CN204945762U - A kind of Automatic Production System of double-interface card - Google Patents
A kind of Automatic Production System of double-interface card Download PDFInfo
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- CN204945762U CN204945762U CN201520588171.0U CN201520588171U CN204945762U CN 204945762 U CN204945762 U CN 204945762U CN 201520588171 U CN201520588171 U CN 201520588171U CN 204945762 U CN204945762 U CN 204945762U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P80/00—Climate change mitigation technologies for sector-wide applications
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Abstract
The utility model discloses a kind of Automatic Production System of double-interface card, system comprises automaton and gearing, also comprises and controls to carry out entering card device, conveyer, double sheet card detection apparatus, engraving thread cutter, wire picking device, vertical line apparatus, trimming dust sucking plant, take off line apparatus, sticky wire bonding device, bar microarray strip step device, mould blanking units, chip turning device, repairing line apparatus, implantation positioning device, sticking device, pick-up unit, receipts card device of linkage work successively by automaton; Wherein said engraving thread cutter adopts levels two-stage milling groove structure, is divided into two operations and carves double-interface card; Described sticky wire bonding device is welded with chip by two aerial heads being stained with the double-interface card of tin.Described Automatic Production System operating rate is fast, stability is high, product percent of pass is high, greatly can save material, save human resources, production efficiency doubles.
Description
Technical field
The utility model relates to a kind of Automatic Production System producing the double-interface card of microarray strip.
Background technology
Along with infotech and economic develop rapidly all over the world, economy between people and information interchange more and more frequent, simultaneously people are also finding various communication media easily always, from early stage magnetic card storage card finally, logic encryption card and a lot of contact type CPU card (smart card) of using of field now.Current smart card also plays irreplaceable effect in the life of people, increasing to the demand of smart card on market.
Smart card comprises contact card, contactless card, double-interface card (also claiming financial IC card) etc.
In prior art, the method for producing double-interface card generally comprises following steps:
1, carve chip slot in the card being built-in with antenna, chip exposes built-in aerial in slot;
2, two aerial heads of built-in aerial are chosen;
3, two aerial heads weld respectively with the predetermined solder joint of 2 on chip;
4, by implanted chip chip slot, then paste, manufacture with this double-interface card being embedded with chip.
Producing double-interface card in prior art adopts system to be all automanual, and the production run of the first system is engraving machine disposable milling chip slot, manual take-up, and chip implanted by machine, and the method manually pasted is to complete manufacture double-interface card.Because the depth of sunkening cord in card has trickle difference, it is excessively dark that disposable milling chip slot can run into engraving slot, or directly the situation that line cuts off occurred, causes qualified yield rate low.
The production run of the second system is: engraving machine mills out chip slot, artificial pull-out card built-in aerial head, then implants chip with machine and the method pasted completes manufacture double-interface card.
Above two kinds of systems of producing double-interface card all and do not realize mechanical automation completely, and some process needs 3-4 operative, and production efficiency is low, each operation length consuming time, poor stability, the shortcomings such as manual operation operation is many, and qualification rate is low.There is no multiple pick-up unit in production run, when card processing occurring being bad, do not reject bad card in time, affect product percent of pass.
Existing production system and method production efficiency low, only have 1200-1500 open/hour; Its reason causing production capacity low has some work needs to complete by hand, or machine divide into multiple stage, does not have coordinated signals automatic operation; Machinery Design is entirely inconsiderate, and do not consider the coherent matching problem of whole operation, motion flow is unreasonable.
The non-defective unit qualification rate of existing production system is not high, only has 85%-91%, and cause reason to be that the action of carving chip slot is not decomposed, the engraving time is long, wastes effective time, has directly delayed the subsequent handling time.
Do not carry out first wicking to aerial head in addition to weld again, can failure welding be caused, have rosin joint, dry joint situation.Do not have classification hot weld to paste, paste insecure, consume the time of pasting yet.
The reason of existing production system less stable is system defectiveness, such as: because of the gravity of card in pan feeding card casket, automatic drop-down time easily occur overlapping two or multiple be stuck on travelling belt and transmit, it is many to cause shutting down the finishing time; The scrap milled out during engraving is in addition inhaled unclean, can cause shutting down cleaning rubbish, also impact engraving precision.
Utility model content
The utility model object is to provide the double-interface card Automatic Production System that a kind of speed of production is fast, stability is high, product percent of pass is high, greatly can save material, save human resources, production efficiency doubles.
The utility model provides a kind of Automatic Production System of double-interface card, comprise automaton and gearing, also comprise and control to carry out entering card device, conveyer, double sheet card detection apparatus, engraving thread cutter, wire picking device, vertical line apparatus, trimming dust sucking plant, take off line apparatus, sticky wire bonding device, bar microarray strip step device, mould blanking units, chip turning device, repairing line apparatus, implantation positioning device, sticking device, receipts card device of linkage work successively by automaton; Wherein said sticky wire bonding device is fixed by two aerial heads and chips welding being stained with the double-interface card of tin.
Further, described engraving thread cutter comprises the first engraving slot device, the first dust sucking plant, thread cutter, the second engraving slot device, second dust sucking plant of linkage work successively.Described engraving thread cutter adopts levels two-stage milling groove structure, is divided into two operations and carves double-interface card.
Further, described double sheet card detection apparatus comprises thickness transducer for preventing multiple overlapping double-interface cards from processing simultaneously and controlled drive disk assembly.
Further, described wire picking device is for choosing two aerial heads of double-interface card built-in aerial; Described vertical line apparatus comprises the first vertical line apparatus and the second vertical line apparatus, and the wherein said first vertical line apparatus is used for stretching for first aerial head, and the described second vertical line apparatus is used for stretching for second aerial head; Described trimming dust sucking plant for cutting short the antenna redundance of pull-out, and draws waste material to dustbin.
Further, after described engraving thread cutter, be provided with the CCD sighting device for the built-in aerial head position after display screen monitors engraving; Described take off line apparatus before be provided with for detecting the 2nd CCD sighting device whether two antennas all erect, described take off line apparatus after be provided with the 3rd engraving slot device of carve boss slot on the diapire in chip slot.
Further, described sticky wire bonding device comprises the sticky line apparatus of linkage work successively, reason line holds up straight device, aerial head immersion tin device, twoly repair the two butt-weld device of line, wherein said sticky line apparatus is used for being sticked up by two strip antennas taken off down and holding up, described reason line holds up straight device for arranging vertically by holding up the antenna come, described aerial head immersion tin device is for removing enameled wire paint and attachment coating metallic tin by two strip antenna heads vertical in card, described two two butt-weld device of line of repairing is welded with two predetermined solder joints of chip respectively for the aerial head two being stained with tin.
Further, described sticking device comprises the first sticking device, the second sticking device, the 3rd sticking device, adopts progressive solution to paste mode; Wherein said first sticking device is used for chip back hot melt adhesive and card to paste by being heated to 200 DEG C of-220 DEG C of moderate temperatures, described second sticking device is used for chip back hot melt adhesive and card to paste by being heated to 230 DEG C of-250 DEG C of high temperature, and described 3rd sticking device is used for chip back hot melt adhesive and card to paste by being heated to 190 DEG C of-199 DEG C of low temperature.
Further, ATR pick-up unit, defective products device for eliminating is also disposed with after described sticking device, wherein said ATR pick-up unit be used for checking chip welding built-in aerial and card paste after function quality, described defective products device for eliminating be used for the defective products in production run is rejected out.
The Automatic Production System of a kind of double-interface card that the utility model provides is that multiple station is open to traffic transmission, achieve pan feeding, carving milling, take-up, sticky line, implantation, butt-joint, paste, Shou Kadeng mechanism integrated intelligent controls, there is no the operation of artificial, achieve automated production truly, be conducive to management, save operation staff, save the usage space in workshop, most critical is the consistance and the stability that ensure that the double-interface card production run being embedded with chip.
System advantage of the present utility model is clearly:
1. improving yield greatly, each workstation is short for process time, and coherent processing, make machine production rise to 3000/hour;
2. improve the qualification rate of product, machining precision is high, and product percent of pass reaches 98%-99.5%;
3. improve stability, stability reaches more than 96.5%, seldom occurs card machine, and in production run, Timeliness coverage processes bad product, can reject fast.
4. realize complete intelligent running, adopt take-up tangent line, sticky tin welding, implant chip integral system, effectively reduce human cost, only need 1 people's policer operation machine now.
Accompanying drawing explanation
Fig. 1 is the Automatic Production System structural representation of the double-interface card that the utility model embodiment two provides.
Fig. 2 is the double sheet card detection apparatus structural representation in the system that provides of the utility model embodiment two.
Fig. 3 is the engraving thread cutter structural representation in the system that provides of the utility model embodiment two.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, the utility model is described in further detail.
The Automatic Production System of a kind of double-interface card that the utility model embodiment one provides, comprise automaton and gearing, also comprise and control to carry out entering card device, conveyer, double sheet card detection apparatus, engraving thread cutter, wire picking device, vertical line apparatus, trimming dust sucking plant, take off line apparatus, sticky wire bonding device, bar microarray strip step device, mould blanking units, chip turning device, repairing line apparatus, implantation positioning device, sticking device, receipts card device of linkage work successively by automaton; Wherein said sticky wire bonding device is fixed by two aerial heads and chips welding being stained with the double-interface card of tin.
Such system makes engraving meticulousr, and welding is more precisely firm, and improve processing quality, Automated condtrol makes speed of production improve.
Further, described engraving thread cutter comprises the first engraving slot device, the first dust sucking plant, thread cutter, the second engraving slot device, second dust sucking plant of linkage work successively.Described engraving thread cutter adopts levels two-stage milling groove structure, is divided into two operations and carves double-interface card.
Further, described double sheet card detection apparatus comprises thickness transducer for preventing multiple overlapping double-interface cards from processing simultaneously and controlled drive disk assembly.
Further, described wire picking device is for choosing two aerial heads of double-interface card built-in aerial; Described vertical line apparatus comprises the first vertical line apparatus and the second vertical line apparatus, and the wherein said first vertical line apparatus is used for stretching for first aerial head, and the described second vertical line apparatus is used for stretching for second aerial head; Described trimming dust sucking plant for cutting short the antenna redundance of pull-out, and draws waste material to dustbin.
Further, after described engraving thread cutter, be provided with the CCD sighting device for the built-in aerial head position after display screen monitors engraving; Described take off line apparatus before be provided with for detecting the 2nd CCD sighting device whether two antennas all erect, described take off line apparatus after be provided with the 3rd engraving slot device of carve boss slot on the diapire in chip slot.
Further, described sticky wire bonding device comprises the sticky line apparatus of linkage work successively, reason line holds up straight device, aerial head immersion tin device, twoly repair the two butt-weld device of line, wherein said sticky line apparatus is used for being sticked up by two strip antennas taken off down and holding up, described reason line holds up straight device for arranging vertically by holding up the antenna come, described aerial head immersion tin device is for removing enameled wire paint and attachment coating metallic tin by two strip antenna heads vertical in card, described two two butt-weld device of line of repairing is welded with two predetermined solder joints of chip respectively for the aerial head two being stained with tin.
Further, described sticking device comprises the first sticking device, the second sticking device, the 3rd sticking device, adopts progressive solution to paste mode; Wherein said first sticking device is used for chip back hot melt adhesive and card to paste by being heated to 200 DEG C of-220 DEG C of moderate temperatures, described second sticking device is used for chip back hot melt adhesive and card to paste by being heated to 230 DEG C of-250 DEG C of high temperature, and described 3rd sticking device is used for chip back hot melt adhesive and card to paste by being heated to 190 DEG C of-199 DEG C of low temperature.
Further, also be provided with ATR(infrared imaging automatic target detection after described sticking device) pick-up unit, defective products device for eliminating, wherein said ATR pick-up unit be used for checking chip welding built-in aerial and card paste after function quality, described defective products device for eliminating be used for the defective products in production run is rejected out.
More specifically, as shown in Figure 1, the Automatic Production System of a kind of double-interface card that the utility model embodiment two provides, comprise automaton (not drawing in figure) and gearing (not drawing in figure), automaton can be a chip being mounted with control program, also can be a host computer.Gearing can be multiple stage step motion control motor, connects conveyer, provides the power of whole system.System also comprise by automaton control to carry out linkage work successively with lower component: enter card device 1, conveyer 2, and along the double sheet card detection apparatus 3 that described conveyer sets gradually, first engraving slot device 4, first dust sucking plant 5, thread cutter 6, second engraving slot device and the second dust sucking plant 7, one CCD sighting device 8, wire picking device 9, first vertical line apparatus 10, second vertical line apparatus 11, trimming dust sucking plant 12, 2nd CCD sighting device 13, take off line apparatus 14, 3rd engraving slot device 15, take-up defective products pick-up unit 16, sticky line apparatus 17, straight device 18 held up by reason line, aerial head immersion tin device 19, twoly repair the two butt-weld device 20 of line, bar microarray strip step device 21, mould blanking units 22, chip turning device 23, chip carrying device 24, visual detection butt-weld device 25, repair line apparatus 26, implantation positioning device 27, first sticking device 28, second sticking device 29, 3rd sticking device 30, cooling and shaping device 31, ATR pick-up unit 32, defective products device for eliminating 33 and receipts card device 34.
The course of work and the function introduction of above system all parts are as follows:
Enter card device 1 for storing double-interface card to be processed, and card is pulled down on travelling belt.Conveyer 2 comprises belt transmission mechanism and gear drive part, for card being sent to the processing stations of all parts, multiple station can be open to traffic transmission by conveyer 2, achieves pan feeding, carving milling, take-up, sticky line, implantation, butt-joint, pastes, Shou Kadeng mechanism integrated intelligent controls.Double sheet card detection apparatus 3 for detect the card passed out into Ka Zha whether have two or multiple, prevent multiple overlapping double-interface cards from entering engraving thread cutter.First engraving slot device 4 is for carve chip slot, simple ground in card.The scrap that first dust sucking plant 5 produces for drawing milling.Thread cutter 6, for cutting off the line of card built-in aerial, becomes two aerial heads.Second engraving slot device and the second dust sucking plant 7 for the antenna surface of accurate carve built-in aerial layer, and siphon away milling scrap out.One CCD sighting device 8 is for the position of the built-in aerial head after display screen monitors engraving.Wire picking device 9 is for choosing two aerial heads of cut-out.First vertical line apparatus 10 is for by stretching for first aerial head.Second vertical line apparatus 11 is for by stretching for second aerial head.Trimming dust sucking plant 12 is for cutting short the unnecessary part of pull-out antenna and drawing waste material to dustbin.
For detecting, whether two antennas all erect 2nd CCD sighting device 13.Take off line apparatus 14 to fall for two strip antennas are divided right and left along root.3rd engraving slot device 15 carve boss slot on the diapire in chip slot.Take-up defective products pick-up unit 16 for detecting take-up bad phenomenon, and rejects defective products.Sticky line apparatus 17 is for sticking up fell two strip antennas and holding up.Reason line holds up straight device 18 for arranging holding up the antenna come vertically.Aerial head immersion tin device 19 is for removing enameled wire paint by two strip antenna heads vertical in card, and attachment coating metallic tin.Two two butt-weld device 20 of line of repairing is for welding two aerial heads with two predetermined solder joints of chip respectively.Bar microarray strip step device 21 is for being transported to chip band step by step inside mould.The chip of mould blanking units 22 on die-cut bar microarray strip, is divided into chip one by one etc. to be processed.Chip turning device 23 turns over turnback for being picked up by the chip punched out.Chip carrying device 24 is for being transported to the position of predetermined butt-joint by the chip after upset.Visual detection butt-weld device 25 is for amplifying pad and the effect of welding directly perceived.Repair line apparatus 26 for by welding after chip and antenna between wire by predetermined shape brake forming.Implantation positioning device 27 is for locating preparation and paste in implanted chip chip slot.First sticking device 28 is for pasting chip back hot melt adhesive and card by being heated to 200 DEG C of-220 DEG C of moderate temperatures, described second sticking device 29 is for pasting chip back hot melt adhesive and card by being heated to 230 DEG C of-250 DEG C of high temperature, and described 3rd sticking device 30 is for pasting chip back hot melt adhesive and card by being heated to 190 DEG C of-199 DEG C of low temperature.Cooling and shaping device 31 reaches the object of sizing for the chip after hot weld being pasted and card material cooled.ATR pick-up unit 32 for checking chip welding built-in aerial and card paste after function quality.System also detects by chip circuit.Defective products device for eliminating 33 is collected for being rejected by the defective products in production run.Receive the excellent finished product in order neat collection of card device 34 for producing.
As shown in Figure 2, double sheet card detection apparatus mainly comprises: transmission passageway rib 35, rolling bearing 36, sensor 37, base 39, slide block 40, inductive head and gravity block 41.Double sheet card detection apparatus principle of work is that inductive head and gravity block 41 are in situation about freely moving up and down always when card 38 is in transmitting procedure.Only have a card by time, rolling bearing 36 follows card rotating, and inductive head and gravity block are by the Action of Gravity Field of self, be in bottom, sensor 37 can't detect inductive head always, and machine identifies it is a card automatically, do not hinder the work of the next stop, machine automatization runs; If card 38 is in transmitting procedure, have two or three cards overlap by time, inductive head can sense sensor because have by the thickness of card, and machinery identifies and is judged as abnormal conditions, needs to fix a breakdown, then press start button, continuation operation.
As shown in Figure 3, described engraving thread cutter adopts levels two-stage milling groove structure, is divided into two operations and carves double-interface card, greatly can improve carving speed.Described engraving thread cutter mainly comprises: the first engraving slot device 4, first dust sucking plant 5, thread cutter 6, second are carved slot device and the second dust sucking plant 7, transmitted passageway 42, X-direction servo motor 43, Y direction servo motor 44, Z-direction servo motor 45.These two carving device principle of work are the same with structure, all be separated into size and the degree of depth that three axle servo motors control engraving slot, accuracy tolerance is at ± 0.005mm, the just top layer of the first device carving milling card slot, engraving slot, the second layer antenna stack of the second device carving milling card same position slot, engraving slot, so separately carves milling, saves the working time of same station machining, also improve engraving precision, and improve the production capacity of machine at same time.
Aerial head is first added tin to weld again, mainly in order to chip and sky wire bonding obtain more firm, stop rosin joint, dry joint.Before antenna does not add tin, the skin of antenna has one deck insullac to be wrapped in copper wires, insulation course is the poor conductor of electricity, if antenna directly and chip by electrode in transient heating, be difficult to ensure that the insullac of antenna skin attachment can melt completely, and the remaining insullac rubbish after fusing can not depart from copper cash body completely, and therefore welding effect has larger bad probability.Antenna is first added tin, after allowing the insullac of the end surface of aerial head melt, surface attachment one deck of copper wires body is about the metallic tin of 0.03mm, aerial head immersion tin device can be adopt servomotor fixed antenna, servo driver drives servo motor drives antenna turnover tin stove, metallic tin is fused into liquid condition by tin stove, temperature about 350 DEG C, according to the material adjustable temperature of solder, the time of antenna turnover tin stove is about 80-100 millisecond, then two the predetermined solder joint welding will adding tin antenna and chip, two kinds of identical metallic tin molten solders together like this, weld easier firm welding, be unlikely to there is rosin joint, the situation of dry joint occurs.Sky wire bonding after this band tin chip and Jia Xi is one-time formed.
It is to allow the base material of the hot melt adhesive that is attached to chip back and card more easily paste firmly that point different temperatures classification is pasted, the hot melt adhesive being attached to chip back is a kind of high-temp glue, need could melt when fusing point arrives 200 DEG C, if adopt the disposable high temperature 220 DEG C that is raised to of prior art to paste, time can be longer, and on a station, machining time is in 4-5 second; If adopt different temperatures classification to paste, greatly can shorten and paste the time on each station, the machining time of every one-level is approximately 1-1.5 second, just can enter next operation, hierarchical temperature is generally thermophase in 200 DEG C-220 DEG C, 1 second process time; At 230 DEG C of-250 DEG C of hot stages, 1.2 seconds process times; At 190 DEG C of-199 DEG C of cold stage, 1.5 seconds process times.This type of heating major advantage is attached to the glue of chip back and card base material can at high temperature infiltrate completely, melt completely, be almost combined together, make to paste more firmly, tightr, and each station not be used in, and processing one card is upper to pause for a long time.
CCD sighting device, the Through Several Survey Measure that visual detection butt-weld device, ATR pick-up unit, chip circuit detect, the system synthesis of the present utility model so one-stop structure of contact measurement and non-contact detection, Intelligent Measurement means are many, ensure that the high-quality of product.
Because double-interface card is the smart card integrating contact and non-contact interface, it has two operation interfaces, to the access of chip, by the contact of the way of contact, also by separated by a distance, can visit chip with RF-wise.Card only has a chip, two interfaces, identical operation can be performed by contact interface and non-contact interface.Two different standards are followed at two interfaces respectively, and contact interface meets ISO/IEC7816; Noncontact meets ISO/IEC14443.
1. Contact Type Ic Card testing process:
Use card stationary fixture that card to be checked is carried out position correction, guarantee that the extension testing needle of contact card reader can accurate and chip contacts one_to_one corresponding.
PC computing machine is connected with card reader by use standard RS232 serial line interface, the information surveying card can be sent to PC computing machine by RS232 interface.
38400Baud in the communication baud rate adopted, communication format is: 1 start bit, 8 bit data positions, 1 stop bit, no parity position.
Carry out the detection of ATR reset answer, successful then chip electrical property is good, can to test the production batch of chip according to returning ATR value; Failed then be judged to be bad card, discharge card at next erect-position the automatic recovery.
According to the chip detection requirement of fabrication company, after chip reset, exchange command between industry can be carried out to chip, with the integrality of the security and data of guaranteeing chip operating system by the mode of APDU.
2. non-contact IC card testing process:
1) non-contact card reader antenna adopts square large coil, and operating distance is within parallel card 7 centimetres;
2) support that IO controls and communication operation two kinds of detection modes, when using RS232 serial port communication, 38400Baud in the communication baud rate of employing, communication format is: 1 start bit, 8 bit data positions, 1 stop bit, no parity position.
3) carrier signal outwards sends through antenna by card reader continuously, after card enters the perform region of card reader, the resonant tank of card internal antenna and electric capacity composition receives the carrier signal of card reader transmitting, radio frequency interface module converts thereof into voltage signal, when carrying out reset answer (ATS) and Application Protocol Data Unit (APDU), access control module is by modulates information in storer on carrier wave, and on card, card reader given by antenna.Card reader delivers to serial ports of computers end after carrying out demodulation to the received signal.
4) with contact card reader in like manner, exchange command between reset answer (ATS) and industry can be carried out, detects and be unsuccessfully then judged to be bad card, next erect-position the automatic recovery discharge card.
To sum up, in the process of automated production double-interface card, must be detected chip by contact and non-contacting mode.No matter any mode, all only needs a small amount of time owing to carrying out exchange command between reset answer and simple industry to chip, therefore contact detection and non-contact detecting is designed the entire length that can reduce equipment at same erect-position and saves space.
Claims (8)
1. the Automatic Production System of a double-interface card, comprise automaton and gearing, it is characterized in that, also comprise and control to carry out entering card device, conveyer, double sheet card detection apparatus, engraving thread cutter, wire picking device, vertical line apparatus, trimming dust sucking plant, take off line apparatus, sticky wire bonding device, bar microarray strip step device, mould blanking units, chip turning device, repairing line apparatus, implantation positioning device, sticking device, receipts card device of linkage work successively by automaton; Wherein said sticky wire bonding device is fixed by two aerial heads and chips welding being stained with the double-interface card of tin.
2. the Automatic Production System of double-interface card according to claim 1, it is characterized in that, described engraving thread cutter comprises the first engraving slot device, the first dust sucking plant, thread cutter, the second engraving slot device, second dust sucking plant of linkage work successively.
3. the Automatic Production System of double-interface card according to claim 1 or 2, is characterized in that, described double sheet card detection apparatus comprises thickness transducer for preventing multiple overlapping double-interface cards from processing simultaneously and controlled drive disk assembly.
4. the Automatic Production System of double-interface card according to claim 1 or 2, it is characterized in that, described wire picking device is for choosing two aerial heads of double-interface card built-in aerial; Described vertical line apparatus comprises the first vertical line apparatus and the second vertical line apparatus, and the wherein said first vertical line apparatus is used for stretching for first aerial head, and the described second vertical line apparatus is used for stretching for second aerial head.
5. the Automatic Production System of double-interface card according to claim 1 or 2, is characterized in that, is provided with the CCD sighting device for the built-in aerial head position after display screen monitors engraving after described engraving thread cutter; Described take off line apparatus before be provided with for detecting the 2nd CCD sighting device whether two antennas all erect, described take off line apparatus after be provided with the 3rd engraving slot device of carve boss slot on the diapire in chip slot.
6. the Automatic Production System of double-interface card according to claim 1 or 2, is characterized in that, described sticky wire bonding device comprises the sticky line apparatus of linkage work successively, reason line holds up straight device, aerial head immersion tin device, twoly repair the two butt-weld device of line.
7. the Automatic Production System of double-interface card according to claim 1 or 2, it is characterized in that, described sticking device comprises the first sticking device, the second sticking device, the 3rd sticking device, adopts progressive solution to paste mode.
8. the Automatic Production System of double-interface card according to claim 7, is characterized in that, be also disposed with ATR pick-up unit, defective products device for eliminating after described sticking device.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520588171.0U CN204945762U (en) | 2015-08-06 | 2015-08-06 | A kind of Automatic Production System of double-interface card |
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| CN201520588171.0U CN204945762U (en) | 2015-08-06 | 2015-08-06 | A kind of Automatic Production System of double-interface card |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106127284A (en) * | 2016-05-12 | 2016-11-16 | 广东精毅科技股份有限公司 | The automatic take-up auxiliary device of a kind of double-interface card and production method |
| CN109920637A (en) * | 2019-04-17 | 2019-06-21 | 珠海安作机器人自动化有限公司 | A kind of coil automatic shaping processing line |
-
2015
- 2015-08-06 CN CN201520588171.0U patent/CN204945762U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106127284A (en) * | 2016-05-12 | 2016-11-16 | 广东精毅科技股份有限公司 | The automatic take-up auxiliary device of a kind of double-interface card and production method |
| CN109920637A (en) * | 2019-04-17 | 2019-06-21 | 珠海安作机器人自动化有限公司 | A kind of coil automatic shaping processing line |
| CN109920637B (en) * | 2019-04-17 | 2024-01-16 | 珠海安作机器人自动化有限公司 | Automatic shaping processing line for coil |
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Address after: 523710 Guangdong province Dongguan city Tangxia town Tian Xin Keyuan City Keyuan Road No. three Jin Lei Industrial Park building E Patentee after: Guangdong Jingyi Polytron Technologies Inc Address before: 523710 Guangdong province Dongguan city Tangxia town Tian Xin Keyuan City Keyuan Road No. three Jin Lei Industrial Park building E Patentee before: Guangdong dawn automation equipment limited company |