CN207086377U - One kind automation power panel p-wire - Google Patents

One kind automation power panel p-wire Download PDF

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Publication number
CN207086377U
CN207086377U CN201720921592.XU CN201720921592U CN207086377U CN 207086377 U CN207086377 U CN 207086377U CN 201720921592 U CN201720921592 U CN 201720921592U CN 207086377 U CN207086377 U CN 207086377U
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CN
China
Prior art keywords
defective products
test
power panel
lifting
wire
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Application number
CN201720921592.XU
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Chinese (zh)
Inventor
李亮
刘占飞
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Dongguan Guanjia Electronic Equipment Co Ltd
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Dongguan Guanjia Electronic Equipment Co Ltd
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Abstract

It the utility model is related to a kind of automation power panel p-wire,Including the first test station section set successively along X-axis order,Second test station section and defective products sortation process section,Power panel passes through the first test station section successively,Second test station section and defective products sortation process section,Second test station section is provided with least one set of second housing,It is across the second transmission track component of the second housing and is arranged at the second test suite of the second housing,Wherein,Second test suite is provided with needle bed testing machine structure,Needle bed testing machine structure is connected with elevating mechanism,Testboard component corresponding with needle bed testing machine structure is provided with below second transmission track component,Testboard component is provided with separable measurement jig,Test suite is additionally provided with tool lifting mechanism,Tool lifting mechanism is symmetricly set in needle bed testing machine structure both sides,During test,Tool lifting mechanism can grip the measurement jig with measurement jig described in lifting,Meet automated production demand,Production efficiency is higher.

Description

One kind automation power panel p-wire
Technical field
Automatic test technology field is the utility model is related to, power panel p-wire is automated more particularly to a kind of work(.
Background technology
At present, electronic product can carry out ICT and FCT tests to its power panel before assembling, to ensure product quality and property Can, the power panel p-wire of prior art is difficult to meet automated production demand, and ICT and FCT tests are more directly in p-wire Carried out in transmission track group, the FCT testing times are slower than the ICT testing times during actual test, thus p-wire is overall Operating is slower, causes production efficiency relatively low.
Utility model content
To solve the above problems, the utility model provides a kind of automation power supply test line, it meets automated production need Ask, production efficiency is higher.
To solve above-mentioned purpose, the following technical scheme that the utility model uses.
One kind automation power panel p-wire, including successively along the first test station section of X-axis order setting, the second test Station section and defective products sortation process section, power panel pass through the first test station section, the second test station section and defective products successively Sortation process section, the first test station section are provided with the first housing, the first transmission track component for being across the first housing and setting In the first test suite of the first housing, the second test station section is provided with least one set of second housing, is across the second housing Second transmission track component and the second test suite for being arranged at the second housing, defective products sortation process section be provided with the 3rd body and The 3rd transmission track component of the 3rd body is across, wherein, the second test suite is provided with needle bed testing machine structure, needle bed testing machine Structure is connected with elevating mechanism, and testboard component corresponding with needle bed testing machine structure is provided with below the second transmission track component, tests Platform component is provided with separable measurement jig, and test suite is additionally provided with tool lifting mechanism, and tool lifting mechanism is symmetricly set in Needle bed testing machine structure both sides, during test, tool lifting mechanism can grip the measurement jig with measurement jig described in lifting.
Preferably, tool lifting mechanism is provided with lifting cylinder and the grip block being connected with lifting cylinder, the measurement jig Provided with bayonet socket, during test, lifting cylinder driving grip block is caught in the bayonet socket.
Preferably, tool lifting mechanism is additionally provided with fixed seat, and the fixed seat is fixed on needle bed testing machine structure, the fixation Seat both ends are connected to form three-legged structure with lifting cylinder and the grip block respectively.
Preferably, testboard component is additionally provided with tool lifting body, and tool lifting body is provided with jacking cylinder and for putting The test platform of the measurement jig is put, jacking cylinder is installed on below test platform.
Preferably, the 3rd transmission track component is sequentially set with defective products sorting fluctuating orbit group and caching along X-axis successively Track groups, defective products sorting fluctuating orbit group are connected with Z-axis transmission module, and Z-axis transmission module can drive defective products sorting lifting Track groups sort fluctuating orbit group with defective products towards Z-direction movement and separated with caching track groups.
Preferably, defective products sortation process section is additionally provided with defective products storage assembly for storing, and defective products storage assembly for storing is located at described slow Deposit below track and be correspondingly arranged in the output end of defective products sorting fluctuating orbit group, defective products sorting fluctuating orbit group is provided with Defective products ejecting mechanism, defective products ejecting mechanism are provided with defective products and release cylinder and pushing block, and defective products is released cylinder drive and pushed away Motion block by defective products to push to defective products storage assembly for storing.
Preferably, defective products storage assembly for storing includes bad material frame and the fetching device for placing bad material frame, described to take Put device to be arranged at below caching track groups, bad material frame is arranged at the fetching device.
Preferably, the fetching device, which is provided with, picks and places button and rotation clamp system, described to pick and place button control rotating clamp Bad material frame is unclamped in tight mechanism clamping.
Preferably, defective products storage assembly for storing is provided with the alarm module for being used for prompting bad material frame state.
Preferably, the first transmission track component, the second transfer assembly and the 3rd transfer assembly are equipped with barcode-sweeping machine, stopped Detent mechanism and track width governor motion.
The beneficial effects of the utility model are as follows:
First transmission track component, the second transmission track component and the 3rd transmission track component are sequentially connected to transmit power supply Plate to corresponding test station is tested, and two or more sets the second transmission track components and can be set in the second test station section Two test suites, the second test suite is by measurement jig described in tool lifting mechanism lifting, so that the measurement jig and electricity Source plate is tested again after departing from from the second transmission track component, and next power panel can continue along the second transmission track component The correspondence position of next group of the second test suite of the second test station section is moved to be tested, hereby it is achieved that multiple electricity Source plate is tested simultaneously, and production efficiency is higher, and defective products sorting is flowed into after test of the power panel by the second test station section Station section, defective products sortation process section are divided the defective products that the first test station section or the second test station section detect Pick, so that non-defective unit enters next station or blanking, meet automated production needs, automaticity is higher.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of automation power supply test line of the present utility model;
Fig. 2 is the front view of automation power supply test line of the present utility model;
Fig. 3 is the part isometric structural representation of the second test station section of automation power supply test line;
Fig. 4 is the stereochemical structure signal of the second transmission track component and the second test suite of automation power supply test line Figure;
Fig. 5 is the dimensional structure diagram of the tool lifting mechanism of automation power supply test line;
Fig. 6 is the dimensional structure diagram of the testboard component of automation power supply test line;
Fig. 7 is the dimensional structure diagram of the defective products sortation process section of automation power supply test line;
Fig. 8 is the dimensional structure diagram of the 3rd transmission track component of automation power supply test line.
Accompanying drawing identifier declaration:
1. the first test station section, 11. first housings, 12. first transmission track components, 13. first test suites,
2. the second test station section, 21. second housings, 22. second transmission track components, 23. second test suites, 231. Needle bed testing machine structure, 232. elevating mechanisms, 233. tool lifting mechanisms, 2331. lifting cylinders, 2332. grip blocks, 2333. are consolidated Reservation, 234. testboard components, 2341. tool lifting bodies, 2342. jacking cylinders, 2343. test platforms, 2344. tests are controlled Tool, 2345. bayonet sockets,
3. defective products sortation process section, 31. the 3rd bodies, 32. the 3rd transmission track components, 321. defective products sorting lifting Track groups, 322. defective products ejecting mechanisms, 3221. defective products release cylinder, 3222. pushing blocks, 323. caching track groups, 324.Z axles transmission module, 325. defective products storage assembly for storing, 3251. bad material frames, 3252. fetching devices, 3253. pick and place button, 3254. rotation clamp systems, 4. barcode-sweeping machines, 5. power panels.
Embodiment
The utility model is further described below in conjunction with accompanying drawing.
With reference to figure 1 and Fig. 2, one kind automation p-wire of power panel 5, including the first test set successively along X-axis order Station section 1, the second test station section 2 and defective products sortation process section 3, power panel 5 is successively by the first test station section 1, the Two test station sections 2 and defective products sortation process section 3, the first test station section 1 are provided with the first housing 11, are across the first housing 11 the first transmission track component 12 and the first test suite 13 for being arranged at the first housing 11, the second test station section 2 are provided with At least one set of second housing 21, the second transmission track component 22 for being across the second housing 21 and be arranged at the second housing 21 Two test suites 23, defective products sortation process section 3 are provided with the 3rd body 31 and are across the 3rd transmission track of the 3rd body 31 Component 32, reference picture 3,4 and 6, the second test suite 23 are provided with needle bed testing machine structure 231, and needle bed testing machine structure 231 is connected with liter Descending mechanism 232, the lower section of the second transmission track component 22 are provided with testboard component 234 corresponding with needle bed testing machine structure 231, tested Platform component 234 is provided with separable measurement jig 2344, and test suite is additionally provided with tool lifting mechanism 233, tool lifting mechanism 233 are symmetricly set in the both sides of needle bed testing machine structure 231, and during test, tool lifting mechanism 233 can grip the measurement jig 2344 with measurement jig 2344 described in lifting.
In this way, the first transmission track component 12, the second transmission track component 22 and the 3rd transmission track component 32 connect successively Connect and tested with transmitting power panel 5 to corresponding test station, two or more sets the second biographies can be set in the second test station section 2 The test suite 23 of rail assembly 22 and second is sent, the second test suite 23 is controlled by being tested described in the lifting of tool lifting mechanism 233 Tool 2344, so that the measurement jig 2344 and power panel 5 are tested again after departing from from the second transmission track component 22, under One power panel 5 can continue to be moved to next group of the second test group of the second test station section 2 along the second transmission track component 22 The correspondence position of part 23 is to be tested, hereby it is achieved that multiple power panels 5 are tested simultaneously, production efficiency is higher, power panel Defective products sortation process section 3 is flowed into after 5 test by the second test station section 2, defective products sortation process section 3 is tested first The defective products that the test station section 2 of station section 1 or second detects is sorted, so that non-defective unit enters next station or blanking, Meet automated production needs, automaticity is higher.
Fig. 4,5 and 6 show that tool lifting mechanism 233 is provided with lifting cylinder 2331 and the folder being connected with lifting cylinder 2331 Hold block 2332, the measurement jig 2344 is provided with bayonet socket 2345, and during test, lifting cylinder 2331 drives grip block 2332 to be caught in institute Bayonet socket 2345 is stated, in this way, being arranged at the tool lifting mechanism 233 of the both sides of needle bed testing machine structure 231 with needle bed testing machine structure 231 Predeterminated position is moved to, the driving grip block 2332 of lifting cylinder 2331 is caught in the bayonet socket 2345 of the both sides of measurement jig 2344, with Afterwards, the measurement jig 2344 moves up together with power panel 5 with tool lifting mechanism 233, so as to the second transmission track component 22 Separation, reference picture 5, the tool lifting mechanism 233 of the present embodiment are additionally provided with fixed seat 2333, and the fixed seat 2333 is fixed on pin Bed mechanism for testing 231, the both ends of fixed seat 2333 are connected with lifting cylinder 2331 and the grip block 2332 to be formed respectively Three-legged structure, in this way, the tool lifting mechanism 233 for being symmetricly set in the both sides of needle bed testing machine structure 231 plays a part of clamping jaw, institute Grip block 2332 is stated with the fixed seat 2333 as fulcrum, when need to grip the measurement jig 2344, lifting cylinder 2331 The grip block 2332 is driven to be rotated around described one end of fixed seat 2333 to close to the side of the measurement jig 2344, thus institute The bayonet socket 2345 that grip block 2332 is caught in the test is stated, when need to unclamp the measurement jig 2344, lifting cylinder 2331 drives The grip block 2332 rotates around described one end of fixed seat 2333 to the side away from the measurement jig 2344, thus the folder Hold block 2332 and depart from the bayonet socket 2345, realize clamping or unclamp the measurement jig 2344, stability is more preferable.
Reference picture 4 and Fig. 6, testboard component 234 are additionally provided with tool lifting body 2341, and tool lifting body 2341 is provided with Jacking cylinder 2342 and the test platform 2343 for placing the measurement jig 2344, it is flat that jacking cylinder 2342 is installed on test The lower section of platform 2343, in actual applications, jacking cylinder 2342 jacks test platform 2343, so as to jack the measurement jig 2344, the power panel 5 on the second transmission track component 22 is fallen into the measurement jig 2344.
Reference picture 7 and 8, the 3rd transmission track component 32 are sequentially set with defective products sorting fluctuating orbit group along X-axis successively 321 are connected with Z-axis transmission module 324, Z-axis transmission module 324 with caching track groups 323, defective products sorting fluctuating orbit group 321 Defective products sorting fluctuating orbit group 321 can be driven towards Z-direction movement with defective products sorting fluctuating orbit group 321 and caching track The separation of group 323, thus, after test of the power panel 5 by the first test station section 1 and the second test station section 2, passed by the 3rd Rail assembly 32 is sent to enter defective products sortation process section 3, it is gentle that power panel 5 flows into defective products sorting fluctuating orbit group 321 successively Track groups 323 are deposited, defective products sorting fluctuating orbit group 321 is used to sort out defective products, and caching track groups 323 are used for will be good Product export to next station, defective products sorting fluctuating orbit group 321 and are connected with Z-axis transmission module 324, Z-axis transmission module 324 Defective products sorting fluctuating orbit group 321 is driven to be moved towards Z-direction, so as to defective products sorting fluctuating orbit group 321 and caching rail Road group 323 separates, when product flows into defective products sorting fluctuating orbit group 321 and is detected as defective products, defective products sorting lifting Track groups 321 shut down, and are moved to predeterminated position towards Z-direction, defective products sorting fluctuating orbit group 321 operate again with Defective products is sorted out from former transmission track, compared with prior art, the present embodiment saves mechanical tong, can using two groups The defective products sorting fluctuating orbit group 321 and caching track groups 323 of separation, defective products sorting fluctuating orbit group 321 can be delayed relatively Track groups 323 are deposited towards Z-direction movement so that defective products to be sorted out from production line, structure is more simple, and manufacturing cost is more It is low, and by the way of the defective products sorting of the present embodiment, the type and specification of product are no longer limited to, versatility is wider.
Fig. 7 and Fig. 8 show that defective products sortation process section 3 is additionally provided with defective products storage assembly for storing 325, defective products storage assembly for storing 325 located at the output end for caching below track and being correspondingly arranged in defective products sorting fluctuating orbit group 321, defective products sorting Fluctuating orbit group 321 is provided with defective products ejecting mechanism 322, and defective products ejecting mechanism 322 is provided with defective products and releases cylinder 3221 With pushing block 3222, defective products releases cylinder 3221 and drives pushing block 3222 that defective products is pushed into defective products storage assembly for storing 325, defective products storage assembly for storing 325 includes bad material frame 3251 and the fetching device 3252 for placing bad material frame 3251, institute State fetching device 3252 and be arranged at the lower section of caching track groups 323, bad material frame 3251 is arranged at the fetching device 3252, described Fetching device 3252, which is provided with, picks and places button 3253 and rotation clamp system 3254, described to pick and place the control rotation clamping machine of button 3253 Bad material frame 3251 is unclamped in the clamping of structure 3254, in this way, during work, rotates the bad material frame 3251 of the clamping of clamp system 3254 to incite somebody to action Bad material frame 3251 is stable in fetching device 3252, it is ensured that bad material frame 3251 and defective products sorting fluctuating orbit group 321 Output end is corresponding, further improves the stability of equipment, it is necessary to when changing bad material frame 3251, presses and described picks and places button 3253, rotation clamp system 3254 is rotated to unclamp bad material frame 3251, makes bad material frame 3251 can be from the fetching device Hauled out in 3252, beneficial to replacing, the rotation clamp system 3254 of the present embodiment is set to rotate clamping cylinder.The present embodiment it is bad Product storage assembly for storing 325 is provided with the alarm module for being used for prompting the bad state of material frame 3251, in this way, bad material frame 3251 is collected completely When, the alarm module reminds operating personnel to change bad material frame 3251.
Referring to Figures 1 and 2, the first transmission track component 12, the second transfer assembly and the 3rd transfer assembly are equipped with swepting slip Ink recorder 4, stop detent mechanism and track width governor motion, the bar code that barcode-sweeping machine 4 is used on scanning power supply plate 5, it is fixed to stop Position mechanism is used to stop the direction of motion of power panel 5 and adjusts power panel 5 to predeterminated position, realizes precise positioning, track width Governor motion can adjust track width according to the type and specification of power panel 5, and the scope of application is wider.
Embodiment described above only expresses several embodiments of the present utility model, and its description is more specific and detailed, But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to In the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (10)

1. one kind automation power panel p-wire, it is characterised in that including the first test station set successively along X-axis order Section, the second test station section and defective products sortation process section, power panel is successively by the first test station section, the second test station Section and defective products sortation process section, the first test station section are provided with the first housing, are across the first transmission track of the first housing Component and the first test suite for being arranged at the first housing, the second test station section are provided with least one set of second housing, are across Second transmission track component of the second housing and the second test suite for being arranged at the second housing, defective products sortation process section are provided with 3rd body and the 3rd transmission track component for being across the 3rd body, wherein, the second test suite is provided with needle bed testing machine structure, Needle bed testing machine structure is connected with elevating mechanism, and testboard corresponding with needle bed testing machine structure is provided with below the second transmission track component Component, testboard component are provided with separable measurement jig, and test suite is additionally provided with tool lifting mechanism, tool lifting mechanism pair Title is arranged at needle bed testing machine structure both sides, and during test, tool lifting mechanism can grip the measurement jig with described in lifting Measurement jig.
2. a kind of automation power panel p-wire according to claim 1, it is characterised in that tool lifting mechanism is provided with lift Rise cylinder and the grip block that be connected with lifting cylinder, the measurement jig is provided with bayonet socket, and during test, lifting cylinder drives grip block It is caught in the bayonet socket.
3. a kind of automation power panel p-wire according to claim 2, it is characterised in that tool lifting mechanism is additionally provided with Fixed seat, the fixed seat are fixed on needle bed testing machine structure, the fixed seat both ends respectively with lifting cylinder and the grip block Connect to form three-legged structure.
4. a kind of automation power panel p-wire according to claim 1, it is characterised in that testboard component, which is additionally provided with, to be controlled Has lifting body, tool lifting body is provided with jacking cylinder and the test platform for placing the measurement jig, jacking cylinder It is installed on below test platform.
A kind of 5. automation power panel p-wire according to claim 1, it is characterised in that the 3rd transmission track component according to Secondary to be sequentially set with defective products sorting fluctuating orbit group and caching track groups along X-axis, defective products sorting fluctuating orbit group is connected with Z Axle is driven module, and Z-axis transmission module can drive defective products to sort fluctuating orbit group and sort lifting towards Z-direction movement with defective products Track groups separate with caching track groups.
6. a kind of automation power panel p-wire according to claim 5, it is characterised in that defective products sortation process section is also Provided with defective products storage assembly for storing, defective products storage assembly for storing is located at the caching track lower section and is correspondingly arranged in defective products sorting liter The output end of track groups drops, and defective products sorting fluctuating orbit group is provided with defective products ejecting mechanism, and defective products ejecting mechanism is provided with Defective products releases cylinder and pushing block, and defective products releases cylinder and drives pushing block that defective products is pushed into defective products storage group Part.
A kind of 7. automation power panel p-wire according to claims 6, it is characterised in that defective products storage assembly for storing bag Bad material frame and the fetching device for placing bad material frame are included, the fetching device is arranged at below caching track groups, bad Material frame is arranged at the fetching device.
8. a kind of automation power panel p-wire according to claims 7, it is characterised in that the fetching device is provided with Button and rotation clamp system are picked and placeed, it is described to pick and place button control rotation clamp system clamping or unclamp bad material frame.
9. a kind of automation power panel p-wire according to claims 6, it is characterised in that defective products storage assembly for storing is set There is the alarm module for prompting bad material frame state.
A kind of 10. automation power panel p-wire according to claims 1, it is characterised in that the first transmission track group Part, the second transfer assembly and the 3rd transfer assembly are equipped with barcode-sweeping machine, stop detent mechanism and track width governor motion.
CN201720921592.XU 2017-07-27 2017-07-27 One kind automation power panel p-wire Active CN207086377U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720921592.XU CN207086377U (en) 2017-07-27 2017-07-27 One kind automation power panel p-wire

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720921592.XU CN207086377U (en) 2017-07-27 2017-07-27 One kind automation power panel p-wire

Publications (1)

Publication Number Publication Date
CN207086377U true CN207086377U (en) 2018-03-13

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Country Status (1)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109396070A (en) * 2018-10-09 2019-03-01 江西鸿宇电路科技有限公司 A kind of sorting aggregate plant after product testing
CN110045271A (en) * 2019-05-23 2019-07-23 赣南医学院 A kind of board vias Intelligent test device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109396070A (en) * 2018-10-09 2019-03-01 江西鸿宇电路科技有限公司 A kind of sorting aggregate plant after product testing
CN109396070B (en) * 2018-10-09 2019-11-26 江西鸿宇电路科技有限公司 A kind of sorting aggregate plant after product testing
CN110045271A (en) * 2019-05-23 2019-07-23 赣南医学院 A kind of board vias Intelligent test device

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