CN203746094U - Intelligent card ordering apparatus - Google Patents
Intelligent card ordering apparatus Download PDFInfo
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- CN203746094U CN203746094U CN201320848619.9U CN201320848619U CN203746094U CN 203746094 U CN203746094 U CN 203746094U CN 201320848619 U CN201320848619 U CN 201320848619U CN 203746094 U CN203746094 U CN 203746094U
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Abstract
The utility model discloses an intelligent card ordering apparatus, comprising a conveying mechanism, a card issuing apparatus, a card surface information reading apparatus, a card arrangement apparatus and a card arrangement apparatus motion control apparatus. The card arrangement apparatus comprises a card arrangement rotating disk which is composed of an inner ring, an outer ring and spokes connected between the inner ring and the outer ring; a plurality of card collecting channels arranged in a circumferential direction are uniformly distributed between the inner ring and the outer ring; each card collecting channel is composed of an outer channel and an inner channel oppositely arranged on opposite surfaces of the outer ring and the inner ring. An intelligent card to be ordered is corresponding with one of the card collecting channels; when all the intelligent cards to be ordered are inserted into corresponding card collecting channels, the arrangement order of the intelligent cards in the card collecting channels is a draft order. The card surface information reading apparatus comprises a control unit and a driving mechanism. The intelligent card ordering apparatus can automatically arrange the intelligent cards to be ordered together, has high efficiency and can not easily be wrong.
Description
Technical field
The utility model relates to the process units of smart card, is specifically related to a kind of smart card collator.
Background technology
In the production of smart card, belong to a series of multiple smart cards and need to arrange in order (for example, arranging from small to large by card number), so that the realization of next process.The normally manual operation of existing arrangement mode, checks a whole set of smart card to be sorted one by one and sorts, and both wastes time and energy, and also easily makes mistakes, and especially, when in the time that the smart card quantity sorting is more, difficulty is larger.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and a kind of smart card collator is provided, and the smart card that this device can automatically be arranged needs is arranged together, and not only efficiency is high, is not easy to make mistakes.
Another object of the present utility model is to provide a kind of smart card sort method that above-mentioned smart card collator is realized of applying.
The technical scheme that the utility model is realized above-mentioned purpose is:
A kind of smart card collator, comprises conveying mechanism, card-issuing device, card surface information reading device, row's card device and arranges the motion control device of card device, wherein,
On described conveying mechanism, set gradually described card-issuing device, card surface information reading device and row's card device along throughput direction;
Described row's card device comprises row's card rotating disk, this row block rotating disk by inner ring, outer ring and be connected to inner ring and outer ring between spoke form, between described inner ring and outer ring, be evenly distributed with multiple allowed smart cards of along the circumferential direction arranging from axial insertion the truck groove in it, each truck groove forms by being located at exterior bayonet slot and inner card cage on the opposite face of outer ring and inner ring and that be oppositely arranged; Each sheet smart card to be sorted is corresponding with one of them truck groove, and is all inserted into after corresponding truck groove when the smart card of need sequence, the order that what these intelligence cards can be in truck groove putting in order and arranging for intending;
The motion control device of described row's card device comprises control module and driving mechanism, wherein, the card surface information of certain sheet smart card that described control module reads according to card surface information reading device, before this sheet smart card arrives row's card device, control driving mechanism orders about corresponding truck groove in row's card device and moves to the position that can allow this sheet smart card insert.
In smart card collator of the present utility model, the width of described spoke is the integral multiple of the distance between adjacent two truck grooves.
In smart card collator of the present utility model, also comprise push card device, this push card device comprises horizontal card pushing mechanism, longitudinally card pushing mechanism and receipts draw-in groove, wherein, laterally card pushing mechanism by laterally push away dop and with laterally push away the transversal stretching mechanism that dop is connected and form, longitudinal card pushing mechanism by longitudinally push away dop and with longitudinally push away the longitudinal extension mechanism that dop is connected and form; Described horizontal card pushing mechanism is arranged on a side of row's card rotating disk, longitudinally card pushing mechanism and receipts draw-in groove are arranged on the opposite side of row's card rotating disk, and wherein, the described dop that laterally pushes away is along transversal stretching, described receipts draw-in groove longitudinally arranges, the described dop that longitudinally pushes away is arranged on and receives the end of draw-in groove and longitudinally flexible.
In smart card collator of the present utility model, the outer side edges of described receipts draw-in groove is provided with buffer stopper, and this buffer stopper is right against the described dop that laterally pushes away.
In smart card collator of the present utility model, the junction that described row blocks rotating disk and conveying mechanism is provided with auxiliary push card device, this auxiliary push card device comprises transverse moving mechanism and vertical travel mechanism, wherein, the flexible transverse shifting telescoping mechanism of the throughput direction along conveying mechanism that described transverse moving mechanism comprises traversing carriage and is connected with traversing carriage, described vertical travel mechanism comprise push away fixture block and with push away that fixture block is connected along vertical flexible vertical moving telescopic mechanism, described vertical moving telescopic mechanism is connected on traversing carriage.
In smart card collator of the present utility model, also comprise sorting receipts card device, this sorting is received card device and is comprised receipts cartridge and card pushing mechanism, and described receipts cartridge is arranged at the top of conveying mechanism, and described card pushing mechanism is arranged at the below of receiving cartridge;
And comprising chip information calibration equipment, this chip information calibration equipment comprises chip information read-write equipment.
In smart card collator of the present utility model, the driving mechanism in the motion control device of described row's card device comprises motor and connects motor and the synchronous belt drive mechanism of row's card rotating disk.
In smart card collator of the present utility model, the both sides that described row blocks the inner ring of rotating disk are provided with the safe edge extending towards outer ring being fixed in frame, wherein, the safe edge of a side corresponding with smart card insertion position is provided with and enters bayonet socket for what allow smart card inserts, and the safe edge of opposite side is provided with for allowing the bayonet socket that goes out that smart card releases:
Described go out the top of bayonet socket be provided with card holding device, the block that this card holding device comprises vertically flexible cylinder and is connected with this cylinder, under normality, described block is barred from out the top place of bayonet socket, while pushing away card, the described top that is upwards raised up to out bayonet socket with cylinder.
Apply the smart card sort method that above-mentioned smart card collator is realized, comprise the following steps:
(1) multiple smart cards to be sorted are placed in card-issuing device, and distribute to conveying mechanism one by one;
(2) conveying mechanism is sent smart card into card surface information reading device seriatim, card surface information reading device reads after the card surface information of smart card, this card surface information and former database are compared to the serial number of determining in the truck groove of this sheet smart card in row's card rotating disk, and this serial number is flowed to the motion control device of row's card device;
(3) smart card reading after card surface information is continued to be fed forward by conveying mechanism, before this smart card arrives row's card device, the described serial number that the motion control device of row's card device sends according to card surface information reading device, order about the truck groove corresponding with this serial number in row's card device by control driving mechanism and move to the position that can allow this sheet smart card insert, then, described smart card is inserted in described truck groove;
(4) constantly repeat above-mentioned steps (1)～(3), until the smart card of the sequence that needs all in the respective episode draw-in groove of the row's of being inserted into card device, completes sequence.
In smart card sort method of the present utility model, in the time that described smart card collator has sorting receipts card device and comprises chip information calibration equipment, in step (3), also comprise the step that sorts out inhomogeneity smart card, this separation step is: read after the card surface information of smart card by card surface information reading device, this card surface information and former database are compared and judged whether this smart card belongs to smart card to be sorted, if, this smart card continues to be fed forward and sorts, if not, receive card device by described sorting and collected;
Meanwhile, judge correctness and the integrality of smart card chips information by chip information calibration equipment, if met the requirements, this smart card continues to be fed forward and sorts, if undesirable, receive card device by described sorting and is collected.
Principle of work of the present utility model is: by multiple truck grooves arranged together being set in row's card device, these truck grooves and smart card to be sorted are mapped one by one, the corresponding truck groove of every sheet smart card, and these smart cards to be sorted putting in order in truck groove is: be sequentially arranged in truck groove by the order of intending arranging, that is when need sequence smart card be all inserted into after corresponding truck groove, these intelligence putting in order in truck groove be intend arrange order; On this basis, read one by one the card surface information of smart card to be sorted by card surface information reading device, judge by the card surface information reading which truck groove this smart card should enter, and before this smart card is about to the row's of arrival card device, motion control device control row card device by row's card device moves, make corresponding truck groove turn to the position that can allow this smart card insert in conveying mechanism, then this smart card is inserted in this corresponding truck groove; After the smart card of need sequence all inserts in truck groove, these smart cards are just by continuous being arranged in truck groove of the order of quasi-ordering.
The utility model compared with prior art has following beneficial effect:
By cooperatively interacting of card surface information reading device and row's card device, can automatically complete the arrangement of complete smart card, both convenient and swift, be also not easy to make mistakes, greatly improve production efficiency.
Brief description of the drawings
Fig. 1 is the simplified schematic diagram of an embodiment of smart card collator of the present utility model.
Fig. 2 is the perspective view of an embodiment of smart card collator of the present utility model.
Fig. 3 is the perspective view at another visual angle of structure shown in Fig. 2.
Fig. 4 is the partial structurtes schematic diagram of structure shown in Fig. 2.
Fig. 5 is the I place partial enlarged drawing of Fig. 4.
Fig. 6 is the structural representation at auxiliary push card device place in Fig. 2.
Fig. 7 is the structural representation of arranging card device and push card device part in Fig. 3.
Fig. 8 is the perspective view of row's card rotating disk in Fig. 1 illustrated embodiment.
Fig. 9 is the sectional view of the card of row shown in Fig. 8 rotating disk.
Embodiment
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 to this.
Referring to Fig. 1～Fig. 3, smart card collator of the present utility model is mainly made up of frame 2 and the motion control device and the push card device etc. that are located at conveying mechanism 3 in frame 2, card-issuing device 4, card surface information reading device 5, row's card device, row's card device.
Referring to Fig. 1～Fig. 3, described conveying mechanism 3 is intermittent delivery mechanism, is made up of propulsion system, Timing Belt and the moving tooth that is located on Timing Belt, and once, a smart card 1 of every group of moving tooth clamping moves a station to the every movement of Timing Belt; On this conveying mechanism 3, set gradually described card-issuing device 4, card surface information reading device 5 and row's card device along throughput direction.
Referring to Fig. 1～Fig. 9, described row's card device comprises row card rotating disk 6, this row block rotating disk 6 by inner ring 6-7, outer ring 6-6 and be connected to inner ring 6-7 and outer ring 6-6 between spoke 6-8 form, described spoke 6-8 connects into as a whole by inner ring 6-7 and outer ring 6-6; Between described inner ring 6-7 and outer ring 6-6, be evenly distributed with multiple allowed smart cards 1 of along the circumferential direction arranging from axial insertion the truck groove in it, each truck groove forms by being located at exterior bayonet slot 6-1 and inner card cage 6-5 on the opposite face of outer ring 6-6 and inner ring 6-7 and that be oppositely arranged.The both sides of described inner ring 6-7 are provided with the safe edge 6-2 extending towards outer ring 6-7 being fixed in frame 2, for carrying out spacing to smart card 1, wherein, the safe edge 6-2 of a side corresponding with smart card 1 insertion position is provided with into bayonet socket 6-3, smart card 1 enters bayonet socket 6-3 to enter in truck groove from this, in the time that smart card 1 will enter certain truck groove, this truck groove turns to this and enters the position that bayonet socket 6-3 is corresponding; The safe edge 6-2 of opposite side is provided with out bayonet socket 6-4, and smart card 1 goes out bayonet socket 6-4 to enter and receive draw-in groove 10 from this.Each sheet smart card 1 to be sorted is corresponding with one of them truck groove, and when need sequence smart card 1 be all inserted into after corresponding truck groove, these smart cards 1 in truck groove putting in order for intend arrange order.The quantity of truck groove should be greater than the quantity of smart card to be sorted 1, and the total smart card 1 that makes the quantity of smart card to be sorted 1 be less than described truck groove all can sort by this collator.For the convenience of controlling, the width of common described spoke 6-8 is the integral multiple of the distance between adjacent two truck grooves.
Described card surface information reading device 5 mainly comprises OCR reading device, for reading the card face Word message of smart card 1, for example, and the card number on bank card, the numbering on social security card etc., described OCR reading device can adopt existing OCR reading device to implement.
Referring to Fig. 1～Fig. 7, the motion control device of described row's card device comprises control module and driving mechanism, wherein, the card surface information of certain sheet smart card 1 that described control module reads according to card surface information reading device 5, before this sheet smart card 1 row's of arrival card device, control driving mechanism orders about corresponding truck groove in row's card device and moves to the position that can allow this sheet smart card 1 insert, and moves to the position corresponding with the described bayonet socket 6-3 of entering.Described control module receives after the card surface information of a certain sheet smart card 1, can judge this smart card 1 and should enter in which truck groove, then will enter between truck groove at this sheet smart card 1, and this truck groove is turned to into bayonet socket 6-3 place.Described driving mechanism is mainly made up of the synchronous belt drive mechanism of motor 16 and connection motor 16 and row's card rotating disk 6, the process of control module control truck groove motion is: by send a driving signal turning an angle to described motor 16, drive row's card rotating disk 6 to turn an angle by motor 16 and synchronous belt drive mechanism, control procedure is followed the principle of rotational angle minimum, namely arrange the differential seat angle between current location and the target location of card rotating disk 6 by judgement, rotate by the direction control row card rotating disk 6 of rotational angle minimum.
Referring to Fig. 1～Fig. 9, the effect of described push card device is the smart card arranging in truck groove 1 to take out collection, this push card device comprises horizontal card pushing mechanism 7, longitudinally card pushing mechanism 9 and receipts draw-in groove 10, wherein, laterally card pushing mechanism 7 by laterally push away dop 7-2 and with laterally push away the 7-1 of transversal stretching mechanism that dop 7-2 is connected and form, the described transversal stretching 7-1 of mechanism is cylinder, longitudinally card pushing mechanism 9 by longitudinally push away dop 9-2 and with longitudinally push away the longitudinal extension mechanism that dop 9-2 is connected and form, described longitudinal extension mechanism is cylinder; Described horizontal card pushing mechanism 7 rows' of being arranged on card rotating disks 6 and a side corresponding with smart card 1 insertion position, the longitudinally opposite side of card pushing mechanism 9 and receipts draw-in groove 10 rows' of being arranged on card rotating disks 6, wherein, the described dop 7-2 that laterally pushes away is along transversal stretching, described receipts draw-in groove 10 longitudinally arranges, the described dop 9-2 that longitudinally pushes away is arranged on and receives the end of draw-in groove 10 and longitudinally flexible.The width of the width of described receipts draw-in groove 10 and smart card 1 is suitable, one end with laterally push away dop 7-2 and join, the other end forward row of extending to blocks outside rotating disk 6.The described fan-like pattern that is shaped as that laterally pushes away dop 7-2, and in row's card rotating disk 6, the spatial form between two spoke 6-8 matches.The principle of work of this push card device is: after smart card 1 is all arranged in truck groove, described horizontal card pushing mechanism 7 pushes receive smart card 1 to draw-in groove 10 several times, laterally in card pushing mechanism 7 laterally push away dop 7-2 once by part smart card 1 after going out bayonet socket 6-4 and shifting onto and receive draw-in groove 10, longitudinally card pushing mechanism 9 is pushed this part smart card 1 to receive to the other end of draw-in groove 10, then row's card rotating disk 6 rotates an angle, laterally card pushing mechanism 7 pushes receive another part smart card 1 in truck groove to draw-in groove 10, then longitudinal card pushing mechanism 9 is pushed this part smart card 1 to receive to the other end of draw-in groove 10, so repeatedly (quantity in the space between concrete number of times and two spoke 6-8 is identical, that is once release two smart cards 1 between spoke 6-8), the most all smart cards 1 are all released and are received in draw-in groove 10.Referring to Fig. 3, smart card 1 is shifted onto while receiving in draw-in groove 10 laterally pushing away dop 7-2, owing to thering is certain impulsive force, easily destroy and receive draw-in groove 10 and smart card 1, also can produce larger vibration simultaneously, for this reason, the outer side edges of described receipts draw-in groove 10 is provided with buffer stopper 11, this buffer stopper 11 is right against the described dop 7-2 that laterally pushes away, this buffer stopper 11 is realized buffering by spring is set, in the time that smart card 1 is laterally pushed away dop 7-2 release, this buffer stopper 11 elastic movement laterally, realize buffering, in the time laterally pushing away dop 7-2 and return, automatically smart card 1 is sent back to and receive in draw-in groove 10.
Referring to Fig. 3 and Fig. 7, collect in the process of smart card 1 at row's card device, in order to prevent that smart card 1 from departing from from go out bayonet socket 6-4, be provided with card holding device 15 at the top that goes out bayonet socket 6-4, the block 15-1 that this card holding device 15 comprises vertically flexible cylinder 15-2 and is connected with this cylinder 15-2, under normality, described block 15-1 is barred from out the top place of bayonet socket 6-4, while pushing away card, the described top that is upwards raised up to out bayonet socket 6-4 with cylinder 15-2.Its principle of work is: receive in card process at row's card device, described block 15-1 is barred from out the top place of bayonet socket 6-4, prevent that smart card 1 from outwards departing from, in the time that needs are released smart card 1 from go out bayonet socket 6-4, described cylinder 15-2 drives block 15-1 to move upward and lifts, and smart card 1 can be pushed out.
Referring to Fig. 2 and Fig. 5, for the ease of smart card 1 is sent in truck groove, described row blocks rotating disk 6 and is provided with auxiliary push card device 8 with the junction of conveying mechanism 3, this auxiliary push card device 8 comprises transverse moving mechanism and vertical travel mechanism, wherein, the flexible transverse shifting telescoping mechanism of the throughput direction along conveying mechanism 3 that described transverse moving mechanism comprises traversing carriage 8-1 and is connected with traversing carriage 8-1, vertical travel mechanism comprise push away fixture block 8-3 and with push away that fixture block 8-3 is connected along the vertical moving telescopic 8-2 of mechanism vertically stretching, the described vertical moving telescopic 8-2 of mechanism is connected on traversing carriage 8-1.The principle of work of above-mentioned auxiliary push card device 8 is: in the time that smart card 1 will enter truck groove, the fixture block 8-3 that pushes away in described vertical travel mechanism moves downward the rear side edge to smart card 1, then transverse moving mechanism pushes away fixture block 8-3 and travels forward, smart card 1 is pushed in truck groove, then return original position, prepare the card motion that pushes away next time.This auxiliary push card device 8 combines with conveying mechanism 3, guarantees that smart card 1 can successfully enter into truck groove.
Referring to Fig. 2 and Fig. 3, in actual production, in smart card 1 to be sorted, may mix and have other not belong to smart card 1 to be sorted, therefore in the time of sequence, these inhomogeneous smart cards 1 need to be sorted out, for this reason, collator of the present utility model also comprises sorting receipts card device, and this sorting is received card device and comprised receipts cartridge 14 and card pushing mechanism, described receipts cartridge 14 is arranged at the top of conveying mechanism 3, and described card pushing mechanism is arranged at the below of receiving cartridge 14; The principle of work that card device is received in this sorting is: the card surface information of certain sheet smart card 1 that card surface information reading device 5 reads, thereby judge by system whether this smart card 1 belongs to smart card 1 to be sorted, if not, send relevant information to card pushing mechanism, in the time that this smart card 1 moves to receipts cartridge 14 place, upwards this sheet smart card 1 is boosted by card pushing mechanism, enter to receive in cartridge 14 and collect.Described sorting is received after card device is placed in card surface information reading device, before row's card device or finally.
Referring to Fig. 2 and Fig. 3, in order to judge correctness and the integrality of smart card to be sorted 1 chip information, collator of the present utility model also comprises chip information calibration equipment, this chip information calibration equipment comprises chip information read-write equipment 13, read the chip information of smart card 1 by chip reading wrighting apparatus 13, just can with correctness and the integrality of former this core information of database contrast judgement, and whether belong to smart card to be sorted by the comparison of this chip information and former database also can be judged to this smart card 1.After verification by chip information calibration equipment, satisfactory smart card 1 continues to be fed forward and sorts, and undesirable smart card 1 is received card device by described sorting equally and collected.In addition, also can write the chip information of smart card 1 by chip reading wrighting apparatus 13, make collator of the present utility model can do the processing of chip personal information in sequence.
Referring to Fig. 2 and Fig. 3, described conveying mechanism 3 is provided with and turns over card device 12 for what smart card 1 was reversed.This object of turning over card device 12 is set and is, in sequence when smart card 1, different time to card face towards there being different requirements, turn over card device 12 by settings, can as required smart card 1 be turned to needs towards.This turns over card device 12 and adopts existing technical scheme to implement.
Referring to Fig. 1～Fig. 9, smart card 1 sort method that utilizes above-mentioned smart card 1 collator to realize of the present utility model comprises the following steps:
(1) multiple smart cards 1 to be sorted are placed in card-issuing device 4, and distribute to conveying mechanism 3 one by one;
(2) conveying mechanism 3 is sent smart card 1 into card surface information reading device 5 seriatim, card surface information reading device 5 reads after the card surface information of smart card, this card surface information and former database are compared to the serial number of determining in the truck groove of this sheet smart card 1 in row's card rotating disk 6, and this serial number is flowed to the motion control device of row's card device;
(3) smart card 1 reading after card surface information is continued to be fed forward by conveying mechanism 3, before this smart card 1 row's of arrival card device, the described serial number that the motion control device of row's card device sends according to card surface information reading device, order about the truck groove corresponding with this serial number in row's card device by control driving mechanism and move to the position that can allow this sheet smart card 1 insert, then, described smart card is inserted in described truck groove;
(4) constantly repeat above-mentioned steps (1)～(3), until the smart card of the sequence that needs all in the respective episode draw-in groove of the row's of being inserted into card device, completes sequence.
Further, in order to sort out not belonging to smart card 1 to be sorted, in step (3), also comprise the step that sorts out inhomogeneity smart card 1, this separation step is: read after the card surface information of smart card by card surface information reading device 5, this card surface information and former database are compared and judged whether this smart card 1 belongs to smart card 1 to be sorted, if, this smart card 1 continues to be fed forward and sorts, if not, receive card device by described sorting and collected;
Meanwhile, judge correctness and the integrality of smart card 1 chips information by chip information calibration equipment, if met the requirements, this smart card 1 continues to be fed forward and sorts, if undesirable, receive card device by described sorting and is collected.
In the utility model, when in the time that the quantity of the smart card 1 sorting is too much, row's card rotating disk 6 may be difficult to meet request for utilization, can block rotating disk 6 and realize by multiple rows are set, multiple rows are blocked to rotating disk 6 and be arranged on conveying mechanism 3, smart card 1 quantity that can sort is the summation that each row blocks the quantity of the truck groove of rotating disk 6.
Above-mentioned is preferably embodiment of the utility model; but embodiment of the present utility model is not subject to the restriction of foregoing; other any do not deviate from change, the modification done under Spirit Essence of the present utility model and principle, substitutes, combination, simplify; all should be equivalent substitute mode, within being included in protection domain of the present utility model.
Claims (8)
1. a smart card collator, is characterized in that, comprises the motion control device of conveying mechanism, card-issuing device, card surface information reading device, row's card device and row's card device, wherein,
On described conveying mechanism, set gradually described card-issuing device, card surface information reading device and row's card device along throughput direction;
Described row's card device comprises row's card rotating disk, this row block rotating disk by inner ring, outer ring and be connected to inner ring and outer ring between spoke form, between described inner ring and outer ring, be evenly distributed with multiple allowed smart cards of along the circumferential direction arranging from axial insertion the truck groove in it, each truck groove forms by being located at exterior bayonet slot and inner card cage on the opposite face of outer ring and inner ring and that be oppositely arranged; Each sheet smart card to be sorted is corresponding with one of them truck groove, and when need sequence smart card be all inserted into after corresponding truck groove, these smart cards in truck groove putting in order for intend arrange order;
The motion control device of described row's card device comprises control module and driving mechanism, wherein, the card surface information of certain sheet smart card that described control module reads according to card surface information reading device, before this sheet smart card arrives row's card device, control driving mechanism orders about corresponding truck groove in row's card device and moves to the position that can allow this sheet smart card insert.
2. smart card collator according to claim 1, is characterized in that, the width of described spoke is the integral multiple of the distance between adjacent two truck grooves.
3. smart card collator according to claim 1 and 2, it is characterized in that, also comprise push card device, this push card device comprises horizontal card pushing mechanism, longitudinally card pushing mechanism and receipts draw-in groove, wherein, laterally card pushing mechanism by laterally push away dop and with laterally push away the transversal stretching mechanism that dop is connected and form, longitudinal card pushing mechanism by longitudinally push away dop and with longitudinally push away the longitudinal extension mechanism that dop is connected and form; Described horizontal card pushing mechanism is arranged on a side of row's card rotating disk, longitudinally card pushing mechanism and receipts draw-in groove are arranged on the opposite side of row's card rotating disk, and wherein, the described dop that laterally pushes away is along transversal stretching, described receipts draw-in groove longitudinally arranges, the described dop that longitudinally pushes away is arranged on and receives the end of draw-in groove and longitudinally flexible.
4. smart card collator according to claim 3, is characterized in that, the outer side edges of described receipts draw-in groove is provided with buffer stopper, and this buffer stopper is right against the described dop that laterally pushes away.
5. smart card collator according to claim 4, it is characterized in that, the junction that described row blocks rotating disk and conveying mechanism is provided with auxiliary push card device, this auxiliary push card device comprises transverse moving mechanism and vertical travel mechanism, wherein, the flexible transverse shifting telescoping mechanism of the throughput direction along conveying mechanism that described transverse moving mechanism comprises traversing carriage and is connected with traversing carriage, described vertical travel mechanism comprise push away fixture block and with push away that fixture block is connected along vertical flexible vertical moving telescopic mechanism, described vertical moving telescopic mechanism is connected on traversing carriage.
6. smart card collator according to claim 5, it is characterized in that, also comprise sorting receipts card device, this sorting is received card device and is comprised receipts cartridge and card pushing mechanism, described receipts cartridge is arranged at the top of conveying mechanism, and described card pushing mechanism is arranged at the below of receiving cartridge;
And comprising chip information calibration equipment, this chip information calibration equipment comprises chip information read-write equipment.
7. smart card collator according to claim 1, is characterized in that, the driving mechanism in the motion control device of described row's card device comprises motor and connects motor and the synchronous belt drive mechanism of row's card rotating disk.
8. smart card collator according to claim 7, it is characterized in that, the both sides that described row blocks the inner ring of rotating disk are provided with the safe edge extending towards outer ring being fixed in frame, wherein, the safe edge of a side corresponding with smart card insertion position is provided with and enters bayonet socket for what allow smart card inserts, and the safe edge of opposite side is provided with for allowing the bayonet socket that goes out that smart card releases;
Described go out the top of bayonet socket be provided with card holding device, the block that this card holding device comprises vertically flexible cylinder and is connected with this cylinder, under normality, described block is barred from out the top place of bayonet socket, while pushing away card, the described top that is upwards raised up to out bayonet socket with cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320848619.9U CN203746094U (en) | 2013-12-20 | 2013-12-20 | Intelligent card ordering apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320848619.9U CN203746094U (en) | 2013-12-20 | 2013-12-20 | Intelligent card ordering apparatus |
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| Publication Number | Publication Date |
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| CN203746094U true CN203746094U (en) | 2014-07-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320848619.9U Withdrawn - After Issue CN203746094U (en) | 2013-12-20 | 2013-12-20 | Intelligent card ordering apparatus |
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| CN (1) | CN203746094U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103699915A (en) * | 2013-12-20 | 2014-04-02 | 广州市明森机电设备有限公司 | Ordering device and ordering method of intelligent cards |
| RU2584678C1 (en) * | 2014-12-30 | 2016-05-20 | Федеральное государственное бюджетное образовательное учреждение высшего образования "Санкт-Петербургский государственный университет" (СПбГУ) | Composite cathode material for lithium-ion batteries |
-
2013
- 2013-12-20 CN CN201320848619.9U patent/CN203746094U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103699915A (en) * | 2013-12-20 | 2014-04-02 | 广州市明森机电设备有限公司 | Ordering device and ordering method of intelligent cards |
| CN103699915B (en) * | 2013-12-20 | 2016-08-17 | 广州明森科技股份有限公司 | A kind of smart card collator and sort method |
| RU2584678C1 (en) * | 2014-12-30 | 2016-05-20 | Федеральное государственное бюджетное образовательное учреждение высшего образования "Санкт-Петербургский государственный университет" (СПбГУ) | Composite cathode material for lithium-ion batteries |
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