestal (421), the middle part of swing rod (428) is connected on upper bed-plate (421) by pin shaft, the telescopic end of the first cylinder (427)
It is connected with swing rod (428)；Photoelectric sensor (4210) is mounted on the lower end of upper bed-plate (421)；The wobble component (429)
Including oscillating deck (4291), reader (4292), straight pin (4293) and third spring (4294)；Reader (4292) is mounted on
On oscillating deck (4291), the lower surface of oscillating deck (4291) is working face, and straight pin (4293) is mounted on oscillating deck there are two being total to
(4291) on, straight pin (4293) cooperates in the slot (4211) in upper bed-plate (421), third spring (4294) tension, one end
Connecting cylinder pin (4293) end, the other end connect upper bed-plate (421)；Third spring (4294) inclination installation, inclined direction with
The direction of slot (4211) matches.
7. a kind of automatic card dispenser according to claim 4, which is characterized in that the discharge component (43) includes discharging
Matrix (431), transition pinch roller (432), exit plate (433), the second cylinder (434), push plate (435), top pillar (436), striker plate
(437) and the 4th spring (438)；Transition pinch roller (432) is mounted in discharging matrix (431), is mutually held in the mouth with upper inductive component (42)
It connects, exit plate (433) is mounted in discharging matrix (431)；Discharging matrix (431) is rotatably connected in the middle part of striker plate (437)
In, the upper end of striker plate (437) is located in the punishment in advance track in discharging matrix (431)；Second cylinder (434) is mounted on discharging base
On body (431), push plate (435) is mounted on the telescopic end of the second cylinder (434), and top pillar (436) cooperates by sheet metal component
Expect in matrix (431)；One end of top pillar (436) corresponds to the lower part of striker plate (437), the other end of top pillar (436) and push plate
(435) corresponding；The lower end of striker plate (437) is connected in discharging matrix (431) by the 4th spring (438), makes striker plate
(437) state that do not stress keeps vertical.
8. a kind of hair fastener method of automatic card dispenser, which is characterized in that pass sequentially through following steps:
Disposably be loaded: card storage device stacks multiple cards in (2), successively discharges from bottom；
Card separation and conveying: card conveying device (3) separates the card of lowermost end, and is conveyed horizontally to card
In carrying device (4)；
Hair fastener: card carrying device (4) sends out card, and the magnetic strip information of card is obtained during submitting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910122604.6A CN109934308A (en) | 2019-02-18 | 2019-02-18 | A kind of automatic card dispenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910122604.6A CN109934308A (en) | 2019-02-18 | 2019-02-18 | A kind of automatic card dispenser |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109934308A true CN109934308A (en) | 2019-06-25 |
Family
ID=66985726
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910122604.6A Withdrawn CN109934308A (en) | 2019-02-18 | 2019-02-18 | A kind of automatic card dispenser |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109934308A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002324265A (en) * | 2001-04-24 | 2002-11-08 | Asahi Seiko Kk | Automatic takeout device for cards |
| CN101159022A (en) * | 2007-06-13 | 2008-04-09 | 曾蕴仪 | Automatic transmit-receiver card machine and card box |
| CN103839087A (en) * | 2012-11-27 | 2014-06-04 | 江苏国光信息产业股份有限公司 | Automatic card issuing machine |
| CN107025470A (en) * | 2017-04-26 | 2017-08-08 | 深圳市明泰智能技术有限公司 | The automatic dispenser of card and its application method |
-
2019
- 2019-02-18 CN CN201910122604.6A patent/CN109934308A/en not_active Withdrawn
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002324265A (en) * | 2001-04-24 | 2002-11-08 | Asahi Seiko Kk | Automatic takeout device for cards |
| CN101159022A (en) * | 2007-06-13 | 2008-04-09 | 曾蕴仪 | Automatic transmit-receiver card machine and card box |
| CN103839087A (en) * | 2012-11-27 | 2014-06-04 | 江苏国光信息产业股份有限公司 | Automatic card issuing machine |
| CN107025470A (en) * | 2017-04-26 | 2017-08-08 | 深圳市明泰智能技术有限公司 | The automatic dispenser of card and its application method |
Non-Patent Citations (1)
| Title |
|---|
| HPYJL77: "一款发卡模块3D模型", 《开拔网》 * |
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Application publication date: 20190625 |
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