CN206326188U - The cutting registration mechanism of copper strips or copper alloy belt agitating friction soldering equipment - Google Patents
The cutting registration mechanism of copper strips or copper alloy belt agitating friction soldering equipment Download PDFInfo
- Publication number
- CN206326188U CN206326188U CN201621370719.5U CN201621370719U CN206326188U CN 206326188 U CN206326188 U CN 206326188U CN 201621370719 U CN201621370719 U CN 201621370719U CN 206326188 U CN206326188 U CN 206326188U
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- CN
- China
- Prior art keywords
- copper strips
- support
- tool rest
- pressed seat
- copper alloy
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- Withdrawn - After Issue
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Abstract
The cutting registration mechanism of copper strips or copper alloy belt agitating friction soldering equipment, including support, the leading edge of the support is provided with the first pressure copper strips device, base is additionally provided with front of the support, the transmission pedestal that can be moved forward and backward is slidably equipped with described base, the trailing edge of the close support of the transmission pedestal, which is provided with above tool rest, described tool rest, is provided with cutter, the pressed seat that can be moved forward and backward is additionally provided with the transmission pedestal at the tool rest rear, described pressed seat is provided with the second pressure copper strips device.The utility model is cut to the workpiece end for needing to dock before welding, so as to form intact interface, improves welding quality.
Description
Technical field
The utility model is related to a kind of copper strips or copper alloy belt agitating friction soldering equipment.
Background technology
In the prior art, copper strips or copper alloy belt agitating friction soldering equipment are to two copper strips or copper alloy belt progress
The apllied .9 of Application No. 201610636838,201610295879.6 patent of invention before docking, such as applicant
Application.Copper strips or copper alloy belt agitating friction soldering equipment of the prior art also has the disadvantage that：Two workpiece to be welded
End face is not in most cases straight line, is being hair side even toothed surface with hypodontia etc. in many situations, therefore
Welding effect is undesirable after docking.In the prior art without the mechanism alignd after being cut to workpiece.
The content of the invention
In view of existing copper band or copper alloy belt agitating friction soldering equipment are without the mechanism alignd after being cut to workpiece,
The utility model provides a kind of more preferable copper strips of welding effect or copper alloy belt agitating friction soldering equipment.
The technical scheme in the invention for solving the technical problem is：Copper strips or copper alloy belt agitating friction soldering equipment
Registration mechanism, including support are cut, the leading edge of the support is provided with the first pressure copper strips device, the first described pressure copper strips device bag
Include the first pressing plate above the support, for drive the first pressing plate push or upper lift first driving means, described first
Pressing plate extends anteriorly out described support；
The transmission pedestal that is slidably equipped with and can move forward and backward on base, described base is additionally provided with front of the support, it is described
Transmission pedestal and described base be provided with the transmission drive mechanism for being used for driving the transmission pedestal movable；
The trailing edge of the close support of the transmission pedestal is provided with above tool rest, described tool rest and is provided with cutter, described
The pressed seat that can be moved forward and backward is additionally provided with the transmission pedestal at tool rest rear, between described pressed seat and described transmission pedestal
Provided with for driving the movable pressed seat drive mechanism of the pressed seat；
Described pressed seat includes being located on pressed seat provided with the second pressure copper strips device, the second described pressure copper strips device
Second pressing plate of side, the second drive device for driving the second pressing plate to push or appear on the stage, the upper surface of the pressed seat and institute
The upper surface for stating tool rest is flushed, and the upper surface of the support is flushed with the upper surface of described tool rest.
Further, described tool rest has recessed cavity, and the side of upper end two of the cavity forms counteredge；It is described
Cutter include cutter hub, the adjutage that extends downwardly of tail end in cutter hub, two sides of the cutter hub are formed and the fixing cutter
The mobile blade that sword coordinates, the tail end of the cutter hub is articulated in the upper ends of the cavity of the tool rest；On described transmission pedestal
Provided with horizontal cutter drives hydraulic means, the output end of the cutter drives hydraulic means is hinged with adjutage.
Further, the first described pressing plate is made up of some blocks of partial pressure plates, and every piece of partial pressure plate correspondence one is used to drive it
Push or upper lift pressure plate cylinder.
Further, the second described drive device is the second pressure plate cylinder.
The utility model is being used, first paragraph copper strips（Copper alloy belt）It is incorporated on support, and leads to below the first pressing plate,
First paragraph copper strips（Copper alloy belt）Front end stretch out support leading edge, afterwards in the presence of first driving means, the first pressing plate
Push, by first paragraph copper strips（Copper alloy belt）Fix；Second segment copper strips（Copper alloy belt）It is incorporated on pressed seat, second segment copper
Band（Copper alloy belt）End extend above tool rest, afterwards in the presence of the second drive device, the second pressing plate is pushed, by second
Section copper strips（Copper alloy belt）Fix.Transmission pedestal is moved to support direction afterwards, until first paragraph copper strips（Copper alloy belt）'s
End is also located at tool rest region.Cutter is cut downwards afterwards, by positioned at the first paragraph copper strips in tool rest region（Copper alloy belt）End
Portion, second segment copper strips（Copper alloy belt）End cut so that both form intact linear end face.Seat is transmitted afterwards
Body is moved to support direction again, so that the first paragraph copper strips after cutting（Copper alloy belt）End be again positioned at tool rest area
Domain；Pressed seat is also moved to support direction, so that the second segment copper strips after cutting（Copper alloy belt）End be again positioned at
Tool rest region and with first paragraph copper strips（Copper alloy belt）End it is relative, joint can now be entered by agitating friction soldering tip
Row friction stir weld.
The beneficial effects of the utility model are：The workpiece end for needing to dock is cut before welding, so that
Intact interface is formed, welding quality is improved.
Brief description of the drawings
Fig. 1 is to install the structural representation of the present utility model after friction-stir soldering tip.
Fig. 2 is to install another angled arrangement schematic diagram of the present utility model after friction-stir soldering tip.
Fig. 3 is structural representation of the present utility model.
Embodiment
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
The cutting registration mechanism of reference picture 1, Fig. 2, Fig. 3, copper strips or copper alloy belt agitating friction soldering equipment, including support 1,
The leading edge of the support 1 includes being located at first above support provided with the first pressure copper strips device, the first described pressure copper strips device
Pressing plate 8, for drive the first pressing plate 8 push or upper lift first driving means, the first described pressing plate 8 extends anteriorly out described
Support 1.The first pressing plate 8 described in the present embodiment is made up of some blocks of partial pressure plates, and every piece of partial pressure plate correspondence one is used to drive
Move its push or upper lift pressure plate cylinder 9, pressure plate cylinder 9 forms described first driving means.
The front of the support 1 is additionally provided with base 10, described base 10 and is slidably equipped with the transmission pedestal that can be moved forward and backward
11, base 10 is provided with the transmission pedestal slide rail 12 that fore-and-aft direction is arranged, transmission pedestal 11 on transmission pedestal slide rail 12 from
And slidably, described transmission pedestal 11 is provided with the transmission for being used for driving the transmission pedestal movable with described base 10
Drive mechanism.The transmission drive mechanism can use conventional structure of the prior art, can use hydraulic oil cylinder driving, air cylinder driven, tooth
Take turns rack structure driving, screw mandrel driving etc..
The trailing edge of the close support of the transmission pedestal 11 is provided with tool rest 13, and the described top of tool rest 13 is provided with knife
The pressed seat 14 that can be moved forward and backward is additionally provided with tool, the transmission pedestal at the rear of tool rest 13, transmission pedestal 11 is provided with front and rear
The pressed seat slide rail 15 of direction arrangement, pressed seat 14 is on the pressed seat slide rail 15 so as to realize slidably, described compression
The pressed seat drive mechanism for being used for driving the pressed seat movable is provided between seat 14 and described transmission pedestal 11.The pressure
Tight seat drive mechanism can use conventional structure of the prior art, can be driven using hydraulic oil cylinder driving, air cylinder driven, gear ＆ rack structure
Dynamic, screw mandrel driving etc..
Described pressed seat 14 includes being located at pressed seat provided with the second pressure copper strips device, the second described pressure copper strips device
Second pressing plate 16 of 14 tops, for driving the second pressing plate the second drive device for pushing or appearing on the stage, the pressed seat 14 it is upper
End face is flushed with the upper surface of the tool rest 13, and the upper surface of the support 1 is flushed with the upper surface of described tool rest 13.This reality
Apply in example, the second described drive device is the second pressure plate cylinder, the second pressing plate 14 can be the plate body of one piece of entirety, the second pressing plate
The output end of oil cylinder is connected with the second pressing plate.That certain second pressing plate 14 can be also made up of a some blocks of point plates, and each point of plate is right respectively
Answer second pressure plate cylinder.
Using copper strips of the present utility model or copper alloy belt agitating friction soldering equipment, it is slidably equipped with and front and rear can moves on support 1
Dynamic welding base 2, support 1 is provided with the welding base guide rail 3 extended according to fore-and-aft direction, and welding base 2 is arranged on the welding base and led
So as to realize slidably on rail 3.Being provided between described welding base 2 and described support 1 is used to driving before and after the welding base
Mobile movable drive mechanism, the movable drive mechanism is conventional structure of the prior art, can be driven using oil cylinder
Dynamic, air cylinder driven, gear ＆ rack structure driving, screw mandrel driving etc., will not be repeated here.
Be slidably equipped with described welding base 2 can left and right transverse shifting moving body 4, welding base 2 be provided with according to right and left
To the moving body guide rail 5 of extension, moving body 4 is arranged on the moving body guide rail 5 to realize slidably.Described moving body 4
Be provided between described welding base 2 be used to driving the moving body or so transverse shifting move left and right drive mechanism.The left side
It is conventional structure of the prior art to move right drive mechanism, can be driven using hydraulic oil cylinder driving, air cylinder driven, gear ＆ rack structure
Dynamic, screw mandrel driving etc., will not be repeated here.
Liftable lifting body 6 is slidably equipped with described moving body 4, between described lifting body 6 and described moving body 4
Provided with the lift drive mechanism for driving the lifting body to lift, the lift drive mechanism is conventional structure of the prior art,
It can be will not be repeated here using hydraulic oil cylinder driving, air cylinder driven, gear ＆ rack structure driving etc..The lower end of lifting body 6 is provided with and stirred
Mix in friction soldering tip 7, described lifting body 6 and be provided with the rotary drive mechanism for being used for driving the agitating friction soldering tip to rotate.Rotation
Multiple structural forms of the prior art, such as servomotor, electro spindle, the rotation of this in the present embodiment can be used by turning drive mechanism
Turn drive mechanism and use electro spindle, can be significantly compared with the volume of skinny device.
The utility model is being used, first paragraph copper strips（Copper alloy belt）It is incorporated on support 1, and leads under the first pressing plate 8
Side, first paragraph copper strips（Copper alloy belt）Front end stretch out support 1 leading edge, afterwards in the presence of first driving means, first
Pressing plate 8 is pushed, by first paragraph copper strips（Copper alloy belt）Fix；Second segment copper strips（Copper alloy belt）It is incorporated on pressed seat 14,
Second segment copper strips（Copper alloy belt）End extend the top of tool rest 13, afterwards in the presence of the second drive device, the second pressing plate
16 push, by second segment copper strips（Copper alloy belt）Fix.Transmission pedestal 11 is moved to the direction of support 1 afterwards, until first paragraph
Copper strips（Copper alloy belt）End also be located at the region of tool rest 13.Cutter is cut downwards afterwards, by positioned at the first paragraph in tool rest region
Copper strips（Copper alloy belt）End, second segment copper strips（Copper alloy belt）End cut so that both form intact straight
Linear end face.Transmission pedestal 11 is moved to the direction of support 1 again afterwards, so that the first paragraph copper strips after cutting（Copper alloy
Band）End be again positioned at tool rest region；Pressed seat 14 is also moved to the direction of support 1, so that the second segment copper after cutting
Band（Copper alloy belt）End be again positioned at tool rest region and with first paragraph copper strips（Copper alloy belt）End it is relative, now
Friction stir weld is carried out to joint by agitating friction soldering tip 7.
In the present embodiment, described tool rest 13 has recessed cavity, and the side of upper end two of the cavity forms fixing cutter
Sword 17；Described cutter includes cutter hub 18, the adjutage 19 that extends downwardly of tail end in cutter hub 18, two sides of the cutter hub 18
The mobile blade coordinated with the counteredge is formed, the tail end of the cutter hub 18 is articulated in the upper end tail of the cavity of the tool rest
Portion；Described transmission pedestal 11 is provided with horizontal cutter drives hydraulic means 20, the cutter drives hydraulic means 20 it is defeated
Go out end to be hinged with adjutage, drive cutter hub 18 to rotate down cutting by cutter drives hydraulic means 20 or be rotated up lift
Rise.Upper surface in the present embodiment with tool rest 13 after the completion of cutter hub 18 downwards cutting is in the same plane.So that second segment
Copper strips（Copper alloy belt）End and first paragraph copper strips（Copper alloy belt）End relatively after it is safe be supported on cutter hub 18, it is more sharp
In welding.
It is inclination movement in the present embodiment, when described moving body 4 is moved, described counteredge 17, mobile blade are equal
It is parallel with the moving direction of the moving body 4.That is, the moving body guide rail 5 on support is not strict left and right lateral arrangement, and
It is in the longitudinal direction and has an inclination, counteredge 17, mobile blade is parallel with the moving direction of moving body, cut out
Strip end face is slightly tilted, and weld seam is also slightly tilted during welding, and this inclined weld seam make it that the band after the completion of welding is being received
During volume, it is difficult to produce tear in commissure.
Claims (4)
1. the cutting registration mechanism of copper strips or copper alloy belt agitating friction soldering equipment, including support, it is characterised in that：The support
Leading edge provided with the first pressure copper strips device, described first pressure copper strips device includes being located at the first pressing plate above support, is used for
Drive the first pressing plate push or upper lift first driving means, the first described pressing plate extends anteriorly out described support；
The transmission pedestal that is slidably equipped with and can move forward and backward on base, described base, described biography are additionally provided with front of the support
Pedestal is sent to be provided with the transmission drive mechanism for being used for driving the transmission pedestal movable with described base；
The trailing edge of the close support of the transmission pedestal is provided with above tool rest, described tool rest and is provided with cutter, the tool rest
It is additionally provided with the pressed seat that can be moved forward and backward on the transmission pedestal at rear, is provided between described pressed seat and described transmission pedestal
For driving the movable pressed seat drive mechanism of the pressed seat；
Described pressed seat includes being located above pressed seat provided with the second pressure copper strips device, the second described pressure copper strips device
Second pressing plate, the second drive device for driving the second pressing plate to push or appear on the stage, the upper surface of the pressed seat and the knife
The upper surface of seat is flushed, and the upper surface of the support is flushed with the upper surface of described tool rest.
2. the cutting registration mechanism of copper strips as claimed in claim 1 or copper alloy belt agitating friction soldering equipment, it is characterised in that：
Described tool rest has recessed cavity, and the side of upper end two of the cavity forms counteredge；
Described cutter includes cutter hub, the adjutage that extends downwardly of tail end in cutter hub, and two sides of the cutter hub are formed and institute
The mobile blade of counteredge cooperation is stated, the tail end of the cutter hub is articulated in the upper ends of the cavity of the tool rest；Described biography
Pedestal is sent to be provided with horizontal cutter drives hydraulic means, the output end of the cutter drives hydraulic means is hinged with adjutage.
3. the cutting registration mechanism of copper strips as claimed in claim 1 or 2 or copper alloy belt agitating friction soldering equipment, its feature exists
In：The first described pressing plate is made up of some blocks of partial pressure plates, and every block of partial pressure plate correspondence one is used to driving it to push or upper lift
Pressure plate cylinder.
4. the cutting registration mechanism of copper strips as claimed in claim 1 or 2 or copper alloy belt agitating friction soldering equipment, its feature exists
In：The second described drive device is the second pressure plate cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621370719.5U CN206326188U (en) | 2016-12-14 | 2016-12-14 | The cutting registration mechanism of copper strips or copper alloy belt agitating friction soldering equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621370719.5U CN206326188U (en) | 2016-12-14 | 2016-12-14 | The cutting registration mechanism of copper strips or copper alloy belt agitating friction soldering equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206326188U true CN206326188U (en) | 2017-07-14 |
Family
ID=59290502
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621370719.5U Withdrawn - After Issue CN206326188U (en) | 2016-12-14 | 2016-12-14 | The cutting registration mechanism of copper strips or copper alloy belt agitating friction soldering equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206326188U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106424911A (en) * | 2016-12-14 | 2017-02-22 | 宁波金凤焊割机械制造有限公司 | Cutting aligning mechanism for copper strip or copper alloy strip stir friction welding device |
-
2016
- 2016-12-14 CN CN201621370719.5U patent/CN206326188U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106424911A (en) * | 2016-12-14 | 2017-02-22 | 宁波金凤焊割机械制造有限公司 | Cutting aligning mechanism for copper strip or copper alloy strip stir friction welding device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170714 Effective date of abandoning: 20180417 |
|
| AV01 | Patent right actively abandoned |