CN106181194B - Automobile end plate assembly weld jig - Google Patents
Automobile end plate assembly weld jig Download PDFInfo
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- CN106181194B CN106181194B CN201610764519.6A CN201610764519A CN106181194B CN 106181194 B CN106181194 B CN 106181194B CN 201610764519 A CN201610764519 A CN 201610764519A CN 106181194 B CN106181194 B CN 106181194B
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Abstract
The present invention relates to a kind of automobile end plate assembly weld jig, including base, clamping device I, clamping device II, clamping device III, support meanss, described clamping device I, clamping device II, clamping device III, support meanss are respectively arranged on base, described support meanss are located at the centre on the top of base, and part is positioned in support meanss；Described clamping device I, clamping device II, clamping device III are respectively provided at the left side of base bottom, middle and right side, distribution triangular in shape, respectively from three position Clamp blocks.The present invention is positioned and clamped to the right left different parts for installing end plate assembly respectively, make to avoid the pad to be welded at each strong point and clamping, realize that clamped one time completes assembly welding, welding job efficiency is substantially increased while welding precision is ensured.
Description
Technical field
The present invention relates to auto parts welding fixture apparatus field, more particularly to a kind of automobile end plate assembly weld jig.
Background technology
In the welding sequence of traditional automobile end plate assembly, completing the welding of assembly needs multiple sets of fixtures, being dismounted for multiple times
Clamping could be realized, but in dismounting clamping process repeatedly, welding precision is often poor, and welding efficiency is relatively low.
The content of the invention
It is an object of the invention to provide a kind of automobile end plate assembly weld jig, end plate welding assembly can be realized once
Welding is completed, and is improved operating efficiency.
To achieve the above object, the technical solution adopted by the present invention is as follows：A kind of automobile end plate assembly weld jig, including
Base, clamping device I, clamping device II, clamping device III, support meanss, described clamping device I, clamping device II, are clamped
Device III, support meanss are respectively arranged on base,
Described support meanss are located at the centre on the top of base, and part is positioned in support meanss；
Described clamping device I, clamping device II, clamping device III are respectively provided at the left side, middle and right of base bottom
Side, distribution triangular in shape, respectively from three position Clamp blocks.
Preferably, described clamping device I includes support base I, cylinder I, top plate I, and described support base I is fixedly mounted on
The lower left quarter of base, support base I is provided with inclined support surface, the left lower of described supporting surface Part-oriented；
Described cylinder I is installed on the support surface along bevel direction, and its piston rod is set down along bevel direction；It is described
Top plate I one end and the piston-rod lower end of cylinder I be movably hinged, the piston rod of top plate I and cylinder I is movably hinged the side at place
Shaft hole is opened up, is coordinated by shaft hole and rotating shaft I and is installed on support base I, cylinder I drives top plate I with rotating shaft I for fulcrum edge
Bevel direction and spin upside down dynamic, jacking block I is installed, the bottom surface of the lower left quarter of the correspondence part of jacking block I is set on the other end of top plate I
Put.
Preferably, described clamping device I also includes cylinder II, pressing plate I, and described cylinder II is installed along bevel direction
At the back side of supporting surface, its piston rod is set upward along inclined-plane incline direction；The piston rod upper end of described cylinder II and pressing plate I
One end connection, the other end of pressing plate I set briquetting I, briquetting I correspondence part lower left quarter upper surface set, described briquetting I
It is mutually corresponding with jacking block I, to being clamped above and below part formation；
Alignment pin I is provided with described briquetting I, part lower left quarter is correspondingly arranged dowel hole, and one is entered by alignment pin I
Step ensures the clamping effect of part.
Preferably, described clamping device II includes support base II, cylinder III, pressing plate II；Described support base II is fixed
Installed in the middle and lower part of base；
Described cylinder III is fixedly mounted on support base II, and its piston rod is vertically set upward；Described pressure
One end of plate II and the piston rod upper end of cylinder III are movably hinged, and the piston rod of pressing plate II and cylinder III is movably hinged the side at place
Shaft hole is opened up, is coordinated by shaft hole and rotating shaft II and is installed on support base II, the driving pressing plate II of cylinder III is with rotating shaft II
Fulcrum spins upside down and briquetting II is provided with action, the other end of pressing plate II, the middle and lower part vertical plane of the correspondence part of briquetting II
Set.
Preferably, described clamping device II also includes cylinder IV, pressing plate III, jacking block II；The described level of cylinder IV is set
Put on support base II, the lower left quarter that its piston rod corresponds to part in the horizontal direction is set；The piston rod end of described cylinder IV
End is installed and opens up shaft hole beside pressing plate III, the piston rod place of being movably hinged of pressing plate III and cylinder IV, by shaft hole and is turned
Axle III, which coordinates, to be installed on support base II, and cylinder IV drives pressing plate III to be that fulcrum spins upside down action, pressing plate III with rotating shaft III
The other end briquetting III, the back side of the corresponding part lower left quarter of briquetting III are installed；
Described jacking block II is fixedly mounted on support base II, the lower left quarter of correspondence part, described briquetting III and jacking block
II is mutually corresponding, and front and rear clamping is formed to part.
Preferably, described clamping device III includes support base III, cylinder V, pressing plate IV；Described support base III is fixed
Installed in the right lower quadrant of base；Described cylinder V is vertically installed on support base III, and its piston rod is vertically set upward
Put, described one end of pressing plate IV is movably hinged with the piston rod upper end of cylinder V, the piston rod activity of pressing plate IV and cylinder V
Shaft hole is opened up beside hinged place, is coordinated by shaft hole and rotating shaft IV and is installed on support base III, the driving pressing plate of cylinder V
IV be that fulcrum spins upside down briquetting IV is provided with action, the other end of pressing plate IV with rotating shaft IV, the corresponding part of briquetting IV
Upper right quarter.
Preferably, described clamping device III also includes cylinder VI, pressing plate V；Described cylinder VI is horizontally set on support
The top of seat III, the upper right quarter vertical plane that its piston rod corresponds to part in the horizontal direction is set；The piston rod of described cylinder VI
Pressing plate V is installed in end, and described pressing plate V is parallel with the upper right quarter vertical plane of part, and alignment pin II is additionally provided with pressing plate V,
Part upper right quarter vertical plane is correspondingly arranged dowel hole；The described driving of cylinder VI pressing plate V is moved forward and backward, band dynamic pressure plate V from
Horizontal direction pushes down the upper right quarter vertical plane of part, while the dowel hole on the top of the insertion part of alignment pin II.
Preferably, described clamping device III also includes jacking block III, and jacking block III is fixedly mounted on support base III, correspondence zero
The right lower quadrant of part.
Preferably, described support meanss include support base IV, cylinder VII, top plate II；Described support base IV fixes peace
Mounted in the middle and upper part of base；Described cylinder VII is arranged on the side of support base IV, and its piston rod is vertically set upward,
Described one end of top plate II is connected with the piston rod upper end of cylinder VII, and the other end is provided with jacking block IV, and described jacking block IV is supported
The middle part horizontal plane of part, is provided with alignment pin III, and dowel hole is correspondingly provided with the middle part horizontal plane of described part.
The course of work of the present invention：
1st, part to be welded is placed in support meanss, the alignment pin III in support meanss is inserted water in the middle part of part
Corresponding dowel hole in plane.
2nd, the cylinder driving top plate I of clamping device I is flipped up, while the driving top plate I of cylinder II is moved down, alignment pin
I insertion part lower left quarter is correspondingly arranged in dowel hole, is clamped above and below briquetting I and the formation of the part of jacking block I；The gas of clamping device II
The driving pressing plate II of cylinder III is downwardly turned over, the middle and lower part vertical plane of the compressing component of briquetting II, and the driving pressing plate III of cylinder IV is flipped up,
Briquetting III and jacking block II form front and rear clamping to the lower left quarter of part；The driving pressing plate IV of cylinder V of clamping device III is turned over downwards
Turn, the upper right quarter of the compressing component of briquetting IV, the driving pressing plate V of cylinder VI is moved forward, and band dynamic pressure plate V pushes down zero from horizontal direction
The upper right quarter vertical plane of part, while the dowel hole on the top of the insertion part of alignment pin II；The driving of cylinder VII top of support meanss
Plate II is moved up, and drives jacking block IV to hold out against the middle part horizontal plane of part；Then it can be welded.
3rd, after welding is finished, the cylinder driving top plate I of clamping device I is downwardly turned over, while the driving top plate I of cylinder II is upward
Mobile, alignment pin I leaves part lower left quarter and is correspondingly arranged dowel hole, and briquetting I and jacking block I unclamp part；Clamping device II
The driving pressing plate II of cylinder III is flipped up, and briquetting II leaves the middle and lower part vertical plane of part, and the driving pressing plate III of cylinder IV is turned over downwards
Turn, the lower left quarter of briquetting III and the release part of jacking block II；The driving pressing plate IV of cylinder V of clamping device III is flipped up, briquetting IV
The upper right quarter of part is left, the driving pressing plate V of cylinder VI is moved rearwards by, and leaves the upper right of part from horizontal direction with dynamic pressure plate V
Portion's vertical plane, while alignment pin II leaves the dowel hole on the top of part；Then the part that welding can be finished is removed.
The present invention is by clamping device I, clamping device II, clamping device III, support meanss respectively to automobile end plate assembly
Different parts positioned and clamped, connection and reasonable arrangement between structure makes to avoid what is welded at each strong point and clamping
Pad, realizes that clamped one time completes assembly welding, welding job efficiency is substantially increased while welding precision is ensured.
Brief description of the drawings
Fig. 1,2 are overall structure figure of the present invention
Fig. 3,4 are the three-dimensional structure diagram of clamping device I
Fig. 5,6 are the three-dimensional structure diagram of clamping device II
Fig. 7,8 are the three-dimensional structure diagram of clamping device III
Fig. 9 is support meanss three-dimensional structure diagram
In figure：1- bases；2- clamping devices I；3- clamping devices II；4- clamping devices III；5- support meanss；6- parts；
7- support bases I；8- cylinders I；9- top plates I；10- supporting surfaces；11- rotating shafts I；12- jacking blocks I；13- cylinders II；14- pressing plates I；15-
Briquetting I；16- alignment pins I；17- support bases II；18- cylinders III；19- pressing plates II；20- rotating shafts II；21- briquettings II；22- cylinders
Ⅳ；23- pressing plates III；24- jacking blocks II；25- rotating shafts III；26- briquettings III；27- support bases III；28- cylinders V；29- pressing plates IV；
30- rotating shafts IV；31- briquettings IV；32- cylinders VI；33- pressing plates V；34- alignment pins II；35- jacking blocks III；36- support bases IV；37-
Cylinder VII；38- top plates II；39- jacking blocks IV；40- alignment pins III.
Embodiment
The present invention is described in detail with reference to specific embodiments and the drawings.
Embodiment 1
As shown in Figure 1, 2, a kind of automobile end plate assembly weld jig, including base 1, clamping device I 2, clamping device II
3rd, clamping device III 4, support meanss 5, described clamping device I 2, clamping device II 3, clamping device III 4,5 points of support meanss
It is not installed on base 1,
Described support meanss 5 are located at the centre on the top of base 1, and part 6 is positioned in support meanss 5；
Described clamping device I 2, clamping device II 3, clamping device III 4 be respectively provided at base bottom left side, it is middle and
Right side, distribution triangular in shape, respectively from three position Clamp blocks 6.
As shown in Figure 3,4, described clamping device I 2 includes support base I 7, cylinder I 8, top plate I 9, described support base I 7
The lower left quarter of base 1 is fixedly mounted on, support base I 7 is provided with inclined support surface 10, the described Part-oriented 6 of supporting surface 10
Left lower；
Described cylinder I 8 is arranged on supporting surface 10 along bevel direction, and its piston rod is set down along bevel direction；
One end of described top plate I 9 and the piston-rod lower end of cylinder I 8 are movably hinged, and the piston rod of top plate I 9 and cylinder I 8 is movably hinged
Shaft hole is opened up beside place, is coordinated by shaft hole and rotating shaft I 11 and is installed on support base I 7, cylinder I 8 drive top plate I 9 with
Rotating shaft I 11 is that fulcrum spins upside down dynamic along bevel direction, and jacking block I 12, the correspondence of jacking block I 12 are provided with the other end of top plate I 9
The bottom surface of the lower left quarter of part 6 is set.
Described clamping device I 2 also includes cylinder II 13, pressing plate I 14, and described cylinder II 13 is installed along bevel direction
At the back side of supporting surface 10, its piston rod is set upward along inclined-plane incline direction；The piston rod upper end of described cylinder II 13 with
One end connection of pressing plate I 14, the other end of pressing plate I 14 sets briquetting I 15, and the upper surface of the lower left quarter of the correspondence part of briquetting I 15 is set
Put, described briquetting I 15 and the mutually correspondence of jacking block I 12, to being clamped above and below the formation of part 6；
Alignment pin I 16 is provided with described briquetting I 15, the lower left quarter of part 6 is correspondingly arranged dowel hole, passes through alignment pin
I 16 are further ensured that the clamping effect of part 6.
As shown in Figure 5,6, described clamping device II 3 includes support base II 17, cylinder III 18, pressing plate II 19；Described
Support base II 17 is fixedly mounted on the middle and lower part of base 1；
Described cylinder III 18 is fixedly mounted on support base II 17, and its piston rod is vertically set upward；It is described
One end of pressing plate II 19 be movably hinged with the piston rod upper end of cylinder III 18, the piston rod activity of pressing plate II 19 and cylinder III 18
Shaft hole is opened up beside hinged place, is coordinated by shaft hole and rotating shaft II 20 and is installed on support base II 17, cylinder III 18 drives
Dynamic pressure plate II 19 is spun upside down for fulcrum with rotating shaft II 20 and is provided with briquetting II 21 on action, the other end of pressing plate II 19, is pressed
The middle and lower part vertical plane of the correspondence part 6 of block II 21 is set.
Described clamping device II 3 also includes cylinder IV 22, pressing plate III 23, jacking block II 24；The described level of cylinder IV 22
It is arranged on support base II 17, the lower left quarter that its piston rod corresponds to part 6 in the horizontal direction is set；The work of described cylinder IV 22
Pressing plate III 23 is installed in stopper rod end, and pressing plate III 23 leads to opening up shaft hole beside the piston rod place of being movably hinged of cylinder IV 22
Cross shaft hole and the cooperation of rotating shaft III 25 is installed on support base II 17, cylinder IV 22 drives pressing plate III 23 to be fulcrum with rotating shaft III 25
Action is spun upside down, the other end of pressing plate III 23 is provided with briquetting III 26, the back side of the correspondence lower left quarter of part 6 of briquetting III 26；
Described jacking block II 24 is fixedly mounted on support base II 17, the lower left quarter of correspondence part 6, described briquetting III 26
With the mutually correspondence of jacking block II 24, front and rear clamping is formed to part 6.
As shown in Figure 7,8, described clamping device III 4 includes support base III 27, cylinder V 28, pressing plate IV 29；Described
Support base III 27 is fixedly mounted on the right lower quadrant of base 1；Described cylinder V 28 is vertically installed on support base III 27, its piston
Bar is vertically set upward, and described one end of pressing plate IV 29 is movably hinged with the piston rod upper end of cylinder V 28, pressing plate
IV 29 beside the piston rod place of being movably hinged of cylinder V 28 with opening up shaft hole, is coordinated by shaft hole and rotating shaft IV 30 and installed
In on support base III 27, cylinder V 28 drives pressing plate IV 29 to be that fulcrum spins upside down action with rotating shaft IV 30, pressing plate IV 29
Briquetting IV 31, the upper right quarter of the correspondence part 6 of briquetting IV 31 are installed on the other end.
Described clamping device III 4 also includes cylinder VI 32, pressing plate V 33；Described cylinder VI 32 is horizontally set on support
The top of seat III 27, the upper right quarter vertical plane that its piston rod corresponds to part 6 in the horizontal direction is set；The work of described cylinder VI 32
Pressing plate V 33 is installed in stopper rod end, and described pressing plate V 33 is parallel with the upper right quarter vertical plane of part 6, is also set up on pressing plate V 33
There is alignment pin II 34, the upper right quarter vertical plane of part 6 is correspondingly arranged dowel hole；Before and after the described driving pressing plate V 33 of cylinder VI 32
It is mobile, push down the upper right quarter vertical plane of part 6 from horizontal direction with dynamic pressure plate V 33, while the insertion part 6 of alignment pin II 34
The dowel hole on top.
Described clamping device III 4 also includes jacking block III 35, and jacking block III 35 is fixedly mounted on support base III 27, correspondence zero
The right lower quadrant of part 6.
As shown in figure 9, described support meanss 5 include support base IV 36, cylinder VII 37, top plate II 38；Described support
Seat IV 36 is fixedly mounted on the middle and upper part of base 1；Described cylinder VII 37 is arranged on the side of support base IV 36, its piston rod edge
Vertical direction is set upward, and described one end of top plate II 38 is connected with the piston rod upper end of cylinder VII 37, and the other end is provided with top
Block IV 39, described jacking block IV 39 supports the middle part horizontal plane of part 6, is provided with alignment pin III 40, described part 6
Dowel hole is correspondingly provided with the horizontal plane of middle part.
The course of work of the present invention：
1st, part 6 to be welded is placed in support meanss 5, the alignment pin III 40 in support meanss 5 is inserted part 6
Corresponding dowel hole on the horizontal plane of middle part.
2nd, the cylinder driving top plate I 9 of clamping device I 2 is flipped up, while the driving pressing plate I 14 of cylinder II 13 is moved down,
The insertion lower left quarter of part 6 of alignment pin I 16 is correspondingly arranged in dowel hole, is pressed from both sides above and below the I 12 pairs of formation of part 6 of briquetting I 15 and jacking block
Tightly；The driving pressing plate II 19 of cylinder III 18 of clamping device II 3 is downwardly turned over, the middle and lower part vertical plane of the compressing component 6 of briquetting II 21,
The driving pressing plate III 23 of cylinder IV 22 is flipped up, and the lower left quarter of II 24 pairs of parts 6 of briquetting III 26 and jacking block forms front and rear clamping；Folder
The driving pressing plate IV 29 of cylinder V 28 of tight device III 4 is downwardly turned over, and the upper right quarter of the compressing component 6 of briquetting IV 31, cylinder VI 32 drives
Dynamic pressure plate V 33 is moved forward, and the upper right quarter vertical plane of part 6 is pushed down from horizontal direction with dynamic pressure plate V 33, while alignment pin II
The dowel hole on the top of 34 insertion parts 6；The driving top plate II 38 of cylinder VII 37 of support meanss 5 is moved up, and drives jacking block
IV 39 hold out against the middle part horizontal plane of part 6；Then it can be welded.
3rd, after welding is finished, the cylinder driving top plate I 9 of clamping device I 2 is downwardly turned over, while cylinder II 13 drives pressing plate I
14 move up, and alignment pin I 16 leaves the lower left quarter of part 6 and is correspondingly arranged dowel hole, and briquetting I 15 and jacking block I 12 unclamp part
6；The driving pressing plate II 19 of cylinder III 18 of clamping device II 3 is flipped up, and briquetting II 21 leaves the middle and lower part vertical plane of part 6,
The driving pressing plate III 23 of cylinder IV 22 is downwardly turned over, the lower left quarter of briquetting III 26 and the release part 6 of jacking block II 24；Clamping device III 4
The driving pressing plate IV 29 of cylinder V 28 be flipped up, briquetting IV 31 leaves the upper right quarter of part 6, the driving pressing plate V 33 of cylinder VI 32
It is moved rearwards by, leaves the upper right quarter vertical plane of part 6 from horizontal direction with dynamic pressure plate V 33, while alignment pin II 34 leaves part
The dowel hole on 6 top；Then the part 6 that welding can be finished is removed.
Claims (1)
1. a kind of automobile end plate assembly weld jig, including base（1）, clamping device I（2）, clamping device II（3）, clamp dress
Put III（4）, support meanss（5）, described clamping device I（2）, clamping device II（3）, clamping device III（4）, support meanss
（5）It is respectively arranged in base（1）On, it is characterised in that：
Described support meanss（5）It is located at base（1）Top centre, part（6）It is positioned over support meanss（5）On；
Described clamping device I（2）, clamping device II（3）, clamping device III（4）It is respectively provided at left side, the centre of base bottom
And right side, distribution triangular in shape, respectively from three position Clamp blocks（6）；
Described clamping device I（2）Including support base I（7）, cylinder I（8）, top plate I（9）, described support base I（7）Fixed peace
Mounted in base（1）Lower left quarter, support base I（7）It is provided with inclined support surface（10）, described supporting surface（10）Part-oriented
（6）Left lower；
Described cylinder I（8）Supporting surface is arranged on along bevel direction（10）On, its piston rod is set down along bevel direction；
Described top plate I（9）One end and cylinder I（8）Piston-rod lower end be movably hinged, top plate I（9）With cylinder I（8）Piston rod
Shaft hole is opened up beside the place of being movably hinged, passes through shaft hole and rotating shaft I（11）Cooperation is installed on support base I（7）On, cylinder I
（8）Drive top plate I（9）With rotating shaft I（11）Spun upside down for fulcrum along bevel direction, top plate I（9）The other end on be provided with
Jacking block I（12）, jacking block I（12）Correspondence part（6）Lower left quarter bottom surface set；
Described clamping device I（2）Also include cylinder II（13）, pressing plate I（14）, described cylinder II（13）Along bevel direction
Installed in supporting surface（10）The back side, its piston rod sets upward along inclined-plane incline direction；Described cylinder II（13）Piston
Bar upper end and pressing plate I（14）One end connection, pressing plate I（14）The other end sets briquetting I（15）, briquetting I（15）Correspondence part
The upper surface of lower left quarter is set, described briquetting I（15）With jacking block I（12）It is mutually corresponding, to part（6）Clamped above and below formation；
Described briquetting I（15）On be provided with alignment pin I（16）, part（6）Lower left quarter is correspondingly arranged dowel hole, passes through positioning
Pin I（16）It is further ensured that part（6）Clamping effect；
Described clamping device II（3）Including support base II（17）, cylinder III（18）, pressing plate II（19）；Described support base II
（17）It is fixedly mounted on base（1）Middle and lower part；
Described cylinder III（18）It is fixedly mounted on support base II（17）On, its piston rod is vertically set upward；It is described
Pressing plate II（19）One end and cylinder III（18）Piston rod upper end be movably hinged, pressing plate II（19）With cylinder III（18）Work
Stopper rod opens up shaft hole beside the place of being movably hinged, and passes through shaft hole and rotating shaft II（20）Cooperation is installed on support base II（17）
On, cylinder III（18）Drive pressing plate II（19）With rotating shaft II（20）Action, pressing plate II are spun upside down for fulcrum（19）It is another
Briquetting II is installed on end（21）, briquetting II（21）Correspondence part（6）Middle and lower part vertical plane set；
Described clamping device II（3）Also include cylinder IV（22）, pressing plate III（23）, jacking block II（24）；Described cylinder IV
（22）It is horizontally set on support base II（17）On, its piston rod corresponds to part in the horizontal direction（6）Lower left quarter set；Described
Cylinder IV（22）Piston-rod end install pressing plate III（23）, pressing plate III（23）With cylinder IV（22）Piston rod be movably hinged place
Side open up shaft hole, pass through shaft hole and rotating shaft III（25）Cooperation is installed on support base II（17）On, cylinder IV（22）Drive
Dynamic pressure plate III（23）With rotating shaft III（25）Action, pressing plate III are spun upside down for fulcrum（23）The other end briquetting III is installed
（26）, briquetting III（26）Correspondence part（6）The back side of lower left quarter；
Described jacking block II（24）It is fixedly mounted on support base II（17）On, correspondence part（6）Lower left quarter, described briquetting III
（26）With jacking block II（24）It is mutually corresponding, to part（6）Clamped before and after being formed；
Described clamping device III（4）Including support base III（27）, cylinder V（28）, pressing plate IV（29）；Described support base III
（27）It is fixedly mounted on base（1）Right lower quadrant；Described cylinder V（28）It is vertically installed at support base III（27）On, its piston
Bar is vertically set upward, described pressing plate IV（29）One end and cylinder V（28）Piston rod upper end be movably hinged,
Pressing plate IV（29）With cylinder V（28）The piston rod place of being movably hinged beside open up shaft hole, pass through shaft hole and rotating shaft IV
（30）Cooperation is installed on support base III（27）On, cylinder V（28）Drive pressing plate IV（29）With rotating shaft IV（30）Above and below doing for fulcrum
Rotary movement, pressing plate IV（29）The other end on briquetting IV is installed（31）, briquetting IV（31）Correspondence part（6）Upper right quarter；
Described clamping device III（4）Also include cylinder VI（32）, pressing plate V（33）；Described cylinder VI（32）It is horizontally set on
Support base III（27）Top, its piston rod in the horizontal direction correspond to part（6）Upper right quarter vertical plane set；Described cylinder
Ⅵ（32）Piston-rod end install pressing plate V（33）, described pressing plate V（33）With part（6）Upper right quarter vertical plane it is parallel,
Pressing plate V（33）On be additionally provided with alignment pin II（34）, part（6）Upper right quarter vertical plane is correspondingly arranged dowel hole；Described gas
Cylinder VI（32）Drive pressing plate V（33）It is movable, band dynamic pressure plate V（33）Part is pushed down from horizontal direction（6）Upper right quarter erect
Face directly, while alignment pin II（34）Insert part（6）Top dowel hole；
Described clamping device III（4）Also include jacking block III（35）, jacking block III（35）It is fixedly mounted on support base III（27）On, it is right
Answer part（6）Right lower quadrant；
Described support meanss（5）Including support base IV（36）, cylinder VII（37）, top plate II（38）；Described support base IV
（36）It is fixedly mounted on base（1）Middle and upper part；Described cylinder VII（37）Installed in support base IV（36）Side, its piston
Bar is vertically set upward, described top plate II（38）One end and cylinder VII（37）Piston rod upper end connection, the other end
Jacking block IV is installed（39）, described jacking block IV（39）Support part（6）Middle part horizontal plane, be provided with alignment pin III
（40）, described part（6）Middle part horizontal plane on be correspondingly provided with dowel hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610764519.6A CN106181194B (en) | 2016-08-31 | 2016-08-31 | Automobile end plate assembly weld jig |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610764519.6A CN106181194B (en) | 2016-08-31 | 2016-08-31 | Automobile end plate assembly weld jig |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106181194A CN106181194A (en) | 2016-12-07 |
| CN106181194B true CN106181194B (en) | 2017-09-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610764519.6A Active CN106181194B (en) | 2016-08-31 | 2016-08-31 | Automobile end plate assembly weld jig |
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| CN108673028B (en) * | 2018-07-27 | 2023-12-22 | 昆山特朗普新能源汽车零部件有限公司 | Welding fixture |
| CN108673029B (en) * | 2018-07-27 | 2024-05-03 | 昆山特朗普新能源汽车零部件有限公司 | Welding fixture for battery box |
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| CN106181194A (en) | 2016-12-07 |
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