CN101901634A - USB memory testing sorter - Google Patents
USB memory testing sorter Download PDFInfo
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- CN101901634A CN101901634A CN 200910202996 CN200910202996A CN101901634A CN 101901634 A CN101901634 A CN 101901634A CN 200910202996 CN200910202996 CN 200910202996 CN 200910202996 A CN200910202996 A CN 200910202996A CN 101901634 A CN101901634 A CN 101901634A
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Abstract
The invention provides a USB memory testing sorter, which comprises a feeding box, a plurality of receiving boxes, a shifting device and a plurality of testing devices. The feeding box is used for accommodating at least one charging tray which is filled with a USB memory to be tested, so that a pick-and-place device of the shifting device takes the USB memory to be tested out and shifts the USB memory to the testing device. Each testing device is provided with a bearing with a plurality of accommodating grooves for bearing the USB memory to be tested, and is provided with a positioning mechanism which can make Y-axis displacement and a testing mechanism which has a testing socket, so that the positioning mechanism presses against the USB memory to be tested to position the USB memory, and the testing socket of the testing mechanism is plugged to be electrically connected with a socket of the USB memory to be tested so as to execute the testing work. After the test, the testing mechanism of the testing device and the positioning mechanism reversely offset, so that the pick-and-place device of the shifting device takes the tested USB memory out and shifts the USB memory to the receiving box for sorted storage according to the test result.
Description
Technical field
The present invention relates to a kind of USB storage testing sorter, relate in particular to a kind of sequential collocation start that utilizes each device, can always change the test and the sorting operations that automatically perform USB storage, and significantly promote the USB storage testing sorter of operation convenience and tested productivity.
Background technology
Progress along with scientific and technological information, in early days light and handy by volume gradually and USB storage that storage volume is big replaces in order to the disk of stored electrons data, because USB storage need be gone through the multiple tracks processing technology, the dealer is a quality of guaranteeing USB storage, and can be chosen in the following test jobs of carrying out of two states that USB storage does not add casing as yet or installed shell, whether damage with the test USB storage, and eliminate out defective products.
See also Fig. 1, Fig. 2, it is No. 200510005298.6 " being used to detect the devices and methods therefor of USB storage " patent case of Chinese invention patent application, its front end at board is provided with the feed pallet 11 that is mounted with a plurality of USB storage 10, it can utilize conveyer that described feed pallet 11 levels are transferred to the feed position, one load/unload pick device 12 can be done axial the moving of X-Y, and can first pick-up 121 on it will be positioned at the locational USB storage 10 of feed and be transferred to move back and forth and send on the part device 13, wherein on load/unload pick device 12, be provided with one second pick-up 122 in addition, its vacuum pressure by second pick-up 122 changes, whether the direction that can detect USB storage 10 plugs is correct, as incorrect then with as described in the USB storage 10 of anisotropy be positioned on the snubber assembly 14 that can store defective products, move back and forth the plunger that send part device 13 to be provided with to press down location USB storage 10 usefulness, and make USB storage to be measured 10 send part device 13 to carry to be moved horizontally to check-out console 15 by moving back and forth, and the plug that makes USB storage 10 inserts in the socket of check-out console 15, is electrically connected with formation and detects operation; After finishing detection, moving back and forth the USB storage of sending part device 13 to carry to survey 10 moves horizontally and resets, load/unload pick device 12 is transferred to the USB storage 10 of non-defective unit according to testing result and is positioned at the locational rewinding pallet 16 of rewinding, defective products then is transferred on the snubber assembly 14, and then carries out the detection operation of USB storage in the mode of robotization.Yet the pick-up unit of described USB storage still has following shortcoming:
1. the described plunger that send part device 13 to be provided with to press down location USB storage 10 usefulness that moves back and forth, USB storage 10 to be measured be positioned over move back and forth send on the part device 13 after, send part device 13 to carry to be moved horizontally to check-out console 15 by moving back and forth, and the plug of USB storage 10 is inserted in the socket of check-out console 15;
Send on the part device 13 load heavier owing to move back and forth, therefore, have bigger motional inertia when moving horizontally when USB storage 10 inserted check-out consoles 15, and easily impact damage to the socket of check-out console 15, and serviceable life of reduction check-out console 15.
2. though be provided with one second pick-up 122 on the described load/unload pick device 12, change with the vacuum pressure that sees through second pick-up 122, whether the direction that detects USB storage 10 plugs is correct, or image taking sensor replaces second pick-up 122, and whether can detect the direction of USB storage 10 plugs by the light image of reflection correct; No matter yet second pick-up 122 or the imageing sensor, because of it is installed on the load/unload pick device 12, therefore only can be to the USB storage of drawing 10, carry out the whether correct detection of direction of plug, and can't whether accurately be positioned over to move back and forth to send detect on the part device 13 USB storage 10, once placement location skew, to make USB storage 10 when inserting check-out console 15, can't be to being positioned at the socket of drafting board 15, very and cause the situation of impact damage, reduce the serviceable life of check-out console 15 to check-out console 15.
Summary of the invention
Purpose one of the present invention, a kind of USB storage testing sorter is provided, it includes the feed casket, a plurality of rewinding caskets, move materials device and a plurality of proving installation, described feed casket is in order to hold the charging tray of at least one splendid attire USB storage to be measured, take out USB storage to be measured for the fetching device that moves materials device, and transfer load to the proving installation place, each proving installation is provided with the bearing of a plurality of storage tanks of tool, for bearing USB storage to be measured, and have and to make Y-axis to the detent mechanism of displacement and the mechanism for testing of tool test jack, and then compress USB storage to be measured location with detent mechanism, and the test jack that makes mechanism for testing plugs together the plug that is electrically connected in USB storage to be measured and carries out test jobs, after test finishes, the mechanism for testing and the detent mechanism of proving installation then oppositely reset, taken out the USB storage of surveying for the fetching device that moves materials device, and transferred load to the rewinding casket and classify and place according to test result; By this, utilize mechanism for testing to make Y-axis and plug together to displacement and be electrically connected USB storage to be measured, and motional inertia that can be less, make that both are stable and accurate to plug together carrying out test jobs, and then reach and significantly promote mechanism for testing serviceable life.
Purpose two of the present invention, a kind of USB storage testing sorter is provided, more be contained in the inspection module that is equipped with a plurality of sensors of tool on the detent mechanism of described proving installation, check the top of module displacement and can utilize detent mechanism to drive to USB storage to be measured, make each sensor of checking module check respectively whether the USB storage to be measured that is positioned on the bearing is put back or whether accurately be positioned on the storage tank of bearing, to eliminate out the USB storage of putting anisotropy or putting skew, to reach the Practical Benefit of guaranteeing accurate contraposition.
In order to achieve the above object, the invention provides a kind of USB storage testing sorter, it comprises:
Feed casket: in order to hold the charging tray of at least one splendid attire USB storage to be measured;
Rewinding casket: in order to hold the intact charging tray of surveying USB storage of at least one splendid attire;
Proving installation: be provided with the bearing of tool storage tank, in order to the bearing USB storage; And described proving installation is provided with the mechanism for testing of energy displacement start, described mechanism for testing is provided with one and is driven by drive source and to make the frame of Y-axis to displacement, and on described frame, be provided with test board, described test board is provided with test jack in the storage tank position of corresponding described bearing, be electrically connected in order to plug together the plug that is positioned at the USB storage on the described bearing, and the transmission line that is provided with corresponding described test jack quantity at described test board is to connect test machine, described proving installation is provided with the detent mechanism in order to the location USB storage in addition, and is provided with at least one inspection module of sensor that is on described detent mechanism;
Move materials device: be provided with fetching device, in order to receive the described USB storage to be measured of transfer between casket, described rewinding casket and described proving installation/intact USB storage of surveying in described confession;
Central control unit: in order to control and integrate described feed casket, described rewinding casket, described proving installation and describedly move the materials device start, to carry out automated job.
Compared with prior art, USB storage testing sorter of the present invention utilizes the sequential collocation start of each device, can always change the test and the sorting operations that automatically perform USB storage, and significantly promote operation convenience and tested productivity.
Description of drawings
The floor map of No. 200510005298.6 patent case of Fig. 1 Chinese invention patent application;
The synoptic diagram of No. 200510005298.6 patent case load/unload of Fig. 2 Chinese invention patent application pick device;
Fig. 3 arrangement plan that respectively installs of the present invention;
The synoptic diagram of Fig. 4 feed casket of the present invention and rewinding casket;
The use synoptic diagram (one) of Fig. 5 feed casket of the present invention;
The use synoptic diagram (two) of Fig. 6 feed casket of the present invention;
Fig. 7 the present invention moves the use synoptic diagram of materials device;
The synoptic diagram of Fig. 8 proving installation of the present invention;
The partial schematic diagram of Fig. 9 proving installation of the present invention;
The use synoptic diagram (one) of Figure 10 proving installation of the present invention;
The use synoptic diagram (two) of Figure 11 proving installation of the present invention;
The use synoptic diagram (three) of Figure 12 proving installation of the present invention;
The use synoptic diagram (four) of Figure 13 proving installation of the present invention;
The use synoptic diagram (one) of Figure 14 rewinding casket of the present invention;
The use synoptic diagram (two) of Figure 15 rewinding casket of the present invention;
Figure 16 blank panel of the present invention carries the use synoptic diagram () of mechanism;
Figure 17 blank panel of the present invention carries the use synoptic diagram (two) of mechanism;
Figure 18 blank panel of the present invention carries the use synoptic diagram (three) of mechanism.
Description of reference numerals: USB storage-10; Feed pallet-11; Load/unload pick device-12; First pick-up-121; Second pick-up-122; Move back and forth and send part device-13; Snubber assembly-14; Check-out console-15; Rewinding pallet-16; Board-20; Feed casket-30; Overlay District-301; Put district-302 temporarily; Fixed track-31; Bearing part-32; Drive source-331; Board-332; Drive source-341; Push rod-342; Drive source-351; Movable track-352; Keeper-36; Keeper-37; Drive source-381; Board-382; Drive source-391; Carry part-392; Non-defective unit rewinding casket-40; Overlay District-401; Put district-402 temporarily; Drive source-411; Movable track-412; Keeper-42; Keeper-43; Drive source-441; Board-442; Drive source-451; Push rod-452; Fixed track-46; Bearing part-47; Drive source-481; Board 482; Pallet-49; Defective products rewinding casket-50; Proving installation-60; Bearing-61; Storage tank-611; Drive source-621; Frame-622; Casting die-623; Circuit board-631; First sensor-632; Second sensor-633; Drive source-641; Frame-642; Test board-643; Test jack-644; Transmission line-645; Move materials device-70; Carry mechanism-71; Fetching device-72; Drive source-73; USB storage-80; Plug-801; Metal linking part-802; LED-803.
Embodiment
For making your auditor do further to understand to the present invention, lift a preferred embodiment and conjunction with figs., describe in detail as the back:
See also Fig. 3, but USB storage finished product/semi-manufacture of described USB storage testing sorter application testing tool LED, and do not have USB storage finished product/semi-manufacture of LED, the USB storage testing sorter of present embodiment is applied to test tool LED and is half-finished USB storage, and the front end that is included in board 20 is provided with feed casket 30, non-defective unit rewinding casket 40 and defective products rewinding casket 50, described feed casket 30 is in order to bearing USB storage to be measured, non-defective unit rewinding casket 40 is in order to the intact non-defective unit USB storage of surveying of bearing, defective products rewinding casket 50 is positioned at the side of feed casket 30, and be provided with empty charging tray, put the USB storage of mistake or defective products in order to bearing, because defective products rewinding casket 50 is identical with feed casket 30 both employed charging trays, and can expect that the empty charging tray that finishes transfers load to defective products rewinding casket 50 places with being got on the feed casket 30, put the USB storage of mistake or defective products for bearing, then be provided with a plurality of proving installations 60 in the rear end of board 20 in addition, and can be at feed casket 30, non-defective unit rewinding casket 40, what defective products rewinding casket 50 and 60 transfers of each proving installation treated/finish to survey USB storage moves materials device 70.
See also Fig. 4, Fig. 5, Fig. 6, described feed casket 30 is preceding, the rear is provided with Overlay District 301 and puts district 302 temporarily, the both sides of described Overlay District 301 are respectively equipped with fixed track 31 and can make the bearing part 32 of X axis telescopic displacement, and with the charging tray of bearing part 32 bearing tools USB storage to be measured, in addition 301 two 31 on fixed tracks are provided with one and take over a business mechanism and Y-axis to carrying mechanism in the Overlay District, describedly take over a business mechanism and be provided with one and drive the board 332 of doing the axial lifting displacement of Z by drive source 331, and the charging tray on can board 332 overhead bearing parts 32, and transfer load on the two fixed tracks 31, and Y-axis is provided with one and is driven by drive source 341 and to make the push rod 342 of Y-axis to displacement to carrying mechanism, and can utilize push rod 342 that the charging tray on the two fixed tracks 31 is passed to putting district 302 temporarily by Overlay District 301, described 302 the both sides, district of putting temporarily are provided with two and drive the movable track 352 of doing the X axis displacement by drive source 351, and on two movable tracks 352, be provided with the keeper 36 that to do the X axis displacement, and the keeper 37 that is provided with another rotatable start at two 352 on movable tracks, after push rod 342 is passed charging tray to the two movable tracks 352, can utilize two keepers 36,37 difference overheads are in the side and the front of charging tray, and charging tray is located, in addition be provided with one and take over a business mechanism putting district 302 temporarily, it is provided with one and drives the board 382 of doing the axial lifting displacement of Z by drive source 381, and can make board 382 overheads, so that the steady feed of charging tray in the bottom surface of charging tray.
See also Fig. 3, Fig. 7, the described materials device 70 that moves is provided with one and carries mechanism 71 and do X-Y-Z axial displacement synchronously in order to drive a plurality of fetching devices 72, each fetching device 72 then can be again driven respectively by drive source 73 independently does Z axial displacement, be provided with front and back two row's fetching devices 72 at least owing to move materials device 70, wherein row's fetching device is in order to taking and putting measured USB storage, another row's fetching device is then surveyed USB storage in order to have picked and placeed, and then can utilize and carry mechanism 71 and drive a plurality of fetching devices 72 earlier and do X-Y axial displacement and put 302 tops, district temporarily to feed casket 30, and make each fetching device 72 do the Z displacement that axially descends synchronously, and on the charging tray of putting district 302 temporarily, take out USB storage 80 to be measured.
See also Fig. 7, Fig. 8, shown in Figure 9, each proving installation 60 is provided with the bearing 61 of a plurality of storage tanks 611 of tool, for bearing USB storage 80 to be measured, and be provided with detent mechanism and mechanism for testing at the rear of bearing 61, wherein, described detent mechanism is provided with one and is driven by drive source 621 and to make the frame 622 of Y-axis to displacement, and corresponding each storage tank 611 position are provided with the casting die 623 that can do Z axial displacement on frame 622, on the plug that is pressed against each USB storage to be measured, and locate USB storage to be measured, on frame 622, be provided with the inspection module in addition, described inspection module corresponding each storage tank 611 position on circuit board 631 are provided with first sensor 632 and second sensor 633, its first sensor 632 whether places reverse side in order to each USB storage to be measured of sensing and whether each USB storage to be measured of sensing accurately is positioned in the storage tank 611 of bearing 61, and whether second sensor 633 damages in order to the LED of each USB storage to be measured of sensing, mechanism for testing then is provided with one and is driven by drive source 641 and to make the frame 642 of Y-axis to displacement, and on frame 642, be provided with test board 643, test board 643 is provided with a plurality of test jacks 644 in corresponding each storage tank 611 position, in order to plug together respectively and be electrically connected in the plug of USB storage to be measured, the transmission line 645 that is provided with corresponding test jack 644 quantity in addition in the bottom surface of test board 643 is to link test machine (scheming not shown), test machine can transfer to test result central control unit (scheming not shown), and described central control unit respectively installs start according to test result control and integration again.
See also Fig. 3, Figure 10, Figure 11, after moving materials device 70 USB storage to be measured 80 transfers be placed in the storage tank 611 of proving installation 60 bearings 61, the drive source 621 of described detent mechanism is that drive chassis is done the displacement of Y direction, and drive each casting die 623 and check that module does the top that the Y direction is moved to bearing 61 synchronously, and make each casting die 623, first sensor 632 and second sensor 633 be corresponding USB storage 80 to be measured respectively, and then can make casting die 623 do Z axial displacement and plug 801 location that descends and be pressed against USB storage 80 to be measured, and with first sensor, 632 sensings USB storage 80 to be measured, whether place reverse side and whether accurately being positioned in the storage tank 611 of bearing 61 to differentiate USB storage 80 to be measured, check with second sensor 633 whether the LED803 of USB storage 80 to be measured damages again, USB storage for example to be measured 80 is placed reverse side or placed offset in the storage tank 611 of bearing 61 in or during the LED803 damage, then detent mechanism can reset earlier, earlier USB storage wrong or that damage is transferred load to defective products rewinding casket 50 for the fetching device 72 that moves materials device 70 and place, 623 of each casting dies of described detent mechanism compress plug 801 location of USB storage 80 to be measured once more afterwards; See also Figure 11, Figure 12, shown in Figure 13, behind each USB storage to be measured 80 location, the mechanism for testing of described proving installation 60 drives frame 642 with drive source 641 and does the displacement of Y direction, and make each test jack 644 plug together plug 801 in corresponding USB storage 80 to be measured, carry out test jobs to be electrically connected to test machine, owing to only be provided with test board 643 on the frame 642, therefore when the test jack 644 on each test board 643 plugs together plug 801 in corresponding USB storage 80 to be measured, because of the light motional inertia that can be less of weight, make that both are stable and accurate to plug together to carry out test jobs, after test finishes, test machine transfers to central control unit with test result, respectively install start by central control unit control, the mechanism for testing of described proving installation drives frame 642 with drive source 641 and each test jack 644 reverse displacements reset, and the location that each casting die 623 of detent mechanism rises and resets and surveyed USB storage 80 to have removed, and with drive source 621 drive frames 622 and on casting die 623, check that module oppositely resets, make bearing 61 get material for moving materials device 70.
See also Fig. 6, Figure 13, Figure 14, the described materials device 70 that moves can make fetching device 72 do bearing 61 tops of X-Y-Z axial displacement to proving installation 60, to have taken out the USB storage of surveying 80, and transfer load to rewinding casket 40 places, described rewinding casket 40 is preceding, the rear is provided with Overlay District 401 and puts district 402 temporarily, it is put both sides of 402, district temporarily and is provided with two and is driven by drive source 411 and to make the charging tray of the movable track 412 of X axis displacement with the bearing sky, and on two movable tracks 412, be provided with the keeper 42 that to do the X axis displacement, and the keeper 43 that is provided with another rotatable start at two 412 on movable tracks, and can utilize two keepers 42,43 difference overheads are in the side and the front of charging tray, and charging tray is located, in addition be provided with one and take over a business mechanism and Y-axis to carrying mechanism at two 412 on the movable tracks of putting district 402 temporarily, describedly take over a business mechanism and be provided with one and drive the board 442 of doing the axial lifting displacement of Z by drive source 441, and can make board 442 overheads in the bottom surface of charging tray, so that the steady rewinding of charging tray, the USB storage 80 that the described fetching device 72 that moves materials device 70 can will finish survey is placed in the charging tray and places; See also Fig. 4, Figure 14, Figure 15, the USB storage that has filled with survey when the charging tray of putting district 402 temporarily is after 80s, described district's 402 the Y-axis of putting temporarily is provided with one and is driven by drive source 451 and to make the push rod 452 of Y-axis to displacement to carrying mechanism, and can utilize push rod 452 to pass to the Overlay District 401 by putting district 402 temporarily with having filled with the charging tray of surveying USB storage 80 on the two movable tracks 412, the both sides of described Overlay District 401 are respectively equipped with fixed track 46 and can make the bearing part 47 of rotary oscillation, described bearing part 47 can be in order to the bearing charging tray, in addition 401 two 46 on fixed tracks are provided with one and take over a business mechanism in the Overlay District, describedly take over a business mechanism and be provided with one and drive by drive source 481 and to make the board 482 of the axial lifting displacement of Z, and can the charging tray overhead on the fixed track 46 be placed on bearing part 47 board 482.
See also Figure 16, Figure 17, Figure 18, got the empty charging tray of having expected and to be done effective utilization for making feed casket 30 put 302 places, district temporarily, and supplying, rewinding casket 30,40 two put temporarily the district 302,402 are provided with a blank panel and carry mechanism, described blank panel carries mechanism and drives one with drive source 391 and carry part 392 and put district 302 temporarily two, 402 intercropping X axis displacements, after feed casket 30 is put district's charging tray of 302 temporarily and is got material and finish, since board 382 overhead in the bottom surface of charging tray, and may command drive source 351 drives two movable slide rail 352 displacements laterally, but make the charging tray decline displacement of board 382 overhead skies, and transfer load to that blank panel carries mechanism carry part 392 tops; Described blank panel carries mechanism and promptly drives with drive source 391 and carry part 392 and do the X axis displacement, make carry part 392 with the charging tray of sky by feed casket 30 put temporarily that district 302 is carried to rewinding casket 40 put 402 places, district temporarily; Following described rewinding casket 40 puts district 402 temporarily and drives two movable tracks 412 with drive source 411 and make X axis and move outward, but make board 442 overheads carry the top that empty charging tray on the part 392 rises to two movable tracks 412, after two movable tracks 412 oppositely reset, control board 442 decline displacements again, and empty charging tray is placed on the two movable tracks 412 for rewinding; The district 402 of putting temporarily of described rewinding casket 40 is provided with pallet 49 below board in addition, for temporarily placing empty charging tray, therefore, when having had empty charging tray on the two movable tracks 412, described take over a business mechanism then may command board 442 next empty charging tray overhead placed on pallet 49 get the raw materials ready.
More than explanation is just illustrative for the purpose of the present invention; and nonrestrictive, those of ordinary skills understand, under the situation of the spirit and scope that do not break away from following claims and limited; can make many modifications, variation or equivalence, but all will fall within the scope of protection of the present invention.
Claims (10)
1. USB storage testing sorter is characterized in that it comprises:
Feed casket: in order to hold the charging tray of at least one splendid attire USB storage to be measured;
Rewinding casket: in order to hold the intact charging tray of surveying USB storage of at least one splendid attire;
Proving installation: be provided with the bearing of tool storage tank, in order to the bearing USB storage; And described proving installation is provided with the mechanism for testing of energy displacement start, described mechanism for testing is provided with one and is driven by drive source and to make the frame of Y-axis to displacement, and on described frame, be provided with test board, described test board is provided with test jack in the storage tank position of corresponding described bearing, be electrically connected in order to plug together the plug that is positioned at the USB storage on the described bearing, and the transmission line that is provided with corresponding described test jack quantity at described test board is to connect test machine, described proving installation is provided with the detent mechanism in order to the location USB storage in addition, and is provided with at least one inspection module of sensor that is on described detent mechanism;
Move materials device: be provided with fetching device, in order to receive the described USB storage to be measured of transfer between casket, described rewinding casket and described proving installation/intact USB storage of surveying in described confession;
Central control unit: in order to control and integrate described feed casket, described rewinding casket, described proving installation and describedly move the materials device start, to carry out automated job.
2. USB storage testing sorter as claimed in claim 1 is characterized in that, described feed casket is provided with the Overlay District and puts the district temporarily forward and backward side; The both sides of described Overlay District are provided with fixed track, and be provided with can do the X axis displacement the bearing part in order to the bearing charging tray; Be provided with Y-axis to carrying mechanism, in order to carry charging tray in described Overlay District in addition in described Overlay District and the described interval of putting temporarily; And be provided with mechanism in described Overlay District, describedly take over a business mechanism and be provided with a drive source and drive the board of doing Z axial displacement, in order to the overhead charging tray.
3. USB storage testing sorter as claimed in claim 2, it is characterized in that, described feed casket is provided with in described both sides of putting the district temporarily to be driven by drive source and makes the movable track of X axis displacement and take over a business mechanism, describedly take over a business mechanism and have a drive source and drive the board of doing Z axial displacement, in order to the overhead charging tray.
4. USB storage testing sorter as claimed in claim 1 is characterized in that, described rewinding casket is provided with the Overlay District and puts the district temporarily forward and backward side; The both sides of described Overlay District are provided with fixed track, and are provided with the bearing part that can swing in order to the bearing charging tray; In addition be provided with mechanism, describedly take over a business mechanism and be provided with a drive source and drive the board of doing Z axial displacement, in order to the overhead charging tray in described Overlay District.
5. USB storage testing sorter as claimed in claim 4, it is characterized in that, described rewinding casket is provided with in described both sides of putting the district temporarily and can drives the movable track of doing the X axis displacement by drive source, and described Overlay District and described put temporarily be provided with between the district carry charging tray Y-axis to carrying mechanism, described Y-axis is provided with one at two movable interorbitals and is driven by drive source and to make the push rod of Y-axis to displacement to carrying mechanism, in order to pass charging tray.
6. USB storage testing sorter as claimed in claim 1 is characterized in that,
Described detent mechanism is provided with one and is driven by drive source and to make the frame of Y-axis to displacement, and the storage tank position of corresponding described bearing is provided with the casting die that can do Z axial displacement on described frame, in order to the location USB storage.
7. USB storage testing sorter as claimed in claim 1, it is characterized in that, whether the inspection module of described proving installation is provided with first sensor on circuit board, whether place reverse side and accurately be positioned in the storage tank of described bearing in order to check USB storage.
8. whether USB storage testing sorter as claimed in claim 1 is characterized in that, the inspection module of described proving installation is provided with second sensor on circuit board, damage in order to the LED that checks USB storage.
9. USB storage testing sorter as claimed in claim 1 is characterized in that,
The described materials device that moves is provided with and carries mechanism, does X-Y-Z axial displacement in order to two row's fetching devices before and after driving, and wherein row's fetching device is in order to pick and place described USB storage to be measured, and another row's fetching device is then in order to pick and place described intact survey USB storage.
10. USB storage testing sorter as claimed in claim 1, it is characterized in that, it also comprises a defective products rewinding casket in described feed casket side, in order to place the USB storage that defective products USB storage, pros and cons are put mistake or put skew, described defective products rewinding casket also is provided with empty charging tray in order to place USB storage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910202996 CN101901634B (en) | 2009-05-26 | 2009-05-26 | USB memory testing sorter |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910202996 CN101901634B (en) | 2009-05-26 | 2009-05-26 | USB memory testing sorter |
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| CN101901634A true CN101901634A (en) | 2010-12-01 |
| CN101901634B CN101901634B (en) | 2013-01-02 |
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| CN 200910202996 Active CN101901634B (en) | 2009-05-26 | 2009-05-26 | USB memory testing sorter |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103575937A (en) * | 2012-07-31 | 2014-02-12 | 鸿劲科技股份有限公司 | Air pressure type test device and test equipment using same |
| CN103852710A (en) * | 2012-11-29 | 2014-06-11 | 鸿劲科技股份有限公司 | Contrapositive electronic-assembly operating device |
| TWI690790B (en) * | 2018-08-31 | 2020-04-11 | 鴻勁精密股份有限公司 | Electronic component insertion and removal device and applied working equipment |
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| TWI572876B (en) * | 2015-03-23 | 2017-03-01 | Rich Flash Tech Ltd | Memory card detection device |
| CN106290993B (en) * | 2015-06-10 | 2021-01-29 | 鸿劲科技股份有限公司 | Test unit positioning mechanism of test device and test equipment applied by same |
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| KR100608101B1 (en) * | 2004-03-23 | 2006-08-02 | 미래산업 주식회사 | Test Handler and Picking Apparatus for USB Memory Device |
| CN2845101Y (en) * | 2005-10-12 | 2006-12-06 | 资重兴 | Memorizer test device and use the memory test machine of this memorizer test device |
| CN100498355C (en) * | 2006-05-30 | 2009-06-10 | 鸿劲科技股份有限公司 | Memory card detecting machine |
| CN101342531B (en) * | 2007-07-13 | 2012-09-05 | 鸿劲科技股份有限公司 | Memory body IC detecting and sorting machine |
-
2009
- 2009-05-26 CN CN 200910202996 patent/CN101901634B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103575937A (en) * | 2012-07-31 | 2014-02-12 | 鸿劲科技股份有限公司 | Air pressure type test device and test equipment using same |
| CN103575937B (en) * | 2012-07-31 | 2016-03-02 | 鸿劲科技股份有限公司 | The testing apparatus of vapour-pressure type proving installation and application thereof |
| CN103852710A (en) * | 2012-11-29 | 2014-06-11 | 鸿劲科技股份有限公司 | Contrapositive electronic-assembly operating device |
| TWI690790B (en) * | 2018-08-31 | 2020-04-11 | 鴻勁精密股份有限公司 | Electronic component insertion and removal device and applied working equipment |
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| CN101901634B (en) | 2013-01-02 |
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