CN100498355C - Memory card detecting machine - Google Patents
Memory card detecting machine Download PDFInfo
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- CN100498355C CN100498355C CNB2006100831034A CN200610083103A CN100498355C CN 100498355 C CN100498355 C CN 100498355C CN B2006100831034 A CNB2006100831034 A CN B2006100831034A CN 200610083103 A CN200610083103 A CN 200610083103A CN 100498355 C CN100498355 C CN 100498355C
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- 230000007246 mechanism Effects 0.000 claims abstract description 67
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- 238000012360 testing method Methods 0.000 claims abstract description 20
- 238000006073 displacement reaction Methods 0.000 claims description 39
- 230000002950 deficient Effects 0.000 claims description 24
- 238000009434 installation Methods 0.000 claims description 19
- 239000004606 Fillers/Extenders Substances 0.000 claims description 7
- 238000007906 compression Methods 0.000 claims description 6
- 230000006835 compression Effects 0.000 claims description 5
- 238000010586 diagram Methods 0.000 description 14
- 238000001514 detection method Methods 0.000 description 11
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Abstract
The invention discloses a memorial card feeler mechanism, which is characterized by the following: using material supplying device to contain at least one material tray of the detected memorial card; placing the detected memorial card on the rotary position through feteching device to adjust the testing placing direction of memorial card; placing the detected memorial card on the carrying device to the front of the testing device; adopting fetching device to place the memorial card in the testing device to test to place the test-finished memorial card on the carrying device after testing; resetting the carrying device reversely to finish rotary reset of memorial card; classifying the memorial card according to the testing result; testing the memorial card automatically; improving the productivity and testing quality obviously.
Description
Technical field
The present invention relates to a kind of memory card detecting machine, particularly a kind ofly replace manually-operated with machine, but and robotization is finished memory card and is detected operation, to boost productivity and to detect the memory card detecting machine of quality.
Background technology
Now, easy to carry and can be for the memory card (Memory Cards) of storage data, generally be divided into CF card (Compact Flash Card), SD memory card (Secure Digital Card), MS memory card (MemoryStick), multimedia card (Multi Media Card), and SM memory card (Smart Media Card) waits several, and be widely used in according to its functions of use in the electronic product of compatibility, digital camera for example, PDA(Personal Digital Assistant)s etc., the stored data of aforementioned memory card then can utilize a calculating punch (MemoryCard Reader/Writer) and computing machine to make an exchanges data;
Yet, memory card is through the multiple tracks job sequence in process of production, businessman is for guaranteeing product quality, after completing, all can carry out one and detect operation, whether damage to detect memory card, and eliminate out defective products, it is with manual type memory card to be plugged on calculating punch one by one that present memory card detects operation, sees through calculating punch and makes an exchanges data, for the internal processes of computing machine memory card is done one and detects differentiation, and the demonstration testing result informs that described memory card is non-defective unit or defective products, but this detection mode is for the huge memory card of quantity, and businessman all disposes considerable manpower and equipment for striving for production efficiency, so that significantly increase cost, described again manually-operated once only can be tested a memory card, and is also quite slowly consuming time, the disappearance that causes throughput rate effectively to promote;
So under the trend of being particular about the lifting of comprehensive automation and quality, the detection mode of memory card is real improved necessity, but how to design the memory card detecting machine that a kind of robotization detected and guaranteed quality, is the target that businessman endeavours to research and develop.
Summary of the invention
Fundamental purpose of the present invention provides a kind of memory card detecting machine, replaces manually-operated with machine, and robotization detects memory card, to save manpower and equipment, reaches the Practical Benefit that reduces cost.
An inferior purpose of the present invention provides a kind of with machine replacement manually-operated, but and several memory cards of robotization one-time detection with the reduction detection activity duration, reach the Practical Benefit of significantly boosting productivity.
Another object of the present invention provides a kind of with machine replacement manually-operated, but and automatic material taking and classification non-defective unit, defective products reach the Practical Benefit that promotes detection operation convenience.
The technical solution used in the present invention is:
A kind of memory card detecting machine comprises:
Feeding device: the charging tray that is used for holding at least one splendid attire memory card to be measured;
At least one fetching device: be used for taking and putting measured/intact memory card of surveying;
Loading and transmitting device: be used for back and forth carrying to be measured/intact survey memory and snap into predeterminated position;
Proving installation: be used for detecting memory card, to differentiate non-defective unit or defective products;
Material collecting device: be used for holding the intact charging tray of surveying memory card of at least one splendid attire.
Above-mentioned machines, described fetching device more includes the third direction travel mechanism (third direction such as Z direction) that first direction travel mechanism (first direction such as directions X), second direction travel mechanism (second direction such as Y direction) and tool pick and place head, pick and place the displacement start that head is made first, second and third direction to utilize each travel mechanism to drive, and can pick and place memory card between convenient each device.
Above-mentioned machines, the third direction travel mechanism of described fetching device more includes and picks and places the design of displacement, and can be for adjusting at least two spacings that pick and place head, makes respectively to pick and place head and accurately pick and place memory card.
Above-mentioned machines, described pick-up unit more includes the test block set, connects the calculating punch and a compression joint mechanism of controller, described test block set can be for inserting memory card to be measured, and suitably compress memory card to be measured by compression joint mechanism, to guarantee that memory card to be measured contacts with the probe of test block set, by calculating punch the data transmission of memory card is carried out the detection operation to controller again, and then promote the convenience that detects operation.
Above-mentioned machines more includes a turn device, is used for adjusting the direction of putting of memory card to be measured, make detection side that memory card to be measured meets proving installation to, reach and promote the Practical Benefit that detects the operation convenience.
Compared with prior art, the advantage that has of the present invention is;
1. replace manually-operated with machine, and robotization detects memory card, save manpower and equipment, reduced cost;
2. several memory cards of robotization one-time detection, reduction detects the activity duration, has significantly improved throughput rate;
3. replace manually-operated with machine, but automatic material taking and classification non-defective unit, defective products have promoted detection operation convenience.
Description of drawings
Fig. 1 is the arrangement plan of each device of the present invention;
Fig. 2 is the partial schematic diagram of overlooking of feeding device of the present invention;
Fig. 3 is the forward sight partial schematic diagram of feeding device of the present invention;
Fig. 4 is the vertical view of the present invention's first fetching device;
Fig. 5 is the second direction travel mechanism synoptic diagram of first fetching device;
Fig. 6 is the first direction travel mechanism synoptic diagram of first fetching device;
Fig. 7-the 1st, the partial front elevation view of third direction travel mechanism;
Fig. 7-the 2nd, the side view of third direction travel mechanism;
Fig. 7-the 3rd, the partial top view of third direction travel mechanism;
Fig. 8-the 1st, third direction travel mechanism is displaced to the synoptic diagram of feeding device;
Fig. 8-the 2nd picks and places head and makes the synoptic diagram that material is got in the third direction displacement;
Fig. 9 is the vertical view of turn device;
Figure 10 is the front view of turn device;
Figure 11 is that first fetching device is with the synoptic diagram of memory card transfer to be measured to turn device;
Figure 12 is the vertical view of loading and transmitting device;
Figure 13 is the side view of loading and transmitting device;
Figure 14 is that first fetching device is with the synoptic diagram of memory card transfer to be measured to loading and transmitting device;
Figure 15 is the vertical view of second fetching device;
Figure 16 is the side view of second fetching device;
Figure 17 is the synoptic diagram that second fetching device takes out memory card to be measured;
Figure 18 is the synoptic diagram of proving installation;
Figure 19 is the synoptic diagram that second fetching device transfer memory to be measured snaps into proving installation;
Figure 20 is the partial schematic diagram of overlooking of material collecting device of the present invention;
Figure 21 is the forward sight partial schematic diagram of material collecting device of the present invention;
Figure 22 is that first fetching device will finish the synoptic diagram of survey memory card transfer to material collecting device.
Description of reference numerals: 10-feeding device; The 11-motor; The 12-screw rod; The 13-board; The 14-keeper; 20-first fetching device; 21-first direction travel mechanism; The 211-tressel; 212-slide slide rail set; The 213-motor; The 214-belt pulley set; 22-second direction travel mechanism; The 221-belt pulley set; The 222-axostylus axostyle; The 223-motor; 23-third direction travel mechanism; The 231-tressel; 232-slide slide rail set; The 233-motor; 234-third direction belt pulley set; The 235-carrier plate; The 236-card extender; The 2361-chute; 237-slide slide rail set; The 238-carrier plate; The 2381-sliding part; 2382-third direction slide rail; The 239-sliding panel; 2391-third direction slide; 2392-first direction slide; 2393-first direction slide rail; 240-first direction belt pulley set; The 241-motor; The 242-hydraulic cylinder; 243-picks and places head; 25-picks and places head; The 30-turn device; The 31-turntable; The 32-belt pulley set; The 33-motor; The 40-loading and transmitting device; The 41-motor; The 42-belt pulley set; The 43-microscope carrier; 44-slide slide rail set; The 50-proving installation; 51-tests block set; The 52-calculating punch; The 53-controller; The 54-compression joint mechanism; The 541-motor; The 542-screw rod; The 543-crimp head; 60-second fetching device; 61-first direction travel mechanism; The 611-motor; 612-first direction belt pulley set; 62-second direction travel mechanism; The 621-tressel; 622-slide slide rail set; The 6203-motor; 624-second direction belt pulley set; 63-third direction travel mechanism; The 631-tressel; 632-slide slide rail set; The 633-motor; 634-third direction belt pulley set; The 635-carrier plate; 64-picks and places head; 70-non-defective unit material collecting device; The 71-support member; The 72-motor; The 73-screw rod; The 74-board; 80-defective products material collecting device; 90-blank panel accommodation device; The A-charging tray; The B-charging tray.
Embodiment
For making your juror do further to understand to the present invention, lift a preferred embodiment now and cooperate graphicly, details are as follows:
See also shown in Figure 1, be the present invention each the device arrangement plan, comprise:
Feeding device 10: be the charging tray that is used for holding at least one splendid attire memory card to be measured;
First fetching device 20: be provided in a side of the first half of board, and be used for transfer taking and putting measured/the intact memory card of surveying;
Turn device 30: be provided in a side of the side of feeding device 10, be used for rotating the direction of putting of adjusting to be measured/intact survey memory card;
At least one loading and transmitting device 40: be provided in a side of the side of feeding device 10, be used for carrying to be measured/intact memory card of surveying;
At least one proving installation 50: be provided in a side of the rear of loading and transmitting device 40, be used for detecting memory card;
Second fetching device 60: be provided in a side of between proving installation 50 and the loading and transmitting device 40, be used for transfer to be measured/the intact memory card of surveying;
Material collecting device 70: be provided in a side of another side of feeding device 10, be used for holding the intact charging tray of surveying memory card of at least one splendid attire;
Defective products material collecting device 80: be provided in a side of the side of material collecting device 70, be used for placing the defective products memory card;
Blank panel accommodation device 90: be provided in a side of the side of loading and transmitting device 40, be used for holding the sky charging tray;
See also Fig. 1～shown in Figure 3, described feeding device 10 is to drive a screw rod 12 with motor 11 as drive source, make screw rod 12 drive the board 13 that links and do the third direction displacement, described board 13 can be for the charging tray A that puts several splendid attires memory card to be measured, rise to predeterminated position to drive charging tray A, utilize the keeper 14 (as hydraulic cylinder) that is located on the frame with charging tray A overhead location again, take out memory card to be measured for first fetching device 20;
See also shown in Fig. 4～Fig. 7-3, described first fetching device 20 includes first direction travel mechanism 21, several pick and place a third direction travel mechanism 23 of 25 second direction travel mechanism 22 and tool, wherein, described second direction travel mechanism 22 is to be provided with the second direction frame in the both sides of board, and on each frame, be provided with belt pulley set 221, be connected with an axostylus axostyle 222 between two belt pulley set 221, utilize one to be the drive source drive shaft rod 222 of motor 223 again, and can drive 221 starts of two belt pulley set synchronously, 221 of described two belt pulley set can be for installing first direction travel mechanism 21, do the second direction displacement with steady drive first direction travel mechanism 21, described first direction travel mechanism 21 links two belt pulley set 221 with the tressel 211 that is arch form, and between the bottom surface of tressel 211 and frame, be provided with a slide slide rail set 212 and be used for auxiliary slippage, end face then is provided with one and is used for driving belt wheels 214 for the drive source of motor 213,214 of described belt pulley set can pick and place a third direction travel mechanism 23 of 25 for the installing tool, do the first direction displacement to drive third direction travel mechanism 23, described third direction travel mechanism 23 links belt pulley set 214 with a tressel 231, and between the end face of tressel 231 and another tressel 211, be provided with slide slide rail set 232 and be used for auxiliary slippage, the front of described again tressel 231 is to be provided with one group of fixed point to pick and place structure and but the array displacement picks and places structure, wherein, it is to make the third direction belt pulley set 234 that drive source drives a binding carrier plate 235 with motor 233 that fixed point picks and places structure, described carrier plate 235 can pick and place 25 for suction nozzle for installing one, pick and place 25 with drive and do the third direction displacement, and but the array displacement picks and places structure also is used for driving a binding card extender 236 respectively as drive source with motor 233 third direction belt pulley set 234, the card extender 236 that respectively has chute 2361, be provided with a slide slide rail set 237 between its back and the frame and be used for assisting slippage, and with sliding part 2381 sliding put of chute 2361 for a carrier plate 238, and the bottom surface of carrier plate 238 can pick and place 25 for suction nozzle for installing one, and be provided with a third direction slide rail 2382 in the back, be used for sliding and put in the third direction slide 2391 of a sliding panel 239, the back of sliding panel 239 then is provided with first direction slide 2392, be used for sliding and put on the first direction slide rail 2393 of frame, each sliding panel 239 is to be attached at a first direction belt pulley set 240 in addition, 240 of described first direction belt pulley set are the drive source driving of motor 241 by one, when adjusting when respectively picking and placeing a spacing of 25, can drive first direction belt pulley set 240 by motor 241, do the first direction displacement and drive each sliding panel 239, described sliding panel 239 promptly moves along first direction slide rail 2393 with first direction slide 2392, and drive carrier plates 238 with third direction slide 2391 and do the first direction displacement, described carrier plate 238 promptly slides with the chute 2361 of sliding part 2381 along card extender 236, pick and place 25 and do the first direction displacement and can drive, and pick and place picking and placeing of structure with fixed point and 25 make reference side, respectively pick and place a spacing of 25 and adjust, make respectively pick and place 25 can accurately taking and putting measured/intact memory card of surveying, be to be provided with one to be the drive source of hydraulic cylinder 242 in the back of tressel 231 in addition, be used for driving another and pick and place 243 and do the third direction displacement, pick and place a charging tray of 243 transfer skies with utilization;
See also shown in Fig. 8-1～Fig. 8-2, described first fetching device 20 can utilize the motor 213 driving belt wheels 214 of first direction travel mechanism 21, and drive third direction travel mechanism 23 and pick and place 25 and be displaced to the top of feeding device 10 as first direction, described third direction travel mechanism 23 promptly drives third direction belt pulley set 234 with each motor 233, do the third direction displacement to drive card extender 236, and utilize chute 2361 pushing tow sliding parts 2381, and drive carrier plate 238 synchronous shift, described carrier plate 238 is promptly with third direction slide 2391 displacements of third direction slide rail 2382 along sliding panel 239, makes to pick and place 25 and can do the third direction displacement and by taking out memory card to be measured among the charging tray A of feeding device 10;
See also Fig. 1, Fig. 5, Fig. 9～shown in Figure 11, described first fetching device 20 can utilize first direction travel mechanism 21 and second direction travel mechanism 22 to drive third direction travel mechanism 23 and pick and place 25 work first, two directions are displaced to the top of turn device 30, described turn device 30 is to be provided with several turntables 31, and below turntable 31, be provided with belt pulley set 32,32 of each belt pulley set drive for the drive source of motor 33 simultaneously by one, to drive each turntable 31 rotation start synchronously, therefore, picking and placeing of described first fetching device 20 25 is when being placed on memory card to be measured in each turntable 31, can utilize motor 33 and belt pulley set 32 to drive each turntable 31 rotation, to adjust the direction of putting of memory card to be measured earlier, the detection side who puts direction and proving installation 50 who makes memory card to be measured is to identical, by first fetching device 20 memory card to be measured is taken out again, and be placed on the loading and transmitting device 40;
See also Fig. 1, Figure 12～shown in Figure 14, be to be provided with two groups of loading and transmitting devices 40 on the described board, each loading and transmitting device 40 is to be provided with one to be the drive source of motor 41 on frame, be used for driving belt wheels 42, the top of described belt pulley set 42 then links a microscope carrier 43, make the second direction shift reciprocately to drive microscope carrier 43, between microscope carrier 43 and frame, be provided with a slide slide rail set 44 in addition and be used for assisting slippage, therefore, picking and placeing of described first fetching device 20 25 can be with several memory card transfers to be measured of the good direction of adjusted to the microscope carrier 43 of loading and transmitting device 40, described motor 41 is driving belt wheels 42 and drive microscope carrier 43 and do the second direction displacement, several memory cards to be measured is carried to the side of second fetching device 60;
See also Fig. 1, Figure 15～shown in Figure 17, described second fetching device 60 includes first direction travel mechanism 61, several pick and place a third direction travel mechanism 63 of 64 second direction travel mechanism 62 and tool, wherein, described first direction travel mechanism 61 makes drive source with motor 611 to drive first direction belt pulley set 612, described first direction belt pulley set 612 can drive for installing second direction travel mechanism 62 and do the first direction displacement, second direction travel mechanism 62 links first direction belt pulley set 612 with tressel 621, and between tressel 621 and board, be provided with a slide slide rail set 622 and be used for auxiliary slippage, the top of tressel 621 then is provided with one and is used for driving second direction belt pulley set 624 for the drive source of motor 623, described second direction belt pulley set 624 can drive for installing third direction travel mechanism 63 and do the second direction displacement, described third direction travel mechanism 63 links second direction belt pulley set 624 with tressel 631, and between tressel 631 and another tressel 621, be provided with a slide slide rail set 632 and be used for auxiliary slippage, and the top of tressel 631 is to drive a third direction belt pulley set 634 with motor 633 as drive source, 634 of described third direction belt pulley set link a carrier plate 635, and several pick and place 64 for suction nozzle for installing, respectively pick and place 64 and do the third direction displacement and can drive, therefore, described first direction travel mechanism 61 and second direction travel mechanism 62 can drive and pick and place 64 work first, two directions are displaced to the top of loading and transmitting device 40, and utilize third direction travel mechanism 63 to drive to pick and place 64 to do the third direction displacement and on microscope carrier 43, take out several memory cards to be measured, and with several memory card transfers to be measured to one proving installation 50 places;
See also Fig. 1, Figure 18～shown in Figure 19, a plurality of proving installations 50 are equipped with some test block sets 51 for inserting several memory cards to be measured simultaneously, and connect the data that calculating punch 52 is used for reading each memory card to be measured respectively, each calculating punch 52 connects a controller 53 again, and (described controller can be interior tool trace routine, whether the computing machine of control program etc.) be used for detecting the differentiation memory card damages, it is right because calculating punch 52 is a known technology with controller 53, so repeat no more, be provided with a compression joint mechanism 54 at each proving installation 50 place in addition, described compression joint mechanism 54 is used for drive screw 542 with motor 541 as drive source, do the third direction displacement and drive a crimp head 543, therefore, described second fetching device 60 can utilize second direction travel mechanism 62 and third direction travel mechanism 63 to drive and pick and place 64 work second, three direction displacements, several memory cards to be measured are placed in the test block set 51 of a proving installation 50, described proving installation 50 can utilize motor 541 drive screws 542, do the third direction displacement with several memory cards to be measured of roof pressure and drive crimp head 543, its probe with test block set 51 is contacted really, continue, described proving installation 50 can be carried out the detection operation, with calculating punch 52 with the data transmission of memory card to be measured to controller 53, whether differentiate memory card by the program of controller 53 inside damages, behind to be detected the finishing, please cooperate the 11st, shown in 17 figure, described second fetching device 60 can take out several intact memory cards of surveying, put back to again on the microscope carrier 43 of loading and transmitting device 40, described microscope carrier 43 promptly oppositely resets, for first fetching device 20 several intact memory cards of surveying are taken out, and be placed on the turn device 30, return the original direction of putting for finishing the adjustment of survey memory card, then will finish the classification of survey memory card according to testing result again and place;
See also Fig. 1, Figure 20～shown in Figure 22, but described non-defective unit material collecting device 70 is the support members 71 that are provided with several lifting types above frame, be used for shoring the intact charging tray B that surveys memory card of splendid attire, and drive a screw rod 73 with motor 72 as drive source in the wings, make screw rod 73 drive the board 74 that links and do the third direction displacement, therefore, described first fetching device 20 can utilize first direction travel mechanism 21 and third direction travel mechanism 23 to drive and pick and place 25 work first, three direction displacements, and the memory card of non-defective unit is captured in non-defective unit material collecting device 70 places according to testing result, if defective products, then be captured in defective products material collecting device 80 places, after the charging tray of non-defective unit material collecting device 70 is put completely, promptly with motor 72 drive screws 73, do the third direction displacement with the rising displacement of overhead charging tray elder generation and drive board 74, control support member 71 again and outwards swing, make board 74 can drive that charging tray descends and facility is taken in, and then finish the operation of automatic test memory card.
In addition, see also shown in Fig. 1, Fig. 7-2, the third direction travel mechanism 23 of described first fetching device 20 can utilize hydraulic cylinder 242 to drive to pick and place 243 to do the third direction displacement, and the empty charging tray transfer of feeding device 10 is placed to blank panel accommodation device 90 places, or empty charging tray transfer is used for the intact memory card of surveying of splendid attire to non-defective unit material collecting device 70 places.
More than explanation is just illustrative for the purpose of the present invention, and it is nonrestrictive, those of ordinary skills understand, under the situation of the spirit and scope that do not break away from claim and limited, can make many modifications, change, or equivalence, but but all will fall within the claim restricted portion of the present invention.
Claims (10)
1. memory card detecting machine, it is characterized in that: it comprises:
Feeding device: the charging tray that is used for holding at least one splendid attire memory card to be measured;
Fetching device: be used for taking and putting measured/intact memory card of surveying;
Proving installation: be used for detecting memory card;
Loading and transmitting device: be used between feeding device and proving installation, carrying to be measured/intact memory card of surveying;
Material collecting device: be used for holding the intact charging tray of surveying memory card of at least one splendid attire;
Described proving installation is a plurality of, and each proving installation also is respectively equipped with several test block sets for inserting several memory cards to be measured simultaneously, is provided with a compression joint mechanism that is used for pressing down several memory cards to be measured again.
2. memory card detecting machine according to claim 1 is characterized in that: described feeding device is provided with board for the charging tray of putting splendid attire memory card to be measured, and does the third direction displacement with drive source driving board.
3. memory card detecting machine according to claim 1 is characterized in that: the top of described feeding device is provided with first fetching device, then is provided with second fetching device between loading and transmitting device and the proving installation.
4. memory card detecting machine according to claim 3, it is characterized in that: described first fetching device is to link first direction travel mechanism with tressel in second direction travel mechanism, be used for driving first direction travel mechanism and do the second direction displacement, then install third direction travel mechanism in the first direction travel mechanism with motor and belt pulley set, be used for driving third direction travel mechanism and do the first direction displacement, described third direction travel mechanism then drives with motor and belt pulley set and picks and places head and do the third direction displacement.
5. memory card detecting machine according to claim 4, it is characterized in that: described second direction travel mechanism is provided with belt pulley set in the board both sides, and be connected with an axostylus axostyle by motor driven, do the second direction displacement and drive first direction travel mechanism synchronously.
6. memory card detecting machine according to claim 4, it is characterized in that: third direction travel mechanism is the belt pulley set that is linked to first direction travel mechanism with tressel, and be provided with a fixed point and pick and place structure and but at least one displacement picks and places structure, respectively pick and place structure and install and pick and place head.
7. memory card detecting machine according to claim 6, it is characterized in that: it is to drive first carrier plate with drive source to do the third direction displacement that described fixed point picks and places structure, described first carrier plate can pick and place head for installing first, and but displacement picks and places structure is to drive a card extender with drive source, described card extender is put for the sliding part cunning of another carrier plate with chute, and described another carrier plate can pick and place head for installing second, and link a sliding panel with a third direction slide slide rail set, be provided with a first direction slide slide rail set between described sliding panel and the frame, and link another drive source, pick and place head and do the first direction displacement and drive described another carrier plate and described second.
8. memory card detecting machine according to claim 1 is characterized in that: each is tested block set and connects calculating punch respectively, and each calculating punch then connects controller.
9. memory card detecting machine according to claim 1, it is characterized in that: described material collecting device includes non-defective unit material collecting device and defective products material collecting device, the non-defective unit material collecting device is provided with support member and is used for supporting the intact charging tray of surveying memory card of splendid attire, and be provided with a board that drives by drive source, being used for the overhead charging tray does the third direction displacement, and the defective products material collecting device then is used for placing the memory card of defective products.
10. memory card detecting machine according to claim 1 is characterized in that: more be included in the loading and transmitting device side and be provided with a turn device, described turn device is to drive several turntable rotations with drive source, is used for adjusting to be measured/intact direction of putting of surveying memory card.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100831034A CN100498355C (en) | 2006-05-30 | 2006-05-30 | Memory card detecting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100831034A CN100498355C (en) | 2006-05-30 | 2006-05-30 | Memory card detecting machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101082650A CN101082650A (en) | 2007-12-05 |
| CN100498355C true CN100498355C (en) | 2009-06-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2006100831034A Active CN100498355C (en) | 2006-05-30 | 2006-05-30 | Memory card detecting machine |
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| CN (1) | CN100498355C (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101901634B (en) * | 2009-05-26 | 2013-01-02 | 鸿劲科技股份有限公司 | USB memory testing sorter |
| CN103318646B (en) * | 2013-06-20 | 2016-01-20 | 四川长虹电器股份有限公司 | A kind of Module turnover transfer machine |
| CN103308809A (en) * | 2013-06-24 | 2013-09-18 | 山东神思电子技术股份有限公司 | Fatigue testing device of RFID (radio frequency identification) reader card |
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Effective date of registration: 20210917 Address after: Taichung City, Taiwan, China Patentee after: HONGJIN PRECISION Co.,Ltd. Address before: TaiWan, China Patentee before: HON TECHNOLOGIES, Inc. |