CN103157838B - Method and apparatus for rapid slotting of SIM cards - Google Patents
Method and apparatus for rapid slotting of SIM cards Download PDFInfo
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- CN103157838B CN103157838B CN201110422576.3A CN201110422576A CN103157838B CN 103157838 B CN103157838 B CN 103157838B CN 201110422576 A CN201110422576 A CN 201110422576A CN 103157838 B CN103157838 B CN 103157838B
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Abstract
The invention discloses a method and an apparatus for rapid slotting of SIM cards. The method for the rapid slotting of the SIM cards comprises: S1, transmitting blank card for manufacturing the SIM cards to groove milling devices at both ends of an XY moving platform; S2, alternately milling at least one chip groove on each card by the groove milling devices at the both ends of the XY moving platform; and S3, collecting the milled cards. The apparatus for the rapid slotting of the SIM cards comprises a rack (1), the XY moving platform arranged on the rack (1) and the groove milling devices arranged at the both ends of the XY moving platform. Beneficial effects of the invention are that the groove milling devices at the both ends of the XY moving platform alternately mill, thereby improving using efficiency of the XY moving platform and production efficiency.
Description
Technical field
The present invention relates to moving communicating field, more particularly, relate to the production method and equipment of slotting on blank card when producing SIM.
Background technology
SIM (Subscriber Identity Model client identification module), also referred to as smart card, subscriber identification card, GSM digital mobile telephone must be loaded onto this card and can use.SIM has dividing of size, and kilocalorie is of a size of 54mm × 85mm (credit card standard size), and lesser calorie is of a size of 25mm × 15mm (also less than regular stamp).Lesser calorie is exactly that piece with chip on kilocalorie in fact, and what " kilocalorie " really worked above is exactly above it that " lesser calorie ", " lesser calorie " can take off from kilocalorie." kilocalorie " and " lesser calorie " is applicable to dissimilar gsm mobile telephone respectively, and early stage mobile phone models is " kilocalorie " as the mobile phones such as Motorola GC87C, 308C, and the mobile phone models newly gone out now is all with " lesser calorie " substantially.
In the existing slotter for SIM fluting, slotter generally comprises the XY mobile platform driven by motor, the groove milling head driven by Z axis motor is provided with in one end of XY mobile platform, when processing the blank card of SIM, blank card is delivered to below groove milling head by conveyer, groove milling head declines and mill out chip groove on blank card, machines rear groove milling head and rises, wait for that next blank card is sent to below groove milling head.Rise at groove milling head and wait for that next blank card is sent in the process below groove milling head, XY mobile platform is in idle state, and groove milling head is also in waiting process, causes the production efficiency of slotter lower thus.
Summary of the invention
One of the technical problem to be solved in the present invention is, the defect that the production efficiency for the above-mentioned slotter of prior art is lower, provides a kind of method that SIM is slotted fast.
Two of the technical problem to be solved in the present invention is, the defect that the production efficiency for the above-mentioned slotter of prior art is lower, provides the equipment that a kind of SIM is slotted fast.
The present invention solves the technical scheme that one of its technical problem adopts: a kind of method providing SIM to slot fast, comprises the following steps:
S1: transmission manufactures the slotting attachment of blank card card to XY mobile platform two ends of SIM;
The slotting attachment at S2:XY mobile platform two ends alternately mills out at least one chip groove on each card;
S3: collect the card after groove milling.
In the method that above-mentioned SIM is slotted fast, comprise the steps: in described step S1
S1.1: by card alternate transport to the slotting attachment at XY mobile platform two ends;
S1.2: slotting attachment carries out position correction to card and holds out against card;
In the method that above-mentioned SIM is slotted fast, comprise the steps: in described step S2
S2.1: in two slotting attachments at XY mobile platform two ends, a slotting attachment carries out operation in early stage: wait for that read transmission is inner to it, and carry out position correction to the card transferring to its inside and hold out against; Another slotting attachment carries out milling machine operation to another card transferring to its inside simultaneously, mills out at least one chip groove;
The slotting attachment at S2.2:XY mobile platform two ends hockets milling machine operation and operation in early stage;
S2.3: carry out dust removal process to the card after milling, removes scrap.
In the method that above-mentioned SIM is slotted fast, be specially in described step S3: the card after dedusting is detected, by qualified card and waste product card separate collection.
The present invention solves the technical scheme that its technical problem two adopts: provide the equipment that a kind of SIM is slotted fast, comprise: frame, be located at the XY mobile platform in described frame, be arranged on the first conveyer of transfer card in described frame, described XY mobile platform one end is provided with, the card of described first conveyer transmission is carried out to the first slotting attachment of milling, card card casket group received by first of the card that first pan feeding card casket group of the placement card that described first conveyer two ends set firmly and collection mill, for controlling described XY mobile platform, the control device of the first conveyer and the first slotting attachment cooperating, it is characterized in that, the equipment that this SIM is slotted fast also comprises the setting of the described XY mobile platform other end, card is carried out to the second slotting attachment of milling, described second slotting attachment controls by described control device and alternately carries out milling machine operation to card with described first slotting attachment.
In the equipment that above-mentioned a kind of SIM is slotted fast, the equipment that this SIM is slotted fast also comprises: the second conveyer being arranged on transfer card in described frame, described second slotting attachment carries out milling to the card that described second conveyer transmits, card card casket group received by second of the card that second pan feeding card casket group of the placement card that described second conveyer two ends set firmly and collection mill
In the equipment that above-mentioned a kind of SIM is slotted fast, described first slotting attachment comprises: the first column being installed in described XY mobile platform one end, first milling head, be connected to the first groove milling motor the first milling head providing the first milling head power, be arranged on the first motor that described column upper end moves up and down by driving the first screw mandrel be connected with described first milling head to control described first milling head, be arranged on the first briquetting of also corresponding described first milling head above described first conveyer, described first briquetting offers the first baseline trough to machining benchmark during card Milling Process.
In the equipment that above-mentioned a kind of SIM is slotted fast, described second slotting attachment comprises: the second column being installed in the described XY mobile platform other end, second milling head, be connected to the second groove milling motor the second milling head providing the second milling head power, be arranged on the second motor that described column upper end moves up and down by driving the second screw mandrel be connected with described second milling head to control described second milling head, be arranged on the second briquetting of also corresponding described second milling head above described second conveyer, described second briquetting offers the second baseline trough to machining benchmark during card Milling Process.
In the equipment that above-mentioned a kind of SIM is slotted fast, the equipment that this SIM is slotted fast also comprises: be arranged on described first briquetting, Milling Process time carry out the first dust arrester of dedusting, be installed in the second dust arrester described frame being carried out dedusting again to the card through the first dust arrester dedusting, be arranged on described second briquetting, Milling Process time carry out the 3rd dust arrester of dedusting, be installed in the 4th dust arrester described frame being carried out dedusting again to the card through the 3rd dust arrester dedusting.
In the equipment that above-mentioned a kind of SIM is slotted fast, described control device comprises control panel and control button.
Implement the method and apparatus that a kind of SIM of the present invention is slotted fast, there is following beneficial effect: in the slotting attachment at XY mobile platform two ends, first slotting attachment carries out operation in early stage: wait for that read transmission is inner to it, and carry out position correction to the card transferring to its inside and hold out against; Second slotting attachment carries out milling machine operation to another card transferring to its inside simultaneously, mill out at least one chip groove, first slotting attachment at XY mobile platform two ends and the second slotting attachment hocket milling machine operation and early stage operation, improve the service efficiency of XY mobile platform, improve production efficiency.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the flow chart of the first embodiment of the method that a kind of SIM of the present invention is slotted fast;
Fig. 2 is the top view of the first embodiment of the equipment that a kind of SIM of the present invention is slotted fast;
Fig. 3 is the side view of the first embodiment of the equipment that a kind of SIM of the present invention is slotted fast;
Fig. 4 is the front view of the first embodiment of the equipment that a kind of SIM of the present invention is slotted fast;
Fig. 5 is the structural representation at the XY mobile platform place of the first embodiment of the equipment that a kind of SIM of the present invention is slotted fast;
Fig. 6 is the detonation configuration figure of the second slotting attachment of the first embodiment of the equipment that a kind of SIM of the present invention is slotted fast.
Detailed description of the invention
In order to there be understanding clearly to technical characteristic of the present invention, object and effect, now contrast accompanying drawing and describe the specific embodiment of the present invention in detail.
The production method of SIM generally comprises: on the blank card card manufacturing SIM, mill out the packaged chip respectively of chip groove-in chip groove-carry out the steps such as die-cut to the card of packaged chip, this step that the method and apparatus that SIM of the present invention is slotted fast is applicable to " milling out chip groove on the blank card card manufacturing SIM ".
Embodiment 1
In the present embodiment, frame 1 is provided with 2 XY mobile platforms, each XY mobile platform two ends are provided with slotting attachment, and amount to 4 slotting attachments, the structure of 4 slotting attachments is identical.
As shown in Figure 1, in the first embodiment of the method for slotting fast at a kind of SIM of the present invention, comprise the following steps:
S1: transmission manufactures the slotting attachment of blank card card to XY mobile platform two ends of SIM.
The slotting attachment at S2:XY mobile platform two ends alternately mills out at least one chip groove on each card.
S3: collect the card after groove milling.
Comprise the steps: further in step S1
S1.1: by card alternate transport to the slotting attachment at XY mobile platform two ends, card is alternately sent to slotting attachment by the mode that the present embodiment is transmitted by conveyer belt, and card is placed in after below slotting attachment, corresponding conveyer belt stop motion.
S1.2: the first briquetting in slotting attachment or the second briquetting carry out position correction to card and hold out against card, prevents card in process from loosening.
Comprise the steps: further in step S2
S2.1: in two slotting attachments at XY mobile platform two ends, the first slotting attachment carries out operation in early stage: wait for that read transmission is inner to it, and carry out position correction to the card transferring to its inside and hold out against; Second slotting attachment carries out milling machine operation to another card transferring to its inside simultaneously, mills out 2 chip grooves.Certainly, also can by setting other machined parameters on the control panel of control device, thus mill out the chip groove of the numbers such as 1,4,8.
Two slotting attachments at S2.2:XY mobile platform two ends hocket milling machine operation and operation in early stage;
S2.3: dust removal process is carried out to the card after milling, remove scrap, in the process of milling machine operation, dust arrester carries out dust removal process, remove the scrap produced in milling process, in order to ensure that card can not remain scrap further, also dust removal process again to be carried out to card out in slotting attachment.
S2.4: because being provided with 2 XY mobile platforms 2 in the present embodiment, therefore the card after dedusting is sent to next XY mobile platform, this XY mobile platform repeats step S2.1, S2.2 and S2.3, card mill out 2 chip grooves again and carries out dust removal process, thus on a card, milling out total 4 chip grooves.Certainly, also can by setting other machined parameters on the control panel of control device, thus mill out the chip groove of the numbers such as 1,4,8.
Be specially in above-mentioned steps S3: after milling out 4 chip grooves, the card after dedusting is detected, by qualified card and waste product card separate collection.
As shown in Fig. 2-Fig. 6, present invention also offers the equipment that a kind of SIM is slotted fast, the method that the equipment that this SIM is slotted fast adopts aforesaid SIM to slot fast is slotted to card.The equipment that this SIM is slotted fast comprises: frame 1, be located at the XY mobile platform 2 in frame 1, be arranged on the first conveyer 4 of transfer card in frame 1, XY mobile platform 2 one end is provided with, the card of the first conveyer 4 transmission is carried out to the first slotting attachment 3 of milling, card card casket group 6 received by first of the card that first pan feeding card casket group 5 of the placement card that the first conveyer 4 two ends set firmly and collection mill, for control XY mobile platform 2, the control device of the first slotting attachment 3 and the first conveyer 4 cooperating, the equipment that this SIM is slotted fast also comprises the setting of XY mobile platform 2 other end, card is carried out to the second slotting attachment 7 of milling, the controlled device of second slotting attachment 7 controls and alternately carries out milling machine operation to card with the first slotting attachment 3.
First conveyer 4 comprises conveyer belt, the closed slide at conveyer belt two ends and the slide block that is arranged on closed slide, closed slide offers locating hole, slide block lower end is provided with the positioning convex matched with locating hole, and slide block can slide and form substantially firm coordinating at locating hole place with closed slide on closed slide.Slide block is arranged the first briquetting, the first briquetting is positioned at below the first milling head, the first briquetting offers the first baseline trough to machining benchmark during card Milling Process.During Milling Process card, the first briquetting compression is sent to the card below it through the first conveyer 4, and a part of card is positioned at the first baseline trough for Milling Process card simultaneously.
First pan feeding card casket group 5 and first receives card card casket group 6 is fixedly installed on the first conveyer 4 two ends by screw.First pan feeding card casket group 5 places the blank card card of defeated manufacture SIM, card through the first conveyer 4 transmit and through first slotting attachment 3 process after, the card milled is sent to the first pan feeding card casket group 5.
With the X-axis screw mandrel of X-axis motors be connected with XY mobile platform 2 respectively with the Y-axis screw mandrel of Y-axis motors, thus drive XY mobile platform 2 in the movement of X-direction and Y direction, realize XY mobile platform 2 movement planar according to process requirements.
First slotting attachment 3 comprises: the first column being installed in XY mobile platform 2 one end, first milling head, be connected to the first groove milling motor the first milling head providing the first milling head power, be arranged on the first motor that column upper end moves up and down by driving the first screw mandrel be connected with the first milling head to control the first milling head, and the first briquetting.
The equipment that this SIM is slotted fast also comprises: the second conveyer 8 being arranged on transfer card in frame 1, second slotting attachment 7 carries out milling to the card that the second conveyer 8 transmits, and card card casket group 10 received by second of the card that the second pan feeding card casket group 9 of the placement card that the second conveyer 8 two ends set firmly and collection mill.
Second conveyer 8 comprises conveyer belt, the closed slide at conveyer belt two ends and the slide block that is arranged on closed slide, closed slide offers locating hole, slide block lower end is provided with the positioning convex matched with locating hole, and slide block can slide and form substantially firm coordinating at locating hole place with closed slide on closed slide.Slide block is arranged the second briquetting, the second briquetting is positioned at below the second milling head, the second briquetting offers the second baseline trough to machining benchmark during card Milling Process.During Milling Process card, the second briquetting compression is sent to the card below it through the second conveyer 4, and a part of card is positioned at the second baseline trough for Milling Process card simultaneously.
Second slotting attachment 7 comprises: the second column 701 being installed in XY mobile platform 2 other end, second milling head 702, be connected to the second groove milling motor 703 the second milling head 702 providing the second milling head 702 power, be arranged on the second motor 705 that column 701 upper end moves up and down by driving the second screw mandrel 704 be connected with the second milling head 702 to control the second milling head 702, to be arranged on above the second conveyer 8 and the second baseline trough 707 the second briquetting 706, second briquetting 706 of corresponding second milling head 702 offered to machining benchmark during card Milling Process.
The equipment that this SIM is slotted fast also comprises: be arranged on the first briquetting, Milling Process time carry out the first dust arrester 11 of dedusting, be installed in the second dust arrester 12 frame 1 being carried out dedusting again to the card through the first dust arrester 11 dedusting, be arranged on the second briquetting 706, Milling Process time carry out the 3rd dust arrester 13 of dedusting, be installed in the 4th dust arrester 14 frame 1 being carried out dedusting again to the card through the 3rd dust arrester 13 dedusting.Above-mentioned dust arrester comprises air pump, appendix, recovery tube.The pressure-air that air pump produces is transported to card place through appendix, the scrap produced when pressure-air blows Milling Process, and recovery tube reclaims the pressure-air being mixed with scrap.Wherein, in the first dust arrester 11, appendix and recovery tube are arranged on the sidewall of the first baseline trough, and during Milling Process, the first milling head and the first baseline trough form airtight space; Second dust arrester 12 comprises airtight chamber, and appendix and recovery tube are arranged on the sidewall of chamber; In 3rd dust arrester 13, appendix and recovery tube are arranged on the sidewall of the second baseline trough 707, and during Milling Process, the second milling head 702 and the second baseline trough 707 form airtight space; 4th dust arrester 14 comprises airtight chamber, and appendix and recovery tube are arranged on the sidewall of chamber.When airtight space can prevent dedusting, scrap flies away in air, prevents scrap to be detrimental to health.
Control device comprises control panel and control button.Control device adopts known Programmable Logic Controller.
The equipment that this SIM is slotted fast also comprises: be arranged on the known cooling system by described control device control work in frame 1.This cooling system can be used for cooling the milling head in slotting attachment.
The equipment of the present embodiment is specifically adding man-hour, the blank card card manufacturing SIM is all placed with in first pan feeding card casket group 5 and the second pan feeding card casket group 9, card is first sent to below the first briquetting by the first conveyer 4, first briquetting compresses card, and a part of card is positioned at below the first baseline trough of the first briquetting, first milling head declines and carry out milling machine operation to card in the first baseline trough, mills out 1 chip groove, and the first dust arrester 11 carries out dust removal operation simultaneously.
While carrying out milling machine operation and dust removal operation, card in second pan feeding card casket group 9 is sent to below the second briquetting 706 by the second conveyer 8, second briquetting 706 compresses card, and a part of card is positioned at below the second baseline trough 707 of the second briquetting 706.
After first milling head and the first dust arrester 11 milling machine operation and dust removal operation, first milling head rises, now the second milling head 702 declines and carry out milling machine operation to card in the second baseline trough 707, mills out 1 chip groove, and the 3rd dust arrester 13 carries out dust removal operation simultaneously.
After second milling head 702 and the 3rd dust arrester 13 milling machine operation and dust removal operation, second milling head 702 rises, first milling head declines and again carry out milling machine operation to card in the first baseline trough simultaneously, again mills out 1 chip groove, and the first dust arrester 11 carries out dust removal operation simultaneously.
After the milling machine operation again of first milling head and the first dust arrester 11 and dust removal operation, first milling head rises, now the second milling head 702 declines and again carry out milling machine operation to card in the second baseline trough 707, and mill out 1 chip groove, the 3rd dust arrester 13 carries out dust removal operation.Meanwhile, the first briquetting unclamps card, and card is sent to the second dust arrester 12 by the first conveyer 4 and carries out dedusting again.Card after dedusting is sent to next XY mobile platform by the first conveyer 4.After the milling machine operation again of second milling head 702 and the 3rd dust arrester 13 and dust removal operation, the second milling head 702 rises, and card is sent to the 4th dust arrester 14 by the second conveyer 8 and carries out dedusting.The slotting attachment at two XY mobile platform two ends hockets aforesaid operations, and each slotting attachment all mills out 2 chip grooves on card.The card milled is received card card casket group 6 by first respectively and the second receipts card card casket group 10 is regained.
Certainly, in other embodiments, also can by setting other machined parameters on the control panel of control device, thus make each slotting attachment mill out the chip groove of the numbers such as 1,4,8; Also can only arrange 1 XY mobile platform in frame 1, XY mobile platform two ends arrange slotting attachment, and 2 slotting attachments alternately mill out at least one chip groove on each card.
By reference to the accompanying drawings embodiments of the invention are described above; but the present invention is not limited to above-mentioned detailed description of the invention; above-mentioned detailed description of the invention is only schematic; instead of it is restrictive; those of ordinary skill in the art is under enlightenment of the present invention; do not departing under the ambit that present inventive concept and claim protect, also can make a lot of form, these all belong within protection of the present invention.
Claims (5)
1. a SIM method of slotting fast, is characterized in that, comprise the following steps:
S1: transmission manufactures the slotting attachment of blank card card to XY mobile platform two ends of SIM; Described step
Comprise the steps: in S1
S1.1: by card alternate transport to the slotting attachment at XY mobile platform two ends;
S1.2: slotting attachment carries out position correction to card and holds out against card;
The slotting attachment at S2:XY mobile platform two ends alternately mills out at least one chip groove on each card; Comprise the steps: in described step S2
S2.1: in two slotting attachments at XY mobile platform two ends, a slotting attachment carries out operation in early stage: wait for that read transmission is inner to it, and carry out position correction to the card transferring to its inside and hold out against; Another slotting attachment carries out milling machine operation to another card transferring to its inside simultaneously, mills out at least one chip groove;
The slotting attachment at S2.2:XY mobile platform two ends hockets milling machine operation and operation in early stage;
S2.3: carry out dust removal process to the card after milling, removes scrap;
S3: collect the card after groove milling.
2. the SIM according to claim 1 method of slotting fast, is characterized in that, be specially in described step S3: detect the card after dedusting, by qualified card and waste product card separate collection.
3. the SIM equipment of slotting fast, comprise: frame (1), be located at the XY mobile platform (2) in described frame (1), be arranged on first conveyer (4) of the upper transfer card of described frame (1), described XY mobile platform (2) one end is provided with, the card transmitted described first conveyer (4) carries out first slotting attachment (3) of milling, card card casket group (6) received by first of the card that first pan feeding card casket group (5) of the placement card that described first conveyer (4) two ends set firmly and collection mill, for controlling described XY mobile platform (2), the control device of the first slotting attachment (3) and the first conveyer (4) cooperating, it is characterized in that, the equipment that this SIM is slotted fast also comprises the setting of described XY mobile platform (2) other end, card is carried out to second slotting attachment (7) of milling, described second slotting attachment (7) controls by described control device and alternately carries out milling machine operation to card with described first slotting attachment (3),
The equipment that this SIM is slotted fast also comprises: the second conveyer (8) being arranged on the upper transfer card of described frame (1), described second slotting attachment (7) carries out milling to the card that described second conveyer (8) is transmitted, and card card casket group (10) received by second of the card that the second pan feeding card casket group (9) of the placement card that described second conveyer (8) two ends set firmly and collection mill;
Described first slotting attachment (3) comprising: the first column being installed in described XY mobile platform (2) one end, first milling head, be connected to the first groove milling motor the first milling head providing the first milling head power, be arranged on the first motor that described first column upper end moves up and down by driving the first screw mandrel be connected with described first milling head to control described first milling head, be arranged on described first conveyer (4) top and the first briquetting of corresponding described first milling head, described first briquetting offers the first baseline trough to machining benchmark during card Milling Process,
Described second slotting attachment (7) comprising: the second column (701) being installed in described XY mobile platform (2) other end, second milling head (702), be connected to the second groove milling motor (703) described second milling head (702) providing described second milling head (702) power, be arranged on the second motor (705) that described second column (701) upper end moves up and down by driving the second screw mandrel (704) be connected with described second milling head (702) to control described second milling head (702), be arranged on described second conveyer (8) top and second briquetting (706) of corresponding described second milling head (702), described second briquetting (706) offers the second baseline trough (707) to machining benchmark during card Milling Process.
4. the SIM according to claim 3 equipment of slotting fast, it is characterized in that, the equipment that this SIM is slotted fast also comprises: be arranged on described first briquetting, first dust arrester (11) of dedusting is carried out during Milling Process, be installed in the second dust arrester (12) described frame (1) being carried out dedusting again to the card through the first dust arrester (11) dedusting, be arranged on described second briquetting (706), the 3rd dust arrester (13) of dedusting is carried out during Milling Process, be installed in the 4th dust arrester (14) described frame (1) being carried out dedusting again to the card through the 3rd dust arrester (13) dedusting.
5. the SIM according to claim 3 equipment of slotting fast, it is characterized in that, described control device comprises control panel and control button.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110422576.3A CN103157838B (en) | 2011-12-15 | 2011-12-15 | Method and apparatus for rapid slotting of SIM cards |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110422576.3A CN103157838B (en) | 2011-12-15 | 2011-12-15 | Method and apparatus for rapid slotting of SIM cards |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103157838A CN103157838A (en) | 2013-06-19 |
| CN103157838B true CN103157838B (en) | 2015-07-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110422576.3A Active CN103157838B (en) | 2011-12-15 | 2011-12-15 | Method and apparatus for rapid slotting of SIM cards |
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| CN (1) | CN103157838B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106424878B (en) * | 2016-10-15 | 2018-10-19 | 广州明森科技股份有限公司 | A kind of smart card groove milling and cleaning combine the unit |
| CN107538084A (en) * | 2017-10-12 | 2018-01-05 | 南京欧格节能环保科技有限公司 | A kind of milling side slotting all-in-one machine |
| CN113199539B (en) * | 2021-03-29 | 2022-07-22 | 深圳市正达飞智能卡有限公司 | Dust collector for smart card milling flutes equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101464961A (en) * | 2008-12-11 | 2009-06-24 | 东莞锐发智能卡科技有限公司 | Method and equipment for producing SIM card |
| CN201880980U (en) * | 2010-11-11 | 2011-06-29 | 泉州市闽达机械制造有限公司 | Bolt grooving device |
| CN102169551A (en) * | 2011-01-27 | 2011-08-31 | 东莞锐发智能卡科技有限公司 | SIM (Subscriber Identity Module) card production method and equipment |
| CN102222252A (en) * | 2011-06-29 | 2011-10-19 | 北京握奇数据系统有限公司 | Method, equipment and system for producing smart card |
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2011
- 2011-12-15 CN CN201110422576.3A patent/CN103157838B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101464961A (en) * | 2008-12-11 | 2009-06-24 | 东莞锐发智能卡科技有限公司 | Method and equipment for producing SIM card |
| CN201880980U (en) * | 2010-11-11 | 2011-06-29 | 泉州市闽达机械制造有限公司 | Bolt grooving device |
| CN102169551A (en) * | 2011-01-27 | 2011-08-31 | 东莞锐发智能卡科技有限公司 | SIM (Subscriber Identity Module) card production method and equipment |
| CN102222252A (en) * | 2011-06-29 | 2011-10-19 | 北京握奇数据系统有限公司 | Method, equipment and system for producing smart card |
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| CN103157838A (en) | 2013-06-19 |
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