CN209591002U - A kind of bilayer smart card with large capacity card drawing machine - Google Patents
A kind of bilayer smart card with large capacity card drawing machine Download PDFInfo
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- CN209591002U CN209591002U CN201920345485.6U CN201920345485U CN209591002U CN 209591002 U CN209591002 U CN 209591002U CN 201920345485 U CN201920345485 U CN 201920345485U CN 209591002 U CN209591002 U CN 209591002U
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- card
- module
- parking space
- drawing device
- large capacity
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Abstract
The utility model discloses a kind of double-deck smart card with large capacity card drawing machines, including cabinet and card drawing device, the first parking space and the second parking space being arranged in a vertical direction are provided in the cabinet, the card drawing device is two groups, it is separately positioned in the first parking space and the second parking space, first parking space and the second parking space are provided with out bayonet；The card drawing device being arranged in the first parking space is the first card drawing device, the card drawing device being arranged in the second parking space is the second card drawing device, and the first card drawing device and the second card drawing device include card-issuing module, deposit card module and card conveyor module.The bilayer smart card with large capacity card drawing machine can make full use of vertical direction spatial, and while card capacity is deposited in increase, the occupied area of the bilayer smart card with large capacity card drawing machine is constant.In addition, the hair fastener speed of the bilayer smart card with large capacity card drawing machine is constant while card capacity is deposited in increase.
Description
Technical field
The utility model relates to a kind of smart card device more particularly to a kind of double-deck smart card with large capacity card drawing machines.
Background technique
With the development of society, card has progressed into people's lives.After usual card completes the process, all can
It is sent to each unit of applying for card, when people need to handle card, unit of applying for card can be arrived by artificial customer service and handle card
Piece.The distribution of card is usually to be distributed by hand by staff, can greatly increase the work load of staff, therefore city in this way
Occurs a kind of self-service card taking machine on face, the staff for unit of applying for card the depositing in self-service card taking machine by Card storing in advance
In mechanism for card, when user needs to apply for card, it is only necessary to input the identity information of oneself on card taking machine, the self-service card taking machine is just
It can will think that matched bank card is sent out with user information, to mitigate the work load of staff, improve office efficiency.
Such as the application for a patent for invention that application notification number is CN108596289A discloses " a kind of compact type intelligent card card drawing machine ", it is described
Smart card card drawing machine can be arranged in identical space more deposits card turntable, so that card drawing machine deposits card ability substantially
Degree is promoted, in addition, the card drawing machine also has the advantages that card taking is fireballing.
However above-mentioned smart card card drawing machine has the disadvantage that
1, the card ability of depositing of the smart card card drawing machine is still lacking, since the smart card card drawing machine cannot be abundant
Using vertical direction spatial, if to increase the smart card card drawing machine deposits card capacity, it is necessary to increase the quantity for depositing card turntable, this is just
The occupied area of the smart card card drawing machine is caused to increase.
If 2, increasing the quantity for depositing card turntable, then the shift motion of corresponding card feed trolley also will definitely increase, in this way
The hair fastener that will lead to the smart card card drawing machine slows, and efficiency reduces.
Utility model content
The utility model provides a kind of double-deck smart card with large capacity card drawing to overcome the shortcomings of the prior art
Machine, the bilayer smart card with large capacity card drawing machine can make full use of vertical direction spatial, while card capacity is deposited in increase, the bilayer
The occupied area of smart card with large capacity card drawing machine is constant.In addition, while card capacity is deposited in increase, the bilayer high-capacity intelligent
The hair fastener speed of card card drawing machine is constant.
The technical solution that the utility model is used to solve above-mentioned technical problem is:
A kind of bilayer smart card with large capacity card drawing machine, including cabinet and the card drawing device being arranged in cabinet, wherein
The first parking space and the second parking space being arranged in a vertical direction are provided in the cabinet, wherein described
First parking space is located at the top of the second parking space, and the card drawing device is two groups, is separately positioned on the first parking space
In the second parking space, wherein first parking space and the second parking space are provided with out bayonet；It is arranged first
Card drawing device in parking space is the first card drawing device, and the card drawing device in the second parking space is arranged in as the second card drawing dress
It sets, the first card drawing device and the second card drawing device include card-issuing module, deposit card module and for sending out card-issuing module
The card sent out, which is transported to deposit card module or the card deposited in card module is sent to this, deposits the sky of storage belonging to card module
Between go out bayonet card conveyor module.
Preferably, the card module of depositing includes bracket, the turntable being arranged on bracket and for driving turntable to rotate
Rotary disc driving mechanism, wherein the turntable be it is multiple, described multiple turntables coaxial arrangement, the rotary disc driving mechanism is for driving
The multiple turntable is moved to rotate synchronously or each turntable is driven individually to rotate.
Preferably, the card conveyor module includes that straight line conveying, the card feed being arranged on straight line conveying are small
Vehicle and trolley driving mechanism for driving card feed trolley to move on straight line conveying, wherein the straight line conveying is led
The length direction of rail is parallel with the axis direction of the turntable；It is described deposit card module and card-issuing module be separately positioned on it is described straight
The two sides of line conveying.
It preferably, further include for driving the card-issuing module to convey along straight line is parallel in the first card drawing device
The conveying mechanism of the length direction movement of guide rail, wherein card-issuing module in the first card drawing device be it is multiple, it is the multiple
Card-issuing module is connected by mounting base；The conveying mechanism includes the horizontal drive motor being arranged in first parking space
And second lead screw transmission mechanism, wherein second lead screw transmission mechanism includes the second screw rod and cooperates with the second screw rod
The second feed screw nut, the length direction of second screw rod is parallel with the length direction of straight line conveying, and with the cross
It is connected to the main shaft of driving motor；Second feed screw nut is mounted in the mounting base.
Preferably, the card drawing module further includes card rotary conveying mechanism, and the card rotary conveying mechanism is located at institute
The end of straight line conveying is stated, after which is used to for the card that the carrying of card feed trolley comes being rotated by 90 °
It send to bayonet out.
Preferably, the first card drawing device and the second card drawing device are provided at card rotary conveying mechanism and are used for
The rejected IC card recycle mechanism of the useless card of recycling.
Preferably, the cabinet is provided with third parking space in the upper end of the first parking space, and the third storage is empty
Between be provided with for destroying old card old bayonet lock ruin module, the cabinet is arranged ruining module corresponding position with the old bayonet lock
It has been friends in the past card recovery port；The old bayonet lock ruins module and includes demagnetizing mechanism for eliminating the information of the magnetic stripe on old card and be used for
Notch is punched on old card to achieve the purpose that the card dinking machine structure for destroying old card, wherein the demagnetization module into card
Mouth is connected to the old card recovery port, and bayonet is connected to the card inlet of the card dinking machine structure out.
Preferably, the card dinking machine structure includes that support frame, setting punching mechanism on the support frame and runner are defeated
Send mechanism, wherein the punching mechanism include setting punching seat on the support frame, tool apron, the cutter that is mounted on tool apron with
And the vertical punching mechanism for driving tool apron vertical motion, wherein be provided with delivery chute, the delivery chute on the punching seat
It is connected to the bayonet that goes out of the demagnetizing mechanism, the cutter is vertically arranged, and the punching seat is in the corresponding position with the cutter
Place is provided with avoid holes；The two sides of the punching seat are arranged in the rotating wheel transmission mechanism, are provided with and are used on the punching seat
Avoid the escape port of the runner driving mechanism.
Preferably, the vertical punching mechanism includes rotating block and the vertical punching for driving the rotating block rotation
Motor, wherein the vertical punching motor is mounted on support frame as described above, this is vertically punched the main shaft and the rotating block of motor
One end connection, the other end of the rotating block and the tool apron be rotatablely connected, the axis of the center of rotation of the rotation connection
It is parallel with the vertical punching axis direction of main shaft of motor；The tool apron is provided between support frame as described above for tool apron
The vertical guiding mechanism that is oriented to of vertical motion, the vertical guiding mechanism includes the guiding being arranged on support frame as described above
, the guide groove with tool apron cooperation is provided on the guide holder, the guide groove is vertically extending.
Preferably, the card dinking machine structure further include for detect card whether completely into punching seat in detection
The two sides of the punching seat are arranged in device, the detector, and the detection mouth of the detector is connected to the delivery chute of the punching seat.
The working principle of the double-deck smart card with large capacity card drawing machine of the utility model is:
Before work, the smart card made is put into the first card drawing device and the second card drawing device by staff
In card-issuing module, then, card is transported to by card conveyor module to be deposited in card module.It is described when user needs to get card
Card conveyor module, which will deposit corresponding card in card module and take out and send it to this, deposits the corresponding parking space of card module
Go out at bayonet, such as the card to be got of user depositing in card module in the second parking space, then just being led by second
Card conveyor module in card device is transported to going out at bayonet in the second parking space；If the card to be got of user
Depositing in card module in the first parking space, then being just transported to by the card conveyor module in the first card drawing device
At inward and outward card channel in one parking space, allowing for the first card drawing device and the second card drawing device in this way can work independently, and
Since the first card drawing device and the second card drawing device are vertically arranged, this not only expands the double-deck high-capacity intelligent of the utility model
Card card drawing machine deposits card capacity, and takes full advantage of vertical direction spatial, so that the occupied area of the smart card card drawing machine does not increase
Greatly.Further, since working independently between the first card drawing device and the second card drawing device, and the first card drawing device and the second card drawing
Device is provided with card conveyor module, in this way while card capacity is deposited in increase, does not interfere with the bilayer of the utility model
The hair fastener speed of smart card with large capacity card drawing machine.
The utility model compared with prior art, is had the following advantages and beneficial effects:
1, the first card drawing device in the double-deck smart card with large capacity card drawing machine of the utility model and the second card drawing device can
To work independently, and since the first card drawing device and the second card drawing device are vertically arranged, this not only expands the utility model
The double-deck smart card with large capacity card drawing machine deposits card capacity, and takes full advantage of vertical direction spatial, so that the smart card card drawing machine
Occupied area does not increase.
2, the first card drawing device in the double-deck smart card with large capacity card drawing machine of the utility model and the second card drawing device it
Between can work independently, and the first card drawing device and the second card drawing device are provided with card conveyor module, are increasing in this way
While depositing card capacity, the hair fastener speed of the double-deck smart card with large capacity card drawing machine of the utility model is not interfered with.
Detailed description of the invention
Fig. 1 and Fig. 2 is the stereochemical structure of two different perspectivess of the double-deck smart card with large capacity card drawing machine of the utility model
Schematic diagram.
Fig. 3 and Fig. 4 is the schematic perspective view of two different perspectivess of the first card drawing device and the second card drawing device.
Fig. 5-Fig. 7 is the schematic perspective view of three different perspectivess of the card feed trolley.
Fig. 8 and Fig. 9 is the schematic perspective view of two different perspectivess of card gripping body.
Figure 10 is the schematic perspective view of clamping device.
Figure 11 and Figure 12 is the schematic perspective view for two different perspectivess that old bayonet lock ruins module.
Figure 13 is the explosive view of the card dinking machine structure in Figure 11 and Figure 12.
Specific embodiment
The present invention will be further described in detail with reference to the embodiments and the accompanying drawings, but the implementation of the utility model
Mode is without being limited thereto.
Referring to Fig. 1-Figure 13, the double-deck smart card with large capacity card drawing machine of the utility model includes cabinet 1 and is arranged in machine
Card drawing device in case 1, wherein the first parking space being arranged in a vertical direction and the second storage are provided in the cabinet 1
Space, wherein first parking space is located at the top of the second parking space, and the card drawing device is two groups, is respectively set
In the first parking space and the second parking space, wherein first parking space and the second parking space are provided with out
Bayonet；The card drawing device being arranged in the first parking space is the first card drawing device 2, and the card drawing in the second parking space is arranged in
Device is the second card drawing device 3, and the first card drawing device 2 and the second card drawing device 3 include card-issuing module 16, deposit card module
15 and the card for sending out card-issuing module 16 be transported to and deposit card module 15 or will deposit the card in card module 15
It is sent to the card conveyor module for going out bayonet for depositing parking space belonging to card module 15.
Referring to Fig. 1-Figure 13, the card module 15 of depositing includes bracket, the turntable being arranged on bracket and turns for driving
The rotary disc driving mechanism of disk rotation, wherein the turntable is multiple, described multiple turntable coaxial arrangements, the turntable driving machine
Structure is for driving the multiple turntable to rotate synchronously or each turntable being driven individually to rotate.Card module is deposited in the utility model
In specific structure be referred to a kind of application for a patent for invention that application publication number is CN107914973A " turntable and comprising this
Card storing mechanism in the card storing mechanism of turntable " is implemented.
Referring to Fig. 1-Figure 13, the card conveyor module includes straight line conveying, is arranged on straight line conveying
Card feed trolley and trolley driving mechanism 18 for driving card feed trolley to move on straight line conveying, wherein described straight
The length direction of line conveying is parallel with the axis direction of the turntable；It is described to deposit card module 15 and the difference of card-issuing module 16
The two sides of the straight line conveying are set.
Referring to Fig. 1-Figure 13, the trolley driving mechanism 18 includes the trolley drive motor that is arranged in cabinet 1 and the
One lead screw transmission mechanism, first lead screw transmission mechanism include the first screw rod and the first screw rod spiral shell with the cooperation of the first screw rod
It is female, wherein the length direction of first screw rod is parallel with the length direction of straight line conveying, and drives electricity with the trolley
The main shaft of machine connects；First feed screw nut is mounted on the card feed trolley.First is driven by trolley drive motor
Bar rotation, to drive the card feed trolley on the first feed screw nut and the first feed screw nut along the length of straight line conveying
Direction movement, to realize the carrying of card.
Referring to Fig. 5-Figure 10, the card feed trolley include rack 11, the card conveying 7-14 being arranged in rack 11,
Roller delivery mechanism 9 for driving smart card to move along the y axis on card conveying 7-14 and it is used for driving card
Piece carries out the card gripping body that exchanges of card with depositing in card conveying 7-14 between card module 15, wherein the idler wheel
The front and rear sides in rack 11 and being located at the card conveying 7-14 are arranged in conveying mechanism 9；The card gripping body
Clamping driving mechanism 8 including clamping device 7 and for driving clamping device 7 to move along Y direction, wherein the folder
Holding mechanism 7 includes gripping a 7-7 and being arranged in grip clamping piece on a 7-7 and for driving clamping piece to open
It opens or the opening and closing driving mechanism of closing motion.In this way, by the way that roller delivery mechanism is arranged in the two sides of card conveying 7-14
9, the card-issuing module 16 of card feed trolley and straight line conveying two sides may be implemented and deposit the friendship for carrying out card between card module 15
It changes, and card gripping body is set, the smart card in the Card storing slot in turntable can be taken out simultaneously by way of clamping
It is transported to card feed trolley, or the smart card in card feed trolley is conveyed completely into the Card storing slot of turntable, thus more preferably
Realize that card feed trolley realizes that card exchanges between card module 15 with depositing in ground.In addition, the card gripping body can also be with rolling
It takes turns conveying mechanism 9 to cooperate, to preferably complete card feed trolley and card-issuing module 16 and deposit the card between card module 15
Exchange.
Referring to Fig. 5-Figure 10, the clamping piece is made of upper grip block 7-1 and lower grip block 7-2, wherein upper grip block 7-
One end of 1 and lower grip block 7-2 is connecting pin, and the other end of upper grip block 7-1 and lower grip block 7-2 are for carrying out to card
The clamping end of clamping, the connecting pin and gripping are rotatablely connected between a 7-7；Wherein, under the connecting pin upper grip block 7-1
Portion is equipped with incomplete gear 7-3, and the top of the lower connecting pin grip block 7-2 is equipped with incomplete lower gear 7-4, incomplete gear
It is intermeshed between 7-3 and incomplete lower gear 7-4；The opening and closing driving mechanism includes spring and for driving upper grip block 7-
1 or lower grip block 7-2 is moved toward one another or heterodromous opening and closing power-driven mechanism, wherein the elastic force of the spring promotes
Upper grip block 7-1 and lower grip block 7-2 are in clamped closed state；The opening and closing power-driven mechanism is made of electromagnet 7-5,
The electromagnet 7-5 is gripped on a 7-7 described in being mounted on, the telescopic rod 7-6 of electromagnet 7-5 and the upper grip block 7-
1 rotation connection.In this way, electromagnet 7-5 obtains electric, telescopic rod 7-6 is driven to move upwards, so that upper grip block 7-1 be driven to transport upwards
It is dynamic, due to being provided with incomplete gear 7-3 and incomplete lower gear 7-4 between upper grip block 7-1 and lower grip block 7-2, and
It is intermeshed between incomplete gear 7-3 and incomplete lower gear 7-4, therefore upper grip block 7-1 is when moving upwards, lower folder
It holds block 7-2 also to move downward, so that the upper grip block 7-1 and lower grip block 7-2 are in open configuration.As electromagnet 7-
When 5 power loss, the upper grip block 7-1 is moved downward under the elastic force effect of spring, and lower grip block 7-2 is then moved upwards, this
Sample allows for the upper grip block 7-1 and lower grip block 7-2 is in closed state.In addition to the embodiments described above, the opening and closing are dynamic
Power drive mechanism can also be in such a way that motor be combined with lead screw transmission mechanism or upper grip block 7-1 and lower grip block 7-2
Pass through two motor drivens respectively.
Referring to Fig. 5-Figure 10, the clamping driving mechanism 8 includes that the rack gear 8-3 gripped on a 7-7, setting is arranged in
The clamping driving motor 8- with the rack gear 8-3 meshed gears 8-2 and for driving gear 8-2 to rotate in rack 11
1, wherein the length direction of the rack gear 8-3 is parallel with the card conveying 7-14；The rotary drive motor 8-1 peace
In rack 11, the main shaft of rotary drive motor 8-1 is connect with the gear 8-2；It is described grip a 7-7 with it is described
Guiding mechanism 8-6 is additionally provided between rack 11, the guiding mechanism 8-6 includes that the guiding gripped on a 7-7 is arranged in
Block and the guide rail being arranged in the rack 11, wherein the length direction of the guide rail and the length of card conveying 7-14
Degree direction is parallel, and the guide pad is mounted on the guide rail.In this way, being turned by clamping driving motor 8-1 band moving gear 8-2
It is dynamic, thus moved with carry-over bar 8-3 and the clamping device being mounted on rack gear 8-3 7 along the axis direction perpendicular to turntable,
To realize the access of card.
Referring to Fig. 5-Figure 10, the roller delivery mechanism 9 includes the upper roller that the upper end card conveying 7-14 is arranged in
9-1, the bottom roller 9-2 that the lower end card conveying 7-14 is set and for driving upper roller 9-1 or bottom roller 9-2 to rotate
Roller driving mechanism 10, wherein the upper roller 9-1 and bottom roller 9-2 is two groups, two groups of upper roller 9-1 and bottom roller
9-2 is located at the two sides in the card conveying 7-14 along its length；The roller driving mechanism 10 includes rolling
Wheel drive motor 10-1 and synchronous belt drive mechanism, wherein the synchronous belt drive mechanism include active synchronization wheel 10-2, from
Dynamic synchronizing wheel 10-3 and synchronous belt 10-4；The idler wheel driving motor 10-1 is mounted in the rack 11, idler wheel driving
The main shaft of motor 10-1 is connect with the active synchronization wheel 10-2, the driven synchronizing wheel 10-3 and the upper roller 9-1 or under
Idler wheel 9-2 connection, the synchronous belt 10-4 are looped around on the active synchronization wheel 10-2 and the driven synchronizing wheel 10-3.Pass through
Idler wheel driving motor 10-1 drives upper roller 9-1 or bottom roller 9-2 rotation, to drive card on card conveying 7-14
Movement, and then card is sent between the upper grip block 7-1 and lower grip block 7-2 in clamping device 7, then pass through clamping driving
Mechanism 8 drives clamping device 7 to move, to card feeding be deposited in card module 15, or by being arranged in card conveying
The roller delivery mechanism 9 of the two sides 7-14, may be implemented card feed trolley and straight line conveying two sides each sub-function module it
Between carry out card exchange.
Referring to Fig. 5-Figure 10, card reading module 12 is additionally provided in the card feed trolley, the card reading module 12 includes that setting exists
Card reading fixing seat in rack 11, the card reading probe being arranged in card reading fixing seat and for driving card reading fixing seat vertically to transport
The dynamic vertical driving mechanism to complete card reading movement, wherein the vertical driving mechanism includes being arranged to grip seat described
Compact heap 7-10 on 7-7 and the contact roller being arranged in the card reading fixing seat, wherein the card reading fixing seat passes through perpendicular
It is mounted in the rack 11 to sliding equipment 13, spring, the bullet is provided between the card reading fixing seat and the rack 11
The elastic force of spring promotes the card reading probe in the card reading fixing seat to separate with the upper surface of card；The lower end of the compact heap 7-10
It is provided with towards the acclivitous seal face 7-11 in the direction of the card inlet of the card feed trolley, when the clamping driving mechanism 8
When the clamping device 7 being driven to move back into initial position along the y axis, the compact heap 7-10 gripped on a 7-7
It is pressed down against the contact roller and is connect with the upper surface for promoting the card reading fixing seat to move downwardly to the card reading probe and card
Touching.Roller delivery mechanism 9 by card from card-issuing module 16 or deposit card feed trolley is transitioned into card module 15 when, clamping driving
Mechanism 8 drives clamping device 7 to return to initial position, so that the compact heap 7-10 gripped on a 7-7 is pressed down against reading
Fix the contact roller in reservation so that the card reading fixing seat move downwardly to card reading probe in the card reading fixing seat with
Card contact, to read the essential information of card, and then judges whether the smart card is the smart card to be got of user.When
After having detected information, the clamping driving mechanism 8 drives clamping device 7 to move, so that the compact heap 7-10 and the compression
Wheel separation, so that the card reading fixing seat moves upwards under the action of elastic element, so that in card reading fixing seat
Card reading probe separated with the chip on smart card.By the way that above-mentioned card reading module 12 is arranged, it is small that the card feed can be greatly improved
The handling precision of vehicle.
In addition to the embodiments described above, vertical driving mechanism can also directly adopt the driving method of cylinder driving, Huo Zhe electricity
The mode of driving method or electromagnetic drive that machine is combined with lead screw transmission mechanism.
Referring to Fig. 5-Figure 10, the clamping driving mechanism 8 further includes the first testing agency, and first testing agency includes
The first photoelectric sensor 8- that the first detection lug 8-5 gripped on a 7-7 is set and is arranged in rack 11
4, the first detection lug 8-5 is located within the detection range of first photoelectric sensor 8-4.In this way, when clamping driving mechanism 8
When clamping device 7 being driven to move, the first detection lug 8-5 is also moved therewith, passes through the first photoelectric sensor 8-4 detection first
The position of detection lug 8-5, so that control system can control the maximum stroke movement of clamping device 7, to avoid the clamping
The excess of stroke occurs during the motion for mechanism 7.
Referring to Fig. 5-Figure 10, the opening and closing driving mechanism further includes the second testing agency, and second testing agency includes
With the upper grip block 7-1 the second detection lug 7-12 connecting and the second photoelectric sensing gripped on a 7-7 is set
Device 7-13, wherein the second detection lug 7-12 is slidably connected with the upper grip block 7-1.As the second detection lug 7-12
With the rotation of upper grip block 7-1 when vertical motion, detect the second detection lug 7-12's by the second photoelectric sensor 7-13
Position to limit the maximum rotation angle of the upper grip block 7-1 and lower grip block 7-2, and then avoids the folder because excessive
Holding force and lose card.
It further include for driving the card-issuing module 16 along parallel referring to Fig. 1-Figure 13, in the first card drawing device 2
In the conveying mechanism 17 that the length direction of straight line conveying moves, wherein the card-issuing module 16 in the first card drawing device 2
To be multiple, the multiple card-issuing module 16 is connected by mounting base；The conveying mechanism 17 includes setting in first storage
Horizontal drive motor and the second lead screw transmission mechanism in space, wherein second lead screw transmission mechanism includes second
Bar and the second feed screw nut cooperated with the second screw rod, the length direction of second screw rod and the length of straight line conveying
Direction is parallel, and connect with the main shaft of the horizontal drive motor；Second feed screw nut is mounted in the mounting base.Its
Purpose is, the rotation of the second screw rod is driven by horizontal drive motor, to drive 16 edge of multiple card-issuing modules in mounting base
Straight line conveying conveying direction movement, so that staff be facilitated to add card in the cartridge into multiple card-issuing modules 16
Piece.Relative to by the way of hauling out by the first card drawing device 2 by supporting plate and adding card, the double-deck great Rong of the utility model
The stability for measuring smart card card drawing machine is more preferable, because hauling out the first card drawing device 2 using by supporting plate and adding the side of card
Formula will lead to the center of gravity biased forwards of the double-deck smart card with large capacity card drawing machine, be easy to cause equipment to collapse, to cause not
Repairable loss.
Referring to Fig. 1-Figure 13, the card-issuing module 16 in the second card drawing device 3 is single, and is arranged and leads in straight line conveying
The head end of rail.
Referring to Fig. 1-Figure 13, the first card drawing device 2 and the second card drawing device 3 further include card rotary conveying mechanism
19, the card rotary conveying mechanism 19 is located at the end of the straight line conveying, which is used for
Card feed trolley is carried after the card to come is rotated by 90 ° and is sent to bayonet out.It, can by the way that card rotary conveying mechanism 19 is arranged
It is sent with carrying card feed trolley after the card to come is rotated by 90 ° to bayonet out, can thus make the first card drawing device 2
It can be with reasonable Arrangement, to be conducive to reduce the double-deck large capacity of the utility model with the modules in the second card drawing device 3
The floor space and volume of smart card card drawing machine.The specific structure of card rotary conveying mechanism 19 in the utility model is referred to
Authorization Notice No. be CN205526553U utility model patent in " two different card transports of a kind of conveying direction it
Between card transition apparatus " implement.
Referring to Fig. 1-Figure 13, the first card drawing device 2 and the second card drawing device 3 are at card rotary conveying mechanism 19
It is provided with the rejected IC card recycle mechanism 20 for recycling useless card.By the way that rejected IC card recycle mechanism 20 is arranged, when card feed trolley was being carried
When detecting that carried card is the card that useless card, blank card or control system are not recorded in journey, the card feed trolley is just
Card can be transported at card rotary conveying mechanism 19, which is directly transported to useless by the card rotary conveying mechanism 19
In card recovering mechanism 20.
Rejected IC card recycle mechanism 20 in the utility model can be an independent cartridge, be also referred to application No. is
" a kind of card for positioning access card " that 201720971232.0 patent of invention is recorded is implemented.
Preferably, the bottom of second parking space is provided with supporting plate, the two sides of the supporting plate by sliding equipment with
The side wall of the cabinet 1 connects, and the second card drawing device 3 is arranged on the supporting plate.
Referring to Figure 11-Figure 13, the cabinet 1 is provided with third parking space in the upper end of the first parking space, and described
The old bayonet lock that three parking spaces are provided with for destroying old card ruins module 4, and the cabinet 1 is to ruin module 4 with the old bayonet lock right
It answers and card recovery port of haveing been friends in the past is set at position；It includes for eliminating disappearing for the information of the magnetic stripe on old card that the old bayonet lock, which ruins module 4,
Magnetic mechanism 21 and for being punched into notch on old card to achieve the purpose that the card dinking machine structure 22 for destroying old card, wherein
The card inlet of the demagnetization module is connected to the old card recovery port, and the card inlet of bayonet and the card dinking machine structure 22 connects out
It is logical., can be by old card insertion into old card recovery port in this way, when the card that user more renews, then the old card will be conveyed
The degaussing into demagnetizing mechanism 21, i.e., the information that magnetic stripe is recorded in elimination card, is then transported in card dinking machine structure 22 again, leads to
Crossing card dinking machine structure 22, portion is punched into one or more notch within a smart card, to realize the destruction to old card, has in this way
Conducive to the essential information and personal property safety of protection user.
Referring to Figure 11-Figure 13, the card dinking machine structure 22 includes support frame 22-1, rushing on support frame 22-1 is arranged in
Cut mechanism and rotating wheel transmission mechanism, wherein the punching mechanism includes punching seat 22-2, the knife being arranged on support frame 22-1
Seat 22-3, the cutter 22-4 being mounted on tool apron 22-3 and the vertical punching mechanism for driving tool apron 22-3 vertical motion,
Wherein, delivery chute is provided on the punching seat 22-2, the delivery chute is connected to the bayonet that goes out of the demagnetizing mechanism 21, described
Cutter 22-4 is vertically arranged, and the punching seat 22-2 is provided with avoid holes in the corresponding position with the cutter 22-4；It is described
The two sides of the punching seat 22-2 are arranged in rotating wheel transmission mechanism, are provided on the punching seat 22-2 for avoiding the runner
The escape port 22-7 of driving mechanism.The old card after demagnetization is transported to the delivery chute being punched in seat 22-2 by rotating wheel transmission mechanism
Cutter 22-4 vertical motion interior, that then vertical punching mechanism drives tool apron 22-3 and is mounted on tool apron 22-3, thus
A through-hole is punched on card, this also means that the card has cancelled.
Referring to Figure 11-Figure 13, the vertical punching mechanism includes rotating block 22-9 and for driving the rotating block 22-
The vertical punching motor 22-8 of 9 rotations, wherein the vertical punching motor 22-8 is mounted on support frame as described above 22-1, this is perpendicular
It is connect to the main shaft of punching motor 22-8 with one end of the rotating block 22-9, the other end and the knife of the rotating block 22-9
The axis direction of the main shaft of seat 22-3 rotation connection, the axis of the center of rotation of the rotation connection and vertical punching motor 22-8
In parallel；The tool apron 22-3 is provided between support frame as described above 22-1 to be oriented to for the vertical motion to tool apron 22-3
Vertical guiding mechanism, the vertical guiding mechanism includes the guide holder 22-10 being arranged on support frame as described above 22-1, described to lead
It is provided on seat vertically extending with the guide groove 22-11, the guide groove 22-11 of tool apron 22-3 cooperation.By vertical
It is punched motor 22-8 and drives rotating block 22-9 rotation, so that tool apron 22-3 is driven to rotate, but due to tool apron 22-3 and support frame
It is provided with vertical guiding mechanism between 22-1, and is rotatablely connected between rotating block 22-9 and tool apron 22-3, the rotation connection
The axis of center of rotation is parallel with the vertical punching axis direction of main shaft of motor 22-8, thus the tool apron 22-3 can only do it is perpendicular
To movement, to drive cutter 22-4 vertical motion to complete the destruction to old card.
Referring to Figure 11-Figure 13, the card dinking machine structure 22 further includes third testing agency, the third testing agency packet
It includes the shielding plate 22-13 that the upper end the tool apron 22-3 is set and the third photoelectric sensor of the guide holder upper end is set
22-12, wherein the shielding plate 22-13 is located in the detection range of the detection mouth of the third photoelectric sensor 22-12.This
Sample can be used to detect the position of cutter 22-4, the vertical motion of cutter 22-4 is controlled with this by the way that third testing agency is arranged
Stroke.
Referring to Figure 11-Figure 13, the runner driving mechanism includes being arranged in above the delivery chute of the punching seat 22-2
Upper runner 22-5, be arranged in it is described punching seat 22-2 delivery chute below lower runner 22-6 and for driving upper runner 22-5
Or the runner driving mechanism of lower runner 22-6 rotation, wherein the runner driving mechanism include runner driving motor 22-14 and
Synchronous drive mechanism, the synchronous drive mechanism include active synchronization wheel 22-16, driven synchronizing wheel 22-17 and are looped around institute
State the synchronous belt 22-18 on active synchronization wheel 22-16 and driven synchronizing wheel 22-17, wherein the active synchronization wheel 22-16 peace
On the main shaft of the runner driving motor 22-14, the driven synchronizing wheel 22-17 coaxially connects with the lower runner 22-6
It connects.Synchronous drive mechanism movement is driven by runner driving motor 22-14, to drive lower runner 22-6 rotation, is realized with this
Old card is sent into or is sent out in card dinking machine structure 22.
Referring to Figure 11-Figure 13, the card dinking machine structure 22 further include for detect card whether completely into punching
The two sides of the punching seat 22-2, detector 22-15 is arranged in detector 22-15, the detector 22-15 in seat 22-2
Detection mouth with it is described punching seat 22-2 delivery chute be connected to.It can be used for detecting card by the way that two detector 22-15 are arranged
Whether completely into punching seat 22-2, when card is completely into when being punched in seat 22-2, it is defeated that control system controls runner
Mechanism stop motion is sent, and vertical punching mechanism is waited to drive cutter 22-4 vertical motion to be punched into notch on the card,
To complete the destruction work to old card.
Referring to Fig. 1-Figure 13, the double-deck smart card with large capacity card drawing machine of the utility model further includes setting in 1 front side of cabinet
Display module, fingerprint identification module, ID card information identification module, keyboard input module, list print module 5 and control
System, wherein the list print module 5 is arranged in the third parking space, the cabinet 1 with the list print
The corresponding position of module 5 is provided with inventory outlet；The first card drawing device 2, the second card drawing device 3, display module, fingerprint
Identification module, ID card information identification module, keyboard input module and list print module 5 are connect with control device respectively.
Referring to Fig. 1-Figure 13, the working principle of the double-deck smart card with large capacity card drawing machine of the utility model is:
Before work, the smart card made is put into the first card drawing device 2 and the second card drawing device 3 by staff
Card-issuing module 16 in, then, card is transported to by card conveyor module to be deposited in card module 15.When user needs to get card
When, the card conveyor module will deposit corresponding card in card module 15 and take out and send it to this to deposit card module 15 corresponding
Parking space go out at bayonet, such as the card to be got of user depositing in card module 15 in the second parking space, that
It is just transported in the second parking space by the card conveyor module in the second card drawing device 3 and goes out bayonet；If user
The card to be got depositing in card module 15 in the first parking space, then just defeated by the card in the first card drawing device 2
It send module to be transported at the inward and outward card channel in the first parking space, allows for the first card drawing device 2 and the second card drawing in this way
Device 3 can work independently, and since the first card drawing device 2 and the second card drawing device 3 are vertically arranged, this not only expands this reality
Card capacity is deposited with the novel double-deck smart card with large capacity card drawing machine, and takes full advantage of vertical direction spatial, so that the smart card
The occupied area of card drawing machine does not increase.Further, since work independently between the first card drawing device 2 and the second card drawing device 3, and
The first card drawing device 2 and the second card drawing device 3 are provided with card conveyor module, in this way while card capacity is deposited in increase,
The hair fastener speed of the double-deck smart card with large capacity card drawing machine of the utility model is not interfered with.
Above-mentioned is the preferable embodiment of the utility model, but the embodiments of the present invention is not by above content
It limits, it is made under other any spiritual essence and principles without departing from the utility model to change, modification, substitution, combine, letter
Change, should be equivalent substitute mode, be included within the protection scope of the utility model.
Claims (10)
1. a kind of bilayer smart card with large capacity card drawing machine, exists including cabinet and the card drawing device being arranged in cabinet, feature
In,
The first parking space and the second parking space being arranged in a vertical direction are provided in the cabinet, wherein described first
Parking space is located at the top of the second parking space, and the card drawing device is two groups, is separately positioned on the first parking space and the
In two parking spaces, wherein first parking space and the second parking space are provided with out bayonet；Setting is in the first storage
Card drawing device in space is the first card drawing device, and the card drawing device being arranged in the second parking space is the second card drawing device,
The first card drawing device and the second card drawing device include card-issuing module, deposit card module and for sending out card-issuing module
The card come, which is transported to deposit card module or the card deposited in card module is sent to this, deposits parking space belonging to card module
The card conveyor module of bayonet out.
2. bilayer smart card with large capacity card drawing machine according to claim 1, which is characterized in that the card module of depositing includes branch
Frame, the turntable being arranged on bracket and for drive turntable rotate rotary disc driving mechanism, wherein the turntable be it is multiple,
Described multiple turntable coaxial arrangements, for driving, the multiple turntable rotates synchronously the rotary disc driving mechanism or driving is each
Turntable individually rotates.
3. bilayer smart card with large capacity card drawing machine according to claim 2, which is characterized in that the card conveyor module packet
Include straight line conveying, the card feed trolley that is arranged on straight line conveying and for driving card feed trolley to lead in straight line conveying
The trolley driving mechanism moved on rail, wherein the length direction of the straight line conveying and the axis direction of the turntable are flat
Row；It is described to deposit card module and card-issuing module is separately positioned on the two sides of the straight line conveying.
4. bilayer smart card with large capacity card drawing machine according to claim 3, which is characterized in that in the first card drawing device
It further include the conveying mechanism for driving the card-issuing module to move along the length direction for being parallel to straight line conveying,
In, card-issuing module in the first card drawing device be it is multiple, the multiple card-issuing module passes through mounting base connection；The conveying
Mechanism includes the horizontal drive motor being arranged in first parking space and the second lead screw transmission mechanism, wherein described
Second lead screw transmission mechanism includes the second screw rod and the second feed screw nut with the cooperation of the second screw rod, the length of second screw rod
It is parallel with the length direction of straight line conveying to spend direction, and is connect with the main shaft of the horizontal drive motor；Described second
Stem nut is mounted in the mounting base.
5. bilayer smart card with large capacity card drawing machine according to claim 3, which is characterized in that the card drawing device further includes
Card rotary conveying mechanism, the card rotary conveying mechanism are located at the end of the straight line conveying, and card rotation is defeated
Mechanism is sent to be sent to the bayonet out of this layer of parking space after the card to come is rotated by 90 ° for carrying card feed trolley.
6. bilayer smart card with large capacity card drawing machine according to claim 5, which is characterized in that the first card drawing device and
Second card drawing device is provided with the rejected IC card recycle mechanism for recycling useless card at card rotary conveying mechanism.
7. bilayer smart card with large capacity card drawing machine according to claim 1, which is characterized in that the cabinet is in the first storage
The upper end in space is provided with third parking space, and the old bayonet lock that the third parking space is provided with for destroying old card ruins mould
Block, the cabinet are had been friends in the past card recovery port ruining the setting of module corresponding position with the old bayonet lock；The old bayonet lock ruins module packet
Include the demagnetizing mechanism of the information for eliminating the magnetic stripe on old card and for being punched into notch on old card with reach destroy it is old
The card dinking machine structure of the purpose of card, wherein the card inlet of the demagnetizing mechanism is connected to the old card recovery port, out bayonet with
The card inlet of the card dinking machine structure is connected to.
8. bilayer smart card with large capacity card drawing machine according to claim 7, which is characterized in that the card dinking machine structure packet
Include support frame, the punching mechanism and rotating wheel transmission mechanism of setting on the support frame, wherein the punching mechanism includes that setting exists
Punching seat, tool apron, the cutter being mounted on tool apron and the vertical bicker for driving tool apron vertical motion on support frame
Structure, wherein delivery chute is provided on the punching seat, the delivery chute is connected to the bayonet that goes out of the demagnetizing mechanism, described to cut
Knife is vertically arranged, and the punching seat is provided with avoid holes in the corresponding position with the cutter；The rotating wheel transmission mechanism is set
Set the escape port being provided on the two sides of the punching seat, the punching seat for avoiding the rotating wheel transmission mechanism.
9. bilayer smart card with large capacity card drawing machine according to claim 8, which is characterized in that the vertical punching mechanism packet
Include rotating block and the vertical punching motor for driving the rotating block rotation, wherein the vertical punching motor is mounted on
On support frame as described above, which connect with one end of the rotating block, the other end of the rotating block with
The axis direction of the main shaft of the tool apron rotation connection, the axis of the center of rotation of the rotation connection and vertical punching motor is flat
Row；The tool apron is provided with the vertical Guiding machine being oriented to for the vertical motion to tool apron between support frame as described above
Structure, the vertical guiding mechanism include the guide holder being arranged on support frame as described above, are provided on the guide holder and the knife
The guide groove of seat cooperation, the guide groove are vertically extending.
10. bilayer smart card with large capacity card drawing machine according to claim 9, which is characterized in that the card dinking machine structure
It further include for whether detecting card completely into the detector in punching seat, the punching seat is arranged in the detector
Two sides, the detection mouth of the detector are connected to the delivery chute of the punching seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920345485.6U CN209591002U (en) | 2019-03-18 | 2019-03-18 | A kind of bilayer smart card with large capacity card drawing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920345485.6U CN209591002U (en) | 2019-03-18 | 2019-03-18 | A kind of bilayer smart card with large capacity card drawing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209591002U true CN209591002U (en) | 2019-11-05 |
Family
ID=68374343
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920345485.6U Expired - Fee Related CN209591002U (en) | 2019-03-18 | 2019-03-18 | A kind of bilayer smart card with large capacity card drawing machine |
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| CN (1) | CN209591002U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109741548A (en) * | 2019-03-18 | 2019-05-10 | 广州明森科技股份有限公司 | A kind of bilayer smart card with large capacity card drawing machine |
-
2019
- 2019-03-18 CN CN201920345485.6U patent/CN209591002U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109741548A (en) * | 2019-03-18 | 2019-05-10 | 广州明森科技股份有限公司 | A kind of bilayer smart card with large capacity card drawing machine |
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