CN114910830A - Automatic test equipment for Dock connector - Google Patents

Abstract

The invention aims to provide automatic test equipment for the Dock connector, which has a compact structure, is convenient for production management and has high test efficiency. The automatic testing device comprises an automatic rotating device, a B2B connection and microphone testing mechanism, a charging interface testing mechanism, a product blanking mechanism and a plurality of product jigs, wherein the automatic rotating device is arranged on a machine table, the product jigs are circumferentially arrayed on the action end of the automatic rotating device, the B2B connection and microphone testing mechanism, the charging structure testing mechanism and the product blanking mechanism are positioned above the automatic rotating device and are sequentially matched with the product jigs along the rotating direction of the automatic rotating device, the product jigs comprise jig plates and a plurality of groups of limiting positioning components arranged on the jig plates, and the B2B connection and microphone testing mechanism, the charging interface testing mechanism and the product blanking mechanism are matched with the limiting positioning components. The invention can be applied to the technical field of automatic testing.

Description

Automatic test equipment for Dock connector

Technical Field

The invention relates to the technical field of automatic testing, in particular to automatic testing equipment for a Dock connector.

Background

The Dock connector is a data connector of the smart phone, is arranged in the smart phone and is a connecting module, and comprises a circuit board, a connecting flat cable and various electronic elements, a series of performance tests (including B2B connection, microphone connection, charging connection and the like) are required after production, so that the yield of shipment is ensured, and a plurality of point position connection tests are required during testing. In the existing production enterprises, automatic testing equipment is generally adopted to detect the Dock connectors, and because the Dock connectors have more items to be tested, a plurality of testing mechanisms or equipment are generally required to test the Dock connectors in turn.

At present, the test mode that enterprises usually adopt is to fix the product (i.e. Dock joint) that awaits measuring on the tool, then carry the tool by the conveyer line, then set up corresponding accredited testing organization along the transport mode of conveyer line to carry out the test of different performance to the product that awaits measuring. However, such a test method requires a large area for arranging various devices, occupies a large space, and when a problem occurs, an operator cannot timely perform the fault removal or problem handling, which is not favorable for production management and also causes a reduction in test efficiency.

Disclosure of Invention

The invention aims to solve the technical problem of overcoming the defects of the prior art and provides automatic test equipment for the Dock connector, which has the advantages of compact structure, convenience in production management and high test efficiency.

The technical scheme adopted by the invention is as follows: the automatic testing device comprises an automatic rotating device, a B2B connection and microphone testing mechanism, a charging interface testing mechanism, a product blanking mechanism and a plurality of product jigs, wherein the automatic rotating device is arranged on a machine table, the product jigs are circumferentially arrayed on the action end of the automatic rotating device, the B2B connection and microphone testing mechanism, the charging interface testing mechanism and the product blanking mechanism are positioned above the automatic rotating device and are sequentially matched with the product jigs along the rotating direction of the automatic rotating device, the product jigs comprise jig plates and a plurality of groups of limiting positioning assemblies arranged on the jig plates, and the B2B connection and microphone testing mechanism, the charging interface testing mechanism and the product blanking mechanism are all matched with the limiting positioning assemblies.

According to the invention, the automatic rotating device is provided with the plurality of product jigs in the circumferential array, and the automatic rotating device can rotate to convert the positions of the product jigs, so that the B2B connection and microphone testing mechanism, the charging interface testing mechanism and the product blanking mechanism which are arranged in the same circumferential array can carry out various set performance tests on the products to be tested placed on the product jigs; the mode of circumferential arrangement is adopted, so that the whole structure is compact, the occupation ratio of space is small, a worker can find the problem in time when handling the problem or performing production management, the production management is convenient, and when performing performance test, each testing mechanism can realize the test only by moving up and down, and the whole testing efficiency is improved; the product jig comprises a jig plate and a plurality of groups of limiting and positioning assemblies, and the limiting and positioning assemblies are used for positioning and limiting the product to be tested, so that the product to be tested can be kept stable in the test process.

Further, B2B connection and microphone accredited testing organization includes first elevating gear, first mounting bracket, a plurality of first B2B coupling assembling and a plurality of test loudspeaker, first mounting bracket setting is held at first elevating gear's action, first B2B coupling assembling with test loudspeaker all set up on the first mounting bracket, it is a set of first B2B coupling assembling and one test loudspeaker cooperate and to a set of the product that awaits measuring on the spacing locating component tests.

It can be seen from the foregoing that first elevating gear drives first mounting bracket removal and cooperates with the product tool for a B2B connection performance that first B2B coupling assembling can be to the product that awaits measuring tests in order to judge the connection performance good or bad, can test the good or bad in order to judge the microphone on the product through test loudspeaker simultaneously.

Furthermore, the charging interface testing mechanism comprises a second lifting device, a second mounting frame, a plurality of push-pull assemblies and a plurality of line switching assemblies, the second mounting frame is arranged at the action end of the second lifting device, the push-pull assemblies and the line switching assemblies are arranged on the second mounting frame, a plurality of Type-C connecting assemblies matched with the limiting positioning assemblies are arranged on the jig plate, the Type-C connecting assemblies are matched with the push-pull assemblies, and a group of push-pull assemblies, a group of Type-C connecting assemblies and a group of line switching assemblies are matched with one another to test products to be tested on the limiting positioning assemblies.

It can be seen from the above that, thereby the second elevating gear drives the second mounting bracket and removes and cooperate with the product tool, thereby the push-and-pull subassembly can test the connection function of charging of the product that awaits measuring with the cooperation of the Type-C coupling assembling that sets up on the product tool, thereby circuit switching subassembly is used for making the test of the circuit conversion function of being convenient for of the product that awaits measuring to the switching interface cooperation that sets up on the product tool.

Further, product unloading mechanism is including setting up product on the board shifts the subassembly and sets up the product conveying component of board one side, the product shifts the subassembly and includes that the XZ biax removes module, R axle motor, sucking disc board and a plurality of vacuum chuck, the setting of XZ biax removal module is in on the board, the setting of R axle motor is in the action end of XZ biax removal module, the sucking disc board sets up the output of R axle motor, a plurality of vacuum chuck sets up the lower extreme of sucking disc board, vacuum chuck with the product tool reaches product conveying component cooperatees.

It can be seen from the foregoing that the product shifts the subassembly and is used for shifting the product that the test was accomplished to product conveying assembly on, carries away the product by product conveying assembly again to carry out next process, shift the cooperation of subassembly and product conveying assembly through the product, can realize automatic unloading, thereby reduce the human cost, improve economic benefits.

Further, the product conveying assembly comprises an installation cabinet, an opening is formed in one side of the installation cabinet, a discharging groove communicated with the opening is formed in the upper end of the installation cabinet, a conveying bottom plate is arranged in the installation cabinet, a placing frame is arranged on the conveying bottom plate in a sliding mode, a rodless cylinder is further arranged on the conveying bottom plate, the acting end of the rodless cylinder is connected with the placing frame, a plurality of product grooves are formed in the placing frame, and the placing frame is matched with the opening and the discharging groove.

By the above, the placing frame can be driven to move through the rodless cylinder, so that the conveying of products is realized, the product groove and the product adaptation are arranged on the placing frame, the products can be guaranteed to be stable in the conveying process, a good positioning effect is achieved, the next process can take materials conveniently, and the working efficiency is improved.

Further, the Type-C connecting assembly comprises a limiting block arranged on the jig plate, a sliding seat is arranged between the limiting block and the limiting positioning assembly in a front-back sliding mode, a Type-C connector is arranged on the sliding seat, the Type-C connector is matched with the limiting positioning assembly, a push-pull plate is arranged on the sliding seat, the push-pull assembly comprises a motor seat, a lead screw motor and a push-pull block, the motor seat is arranged on the second mounting frame, the lead screw motor is arranged on the motor seat, the push-pull block is arranged on a lead screw shaft of the lead screw motor through transmission matching of a lead screw nut, a abdicating groove is formed in the second mounting frame, the lower end of the push-pull block penetrates out of the abdicating groove and is provided with the push-pull groove, and the push-pull groove is matched with the push-pull plate.

By the above, the Type-C connecting assembly and the push-pull assembly are mutually matched to carry out plugging action on the charging port of the product to be tested on the limiting and positioning assembly, so that the charging connection performance of the product to be tested is tested.

Further, first B2B coupling assembling includes connecting seat, fixed needle piece, the needle piece and the joint probe that float, the connecting seat sets up on the first mounting bracket and the lower extreme passes first mounting bracket, fixed needle piece sets up on the connecting seat, the needle piece that floats sets up the lower extreme of connecting seat, the upper end of joint probe sets up on the fixed needle piece, the lower extreme of joint probe passes the connecting seat is in and sets up in the pinhole of crossing on the needle piece floats.

It can be seen from the above that, the connection probe is in the floating needle block before the test, so protected, and the floating needle block moves up during the test, and the connection probe just exposes from the lower end of the floating needle block and contacts the product to be tested, thereby realizing the communication, and thus the test of the B2B connection performance can be carried out on the product to be tested.

Further, all be provided with the sensor on first mounting bracket with the second mounting bracket, the sensor with spacing locating component cooperatees.

By the aid of the sensor, whether the situation that whether the product to be tested is connected with the plate or not after testing can be detected by the sensor arranged on the first mounting frame and the second mounting frame, so that smooth operation of the whole work is guaranteed.

Further, still be provided with product detection subassembly on the tool board, product detection subassembly is including connecting the pneumatic valve and detecting the suction nozzle, the one end setting of connecting the pneumatic valve is in on the tool board and with set up the inside gas circuit intercommunication of tool board, the other end of connecting the pneumatic valve is connected with outside vacuum generator and vacuum pressure gauge, it sets up to detect the suction nozzle set up in the detection hole on the tool board and one end with the gas circuit intercommunication, detect the other end of suction nozzle with the up end parallel and level of tool board.

By the above, whether the product exists on the limiting and positioning assembly can be detected through the matching among the connecting air valve, the detection suction nozzle, the external vacuum generator and the vacuum pressure gauge, so that the idle running is avoided.

Further, spacing locating component is including setting up preceding locating piece on the tool board, both ends all are provided with first stopper around the up end of preceding locating piece, two be provided with a plurality of locating pieces between the first stopper, the rear side of preceding locating piece is provided with the middle section stopper, both ends all are provided with the second stopper about the up end of middle section stopper, both ends are provided with left back stopper and right back stopper respectively about the rear side of middle section stopper, the gomphosis groove has been seted up on the stopper of left back, the front side, rear side and the right side of stopper all are provided with spacing post after the right side.

It can be seen from the above that the product to be tested can be limited at the designated position at each part action line of the limiting and positioning assembly, so that the product to be tested is ensured to be located at the set position all the time in the testing process, and the smooth proceeding of the testing work is facilitated.

The invention has the beneficial effects that: according to the automatic feeding device, the automatic rotating device is arranged on the machine table, the plurality of product jigs are arranged on the action end of the automatic rotating device in a circumferential array mode, the product jigs are provided with the limiting and positioning assemblies for placing products to be tested and do circular motion under the driving of the automatic rotating device, the machine table is provided with the B2B connection and microphone testing mechanism, the charging interface testing mechanism and the product feeding mechanism which are matched with the plurality of product jigs, and therefore products to be tested on the product jigs can be subjected to corresponding performance testing and automatic feeding in the testing process; during testing, the operator or the manipulator loads the product to be tested, the automatic rotating device drives the product to be tested to rotate, each testing mechanism tests the product to be tested, the discharging is performed automatically after the testing is finished, and then the operator or the manipulator loads the product to be tested on the empty product jig. The invention has simple integral structure, and each mechanism is integrated on the machine table, the mechanism is compact, and the occupied space is small; in the test process, no matter which link has problems, operators can easily find the problems, and the problems can be solved in time, so that the production management is convenient; the whole degree of mechanization is high, can last incessant operation, and work efficiency is higher.

Drawings

FIG. 1 is a schematic perspective view of the present invention;

FIG. 2 is an enlarged view of portion A of FIG. 1;

FIG. 3 is a schematic perspective view of another embodiment of the present invention;

FIG. 4 is an enlarged view of portion B of FIG. 3;

FIG. 5 is a schematic perspective view of the B2B connection and microphone testing mechanism of the present invention;

fig. 6 is a schematic perspective view of a first B2B connection assembly according to the present invention;

FIG. 7 is a schematic perspective view of a charging interface testing mechanism according to the present invention;

FIG. 8 is a schematic perspective view of another angle of the charging interface testing mechanism according to the present invention;

figure 9 is a schematic perspective view of the push-pull assembly of the present invention;

FIG. 10 is a schematic perspective view of a product fixture according to the present invention;

fig. 11 is an enlarged view of portion C of fig. 10;

fig. 12 is an enlarged view of portion D of fig. 10;

FIG. 13 is a schematic perspective view of a Type-C connection assembly according to the present invention.

Detailed Description

As shown in fig. 1 to 13, in the present embodiment, the present invention includes an automatic rotating device 2, a B2B connection and microphone testing mechanism 3, a charging interface testing mechanism 4, a product discharging mechanism 5 and a plurality of product jigs 6 arranged on a machine platform 1, wherein the product jigs 6 are circumferentially arrayed on an action end of the automatic rotating device 2, the B2B connection and microphone testing mechanism 3, the charging interface testing mechanism 4 and the product blanking mechanism 5 are positioned above the automatic rotating device 2 and are sequentially matched with a plurality of product jigs 6 along the rotating direction of the automatic rotating device 2, the product jig 6 comprises a jig plate 61 and a plurality of groups of limiting and positioning components 62 arranged on the jig plate 61, B2B connection and microphone accredited testing organization 3, charge interface accredited testing organization 4 with product unloading mechanism 5 all with spacing locating component 62 cooperation. The automatic rotating device 2 comprises a motor, a hollow rotating platform and a rotating disc, the motor drives the hollow rotating platform to rotate, the rotating disc is arranged on the hollow rotating platform to rotate, and the automatic rotating device 2 is used for driving the product jig 6 to do circular motion; the number of the product jigs 6 is four, the four product jigs 6 are circumferentially arranged on the automatic rotating device 2 in an array manner, namely the four product jigs can be regarded as four positions, namely a front position, a rear position, a left position and a right position, from a depression angle, and can be divided into a first station, a second station, a third station and a fourth station, wherein the first station is a feeding station, the fourth station is a discharging station, an upper frame of the machine table 1 is provided with an industrial camera and an ion fan, the industrial camera is used for detecting whether the products on the product jigs 6 on the first station are stacked when being placed, and the ion fan is used for blowing the products to be detected so as to better detect the products by the industrial camera; the B2B connection and microphone testing mechanism 3, the charging interface testing mechanism 4 and the product blanking mechanism 5 are arranged on the machine table 1 in a circumferential array manner and are positioned above the automatic rotating device 2, and are arranged above the second station, the third station and the fourth station in a one-to-one correspondence manner, the B2B connection and microphone testing mechanism 3 is used for testing the connection performance and the microphone performance of the B2B of a product to be tested, the charging interface testing mechanism 4 is used for testing the charging performance of a charging interface on the product to be tested, and the product blanking mechanism 5 is used for transferring and blanking the product; product tool 6 includes tool board 61 and two sets of spacing locating component 62, and two products that await measuring can be placed simultaneously to a product tool 6 promptly, and remaining accredited testing organization and unloading mechanism can once only test or the unloading to two products that await measuring to improve work efficiency. Therefore, according to the invention, the automatic rotating device 2 is arranged on the machine table 1, four product jigs 6 are circumferentially arranged on the action end of the automatic rotating device 2 in an array manner, two groups of limiting and positioning components 62 are arranged on the product jigs 6 and used for placing a product to be tested and performing circular motion under the driving of the automatic rotating device 2, and the B2B connection and microphone testing mechanism 3, the charging interface testing mechanism 4 and the product blanking mechanism 5 are arranged on the machine table 1 in the array manner and are matched with the four product jigs 6, so that the product to be tested on the product jigs 6 can be subjected to corresponding performance testing and automatic blanking in the testing process; during the test, carry out the material loading of the product that awaits measuring by operating personnel or manipulator, then autorotation device 2 drives the product that awaits measuring and rotates, and each accredited testing organization tests the product that awaits measuring, and the automatic unloading after the test finishes, then operating personnel or manipulator again empty product tool 6 carry out the product material loading that awaits measuring can. The invention has simple integral structure, and each mechanism is integrated on the same machine table 1, the mechanism is compact, and the occupied space is small; in the test process, no matter which link has problems, operators can easily find the problems, and the problems can be solved in time, so that the production management is convenient; the whole degree of mechanization is high, can last incessant operation, and work efficiency is higher.

In this embodiment, B2B connects and microphone accredited testing organization 3 includes first elevating gear, first mounting bracket 31, a plurality of first B2B coupling assembling 32 and a plurality of test loudspeaker 33, first mounting bracket 31 sets up the action end at first elevating gear, first B2B coupling assembling 32 with test loudspeaker 33 all sets up on the first mounting bracket 31, it is a set of first B2B coupling assembling 32 and one test loudspeaker 33 cooperatees and is a set of the product that awaits measuring on the spacing locating component 62 tests. First elevating gear sets up on the last frame of board 1 and the output down, first mounting bracket 31 sets up by on first elevating gear's the output realize reciprocating, first B2B coupling assembling 32's quantity is two sets of, the quantity of test loudspeaker 33 is two, and is two sets of first B2B coupling assembling 32 and two test loudspeaker 33 arrange the setting after one before one, when the test, a set of first B2B coupling assembling 32 and one test loudspeaker 33 is to a set of the product that awaits measuring on the spacing locating component 62 carries out B2B connection performance and microphone capability test.

In this embodiment, the charging interface testing mechanism 4 includes a second lifting device, a second mounting bracket 41, a plurality of push-pull assemblies 42 and a plurality of circuit switching assemblies 43, the second mounting bracket 41 is disposed at an action end of the second lifting device, the push-pull assemblies 42 and the circuit switching assemblies 43 are both disposed on the second mounting bracket 41, a plurality of Type-C connecting assemblies 63 matched with the positioning limiting assemblies 62 are disposed on the jig plate 61, the Type-C connecting assemblies 63 are matched with the push-pull assemblies 42, and a group of the push-pull assemblies 42, a group of the Type-C connecting assemblies 63 and a group of the circuit switching assemblies 43 are matched to test a product to be tested on a group of the positioning limiting assemblies 62. The second lifting device is arranged on the upper frame of the machine table 1, the output end of the second lifting device is arranged downwards, the second mounting frame 41 is arranged on the output end of the second lifting device and driven by the second lifting device to move up and down, the push-pull assemblies 42 and the line switching assemblies 43 are respectively two groups, two groups of the push-pull assemblies 42 and two groups of the line switching assemblies 43 are matched in pairs to test a product to be tested, two groups of Type-C connecting assemblies 63 are arranged on the jig plate 61 and matched with two groups of limiting positioning assemblies 62, the Type-C connecting assemblies 63 are matched with the push-pull assemblies 42 to test the charging connection performance of the product to be tested, the line switching assemblies 43 are matched with switching modules arranged on the jig plate 61 to realize line connection conversion, and further ensure that the charging ports of the product to be tested are connected with a test line, the smooth operation of the charging test is ensured; the circuit switching assembly comprises a needle block and a switching probe arranged on the needle block. In addition, still be provided with a plurality of groups on the second mounting bracket 41 with the B2B coupling assembling that first B2B coupling assembling 32 structure is the same, can communicate the detection to other connection contact of the product that awaits measuring.

In this embodiment, product unloading mechanism 5 is including setting up product transfer unit 51 on board 1 is in with the setting product conveying unit 52 of board 1 one side, product transfer unit 51 includes that XZ biax removes module 511, R axle motor 512, sucking disc board 513 and a plurality of vacuum chuck 514, XZ biax removes module 511 and sets up on board 1, R axle motor 512 sets up the action end of XZ biax removes module 511, sucking disc board 513 sets up the output of R axle motor 512, a plurality of vacuum chuck 514 sets up the lower extreme of sucking disc board 513, vacuum chuck 514 with product tool 6 reaches product conveying unit 52 cooperatees. The product blanking mechanism 5 comprises a product transfer component 51 and a product conveying component 52, wherein the product transfer component 51 is used for transferring tested products from the product jig 6 to the product conveying component 52, and the product conveying component 52 is used for conveying the products and butting with a corresponding mechanism in the next process; the product transfer component 51 comprises an XZ double-axis moving module 511, an R-axis motor 512, a sucker plate 513 and a plurality of vacuum suckers 514, wherein the XZ double-axis moving module 511 is arranged on an upper machine frame of the machine table 1, the R-axis motor 512 is arranged on the XZ double-axis moving module 511 and is driven by the XZ double-axis moving module 511 to move in the X-axis direction and the Z-axis direction, the sucker plate 513 is arranged at the output end of the R-axis motor 512 and is driven by the R-axis motor 512 to rotate, and the lower end of the sucker plate 513 is provided with the plurality of vacuum suckers 514 for sucking the product; during operation, the XZ dual-axis moving module 511 drives the vacuum chuck 514 to move to the upper side of the product and move downwards, after the vacuum chuck 514 sucks the product, the XZ dual-axis moving module 511 ascends, then the R-axis motor 512 drives and adjusts the angle of the product, and then the XZ dual-axis moving module 511 drives the product to move to the product conveying assembly 52 to place the product, so that product transfer is realized.

In this embodiment, the product conveying assembly 52 includes an installation cabinet 521, an opening 522 is opened on one side of the installation cabinet 521, a blanking slot 523 communicated with the opening 522 is opened at the upper end of the installation cabinet 521, a conveying bottom plate 524 is arranged in the installation cabinet 521, a placing frame 525 is slidably arranged on the conveying bottom plate 524, a rodless cylinder 526 is further arranged on the conveying bottom plate 524, an actuating end of the rodless cylinder 526 is connected with the placing frame 525, a plurality of product slots 527 are opened on the placing frame 525, and the placing frame 525 is matched with the opening 522 and the blanking slot 523. The product conveying assembly 52 comprises an installation cabinet 521, a conveying bottom plate 524, a placing frame 525 and a rodless cylinder 526, the installation cabinet 521 is connected with the machine table 1, the rear side of the installation cabinet 521 is provided with an opening 522, the upper end face of the opening 522 is provided with a blanking groove 523 communicated with the opening 522, the conveying bottom plate 524 is arranged at the lower end of the installation cabinet 521, the placing frame 525 is arranged in a sliding mode on the conveying bottom plate 524 and slides along the Y-axis direction, the rodless cylinder 526 is arranged on the conveying bottom plate 524, the output end of the rodless cylinder is connected with the placing frame 525, and the placing frame 525 is driven to move in the Y-axis direction, so that the product is conveyed.

In this embodiment, the Type-C connection assembly 63 includes a limit block 631 disposed on the jig plate 61, a sliding seat 632 is disposed between the limit block 631 and the limit positioning assembly 62 in a front-back sliding manner, a Type-C connector 633 is disposed on the sliding seat 632, the limit positioning assembly 62 is matched with the Type-C connector 633, a push-pull plate 634 is disposed on the sliding seat 632, the push-pull assembly 42 includes a motor seat 421, a lead screw motor 422, and a push-pull block 423, the motor seat 421 is disposed on the second mounting bracket 41, the lead screw motor 422 is disposed on the motor seat 421, the push-pull block 423 is disposed on a lead screw shaft of the lead screw motor 422 through a lead screw nut in a transmission and matching manner, a yielding groove is formed on the second mounting bracket 41, and a lower end of the push-pull block 423 penetrates through the yielding groove and is formed with the push-pull groove 424, the push-pull channels 424 mate with the push-pull plate 634. The Type-C connecting assembly 63 comprises a limiting block 631, a sliding seat 632, a Type-C joint 633 and a push-pull plate 634, wherein the sliding seat 632 is arranged on the jig plate 61 in a front-back sliding manner, the limiting block 631 is arranged on the rear side of the sliding seat 632 and used for limiting the backward movement of the sliding seat 632, the Type-C joint 633 is arranged at the front end of the sliding seat 632 and used for being matched with a charging port of a product to be tested to realize plugging, and the push-pull plate 634 is used for being matched with the push-pull assembly 42 so that the push-pull assembly 42 drives the sliding seat 632 to move back and forth; the push-pull assembly 42 comprises a motor base 421, a screw rod motor 422 and a push-pull block 423, wherein the motor base 421 is used for installing the screw rod motor 422, the push-pull block 423 is sleeved on a screw rod shaft of the screw rod motor 422 through a screw rod nut so as to be driven by the screw rod motor 422 to move back and forth, the lower end of the push-pull block 423 penetrates through a yielding groove formed in the second mounting frame 41 and is provided with a push-pull groove 424, the push-pull groove 424 is used for being matched with the push-pull plate 634, and the push-pull plate 634 is clamped by being driven by the second lifting device during testing so as to enable the push-pull plate 634 to move along with the push-pull block 423, so that the plugging action of the Type-C connector 633 is realized. In addition, a displacement sensor is arranged on the motor base 421, an induction sheet is arranged on the push-pull block 423, and the induction sheet is matched with the displacement sensor so as to control the action of the screw rod motor 422, so that the test of a charging interface of a product to be tested is controlled.

In this embodiment, the first B2B connection assembly 32 includes a connection seat 321, a fixed pin block 322, a floating pin block 323 and a connection probe 324, the connection seat 321 is disposed on the first mounting bracket 31, and the lower end of the connection seat passes through the first mounting bracket 31, the fixed pin block 322 is disposed on the connection seat 321, the floating pin block 323 is disposed at the lower end of the connection seat 321 in a floating manner, the upper end of the connection probe 324 is disposed on the fixed pin block 322, and the lower end of the connection probe 324 passes through the connection seat 321 and is disposed in a pin passing hole formed in the floating pin block 323. The connection is fixed to be set up on the first mounting bracket 31 and the lower extreme passes first mounting bracket 31, fixed needle piece 322 is fixed on connecting seat 321 through two spliced poles, unsteady needle piece 323 is floated through floating spring and equal altitude screw and is set up the lower extreme of connecting seat 321, the upper end of connecting probe 324 is fixed on fixed needle piece 322 and the lower extreme passes in proper order connecting seat 321 with unsteady needle piece 323, during the test unsteady needle piece 323 laminating is in then the atress moves up on tool board 61, connecting probe 324 will follow the lower extreme of unsteady needle piece 323 exposes thereby be connected with the product that awaits measuring, realizes connecting from this and switches on to the B2B connectivity of the product that awaits measuring tests.

In this embodiment, the first mounting frame 31 and the second mounting frame 41 are both provided with a sensor 7, and the sensor 7 is matched with the limiting and positioning assembly 62. Sensor 7 is used for the response to await measuring the product and whether is driven to leave when testing spacing locating component 62 to guarantee going on smoothly of test work, if the product that awaits measuring even the condition of board appears in the test procedure, then can make operating personnel handle with information feedback.

In this embodiment, still be provided with product detection subassembly on the tool board 61, product detection subassembly is including connecting pneumatic valve 8 and detection suction nozzle 9, the one end setting of connecting pneumatic valve 8 is in on the tool board 61 and with set up the inside gas circuit intercommunication of tool board 61, the other end of connecting pneumatic valve 8 is connected with outside vacuum generator and vacuum pressure gauge, it sets up to detect suction nozzle 9 set up and set up in the detection hole on the tool board 61 and one end with the gas circuit intercommunication, the other end of detecting suction nozzle 9 with the up end parallel and level of tool board 61. The product detection assembly is used for detecting whether a product to be detected exists in the limiting and positioning assembly 62, so that the empty operation of equipment is avoided, the detection suction nozzle 9 further has a suction function, the product to be detected can be sucked tightly, and the limiting and positioning effect is ensured.

In this embodiment, the limiting and positioning assembly 62 includes a front positioning block 621 arranged on the jig plate 61, first limiting blocks 622 are arranged at front and rear ends of an upper end face of the front positioning block 621, a plurality of positioning blocks 623 are arranged between the first limiting blocks 622, a middle limiting block 624 is arranged at a rear side of the front positioning block 621, second limiting blocks 625 are arranged at left and right ends of an upper end face of the middle limiting block 624, a left rear limiting block 626 and a right rear limiting block 627 are arranged at left and right ends of a rear side of the middle limiting block 624, an embedding groove 628 is formed in the left rear limiting block 626, and limiting columns 629 are arranged at front, rear and right sides of the right rear limiting block 627. The limiting and positioning assembly 62 comprises a front positioning block 621, a middle limiting block 624, a left rear limiting block 626 and a right rear limiting block 627, the front positioning block 621, the middle limiting block 624, the left rear limiting block 626 and the right rear limiting block 627 are sequentially arranged on the jig plate 61 from front to back, two first limiting blocks 622 on the front positioning block 621 can limit the front section part of the Dock connector, two second limiting blocks 625 on the middle limiting block 624 can limit the middle section part of the Dock connector, a tabling groove 628 on the left rear limiting block 626 can limit the left section part of the rear section fork of the flat cable of the Dock connector, and three limiting columns 629 on the right rear limiting block 627 can limit the right section part of the rear section fork of the flat cable of the Dock connector; it can be seen from the above that, the limit positioning component 62 can perform good limit positioning on the Dock connector, and has high positioning accuracy, thereby facilitating the test operation.

While the embodiments of the present invention have been described in terms of practical embodiments, they are not to be construed as limiting the meaning of the present invention, and modifications of the embodiments and combinations with other embodiments will be apparent to those skilled in the art in light of the present description.

Claims (10)

1. A Dock connects automatic test equipment which characterized in that: it is including setting up autorotation device (2), B2B connection and microphone accredited testing organization (3), interface accredited testing organization (4) that charge, product unloading mechanism (5) and a plurality of product tool (6) on board (1), a plurality of product tool (6) circumference array sets up on the action end of autorotation device (2), B2B connection and microphone accredited testing organization (3), charge interface accredited testing organization (4) and product unloading mechanism (5) are located the top of autorotation device (2) and follow the direction of rotation of autorotation device (2) in proper order with a plurality of product tool (6) cooperation, product tool (6) include tool board (61) and set up a plurality of group position limiting location subassembly (62) on tool board (61), B2B connection and microphone accredited testing organization (3), The charging interface testing mechanism (4) and the product blanking mechanism (5) are matched with the limiting and positioning assembly (62).

2. The Dock joint automatic test equipment of claim 1, wherein: B2B connection and microphone accredited testing organization (3) include first elevating gear, first mounting bracket (31), a plurality of first B2B coupling assembling (32) and a plurality of test loudspeaker (33), first mounting bracket (31) set up the action end at first elevating gear, first B2B coupling assembling (32) with test loudspeaker (33) all set up on first mounting bracket (31), a set of first B2B coupling assembling (32) and one test loudspeaker (33) cooperate to a set of the product that awaits measuring on spacing locating component (62) tests.

3. The Dock splice automatic test equipment of claim 2, wherein: the charging interface testing mechanism (4) comprises a second lifting device, a second mounting frame (41), a plurality of push-pull assemblies (42) and a plurality of circuit switching assemblies (43), the second mounting frame (41) is arranged at the action end of the second lifting device, the push-pull assemblies (42) and the circuit switching assemblies (43) are arranged on the second mounting frame (41), a plurality of Type-C connecting assemblies (63) matched with the limiting positioning assemblies (62) are arranged on the jig plate (61), the Type-C connecting assemblies (63) are matched with the push-pull assemblies (42), and a group of push-pull assemblies (42), a group of Type-C connecting assemblies (63) and a group of circuit switching assemblies (43) are matched to test products to be tested on a group of limiting positioning assemblies (62).

4. The Dock splice automatic test equipment of claim 1, wherein: product unloading mechanism (5) are in including setting up product transfer subassembly (51) on board (1) is in with the setting product conveying component (52) of board (1) one side, product transfer subassembly (51) are including XZ biax removal module (511), R axle motor (512), sucking disc board (513) and a plurality of vacuum chuck (514), XZ biax removal module (511) set up on board (1), R axle motor (512) set up the action end of XZ biax removal module (511), sucking disc board (513) set up the output of R axle motor (512), a plurality of vacuum chuck (514) set up the lower extreme of sucking disc board (513), vacuum chuck (514) with product tool (6) and product conveying component (52) cooperate.

5. The automatic test equipment of Dock connectors according to claim 4, wherein: the product conveying assembly (52) comprises an installation cabinet (521), an opening (522) is formed in one side of the installation cabinet (521), a lower trough (523) communicated with the opening (522) is formed in the upper end of the installation cabinet (521), a conveying bottom plate (524) is arranged in the installation cabinet (521), a placing frame (525) is arranged on the conveying bottom plate (524) in a sliding mode, a rodless cylinder (526) is further arranged on the conveying bottom plate (524), the action end of the rodless cylinder (526) is connected with the placing frame (525), a plurality of product troughs (527) are formed in the placing frame (525), and the placing frame (525) is matched with the opening (522) and the lower trough (523).

6. The Dock splice automatic test equipment of claim 3, wherein: the Type-C connecting assembly (63) comprises a limiting block (631) arranged on the jig plate (61), a sliding seat (632) is arranged between the limiting block (631) and the limiting and positioning assembly (62) in a front-back sliding mode, a Type-C connector (633) is arranged on the sliding seat (632), the Type-C connector (633) is matched with the limiting and positioning assembly (62), a push-pull plate (634) is arranged on the sliding seat (632), the push-pull assembly (42) comprises a motor seat (421), a lead screw motor (422) and a push-pull block (423), the motor seat (421) is arranged on the second mounting frame (41), the lead screw motor (422) is arranged on the motor seat (421), the push-pull block (423) is arranged on a lead screw shaft of the lead screw motor (422) through transmission and nut matching, a yielding groove is formed in the second mounting frame (41), the lower end of the push-pull block (423) penetrates out of the abdicating groove and is provided with a push-pull groove (424), and the push-pull groove (424) is matched with the push-pull plate (634).

7. The Dock splice automatic test equipment of claim 2, wherein: first B2B coupling assembling (32) include connecting seat (321), fixed needle piece (322), unsteady needle piece (323) and connection probe (324), connecting seat (321) set up first mounting bracket (31) are gone up and the lower extreme passes first mounting bracket (31), fixed needle piece (322) set up on connecting seat (321), unsteady needle piece (323) float and set up the lower extreme of connecting seat (321), the upper end of connection probe (324) sets up on the fixed needle piece (322), the lower extreme of connection probe (324) passes connecting seat (321) and being in and seting up in the pinhole of crossing on the unsteady needle piece (323).

8. The Dock splice automatic test equipment of claim 3, wherein: all be provided with sensor (7) on first mounting bracket (31) and second mounting bracket (41), sensor (7) with spacing locating component (62) cooperate.

9. The Dock splice automatic test equipment of claim 1, wherein: still be provided with product detection subassembly on tool board (61), product detection subassembly is including connecting pneumatic valve (8) and detection suction nozzle (9), the one end setting of connecting pneumatic valve (8) is in on tool board (61) and with set up the inside gas circuit intercommunication of tool board (61), the other end and the outside vacuum generator and the vacuum pressure gauge of connecting pneumatic valve (8) are connected, it sets up to set up to detect suction nozzle (9) set up and set up in the detection hole on tool board (61) and one end with the gas circuit intercommunication, the other end that detects suction nozzle (9) with the up end parallel and level of tool board (61).

10. The Dock splice automatic test equipment of claim 1, wherein: spacing locating component (62) is including setting up preceding locating piece (621) on tool board (61), both ends all are provided with first stopper (622) around the up end of preceding locating piece (621), two be provided with a plurality of locating pieces (623) between first stopper (622), the rear side of preceding locating piece (621) is provided with middle section stopper (624), both ends all are provided with second stopper (625) about the up end of middle section stopper (624), both ends are provided with left back stopper (626) and right back stopper (627) respectively about the rear side of middle section stopper (624), set up gomphosis groove (628) on the left back stopper (626), the front side, rear side and the right side of right back stopper (627) all are provided with spacing post (629).

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