CN103267640A - Simulation testing device - Google Patents

Simulation testing device Download PDF

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Publication number
CN103267640A
CN103267640A CN2013101549628A CN201310154962A CN103267640A CN 103267640 A CN103267640 A CN 103267640A CN 2013101549628 A CN2013101549628 A CN 2013101549628A CN 201310154962 A CN201310154962 A CN 201310154962A CN 103267640 A CN103267640 A CN 103267640A
Authority
CN
China
Prior art keywords
fixed
bulb
anchor clamps
plate
detection equipment
Prior art date
Application number
CN2013101549628A
Other languages
Chinese (zh)
Inventor
李佳
Original Assignee
苏州工业园区高登威科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 苏州工业园区高登威科技有限公司 filed Critical 苏州工业园区高登威科技有限公司
Priority to CN2013101549628A priority Critical patent/CN103267640A/en
Publication of CN103267640A publication Critical patent/CN103267640A/en

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Abstract

The invention relates to a simulation testing device which is used for detecting a shifter. The shifter comprises a base, an operating lever and a ball head, wherein the operating lever is fixed on the base, and the ball head is fixed on the top of the operating lever. The simulation testing device comprises a fixing base, a swinging piece, a rotating shaft and a ball head fixing device, wherein the fixing base is fixed on an operating platform, the swinging piece is arranged in a suspension mode, the rotating shaft is connected with the swinging piece and the fixing base, and the ball head fixing device is arranged on the swinging piece and is used for fixing the ball head. The ball head fixing device comprises an ejector plate, a lifting device, a clamp positioning piece and a ball head clamp, wherein the ejector plate is fixed on the swinging piece, the lifting device is fixed on the ejector plate, the clamp positioning piece is connected with the lifting device, and the ball head clamp is fixed on the clamp positioning piece. The ball head clamp comprises a containing plate and a ball head cover, wherein the containing plate is fixed on the clamp positioning piece, and the ball head cover is fixed on the containing plate and is used for accommodating the ball head of the shifter.

Description

Analog detection equipment
Technical field
The present invention relates to a kind of analog detection equipment.
Background technology
After the selector assembling of automobile is complete, before dispatching from the factory, generally need detect selector, the simulation exercises with the performance of detection selector, thereby detect underproof selector, come into the market to prevent defective products.When analog detection, generally need to detect following several: the swing performance of base, the swing performance of control lever and bulb lift performance.At present by adopting analog detection equipment that selector is carried out the performance that lifts that simulated operation detects bulb.Existing analog detection equipment comprises the base fabricated section in order to firm banking, then by operating personnel detect by the bulb that manually lifts selector selector bulb lift performance, in the engineering that detects, operating personnel generally operate by the bulb that hand is directly held selector.In existing operating process, because operating personnel are directly by holding bulb, so through regular meeting the phenomenon generation that bulb damages takes place.
In view of this, be necessary existing analog detection equipment is improved to address the above problem.
Summary of the invention
The analog detection equipment that the object of the present invention is to provide a kind of phenomenon that helps to prevent that bulb from damaging to take place.
For realizing aforementioned purpose, the present invention adopts following technical scheme: a kind of analog detection equipment, in order to detect selector, described selector has base, be fixed on the control lever on the described base, and the bulb that is fixed on described control lever top, described analog detection equipment comprises the holder that is fixed on the described worktable, the swing sheet of unsettled setting, connect the rotating shaft of described swing sheet and holder, and be arranged on the described swing sheet in order to the fixing bulb stationary installation of bulb, described bulb stationary installation comprises the top board that is fixed on the described swing sheet, be fixed on the jacking gear on the described top board, the anchor clamps keeper that is connected with described jacking gear, and being fixed on bulb anchor clamps on the described anchor clamps keeper, described bulb anchor clamps comprise the plate of accommodating that is fixed on the described anchor clamps keeper, and be fixed on described bulb cover of accommodating on the plate with the bulb of taking in selector.
As a further improvement on the present invention, described anchor clamps keeper comprises in order to accommodate described grasping part of accommodating plate.
As a further improvement on the present invention, described anchor clamps keeper also comprises the location-plate that is connected with jacking gear, the grip block that is oppositely arranged on the location-plate both sides, each described grip block comprises the connecting portion that is connected with location-plate and the support division that is extended to form towards another grip block bending by described connecting portion, described location-plate and grip block enclose and form described grasping part, and described support division supports the bottom of accommodating plate described.
As a further improvement on the present invention, described anchor clamps keeper also comprise be arranged on one of them grip block and can screw in the described grasping part with described grip block with accommodate the knob bolts that plate is connected.
As a further improvement on the present invention, have the opening that is communicated with grasping part and is positioned at the grasping part below between described two support divisions, described bulb cover is positioned at the below of grasping part and by opening projection downwards.
As a further improvement on the present invention, described bulb stationary installation also comprises and is arranged on described anchor clamps keeper rear with the inductive head of the model that detects the bulb anchor clamps, and the described backboard face of accommodating is provided with identification code with the corresponding setting of described inductive head.
As a further improvement on the present invention, described jacking gear is cylinder.
As a further improvement on the present invention, described analog detection equipment also comprises the holding part that is fixed on the swing sheet and is positioned at bulb stationary installation below, described holding part comprises the fixture that is fixed on the described swing sheet, is fixed on the retaining sheet on the described fixture, and described retaining sheet has from the outer end of described retaining sheet indent and forms in order to hold the holding section of control lever.
The invention has the beneficial effects as follows: the swing sheet of analog detection equipment of the present invention by unsettled setting, be fixed on the bulb stationary installation on the swing sheet, and this bulb stationary installation has the top board of the swing of being fixed on the sheet, be fixed on jacking gear, the anchor clamps keeper that is connected with jacking gear on the top board, be fixed on accommodating plate and being fixed on the anchor clamps keeper accommodates on the plate in order to take in the bulb cover of bulb, thereby bulb directly contacts with operating personnel's hand when avoiding detecting, thereby helps to prevent that the phenomenon that bulb damages from taking place.
Description of drawings
Fig. 1 is the structural representation of analog detection equipment in the specific embodiment of the invention.
Fig. 2 is the part-structure figure of the analog detection equipment of Fig. 1.
Fig. 3 is the part-structure figure that the analog detection equipment of selector is installed.
Fig. 4 is the structural representation of base pendulous device in the analog detection equipment of Fig. 1.
The structural representation that Fig. 5 observes on other direction for the base pendulous device of Fig. 4.
Fig. 6 is the structural representation of pull bar pendulous device and pulling apparatus in the analog detection equipment of Fig. 1.
Fig. 7 is the part-structure synoptic diagram of Fig. 6.
Fig. 8 is the part-structure synoptic diagram of Fig. 7.
Fig. 9 is the structural representation of pulling apparatus among Fig. 6.
Figure 10 is for holding the structural representation of plate in the pulling apparatus of Fig. 6.
Embodiment
See also Fig. 1, the selector 200 of the analog detection equipment 100 in one embodiment of the invention in order to detect automobile.The bulb 203 that selector 200 comprises base 201, is fixed on the control lever 202 on the base 201 and is fixed on control lever 202 tops.Analog detection equipment 100 comprises framework 1 and is arranged on base pendulous device 2 and the pull bar pendulous device 3 on the framework 1 and is arranged on pulling apparatus 4 on the pull bar pendulous device 3.Framework 1 comprises worktable 11 and in order to the support body 12 of support table 11.Worktable 11 be provided with connect this worktable 11 dodge chamber 13.
Base pendulous device 2 comprise unsettled setting in order to the base anchor clamps 21 of base 201 that selector 200 is installed, be arranged on the worktable 11 and first pedestal 22, first drive unit 23 that is connected with first pedestal 22 of firm banking anchor clamps 21 and be arranged on first pedestal 22 and in order to drive first reversing arrangement 27 that first drive unit 23 is just changeing or reversing.This first drive unit 23 is motor.Base anchor clamps 21 unsettled being arranged on are dodged on the chamber 13.
First pedestal 22 is two, comprises being oppositely arranged on left pedestal 221 and the right pedestal 222 of dodging 13 both sides, chamber.First drive unit 23 and first reversing arrangement 27 are positioned at the same side, are separately fixed on the left pedestal 221.
Left side pedestal 221 comprises the left holder 241 that is fixed on the worktable 11, in order to the left side swing seat 251 that holds base anchor clamps 21 and connect left holder 241 and the left rotary shaft 261 of left side swing seat 251.Left rotary shaft 261 is connected with first drive unit 23, and is driven and rotated by this first drive unit 23.Described left side swing seat 251 with the rotation of left rotary shaft 261 along the rotation direction swing of left rotary shaft 261.Left side swing seat 251 comprise is connected with left rotary shaft 261 and with the rotation of left rotary shaft 261 along the left side swing sheet 255 of the rotation direction swing of left rotary shaft 261, be arranged on that sheet 255 bottoms are swung on a left side and in order to hold the left holding firmware 257 of base anchor clamps 21.
The right sides swing seat 252 that right pedestal 222 comprises the right holder 242 that is fixed on the worktable 11 and is oppositely arranged with left holder 241, be oppositely arranged with left side swing seat 251 and be connected right holder 242 and the right spindle 262 of right swing 252.This right side swing seat 252 comprises that right side swing sheet 256, left relatively holding firmware 257 that left side swing sheet 255 relatively arranges are arranged on base anchor clamps 21 opposite sides and in order to hold the right holding firmware 258 of base anchor clamps 21.Because it is fixing that right holding firmware 258 and left holding firmware 257 hold base anchor clamps 21, so, when left side swing seat 251 is swung with the rotation of left rotary shaft 261, the also swing thereupon of right swing seat 252.This left side swing seat 251 and 252 swings with the rotation of left rotary shaft 261 of right swing seat.
Thereby first reversing arrangement 27 comprise be fixed on the left side swing sheet 255 and with the fork 271 of left side swing sheet 255 swings, first limited block 275 controlling back limit switch 274 and front limit switch 273 that first drive unit 23 just changeing or reverse in order to detect fork 271 positions, be fixed on the fork 271 and swing with fork 271 and be fixed on the left holder 241 and in order to first limit base 277 of limit switch 274 after fixing and front limit switch 273.Back limit switch 274 and front limit switch 273 detect the position of fork 271 by the position of responding to first limited block 275.Offer the first arc stopper slot 276 that moves for first limited block 275 on first limit base 277 within it.Back limit switch 274 and front limit switch 273 are oppositely arranged on two extreme positions that first limited block 275 moves in the first arc stopper slot 276.Fork 271 is positioned at the top of left rotary shaft 261, and left holding firmware 257 is positioned at the below of left rotary shaft 261.
When starting first drive unit 23 and first drive unit 23 and just changeing, left rotary shaft 261 is just changeed under the driving of first drive unit 23, swing sheet 255 in a left side rotates with left rotary shaft 261, base anchor clamps 21 are swung forward, fork 271 is swung backward, first limited block 275 is swung backward until moving on the extreme position simultaneously, when after after limit switch 274 senses this first limited block 275, back limit switch 274 startups also drive 23 counter-rotatings of first drive unit, left rotary shaft 261 is reversed under the driving of first drive unit 23, swing sheet 255 in a left side rotates with left rotary shaft 261, base anchor clamps 21 are swung backward, fork 271 is swung forward, first limited block 275 is swung forward after move on another extreme position, current limit switch 273 is sensed this first limited block 275 simultaneously, and front limit switch 273 starts and drives first drive unit 23 and just changeing, first drive unit 23 drives left rotary shaft 261 more just to be changeed, and moves repeatedly according to this until the swing Performance Detection of selector 200 bases 201 is finished.
Left side swing seat 251 by base anchor clamps 21 that selector 200 bases 201 are installed, Holding seat anchor clamps 21 are set, is connected with left side swing seat 251 and makes first drive unit 23 of left side swing seat 251 left rotary shaft 261 with its rotation, 261 rotations of driving left rotary shaft and drive first reversing arrangement 27 that first driver 23 is just being changeed or reversed, thereby make this analog detection equipment 100 realize that robotization control detects the swing performance of base 201, improves detection efficiency and reduces error.
Pull bar pendulous device 3 comprises second pedestal 31 that is arranged on the worktable 11, be arranged on second drive unit 32 and second reversing arrangement 38 on second pedestal 31 and be arranged on second pedestal 31 and fixedly the bulb stationary installation 36 of the bulb 203 of selector 200 and control lever 202 and holding part 37 respectively.Second reversing arrangement 38 is in order to drive second drive unit 32 and just changeing or to reverse.This second drive unit 32 is motor.Bulb stationary installation 36 is in order to the fixing bulb 203 of selector 200.Holding part 37 is positioned at the below of bulb stationary installation 36.
Second pedestal 31 comprises the second swing sheet 34 that is fixed on second holder 33 on the worktable 11, unsettled setting, second rotating shaft 35 that connects second holder 33 and the second swing sheet 34.Second rotating shaft 35 is arranged in second axis hole (not label) of second holder 33.The second swing sheet, 34 unsettled being arranged on are dodged in the chamber 13.Second rotating shaft 35 is connected with second drive unit 32, and this second drive unit 32 drives this second rotating shaft, 35 rotations.Second swings sheet 34 rotation direction swing along second rotating shaft 35 with the rotation of second rotating shaft 35.This second swing sheet 34 swings with the rotation of second rotating shaft 35.Bulb stationary installation 36 is fixed on the second swing sheet 34.
Thereby second reversing arrangement 38 comprises second limited block 381 of controlling left limit switch 385 and right limit switch 384 that second drive unit 32 just changeing or reverse, be fixed on the second swing sheet 34 and move with the second swing sheet 34 in order to the position of detecting the second swing sheet 34 and is fixed on second holder 33 and in order to fixing second limit base 383 of left limit switch 385 and right limit switch 384.Left limit switch 385 and right limit switch 384 detect the position of the second swing sheet 34 by the position of responding to second limited block 381.Offer the second arc stopper slot (not label) that moves for second limited block 381 on second limit base 383 within it.Left limit switch 385 and right limit switch 384 are oppositely arranged on two extreme positions that second limited block 381 moves in the second arc stopper slot.Second limited block 381 is positioned at the top of second rotating shaft 35.
When starting second drive unit 32 and this second drive unit 32 and just changeing, second rotating shaft 35 is just changeed under the driving of second drive unit 32, the second swing sheet 34 rotates and swing to the right with second rotating shaft 35, second limited block 381 that is positioned on the second swing sheet 34 is swung to the right until moving to an extreme position with the second swing sheet 34, after being positioned at right limit switch 384 on this extreme position and sensing this second limited block 381,384 startups of right limit switch also drive 32 counter-rotatings of second drive unit, second rotating shaft 35 is reversed under the driving of second drive unit 32, the swing left thereupon of the second swing sheet 34, second limited block 381 is along with the second swing sheet 34 is swung left until moving to another extreme position, after being positioned at left limit switch 385 on this extreme position and sensing second limited block 381, left limit switch 385 starts and drives second drive unit 32 and just changeing, second drive unit 32 drives second rotating shaft 35 more just to be changeed, and perseveration is finished until the swing Performance Detection to the control lever 202 of selector 200 successively.
The second swing sheet 34 of the bulb stationary installation 36 by fixing selector 200 bulbs 203 are set, fixedly bulb stationary installation 36 and unsettled setting, is connected with the second swing sheet 34 and makes the second swing sheet 34 with second drive unit 32 of second rotating shaft 35 of its rotation, driving second rotating shaft 35 rotations and drive second reversing arrangement 38 that second drive unit 32 is just changeing or reversing, thereby make this analog detection equipment 100 realize that robotization control detects the swing performance of control lever 202, improves detection efficiency and reduces error.
Bulb stationary installation 36 comprise be fixed on second swing on the sheet 34 top board 361 and be fixed on first jacking gear 364, the anchor clamps keeper 362 that is connected with first jacking gear 364 on the top board 361 and be fixed on bulb anchor clamps 363 on the anchor clamps keeper 362.This first jacking gear 364 is cylinder.
Two grip blocks 366 of the both sides that anchor clamps keeper 362 comprises the location-plate 365 that is connected with first jacking gear 364, be oppositely arranged on location-plate 365, enclose the grasping part (not label) that forms and be arranged on one of them grip block 366 and can be screwed into the knob bolts 369 that in the grasping part grip block 366 is connected with bulb anchor clamps 363 by location-plate 365 and grip block 366.Each grip block 366 comprises the connecting portion 3661 that is connected with location-plate 365 and the support division 3662 that extends towards another grip block 366 bendings from connecting portion 3661.Has the opening (not label) that is communicated with and is positioned at the grasping part below with grasping part between two support divisions 3662.
Bulb anchor clamps 363 comprise and are housed in the grasping part and are accommodated plate 367 and be fixed on the bulb cover 368 of accommodating on the plate 367 with the bulb 203 of taking in selector 200 what it was connected with grip block 366 by knob bolts 369.Support division 3662 supports in the bottom of accommodating plate 367.Bulb cover 368 is positioned at the below of grasping part and by opening projection downwards.Described bulb stationary installation 36 also comprises and is arranged on anchor clamps keeper 362 rears with the inductive head 391 of the model that detects bulb anchor clamps 363.The back side of accommodating plate 367 is provided with the identification code 392 corresponding with inductive head 391.
By the second swing sheet 34 of unsettled setting is set, be fixed on the bulb stationary installation 36 on the second swing sheet 34, and this bulb stationary installation 36 has the top board 361 that is fixed on the second swing sheet 34, be fixed on first jacking gear 364 on the top board 361, the anchor clamps keeper 362 that is connected with first jacking gear 364, be fixed on and accommodate plate 367 on the anchor clamps keeper 362, and be fixed on and accommodate on the plate 367 in order to take in the bulb cover 368 of bulb 203, thereby bulb 203 directly contacts with operating personnel's hand when avoiding detecting, thereby helps to prevent that the phenomenon that bulb 203 damages from taking place.
Holding part 37 comprises and is fixed on the fixture 371 of second swing on the sheet 34, is fixed on the retaining sheet 372 on the fixture 371.This retaining sheet 372 has from the holding section 373 of indent formation in the outer end of retaining sheet 72 in order to hold control lever 202.Be connected by removable bolt 374 between described retaining sheet 372 and the fixture 371.By arrange this holding part 372 can prevent the swing performance that detects control lever 202 and bulb 203 lift performance in control lever deform.
Pulling apparatus 4 comprises and is fixed on the fixed mount 41 of second swing on the sheet 34, is fixed on second jacking gear 42 on the fixed mount 41, the Working piece positioning device 48 that is connected with second jacking gear 42.Described Working piece positioning device 48 comprises the push pedal 43 that is connected with second jacking gear 42, be arranged on push pedal 43 belows and with the holding plate 44, be connected the trip bolt 45 that holds plate 44 and push pedal 43 of push pedal 43 stacked settings.Hold the chute 47 that plate 44 is provided with the holding section 46 on the control lever 202 that is held in bulb 203 belows and extends to form along the longitudinally that holds plate 44.This holding section 46 is positioned at the place ahead of chute 47.The body of rod of trip bolt 45 (not label) passes this chute 47 to be connected with push pedal 43.The hold mouth of described holding section 46 for forming from the front end indent that holds plate 44.This holds mouthfuls 46 and comprises arc port 461 and stretch out and trumpet-shaped gap 462 from arc port.When promoting to hold plate 44, what trip bolt 45 can be relative is mobile in chute 47.When regulating this Working piece positioning device 48, at first loosening trip bolt 45 will hold plate 44 then and move, and then tighten trip bolt 45 and get final product.By above-mentioned design, make this Working piece positioning device 48 can hold the control lever 202 of different selectors 200, and be convenient to operation and adjusting, saved the time, improved work efficiency.Second jacking gear 42 is cylinder.
By second jacking gear 42, the push pedal 43 that is connected with second jacking gear 42 being set, being connected and being held in the holding section 46 of the control lever 202 of bulb 203 belows with this push pedal 43, thereby make this analog detection equipment 100 realize that robotization control detects the performance that lifts of bulb 203, has improved detection efficiency and has reduced error.
Above-mentioned analog detection equipment 100 is by arranging the swing performance that base pendulous device 2 detects base 201, by the swing performance that pull bar pendulous device 3 detects control lever 202 is set, by the performance that lifts that pulling apparatus 4 detects bulb 203 is set, thereby be implemented in the performance that lifts of the swing performance of swing performance that robotization in the same equipment detects base 201, control lever 202 and bulb 203, thereby improved detection efficiency and reduced error, guaranteed the quality that detects, in addition, also saved cost and artificial.
Although be the example purpose, preferred implementation of the present invention is disclosed, but those of ordinary skill in the art will recognize that under situation about not breaking away from by the disclosed scope and spirit of the present invention of appending claims, various improvement, increase and replacement are possible.

Claims (8)

1. analog detection equipment, in order to detect selector, described selector has base, be fixed on the control lever on the described base, and the bulb that is fixed on described control lever top, it is characterized in that: described analog detection equipment comprises the holder that is fixed on the described worktable, the swing sheet of unsettled setting, connect the rotating shaft of described swing sheet and holder, and be arranged on the described swing sheet in order to the fixing bulb stationary installation of bulb, described bulb stationary installation comprises the top board that is fixed on the described swing sheet, be fixed on the jacking gear on the described top board, the anchor clamps keeper that is connected with described jacking gear, and being fixed on bulb anchor clamps on the described anchor clamps keeper, described bulb anchor clamps comprise the plate of accommodating that is fixed on the described anchor clamps keeper, and be fixed on described bulb cover of accommodating on the plate with the bulb of taking in selector.
2. analog detection equipment according to claim 1, it is characterized in that: described anchor clamps keeper comprises in order to accommodate described grasping part of accommodating plate.
3. analog detection equipment according to claim 2, it is characterized in that: described anchor clamps keeper also comprises the location-plate that is connected with jacking gear, the grip block that is oppositely arranged on the location-plate both sides, each described grip block comprises the connecting portion that is connected with location-plate and the support division that is extended to form towards another grip block bending by described connecting portion, described location-plate and grip block enclose and form described grasping part, and described support division supports the bottom of accommodating plate described.
4. analog detection equipment according to claim 3 is characterized in that: described anchor clamps keeper also comprise be arranged on one of them grip block and can screw in the described grasping part with described grip block with accommodate the knob bolts that plate is connected.
5. analog detection equipment according to claim 3 is characterized in that: have the opening that is communicated with and is positioned at the grasping part below with grasping part between described two support divisions, described bulb cover is positioned at the below of grasping part and by opening projection downwards.
6. analog detection equipment according to claim 5, it is characterized in that: described bulb stationary installation also comprises and is arranged on described anchor clamps keeper rear with the inductive head of the model that detects the bulb anchor clamps, and the described backboard face of accommodating is provided with identification code with the corresponding setting of described inductive head.
7. analog detection equipment according to claim 1, it is characterized in that: described jacking gear is cylinder.
8. analog detection equipment according to claim 1, it is characterized in that: described analog detection equipment also comprises the holding part that is fixed on the swing sheet and is positioned at bulb stationary installation below, described holding part comprises the fixture that is fixed on the described swing sheet, is fixed on the retaining sheet on the described fixture, and described retaining sheet has from the outer end of described retaining sheet indent and forms in order to hold the holding section of control lever.
CN2013101549628A 2013-04-28 2013-04-28 Simulation testing device CN103267640A (en)

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Application Number Priority Date Filing Date Title
CN2013101549628A CN103267640A (en) 2013-04-28 2013-04-28 Simulation testing device

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Application Number Priority Date Filing Date Title
CN2013101549628A CN103267640A (en) 2013-04-28 2013-04-28 Simulation testing device

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Application Number Title Priority Date Filing Date
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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5433406A (en) * 1977-08-18 1979-03-12 Matsushita Electric Ind Co Ltd Apparatus for operating gear change shift lever
CN2859497Y (en) * 2005-09-29 2007-01-17 上海大学 Test-bed for performance testing of vehicle selector assembly
CN101566521A (en) * 2009-04-17 2009-10-28 苏州工业园区格比机电有限公司 Performance detection workstation for automotive gear shifter assembly and detection method thereof
CN101793601A (en) * 2010-02-05 2010-08-04 苏州工业园区格比机电有限公司 Testing machine for testing performance of reverse gear assembly
CN102539143A (en) * 2011-12-13 2012-07-04 苏州工业园区高登威科技有限公司 Operating lever fixing frame of detecting device for automobile gear shifting device
EP2522976A1 (en) * 2011-05-12 2012-11-14 Kurt Stähle Device for operating a control lever

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5433406A (en) * 1977-08-18 1979-03-12 Matsushita Electric Ind Co Ltd Apparatus for operating gear change shift lever
CN2859497Y (en) * 2005-09-29 2007-01-17 上海大学 Test-bed for performance testing of vehicle selector assembly
CN101566521A (en) * 2009-04-17 2009-10-28 苏州工业园区格比机电有限公司 Performance detection workstation for automotive gear shifter assembly and detection method thereof
CN101793601A (en) * 2010-02-05 2010-08-04 苏州工业园区格比机电有限公司 Testing machine for testing performance of reverse gear assembly
EP2522976A1 (en) * 2011-05-12 2012-11-14 Kurt Stähle Device for operating a control lever
CN102539143A (en) * 2011-12-13 2012-07-04 苏州工业园区高登威科技有限公司 Operating lever fixing frame of detecting device for automobile gear shifting device

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