CN209310720U - Vehicle frame lifting lug examines tooling - Google Patents
Vehicle frame lifting lug examines tooling Download PDFInfo
- Publication number
- CN209310720U CN209310720U CN201822260376.2U CN201822260376U CN209310720U CN 209310720 U CN209310720 U CN 209310720U CN 201822260376 U CN201822260376 U CN 201822260376U CN 209310720 U CN209310720 U CN 209310720U
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- CN
- China
- Prior art keywords
- lifting lug
- component
- suspension
- examines
- vehicle frame
- Prior art date
- Legal status (The legal status 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 status listed.)
- Expired - Fee Related
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- Automobile Manufacture Line, Endless Track Vehicle, Trailer (AREA)
Abstract
The utility model relates to technical field of vehicle manufacture, in particular to a kind of vehicle frame lifting lug examines tooling.It includes support platform that the vehicle frame lifting lug, which examines tooling, support platform is equipped with front suspension and component and rear suspension is examined to examine component, before, it includes for lifting lug positioning seat identical with lifting lug location matches and quantity that rear suspension, which examines component, lifting lug positioning seat is equipped with the location structure for carrying out positioning inspection to the lifting lug pin hole on lifting lug, front suspension examines component and rear suspension to examine component arranged for interval in the longitudinal direction, and at least one of the two can be moved forward and backward relative to support platform, component and rear suspension is examined to examine the fore-and-aft clearance between component to adjust front suspension.The vehicle frame lifting lug examines tooling non-adjustable, the poor technical problem of versatility that can be used for solving lifting lug positioning seat spacing in verifying attachment in the prior art.
Description
Technical field
The utility model relates to technical field of vehicle manufacture, in particular to a kind of vehicle frame lifting lug examines tooling.
Background technique
It is generally connected by suspension frame structure between vehicle frame and vehicle bridge, suspension frame structure is generally divided into front suspension structure and rear suspension
Structure is provided with the lifting lug for installing the leaf spring in suspension frame structure on vehicle frame, is provided with pin hole in lifting lug.It is processed in vehicle frame
When, may because of lifting lug deformation and cause the pin hole in lifting lug to glance off, once pin hole glances off, then leaf spring is with regard to nothing
Method normal mounting, therefore vehicle frame needs to examine whether the pin hole of lifting lug glances off after processing is completed.
The check system for examining the pin hole of lifting lug whether to glance off at present are as follows: one verifying attachment of design, inspection dress
It sets and specifically includes a fixed platform, the non-disconnectable lifting lug positioning seat for being fixed with four row's time intervals arrangement on platform,
Spacing on the front-rear direction of each lifting lug positioning seat is corresponding with the spacing between each lifting lug on vehicle frame, each lifting lug positioning seat
Top offers the inspection groove that left and right extends.Before inspection, the detection axis of adaptation is inserted into the pin hole of each lifting lug of vehicle frame,
Detection axis is also adapted to the inspection groove on lifting lug positioning seat simultaneously, and then vehicle frame is hung to above lifting lug positioning seat, and attempts
The detection axis for stretching out lifting lug is put into and is examined in groove, if can normally be put into, proves that lifting lug does not deform, pin hole is not sent out
Raw deflection proves that there are lifting lugs to deform on vehicle frame if detection axis can not be normally put into detection groove.
But the spacing of the forward and backward suspension frame structure in different vehicles is different, and the lifting lug in above-mentioned verifying attachment
Positioning seat is non-disconnectable to be fixed on platform, so above-mentioned verifying attachment is only capable of targetedly examining the lifting lug on a certain vehicle frame be
No deformation, versatility are poor；And lifting lug positioning seat is non-disconnectable, once lifting lug positioning seat stress is deformed or is damaged, then without
Method detachable maintaining, will cause scrapping for entire verifying attachment, will cause great waste in this way.
Utility model content
The purpose of the utility model is to provide a kind of vehicle frame lifting lugs to examine tooling, for solving inspection dress in the prior art
It is non-adjustable to set middle lifting lug positioning seat spacing, the poor technical problem of versatility.
To achieve the above object, vehicle frame lifting lug described in the utility model examines tooling to use following technical scheme: the vehicle
It includes support platform that frame lifting lug, which examines tooling, and support platform is equipped with front suspension and component and rear suspension is examined to examine component, forward and backward
It includes for lifting lug positioning seat identical with the lifting lug location matches on vehicle frame and quantity, lifting lug positioning seat that suspension, which examines component,
It is equipped with the location structure for carrying out positioning inspection to the lifting lug pin hole on lifting lug, front suspension examines component and rear suspension to examine
Component arranged for interval in the longitudinal direction, and at least one of the two can be moved forward and backward relative to support platform, before adjusting
Suspension examines component and rear suspension to examine the fore-and-aft clearance between component.
The beneficial effect of vehicle frame lifting lug inspection tooling described in the utility model is: forward and backward suspension is examined in component extremely
Few one can be moved forward and backward relative to support platform, then forward and backward suspension examines the spacing between component adjustable, be adapted in this way
In the different vehicle frame of forward and backward suspension frame structure spacing, versatility is good.
Further, forward and backward suspension examines moveable suspension in component to examine component when moving in order to prevent, the two
The normal use for misplacing and influencing the inspection tooling is generated in the lateral direction, and front suspension examines component and rear suspension to examine component
In moveable suspension examine component guiding movement be assemblied in support platform along the longitudinal direction.
Further, examining tooling to be included in front suspension examines component and rear suspension to examine moveable suspension inspection in component
Test the locking mechanism locked after component is adjusted in place to it.It can prevent moveable suspension from component being examined to be adjusted in place
After occur play, the stability of entire tooling can be improved in setting locking mechanism.
Further, support platform and moveable suspension examine in component one to lead equipped with what is extended along the longitudinal direction
To slot, another is equipped with the guide part being adapted to guide groove.Moveable suspension examines component and support platform guiding movement
Assembly can prevent forward and backward suspension from moveable suspension in component being examined to examine component when moving, and the two is in the lateral direction
Generate the normal use for misplacing and influencing the inspection tooling；In addition, setting guide groove cooperates guide part to realize guiding, Ke Yijie
The province occupied space of guide frame, and then reduce the entire occupied space of tooling.
Further, it includes pedestal and the lifting lug positioning seat that is arranged on pedestal that forward and backward suspension, which examines component, and guide groove is
Up-narrow and down-wide inverted T-slot in support platform is set, corresponds to moveable suspension in inverted T-slot and component is examined to be disposed with
At least two time intervals arrangement and can the composition guide part of guiding movement along the longitudinal direction guide blot, guide blot
The guide part is constituted, the lower end of guide blot, which has, to be filled for cooperating with the step block in inverted T-slot with vertical anticreep
Assigned in the Stop structure in inverted T-slot, moveable suspension examines the pedestal in component to be equipped with and supplies corresponding guide blot pair
The perforation that should be passed through, examine tooling further include spinning on guide blot moveable suspension inspection component is locked at support
Locking nut on platform.Guide blot is set and guide groove guiding cooperates, keeps the structure of guide part relatively simple, and bolt
For common part, the cost of entire tooling can be reduced；In addition, at least two guide blots of setting, can prevent from moving
Suspension examine component relative to support platform rotate；Locking nut is set, guide blot can be cooperated moveable suspension
Component is examined to be locked in support platform, to improve the entire stability for examining tooling.
Further, it can replace and repair in stress deformation or damage for the ease of lifting lug positioning seat, lifting lug positioning
Seat releasable connection is in support platform.
Further, it includes pedestal and lifting lug positioning seat that forward and backward suspension, which examines component, and lifting lug positioning seat releasable connection is the bottom of at
On seat.Convenient for that can replace and repair in lifting lug positioning seat stress deformation or damage.
Further, it includes pedestal and lifting lug positioning seat that forward and backward suspension, which examines component, and pedestal releasable connection is in support platform
On.In lifting lug positioning seat stress deformation or damage, it is easy to remove and repair or replaces.
Detailed description of the invention
Fig. 1 is the main view for the preferred embodiment that vehicle frame lifting lug described in the utility model examines tooling；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is the left view of Fig. 1；
Fig. 4 is that vehicle frame lifting lug described in the utility model examines the main view of the preferred embodiment of tooling when in use；
Fig. 5 is the top view of Fig. 4.
In attached drawing: 1- support platform, 2- front suspension examine component, and 3- rear suspension examines component, 4- guide blot, 5- locking
Nut, 6- vehicle frame, 11- guide groove, 21- front suspension front lifting lug positioning seat, 22- front suspension rear lifting lug positioning seat, 23- front assembly connect
Binding structure, 24- front assembly fore beam, 25- front assembly back seat plate, 31- rear suspension front lifting lug positioning seat, 32- rear suspension rear lifting lug
Positioning seat, assembly connecting structure after 33-, component fore beam after 34-, component back seat plate after 35-, 61- front suspension front lifting lug, 62-
Front suspension rear lifting lug, 63- rear suspension front lifting lug, 64- rear suspension rear lifting lug, 211- front suspension front lifting lug locating slot, 221- front overhang
Frame rear lifting lug locating slot, 311- rear suspension front lifting lug locating slot, 321- rear suspension rear lifting lug locating slot.
Specific embodiment
Specific embodiment of the present utility model is described further with reference to the accompanying drawing.
Vehicle frame lifting lug described in the utility model examines the preferred embodiment of tooling, and as shown in Figure 1-Figure 3, which includes
The support platform 1 of support as a whole offers the guide groove for the inverted T-shaped that three extend along the longitudinal direction in support platform 1
11, the guide groove 11 of inverted T-shaped includes superposed narrow slot and the sipes positioned at lower part；It is also individually directed in support platform 1
Being slidably fitted with front suspension examines component 2 and rear suspension to examine component 3, and front suspension examines component 2 and rear suspension that component 3 is examined to divide
Not Tong Guo two guide blots 4 realize and be oriented to that guide blot 4 is equipped with external screw thread with the guide groove 11 for being located in the middle inverted T-shaped,
The bolt head of guide blot 4 is extend into the sipes of guide groove 11, and is cooperated by bolt head and the block of narrow slot to prevent
Guide blot 4 is upwardly separated from guide groove 11, and the bolt head of guide blot 4 constitutes Stop structure, examines component 2 with after in front suspension
After suspension examines the movement in place of component 3, cooperated by locking nut 5 and guide blot 4, front suspension is examined into component 2 and rear overhang
Frame examines component 3 to be locked in support platform 1, and guide blot 4 and locking nut 5 constitute locking mechanism together.
As shown in Figure 1-Figure 3, it includes front assembly pedestal that front suspension, which examines component 2, and front assembly pedestal includes front assembly front stall
Plate 24 and front assembly back seat plate 25, front assembly fore beam 24 and 25 arranged for interval of front assembly back seat plate and between the two pass through two
Front assembly connection structure 23 is connected and fixed, in the spacing distance and vehicle frame 6 of front assembly fore beam 24 and front assembly back seat plate 25
Spacing between front suspension front lifting lug 61 and front suspension rear lifting lug 62 matches；In front assembly fore beam 24 and front assembly back seat plate
The position that guide groove 11 is corresponded on 25 offers the through-hole installed for guide blot 4, when front suspension check groups part 2 and rear suspension
After examining the movement in place of component 3, cooperated by locking nut 5 and guide blot 4, by front assembly fore beam 24 and front assembly back seat
Plate 25 is locked in support platform 1 to realize that front suspension examines being locked for component 2.
As shown in Figure 1-Figure 3, by the removable fixation of bolt, there are two front suspension front lifting lugs to determine on front assembly fore beam 24
Position seat 21, two front suspension front lifting lug positioning seats 21 arranged for interval in left-right direction, in spacing distance and vehicle frame 6 before front suspension
The size fit of lifting lug 61 is also provided with the front suspension front lifting lug extended in left-right direction on front suspension front lifting lug positioning seat 21
Locating slot 211；By the removable fixation of bolt there are two front suspension rear lifting lug positioning seat 22 on front assembly back seat plate 25, before two
The ruler of front suspension rear lifting lug 62 in the arranged for interval in left-right direction of suspension rear lifting lug positioning seat 22, spacing distance and vehicle frame 6
Very little adaptation is also provided with the front suspension rear lifting lug locating slot 221 extended in left-right direction on front suspension rear lifting lug positioning seat 22；
Above-mentioned front suspension front lifting lug locating slot 211 constitutes the location structure on front suspension front lifting lug positioning seat 21, and front suspension rear lifting lug is fixed
Position slot 221 constitutes the location structure on front suspension rear lifting lug positioning seat 22.
As shown in Figure 1-Figure 3, it includes rear unitized substructure that rear suspension, which examines component 3, and rear unitized substructure includes rear component front stall
Plate 34 and rear component back seat plate 35, rear component fore beam 34 and rear 35 arranged for interval of component back seat plate and between the two pass through two
Assembly connecting structure 33 is connected and fixed afterwards, in the spacing distance and vehicle frame 6 of rear component fore beam 34 and rear component back seat plate 35
Spacing between rear suspension front lifting lug 63 and rear suspension rear lifting lug 64 matches；In rear component fore beam 34 and rear component back seat plate
The position that guide groove 11 is corresponded on 35 offers the through-hole installed for guide blot 4, when front suspension check groups part 2 and rear suspension
After examining the movement in place of component 3, cooperated by locking nut 5 and guide blot 4, by rear component fore beam 34 and rear component back seat
Plate 35 is locked in support platform 1 to realize that rear suspension examines being locked for component 3.
As shown in Figure 1-Figure 3, by the removable fixation of bolt, there are two rear suspension front lifting lugs to determine on rear component fore beam 34
Position seat 31, two rear suspension front lifting lug positioning seats 31 arranged for interval in left-right direction, the rear suspension in spacing distance and vehicle frame 6
The size fit of front lifting lug 63 is hung before being also provided with the rear suspension extended in left-right direction on rear suspension front lifting lug positioning seat 31
Ear locating slot 311；By the removable fixation of bolt there are two rear suspension rear lifting lug positioning seat 32 on rear component back seat plate 35, two
Rear suspension rear lifting lug 64 in the arranged for interval in left-right direction of rear suspension rear lifting lug positioning seat 32, spacing distance and vehicle frame 6
Size fit is also provided with the rear suspension rear lifting lug locating slot extended in left-right direction on rear suspension rear lifting lug positioning seat 32
321；Above-mentioned rear suspension front lifting lug locating slot 311 constitutes the location structure on rear suspension front lifting lug positioning seat 31, hangs after rear suspension
Ear locating slot 321 constitutes the location structure on rear suspension rear lifting lug positioning seat 32.
The tooling when in use, as shown in fig. 4-5, first will with front suspension front lifting lug 61, front suspension rear lifting lug 62, after
In the detection axis insertion respective pin hole of pin hole adaptation in suspension front lifting lug 63 and rear suspension rear lifting lug 64, detection axis insertion is corresponded to
The certain length in corresponding lifting lug two sides is stretched out after pin hole respectively；Then vehicle frame 6 is hung to and is examined at tooling, and attempted each detection
What axis stretched out is partially placed into each locating slot that inspection man loads onto；If each detection axis can be normally put into corresponding locating slot,
Then illustrate that each pin hole of each lifting lug on vehicle frame 6 does not glance off, if each detection axis can not be normally put into corresponding locating slot,
Then illustrate that there are pin holes to glance off on vehicle frame 6.
In above preferred embodiment, forward and backward suspension examines component guiding to be mounted in intermediate guide groove.At other
In embodiment, forward and backward suspension can also be examined component guiding be mounted in the guide groove of two sides, if forward and backward suspension is examined
It is excessive to test size of components, three guide groove guiding can also be passed through simultaneously.
In above preferred embodiment, forward and backward suspension examines component that can slide along guide groove.In other embodiments, may be used
Make one in the two can be oriented to sliding, another is fixed.
In above preferred embodiment, guide groove is arranged to the slot of inverted T-shaped, and guide part is guide blot.In other embodiments
In, guide frame is also possible to the structure of other forms, if guide groove can be the identical straight trough of a upper and lower opening size, leads
It is the column structure for being mounted on the bottom of each unitized substructure to part, guiding is realized by column structure and guide groove cooperation, is led to
The mutual constraint for two column structures crossed on each unitized substructure prevents each suspension from component being examined to rotate relative to support platform,
Certainly, can other locking mechanism corresponding be set to prevent forward and backward suspension from examining component that improper movement occurs at this time.
In above preferred embodiment, guide groove is provided in support platform, and guide part setting is examined on component in each suspension.
In other embodiments, guide groove can also be provided with each suspension and examine on component, corresponding that guiding is arranged in support platform
Track.
In above preferred embodiment, forward and backward suspension examines component to be assemblied in support platform by way of guiding sliding.
In other embodiments, it can also examine component bottom that idler wheel is installed in forward and backward suspension, cooperation is provided with leading in support platform
Forward and backward suspension is set to examine component orienting roll is dynamic to be mounted in support platform to slot.
In above preferred embodiment, forward and backward suspension is examined component to be oriented to along the longitudinal direction and is slidedly assemblied in support platform.
In other embodiments, the assembly position that multiple each suspensions examine component can be set in support platform, and each suspension examines component
It is removable to be assemblied in support platform, each suspension is installed according to the corresponding assembly position of the size selection for the vehicle frame for being actually subjected to detection and is examined
Component.
In above preferred embodiment, moveable suspension is examined by component lock by the cooperation of guide blot and locking nut
Tightly in support platform.In other embodiments, moveable suspension inspection component can also be locked at by other means
In support platform, length-adjustable jack unit is arranged in rear and front end such as in support platform, in moveable suspension check groups
After part movement in place, constant pressure arrangement is set to examine component press to contact with moveable suspension by adjusting jack unit.
In above preferred embodiment, moveable suspension is examined by component lock by the cooperation of guide blot and locking nut
Tightly in support platform.In other embodiments, locking mechanism can also be not provided with.
In above preferred embodiment, forward and backward suspension is examined in component and is assemblied in support platform by two guide blots
On.In other embodiments, forward and backward suspension examines component only can also be assemblied in support platform by a guide blot respectively
On, forward and backward suspension examines component to rotate relative to support platform in order to prevent, and guide blot needs special, part shank of bolt
It should be arranged to extend certain length along guide groove, which is greater than the width of the narrow slot of guide groove, and on corresponding unitized substructure
Through-hole be adapted with special bolt.
In above preferred embodiment, each lifting lug positioning seat is removable to be fixed on corresponding assembly pedestal.In other embodiments,
Each lifting lug positioning seat can also be non-disconnectable be fixed on corresponding assembly pedestal.
In above preferred embodiment, it includes unitized substructure and lifting lug positioning seat that forward and backward suspension, which examines component,.In other implementations
In example, it can also be not provided with special unitized substructure, each lifting lug positioning seat is directly directed to be slidedly assemblied in support platform.
In above preferred embodiment, by the way that lifting lug locating slot is arranged on each lifting lug positioning seat and is fitted to each suspension
Detection axis in lifting lug detects each lifting lug.In other embodiments, horizontal left and right can also be installed on each lifting lug positioning seat
The pin shaft that extends and can move left and right, when vehicle frame is hung at tooling, mobile pin shaft, if pin shaft can normally be inserted into lifting lug
In pin hole, then illustrate that pin hole does not glance off, if pin shaft cannot be normally inserted into the pin hole of lifting lug, it is inclined to illustrate that pin hole occurs
Tiltedly.
Claims (8)
1. vehicle frame lifting lug examines tooling, including support platform, support platform is equipped with front suspension and component and rear suspension is examined to examine
Component, forward and backward suspension examine component include for lifting lug positioning seat identical with the lifting lug location matches on vehicle frame and quantity,
Lifting lug positioning seat is equipped with the location structure for carrying out positioning inspection to the lifting lug pin hole on lifting lug, which is characterized in that described
Front suspension examines component and rear suspension to examine component arranged for interval in the longitudinal direction, and at least one of the two can be relative to
Support platform is moved forward and backward, and examines component and rear suspension to examine the fore-and-aft clearance between component to adjust front suspension.
2. vehicle frame lifting lug according to claim 1 examines tooling, which is characterized in that front suspension examines component and rear suspension inspection
Testing moveable suspension inspection component in component, guiding movement is assemblied in support platform along the longitudinal direction.
3. vehicle frame lifting lug according to claim 1 examines tooling, which is characterized in that tooling is examined to be included in front suspension inspection
Component and rear suspension examine the locking mechanism that moveable suspension locks it after examining component to be adjusted in place in component.
4. vehicle frame lifting lug according to claim 2 examines tooling, which is characterized in that support platform and the inspection of moveable suspension
It tests in component one and is equipped with the guide groove extended along the longitudinal direction, another is equipped with the guide part being adapted to guide groove.
5. vehicle frame lifting lug according to claim 4 examines tooling, which is characterized in that it includes bottom that forward and backward suspension, which examines component,
Seat and the lifting lug positioning seat being arranged on pedestal, the guide groove are the up-narrow and down-wide T being arranged in support platform
Shape slot corresponds to moveable suspension in the inverted T-slot and component is examined to be disposed at least two time intervals arrangement and can edge
The guide blot of the composition guide part of front-rear direction guiding movement, the lower end of the guide blot, which has, to be used for and inverted T-shaped
Step block in slot cooperates the Stop structure being assemblied in inverted T-slot with vertical anticreep, and moveable suspension examines component
In pedestal be equipped with for corresponding guide blot it is corresponding across perforation, examine tooling further include spinning on guide blot with
Moveable suspension inspection component is locked at the locking nut in support platform.
6. vehicle frame lifting lug according to claim 1 or 2 or 3 or 4 examines tooling, which is characterized in that the lifting lug positioning seat
Releasable connection is in support platform.
7. vehicle frame lifting lug according to claim 5 examines tooling, which is characterized in that the lifting lug positioning seat releasable connection exists
On pedestal.
8. vehicle frame lifting lug according to claim 1 or 2 or 3 or 4 examines tooling, which is characterized in that forward and backward suspension check groups
Part includes pedestal and lifting lug positioning seat, and pedestal releasable connection is in support platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822260376.2U CN209310720U (en) | 2018-12-30 | 2018-12-30 | Vehicle frame lifting lug examines tooling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822260376.2U CN209310720U (en) | 2018-12-30 | 2018-12-30 | Vehicle frame lifting lug examines tooling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209310720U true CN209310720U (en) | 2019-08-27 |
Family
ID=67679995
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822260376.2U Expired - Fee Related CN209310720U (en) | 2018-12-30 | 2018-12-30 | Vehicle frame lifting lug examines tooling |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209310720U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112009596A (en) * | 2020-10-14 | 2020-12-01 | 中国国际海运集装箱(集团)股份有限公司 | Positioning device for assembling suspension bracket |
| CN114669941A (en) * | 2022-03-07 | 2022-06-28 | 金龙联合汽车工业（苏州）有限公司 | Flexible numerical control frock of frame |
-
2018
- 2018-12-30 CN CN201822260376.2U patent/CN209310720U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112009596A (en) * | 2020-10-14 | 2020-12-01 | 中国国际海运集装箱(集团)股份有限公司 | Positioning device for assembling suspension bracket |
| CN114669941A (en) * | 2022-03-07 | 2022-06-28 | 金龙联合汽车工业（苏州）有限公司 | Flexible numerical control frock of frame |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190827 Termination date: 20211230 |