CN205085557U - Axle housing assembly welding device - Google Patents
Axle housing assembly welding device Download PDFInfo
- Publication number
- CN205085557U CN205085557U CN201520786669.8U CN201520786669U CN205085557U CN 205085557 U CN205085557 U CN 205085557U CN 201520786669 U CN201520786669 U CN 201520786669U CN 205085557 U CN205085557 U CN 205085557U
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- CN
- China
- Prior art keywords
- axle housing
- framework
- welding device
- housing assembly
- bearing
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- 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.)
- Withdrawn - After Issue
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- Butt Welding And Welding Of Specific Article (AREA)
- Manufacture Of Motors, Generators (AREA)
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Abstract
The utility model discloses an axle housing assembly welding device, its characterized in that includes support, assembly device, the company's of welding device, operation panel, the support includes first electric welding ware, assembly device includes well casement frame, a plurality of air pressure device, every air pressure device include pneumatic pump, push rod, mould arm, the company's of welding device includes one or a plurality of portable, flexible second electric welding ware. The utility model provides an axle housing assembly welding device can realize a machinery and can accomplish spot welding and weld the twice process with whole, simultaneously but the frame autogiration is realized welding with whole the spot welding of two faces of axle housing, need not artifical upset, and in the switching process, fixing device with it can guarantee that the axle housing position is unchangeable to have magnetic mould arm for whole welding process is more accurate, reduces the error and appears.
Description
Technical field
The utility model relates to automobile manufacturing field, particularly relates to axle housing and manufactures field.
Background technology
Along with the development of urbanization process, automobile has become requisite a kind of walking-replacing tool in people's daily life.The quantity of waiting for bus along with bus, private car increases, and highway is driven and become particularly important safely.Vehicle travel security depend primarily on the quality of car itself and the operation of human pilot, but the quality of car really must specification and be easy to control.
Axle housing is the requisite parts of four-wheel car, is to install main reducing gear, differential mechanism, semiaxis, wheel assembling matrix, and its Main Function supports and protects main reducing gear, differential mechanism and semiaxis etc.Axle housing, when making, is that after being shaped by two half bridge shell, frock forms, carries out the operations such as shaping, internal diameter cutting, essence polishing after frock again.In axle housing assembly welding process, be all generally the spot welding carrying out two opposites after being first close to by axle housing, after spot welding, carry out whole weldering again.In traditional technological process, spot welding and whole weldering are carried out all respectively.But it is because axle housing weight is large, in whole carrying, justification process, very loaded down with trivial details.And all need spot welding and assembly welding due to the two sides of axle housing, especially in pinpoint welding procedure, traditional is all, and axle housing of manually slinging stands up, and very easily cause two half bridge shell displacements, working procedure is loaded down with trivial details and tight ness rating inadequate, there is wretched insufficiency.
Summary of the invention
For overcoming the above problems, the utility model provides a kind of axle housing assembly-welding device, it is characterized in that comprising bearing 100, apparatus for assembling 200, soldered device 300, operating desk 400.
Described bearing 100 comprises the first electric arc welding device 101.
Described apparatus for assembling 200 comprises hollow type framework 210, several pneumatic shuttles 220; Described each pneumatic shuttle 220 comprises pulsometer 221, push rod 222, mold arm 223.
Described soldered device 300 comprises one or more the second removable, flexible electric arc welding device 301.
Described first electric arc welding device 101 is positioned at described bearing 100 side; Two end-rack of described framework 210 are in described bearing 100, and described framework 210 is rotatable in described bearing 100, and described framework 210 height is equal with axle housing height, and described framework 210 width is greater than axle housing width; Described pneumatic shuttle 220 is positioned at the medial surface of described framework 210 both sides; Described pulsometer 221 is fixed on the medial surface of described framework 210 both sides; Described push rod 222 is between described mold arm 223 and described pulsometer 221, and described mold arm 223 is positioned at inside described framework 210; Described soldered device 300 is fixed on above described bearing 100, and one or more described second electric arc welding device 301 is suspended from above described framework 210; Described operating desk 400 is positioned at described bearing side, and described operating desk connects described apparatus for assembling 200 and described soldered device 300, control described mold arm 223 to move in the horizontal direction, control described second electric arc welding device 301 simultaneously and move in the horizontal and vertical directions.
Preferably, described framework 210 comprises several fixtures 211; Described each fixture 211 comprises 2 expansion links, 214,2 arc folders, 215,2 connecting pins 216; In its natural state, described 2 arc folders 215 cross section is in vertical direction two arcs, in the stationary state, and described 2 arc folders 215 circular in cross-section in vertical direction; Described connecting pin 216 is positioned at described 2 arcs and presss from both sides 215 junctions in the stationary state; Described expansion link 214 is between described arc folder 215 and described framework 210, and described 2 expansion links 214 are positioned at the medial surface of described framework 210 both sides.Described fixture 211 is for fixing axle housing two ends, and prevent in rotation process, axle housing drops.
Preferably, described framework 210 also comprises one or more flexible panel 212, one or more hole 213; Described flexible panel 212 is positioned at described framework 210 side, and the outer surface of described flexible panel 212 flushes with described framework 210 outer surface; Described hole 213 is positioned at the opposite side of described framework 210, and described hole 213 and described flexible panel 212 are positioned in same level; Described flexible panel 212 quantity is identical with described hole 213 quantity, flexible panel 212 described in one is for the hole 213 described in, described flexible panel 212 is retractable to and runs through described hole 213 and stop, and reaches the effect of described flexible panel 212 frame on described framework 210.
Preferably, described bearing 100 also comprises 2 tumblers 102; Described tumbler 102 is fixed on described framework 210 two ends, and described tumbler 102 is connected with described framework 210 two ends, and described tumbler 102 drives described framework 210 to rotate; Described tumbler 102 is connected with described operating desk 400, and described operating desk 400 can control described tumbler 102 and rotate.
Preferably, the height of described mold arm 223 is less than or equal to the height of axle housing, and described mold arm 223 cross section is in the horizontal direction curved, the circular arc being with axle housing corner bevelling place cross section is in the horizontal direction isocentric circular arc, namely described mold arm 223 is mated with axle housing, axle housing can be stuck in described mold arm 223, prevents from being shifted at pushing course intermediate axle shell.
Preferably, the material of described mold arm 223 is the metal or composite that carrying magnetic, hardness are large; Described mold arm 223 inside is connected with described operating desk, i.e. the magnetic of the controlled molding jig arm 223 of described operating desk.
Preferably, described soldered device 300 also comprises one or more fixed bar 302; Described fixed bar 302 is soldered above described bearing 100; Described fixed bar 302 comprises track, and described second electric arc welding device 301 is positioned at below described track, and described second electric arc welding device 301 is according to the horizontal movement on described fixed bar 302 of described track.
Preferably, the material of described framework 210, described flexible panel 212, described fixture 211 is the nano-carbon material that all hardness is large.
This axle housing assembly-welding device that the utility model provides, a machinery can be realized and can complete spot welding and whole weldering two procedures, simultaneously described framework 210 can automatic rotation, realize the spot welding to axle housing two faces and whole weldering, without the need to artificial upset, and in switching process, described fixture 211 can ensure axle housing invariant position with the magnetic mold arm 223 of described band, make whole welding process more accurate, reduce error and occur.Because axle housing weight is large, in rotary course, pressure all acts in described fixture 211, described flexible panel 212, described framework 210 and described mold arm 223, therefore described fixture 211, described flexible panel 212, described framework 210 and described mold arm 223 all adopt the material that hardness is large, nano-carbon material hardness is very big, quality is light, be suitable for the material making described fixture 211, described flexible panel 212, described framework 210, described mold arm 223 then should choose hardness large and magnetic metal or composite.
Accompanying drawing explanation
Fig. 1 is axle housing assembly-welding device schematic diagram;
Fig. 2 is apparatus for assembling schematic diagram;
Fig. 3 is fixture schematic diagram under stationary state.
Detailed description of the invention
A kind of axle housing assembly-welding device, is characterized in that comprising bearing 100, apparatus for assembling 200, soldered device 300, operating desk 400;
Described bearing 100 comprises the first electric arc welding device 101,2 tumblers 102.
Described apparatus for assembling 200 comprises hollow type framework 210,2 pneumatic shuttles 220; Described each pneumatic shuttle 220 comprises pulsometer 221, push rod 222, mold arm 223; Described framework 210 comprises the flexible panel of 2 fixtures 211,6 212,6 holes 213, each has respectively 2 described flexible panels 212 and 3 described holes 213; Described each fixture 211 comprises 2 expansion links, 214,2 arc folders, 215,2 connecting pins 216.
Described soldered device 300 comprises 1 removable, flexible the second electric arc welding device 301,1 fixed bar 302.
Described first electric arc welding device 101 is positioned at described bearing 100 side.Two end-rack of described framework 210 are in described bearing 100, and described framework 210 is rotatable in described bearing 100, and described framework 210 height is equal with axle housing height, and described framework 210 width is greater than axle housing width.Described pneumatic shuttle 220 is positioned at the medial surface of described framework 210 both sides, described pulsometer 221 is fixed on the medial surface of described framework 210 both sides, described push rod 222 is between described mold arm 223 and described pulsometer 221, and described mold arm 223 is positioned at inside described framework 210.Described soldered device 300 is fixed on above described bearing 100, and described second electric arc welding device 301 is suspended from above described framework 210; Described operating desk 400 is positioned at described bearing side, and described operating desk connects described apparatus for assembling 200 and described soldered device 300, control described mold arm 223 to move in the horizontal direction, control described second electric arc welding device 301 simultaneously and move in the horizontal and vertical directions.
Described fixture 211 is positioned at the medial surface at described framework 210 two ends.In its natural state, described 2 arc folders 215 cross section is in vertical direction two arcs, in the stationary state, and described 2 arc folders 215 circular in cross-section in vertical direction; Described connecting pin 216 is positioned at described 2 arcs and presss from both sides 215 junctions in the stationary state; Described expansion link 214 is between described arc folder 215 and described framework 210, and described 2 expansion links 214 are positioned at the medial surface of described framework 210 both sides.
Described flexible panel 212 is positioned at described framework 210 side, and the outer surface of described flexible panel 212 flushes with described framework 210 outer surface; Described hole 213 is positioned at the opposite side of described framework 210, and described hole 213 and described flexible panel 212 are positioned in same level.
Described tumbler 102 is fixed on described framework 210 two ends, and described tumbler 102 is connected with described framework 210 two ends, and described tumbler 102 drives described framework 210 to rotate; Described tumbler 102 is connected with described operating desk 400.
The height of described mold arm 223 is less than the height of axle housing, and described mold arm 223 cross section is in the horizontal direction curved, and the circular arc being with axle housing corner bevelling place cross section is in the horizontal direction isocentric circular arc, and namely described mold arm 223 is mated with axle housing.The material of described mold arm 223 is the metal or composite that carrying magnetic, hardness are large; Described mold arm 223 inside is connected with described operating desk, i.e. the magnetic of the controlled molding jig arm 223 of described operating desk.
Described fixed bar 302 is soldered above described bearing 100.Described fixed bar 302 comprises track, and described second electric arc welding device 301 is positioned at below described track.
The material of described framework 210, flexible panel 212, described fixture 211 is the nano-carbon material that hardness is large.
During use, the described flexible panel 212 be positioned on bottom face is first regulated to make it to move to described hole 213, form supporting surface, then two half bridge shell are placed on this axle housing assembly-welding device, two half bridge shell are placed in respectively in described mold arm 223, make it to fit completely with described mold arm 223, opened the magnetic of described mold arm 223 by described operating desk 400.Control described pulsometer 221 by described operating desk 400 to move simultaneously, make described push rod 222 stretch until two half bridge shell are closely connected in the horizontal plane, the shut-down operation of described pulsometer 221.Described first electric arc welding device 101 is used to carry out spot welding, after spot welding terminates, described fixture 211 is adjusted to stationary state, block axle housing two ends, and regulate the described flexible panel 212 be now positioned on face, the top, make it to move in described hole 213, open described tumbler 102 subsequently, make described bearing 100 rotate 180 ° and stop again.After stopping, adjustment is now positioned at the described flexible panel 212 on face, the top, makes it to be contracted to reset condition, regulates described fixture 211 to nature simultaneously.Described first electric arc welding device 101 is used to carry out spot welding to second face.After spot welding, regulate described soldered device 300, control described second spot welding device by described operating desk 400 and carry out whole weldering.After whole weldering terminates, described fixture 211 is adjusted to stationary state, blocks axle housing two ends, and regulate the described flexible panel 212 be now positioned on face, the top, make it to move in described hole 213, open described tumbler 102 subsequently, make described bearing 100 rotate 180 ° and stop again.After stopping, adjustment is now positioned at the described flexible panel 212 on face, the top, make it to be contracted to reset condition, regulate described fixture 211 to nature simultaneously, then regulate described soldered device 300, control described second spot welding device by described operating desk 400 and carry out whole weldering.After whole weldering, whole soldered operation completes, and carries the soldered axle housing completed, and starts the axle housing assembly welding operation of next round.
These are only the utility model preferred embodiment, therefore can not limit the scope of the utility model enforcement according to this, the equivalence namely done according to the utility model description changes and decoration, all should belong in the scope of the utility model covering.
Claims (8)
1. an axle housing assembly-welding device, is characterized in that comprising bearing, apparatus for assembling, soldered device, operating desk;
Described bearing comprises the first electric arc welding device;
Described apparatus for assembling comprises hollow type framework, several pneumatic shuttles; Described each pneumatic shuttle comprises pulsometer, push rod, mold arm;
Described soldered device comprises one or more the second removable, flexible electric arc welding device;
Described first electric arc welding device is positioned at described bearing side; Two end-rack of described framework are in described bearing, and described framework is rotatable in described bearing, and described frame height is equal with axle housing height, and described frame width is greater than axle housing width; Described pneumatic shuttle is positioned at the medial surface of described framework both sides; Described pulsometer is fixed on the medial surface of described framework both sides; Described push rod is between described mold arm and described pulsometer, and described mold arm is positioned at inside described framework; Described soldered device is fixed on above described bearing, and one or more described second electric arc welding device is suspended from above described framework; Described operating desk is positioned at described bearing side, and described operating desk connects described apparatus for assembling and described soldered device, controls described mold arm and moves in the horizontal direction, controls described second electric arc welding device simultaneously and moves in the horizontal and vertical directions.
2., according to the axle housing assembly-welding device described in claim 1, it is characterized in that described framework comprises several fixtures; Described each fixture comprises 2 expansion links, 2 arc folders, 2 connecting pins; In its natural state, described 2 arc folders cross section is in vertical direction two arcs, in the stationary state, and described 2 arc folders circular in cross-section in vertical direction; Described connecting pin is positioned at described 2 arcs folder junction in the stationary state; Described expansion link is between described arc folder with described framework, and described 2 expansion links are positioned at the medial surface of described framework both sides.
3., according to the axle housing assembly-welding device described in claim 1, it is characterized in that described framework also comprises one or more flexible panel, one or more hole; Described flexible panel is positioned at described framework side, and the outer surface of described flexible panel flushes with described frame outer surface; Described hole is positioned at the opposite side of described framework, and described hole and described flexible panel are positioned in same level; Described flexible panel quantity is identical with described hole quantity.
4., according to the axle housing assembly-welding device described in claim 1, it is characterized in that described bearing also comprises 2 tumblers; Described tumbler is fixed on described framework two ends, and described tumbler is connected with described framework two ends, and described tumbler drives described framework to rotate; Described tumbler is connected with described operating desk.
5. according to the axle housing assembly-welding device described in claim 1, it is characterized in that the height of described mold arm is less than or equal to the height of axle housing, and described mold arm cross section is in the horizontal direction curved, the circular arc being with axle housing corner bevelling place cross section is in the horizontal direction isocentric circular arc, and namely described mold arm is mated with axle housing.
6., according to the axle housing assembly-welding device described in claim 1, it is characterized in that the material of described mold arm is the metal or composite that carrying magnetic, hardness are large; Described mold arm inside is connected with described operating desk, i.e. the magnetic of the controlled molding jig arm of described operating desk.
7., according to the axle housing assembly-welding device described in claim 1, it is characterized in that described soldered device also comprises one or more fixed bar; Described fixed bar is soldered above described bearing; Described fixed bar comprises track, and described second electric arc welding device is positioned at below described track.
8., according to the axle housing assembly-welding device described in claim 1, it is characterized in that the material of described framework, flexible panel, described fixture is the nano-carbon material that hardness is large.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520786669.8U CN205085557U (en) | 2015-10-13 | 2015-10-13 | Axle housing assembly welding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520786669.8U CN205085557U (en) | 2015-10-13 | 2015-10-13 | Axle housing assembly welding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205085557U true CN205085557U (en) | 2016-03-16 |
Family
ID=55476277
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520786669.8U Withdrawn - After Issue CN205085557U (en) | 2015-10-13 | 2015-10-13 | Axle housing assembly welding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205085557U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105108398A (en) * | 2015-10-13 | 2015-12-02 | 泰州神舟传动科技有限公司 | Assembly welding device for axle housing |
-
2015
- 2015-10-13 CN CN201520786669.8U patent/CN205085557U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105108398A (en) * | 2015-10-13 | 2015-12-02 | 泰州神舟传动科技有限公司 | Assembly welding device for axle housing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160316 Effective date of abandoning: 20160824 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |