CN103848210B - Automatic transporting card-type device - Google Patents
Automatic transporting card-type device Download PDFInfo
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- CN103848210B CN103848210B CN201410091410.1A CN201410091410A CN103848210B CN 103848210 B CN103848210 B CN 103848210B CN 201410091410 A CN201410091410 A CN 201410091410A CN 103848210 B CN103848210 B CN 103848210B
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- card
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- flash drive
- plane
- bearing fixture
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Abstract
The invention discloses a kind of automatic transporting card-type device, it comprises a pedestal, be successively set on described pedestal to carry multiple bearing fixtures of multiple card USB flash drive, corresponding with multiple bearing fixture with the multiple adsorption jig adsorbing or discharge card USB flash drive, the lift drive mechanism being connected to drive described multiple adsorption jig synchronously to move up and down relative to bearing fixture with described multiple adsorption jig and being connected with described multiple adsorption jig drives described multiple adsorption jig synchronously relative to the translational drive mechanism of bearing fixture a certain distance of translation back and forth along operation direction, wherein, the distance of each translation is the centre distance of card USB flash drive in adjacent two bearing fixtures.Automatic transporting card-type device of the present invention can be used for, in card USB flash drive packaging technology, carrying out automatic transporting in the mode of vacuum suction to card USB flash drive, facilitates the carrying out of follow-up assembling procedure, thus raises the efficiency, reduces costs and quality assurance.
Description
Technical field
The present invention relates to the manufacturing technology field of plane formula card USB flash drive, relate more specifically to a kind of automatic transporting card-type device that can be used in plane formula card USB flash drive production technology.
Background technology
" card USB flash drive ", also known as " card concept USB flash disk " and " business card concept USB flash disk ", be usually made up of ABS material, its outward appearance is the same with Standard Bank card, and length and width are 85*52mm, and thickness is 1.2-2mm.The storage chip that card USB flash drive generally includes a shell and arranges in the enclosure, opens the difference of 1 storage chip mode, can be divided into the card USB flash drive of plug-in and convertible two types according to it.Fig. 1 and Figure 2 shows that at present conventional convertible card USB flash drive 10, it comprises a card case 11, this card case 11 is provided with a rectangular recess 12 and a rectangular lid 13 corresponding with this rectangular recess, storage chip 14 is fixed in this chip groove renovated, renovate 13 can rotate relative to shell 11 and be fastened in card case 11, thus 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: 1. have water-proof function: 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 accomplish 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 pattern of two-sided color printing, can implant automatic displaying video or client deletes the promotional file do not fallen inside flash disk, some enterprise can be used for giving a present and having propaganda function with it.
But in card USB flash drive assembling industry, the existing assembling mode to card USB flash drive is all adopt manual stream line operation, and not only recruitment is many, cost large, and the product design processed is uneven.
Summary of the invention
Technical matters to be solved by this invention is to provide and a kind ofly can be used for automatic transporting card-type device in card USB flash drive packaging technology automatically to transmit card USB flash drive, facilitate the carrying out of follow-up assembling procedure, thus enhance productivity, reduce costs and quality assurance.
In order to solve the problems of the technologies described above, the technical solution used in the present invention is: provide a kind of automatic transporting card-type device, and it comprises a pedestal, multiple bearing fixture, multiple adsorption jig, a lift drive mechanism and a translational drive mechanism.Wherein, described multiple bearing fixture is successively set on described pedestal to carry multiple card USB flash drive, described multiple adsorption jig lay respectively at multiple bearing fixture top and with multiple bearing fixture one_to_one corresponding to adsorb or to discharge the card USB flash drive in respective carrier tool, described lift drive mechanism is connected with described multiple adsorption jig to drive described multiple adsorption jig synchronously to move up and down relative to bearing fixture, described translational drive mechanism be also connected with described multiple adsorption jig to drive described multiple adsorption jig synchronously relative to bearing fixture along 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 bearing fixtures, wherein, described automatic transporting card-type device also comprises a jacking mechanism renovated for jack-up card USB flash drive and for renovating by jack-up the inflatable body carrying out blowing, wherein, a bearing fixture in described multiple bearing fixture is top blast bearing fixture, the adsorption jig corresponding with this top blast bearing fixture is top blast adsorption jig, described top blast bearing fixture is formed with a breach, described breach be located at card USB flash drive renovate corresponding position, described jacking mechanism comprises a jack-up plate and one first actuator, described jack-up plate be arranged on described top blast bearing fixture below and facing to the breach of described top blast bearing fixture, described first actuator be connected with described jack-up plate and described jack-up plate can be driven along moving up and down perpendicular to the direction of described card USB flash drive by described card USB flash drive renovate jack-up.
Its further technical scheme is: described adsorption jig comprises adsorption plate, is arranged on the absorption valve at adsorption plate top and is arranged at least one sucker bottom adsorption plate, described sucker is connected with absorption valve, and described absorption valve is connected with an outside ventilation flue.
Its further technical scheme is: described inflatable body comprises and is arranged on an air blowing valve in described top blast adsorption jig and a pore, described pore can be connected with described air blowing valve by the side of raising towards described renovating, and described air blowing valve is connected with an outside ventilation flue.
Its further technical scheme is: described top blast adsorption jig also comprises the pressing plate be connected with described adsorption plate, and described pressing plate comprises two presser feets, and presser feet described in two lays respectively at both sides that card USB flash drive renovates to be pressed on bearing fixture by card USB flash drive.
Its further technical scheme is: described automatic transporting card-type device also comprises one and automatically corrects hold-down mechanism, described automatic correction hold-down mechanism comprises a support, one second actuator and one is connected to the working head of described second actuator lower end, described Bracket setting is in the side of described pedestal, described second actuator is installed on the bracket and can move between an extreme higher position and an extreme lower position relative to this support, when described second actuator is in extreme lower position, described working head will be pressed in the position of chip groove, chip on chip groove is corrected and compressed.
Its further technical scheme is: described support comprises a vertical bar and a cross bar and in the L shape structure put upside down, the end of described cross bar is provided with an inclined-plane, and described second actuator to be arranged on described inclined-plane and can to move along this inclined-plane; Described second actuator is cylinder, and the side of described cylinder is formed with two chutes, and the inclined-plane of described support is formed with corresponding two slide rails, slide rail described in two is arranged in described chute.
Its further technical scheme is: described automatic transporting card-type device also comprises an automatic cover closing power-assisted plate, described automatic cover closing power-assisted plate is positioned at the side that card USB flash drive renovates place, described automatic cover closing power-assisted plate is formed with one first inclined-plane and one second inclined-plane, described first inclined-plane is inclined relative to horizontal and side along described operation direction upwards extends, described second inclined-plane extends perpendicular to horizontal surface and from the inside end on described first inclined-plane to renovating the side covered, and the inside edge on described first inclined-plane is smoothly connected with the upper edge on described second inclined-plane.
Its further technical scheme is: the extension that described automatic cover closing power-assisted plate comprises a vertical portion and extends out from the top of this vertical portion, described extension is mutually vertical with described vertical portion, wherein, described vertical portion is perpendicular to horizontal surface, described first inclined-plane to be formed on described vertical portion and towards extension extend from bottom to top and smooth connection to the end face of extension, and described second inclined-plane extends out from the inside end on described first inclined-plane perpendicular to horizontal surface and forms a side of described extension.
Its further technical scheme is: the side that described multiple adsorption jig is renovated away from card USB flash drive is all connected in a stripe board and along described stripe board arrangement in line, described lift drive mechanism and translational drive mechanism are all connected with described stripe board to drive described stripe board to move.
Compared with prior art, automatic transporting card-type device of the present invention can be used in card USB flash drive packaging technology, in the mode of vacuum suction, automatic transporting is carried out to card USB flash drive, thus make card USB flash drive can along operation direction constantly toward next station transmission, transport process static fixing, be convenient to carry out opening and renovate, put glue, put into the sequence of operations such as chip, enhance productivity.Structure of the present invention is simple and practical, can reduce human resources, raise the efficiency, save production cost, and owing to adopting the mode of vacuum suction to pick and place card USB flash drive, avoids bringing damage to card USB flash drive, thus can ensure the quality of production, bring good economic benefit.
By following description also by reference to the accompanying drawings, the present invention will become more clear, and these accompanying drawings are for explaining embodiments of the invention.
Accompanying drawing explanation
Fig. 1 is the structural representation of active card USB flash disk.
Another schematic diagram that Fig. 2 is card USB flash drive shown in Fig. 1, which show chip and is loaded in state in chip groove.
Fig. 3 is the block diagram of automatic transporting card-type device one embodiment of the present invention.
Fig. 4 is the block diagram of another angle of the card-type device of automatic transporting shown in Fig. 3.
Fig. 5 is the schematic diagram of jacking mechanism and inflatable body in the card-type device of automatic transporting shown in Fig. 3.
Fig. 6 is the part-structure enlarged drawing of the card-type device of automatic transporting shown in Fig. 3.
Fig. 7 is the block diagram automatically correcting hold-down mechanism in the card-type device of automatic transporting shown in Fig. 3, which show state when the second actuator is in extreme higher position.
Fig. 8 is another block diagram automatically correcting hold-down mechanism in the card-type device of automatic transporting shown in Fig. 3, which show state when the second actuator is in extreme lower position.
Fig. 9 and Figure 10 is for automatic cover closing power-assisted plate in the card-type device of automatic transporting shown in Fig. 3 is for realizing the schematic diagram of card USB flash drive automatic cover closing.
Figure 11 is the front schematic view of the power-assisted of automatic cover closing shown in Fig. 9 plate.
Figure 12 is the end face schematic diagram of the power-assisted of automatic cover closing shown in Fig. 9 plate.
Figure 13 is the right flank schematic diagram of the power-assisted of automatic cover closing shown in Fig. 9 plate.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in embodiment, reference numerals similar in accompanying drawing represents similar assembly.Obviously, be only the present invention's part embodiment below by the embodiment of description, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Please refer to Fig. 3 to Fig. 6, the automatic transporting card-type device 100 of the present embodiment comprises pedestal 110, the multiple bearing fixtures 120 be arranged on pedestal 110, being positioned at multiple adsorption jig 130 above bearing fixture 120, for driving the lift drive mechanism 140 of multiple adsorption jig 130 synchronization lifting and for driving the translational drive mechanism 150 of multiple adsorption jig 130 synchronous translational.
In the present embodiment, be all formed with the groove 121 that just can accommodate card USB flash drive in each bearing fixture 120, multiple bearing fixture 120 is successively set on pedestal 110 to form multiple processing stations.Each adsorption jig 130 comprises adsorption plate 131, is arranged on the absorption valve 132 at adsorption plate 131 top and is arranged on two suckers 133 bottom adsorption plate 131, this two sucker 133 is connected with absorption valve 132, absorption valve 132 is connected with outside ventilation flue's (not shown), and the adsorption jig 130 based on this structure design can vacuum suction or the card USB flash drive that discharges in respective carrier tool 120.In the present embodiment, the side that multiple adsorption jig 130 renovates 13 away from card USB flash drive is all connected on a stripe board 130a and along described stripe board 130a arrangement in line, described lift drive mechanism 140 and translational drive mechanism 150 are all connected with described stripe board 130a to drive described stripe board 130a to move.Particularly, under the driving of lift drive mechanism 140, multiple adsorption jig 130 can synchronously move up and down relative to bearing fixture 120, under the driving of translational drive mechanism 150, multiple adsorption jig 130 can synchronously relative to bearing fixture 120 along 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 bearing fixtures 120.Design based on said structure, automatic transporting card-type device 100 is by realizing the carrying of card USB flash drive with under type: multiple adsorption jig 130 moves down simultaneously, card USB flash drive in absorption respective carrier tool 120, on move away bearing fixture 120, move to the top of next bearing fixture 120, finally move down and discharge card USB flash drive, thus card USB flash drive is transported to next station from this station, the continuous transmission of card USB flash drive can be realized in this way.
With reference to Fig. 5 to Fig. 6, in the present embodiment, automatic transporting card-type device 100 also comprises one and renovates the jacking mechanism 161 and of 13 for renovating 13 inflatable bodies 162 carrying out blowing by jack-up for jack-up card USB flash drive.Particularly, the bearing fixture 120 being roughly positioned at midway location in described multiple bearing fixture 120 is top blast bearing fixture 120, and the adsorption jig 130 corresponding with this top blast bearing fixture 120 is top blast adsorption jig 130.A breach is formed with the 13 corresponding positions of renovating of card USB flash drive in the groove 121 of described top blast bearing fixture 120.Described jacking mechanism 161 comprises jack-up plate 1611,1 first actuator 1612 and connects the attaching parts 1613 of described jack-up plate 1611 and the first actuator 1612, jack-up plate 1611 be wherein arranged on described bearing fixture 120 below and facing to the breach of described bearing fixture 120 so that jack-up plate 1611 can be passed through this breach and renovates 13 and contact.In the present embodiment, the first actuator 1612 adopts cylinder to realize, and it is connected with jack-up plate 1611 and described jack-up plate 1611 can be driven to move up and down along the direction perpendicular to described card USB flash drive and described card USB flash drive renovated 13 jack-up.The top blast adsorption jig 130 of the present embodiment also comprises the pressing plate 134 be connected with described adsorption plate 131, and described pressing plate 134 comprises two presser feets, and presser feet described in two lays respectively at card USB flash drive and renovates the both sides of 13 to be pressed on bearing fixture 120 by card USB flash drive.Described inflatable body 162 comprises air blowing valve 1621 and pore 1622, described pore 1622 to be arranged on pressing plate 134 and towards described renovate 13 can by the side (also namely relative with renovating 13 rotating shafts side) of raising, described pore 1622 is connected with air blowing valve 1621, and the adsorption plate 131 that described air blowing valve 1621 is arranged on top blast adsorption jig 130 is communicated to outside ventilation flue's (not shown).
With reference to Fig. 7 to Fig. 8, in the present embodiment, automatic transporting card-type device 100 also comprises an automatic hold-down mechanism 170 of correcting to correct the upper operation chip be tiltedly placed in the chip groove 15 of card USB flash drive and to compress.Described automatic correction hold-down mechanism 170 comprises support 171, be arranged on the second actuator 172 on described support 171 and be connected to the working head 173 of described second actuator 172 lower end.In the present embodiment, described support 171 comprises a vertical bar 1711 and a cross bar 1712 and in the L shape structure put upside down, this structural integrity is shaping.The end of described cross bar 1712 is formed with an inclined-plane (icon 1713 represents an edge on this inclined-plane), this inclined-plane is formed with two slide rails (figure does not show, but it is common structure).Second actuator 172 of the present embodiment adopts cylinder to realize, a side of described cylinder forms two chutes 1721, by cooperatively interacting of two slide rails on the inclined-plane of this two chute and support 171, the inclined-plane that cylinder can be arranged on support 171 can move between an extreme higher position (shown in Fig. 3) and an extreme lower position (Fig. 4 is shown) relative to this inclined-plane.As shown in Figure 4, when described second actuator 172 is in extreme lower position, the working head 173 on described second actuator 172 will be pressed in the position of chip groove 15, corrects the chip on chip groove 15 and compresses.In this enforcement, the working head 173 being 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, described cylinder working head 173 adopts excellent power glue to make to cause damage to chip when avoiding pressing down chip.
With reference to Fig. 9 to Figure 13, in the present embodiment, automatic transporting card-type device 100 also comprises an automatic cover closing power-assisted plate 180, the extension 182 that this automatic cover closing power-assisted plate 180 comprises a vertical portion 181 and extends out from the top of this vertical portion 181, described extension 182 is mutually vertical with described vertical portion 181, wherein, vertical portion 181 is perpendicular to horizontal surface, and the end face 1821 of extension 182 and plane-parallel.Described vertical portion 181 is formed with one first inclined-plane 1811, described first inclined-plane 1811 is inclined relative to horizontal, its towards extension 182 extend from bottom to top and smooth connection to the end face 1821 of extension 182.And described extension 182 is formed with one second inclined-plane 1822, described second inclined-plane 1822 is perpendicular to horizontal surface and extend out from the inside end on described first inclined-plane 1811 and form a side of described extension 182, wherein, the inside edge on described first inclined-plane 1811 is smoothly connected with the upper edge on described second inclined-plane 1822.Automatic cover closing operation is carried out to the card USB flash drive 10 sent from a upper operation (complete chip renovate the installation in 13), thus completes the whole assembling process of card USB flash drive 10.Particularly, described automatic cover closing power-assisted plate 180 is mounted in and automatic transporting card-type device 100 is positioned at card USB flash drive renovates 13 sides of opening, then described first inclined-plane 1811 upwards extends along the side of described card USB flash drive 10 direction of transfer (as shown in the arrow D1 in Fig. 7 and Fig. 8), and described second inclined-plane 1822 extends from the inside end on described first inclined-plane 1811 to renovating 13 sides covering direction (as shown in the arrow D2 Fig. 3 and Fig. 4).Wherein, automatic transporting card-type device is used for card USB flash drive 10 to carry out translation transmission between different station.
With reference to Figure 11 and Figure 12, angle between described first inclined-plane 1811 and horizontal surface is α, the span of this angle α is between 29 ° to 35 °, and the angle between described second inclined-plane 1822 and the vertical surface of horizontal surface is β, and its span is between 42 ° to 48 °.And in this preferred embodiment, the angle α between described first inclined-plane 1811 and horizontal surface is set to 32 °, the angle β between described second inclined-plane 1822 and the vertical surface of horizontal surface is set to 45 °.
Referring to figs. 1 through Fig. 8, the following detailed description of the specific works process of the present embodiment automatic transporting card-type device 100.
Under the driving of lift drive mechanism 140 and translational drive mechanism 150, multiple adsorption jig 130 moves down to adsorb the card USB flash drive in respective carrier tool 120 first simultaneously, on move away bearing fixture 120, move to the top of next bearing fixture 120, finally move down and discharge card USB flash drive, thus card USB flash drive is transported to next station from this station, the continuous transmission of card USB flash drive can be realized in this way.
When card USB flash drive is automatically transferred top blast bearing fixture 120, top blast adsorption jig 130 compresses card USB flash drive, the air cylinder driven jack-up plate 1611 of jacking mechanism 161 moves up and by 13 jack-up of renovating of card USB flash drive, renovate 13 by jack-up certain angle a little, pore blow gas now in top blast adsorption jig 130 and 13 will be renovated blow open completely, also namely making to renovate 13 with card USB flash drive is 180 °, finally, card USB flash drive can be moved to next station by top blast adsorption jig 130 under the driving of translational drive mechanism 150, to carry out a glue and to put chip operation.
When being sent to the below of automatically correcting hold-down mechanism 100 through a glue and the card USB flash drive after putting chip operation, cylinder 172 can tilt to move down (moving in the plane at place, inclined-plane) by opposite brackets 171, thus extreme higher position as shown in Figure 5 moves to the extreme lower position shown in Fig. 6, when described cylinder 172 is in extreme lower position, working head 173 below described actuator 172 will be pressed in the position of chip groove 15, applies pressure and realize correcting and pressuring action to the chip on chip groove 15.Exhaust hood 172 again get back to the arrival that next card USB flash drive is waited in extreme higher position, and through correction and compress after card USB flash drive will be sent to next station to carry out next assembling procedure.
When card USB flash drive 10 moves to automatic cover closing power-assisted plate 180 place station after automatically correcting operation, renovating that card USB flash drive 10 is opened 13 to contact with the inward flange on the first inclined-plane 1811 on power-assisted plate thus acts on by it and produce varus action, and then be subject to again the effect on the second inclined-plane 1822 and further varus the final closing lid effect that produces, the card USB flash drive 10 finally assembled is sent on load-transfer device under the effect of automatic transporting card-type device, completes the whole assembling process of card USB flash drive 10.
In sum, automatic transporting card-type device of the present invention can be used in card USB flash drive packaging technology, in the mode of vacuum suction, automatic transporting is carried out to card USB flash drive, and by jacking mechanism, inflatable body, the automatic setting correcting hold-down mechanism and automatic cover closing power-assisted plate, can be continuous toward in next station transport process along operation direction at card USB flash drive, it is opened automatically and renovates, automatically correct and compress the chip tiltedly put and automatically close sequence of operations such as renovating, thus greatly enhance productivity.Structure of the present invention is simple and practical, can reduce human resources, raise the efficiency, save production cost, and the card USB flash drive damage that manual operation can be avoided to bring, thus can ensure the quality of production, has good economic benefit.
Understandably, the air blowing valve in automatic lid opening device of the present invention all needs to be connected with ventilation flue to pass into gas or gas bleeding with absorption valve.In the present embodiment, the actuator of all driver trains all can adopt cylinder to realize, and actuator is all connected by a connection piece with by driven object.Wherein, described lift drive mechanism and translational drive mechanism are technology known in the art, do not repeat them here.Automatic lid opening device of the present invention can be applicable in the packaging technology of card USB flash drive, its can with the automation equipment of other work flow in this technique such as automatic dispensing machine, automatically put chip apparatus etc. with the use of.The present invention corrects the material of working head in hold-down mechanism automatically and shape is not limited to above-mentioned situation, other elastomeric material or other shapes can be selected to realize according to actual conditions.
More than in conjunction with most preferred embodiment, invention has been described, but the present invention is not limited to the embodiment of above announcement, and should contain various carry out according to essence of the present invention amendment, equivalent combinations.
Claims (9)
1. an automatic transporting card-type device, can be used for, in the packaging technology of card USB flash drive, it is characterized in that, described automatic transporting card-type device comprises:
One pedestal;
Multiple bearing fixture, described multiple bearing fixture is successively set on described pedestal to carry multiple card USB flash drive;
Multiple adsorption jig, described multiple adsorption jig lay respectively at multiple bearing fixture top and with multiple bearing fixture one_to_one corresponding to adsorb or to discharge the card USB flash drive in respective carrier tool;
One lift drive mechanism, described lift drive mechanism is connected with described multiple adsorption jig to drive described multiple adsorption jig synchronously to move up and down relative to bearing fixture; And
One translational drive mechanism, described translational drive mechanism be also connected with described multiple adsorption jig to drive described multiple adsorption jig synchronously relative to bearing fixture along 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 bearing fixtures;
Wherein, described automatic transporting card-type device also comprises a jacking mechanism renovated for jack-up card USB flash drive and for renovating by jack-up the inflatable body carrying out blowing, wherein,
A bearing fixture in described multiple bearing fixture is top blast bearing fixture, the adsorption jig corresponding with this top blast bearing fixture is top blast adsorption jig, described top blast bearing fixture is formed with a breach, described breach be located at card USB flash drive renovate corresponding position, described jacking mechanism comprises a jack-up plate and one first actuator, described jack-up plate be arranged on described top blast bearing fixture below and facing to the breach of described top blast bearing fixture, described first actuator be connected with described jack-up plate and described jack-up plate can be driven along moving up and down perpendicular to the direction of described card USB flash drive by described card USB flash drive renovate jack-up.
2. automatic transporting card-type device as claimed in claim 1, it is characterized in that: described adsorption jig comprises adsorption plate, is arranged on the absorption valve at adsorption plate top and is arranged at least one sucker bottom adsorption plate, described sucker is connected with absorption valve, and described absorption valve is connected with an outside ventilation flue.
3. automatic transporting card-type device as claimed in claim 1, it is characterized in that: described inflatable body comprises and is arranged on an air blowing valve in described top blast adsorption jig and a pore, described pore can be connected with described air blowing valve by the side of raising towards described renovating, and described air blowing valve is connected with an outside ventilation flue.
4. automatic transporting card-type device as claimed in claim 2, it is characterized in that: described top blast adsorption jig also comprises the pressing plate be connected with described adsorption plate, described pressing plate comprises two presser feets, and presser feet described in two lays respectively at both sides that card USB flash drive renovates to be pressed on bearing fixture by card USB flash drive.
5. the automatic transporting card-type device as described in any one of claim 1-4, it is characterized in that: also comprise one and automatically correct hold-down mechanism, described automatic correction hold-down mechanism comprises a support, one second actuator and one is connected to the working head of described second actuator lower end, described Bracket setting is in the side of described pedestal, described second actuator is installed on the bracket and can move between an extreme higher position and an extreme lower position relative to this support, when described second actuator is in extreme lower position, described working head will be pressed in the position of chip groove, chip on chip groove is corrected and compressed.
6. automatic transporting card-type device as claimed in claim 5, it is characterized in that: described support comprises a vertical bar and a cross bar and in the L shape structure put upside down, the end of described cross bar is provided with an inclined-plane, and described second actuator to be arranged on described inclined-plane and can to move along this inclined-plane; Described second actuator is cylinder, and the side of described cylinder is formed with two chutes, and the inclined-plane of described support is formed with corresponding two slide rails, slide rail described in two is arranged in described chute.
7. automatic transporting card-type device as claimed in claim 5, it is characterized in that: also comprise an automatic cover closing power-assisted plate, described automatic cover closing power-assisted plate is positioned at the side that card USB flash drive renovates place, described automatic cover closing power-assisted plate is formed with one first inclined-plane and one second inclined-plane, described first inclined-plane is inclined relative to horizontal and side along described operation direction upwards extends, described second inclined-plane extends perpendicular to horizontal surface and from the inside end on described first inclined-plane to renovating the side covered, the inside edge on described first inclined-plane is smoothly connected with the upper edge on described second inclined-plane.
8. automatic transporting card-type device as claimed in claim 7, it is characterized in that: the extension that described automatic cover closing power-assisted plate comprises a vertical portion and extends out from the top of this vertical portion, described extension is mutually vertical with described vertical portion, wherein, described vertical portion is perpendicular to horizontal surface, described first inclined-plane to be formed on described vertical portion and towards extension extend from bottom to top and smooth connection to the end face of extension, and described second inclined-plane extends out from the inside end on described first inclined-plane perpendicular to horizontal surface and forms a side of described extension.
9. automatic transporting card-type device as claimed in claim 1, it is characterized in that: the side that described multiple adsorption jig is renovated away from card USB flash drive is all connected in a stripe board and along described stripe board arrangement in line, described lift drive mechanism and translational drive mechanism are all connected with described stripe board to drive described stripe board to move.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410091410.1A CN103848210B (en) | 2014-03-12 | 2014-03-12 | Automatic transporting card-type device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410091410.1A CN103848210B (en) | 2014-03-12 | 2014-03-12 | Automatic transporting card-type device |
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| CN103848210A CN103848210A (en) | 2014-06-11 |
| CN103848210B true CN103848210B (en) | 2016-04-20 |
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| CN201410091410.1A Expired - Fee Related CN103848210B (en) | 2014-03-12 | 2014-03-12 | Automatic transporting card-type device |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104401710B (en) * | 2014-12-08 | 2016-06-15 | 深圳市奥斯珂科技有限公司 | A kind of chip automatic feeding device |
| CN106865218A (en) * | 2017-03-21 | 2017-06-20 | 无锡奥特维智能装备有限公司 | Circulating conveyor |
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| US8321051B2 (en) * | 2009-03-03 | 2012-11-27 | Honda Motor Co., Ltd. | Workpiece pickup apparatus and workpiece pickup method |
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| US5469953A (en) * | 1993-02-17 | 1995-11-28 | Advantest Corporation | Transport mechanism for IC handlers |
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