TWI394172B - Automatic test sorting machine - Google Patents

Description

Portable automatic test sorting machine

The present invention provides a portable automatic test sorting machine that can automatically improve the convenience and test throughput by utilizing the timing matching of each device to consistently automate the testing and classification of the flash drive.

With the advancement of technology information, the disk used to store electronic data has gradually been replaced by a compact and large storage capacity. Please refer to Figure 1. The USB flash drive 1 is equipped with an LED12. The circuit board 11 is fixed with a metal plug 13 at the front end of the circuit board 11. The connecting portion 131 at the end of the plug 13 is attached to the circuit board 11, and the circuit board 11 is covered by the outer casing 14. And complete the assembly work of the pen drive 1.

Since the flash drive needs to go through multiple processing processes, in order to ensure the quality of the flash drive, the manufacturer will choose to perform the test operation in the two states where the flash drive has not been installed with the outer casing or the installed outer casing to test whether the flash drive is damaged or not. Eliminating defective products, the current method of testing the flash drive by the manufacturer is to manually insert the plug of the portable drive to be connected to the test socket of the test machine to perform the test operation. After the test is completed, the manual is performed. According to the test results, the pens of different test levels are classified and stored. However, for this large number of pen drives, the pens to be tested are manually inserted into the test socket of the test machine. In addition, not only is the operation slow and time consuming, but also the production efficiency is greatly reduced. Moreover, the manual test operation is easy to reduce the test accuracy due to factors such as inaccurate manual operation or misjudgment.

Therefore, under the trend of full automation and quality improvement, it is necessary to improve the manual test of the pen drive. How to design a portable automatic test sorting machine that can automatically test and classify to greatly improve the production performance, namely Dedicated to the development of the target for the industry.

A first object of the present invention is to provide a portable automatic disc sorting machine, which comprises a feeding magazine, a receiving magazine, a material feeding device and a plurality of testing devices, wherein the feeding device is used for holding a pen drive to be tested. The pick-and-place device of the loading device can take out the portable drive to be tested to the test device, and the test device is provided with a plurality of layers for X-axis displacement, for holding the entire set of seats, The testing mechanism and the positioning mechanism, and the bearing seat and each mechanism are carried from the test area to the refueling area, so that the pick-up device puts the portable disc to be tested on the bearing, and then carries the reverse reset to the test area. The positioning mechanism and the testing mechanism are used for the Y-axis displacement, so that the positioning mechanism is pressed against the pen tray to be tested, and the test socket of the testing mechanism is electrically connected to the plug of the pen to be tested to perform the test operation. After the test is completed, the carrier then removes the seat and each mechanism to the refueling area for the pick-and-place device to take out the measured pen drive and sort it according to the test result and transfer it to the receiving hopper; thereby, Automate the measurement of the pen drive by using the timing of each device Operations, to achieve practical benefits greatly enhance the production capacity of the test.

The object of the present invention is to provide a portable automatic disc sorting machine, which further comprises an inspection module with a plurality of sensors mounted on the positioning mechanism of the testing device, and the positioning mechanism can be used to drive the inspection module to the displacement. Above the pen drive to be tested, the sensors of the inspection module respectively check whether the pen drive to be tested is reversed or the LED is damaged, so as to eliminate the pendulum that is placed incorrectly or defective, and achieve the practical benefit of improving the test quality. .

A third object of the present invention is to provide a portable automatic test sorting machine, wherein the test device adopts a multi-layered vehicle design, and can be configured with more sockets, so as to greatly increase the test output of the flash drive and can be reduced. Take up space and achieve practical benefits of increasing production capacity and facilitating space allocation.

The fourth object of the present invention is to provide a portable automatic test sorting machine, and replace the manual work with a machine, and automatically test the flash drive to save manpower and equipment, and achieve the practical benefit of reducing the cost.

The fifth object of the present invention is to provide a portable automatic sorting and sorting machine, and replace the manual operation with a machine, which can automatically take and classify good and bad products, and achieve the practical benefit of improving the convenience of the testing operation.

In order to make the reviewer further understand the present invention, a preferred embodiment will be described in conjunction with the drawings, as follows:

Please refer to Fig. 2, the portable automatic test sorting machine can apply the test piece with the LED with the finished/semi-finished product of the flash drive, and the finished/semi-finished product with the LED without the LED. The automatic test and classification machine of the portable disc of this embodiment is applied to the test tool. The LED is a semi-finished flash drive, and is provided at the front end of the machine 20 with a supply port 30 and a good receipt 匣 40. The supply 匣 30 is used to hold the pen drive to be tested, and the good receipt 匣 40 It is used to hold the finished good-quality pen drive, and at the rear of the machine 20, there is a defective product receipt 匣50, a plurality of test devices 60, and a supply 匣30, a good receipt 匣40, no The good product receiving device 50 and the testing device 60 transfer the loading/unloading device 70 to be tested/completed, wherein the defective product receiving device 50 is located on the side of the testing device 60 and is provided with an empty tray. For the storage of misplaced or defective products, since the defective product receipt 50 is the same as the tray used for the supply cassette 30, the supply cassette 30 can be reclaimed. The tray is transferred to the defective product receipt 匣 50 for the placement of the wrong or defective product.

Referring to Figures 3, 4, and 5, the supply magazine 30 is provided with a stacking area 301 and a temporary area 302 at the front and the rear, and the fixed area of the stacking area 301 is respectively provided with a fixed rail 31 and The X-axis telescopic displacement of the mounting member 32, and the mounting member 32 is used to mount the tray with the to-be-tested disc, and the top plate mechanism 301 and the fixed rail 31 are provided with a top disc mechanism and a Y-axis. To the carrying mechanism, the top plate mechanism is provided with a carrier plate 332 driven by the driving source 331 for Z-axis lifting and lowering, and the carrier plate 332 can be placed on the receiving plate 32 and transferred to the second fixing. On the rail 31, the Y-axis carrying mechanism is provided with a push rod 342 which is driven by the driving source 341 for Y-axis displacement, and the pusher 342 can be used to stack the trays on the two fixed rails 31 from the stacking area. The 301 is moved to the temporary area 302. The two sides of the temporary area 302 are provided with two movable rails 352 driven by the driving source 351 for X-axis displacement, and the X-axis is provided on the two movable rails 352. Another rotatably movable positioning member 37 is disposed between the displacement positioning member 36 and the two movable rails 352. When the push rod 342 moves the tray to the two movable rails 352, The two positioning members 36, 37 are respectively placed on the side and the front of the tray to position the tray, and the temporary portion 302 is provided with a top plate mechanism, which is driven by the driving source 381 for Z-axis lifting. The carrier plate 382 is displaced, and the carrier plate 382 is placed on the bottom surface of the tray to ensure smooth feeding of the tray.

Referring to Figures 2 and 6, the loading device 70 is provided with a carrier mechanism 71 for driving a plurality of pick and placeers 72 for axial displacement of XYZ, and each of the pickers 72 can be driven by an independent driving source. 73 is respectively driven for Z-axis displacement, because the loading device 70 is provided with at least two rows of pick-and-place devices 72, one row of pick and place devices for picking up the pen drive to be tested, and the other row of pick and place devices The pick-up disc is used for picking up and dropping, and then the pick-up mechanism 71 can be used to first drive the plurality of pick-and-placers 72 for XY axial displacement to the temporary area 302 of the feed cassette 30, and the pick-and-place units 72 are provided. Simultaneously, the Z-axis downward displacement is taken, and the pen drive 80 to be tested is taken out on the tray of the temporary area 302.

Referring to Figures 7, 8, 9, and 10, each test apparatus 60 is provided with a plurality of accommodating spaces in a container 61 for separately mounting the carriers 62, and each of the plurality of driving sources 63 drives each of the driving devices 63. The carrier 62 is reciprocally displaced in the X-axis in the test container 61 and the external test area and the refueling section, and a matching rail 611 and a slide 621 are disposed between the container 61 and each of the carriers 62 for The auxiliary carrier 62 is smoothly displaced, and the carrier 62 of the layer is provided with a whole set of sockets 64, a positioning mechanism and a testing mechanism. The carrier 64 is provided with a plurality of receiving slots 641 for mounting. The portable disk and the positioning mechanism and the testing mechanism are disposed behind the bearing 64. The positioning mechanism is provided with a frame 652 driven by the driving source 651 for Y-axis displacement, and correspondingly arranged on the frame 652. The position of the slot 641 is provided with a pressing member 653 which can be used for Z-axis displacement, for pressing against the plug of the portable disc to be tested, and positioning the pen tray to be tested, and the inspection module is arranged on the rack 652. The inspection module is disposed on the circuit board 661 corresponding to each of the accommodating slots 641 to be provided with a first sensor 662 and a second sensor 663. The first sensor 662 is configured to sense the metal joint of each plug of the pen to be tested to check whether the pen drive to be tested is placed on the reverse side, and the second sensor 663 is used to sense each The LED of the flash drive is damaged, and the test mechanism is provided with a frame 672 driven by the driving source 671 for Y-axis displacement, and a test board 673 is disposed on the frame 672, and the test board 673 is correspondingly corresponding. A plurality of test sockets 674 are disposed at positions of the slots 641 for electrically connecting to the plugs of the pens to be tested, and a transmission line 675 corresponding to the number of test sockets 674 is connected to the bottom surface of the test board 673 for connection. The test machine (not shown) can transmit the test result to a central control unit (not shown), and the central control unit controls and integrates the devices according to the test result.

Referring to FIGS. 11 and 12, when the pick-up unit 72 of the loading device 70 transfers the pen drive 80 to be tested to the refueling area of the testing device 60, the testing device 60 can control the driving source 63 of one of the layers. The carrier 62 is X-axis displaced, so that the carrier 62 carries the bearing 64, the positioning mechanism and the testing mechanism from the test zone to the refueling zone, and the carrying mechanism 71 of the loading device 70 can be regarded as being located in the refueling zone. The layer of the bearing 64 is positioned to drive the pick-and-placer 72 for Z-axis displacement, and the portable disk 80 to be tested is placed in the receiving groove 641 of the socket 64; please refer to Figures 13, 14 and then The driving source 63 of the testing device 60 drives the carrier 62 to carry the carrier 64, the positioning mechanism and the testing mechanism are reset from the refueling zone to the test zone, and the driving source 651 of the positioning mechanism, that is, the driving frame 652 is displaced in the Y direction, and The pressing member 653 and the inspection module are synchronously displaced in the Y direction to the upper side of the socket 64, and the pressing members 653, the first sensor 662 and the second sensor 663 respectively correspond to the pen tray 80 to be tested. The plug 801, the metal connecting portion 802 and the LED 803 further reduce the pressing force of the pressing member 653 in the Z-axis direction and press the plug 8 of the pen tray 80 to be tested. 01 is positioned, and the metal connector 802 of the pen drive 80 to be tested is sensed by the first sensor 662 to determine whether the counter disk 80 to be tested is placed on the reverse side, and then the second sensor 663 is used to check the pen drive 80 to be tested. Whether the LED 803 is damaged, for example, when the LED 803 of the pen drive 80 to be tested is damaged, the positioning mechanism can be first reset, and the carrier 62 is driven by the driving source 63 to carry the bearing 64 and the damaged LED 803 from the test area to the refueling area. The pick-up device 72 of the feeding device 70 can take out the damaged portable disk 80 and transfer it to the defective product receiving container 50 for storage. Then, the driving source 63 is driven to drive the carrier 62 to carry the bearing 64 and the like from the refueling area. The test piece is inserted into the test area, and the pressing members 653 of the positioning mechanism are pressed against the plug 801 of the pen tray 80 to be tested. Referring to FIG. 15 , after the positions of the pens 80 to be tested are positioned, the test device 60 is The test mechanism drives the frame 672 to be displaced in the Y direction by the driving source 671, and the test sockets 674 are inserted into the plugs 801 corresponding to the pens 80 to be tested, and electrically connected to the testing machine to perform the test operation; As shown in Fig. 16, when the to-be-tested portable disk 80 in the first-layer socket 64 is tested The testing device 60 can control the driving source 63A of the second layer to drive the carrier 62A to carry the bearing 64A, the positioning mechanism and the testing mechanism from the test zone to the refueling zone, since the picker 72 of the loading device 70 has been next The portable disk 81 to be tested is taken out and transferred to the refueling area, and the pick-up device 72 of the loading device 70 can be displaced in the Z-axis to place the next pen 81 to be tested into the receiving groove of the socket 64A. The next stocking action is completed in 641A; please refer to Figure 17, after the test is completed, the test machine transmits the test result to the central control unit, and the central control unit controls the operation of each device. The test device 60 is tested. The mechanism drives the frame 672 and the test sockets 674 to be reversely displaced by the driving source 671, and the pressing members 653 of the positioning mechanism are raised and reset to release the positioning of the measuring pen 80, and the driving source 651 drives the frame 652. And the pressing member 653 and the inspection module are reversely reset; as shown in FIG. 18, after the testing device 60 completes the testing operation of the flash drive 80, the driving source 63 is driven to drive the carrier 62 for X-axis displacement. 62 carries the socket 64, the positioning mechanism and the testing mechanism from the test area to Feed section, for shifting the feed extracting means 70 may be placed in the seat 72 accommodating vessel 641 taken pen drive 64. End 80 of the measurement.

Referring to Figures 3 and 19, the pick-and-place unit 72 of the loading device 70 transfers the completed portable drive 80 to the receiving magazine 40. The receiving cassette 40 is provided with a stacking area at the front and the rear. 401 and the temporary area 402, the two sides of the temporary area 402 are provided with two movable rails 412 driven by the driving source 411 for X-axis displacement to receive the empty tray, and on the two movable rails 412. A positioning member 42 capable of X-axis displacement is provided, and another rotatable positioning member 43 is disposed between the two movable rails 412, and the two positioning members 42 and 43 can be respectively placed on the side of the tray. And the front side, and the tray is positioned, and another movable mechanism rail 412 between the temporary area 402 is provided with a top disc mechanism and a Y-axis carrying mechanism, and the top disc mechanism is provided with a driving source 441 for driving the Z-axis. To the displacement plate 442, the carrier plate 442 can be placed on the bottom surface of the tray so that the tray can be smoothly received, and the pick-up device 72 of the material transfer device 70 can place the completed USB flash drive 80 Entering in the tray; please refer to Figures 3, 19 and 20. When the tray of the temporary area 402 is full of the measured portable disk 80, the Y-axis carrying mechanism of the temporary area 402 is set. A push rod 452 for Y-axis displacement is driven by the driving source 451, and the tray of the two movable rails 412 full of the test drive 80 is moved from the temporary area 402 to the overlapping area 401 by the push rod 452. The two sides of the stacking area 401 are respectively provided with a fixed rail 46 and a bearing member 47 which can be rotated and oscillated. The bearing member 47 can be used for receiving the tray, and the fixed area 401 is fixed. A top plate mechanism is disposed between the rails 46. The top plate mechanism is provided with a carrier plate 482 driven by the driving source 481 for Z-axis lifting and lowering, and the carrier plate 482 can be placed on the fixed track 46. The device 47 is housed.

Please refer to Figures 21, 22 and 23 for the effective use of the empty trays that have been taken in the temporary storage area 302 of the feed 匣30, and in the temporary area of the supply and receipt 匣30, 40 bis 302, 402 is provided with an empty disk carrying mechanism, which drives the driving member 392 to drive the carrier member 392 to X-axis displacement between the two temporary regions 302 and 402. After the tray of the receiving zone 302 is taken out, since the bearing plate 382 has been placed on the bottom surface of the tray, the driving source 351 can be controlled to drive the two movable sliding rails 352 to be displaced outward, so that the bearing plate 382 can be placed overhead. The tray is lowered in displacement and transferred to the carrier 392 of the empty tray carrying mechanism; the empty tray carrying mechanism drives the carrier 392 to drive the X-axis displacement so that the carrier 392 will The empty tray is carried by the temporary storage area 302 of the supply cassette 30 to the temporary area 402 of the receiving cassette 40; then the receiving cassette 40 is temporarily driven by the driving source 411 to drive the two movable rails 412. The X axially outwardly moves, so that the empty tray on the carrier 442 can be lifted above the two movable rails 412, and after the two movable rails 412 are reversely reset, the carrier 442 is controlled. Displacement, the empty tray is placed on the two movable rails 412 for receiving; the temporary storage area 402 of the receiving magazine 40 is located below the machine with a temporary storage frame 49 for temporary storage. The empty tray, therefore, when the two movable rails 412 already have an empty tray, the top tray mechanism can control the carrier 442 to place the next empty tray top on the temporary storage rack 49 to receive the stock.

Accordingly, the present invention utilizes the timing matching of each device to consistently automate the testing and classification of the flash drive, and greatly improves the work convenience and test throughput, which is a practical and progressive design. However, the same products and publications have not been disclosed, so that the requirements for invention patent applications are allowed, and applications are filed according to law.

[Literature]

1. . . Flash drive

11. . . Circuit board

12. . . led

13. . . plug

131. . . Linkage

14. . . shell

[this invention]

20. . . Machine

30. . . Feeding 匣

301. . . Overlapping area

302. . . Temporary zone

31. . . Fixed track

32. . . Bearing

331. . . Drive source

332. . . Board

341. . . Drive source

342. . . Putt

351. . . Drive source

352. . . Movable track

36. . . Positioning member

37. . . Positioning member

381. . . Drive source

382. . . Board

391. . . Drive source

392. . . Carrier

40. . . Good receipt 匣

401. . . Overlapping area

402. . . Temporary zone

411. . . Drive source

412. . . Movable track

42. . . Positioning member

43. . . Positioning member

441. . . Drive source

442. . . Board

451. . . Drive source

452. . . Putt

46. . . Fixed track

47. . . Bearing

481. . . Drive source

482. . . Board

49. . . Temporary shelf

50. . . Bad goods receipts匣

60. . . Test device

61. . . Container

611. . . Slide rail

62, 62A. . . vehicle

621. . . Slide

63, 63A. . . Drive source

64, 64A. . . Seat

641, 641A. . . Locating slot

651. . . Drive source

652. . . frame

653. . . Pressing piece

661. . . Circuit board

662. . . First sensor

663. . . Second sensor

671. . . Drive source

672. . . frame

673. . . Test board

674. . . Test socket

675. . . Transmission line

70. . . Transfer device

71. . . Carrier mechanism

72. . . Pick and place

73. . . Drive source

80, 81. . . Flash drive

801. . . plug

802. . . Metal joint

803. . . led

Figure 1: Schematic diagram of the flash drive.

Fig. 2 is a view showing the arrangement of each device of the present invention.

Figure 3: Schematic diagram of the feed and receipt of the present invention.

Figure 4: Schematic diagram of the use of the feed crucible of the present invention (I).

Figure 5: Schematic diagram of the use of the feed crucible of the present invention (2).

Figure 6 is a schematic view showing the use of the material transfer device of the present invention for transferring materials to a feed port.

Figure 7: Schematic diagram of the test device of the present invention.

Figure 8 is a partial schematic view (I) of the test device of the present invention.

Figure 9: A partial schematic view of the test device of the present invention (2).

Figure 10: A partial schematic view (3) of the test device of the present invention.

Figure 11: Schematic diagram of the use of the test device of the present invention (1).

Figure 12: Schematic diagram of the use of the test device of the present invention (2).

Figure 13: Schematic diagram of the use of the test device of the present invention (3).

Figure 14: Schematic diagram of the use of the test device of the present invention (4).

Figure 15: Schematic diagram of the use of the test device of the present invention (5).

Figure 16: Schematic diagram of the use of the test device of the present invention (6).

Figure 17: Schematic diagram of the use of the test device of the present invention (7).

Figure 18: Schematic diagram of the use of the test device of the present invention (8).

Figure 19: Schematic diagram of the use of the receiving crucible of the present invention (1).

Figure 20: Schematic diagram of the use of the receiving crucible of the present invention (2).

Figure 21: Schematic diagram of the use of the empty disk carrying mechanism of the present invention (1).

Figure 22: Schematic diagram of the use of the empty disk carrying mechanism of the present invention (2).

Figure 23: Schematic diagram of the use of the empty disk carrying mechanism of the present invention (3).

20. . . Machine

30. . . Feeding 匣

40. . . Good receipt 匣

50. . . Bad goods receipts匣

60. . . Test device

70. . . Transfer device

Claims (39)

A portable automatic test sorting machine comprising: a feeding device: a tray for accommodating at least one of the pens to be tested; a receiving device for accommodating at least one tray for holding the measuring pen; the testing device : There are a plurality of layers of accommodating space for mounting the reciprocating displacement of the test zone and the refueling zone. Each carrier carries a socket with a receiving groove for receiving the pen drive and various layers. The accommodating space is provided with a displaceable test mechanism, each test mechanism has a test socket, and the displacement and the portable disk are inserted and tested, and the positioning space of each layer is provided with a positioning mechanism for positioning the flash drive; : A pick-and-place device for transferring the pending/finished drive in the refueling area of the supply and receiving equipment and the test device; the central control unit is used to control and integrate the operation of each device to perform automated operations. . According to the automatic disc sorting machine described in the first paragraph of the patent application, wherein the feeding cassette is provided with a stacking area and a temporary setting area at the front and the rear. According to the automatic measuring and sorting machine of the portable disc according to the second aspect of the patent application, wherein the feeding raft is provided with fixed rails on both sides of the stacking area, and is provided with a bearing capable of X-axis displacement. Used to support the tray. According to the portable automatic test sorting machine described in claim 3, wherein the feeding cassette is provided with a top plate mechanism in the stacking area for placing the tray. The automatic disc drive sorting machine according to the fourth aspect of the patent application, wherein the top disc mechanism is provided with a driving source driven by a Z-axis displacement carrier for placing the tray. According to the portable automatic test sorting machine described in claim 3, wherein the feeding cassette is provided with a Y-axis carrying mechanism in the stacking area for carrying the tray in the stacking area and the temporary section. . According to the invention of claim 6, the Y-axis carrying mechanism is provided with a push rod driven by a driving source for Y-axis displacement between the two fixed rails. Push the tray. According to the portable automatic test sorting machine described in claim 2, the feeding cassette is provided with movable rails which can be driven by the driving source for X-axis displacement on both sides of the temporary area. According to the automatic testing and sorting machine of the portable disc according to Item 8 of the patent application scope, the feeding unit is provided with a positioning member for positioning the tray in the temporary area. According to the automatic measuring and sorting machine of the portable disc according to Item 8 of the patent application scope, the feeding cassette is provided with a top disc mechanism in the temporary setting area for placing the tray. The automatic disc drive sorting machine according to claim 10, wherein the jack mechanism has a driving source driven by a Z-axis displacement plate for placing the tray. According to the automatic testing and sorting machine of the portable disc according to the first aspect of the patent application, the receiving cassette is provided with a stacking area and a temporary setting area at the front and the rear. According to the automatic measuring and sorting machine of the portable disc according to claim 12, wherein the receiving cassette is provided with fixed rails on both sides of the stacking area, and is provided with a swingable mounting member for receiving Trays. According to the automatic measuring and sorting machine of the portable disc according to claim 13, wherein the receiving cassette is provided with a top plate mechanism in the stacking area for placing the tray. The automatic disc drive sorting machine according to claim 14, wherein the jack mechanism is provided with a driving source driven by a Z-axis displacement plate for placing the tray. The portable automatic test sorting machine according to claim 12, wherein the receiving cassette is provided with movable rails that can be driven by the driving source to be X-axis displacement on both sides of the temporary area. According to the automatic disc sorting machine of claim 16 of the patent application scope, wherein the receiving cassette is provided with a Y-axis carrying mechanism in the temporary area for carrying the tray in the stacking area and the temporary section. . The portable automatic disc sorting machine according to claim 17, wherein the Y-axis carrying mechanism is provided with a push rod driven by a driving source for Y-axis displacement between the two movable rails. Push the tray. According to the automatic disc sorting machine described in claim 16 of the patent application scope, the receiving cassette is provided with a positioning member for positioning the tray in the temporary area. According to the portable automatic test sorting machine described in claim 16 of the patent application scope, the temporary storage area of the receiving container is provided with a top plate mechanism for placing the tray. The automatic disc drive sorting machine according to claim 20, wherein the jack mechanism has a driving source driven by a Z-axis displacement plate for placing the tray. According to the automatic testing and sorting machine of the portable disc mentioned in claim 16, wherein the temporary area of the receiving area is provided below the machine platform with a temporary storage rack for temporarily placing the empty tray. According to the automatic testing and sorting machine of the portable disc mentioned in the first paragraph of the patent application, an empty tray carrying mechanism is arranged between the supply and the receiving time to transport the empty tray between the supply and the receiving time. The automatic disc drive sorting machine according to claim 23, wherein the empty disc carrying mechanism is provided with a carrying member driven by a driving source to perform X-axis reciprocating displacement between the feeding and receiving turns. The portable automatic test sorting machine according to the first aspect of the patent application, wherein the test device is provided with a plurality of accommodating spaces for mounting the carrier in the container. According to the automatic testing and sorting machine of the portable disc according to claim 25, wherein each of the accommodating spaces of the container and the carrier are provided with a matching sliding rail and a sliding seat for assisting the stationary displacement of the carrier. . The portable automatic test sorting machine according to the first aspect of the patent application, wherein each of the test devices is driven by a driving source to the test zone and the refueling section for X-axis reciprocating displacement. The portable automatic test sorting machine according to the first aspect of the patent application, wherein each of the test devices carries a bearing, a testing mechanism and a positioning mechanism. The portable automatic test sorting machine according to the first aspect of the patent application, wherein the test device of the test device is provided with a frame driven by a driving source for Y-axis displacement, and a test board is arranged on the frame. The test board is provided with a test socket at a position corresponding to the socket of the socket for electrically connecting to the plug of the flash drive, and a transmission line corresponding to the number of test sockets is provided on the bottom surface of the test board to link the test. machine. The portable automatic test sorting machine according to the first aspect of the patent application, wherein the positioning mechanism is provided with a frame driven by a driving source for Y-axis displacement, and corresponding to the socket receiving groove position on the frame. A pressure piece for Z-axis displacement is provided for positioning the flash drive. The portable automatic test sorting machine according to the first aspect of the patent application, wherein the test device is provided with an inspection module having at least one sensor. The portable automatic test sorting machine according to claim 31, wherein the inspection module is provided with a first sensor on the circuit board for checking whether the flash drive is placed on the reverse side. The portable automatic test sorting machine according to claim 31 or 32, wherein the check module is provided with a second sensor on the circuit board for checking whether the LED of the flash drive is damaged. The portable automatic test sorting machine according to the first aspect of the patent application, wherein the moving device is provided with a carrying mechanism for driving the pick and place device for X-Y-Z axial displacement. According to the automatic testing and sorting machine of the portable disc according to claim 34, wherein the pick-and-place device of the moving device has an independent driving source for driving the pick-and-place device to perform Z-axis displacement separately for taking place. / Finish the pen drive. According to the automatic testing and sorting machine of the portable disc according to claim 34, wherein the moving device is provided with at least two rows of pick-and-place devices, wherein one row of pick-and-place devices is used for picking up the pen to be tested. The other row of pick and place devices is used to pick up and drop the test drive. According to the scope of the patent application, the automatic test disc sorting machine mentioned in the first paragraph of the patent application also includes a defective product receipt, which is used to store the defective pen drive or the wrong face of the pen drive. According to the automatic disc sorting machine described in claim 37, wherein the defective product receipt is located on the side of the test device and has an empty tray for receiving the flash drive. According to the automatic test disc sorting machine described in Item 37 of the patent application scope, the empty tray of the defective product receipt is the same as the tray of the feed stock, and the defective product receipt can be used for receiving the feed. Empty tray.