CN208520964U - A kind of In circuit test equipment of car body controller - Google Patents
A kind of In circuit test equipment of car body controller Download PDFInfo
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- CN208520964U CN208520964U CN201820904078.XU CN201820904078U CN208520964U CN 208520964 U CN208520964 U CN 208520964U CN 201820904078 U CN201820904078 U CN 201820904078U CN 208520964 U CN208520964 U CN 208520964U
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Abstract
The utility model relates to automobile circuit the field of test technology, disclose a kind of In circuit test equipment of car body controller.The In circuit test equipment of car body controller includes feeder, for conveying product to be measured；Radio frequency testing machine is detected for the radio-frequency module to car body controller；EOL test machine carries out simulation test for the functional module to car body controller；Visual test machine, for the plug on car body controller being carried out non-destructive testing and being identified the two dimensional code of car body controller；Marking machine is used for print label；Feed back machine is delivered to the feeder station for that will test product；Along the conveying direction of the product to be measured, the feeder, radio frequency testing machine, EOL test machine, visual test machine, marking machine and feed back machine are set gradually.The In circuit test equipment of car body controller provided by the utility model, can be automatically performed the detection of car body controller, improve testing efficiency and accuracy rate, reduce production cost.
Description
Technical field
The utility model relates to automobile circuit the field of test technology more particularly to a kind of online circuit of car body controller to examine
Measurement equipment.
Background technique
With the continuous improvement of people's living standards, more and more people start to buy automobile, and user is to automobile
Safety and the requirement of comfort are continuously improved, and the integrated function of automobile is more and more, then the requirement to car body controller
It is higher and higher.During automobile production, carrying out detection to car body controller is essential link.In the prior art
In, single machine manual measuring device is generally applied, but its generally existing following disadvantage: manual testing's speed is slow, waste
Manpower, testing efficiency is low, high production cost, and manual testing easily causes accidentally survey or retest, easily causes the damage of product.
Accordingly, it is desirable to provide a kind of detection device solves the above problems.
Utility model content
The purpose of this utility model is to provide a kind of In circuit test equipment of car body controller, can be automatically performed vehicle
The detection of body controller, improves testing efficiency and accuracy rate, reduces production cost.
For this purpose, the utility model uses following technical scheme:
A kind of In circuit test equipment of car body controller, comprising:
Feeder, for conveying product to be measured；
Radio frequency testing machine is detected for the radio-frequency module to car body controller；
EOL test machine carries out simulation test for the functional module to car body controller；
Visual test machine, for the plug on car body controller being carried out non-destructive testing and being identified the two of car body controller
Tie up code；
Marking machine is used for print label；
Feed back machine is delivered to the feeder station for that will test product；
Along the conveying direction of the product to be measured, the feeder, radio frequency testing machine, EOL test machine, visual test machine,
Marking machine and feed back machine are set gradually.
As optimal technical scheme, the feeder includes feeding transport mechanism and the feeding transport mechanism is driven to go up and down
Loading lifting mechanism, at least one is placed in the feeding transport mechanism for consigning pallet of the product to be measured.
As optimal technical scheme, the radio frequency testing machine includes radio frequency testing case, up and down the first transmission disposed in parallel
Mechanism and the second transport mechanism and lifting body, the radio frequency testing case are arranged above first transport mechanism, the top
It rises mechanism to be arranged in first transport mechanism corresponding with radio frequency testing case position, the lifting body is close to institute
The side for stating EOL test machine, which is equipped with, limits the mobile position-limit mechanism of the product to be measured.
As optimal technical scheme, the EOL test machine includes EOL test box, upper and lower third conveyer disposed in parallel
The top of the third transport mechanism, the top is arranged in structure and the 4th transport mechanism and lifting body, the EOL test box
It rises mechanism to be arranged in the third transport mechanism corresponding with EOL test box position, the lifting body is close to institute
The side for stating visual test machine, which is equipped with, limits the mobile position-limit mechanism of the product to be measured.
As optimal technical scheme, the visual test machine includes vision-based detection mechanism, upper and lower 5th biography disposed in parallel
Mechanism and the 6th transport mechanism and lifting body are sent, the top of the 5th transport mechanism is arranged in the vision-based detection mechanism,
The lifting body is arranged in the 5th transport mechanism corresponding with vision-based detection mechanism position, the jack
Structure is equipped with close to the side of the marking machine limits the mobile position-limit mechanism of the product to be measured.
As optimal technical scheme, the marking machine include marking mechanism, upper and lower 7th transport mechanism disposed in parallel and
The top of the 7th transport mechanism, the lifting body is arranged in 8th transport mechanism and lifting body, the marking mechanism
It is arranged in the 7th transport mechanism corresponding with the marking mechanism position, the lifting body is close to the feed back machine
Side be equipped with and limit the mobile position-limit mechanism of the product to be measured.
As optimal technical scheme, the feed back machine includes time of feed back transport mechanism and driving feed back transport mechanism lifting
Expect elevating mechanism, the feed back transport mechanism is equipped with the limit for the product movement that limitation has detected far from the side of the marking machine
Mechanism.
As optimal technical scheme, the lifting body includes jacking cylinder and connect with the piston rod of the jacking cylinder
Raising plate.
As optimal technical scheme, the position-limit mechanism includes limiting cylinder and connect with the piston rod of the limiting cylinder
Limited block.
The utility model has the beneficial effects that the In circuit test equipment of car body controller described in the utility model can be certainly
The dynamic radio-frequency module detection being continuously finished to car body controller, the simulation test of functional module, to the plug on car body controller
The operation such as two dimensional code and automatic printing label of car body controller is carried out non-destructive testing, identifies, instead of traditional artificial inspection
Survey or artificial one-to-one detection, not only effectively prevent the mistake as caused by the subjective consciousness of testing staff, also reduce people
Work cost, improves testing efficiency and accuracy rate.
Detailed description of the invention
Fig. 1 is feeder structural schematic diagram described in the utility model embodiment；
Fig. 2 is radio frequency testing machine schematic perspective view described in the utility model embodiment；
Fig. 3 is radio frequency testing owner view described in the utility model embodiment；
Fig. 4 is EOL test machine schematic perspective view described in the utility model embodiment；
Fig. 5 is EOL test machine main view described in the utility model embodiment；
Fig. 6 is visual test machine structural schematic diagram described in the utility model embodiment；
Fig. 7 is marking machine structural schematic diagram described in the utility model embodiment；
Fig. 8 is feed back machine structural schematic diagram described in the utility model embodiment.
In figure:
1, feeder；11, feeding transport mechanism；12, loading lifting mechanism；
2, radio frequency testing machine；21, radio frequency testing case；22, the first transport mechanism；23, the second transport mechanism；
3, EOL test machine；31, EOL test box；32, third transport mechanism；33, the 4th transport mechanism；
4, visual test machine；41, vision-based detection mechanism；42, the 5th transport mechanism；43, the 6th transport mechanism；
5, marking machine；51, marking mechanism；52, the 7th transport mechanism；53, the 8th transport mechanism；
6, feed back machine；61, feed back transport mechanism；62, feed back elevating mechanism；
7, lifting body；71, jacking cylinder；72, raising plate；
8, pallet；9, product to be measured.
Specific embodiment
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.It can manage
Solution, specific embodiment described herein are used only for explaining the utility model, rather than the restriction to the utility model.Separately
It is outer it should also be noted that, illustrating only part relevant to the utility model for ease of description, in attached drawing and not all.
As shown in figures 1-8, a kind of In circuit test equipment of car body controller, including feeder are present embodiments provided
1, radio frequency testing machine 2, EOL test machine 3, visual test machine 4, marking machine 5 and feed back machine 6.The feeder 1 is to be measured for conveying
Product 9；Radio frequency testing machine 2 is for detecting the radio-frequency module of car body controller；EOL test machine 3 is used for Body Control
The functional module of device carries out simulation test；Visual test machine 4 for being carried out non-destructive testing to the plug on car body controller and
Identify the two dimensional code of car body controller；Marking machine 5 is used for print label；Feed back machine 6 for will test product be delivered to it is described
1 station of feeder；Along the conveying direction of the product 9 to be measured, the feeder 1, radio frequency testing machine 2, EOL test machine 3, vision
Test machine 4, marking machine 5 and feed back machine 6 are set gradually.
In the present embodiment, as shown in Figure 1, feeder 1 includes feeding transport mechanism 11 and driving feeding transport mechanism 11
The loading lifting mechanism 12 of lifting is placed at least one in feeding transport mechanism 11 for consigning pallet 8 of product to be measured.Tool
Body, loading lifting mechanism 12 includes the rodless cylinder being vertically arranged, and feeding transport mechanism 11 is mounted on outside rodless cylinder
On sliding block.Feeding transport mechanism 11 include two conveyer belts and driving motor disposed in parallel, conveyer belt be sleeved on driving wheel and
On driven wheel, driving motor drives driving wheel to realize the rotation of conveyer belt.It is placed at least one pallet 8 on conveyer belt, holds in the palm
Product 9 to be measured is placed on disk 8, feeding transport mechanism 11, which rises, sends the pallet 8 with product 9 to be measured to radio frequency testing machine
2, then loading lifting mechanism 12 drives the decline of feeding transport mechanism 11 that next pallet 8 is waited to be transported to feeding transport mechanism
On 11, manually product 9 to be measured is placed on pallet 8.The feeding transport mechanism 11 and loading lifting mechanism 12 not only office
It is limited to above structure, no longer describes herein.
As shown in Figures 2 and 3, radio frequency testing machine 2 includes radio frequency testing case 21, upper and lower first transport mechanism disposed in parallel
22 and second transport mechanism 23 and lifting body 7, the radio frequency testing case 21 be arranged above first transport mechanism 22,
The lifting body 7 is arranged in first transport mechanism 22 corresponding with 21 position of radio frequency testing case, the top
Mechanism 7 is risen (not show in figure close to the position-limit mechanism that the side of the EOL test machine 3 is equipped with the limitation movement of product 9 to be measured
Out).
Specifically, the first transport mechanism 22 and the second transport mechanism 23 respectively include two conveyer belts disposed in parallel and drive
Dynamic motor, conveyer belt are sleeved on driving wheel and driven wheel, and driving motor drives driving wheel to realize the rotation of conveyer belt.?
Lifting body 7 is provided between two conveyer belts of one transport mechanism 22, lifting body 7 includes being fixed on the first transport mechanism 22
On jacking cylinder 71 and the raising plate 72 that is connect with the piston rod of jacking cylinder 71, raising plate 72 be placed in radio frequency testing case 21
Underface.Raising plate 72 is equipped with close to the side of EOL test machine 3 limits the mobile position-limit mechanism of the product 9 to be measured.Production to be measured
When product 9 are transported to below radio frequency testing case 21 and product to be measured 9 is placed on raising plate 72, it is arranged in the first transport mechanism 22
Sensor detect product 9 to be measured, position-limit mechanism stops product 9 to be measured to continue to move ahead, and the first transport mechanism 22 simultaneously
Conveyer belt shuts down.In the present embodiment, position-limit mechanism includes limiting cylinder and limited block.The driving jacking of jacking cylinder 71
The rising of plate 72 makes product 9 to be measured be placed in progress radio-frequency module detection in radio frequency testing case 21.After detection, jacking cylinder 71 is driven
Dynamic raising plate 72 declines, and limiting cylinder driving limited block decline no longer stops product 9 to be measured to move forwards, while the first transmission
Product 9 to be measured is transported to EOL test machine 3 and detected by the operating of mechanism 22.First transport mechanism 22, the second transport mechanism
23, lifting body 7 and position-limit mechanism are not limited solely to above structure, can also be other structures form.
As shown in Figure 4 and Figure 5, EOL test machine 3 includes EOL test box 31, upper and lower third transport mechanism 32 disposed in parallel
With the 4th transport mechanism 33 and lifting body 7, the top of the third transport mechanism 32, institute is arranged in the EOL test box 31
It states lifting body 7 to be arranged in the third transport mechanism 32 corresponding with 31 position of EOL test box, the jack
Structure 7 is equipped with close to the side of the visual test machine 4 limits the mobile position-limit mechanism of the product 9 to be measured.
Specifically, third transport mechanism 32 and the 4th transport mechanism 33 respectively include two conveyer belts disposed in parallel and drive
Dynamic motor, conveyer belt are sleeved on driving wheel and driven wheel, and driving motor drives driving wheel to realize the rotation of conveyer belt.?
Lifting body 7 is provided between two conveyer belts of three transport mechanisms 32, lifting body 7 includes being fixed on third transport mechanism 32
On jacking cylinder 71 and the raising plate 72 that is connect with the piston rod of jacking cylinder 71, raising plate 72 be placed in EOL test box 31
Underface.Raising plate 72 is equipped with close to the side of visual test machine 4 limits the mobile position-limit mechanism of the product 9 to be measured (in figure
It is not shown).Product 9 to be measured is transported to the lower section of EOL test box 31 and when product to be measured 9 is placed on raising plate 72, and setting is the
Sensor in three transport mechanisms 32 detects product 9 to be measured, and position-limit mechanism stops product 9 to be measured to continue to move ahead, and simultaneously the
The conveyer belt of three transport mechanisms 32 shuts down.In the present embodiment, position-limit mechanism includes limiting cylinder and limited block.Jacking
Cylinder 71 drives raising plate 72 to rise the functional module progress for being placed in product 9 to be measured in EOL test box 31 to car body controller
Simulation test, the functional module of car body controller include the functional control modules such as rain brush, car light.After detection, jacking cylinder
71 driving raising plates 72 decline, and limiting cylinder driving limited block decline no longer stops product 9 to be measured to move forwards, while third
Product 9 to be measured is transported to visual test machine 4 and detected by the operating of transport mechanism 32.The third transport mechanism the 32, the 4th passes
It send mechanism 33, lifting body 7 and position-limit mechanism to be not limited solely to above structure, can also be other structures form.
As shown in fig. 6, the visual test machine 4 includes vision-based detection mechanism 41, upper and lower 5th conveyer disposed in parallel
The 5th transport mechanism 42 is arranged in structure 42 and the 6th transport mechanism 43 and lifting body 7, the vision-based detection mechanism 41
Top, the lifting body 7 are arranged in the 5th transport mechanism 42 corresponding with 41 position of vision-based detection mechanism,
The lifting body 7 is equipped with close to the side of the marking machine 5 limits the mobile position-limit mechanism of the product 9 to be measured.
Specifically, the 5th transport mechanism 42 and the 6th transport mechanism 43 include two conveyer belts disposed in parallel and driving
Motor, conveyer belt are sleeved on driving wheel and driven wheel, and driving motor drives driving wheel to realize the rotation of conveyer belt.The 5th
Lifting body 7 is provided between two conveyer belts of transport mechanism 42, lifting body 7 includes being fixed in the 5th transport mechanism 42
Jacking cylinder 71 and the raising plate 72 that is connect with the piston rod of jacking cylinder 71, raising plate 72 be placed in vision-based detection mechanism 41
Underface.Raising plate 72 is equipped with the mobile position-limit mechanism of the limitation product 9 to be measured close to the side of marking machine 5 and (does not show in figure
Out).When product 9 to be measured is transported to below vision-based detection mechanism 41 and product to be measured 9 is placed on raising plate 72, it is arranged the 5th
Sensor in transport mechanism 42 detects product 9 to be measured, and position-limit mechanism stops product 9 to be measured to continue to move ahead, and simultaneously the 5th
The conveyer belt of transport mechanism 42 shuts down.In the present embodiment, position-limit mechanism includes limiting cylinder and limited block.Jack gas
It is lossless to the plug progress of car body controller in vision-based detection mechanism 41 that cylinder 71 drives the rising of raising plate 72 to be placed in product 9 to be measured
Two dimensional code in detection and identification car body controller.After detection, jacking cylinder 71 drives raising plate 72 to decline, and limits gas
Cylinder driving limited block decline no longer stops product 9 to be measured to move forwards, while the 5th transport mechanism 42 is operated product 9 to be measured
It is transported to marking machine 5.5th transport mechanism 42, the 6th transport mechanism 43, lifting body 7 and position-limit mechanism not only limit to
In above structure, other structures form can also be.
As shown in fig. 7, marking machine 5 includes marking mechanism 51, upper and lower 7th transport mechanism 52 disposed in parallel and the 8th biography
Mechanism 53 and lifting body 7 are sent, the top of the 7th transport mechanism 52, the jack is arranged in the marking mechanism 51
Structure 7 is arranged in the 7th transport mechanism 52 corresponding with 51 position of marking mechanism, and the lifting body 7 is close to institute
The side for stating feed back machine 6, which is equipped with, limits the mobile position-limit mechanism of the product 9 to be measured.
Specifically, the 7th transport mechanism 52 and the 8th transport mechanism 53 respectively include two conveyer belts disposed in parallel and drive
Dynamic motor, conveyer belt are sleeved on driving wheel and driven wheel, and driving motor drives driving wheel to realize the rotation of conveyer belt.?
Lifting body 7 is provided between two conveyer belts of seven transport mechanisms 52, lifting body 7 includes being fixed on the 7th transport mechanism 52
On jacking cylinder 71 and the raising plate 72 that is connect with the piston rod of jacking cylinder 71, raising plate 72 be provided with and marking mechanism 51
At corresponding position.Raising plate 72 is equipped with close to the side of feed back machine 6 limits the mobile position-limit mechanism (figure of the product 9 to be measured
In be not shown).Product 9 to be measured is transported to the lower section of marking mechanism 51 and when product to be measured 9 is placed on raising plate 72, and setting is the
Sensor in seven transport mechanisms 52 detects product 9 to be measured, and position-limit mechanism stops product 9 to be measured to continue to move ahead, and simultaneously the
The conveyer belt of seven transport mechanisms 52 shuts down.In the present embodiment, position-limit mechanism includes limiting cylinder and limited block.Jacking
Cylinder 71 drives the rising of raising plate 72 to be placed in product 9 to be measured at the position to mark.After 51 mark of marking mechanism, jacking
Cylinder 71 drives raising plate 72 to decline, and limiting cylinder driving limited block decline no longer stops the product detected to move forwards,
The product that 7th transport mechanism 52 operating simultaneously will test is transported to feed back machine 6.7th transport mechanism the 52, the 8th transmits
Mechanism 53, lifting body 7 and position-limit mechanism are not limited solely to above structure, can also be other structures form.
Above-mentioned lifting body 7 also includes positioning component, and when product 9 to be measured is placed on raising plate 72, positioning component will
Product 9 to be measured is fixed on raising plate 72.Positioning component is conventional structure in the prior art, can be at four of raising plate 72
Baffle is arranged in edge, and cylinder drives baffle lifting to realize the positioning to product 9 to be measured.Positioning component is also possible to other structures shape
Formula no longer describes herein.
As shown in figure 8, feed back machine 6 includes feed back transport mechanism 61 and the feed back for driving feed back transport mechanism 61 to go up and down lifting
Mechanism 62, the feed back transport mechanism 61 is equipped with far from the side of the marking machine 5 limits the product movement detected
Position-limit mechanism.
Specifically, feed back elevating mechanism 62 includes the rodless cylinder being vertically arranged, and feed back transport mechanism 61 is mounted on no bar
On sliding block outside cylinder.Feed back transport mechanism 61 includes two conveyer belts and driving motor disposed in parallel, conveyer belt suit
On driving wheel and driven wheel, driving motor drives driving wheel to realize the rotation of conveyer belt.It is arranged in feed back transport mechanism 61
On position-limit mechanism include limiting cylinder and the limited block that is connect with the piston rod of limiting cylinder.Limited block limitation has detected
Product continue to move ahead.The feed back transport mechanism 61, feed back elevating mechanism 62 are not limited solely to above structure, herein no longer
Narration.
After the product detected is transported in feed back transport mechanism 61, feed back elevating mechanism 62 declines, and passes feed back
Send mechanism 61 and the 8th transport mechanism 53, the 6th transport mechanism 43, the 4th transport mechanism 33, the second transport mechanism 23 and feeding
Transport mechanism 11 is in same plane, and the product that will test is transported in feeding transport mechanism 11, manually will test
Product is taken away, then new product to be measured 9 is placed on pallet 8.The online circuit of car body controller described in the present embodiment is examined
Measurement equipment not only effectively prevents the subjectivity meaning due to testing staff instead of traditional artificial detection or artificial one-to-one detection
Mistake caused by knowledge, also reduces cost of labor, improves testing efficiency and accuracy rate.
Obviously, the above embodiments of the present invention is used for the purpose of clearly illustrating examples for clearly illustrating the present invention, and
It is not limitations of the embodiments of the present invention.For those of ordinary skill in the art, in above description
On the basis of can also make other variations or changes in different ways.There is no need and unable to give all embodiments
Exhaustion.Any modifications, equivalent replacements, and improvements made within the spirit and principle of the present invention etc., should be included in
Within the protection scope of the utility model claims.
Claims (9)
1. a kind of In circuit test equipment of car body controller characterized by comprising
Feeder (1), for conveying product to be measured (9)；
Radio frequency testing machine (2), is detected for the radio-frequency module to car body controller；
EOL test machine (3) carries out simulation test for the functional module to car body controller；
Visual test machine (4), for the plug on car body controller being carried out non-destructive testing and being identified the two of car body controller
Tie up code；
Marking machine (5) is used for print label；
Feed back machine (6) is delivered to the feeder (1) for that will test product；
Along the conveying direction of the product (9) to be measured, the feeder (1), radio frequency testing machine (2), EOL test machine (3), vision
Test machine (4), marking machine (5) and feed back machine (6) are set gradually.
2. the In circuit test equipment of car body controller according to claim 1, which is characterized in that the feeder
(1) loading lifting mechanism (12) for including feeding transport mechanism (11) and the feeding transport mechanism (11) being driven to go up and down, it is described
At least one is placed in feeding transport mechanism (11) for consigning the pallet (8) of the product to be measured (9).
3. the In circuit test equipment of car body controller according to claim 1, which is characterized in that the radio frequency testing
Machine (2) includes radio frequency testing case (21), upper and lower first transport mechanism (22) disposed in parallel and the second transport mechanism (23), and top
It rises mechanism (7), above first transport mechanism (22), the lifting body (7) is set for radio frequency testing case (21) setting
It sets on first transport mechanism (22) corresponding with radio frequency testing case (21) position, the lifting body (7) is leaned on
The side of the nearly EOL test machine (3), which is equipped with, limits the mobile position-limit mechanism of the product (9) to be measured.
4. the In circuit test equipment of car body controller according to claim 1, which is characterized in that the EOL test
Machine (3) includes EOL test box (31), upper and lower third transport mechanism (32) disposed in parallel and the 4th transport mechanism (33), and top
It rises mechanism (7), the EOL test box (31) is arranged in the top of the third transport mechanism (32), and the lifting body (7) sets
It sets on the third transport mechanism (32) corresponding with EOL test box (31) position, the lifting body (7) is close
The side of the visual test machine (4), which is equipped with, limits the mobile position-limit mechanism of the product (9) to be measured.
5. the In circuit test equipment of car body controller according to claim 1, which is characterized in that the visual test
Machine (4) include vision-based detection mechanism (41), upper and lower 5th transport mechanism (42) disposed in parallel and the 6th transport mechanism (43) and
Lifting body (7), the vision-based detection mechanism (41) are arranged in the top of the 5th transport mechanism (42), the lifting body
(7) it is arranged on the 5th transport mechanism (42) corresponding with vision-based detection mechanism (41) position, the jack
Structure (7) is equipped with close to the side of the marking machine (5) limits the mobile position-limit mechanism of the product (9) to be measured.
6. the In circuit test equipment of car body controller according to claim 1, which is characterized in that the marking machine
It (5) include marking mechanism (51), upper and lower 7th transport mechanism (52) disposed in parallel and the 8th transport mechanism (53) and jack
Structure (7), marking mechanism (51) setting exist in the top of the 7th transport mechanism (52), lifting body (7) setting
On the 7th transport mechanism (52) corresponding with the marking mechanism (51) position, the lifting body (7) is close to described
The side of feed back machine (6), which is equipped with, limits the mobile position-limit mechanism of the product (9) to be measured.
7. the In circuit test equipment of car body controller according to claim 1, which is characterized in that the feed back machine
It (6) include feed back transport mechanism (61) and the feed back elevating mechanism (62) for driving feed back transport mechanism (61) lifting, the feed back
Transport mechanism (61) is equipped with the position-limit mechanism for the product movement that limitation has detected far from the side of the marking machine (5).
8. according to the In circuit test equipment of the described in any item car body controllers of claim 3-6, which is characterized in that described
Lifting body (7) includes jacking cylinder (71) and the raising plate (72) connecting with the piston rod of the jacking cylinder (71).
9. according to the In circuit test equipment of the described in any item car body controllers of claim 3-7, which is characterized in that described
Position-limit mechanism includes limiting cylinder and the limited block that connect with the piston rod of the limiting cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820904078.XU CN208520964U (en) | 2018-06-12 | 2018-06-12 | A kind of In circuit test equipment of car body controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820904078.XU CN208520964U (en) | 2018-06-12 | 2018-06-12 | A kind of In circuit test equipment of car body controller |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208520964U true CN208520964U (en) | 2019-02-19 |
Family
ID=65325786
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820904078.XU Active CN208520964U (en) | 2018-06-12 | 2018-06-12 | A kind of In circuit test equipment of car body controller |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208520964U (en) |
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2018
- 2018-06-12 CN CN201820904078.XU patent/CN208520964U/en active Active
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