CN203228945U - SIM (subscriber identify module) card punching package device - Google Patents

SIM (subscriber identify module) card punching package device Download PDF

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Publication number
CN203228945U
CN203228945U CN 201320255289 CN201320255289U CN203228945U CN 203228945 U CN203228945 U CN 203228945U CN 201320255289 CN201320255289 CN 201320255289 CN 201320255289 U CN201320255289 U CN 201320255289U CN 203228945 U CN203228945 U CN 203228945U
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sim
die
assembly
cut
card
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CN 201320255289
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Chinese (zh)
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杨黄林
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Astland intelligent Polytron Technologies Inc
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ZHUHAI XH SMARTCARD CO Ltd
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Abstract

An SIM (subscriber identify module) card punching package device is provided with a punching mechanism for punching an SIM card and a package mechanism for packaging the punched SIM card; meanwhile, a turnover mechanism is arranged between the punching mechanism and the package mechanism, the punched SIM card is transferred to the package mechanism from the punching mechanism by a servo assembly of the overturn mechanism, and the SIM card is automatically identified in the transferring process; the identified SIM cards are transferred to a package port for packaging by the transferring assembly according to preset sequence; the overturn mechanism connects the punching and packaging of the SIM card into one production line work without the need of manually boxing, numbering and transferring the punched SIM cards to the packaging mechanism; labor cost and labor turnover work are saved, and the production efficiency is improved while the cost is reduced; and besides, the automatic identification of the overturn mechanism can avoid the card-mixing or card-missing phenomenon in the overturn process.

Description

The die-cut packing device of SIM
Technical field
The utility model relates to the SIM production technical field, particularly relates to the die-cut packing device of a kind of SIM.
Background technology
SIM is that SIM is provided with integrated circuit for the very important identification module of modern communications equipment, and only needing that in use SIM is inserted the preset can communicate.
Existing SIM producing device will comprise that the card of SIM is fixed in predeterminated position when making, punching out goes out precompressed hole and pre-line ball around SIM; The card that comprises SIM must be placed special-purpose blanking units subsequently, SIM is gone out card; Then, manually with the SIM dress box that sweeps away, carry out sign, and put as for packing device; Packing device is fixed in predeterminated position with SIM, then SIM is packed, whole process linking degree height.
But existing SIM producing device needs artificial sign and shifts SIM to packing device after blanking units is die-cut, and cost height, efficient are low.
Summary of the invention
Based on this, being necessary provides a kind of SIM die-cut packing device at existing SIM producing device cost height, inefficient problem.
The die-cut packing device of a kind of SIM comprises workplatform, also comprises:
Punching mechanism is fixed in described workplatform, and described punching mechanism comprises card feed assembly and die-cut assembly, and described die-cut assembly is positioned at after the described card feed assembly station;
Week rotation mechanism, be fixed in described workplatform and be connected with described punching mechanism, described all rotation mechanisms comprise servopackage, described servopackage is positioned at after the described die-cut assembly station, described all rotation mechanisms identify finishes die-cut SIM;
Package mechanism, be fixed in described workplatform and be connected with described all rotation mechanisms, described package mechanism comprises transfer assembly and package component, described transfer assembly two ends are connected with described servopackage and package component respectively, and described transfer assembly transmits the SIM that moves through described servopackage to described package component.
Among embodiment, described servopackage is servo translation assembly therein, and described servo translation assembly moves in same rectilinear direction and finishes die-cut SIM.
Therein among embodiment, described servopackage comprises first carrying arm, accepts platform and second carrying arm, the described platform of accepting is between described first carrying arm and second carrying arm, describedly accept the SIM that platform is accepted the described first carrying arm conveyance, the described second carrying arm conveyance is described accepts the SIM that platform is accepted.
Therein among embodiment, described first carrying arm, accept platform and second carrying arm and be provided with four and inhale chucks, and four of described second carrying arm inhale the rotatable straight lines that are arranged in the sign SIM of chucks.
Therein among embodiment, described all rotation mechanisms also comprise and push away the card assembly, describedly push away that the card assembly is fixed in described workplatform and between described servopackage and package component.
Among embodiment, described card feed assembly is card feed cylinder, card feed hydraulic actuating cylinder or the electronic cylinder of card feed therein.
Among embodiment, described transfer assembly is belt wheel formula transfer assembly therein.
Among embodiment, the described card assembly that pushes away is that stepping pushes away the card assembly therein.
The die-cut packing device of above-mentioned SIM, be provided with the punching mechanism of die-cut SIM and the package mechanism that packing is finished die-cut SIM, simultaneously, between described punching mechanism and package mechanism, be provided with all rotation mechanisms, to finish die-cut SIM by the servopackage of all rotation mechanisms and transfer to package mechanism from punching mechanism, and in the process that shifts, SIM is identified automatically, the SIM after the sign is sent to the packing mouth according to predefined procedure through transfer assembly and packs; Described all rotation mechanisms will be connected to conveyor line work with packing to the die-cut of SIM, do not need manually to finishing die-cut SIM dress box, label and transferring to package mechanism, saved the turnover work of human cost and manpower, in cost-cutting, improved production efficiency, and, the Automatic Logos of all rotation mechanisms also can avoid in the circular flow mixed card, block phenomenon less.
Description of drawings
Fig. 1 is the die-cut packing device structural representation of this SIM;
Fig. 2 is the die-cut packing device punching mechanism of this SIM and turnover structural scheme of mechanism;
Fig. 3 is the die-cut packing device transfer assembly of this SIM structural representation;
Fig. 4 pushes away card unit construction scheme drawing for the die-cut packing device of this SIM;
Fig. 5 cuts the membrane module structure scheme drawing for the die-cut packing device of this SIM.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described further.
As shown in Figure 1 and Figure 2, the die-cut packing device of a kind of SIM comprises workplatform 110, also comprises:
Punching mechanism 120 is fixed in described workplatform 110, and described punching mechanism 120 comprises card feed assembly 122 and die-cut assembly 124, and described die-cut assembly 124 is positioned at after described card feed assembly 122 stations; Card feed assembly 122 will need die-cut SIM to deliver to the desired location of described die-cut assembly 124, and described die-cut assembly 124 is according to precompressed hole and the pre-die-cut described SIM of line ball of SIM;
All rotation mechanisms 130, be fixed in described workplatform 110 and be connected with described punching mechanism 120, described all rotation mechanisms 130 comprise servopackage 132, and described servopackage 132 is positioned at after described die-cut assembly 124 stations, and described all rotation mechanism 130 signs are finished die-cut SIM; Described servopackage 132 is finished die-cut SIM with described punching mechanism 120 and is sent from described punching mechanism 120, and will finish die-cut SIM Automatic Logos ordering in the process of conveyance, prevents from mixing the card phenomenon;
Package mechanism 140, be fixed in described workplatform 110 and be connected with described all rotation mechanisms 130, described package mechanism 140 comprises transfer assembly 142 and package component 144, described transfer assembly 142 two ends are connected with described servopackage 132 and package component 144 respectively, and described transfer assembly 142 transmits the SIM that moves through described servopackage 132 to described package component 144; Finish die-cut SIM by described package component 144 packings.
The die-cut packing device of above-mentioned SIM, be provided with the punching mechanism 120 of die-cut SIM and the package mechanism 140 that packing is finished die-cut SIM, not die-cut SIM periphery is provided with precompressed hole and pre-line ball, before die-cut, SIM is delivered to towards the predetermined fixed position of card through card feed assembly 122, make SIM over against punching position, punching mechanism 120 gets final product die-cut described SIM, makes it to come off according to the predeterminated position of precompressed hole with pre-line ball with the card of fixing described SIM.Described package mechanism 140 is provided with transfer assembly 142, is used for finishing the entrance that die-cut SIM is transported to package component 144 and packs, until finishing.
Between described punching mechanism 120 and package mechanism 140, be provided with all rotation mechanisms 130, be used for to finish die-cut SIM and transfer to package mechanism 140 from punching mechanism 120.All rotation mechanisms 130 will be finished die-cut SIM by servopackage 132 and transfer to package mechanism 140 from punching mechanism 120, and in the process that shifts, SIM is identified automatically, the SIM after the sign is sent to the packing mouth according to predefined procedure through transfer assembly 142 and packs; Described all rotation mechanisms 130 will be connected to conveyor line work with packing to the die-cut of SIM, do not need manually to finishing die-cut SIM dress box, label and transferring to package mechanism 140, saved the turnover work of human cost and manpower, in cost-cutting, improved production efficiency, and, the Automatic Logos of all rotation mechanisms also can avoid in the circular flow mixed card, block phenomenon less.
Among embodiment, described servopackage 132 is servo translation assembly therein, and described servo translation assembly moves in same rectilinear direction and finishes die-cut SIM.The mobile in-line of servo translation assembly is finished, the transfer that is SIM is on same straight line, and servo translation assembly does not need rotation, can save described servo translation assembly space on every side, be that apparatus structure is tightr, reduce the device occupation space and use raw MAT'L.Certainly, servopackage 132 rotation can reach the purpose that shifts SIM too, so, described servopackage 132 be servo translation assembly not necessarily.
As shown in Figure 2, therein among embodiment, described servopackage 132 comprises first carrying arm 1322, accepts platform 1324 and second carrying arm 1326, the described platform 1324 of accepting is between described first carrying arm 1322 and second carrying arm 1326, describedly accept the SIM that platform 1324 is accepted 1322 conveyances of described first carrying arm, 1326 conveyances of described second carrying arm are described accepts the SIM that platform 1324 is accepted.Described first carrying arm 1322 and described die-cut assembly 124 adjacency will be finished die-cut SIM through described die-cut assembly 124 and move away from described die-cut assembly 124; As shown in Figure 3,1326 conveyances of described second carrying arm place the described SIM of platform 1324 of accepting to described transfer assembly 142.
First carrying arm 1322 is positioned at identical position with die-cut assembly 124, and punching mechanism 120 is the die-cut work of finishing perpendicular to SIM, and first carrying arm 1322 is to finish the conveyance work that is parallel to SIM; First carrying arm 1322 will be finished die-cut SIM and move away from die-cut assembly 124, with SIM place accept platform 1324 corresponding positions after, first carrying arm 1322 is got back to die-cut assembly 124 positions again and is prepared next time die-cut work.Accept platform 1324 and play the SIM of accepting 1322 transfers of first carrying arm, the effect of shifting placement platform is provided for SIM.Second carrying arm 1326 will place the SIM conveyance of accepting platform 1324 to the transfer assembly 142 of package mechanism 140 again, transmit SIMs by transfer assembly 142 and pack to the packing mouth.Accept platform 1324 and be connected to conveyor line with die-cut with packing, can save manpower and cost.
Wherein, accept platform 1324 and first carrying arm 1322, second carrying arm 1326 and punching mechanism 120 and all inductor can be set, when accepting platform 1324 and be placed with SIM, second carrying arm 1326 namely can be prepared the conveyance SIM to transfer assembly 142 after sensing, meanwhile, can the conveyance not new SIM of first carrying arm 1322 is to accepting platform 1324, and punching mechanism 120 can die-cut new SIM yet; When accepting platform 1324 and do not place SIM, second carrying arm 1326 is mobile, and 1322 conveyances of first carrying arm are finished die-cut SIM to accepting platform 1324, simultaneously, and punching mechanism 120 die-cut new SIMs.
The motion of second carrying arm 1326 also can be the extracting formula, namely second carrying arm 1326 is being accepted after platform 1324 positions grab SIM, 1326 bendings of second carrying arm, and when moving to the position that is connected with transfer assembly 142, SIM is placed and transfer assembly 142.
Therein among embodiment, described first carrying arm 1322, accept platform 1324 and second carrying arm 1326 and be provided with four and inhale chucks 1327, and four of described second carrying arm 1326 inhale the chucks 1327 rotatable straight lines that are arranged in the sign SIM.Namely on a card two above SIMs can be set, on the one hand card is fully utilized, on the other hand, punching mechanism 120 can disposable die-cut two above SIMs, described all rotation mechanisms 130 also can shift two above SIMs simultaneously, when finishing same task, reduce the frequency of operation of machine, be conducive to improve service life of a machine.Certainly, if a card arranges other number SIMs, punching mechanism 120, all rotation mechanisms 130 all can be finished die-cut, packing work to it with package mechanism 140, so, described first carrying arm 1322, accept platform 1324 and second carrying arm 1326 and be provided with four and inhale chucks 1327 not necessarily.
Wherein, being located along the same line behind four suction chucks, the 1327 absorption SIMs of second carrying arm 1326 is for the ease of SIM being positioned over simultaneously the same linear position of transfer assembly 142, being convenient to transmit.Certainly, rotatable as if second carrying arm 1326 is set to, when placing SIM, rotate automatically, successively SIM is positioned over the same linear position of transfer assembly 142; Perhaps that transfer assembly 142 and the 1326 joining place settings of second carrying arm is wideer, and an element that pushes away card is set herein, do not shift the transmission route onto with being positioned over the SIM that transmits route; Also or will accept platform 1324 and be set to the rotatable type that is arranged in a straight line, second carrying arm 1326 being set on the straight line four inhales chucks 1327 and all can realize transmitting.So, be located along the same line not necessarily behind four suction chucks, the 1327 absorption SIMs of second carrying arm 1326.
As shown in Figure 4, therein among embodiment, described all rotation mechanisms 130 also comprise and push away card assembly 1328, describedly push away that card assembly 1328 is fixed in described workplatform 110 and between described servopackage 132 and package component 144, the SIM that described transfer assembly 142 is transmitted advances described package component 144 to pack.Push away card assembly 1328 and the SIM of needs packing can be advanced package component 144, described package component 144 is provided with wrapping film, and SIM is advanced in the packaging film, is got final product by follow-up cutting membrane module 146 according to the demand cut-out or breach is set, as shown in Figure 5 again.Certainly, the described thrust that pushes away 1328 pairs of SIMs of card assembly also can provide part by transfer assembly 142 its own inertial, so, describedly push away card assembly 1328 not necessarily.
Among embodiment, described card feed assembly 122 is card feed cylinder, card feed hydraulic actuating cylinder or the electronic cylinder of card feed therein.The card feed assembly 122 of these forms, degree of automation is higher, and cylinder can be converted to mechanical energy with compressed-air actuated pressure, and driver train is done straight reciprocating motion, swings and is rotatablely moved; Electronic cylinder has that volume is little, precision is high, fully synchronously, advantage such as self-locking property is good; Hydraulic actuating cylinder have the automatic overload protection dependable performance, can starting under load, advantage such as the propulsive effort scope is wide, operate steadily, Stroke Control is accurate.
Among embodiment, described transfer assembly 142 is belt wheel formula transfer assembly therein.Belt wheel transmits the power with the motor of primary mover or engine rotation generation, be transmitted on the mechanical equipment by belt conveyor by belt wheel, have that transmitting ratio is constant, compact conformation, transmission efficiency advantages of higher, described belt wheel formula transfer assembly can steadily transmit SIM, make turnover keep stable and consistent with the step of packing, make the packing best results.
Among embodiment, the described card assembly 1328 that pushes away pushes away the card assembly for stepping therein.Describedly push away the conversion standard that card stepping assembly can be differentiated product data, SIM can be controlled and follow the tracks of to the stepping numbering effectively, makes to push away card work and carry out in order.
SIM is after package component 144 packing, and appearance is coated with packaging film, and described packaging film can carry out super sonic to packaging film as required and cut film under follow-up processing of cutting membrane module 146.
The above embodiment has only expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the utility model claim.Should be pointed out that for the person of ordinary skill of the art under the prerequisite that does not break away from the utility model design, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.

Claims (8)

1. the die-cut packing device of SIM comprises workplatform, it is characterized in that, also comprises:
Punching mechanism is fixed in described workplatform, and described punching mechanism comprises card feed assembly and die-cut assembly, and described die-cut assembly is positioned at after the described card feed assembly station;
Week rotation mechanism, be fixed in described workplatform and be connected with described punching mechanism, described all rotation mechanisms comprise servopackage, described servopackage is positioned at after the described die-cut assembly station, described all rotation mechanisms identify finishes die-cut SIM;
Package mechanism, be fixed in described workplatform and be connected with described all rotation mechanisms, described package mechanism comprises transfer assembly and package component, described transfer assembly two ends are connected with described servopackage and package component respectively, and described transfer assembly transmits the SIM that moves through described servopackage to described package component.
2. the die-cut packing device of SIM according to claim 1 is characterized in that, described servopackage is servo translation assembly, and described servo translation assembly moves in same rectilinear direction and finishes die-cut SIM.
3. the die-cut packing device of SIM according to claim 1, it is characterized in that, described servopackage comprises first carrying arm, accepts platform and second carrying arm, the described platform of accepting is between described first carrying arm and second carrying arm, describedly accept the SIM that platform is accepted the described first carrying arm conveyance, the described second carrying arm conveyance is described accepts the SIM that platform is accepted.
4. the die-cut packing device of SIM according to claim 3, it is characterized in that, described first carrying arm, accept platform and second carrying arm and be provided with four and inhale chucks, and four of described second carrying arm inhale the rotatable straight lines that are arranged in the sign SIM of chucks.
5. the die-cut packing device of SIM according to claim 1 is characterized in that, described all rotation mechanisms also comprise and push away the card assembly, describedly pushes away that the card assembly is fixed in described workplatform and between described servopackage and package component.
6. the die-cut packing device of SIM according to claim 1 is characterized in that, described card feed assembly is card feed cylinder, card feed hydraulic actuating cylinder or the electronic cylinder of card feed.
7. the die-cut packing device of SIM according to claim 1 is characterized in that, described transfer assembly is belt wheel formula transfer assembly.
8. the die-cut packing device of SIM according to claim 5 is characterized in that, the described card assembly that pushes away is that stepping pushes away the card assembly.
CN 201320255289 2013-05-10 2013-05-10 SIM (subscriber identify module) card punching package device Active CN203228945U (en)

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Application Number Priority Date Filing Date Title
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105235009A (en) * 2014-07-10 2016-01-13 昆山迈致治具科技有限公司 Full-automatic card shearing machine
CN106217745A (en) * 2016-08-31 2016-12-14 宁波伟立机器人科技有限公司 A kind of SIM mechanized production system
CN106428748A (en) * 2016-11-25 2017-02-22 东莞市星纳特机械设备科技有限公司 Fully automatic mobile phone glass film machine

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105235009A (en) * 2014-07-10 2016-01-13 昆山迈致治具科技有限公司 Full-automatic card shearing machine
CN105235009B (en) * 2014-07-10 2017-05-03 昆山迈致治具科技有限公司 Full-automatic card shearing machine
CN106217745A (en) * 2016-08-31 2016-12-14 宁波伟立机器人科技有限公司 A kind of SIM mechanized production system
CN106428748A (en) * 2016-11-25 2017-02-22 东莞市星纳特机械设备科技有限公司 Fully automatic mobile phone glass film machine

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Address after: Lianfeng road Hengli Industrial Park in Guangdong city of Zhuhai province 519000 Free Trade Zone No. 6 third storey warehouse workshop

Patentee after: ZHUHAI XH SMARTCARD CO., LTD.

Address before: Lianfeng road Hengli Industrial Park in Guangdong city of Zhuhai province 519000 Free Trade Zone No. 6 third storey warehouse workshop

Patentee before: Zhuhai XH Smartcard Co., Ltd.

Address after: Lianfeng road Hengli Industrial Park in Guangdong city of Zhuhai province 519000 Free Trade Zone No. 6 third storey warehouse workshop

Patentee after: Astland intelligent Polytron Technologies Inc

Address before: Lianfeng road Hengli Industrial Park in Guangdong city of Zhuhai province 519000 Free Trade Zone No. 6 third storey warehouse workshop

Patentee before: ZHUHAI XH SMARTCARD CO., LTD.