CN203831321U - Device for automatically assembling card U flash disks - Google Patents
Device for automatically assembling card U flash disks Download PDFInfo
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- CN203831321U CN203831321U CN201420112795.0U CN201420112795U CN203831321U CN 203831321 U CN203831321 U CN 203831321U CN 201420112795 U CN201420112795 U CN 201420112795U CN 203831321 U CN203831321 U CN 203831321U
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- card
- usb flash
- flash drive
- chip
- card usb
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Abstract
The utility model discloses a device for automatically assembling card U flash disks. The device comprises a card carrying device, a card pushing device, a top blowing device, an adhesive dispensing device, a chip loading device, a correction and compression device, a cover closing device and a control device. The card carrying device is used for sequentially carrying card U flash disk outer shells to the next station from a first station in the process direction. The card pushing device is used for loading the card U flash disk outer shells and sequentially pushing the card U flash disk outer shells in the card pushing device to the card carrying device. The top flowing device is used for lifting turnover covers of the card U flash disks. The adhesive dispensing device is used for automatically dispensing adhesive on the lifted turnover covers of the card U flash disks. The chip loading device is used for automatically installing chips in the turnover covers of the card U flash disks. The correction and compression device is used for correcting and compressing the chips in the turnover covers. The cover closing device is used for automatically closing the turnover covers of the card U flash disks where the chips are installed. The control device is used for controlling operation of the whole device. The device for automatically assembling the card U flash disks can be used for automatically assembling the card U flash disks, so that efficiency is improved, production cost is reduced, and production quality is guaranteed.
Description
Technical field
The utility model relates to the manufacturing technology field of plane formula card USB flash drive, relates more specifically to a kind of automatic Composition card USB flash drive equipment can be used in plane formula card USB flash drive production technology.
Background technology
" card USB flash drive " claims again " card concept USB flash disk " and " business card concept USB flash disk ", is conventionally made up of ABS material, and its outward appearance is the same with Standard Bank card, and length and width are 85*52mm, and thickness is 1.2-2mm.Card USB flash drive generally includes a shell and storage chip is in the enclosure set, and the difference of opening 1 storage chip mode according to it can be divided into the card USB flash drive of plug-in and convertible two types.Fig. 1 and Figure 2 shows that at present conventional convertible card USB flash drive 1, it comprises a card case 11, in this card case 11, be provided with a rectangular recess 12 and a rectangle corresponding with this rectangular recess renovates 13, storage chip 14 is fixed in this accepting groove of renovating, renovating 13 can rotate and be fastened in card case 11 with respect to shell 11, thereby storage chip 14 is contained in the rectangular recess 12 of card case 11.
Card USB flash drive becomes very popular product because tool has the following advantages: have water-proof function 1.: card USB flash drive bubble a whole day in water, take out the capsule information that still can read the inside; 2. capacity is various: capacity can be accomplished 512M, 1G, 2G, 4G, 8G, 16G, even can accomplish 32G; 3. easy to carry: the same with bank card as credit card, be convenient for carrying, and be not easy to damage, service life is longer; 4. have advertising effects: card USB flash drive can the various patterns of two-sided color printing, flash disk the inside can implant automatic displaying video or client deletes the promotional file of not falling, and some enterprise can be used for giving a present and having propaganda function with it.
But, in card USB flash drive assembling industry, existing is all to adopt manual pile line operation to the assembling mode of card USB flash drive, for example, carry out manually voluntarily feeding (card USB flash drive shell), open and renovate, put glue, fixed chip, fastening and a series of manual operations such as renovate.The required personnel of mode of operation of above-mentioned man-made assembly card USB flash drive are more, and production cost is larger, and due to artificial uncertainty, quality and quantity can not be guaranteed.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of automatic Composition card USB flash drive equipment to enhance productivity, to reduce costs and quality assurance.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of automatic Composition card USB flash drive equipment is provided, it comprises a carrying card-type device, is provided with multiple stations and for card USB flash drive shell in turn being moved toward next station from first station along operation direction on it; One pushes card-type device, for loading multiple card USB flash drive shells and the card USB flash drive shell in it being pushed to first station place on carrying card-type device successively; One top blast device, it comprises that a jacking mechanism of renovating for jack-up card USB flash drive and is for the inflatable body to having been blown by renovating of jack-up; One point glue equipment, it is for renovating and carry out automatically dropping glue to the card USB flash drive of being raised; One loads chip apparatus, for by chip Auto-mounting to clicking and entering in the renovating of card USB flash drive of glue; One corrects hold down gag, for the chip in renovating is corrected and compressed; One closing lid device, for renovating and carry out automatic cover closing operation the card USB flash drive that chip has been installed; And a control device, for controlling the running of whole equipment.Wherein, described propelling movement card-type device, top blast device, point glue equipment, loading chip apparatus, correct hold down gag and closing lid device along described operation direction be successively set on carry card-type device on the corresponding position of different station.
Preferably, described propelling movement card-type device comprises: one first cartridge clip, described the first cartridge clip is provided with an accepting groove to accommodate the multiple card USB flash drive shells that vertically stack, the bottom of the two opposite side walls of described the first cartridge clip is respectively arranged with the first notch and the second notch, and described the first notch and the second notch are all connected with described accepting groove; And one first driving mechanism, described the first driving mechanism comprises and can stretch into push pedal in described accepting groove and for driving this push pedal to pass in and out the first actuator of described accepting groove through described the first notch, under the driving of described the first actuator, described push pedal can be stretched in described accepting groove and card USB flash drive shell is released the first station of described carrying card-type device from the second notch.
Preferably, described propelling movement card-type device also comprises: a bearing, and described bearing is arranged in described frame; One second cartridge clip, the structure of described the second cartridge clip and described the first cartridge clip is identical and be all removably mounted on described bearing; And an inductor, be arranged on a side of described bearing to detect in described the first cartridge clip or described the second cartridge clip whether have card USB flash drive shell.Wherein, described the first driving mechanism also comprises the second actuator, described the second actuator is for driving described the first cartridge clip and the second cartridge clip to switch between a primary importance and a second place according to the testing result of described inductor, in the time being positioned at primary importance, the first notch of described the first cartridge clip is aimed in described push pedal, in the time being positioned at the second place, the first notch of described the second cartridge clip is aimed in described push pedal.
Preferably, described carrying card-type device comprises: a pedestal, and described pedestal is arranged in described frame; Multiple card carriers, described multiple card carriers are successively set on described pedestal to form multiple described stations; Multiple cards absorption tools, described multiple cards absorption tools lay respectively at the top of multiple card carriers and corresponding with multiple card carriers with absorption or discharge the card USB flash drive in corresponding card carrier; One lift drive mechanism, described lift drive mechanism is connected to drive described multiple card absorption tool synchronously to move up and down with respect to card carrier with described multiple card absorption tools; An and translational drive mechanism, described translational drive mechanism also with described multiple cards absorption tools be connected to drive described multiple card adsorb tool synchronously with respect to card carrier along the operation direction a certain distance of translation back and forth, wherein, the distance of each translation is the centre distance of card USB flash drive in adjacent two card carriers.
Preferably, described card absorption tool comprises that an adsorption plate, is arranged on absorption valve and at least one sucker that is arranged on adsorption plate bottom at adsorption plate top, and described sucker is connected with absorption valve, and described absorption valve is connected to a vacuum tracheae.
Preferably, a card carrier in described multiple card carrier is top blast card carrier, the card absorption tool corresponding with this top blast card carrier is top blast absorption tool, on described top blast card carrier, be formed with a breach, described breach is located at the position corresponding with renovating of card USB flash drive, described jacking mechanism comprises a jack-up plate and one the 3rd actuator, described jack-up plate is arranged on the below of described top blast card carrier and the breach facing to described top blast card carrier, described the first actuator be connected with described jack-up plate and can drive described jack-up plate along perpendicular to the direction of described card USB flash drive moves up and down by the jack-up of renovating of described card USB flash drive, described inflatable body comprises the air blowing valve and the venthole that are arranged on described top blast absorption tool, described venthole is renovated the side that can be raised and is connected with described air blowing valve towards described, described air blowing valve is connected to a wireway.
Preferably, described correction hold down gag comprises that a support, a fourth drive member and are connected to the working head of described fourth drive member lower end, described support is arranged on a side of described pedestal, described fourth drive member is arranged on described support and can between an extreme higher position and an extreme lower position, moves relative to this support, when described fourth drive member is during in extreme lower position, described working head will be pressed in position that card USB flash drive renovates so that the chip in renovating is corrected and to be compressed.
Preferably, described closing lid device is a power-assisted plate, described power-assisted plate is positioned at card USB flash drive renovates the side at place, on described power-assisted plate, be formed with one first inclined-plane and one second inclined-plane, described the first inclined-plane is inclined relative to horizontal and extends in a side direction of described operation direction, described the second inclined-plane extends to renovating the side covering perpendicular to horizontal plane and from the inside end on described the first inclined-plane, and the inside edge on described the first inclined-plane is smoothly connected with the upper edge on described the second inclined-plane.
Preferably, described loading chip apparatus comprises: at least one chip carrier, and described chip carrier is used for carrying multiple chips; One headstock, described chip carrier is removably mounted on described headstock, is provided with the second driving mechanism to drive described chip carrier to move along the direction parallel with operation direction on described headstock in described headstock; One crossbeam, described crossbeam is across above described headstock and perpendicular to described operation direction; One chip absorption tool, described chip absorption tool is arranged on described crossbeam to pick and place the chip in chip carrier; And one the 3rd driving mechanism, described the 3rd driving mechanism is arranged on and on described crossbeam and with described chip absorption tool, is connected to drive described chip to adsorb tool the chip in chip carrier is moved in the card USB flash drive of clicking and entering glue renovates.
Preferably, described point glue equipment is a point gum machine, and described point gum machine is arranged on the end of described crossbeam, and in the time that card USB flash drive is sent to the corresponding station of described point glue equipment, the Glue dripping head of described point glue equipment is aimed at the card USB flash drive of having been raised and renovated.
Compared with prior art, the utility model automatic Composition card USB flash drive equipment can be used in card USB flash drive packaging technology to replace most manual operations, when use, only need to utilize and manually in cartridge clip, pack card USB flash drive shell in batches and in chip carrier, load onto chip in batches, after device start, can automatically realize pushing card, carrying card, jack-up card USB flash drive and renovate, put glue, put chip, correct and compress and the sequence of operations such as automatic cover closing, thereby automatically complete the assembling of whole card USB flash drive.Automatic Composition card USB flash drive equipment provided by the utility model can reduce manpower, raises the efficiency, and saves production cost and ensures the quality of production, has good economic benefit and social benefit.
By following description also by reference to the accompanying drawings, it is more clear that the utility model will become, and these accompanying drawings are used for explaining embodiment of the present utility model.
Brief description of the drawings
Fig. 1 is the structural representation of active card USB flash disk.
Fig. 2 is another schematic diagram of card USB flash drive shown in Fig. 1, and it has shown the state being mounted with after renovating of chip opened.
Fig. 3 is the front view of the utility model automatic Composition card USB flash drive equipment one embodiment.
Fig. 4 is the top view of the equipment of automatic Composition card USB flash drive shown in Fig. 3.
Fig. 5 is the right view of the equipment of automatic Composition card USB flash drive shown in Fig. 3.
Fig. 6 is the part-structure stereogram of the equipment of automatic Composition card USB flash drive shown in Fig. 3.
Fig. 7 is another angle stereogram of the equipment of automatic Composition card USB flash drive shown in Fig. 6
Fig. 8 is the stereogram that pushes card-type device in the equipment of automatic Composition card USB flash drive shown in Fig. 3.
Fig. 9 is the enlarged drawing that pushes A part in card-type device shown in Fig. 8.
Figure 10 is the stereogram that pushes another angle of card-type device shown in Fig. 8.
Figure 11 is the enlarged drawing that pushes B part in card-type device shown in Figure 10.
Figure 12 pushes card-type device to carry out the use state diagram after cartridge clip switching shown in Fig. 8.
Figure 13 is the enlarged drawing that pushes C part in card-type device shown in Figure 12.
Figure 14 is the stereogram of the part-structure of the equipment of automatic Composition card USB flash drive shown in Fig. 3, and it has mainly been shown carrying card-type device, top blast device, has corrected hold down gag and closing lid device.
Figure 15 is the stereogram of another angle of structure shown in Figure 14.
Figure 16 is the schematic diagram of top blast device shown in Figure 14.
Figure 17 is the schematic diagram that top blast device shown in Figure 14 and carrying card-type device cooperatively interact.
Figure 18 to Figure 21 is the different angles stereogram of the part-structure of the equipment of automatic Composition card USB flash drive shown in Fig. 7, and it has mainly been shown point glue equipment and has loaded chip apparatus.
Figure 22 is the internal structure enlarged drawing of the part of D shown in Figure 18.
Figure 23 is the enlarged drawing of the part of E shown in Figure 21.
Figure 24 is the stereogram of correcting hold down gag in the equipment of automatic Composition card USB flash drive shown in Fig. 3, and it has shown the state of fourth drive member in the time of extreme higher position.
Figure 25 is another stereogram of correcting hold down gag shown in Figure 24, and it has shown the state of fourth drive member in the time of extreme lower position.
Figure 26 and Figure 27 be in the equipment of automatic Composition card USB flash drive shown in Fig. 3 closing lid device for realizing the schematic diagram of card USB flash drive automatic cover closing.
Figure 28 is the front schematic view of the plate of automatic cover closing power-assisted shown in Figure 26.
Figure 29 is the end face schematic diagram of the plate of automatic cover closing power-assisted shown in Figure 26.
Figure 30 is the right flank schematic diagram of the plate of automatic cover closing power-assisted shown in Figure 26.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in embodiment is clearly and completely described, in accompanying drawing, similarly assembly label represents similar assembly.Obviously, below be only the utility model part embodiment by the embodiment of description, instead of whole embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the utility model protection.
Please refer to Fig. 3 to Fig. 7, the automatic Composition card USB flash drive equipment 10 of the present embodiment comprises propelling movement card-type device 100, carrying card-type device 200, top blast device 300, point glue equipment 400, loads chip apparatus 500, corrects hold down gag 600, closing lid device 700, control device 800, frame 910 and transparent dust cover 920.Wherein, described carrying card-type device 200, propelling movement card-type device 100, top blast device 300, point glue equipment 400, loading chip apparatus 500, correction hold down gag 600 and closing lid device 700 are all arranged in described frame 910 and within being placed in described transparent dust cover 920.Within described control device 800 is also placed in described the transparent dust cover 920 and top that is fixed on described transparent dust cover 920 is with user-friendly.User can carry out starting device 10 by operating control device 800, after device start, pushing card-type device 100, carrying card-type device 200, top blast device 300, point glue equipment 400, loading chip apparatus 500, correction hold down gag 600 and closing lid device 700 can carry out work successively or simultaneously according to the needs of the process flow for assembling of card USB flash drive 1.
With reference to Fig. 8 to Figure 13, in certain embodiments, push card-type device 100 and comprise the first cartridge clip 110 and the first driving mechanism 130.Wherein, described the first cartridge clip 110 is the elongate body of vertical longitudinal tensile strain, in it, be provided with an accepting groove to accommodate the multiple card USB flash drive shells 11 that vertically stack, its end face offers the end face opening 111 that can put into card USB flash drive shell 11, and the bottom of its two opposite side walls is respectively arranged with the first notch 112 and the second notch 113.Described the first notch 112 and the second notch 113 are all connected with described accepting groove.Described the first driving mechanism 130 comprises push pedal 131 and the first actuator 132, and wherein, described the first actuator 132 is connected to drive described push pedal 131 to move horizontally with described push pedal 131.Under the driving of described the first actuator 132, described push pedal 131 can be stretched in its accepting groove and card USB flash drive shell 11 is released from the second notch 113 through the first notch 112 of described the first cartridge clip 110.
In order to locate better push pedal 131, the propelling movement card-type device 100 of the present embodiment also comprises positioning piece 140, described keeper 140 is arranged on a side of the first cartridge clip 110, it comprises train wheel bridge 141 and lower plate 142, between upper and lower two clamping plate, be formed with the passage that just can pass through for push pedal 131, this passage and the first notch 112 align, and described push pedal 131 is inserted in this passage, aligns thereby be positioned between train wheel bridge 141 and lower plate 142 and with described the first notch 112.
In order to ensure the consecutive production of product, the propelling movement card-type device 100 of the present embodiment also includes the second cartridge clip 120 and the second actuator 133, the top of described keeper 140 is provided with inductor 150 to detect described the first cartridge clip 110(or the second cartridge clip 120) in whether have card USB flash drive shell 11, if the first cartridge clip 110(or the second cartridge clip 120) in card USB flash drive shell 11 pushed completely, the second actuator 133 can order about the second cartridge clip 120 and replaces the first cartridge clip 110(or replace the second cartridge clip 120 by the first cartridge clip 110).In this specific embodiment, described inductor 150 adopts optic fibre detector 150 to realize, and described the second cartridge clip 120 is identical with described the first cartridge clip 110 structures, and described the first cartridge clip 110 and the second cartridge clip 120 are side by side and be removably mounted on bearing 160.Described bearing 160 comprises base 161 and base plate 162, and described the first cartridge clip 110 and the second cartridge clip 120 are all removably mounted on described base plate 162.Described base plate 162 is arranged on the slide rail 161a of base 161, described the second actuator 133 can drive described base plate 162 to slidably reciprocate on described slide rail 161a according to the testing result of described optic fibre detector 150, thereby described the first cartridge clip 110 and the second cartridge clip 120 are switched between a primary importance (as shown in Figure 8) and a second place (as shown in figure 12).In the time going back card USB flash drive shell 11 in the first cartridge clip 110, it is in primary importance, and the first notch 112 of described the first cartridge clip 110 is aimed in described push pedal 131, and the housing in the first cartridge clip 110 is pushed; There is no housing in optic fibre detector 150 detects the first cartridge clip 110 time, the second actuator 133 can be realized the switching of cartridge clip, make two cartridge clips be positioned at the second place, the first notch 112 of described the second cartridge clip 120 is aimed in now described push pedal 131, proceed the propelling movement of housing, thereby realize continuous stable feed.
In certain embodiments, described the first actuator 132 and the second actuator 133 all adopt cylinder to realize.
In addition, in certain embodiments, another sidewall that another sidewall of described the first cartridge clip 110 is formed with lateral opening 114(the second cartridge clip 120 that a Gong finger extending longitudinally stretches into is formed with the lateral opening 124 that a Gong finger extending longitudinally stretches into), described lateral opening 114 is connected with described end face opening 111, thereby, carry out artificial blowing (card USB flash drive shell 11) if time occur that card puts unevenly, can adjust by finger.
With reference to Figure 14 to Figure 17, the carrying card-type device 200 of the present embodiment comprises pedestal 210, be arranged on multiple card carriers 220 on pedestal 210, be positioned at multiple cards absorption tools 230 of card carrier 220 tops, for driving the lift drive mechanism 240 of multiple cards absorption tool 230 synchronization liftings and for driving the translational drive mechanism 250 of multiple cards absorption tool 230 synchronous translationals.Wherein, on the translational drive mechanism 250 of the present embodiment, be provided with displacement buffering device 260, so that debugger card adsorbs the position of tool 230 left and right translations and plays quiet effect.
Particularly, in certain embodiments, each card carrier 220 is interior is all formed with the groove 221 that just can accommodate card USB flash drive 1, and multiple card carriers 220 are successively set on pedestal 210 to form multiple processing stations.Wherein, a side of the corresponding card carrier 220 of first station is provided with a clamping sheet positioning mechanism 270, and described clamping sheet positioning mechanism 270 comprises shell clamping plate 271, cylinder 272 and card induction optical fiber 273.Described card induction optical fiber 273 is for responding in the corresponding card carrier 220 of first station whether have card USB flash drive shell 11, and Ruo Qinei does not have 11 propelling movement card-type devices 100 of card USB flash drive shell the card USB flash drive shell 11 in it can be pushed in the groove 221 of this card carrier 220.Described cylinder 272 is connected with shell clamping plate 271 to order about that shell clamping plate 271 stretch out above first station institute respective slot 221 to push the card USB flash drive shell 11 coming and be positioned in this groove 221 pushing card-type device 100, or from this position, detaches so that card USB flash drive shell 11 is sent to next station.
In certain embodiments, each card absorption tool 230 comprises adsorption plate 231, be arranged on the absorption valve 232 at adsorption plate 231 tops and be arranged on two suckers 233 of adsorption plate 231 bottoms, this two sucker 233 is connected with absorption valve 232, absorption valve 232 is connected with a vacuum tracheae (not shown), and adsorbing tool 230 based on the card of this structural design can vacuum suction or discharge the card USB flash drive 1 in corresponding card carrier 220.In the present embodiment, on multiple cards absorption tools 230, renovating a side of 13 away from card USB flash drive, to be all connected to a stripe board 230a upper and arranges in line along described stripe board 230a, and described lift drive mechanism 240 is all connected to drive described stripe board 230a to move with described stripe board 230a with translational drive mechanism 250.Particularly, under the driving of lift drive mechanism 240, multiple card absorption tools 230 can synchronously move up and down with respect to card carrier 220, under the driving of translational drive mechanism 250, multiple cards absorption tools 230 can be synchronously with respect to card carrier 220 along the operation direction a certain distance of translation back and forth, wherein, the distance of each translation is the centre distance of the interior card USB flash drive 1 of adjacent two card carrier 220.Design based on said structure, carrying card-type device 200 can be realized the carrying of card USB flash drive 1 in the following manner: multiple card absorption tools 230 move down simultaneously, Adsorption Phase is answered the card USB flash drive 1 in card carrier 220, on move away card carrier 220, move to the top of next card carrier 220, finally move down and discharge card USB flash drive 1, thereby card USB flash drive 1 is transported to next station from this station, can realize in this way the continuous transmission of card USB flash drive 1.
With reference to Figure 16 to Figure 17, in certain embodiments, top blast device 300 comprises that one renovates 13 jacking mechanism 310 and for to by 13 inflatable bodies of blowing 320 of renovating of jack-up for jack-up card USB flash drive.Particularly, the card carrier 220 that is roughly positioned at centre position in described multiple card carriers 220 is top blast card carrier 220, and the card absorption tool 230 corresponding with this top blast card carrier 220 is top blast card absorption tool 230.In the groove 221 of described top blast card carrier 220, be formed with a breach with the 13 corresponding positions of renovating of card USB flash drive.Described jacking mechanism 310 comprises a jack-up plate 311, one the 3rd actuator 312 and connects the connector 313 of described jack-up plate 311 and the 3rd actuator 312, jack-up plate 311 be wherein arranged on the below of described card carrier 220 and facing to the breach of described card carrier 220 so as jack-up plate 311 can through this breach with renovate 13 and contact.In certain embodiments, the 3rd actuator 312 adopts cylinder to realize, its be connected with jack-up plate 311 and can drive described jack-up plate 311 along perpendicular to the direction of described card USB flash drive 1 moves up and down by 13 jack-up of renovating of described card USB flash drive.The top blast card absorption tool 230 of the present embodiment also comprises the pressing plate 234 being connected with described adsorption plate 231, and described pressing plate 234 comprises two presser feets, and described in two, presser feet lays respectively at card USB flash drive and renovates 13 both sides so that card USB flash drive 1 is pressed on card carrier 220.Described inflatable body 320 comprises air blowing valve 321 and venthole 322, described venthole 322 is arranged on pressing plate 134 and towards described 13 sides that can be raised (also a side) relative with renovating 13 rotating shafts of renovating, described venthole 322 is connected with air blowing valve 321, and described air blowing valve 321 is arranged on the adsorption plate 231 of top blast card absorption tool 230 and is communicated to a wireway to renovating 13 (not shown) of blowing.
With reference to Figure 18 to Figure 23, in certain embodiments, point glue equipment 400 adopts existing point gum machine to realize; Load chip apparatus 500 and comprise two chip carrier 510, headstock 520, crossbeam 530, chip absorption tool 540 and the 3rd driving mechanism 550.
Wherein, point glue equipment 400 is arranged on crossbeam 530, its Glue dripping head 410 is aimed at the card USB flash drive of having been raised and is renovated 13, under a driving of glue cylinder 420, Glue dripping head 410 will automatically be renovated 13 according to the glue amount setting in advance to card USB flash drive and carry out a glue, and the card USB flash drive shell 11 that has been entered glue will be installed chip to next station to wait for by automatic transporting.
Two chip carrier 510 are removably mounted on headstock 520, are provided with the second driving mechanism 580 to drive chip carrier 510 to move along headstock 520 in headstock 520.Crossbeam 530 across above headstock 520 and the unsettled card USB flash drive 1 at chip to be installed of one end above, chip absorption tool 540 is arranged on crossbeam 530 for picking and placeing the chip in chip carrier 510, and the 3rd driving mechanism 550 is arranged on crossbeam 530 and be connected and move and the multiple chips in chip carrier 510 are moved to renovating in 13 to card USB flash drive successively along crossbeam 530 to drive chip to adsorb tool 540 with chip absorption tool 540.
In certain embodiments, in chip carrier 510, be provided with multiple chip accepting grooves, multiple chips are matrix form distribution after being placed on chip accepting groove in chip carrier 510, and each row of the matrix that described chip accepting groove forms all parallel with described operation direction D1; Every a line of the matrix that described chip accepting groove forms all parallels with the length direction of described crossbeam 530.The bottom of two chip carrier 510 is provided with magnet, be arranged on headstock 520 in the mode of magnetic absorption, described headstock 520 is strip, its side near top blast device 300 is provided with a deep bead 521 and with the gas of avoiding inflatable body 320 and blowing out, the chip in chip carrier 510 is blown off, in headstock 520, be provided with the second driving mechanism 580 to drive described chip carrier 510 to move (understandably along the length direction of headstock 520 and the direction parallel and reverse with operation direction D1 on described headstock 520, the moving direction of chip carrier 510 also can be parallel in the same way with operation direction D1), simultaneously, in headstock 520, be also provided with the position of multiple optoelectronic switches 522 with induction chip carrier 510, thereby facilitate the second driving mechanism 580 to adjust the position of chip carrier 510.As shown in figure 22, described the second driving mechanism 580 is made up of structures such as driven rod 581, belt wheel 582, chains 583, and its concrete structure and principle are well known to those skilled in the art, and do not repeat them here.
In certain embodiments, crossbeam 530 is being supported by a pillar 560 and across above headstock 520 and perpendicular to described operation direction D1.Described chip absorption tool 540 is connected to an external vacuum tracheae (not shown) to the chip in chip carrier 510 is carried out to vacuum suction, on described crossbeam 530, be also provided with the pressure vacuum gauge 570 being used in combination with this chip absorption tool 540, to show the vacuum pressure data in this chip absorption tool 540, in the time that pressure is not up to standard, illustrate and be not adsorbed onto chip (not putting into chip in chip groove), under the control of the 3rd driving mechanism 550, chip absorption tool 540 automatically switches to the next chip accepting groove of chip carrier 510.Described the 3rd driving mechanism 550 comprises cylinder 551, connector 552, chain 553 and servo motor 554.Wherein, described chain 153 distributes along described crossbeam 530, described cylinder 151 is connected to drive described chip absorption tool 540 to move up and down with respect to crossbeam 530 with chip absorption tool 540, thereby from the interior taking-up chip of chip carrier 510, described connector 152 is connected and is meshed with described chain 553 with described chip absorption tool 540, described servo motor 554 is arranged on crossbeam 530 and carries out translation to order about chip absorption tool 540 by chain drive-belt 553 along crossbeam 530, thereby adsorbed chip is moved on to the card USB flash drive of clicking and entering glue to be renovated in 13, realizing chip loads automatically.
In the time that the card USB flash drive 1 that is entered glue is installed chip to next station to wait for by automatic transporting, the 3rd driving mechanism 550 that loads chip apparatus 500 drives chip absorption tool 540 to move down on the some chips in chip carrier 510 so that this chip is picked up, then on, move reset, then will move to its end along crossbeam 530 and be positioned at card USB flash drive and renovate 13 top, now, chip absorption tool 540 again moves down and chip is put into renovating in 13 of card USB flash drive, thereby completes the installation of a chip.In like manner, in the time that next card USB flash drive 1 is sent to this station, under the driving of the 3rd driving mechanism 550, the next chip with a line in chip carrier 510 is transported to renovating in 13 of above-mentioned card USB flash drive by chip absorption tool 540.And after the chip of a full line has been handled upside down, the second driving mechanism 580 will drive chip carrier 510 to move so that chip absorption tool 540 can be carried the chip of next line, by that analogy, all chips in chip carrier 510 can be loaded in the different card USB flash drives on process line successively.
With reference to Figure 24 to Figure 25, in certain embodiments, correct hold down gag 600 and comprise support 610, be arranged on the fourth drive member 620 on described support 610 and be connected to the working head 630 of described fourth drive member 620 lower ends.In certain embodiments, described support 610 comprises a vertical bar 611 and a cross bar 612 and is the L shaped structure of putting upside down, and this structure is one-body molded.The end of described cross bar 612 is formed with an inclined-plane (icon 613 represents an edge on this inclined-plane), is formed with two slide rails (figure does not show, but it is common structure) on this inclined-plane.The fourth drive member 620 of the present embodiment adopts cylinder to realize, on a side of described cylinder, form two chutes 621, by cooperatively interacting of two slide rails on the inclined-plane of this two chute and support 610, cylinder can be arranged on the inclined-plane of support 610 and can between an extreme higher position (shown in Figure 24) and an extreme lower position (shown in Figure 25), move relative to this inclined-plane.As shown in Figure 4, when described fourth drive member 620 is during in extreme lower position, the working head 630 in described fourth drive member 620, by being pressed in the position of chip groove 15, is corrected and is compressed the chip on chip groove 15.In this enforcement, the working head 630 that is arranged on cylinder lower end is cylindrical structure, and the end face of this cylindrical structure is fixed on the bottom surface of described cylinder.Preferably, when described cylinder working head 630 adopts excellent power glue to make to avoid pressing down chip 14, chip 14 is caused to damage.
With reference to Figure 26 to Figure 30, in certain embodiments, closing lid device 700 is realized by a power-assisted plate 700, this power-assisted plate 700 comprises a vertical portion 710 and the extension 720 extending out from the top of this vertical portion 710, described extension 720 is mutually vertical with described vertical portion 710, wherein, vertical portion 710 is perpendicular to horizontal plane, and the end face 721 of extension 720 is parallel with horizontal plane.On described vertical portion 710, be formed with one first inclined-plane 711, described the first inclined-plane 711 is inclined relative to horizontal, and it extends and the end face 721 to extension 720 in smoothing junction from bottom to top towards extension 720.And on described extension 720, be formed with one second inclined-plane 722, described the second inclined-plane 722 extends out and forms a side of described extension 720 perpendicular to horizontal plane and from the inside end on described the first inclined-plane 711, wherein, the inside edge on described the first inclined-plane 711 is smoothly connected with the upper edge on described the second inclined-plane 722.Particularly, described power-assisted plate 700 is mounted in carrying and is positioned at card USB flash drive on card-type device 200 and renovates 13 sides of opening, described the first inclined-plane 711 is to extend in a side direction of described card USB flash drive 1 direction of transfer (as shown in the arrow D1 in figure), and described the second inclined-plane 722 is to extend to renovating 13 sides that cover direction (as shown in the arrow D2 figure) from the inside end on described the first inclined-plane 711.Preferably, the angle between described the first inclined-plane 711 and horizontal plane is α, and the span of this angle α is between 29 ° to 35 °, and the angle between described the second inclined-plane 722 and the vertical plane of horizontal plane is β, and its span is between 42 ° to 48 °.And in this preferred embodiment, the angle α between described the first inclined-plane 7101 and horizontal plane is set to 32 °, the angle β between described the second inclined-plane 722 and the vertical plane of horizontal plane is set to 45 °.Based on said structure design, power-assisted plate 700 can carry out automatic cover closing operation to the card USB flash drive 1 sending from a upper operation (automatically correcting and compress operation).
Describe the operation principle of the utility model automatic Composition card USB flash drive equipment below in detail.
Before starting device, first need to utilize manually in cartridge clip, to pack card USB flash drive shell 11 in batches into, and in chip carrier 510, load onto chip 14 in batches.Operating control device 800 carrys out starting device, after device start, card USB flash drive shell 11 in cartridge clip will be automatically pushed on first station of carrying card-type device 200, then, card USB flash drive shell 11 must be sent to next station by continuous, in the time that it is sent to top blast device 300 corresponding station, it renovates 13 will be under the acting in conjunction of jacking mechanism 310 and inflatable body 320 and raised, in the time being sent to next station, point glue equipment 400 is to renovating the glue of clicking and entering default deal in 13, after the operation of some glue, card USB flash drive shell 11 is transmitted again next station, now, a chip in chip carrier 510 will be moved to the renovating in 13 of this USB flash disk shell, then, the card USB flash drive 1 that chip 14 is housed is sent to next station to carry out correction and the compression of chip 14, card USB flash drive 1 after correction compresses can be subject to the effect of power-assisted plate 700 in the process that is sent to next station, thereby realize automatic cover closing.So far, a card USB flash drive 1 has been assembled, and will be transported to outside transparent dust cover 920 by manually collecting by conveyer belt 930.
In sum, the utility model automatic Composition card USB flash drive equipment can be used in card USB flash drive packaging technology to replace most manual operations, when use, only need to utilize and manually in cartridge clip, pack card USB flash drive shell in batches and in chip carrier, load onto chip in batches, after device start, can automatically realize pushing card, carrying card, jack-up card USB flash drive and renovate, put glue, put chip, correct and compress and the sequence of operations such as automatic cover closing, thereby automatically complete the assembling of whole card USB flash drive.Automatic Composition card USB flash drive equipment provided by the utility model can reduce manpower, raises the efficiency, and saves production cost and ensures the quality of production, has good economic benefit and social benefit.
It should be noted that, cartridge clip quantity, the chip carrier quantity of the utility model automatic Composition card USB flash drive equipment are not limited to above-mentioned situation, and it can change according to actual needs.Wherein, the technology that translational drive mechanism, lift drive mechanism, the second driving mechanism, point gum machine etc. are well known to the skilled person repeats no more in the utility model.
In conjunction with most preferred embodiment, the utility model is described above, but the utility model is not limited to the embodiment of above announcement, and should contains the various amendments of carrying out according to essence of the present utility model, equivalent combinations.
Claims (10)
1. an automatic Composition card USB flash drive equipment, is characterized in that, comprising:
One carrying card-type device, is provided with multiple stations and for card USB flash drive shell in turn being moved toward next station from first station along operation direction on it;
One pushes card-type device, for loading multiple card USB flash drive shells and the card USB flash drive shell in it being pushed to first station place on carrying card-type device successively;
One top blast device, it comprises that a jacking mechanism of renovating for jack-up card USB flash drive and is for the inflatable body to having been blown by renovating of jack-up;
One point glue equipment, it is for renovating and carry out automatically dropping glue to the card USB flash drive of being raised;
One loads chip apparatus, for by chip Auto-mounting to clicking and entering in the renovating of card USB flash drive of glue;
One corrects hold down gag, for the chip in renovating is corrected and compressed;
One closing lid device, for renovating and carry out automatic cover closing operation the card USB flash drive that chip has been installed; And
One control device, for controlling the running of whole equipment;
Wherein, described propelling movement card-type device, top blast device, point glue equipment, loading chip apparatus, correct hold down gag and closing lid device along described operation direction be successively set on carry card-type device on the corresponding position of different station.
2. automatic Composition card USB flash drive equipment as claimed in claim 1, is characterized in that, described propelling movement card-type device comprises:
One first cartridge clip, described the first cartridge clip is provided with an accepting groove to accommodate the multiple card USB flash drive shells that vertically stack, the bottom of the two opposite side walls of described the first cartridge clip is respectively arranged with the first notch and the second notch, and described the first notch and the second notch are all connected with described accepting groove; And
One first driving mechanism, described the first driving mechanism comprises and can stretch into push pedal in described accepting groove and for driving this push pedal to pass in and out the first actuator of described accepting groove through described the first notch, under the driving of described the first actuator, described push pedal can be stretched in described accepting groove and card USB flash drive shell is released the first station of described carrying card-type device from the second notch.
3. automatic Composition card USB flash drive equipment as claimed in claim 2, is characterized in that, described propelling movement card-type device also comprises:
One bearing, described bearing is arranged in a frame;
One second cartridge clip, the structure of described the second cartridge clip and described the first cartridge clip is identical and be all removably mounted on described bearing; And
One inductor, is arranged on a side of described bearing to detect in described the first cartridge clip or described the second cartridge clip whether have card USB flash drive shell;
Wherein, described the first driving mechanism also comprises the second actuator, described the second actuator is for driving described the first cartridge clip and the second cartridge clip to switch between a primary importance and a second place according to the testing result of described inductor, in the time being positioned at primary importance, the first notch of described the first cartridge clip is aimed in described push pedal, in the time being positioned at the second place, the first notch of described the second cartridge clip is aimed in described push pedal.
4. automatic Composition card USB flash drive equipment as claimed in claim 1, is characterized in that, described carrying card-type device comprises:
One pedestal, described pedestal is arranged in a frame;
Multiple card carriers, described multiple card carriers are successively set on described pedestal to form multiple described stations;
Multiple cards absorption tools, described multiple cards absorption tools lay respectively at the top of multiple card carriers and corresponding with multiple card carriers with absorption or discharge the card USB flash drive in corresponding card carrier;
One lift drive mechanism, described lift drive mechanism is connected to drive described multiple card absorption tool synchronously to move up and down with respect to card carrier with described multiple card absorption tools; And
One translational drive mechanism, described translational drive mechanism also with described multiple cards absorption tools be connected to drive described multiple card adsorb tool synchronously with respect to card carrier along the operation direction a certain distance of translation back and forth, wherein, the distance of each translation is the centre distance of card USB flash drive in adjacent two card carriers.
5. automatic Composition card USB flash drive equipment as claimed in claim 4, it is characterized in that: described card absorption tool comprises that an adsorption plate, is arranged on absorption valve and at least one sucker that is arranged on adsorption plate bottom at adsorption plate top, described sucker is connected with absorption valve, and described absorption valve is connected to a vacuum tracheae.
6. automatic Composition card USB flash drive equipment as claimed in claim 4, it is characterized in that: a card carrier in described multiple card carriers is top blast card carrier, the card absorption tool corresponding with this top blast card carrier is top blast absorption tool, on described top blast card carrier, be formed with a breach, described breach is located at the position corresponding with renovating of card USB flash drive
Described jacking mechanism comprises a jack-up plate and one the 3rd actuator, described jack-up plate is arranged on the below of described top blast card carrier and the breach facing to described top blast card carrier, described the 3rd actuator be connected with described jack-up plate and can drive described jack-up plate along perpendicular to the direction of described card USB flash drive moves up and down by the jack-up of renovating of described card USB flash drive
Described inflatable body comprises the air blowing valve and the venthole that are arranged on described top blast absorption tool, and described venthole is renovated the side that can be raised and is connected with described air blowing valve towards described, and described air blowing valve is connected to a wireway.
7. automatic Composition card USB flash drive equipment as claimed in claim 4, it is characterized in that: described correction hold down gag comprises that a support, a fourth drive member and are connected to the working head of described fourth drive member lower end, described support is arranged on a side of described pedestal, described fourth drive member is arranged on described support and can between an extreme higher position and an extreme lower position, moves relative to this support, when described fourth drive member is during in extreme lower position, described working head will be pressed in position that card USB flash drive renovates so that the chip in renovating is corrected and to be compressed.
8. automatic Composition card USB flash drive equipment as claimed in claim 4, it is characterized in that: described closing lid device is a power-assisted plate, described power-assisted plate is positioned at card USB flash drive renovates the side at place, on described power-assisted plate, be formed with one first inclined-plane and one second inclined-plane, described the first inclined-plane is inclined relative to horizontal and extends in a side direction of described operation direction, described the second inclined-plane extends to renovating the side covering perpendicular to horizontal plane and from the inside end on described the first inclined-plane, and the inside edge on described the first inclined-plane is smoothly connected with the upper edge on described the second inclined-plane.
9. the automatic Composition card USB flash drive equipment as described in claim 1-8 any one, is characterized in that, described loading chip apparatus comprises:
At least one chip carrier, described chip carrier is used for carrying multiple chips;
One headstock, described chip carrier is removably mounted on described headstock, is provided with the second driving mechanism to drive described chip carrier to move along the direction parallel with operation direction on described headstock in described headstock;
One crossbeam, described crossbeam is across above described headstock and perpendicular to described operation direction;
One chip absorption tool, described chip absorption tool is arranged on described crossbeam to pick and place the chip in chip carrier; And
One the 3rd driving mechanism, described the 3rd driving mechanism is arranged on described crossbeam and is connected to drive described chip to adsorb tool with described chip absorption tool the chip in chip carrier is moved in the card USB flash drive of clicking and entering glue renovates.
10. automatic Composition card USB flash drive equipment as claimed in claim 9, it is characterized in that, described point glue equipment is a point gum machine, described point gum machine is arranged on the end of described crossbeam, in the time that card USB flash drive is sent to the corresponding station of described point glue equipment, the Glue dripping head of described point glue equipment is aimed at the card USB flash drive of having been raised and is renovated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420112795.0U CN203831321U (en) | 2014-03-12 | 2014-03-12 | Device for automatically assembling card U flash disks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420112795.0U CN203831321U (en) | 2014-03-12 | 2014-03-12 | Device for automatically assembling card U flash disks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203831321U true CN203831321U (en) | 2014-09-17 |
Family
ID=51509209
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420112795.0U Withdrawn - After Issue CN203831321U (en) | 2014-03-12 | 2014-03-12 | Device for automatically assembling card U flash disks |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203831321U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103846859A (en) * | 2014-03-12 | 2014-06-11 | 深圳市奥斯珂科技有限公司 | Automatic assembly card USB (universal serial bus) flash disk equipment |
-
2014
- 2014-03-12 CN CN201420112795.0U patent/CN203831321U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103846859A (en) * | 2014-03-12 | 2014-06-11 | 深圳市奥斯珂科技有限公司 | Automatic assembly card USB (universal serial bus) flash disk equipment |
| CN103846859B (en) * | 2014-03-12 | 2015-10-28 | 深圳市奥斯珂科技有限公司 | Automatic Composition card USB flash drive equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140917 Effective date of abandoning: 20151028 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |