CN106500562A - A kind of suspender cubing - Google Patents
A kind of suspender cubing Download PDFInfo
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- CN106500562A CN106500562A CN201611196606.2A CN201611196606A CN106500562A CN 106500562 A CN106500562 A CN 106500562A CN 201611196606 A CN201611196606 A CN 201611196606A CN 106500562 A CN106500562 A CN 106500562A
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- Prior art keywords
- detection
- arm
- suspender
- cubing
- slidably
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B5/00—Measuring arrangements characterised by the use of mechanical techniques
- G01B5/0002—Arrangements for supporting, fixing or guiding the measuring instrument or the object to be measured
- G01B5/0004—Supports
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- General Physics & Mathematics (AREA)
- Testing Of Devices, Machine Parts, Or Other Structures Thereof (AREA)
- Conveying And Assembling Of Building Elements In Situ (AREA)
Abstract
The application provides a kind of suspender cubing, slidably detection arm is installed in the suspender cubing, and the slidably detection arm can be fixed by slidably detection arm fixed mechanism in the relevant position of the inspection dimensional requirement for meeting tested suspender, and the detection termination in the slidably detection arm can be changed according to the shape of tested suspender claw, size, this suspender cubing for allowing for the application offer can be applied to the change of claw spacing and/or the multi-series suspender of claw change of shape of tested suspender, applied widely；Meanwhile, the suspender cubing that the application is provided includes the preferred version with four detection terminations, can disposably complete the detection to tested suspender, and detection process is simple.
Description
Technical field
The application is related to a kind of suspender cubing, and in particular to a kind of suspender cubing of auto production line body in white.
Background technology
With the high speed development of automobile industry, to automobile production during frock equipment required precision more and more higher.
Suspender is referred to and hangs the device for taking weight in hoisting machinery, high with bearing capacity, and safety is good, and combining form is various, versatility,
Interchangeability is strong, the advantages of long service life.
At present, on production line, the use of vehicle body lifting appliance is very universal, and in order to be applied to different automobile types, the class of suspender
Type series is more.On the one hand, by the use to suspender, the fluency of auto production line whole flow process is enhanced, has been reduced
The difficulty that transports again；On the other hand due to the problem of the aspects such as technique productions manufacture, the suspender that produces often off-dimension,
The size for being pre-designed requirement is not reached, and when body in white is laid on unqualified suspender, meeting cannot be smooth because size is mismatched
Place, affect work efficiency, if the suspender left and right sides is uneven, suspender occurs rugged phenomenon, and then body in white
Can be uneven, this can not only affect the installation of other accessories, serious, result even in body in white and drop, cause damage.
In order to avoid due to caused by suspender off-dimension body in white the phenomenon such as drop, be just badly in need of setting with coherent detection
Standby suspender size is detected.Under prior art, a kind of T-shaped in Chinese patent application description CN201897448U, is disclosed
Suspender cubing, it include that cross bar and montant, one end of montant are connected with cross bar center, and the other end is provided with the side with suspender center
The suspender centralized positioning block that steel is adapted；The both sides of cross bar are provided with the locating piece for detecting alignment pin, so as to pass through horizontal stroke
Locating piece on bar is realizing the detection to suspender cubing.This suspender detection tool structure is simple, but there is also notable defect.
Firstly, since manufacturing industry fast development, flexible production goes out the body in white of various models, then, in order to different shaped
Number body in white match, the suspenders of various series are also taken advantage of a situation and give birth to so that suspender is serial gradually to be increased.And above-mentioned application is disclosed
T-shaped suspender in for detection detection part size fix and cannot change, cause which to may be only available for certain specific suspender
Detection, narrow application range.
Secondly, in order to lift body in white, usual suspender is provided with four claws for lifting body in white, and above-mentioned application is disclosed
T-shaped suspender cubing only provide including two detection terminations schemes, so the detection to same specific suspender need to be entered respectively
Twice, detection process is complicated, and easily causes error for row
Content of the invention
The application provides a kind of suspender cubing, complicated to solve narrow application range and detection process in prior art, easily
Cause the problem of error.
The application provides a kind of suspender cubing, and including cubing framework, the suspender cubing also includes slidably detection arm, institute
State slidably detection arm to be arranged on cubing framework in the mode of being slidably connected, also, the slidably detection arm can meet
Fixed by slidably detection arm fixed mechanism the relevant position of the inspection dimensional requirement of tested suspender.
Optionally, the suspender cubing includes registration arm, and the registration arm includes registration arm crossbeam and locating rod, described fixed
Position arm crossbeam on the cubing framework, the locating rod on the registration arm crossbeam, the locating rod and quilt
One end that detection suspender coordinates is positioning end, and the positioning end is with the shape matched with the location structure of setting on detected suspender
Shape, size, can be realized in the suspender cubing detection process in the positioning being detected on suspender by the locating rod.
Optionally, on the cubing framework, specifically registration arm crossbeam is connected the registration arm crossbeam by sliding
Connect mode to be slidably connected with the cubing framework, also, the registration arm can be in satisfactory relevant position by for described
The registration arm fixed mechanism that registration arm is arranged is fixed.
Optionally, the registration arm crossbeam is slidably connected with the cubing framework by the mode of being slidably connected, and which is specifically tied
Structure is：Registration arm line slide rail is provided with the cubing framework, is fixed with and the registration arm under the registration arm crossbeam
The registration arm slide block that line slide rail coordinates, the registration arm slide block can slide on the registration arm line slide rail.
Optionally, the registration arm line slide rail end is provided with registration arm limited block, and the registration arm limited block is used for
Ensure that the registration arm does not skid off the registration arm line slide rail.
Optionally, the registration arm fixed mechanism, installs registration arm spring catch specifically on the registration arm crossbeam.
Optionally, the positioning end of the locating rod is taper pin；Accordingly, arranged on the detected suspender determines
Bit architecture is the taper hole matched with the taper pin.
Optionally, the locating rod is arranged in the locating rod accommodating hole of the registration arm crossbeam, and can be described fixed
Along the direction slip perpendicular to the cubing frame plane in the bar accommodating hole of position.
Optionally, positioning bracket is provided with the registration arm crossbeam, relative with the positioning end in the locating rod
Other end is provided with horizontal positioning pressure pin, and the locating rod can be shelved by the positioning pressure pin in a non-operative state
On the positioning bracket.
Optionally, the slidably detection arm is two, vertical with the long beam of the cubing framework respectively, to be slidably connected
Mode is arranged on the cubing framework two ends；The registration arm is two, is arranged on the inspection in the mode of being slidably connected respectively
On tool frame center and the center sill vertical with the long beam of the cubing framework.
Optionally, the glide direction of the slidably detection arm is vertical with the glide direction of the registration arm.
Optionally, the slidably detection arm has slidably detection arm crossbeam and a detection bar, described slidably examines
, in the mode of being slidably connected on cubing framework, specifically described slidably detection arm crossbeam is by the mode of being slidably connected for test arm
It is slidably connected with the cubing framework；On the slidably detection arm crossbeam, the detection bar works the detection bar
The one end coordinated with the claw of detected suspender during state is that detection termination, the detection termination have hold in the palm corresponding on the suspender
Size that pawl cooperates, shape.
Optionally, the detection termination cooperated to corresponding claw on the suspender is included：Sleeve and/or notch board.
Optionally, the detection bar is arranged in the slidably detection bar accommodating hole of detection arm crossbeam, and can be
Along the direction slip perpendicular to the cubing frame plane in the detection bar accommodating hole.
Optionally, detection bracket is provided with the slidably detection arm crossbeam, one group two, the detection bracket, including
In of a relatively high position high detection bracket and the low detection bracket in relatively low position, in the detection bar with described
The relative other end in detection termination is provided with horizontal detection pressure pin, and the detection bar in working order can be by the inspection
Survey pressure pin to be shelved on the low detection bracket, the high detection can be shelved on by the detection pressure pin in off working state
On bracket.
Optionally, the slidably detection arm crossbeam is slidably connected with the cubing framework by the mode of being slidably connected, its
Concrete structure is：Detection arm line slide rail is provided with the cubing framework, is fixed with the slidably detection arm crossbeam
The detection arm slide block coordinated with the detection arm line slide rail, the detection arm slide block can be on the detection arm line slide rail
Slide.
Optionally, the detection arm line slide rail end is provided with detection arm limited block, and the detection arm limited block is used for
Described in ensureing, slidably detection arm does not skid off the detection arm line slide rail.
Optionally, the slidably detection arm fixed mechanism, installs inspection specifically on the slidably detection arm crossbeam
Test arm spring catch.
Compared with prior art, the present invention has advantages below：
The suspender cubing that the application is provided is provided with slidably detection arm, and the slidably detection arm can meet by
The relevant position of the inspection dimensional requirement of inspection suspender is fixed by slidably detection arm fixed mechanism, and in the slidably detection arm
Detection termination can be changed according to the shape of tested suspender claw, size, this allow for the application offer suspender cubing
The change of claw spacing and/or the multi-series suspender of claw change of shape of tested suspender can be applied to, applied widely；With
When, the suspender cubing that the application is provided includes the preferred version with four detection terminations, disposably can complete to tested suspender
Detection, detection process is simple, does not easily cause error.
Description of the drawings
Fig. 1 is the suspender cubing schematic diagram that the application is provided.
Specific embodiment
Elaborate a lot of details in order to fully understanding the application in the following description.But the application can be with
Much it is different from alternate manner described here to implement, those skilled in the art can be in the situation without prejudice to the application intension
Under do similar popularization, therefore the application is not embodied as being limited by following public.
The application is further described below in conjunction with drawings and Examples.
The application provides a kind of suspender cubing, including cubing framework, it is characterised in that also include slidably detection arm, institute
State slidably detection arm to be arranged on cubing framework in the mode of being slidably connected, also, the slidably detection arm can meet
Fixed by slidably detection arm fixed mechanism the relevant position of the inspection dimensional requirement of tested suspender.
Before actually detected, slidably detection arm position set in advance will be slided into, and pass through detection arm fixed mechanism
Fixed.Slidably this structure of detection arm improves the motility of suspender cubing so that this kind of suspender cubing can verify that polyphyly
Row suspender.
The present embodiment will with the suspender cubing include two slidably detection arm preferably, carry out specifically
Bright.
As shown in figure 1, the suspender cubing of the present embodiment includes cubing framework 1, additionally include slidably detection arm 2 and
Slidably detection arm 3, the slidably detection arm 2 in the present embodiment and slidably detection arm 3 is axially symmetric structure, so this
, by taking each slidably one end of detection arm as an example, another end structure is identical, does not repeat for embodiment.Wherein slidably detection arm 2
It is made up of slidably detection arm crossbeam 21, detection bar 22, detection bracket 23.The slidably detection arm 2 by described slidably
Detection arm crossbeam 21 in the mode of being slidably connected on the cubing framework 1, the detection bar 22 installed in described slidably
On detection arm crossbeam 21.As shown in figure 1, the one end coordinated with the claw of detected suspender during 22 working condition of detection bar is
Detection termination 221, specifically, the detection termination 221 is sleeve.By detecting that termination 221 is coordinated with tested suspender claw, from
And the detection for realizing whether deforming the distance between tested suspender claw and claw.Slidably detection arm 3 is by slidably examining
Test arm crossbeam 31, detection bar 32, detection bracket 33 are constituted.As shown in figure 1, in the detection bar 32 of the slidably detection arm 3
Detection termination 321 is notch board, and in addition, slidably the other structures of detection arm 3 are identical with slidably detection arm 2, here
Do not repeat, and the description below is by taking slidably detection arm 2 as an example.
As shown in figure 1, the detection bar 22 is arranged in the slidably detection bar accommodating hole of detection arm crossbeam 21, and
Can be in the detection bar accommodating hole along the direction slip perpendicular to the cubing frame plane.
As shown in figure 1, detection bracket 23 on the slidably detection arm crossbeam 21, is provided with, 23 1 groups of the bracket of detection
Two, including the high detection bracket 231 in of a relatively high position and the low detection bracket 232 in relatively low position, institute
State relative with the detection termination 221 other end in detection bar 22 and be provided with horizontal detection pressure pin 222, the detection bar
22 can be shelved on the low detection bracket 232, so as to control to detect termination by the detection pressure pin 222 in working order
221 overhang, can be shelved on the high detection bracket 231 by the detection pressure pin 222 in off working state, in order to avoid
Detect that termination 221 is long to collide.
As shown in figure 1, the slidably detection arm 2 is pacified in the mode of being slidably connected by 21 crossbeam of slidably detection arm
It is mounted on the cubing framework 1, its concrete structure is：Detection arm line slide rail 41 is provided with the cubing framework 1, described
The detection arm slide block 51 that with the detection arm line slide rail 41 coordinate, the detection arm are slidably fixed with detection arm crossbeam 21
Slide block 51 can slide on the detection arm line slide rail 51.
As shown in figure 1, the end of the detection arm line slide rail 41 is provided with detection arm limited block 61, the detection arm limit
Position block 61 is used for ensureing that the slidably detection arm 2 does not skid off the detection arm line slide rail 41.
As shown in figure 1, in order to ensure that described slidably detection arm 2 can be in the inspection dimensional requirement for meeting tested suspender
Relevant position is fixed, and spy is mounted with detection arm spring catch 71 on the slidably detection arm crossbeam 21, is slidably detecting
It is noted that pulling up the detection arm spring catch 71 when arm 2 slides, in order to avoid damaged in collision.
Preferably, the suspender cubing that the application is provided also includes registration arm, and the registration arm is installed in the mode of being slidably connected
On cubing framework, also, the registration arm can be positioned in the relevant position of the inspection dimensional requirement for meeting tested suspender
Arm fixed mechanism is fixed.Specifically for, before actually detected, the relative position of tested suspender and suspender cubing is fixed, from
And improve accuracy of detection.
The present embodiment will include two registration arm preferably with the suspender cubing, elaborate.
As shown in figure 1, the suspender cubing of the present embodiment also includes registration arm 8 and registration arm 9, wherein registration arm 8 is by fixed
Position arm crossbeam 81, locating rod 82, positioning bracket 83 are constituted.The registration arm 8 is by the registration arm crossbeam 81 being slidably connected
, on the cubing framework 1, the locating rod 82 is on the registration arm crossbeam 81 for mode.As shown in figure 1, described
The one end coordinated with the location structure of detected suspender during 82 working condition of locating rod is test side 821, specifically, the positioning
End 821 is taper pin, and accordingly, the location structure of tested suspender is taper hole.Corresponding to tested suspender fixed by positioning end taper pin 721
The cooperation of position taper hole, realizes the positioning of tested suspender and suspender cubing.Registration arm 9 is by slidably crossbeam 91, detection bar 92, detection
Bracket 93 is constituted.As shown in figure 1, the structure of the registration arm 9 is identical with registration arm 8, will not be described here, and under state
Bright by taking registration arm 8 as an example.
As shown in figure 1, the locating rod 82 is arranged in the locating rod accommodating hole of the registration arm crossbeam 81, and can be
Along the direction slip perpendicular to the cubing frame plane in the detection bar accommodating hole.
As shown in figure 1, positioning bracket 83 on the registration arm crossbeam 81, is provided with, with the positioning in the locating rod 82
821 relative other ends are held to be provided with horizontal positioning pressure pin 822, the locating rod 72 can pass through institute in off working state
State positioning pressure pin 822 to be shelved on the positioning bracket 83, in order to avoid positioning end 821 is long collide.
As shown in figure 1, the registration arm 8 is arranged on cubing framework by the registration arm crossbeam 81 in the mode of being slidably connected
On 1, its concrete structure is：Registration arm line slide rail 42 is provided with the cubing framework 1, and the registration arm crossbeam is consolidated for 81 times
Surely there is the registration arm slide block 52 coordinated with the registration arm line slide rail 42, the registration arm slide block 52 can be in the registration arm
Slide on line slide rail 42.
As shown in figure 1, the end of the registration arm line slide rail 42 is provided with registration arm limited block 62, the registration arm limit
Position block 62 is used for ensureing that the registration arm 8 does not skid off the registration arm line slide rail 42.
As shown in figure 1, in order to ensure that the registration arm 8 can be in the corresponding positions of the inspection dimensional requirement for meeting tested suspender
Put and fixed, spy is mounted with registration arm spring catch 72 on the registration arm crossbeam 81, when registration arm 7 is slided it is noted that by institute
State registration arm spring catch 72 to pull up, in order to avoid damaged in collision.
As shown in figure 1, the glide direction of the slidably detection arm 2 is vertical with the glide direction of the registration arm 8.
Suspender cubing described in the embodiment of the present application includes the slidably detection arm of two registration arm and two, checkout procedure letter
Single easy.
Before detection, according to the standard size between tested suspender claw or the cubing accessory for pre-setting in suspender cubing
Slidably detection arm be adjusted, the slidably detection arm is moved on detection rail plate by detecting slide block, and
Fixed by slidably detection arm fixed mechanism in the relevant position of the inspection dimensional requirement for meeting tested suspender；Adjust suspender cubing
On registration arm, make the registration arm by positioning sliding block positioning rail plate on move, and with tested suspender on determine
The position that position taper hole is engaged is positioned arm fixed mechanism and fixes.
During detection, the positioning pressure pin in the registration arm is moved, the locating taper pin and tested suspender in the registration arm is made
On positioning taper hole coordinate, realize that tested suspender and the relative position of suspender cubing are fixed；By the detection in slidably detection arm
Pressure pin is moved on low detection bracket from high detection bracket, makes the detection termination in the slidably detection arm and tested suspender
Claw coordinates, and the cooperation and the notch board including the sleeve and taper pin on tested suspender is matched somebody with somebody with tested suspender mounting plate
Close, carry out observing, measure, so as to realize the detection of size and claw deformation between the claw tested suspender.
If the taper pin and supporting plate of the tested suspender correctly can be coordinated with the sleeve and notch board of the suspender cubing respectively,
The form and position tolerance that the tested suspender claw is then described is qualified.Otherwise, then it is underproof, needs to repair or adjustment is hung
Tool.
Although the application is disclosed as above with preferred embodiment, which is not for limiting the application.Specifically, this Shen
The suspender cubing that please be provided includes following assembled scheme：
One slidably detection arm is installed；
One slidably detection arm and a registration arm are installed；
One slidably detection arm and two registration arm are installed；
One slidably detection arm and a fixed test arm are installed；
One slidably detection arm, a fixed test arm and a registration arm are installed；
One slidably detection arm, a fixed test arm and two registration arm are installed；
Two slidably detection arms are installed；
Two slidably detection arm and registration arm are installed；
Two slidably detection arm and two registration arm are installed.
The application is provided with the assembled scheme of two slidably detection arm and two registration arm as excellent with the suspender cubing
Scheme is selected to be made that detailed description.
In combinations thereof scheme, the suspender cubing with two slidably detection arms is slidably examined compared to only one of which
Motility is had more for the suspender cubing of test arm, and scope applicatory is wider；The suspender cubing with two registration arm is compared
Position for there is suspender cubing of the registration arm even without registration arm more accurately, detection process is more accurate reliable.
Claims (18)
1. a kind of suspender cubing, including cubing framework, it is characterised in that also include slidably detection arm, described slidably detects
Arm is arranged on cubing framework in the mode of being slidably connected, also, the slidably detection arm can be in the inspection for meeting tested suspender
Fixed by slidably detection arm fixed mechanism the relevant position for testing dimensional requirement.
2. suspender cubing according to claim 1, it is characterised in that the suspender cubing includes registration arm, the registration arm
Including registration arm crossbeam and locating rod, on the cubing framework, the locating rod is arranged on institute to the registration arm crossbeam
State on registration arm crossbeam, one end that the locating rod and detected suspender coordinate is positioning end, the positioning end have with tested
Shape, size that the location structure arranged on suspender matches is surveyed, the suspender cubing detection can be realized by the locating rod
During be detected suspender on positioning.
3. suspender cubing according to claim 2, it is characterised in that the registration arm crossbeam is arranged on the cubing framework
On, specifically registration arm crossbeam is slidably connected with the cubing framework by the mode of being slidably connected, also, the registration arm can
Fixed by the registration arm fixed mechanism arranged by the registration arm in satisfactory relevant position.
4. suspender cubing according to claim 3, it is characterised in that the registration arm crossbeam is by the mode of being slidably connected and institute
State cubing framework to be slidably connected, its concrete structure is：Registration arm line slide rail, the positioning is provided with the cubing framework
The registration arm slide block coordinated with the registration arm line slide rail is fixed with arm crossbeam, and the registration arm slide block can be described fixed
Slide on the arm line slide rail of position.
5. suspender cubing according to claim 4, it is characterised in that the registration arm line slide rail end is provided with registration arm
Limited block, the registration arm limited block are used for ensureing that the registration arm does not skid off the registration arm line slide rail.
6. suspender cubing according to claim 3, it is characterised in that the registration arm fixed mechanism, specifically described fixed
Registration arm spring catch is installed on the arm crossbeam of position.
7. suspender cubing according to claim 2, it is characterised in that the positioning end of the locating rod is taper pin；Accordingly
, the location structure arranged on the detected suspender is the taper hole matched with the taper pin.
8. suspender cubing according to claim 2, it is characterised in that the locating rod is arranged on determining for the registration arm crossbeam
In the bar accommodating hole of position, and can be in the locating rod accommodating hole along the direction slip perpendicular to the cubing frame plane.
9. suspender cubing according to claim 2, it is characterised in that be provided with positioning bracket, institute on the registration arm crossbeam
State relative with positioning end other end in locating rod and be provided with horizontal positioning pressure pin, the locating rod is in inoperative shape
Can be shelved on the positioning bracket by the positioning pressure pin under state.
10. suspender cubing according to claim 2, it is characterised in that the slidably detection arm is two, respectively with described
The long beam of cubing framework is vertical, is arranged on the cubing framework two ends in the mode of being slidably connected；The registration arm is two, respectively
It was arranged on the cubing frame center and the center sill vertical with the long beam of the cubing framework in the mode of being slidably connected.
11. suspender cubings according to claim 10, it is characterised in that the glide direction of the slidably detection arm with described
The glide direction of registration arm is vertical.
12. suspender cubings according to claim 1, it is characterised in that the slidably detection arm has slidably detection arm
Crossbeam and detection bar, the slidably detection arm in the mode of being slidably connected on the cubing framework, specifically described can
Slip detection arm crossbeam is slidably connected with the cubing framework by the mode of being slidably connected；The detection bar is slided installed in described
On dynamic detection arm crossbeam, the one end coordinated with the claw of detected suspender during the detection bar working condition is detection termination, should
Detection termination has size, the shape cooperated to corresponding claw on the suspender.
13. according to claim 12 suspender cubing, it is characterised in that described cooperate to corresponding claw on the suspender
Detection termination include：Sleeve and/or notch board.
14. according to claim 12 suspender cubing, it is characterised in that the detection bar is arranged on the slidably detection arm
In the detection bar accommodating hole of crossbeam, and can be in the detection bar accommodating hole along perpendicular to the direction of the cubing frame plane
Slide.
15. according to claim 12 suspender cubing, it is characterised in that be provided with detection on the slidably detection arm crossbeam
Bracket, one group two, the detection bracket including the high detection bracket in of a relatively high position and are in relatively low position
Low detection bracket, in the detection bar, the other end relative with the detection termination is provided with horizontal detection pressure pin, institute
State detection bar to be shelved on the low detection bracket by the detection pressure pin in working order, can in off working state
It is shelved on the high detection bracket by the detection pressure pin.
16. according to claim 12 suspender cubing, it is characterised in that the slidably detection arm crossbeam is by being slidably connected
Mode is slidably connected with the cubing framework, and its concrete structure is：Detection arm line slide rail is provided with the cubing framework,
The detection arm slide block coordinated with the detection arm line slide rail is fixed with the slidably detection arm crossbeam, and the detection arm is slided
Block can slide on the detection arm line slide rail.
17. suspender cubings according to claim 1, it is characterised in that the detection arm line slide rail end is provided with detection
Arm limited block, the detection arm limited block are used for ensureing that the slidably detection arm does not skid off the detection arm line slide rail.
18. suspender cubings according to claim 1, it is characterised in that the slidably detection arm fixed mechanism, specifically exist
Detection arm spring catch is installed on the slidably detection arm crossbeam.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611196606.2A CN106500562B (en) | 2016-12-19 | 2016-12-19 | A kind of suspender cubing |
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| CN201611196606.2A CN106500562B (en) | 2016-12-19 | 2016-12-19 | A kind of suspender cubing |
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| CN106500562B CN106500562B (en) | 2019-10-22 |
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| CN109539924A (en) * | 2017-09-21 | 2019-03-29 | 上汽通用五菱汽车股份有限公司 | A kind of detection tool device of coating lifting |
| CN112794015A (en) * | 2021-01-26 | 2021-05-14 | 上海天永智能装备股份有限公司 | Be applicable to white automobile body skid location detection mechanism |
| CN112985220A (en) * | 2021-04-13 | 2021-06-18 | 若宇检具股份有限公司 | Module interchange device of Cubin checking fixture |
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| CN109539924A (en) * | 2017-09-21 | 2019-03-29 | 上汽通用五菱汽车股份有限公司 | A kind of detection tool device of coating lifting |
| CN112794015A (en) * | 2021-01-26 | 2021-05-14 | 上海天永智能装备股份有限公司 | Be applicable to white automobile body skid location detection mechanism |
| CN112985220A (en) * | 2021-04-13 | 2021-06-18 | 若宇检具股份有限公司 | Module interchange device of Cubin checking fixture |
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| CN106500562B (en) | 2019-10-22 |
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Address after: 442012 No. 9 East Yi Road, Hubei, Shiyan Patentee after: Hua Changda intelligent equipment group Limited by Share Ltd Address before: 442012 No. 9 East Yi Road, Hubei, Shiyan Patentee before: Hubei Changda Intelligent Equipment Co., Ltd. |