CN207139077U - Full automatic aluminum frame welding system - Google Patents
Full automatic aluminum frame welding system Download PDFInfo
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- CN207139077U CN207139077U CN201721214227.1U CN201721214227U CN207139077U CN 207139077 U CN207139077 U CN 207139077U CN 201721214227 U CN201721214227 U CN 201721214227U CN 207139077 U CN207139077 U CN 207139077U
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Abstract
The utility model discloses a kind of Full automatic aluminum frame welding system, including welding gun, welding machine, carrier, rotation divide air parcel and control system.The utility model provides a kind of Full automatic aluminum frame welding system, can realize that the switching of different solder joints on framework is welded by the rotation of carrier, than prior art, has the advantages that to save space, reduces cost, solder joint switching efficient stable；Separately, the structure design of support plate on the carrier can meet the clamping of different shape and size frame, and only moulding need to be placed into approximate location, you can realization is automatically positioned to framework splicing, is not required to precise positioning, reduce operation difficulty, production efficiency is improved, automaticity is high, realizes the splicing to various sizes of moulding, it is versatile, it is applied widely；And, welding gun is provided with gas shield welding and argon arc welding simultaneously again, first to the upper surface gas shield welding of framework, then to the inner side argon arc welding of framework, realizes the girth welding of frame upper surface and inner side, welding aesthetic property is good and stability is good.
Description
Technical field
The utility model belongs to technical field of welding equipment, is applied to welding LED illumination lamp, liquid crystal more particularly to one kind
The full-automatic welding system of the fixed frames such as television indicator, solar silicon wafers OR gate window.
Background technology
External frame used in the equipment such as LED illumination lamp, lcd tv display, solar silicon wafers OR gate window at present, frame
Frame is usually to be process by the way of human weld or automatic welding.
Operating personnel are usually required during human weld's framework first to complete to splice by adjacent moulding, then hand torch welding aluminum strip
Junction, careless slightly in operating personnel's welding process to damage aluminum strip, therefore, the technical skills of human weld's framework will
Ask higher, generally requiring training of the master craftsman being skilled in technique to incoming operating personnel's progress a period of time could be on duty,
The very long training time can not meet enterprise for job candidates it is on duty immediately the needs of；And easily produced during human weld
Some raw noxious materials, such as：Acetaldehyde, rosin acid, sulfide, isocyanates, nitrogen oxides etc., and fly upward in atmosphere, these
Noxious material is invaded easily by respiratory tract in liver, lung, angiocarpy and the blood of people, and α, β, γ tri- can be also produced in welding process
Kind of ray, inside these radioactive substances can be put aside on a small quantity, therefore, caused noxious material and radiation during human weld
Property material may endanger the health of operating personnel, cause the generation of some occupational diseases of operating personnel.The above situation is usual
Cause the operating personnel in the enterprise post in short supply, the production capacity of enterprise is critical.At the same time, human weld is cumbersome, work effect
Rate is low, can not meet the batch development trend of enterprise's Related product；Error is also larger caused by human weld, can cause product matter
Measure unstable.
Therefore, inventor and other dealers invented some automatic welding systems, generally by machine
The welding of multiple point positions of framework is realized in the movement of tool hand or orbits controlling welding gun, and the mode of this switching solder joint not only makes machine
Tool hand or track it is complicated, take up space big, the volume and cost for making equipment remain high, and efficiency is low；Meanwhile by
It can only be accomplished manually in the splicing of framework etc., still hinder the development course of automatic welding equipment；In addition, due to clamp structure
Limitation, be not suitable for the framework of different shape or size, be all generally the special welding machine of certain type product, welding is different
Framework need to use different welding equipments or change the fixture to match with framework, poor universality, cause welding efficiency to drop
Low, production cost improves；Furthermore automatic welding device on the market at present, generally using single gas shield welding rifle, although gas is protected
Welding makes frame deformation small, but the shortcomings that solder joint protrusion be present, influences the assembling of framework, and aesthetic property is poor.
Utility model content
The utility model mainly solving the technical problems that：A kind of Full automatic aluminum frame welding system is provided, load can be passed through
Rotating to realize that the switching of different solder joints on framework is welded for tool, than prior art, has and saves space, reduces cost, weldering
The advantages that point switching efficient stable；In addition, the structure design of the support plate on the carrier can meet different shape and size frame
Clamping, and only moulding need to be placed into approximate location, you can realization is automatically positioned to framework splicing, is not required to precise positioning, is dropped
Low operation difficulty, production efficiency is improved, automaticity is high, realizes the splicing to various sizes of moulding, versatile, is applicable
Scope is wide；And, welding gun is provided with gas shield welding and argon arc welding simultaneously, to the upper surface elder generation gas shield welding of framework, then in framework again
Side argon arc welding, the girth welding of frame upper surface and inner side is realized, welding aesthetic property is good and stability is good.
In order to solve the above technical problems, the technical scheme that the utility model uses is：A kind of Full automatic aluminum frame is provided
Welding system, for lead frame, including welding gun and welding machine, the framework includes the moulding that more head and the tail are mutually spelled, in addition to uses
In the carrier and control system of splicing framework；
The carrier is connected with the rotating drive mechanism that driving carrier horizontally rotates；
The periphery of the carrier is provided with least two manipulators, and each manipulator is all connected with welding gun, the welding gun
Including at least one gas shield welding rifle and at least one argon-arc welding gun；The gas shield welding rifle and the argon-arc welding gun respectively with the weldering
Mechatronics；
The carrier includes support plate, and the support plate is provided with multigroup splicing detent mechanism, and every group of splicing detent mechanism all wraps
Include the hold-down mechanism that can compress adjacent moulding and promote the close pushing mechanism of adjacent moulding；
The hold-down mechanism presss from both sides including pneumatic elbow, and the pushing mechanism includes pusher cylinder and connected respectively positioned at adjacent moulding
The inner limited block of the medial and lateral at place and outer limited block are connect, the pusher cylinder can drive inside and outside limited block close to each other, with
The adjacent moulding of inside and outside limited block clamping is set to realize being brought into close contact for the junction of two adjacent mouldings；
It is additionally provided with rotation and divides air parcel, the rotation divides air parcel to divide located at the center of the carrier and the rotation under air parcel
End is fixedly connected with the rotating drive mechanism, and the rotation divides air parcel to be located at including multiple underlying air inlets with multiple
The gas outlet of top, the air inlet correspond with the gas outlet, and the gas outlet and the pneumatic elbow folder are relative one by one
Should, the gas outlet is connected with the pneumatic elbow folder；
The rotating drive mechanism, the hold-down mechanism, the pushing mechanism, the manipulator and the welding machine all with institute
State control system electrical connection.
Further say, provided with protective cover, the protective cover is provided with framework inlet/outlet, and the carrier and the welding gun are all
In the protective cover.
Furthermore, the framework inlet/outlet is electrically operated gate, and the electrically operated gate includes gear, belt and motor, institute
State electrically operated gate and be fixedly connected on belt, the output shaft of the motor is connected with the gear, and the motor-driven gear drives skin
Band slides and then driving electric door folding.
Further say, the manipulator is provided with four and connects two gas shield welding rifles and two argon-arc welding guns respectively；Two
The individual argon-arc welding gun is located at is located remotely from the one of framework inlet/outlet close to the side of framework inlet/outlet, two gas shield welding rifles
Side.
Further say, the lower section of the carrier is provided with insulation rotating disk, and the upper end of the insulation rotating disk is consolidated with the support plate
Fixed connection, the rotating drive mechanism include motor and Cam splitter, the center of the insulation rotating disk and the cam
The output end connection of dispenser, described rotate divide the lower end of air parcel to connect through insulation rotating disk and with the output end of Cam splitter
Connect, the input of the Cam splitter is connected with the motor, and the motor electrically connects with the control system.
Further say, the pusher cylinder is located at the lower section of the support plate, and the inner limited block is connected to the support plate
Top, the upper end of the outer limited block is located at the top of the support plate and lower end is connected through support plate with the pusher cylinder,
The pusher cylinder pull back outer limited block lower end so that drive outer limited block close to two adjacent mouldings and by with inner limited block
Being brought into close contact for the junction of two adjacent mouldings is realized in clamping.
Further say, the support plate is provided with multiple positioning holes, and the pneumatic elbow folder and the pusher cylinder can be in
By screw closure on the support plate at any positioning hole.
Further to say, the hold-down mechanism is located at the inner side of the framework, and the direction that will be close to moulding is defined as front,
The front end of the pneumatic elbow folder is provided with a U-shaped pressing plate, and the pressure head of moulding pressed from above is capable of in the end connection of the U-shaped pressing plate
Screw, the pressure head screw can move forward and backward and fix to adapt to the frame of different length along two ends of the U-shaped pressing plate
The splicing of bar, and realize that above-mentioned movable and fixed structure is:Two ends of the U-shaped pressing plate are all provided with the first regulation
Elongated hole, the pressure head screw can pass through the described first regulation elongated hole and sealed two ends for being fixed on U-shaped pressing plate.
Further say, the support plate is provided with more spacing blend stops, and the spacing blend stop is used for limiting frame position
Limiting section is located at least one of both inner side and outer side of the framework.
Furthermore, the spacing blend stop can move and consolidate closer or far from moulding along the upper surface of the support plate
Determine to adapt to the splicing of the moulding of different length, and realize that above-mentioned and fixed structure mobile closer or far from moulding is:It is all
The spacing blend stop is all provided with the second regulation elongated hole, and the second regulating bolt can pass through the described second regulation elongated hole and the support plate
Positioning hole and spacing blend stop is fixed on the support plate.
The beneficial effects of the utility model are：
First, carrier of the present utility model can rotate automatically under the driving of rotating drive mechanism, realize different welderings on framework
Point switching welding, the more existing movement by manipulator or orbits controlling welding gun come realize on framework it is multiple point positions welding
For technology, there is the utility model structure to simplify, and equipment takes up space small, and equipment manufacturing costs are low, and solder joint switching efficiency is high
And the advantages of stable；
2nd, carrier of the present utility model has the hold-down mechanism that can compress adjacent moulding and promotes adjacent moulding close
Pushing mechanism, only need that manually moulding is positioned on support plate, activation system, under control of the control system, promote first
The pusher cylinder of mechanism pulls back outer limited block to drive two adjacent mouldings to come closer by push rod, and pneumatic elbow presss from both sides afterwards
Pressure head screw compresses two adjacent mouldings from top, and then pushing mechanism is retracted and outer limited block of pulling back again inwardly moves simultaneously
Moulding and inner limited block are clamped and realize splicing, carries out downstream processing procedure afterwards, finally realizes being fixedly connected between adjacent moulding,
Moulding effectively can be fixed and compressed, avoids occurring in the processing procedure of downstream the phenomenon of fixed position skew, ensures the precision of welding etc.
And the stability of product；Another automaticity is high, it is not necessary to precisely contraposition, reduces operation difficulty, improves production efficiency；
3rd, rotation of the present utility model divides air parcel located at carrier center and is fixedly connected with rotating drive mechanism, rotates and drives
Motivation structure driving carrier divides air parcel to rotate with rotation；Rotation divides air parcel to include multiple underlying air inlets with multiple positioned at upper
The gas outlet of side, gas outlet correspond with pneumatic elbow folder, and gas outlet is connected with pneumatic elbow folder, when rotating drive mechanism drives
When carrier and rotation divide the air parcel to rotate, rotation divides the gas outlet of air parcel to enter simultaneously with rotating drive mechanism and carrier synchronous rotary
Gas port is fixed, thus, ensures the air supply source of cylinder, maintains the action continuity of cylinder；
4th, gas shield welding rifle and argon-arc welding gun are provided with simultaneously in the utility model, and gas shield welding rifle is disposed far from electrically operated gate
Side and argon-arc welding gun are provided close to the side of electrically operated gate, during welding, first to the upper surface gas shield welding of framework stitching portion, then to frame
The inner side argon arc welding of frame stitching portion, welding aesthetic property is good, and the stability of weldment is good；Gas shield welding rifle is disposed far from electrically operated gate
Side, spark splashing, injures operating personnel, security is good when can avoid the gas shield welding from connecing.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation one (front) of carrier of the present utility model；
Fig. 3 is the structural representation two (back side) of carrier of the present utility model；
Fig. 4 is the combination schematic diagram one of splicing location structure of the present utility model；
Fig. 5 is the combination schematic diagram two of splicing location structure of the present utility model；
Fig. 6 is the structural representation three of carrier of the present utility model；
Fig. 7 is the structural representation of manipulator of the present utility model；
Fig. 8 is the structural representation of the present utility model for rotating and dividing air parcel；
The reference of each several part is as follows in figure：
Protective cover 1, welding gun 2, carrier 3, support plate 31, positioning hole 311, spacing blend stop 312, second adjust elongated hole 3121, pressure
Tight mechanism 32, pneumatic elbow folder 321, U-shaped pressing plate 323, first adjust elongated hole 3231, pushing mechanism 33, pusher cylinder 331, outer limit
Position block 332, the second contact site 3321, inner limited block 333, the first contact site 3331, raise pedestal 3332, manipulator 4, rotation point
Air parcel 5, air inlet 51, gas outlet 52, insulation rotating disk 6, Cam splitter 7, framework 8 and motor 9.
Embodiment
Following examples are used to illustrate the utility model, but are not limited to the scope of the utility model.Without departing substantially from this
In the case of utility model spirit and essence, the modifications or substitutions made to the utility model method, step or condition belong to
The scope of protection of the utility model.
In the utility model, in the case where not making opposite explanation, such as " upper and lower, left and right " used are used to indicate
The word of orientation or position relationship is to be based on orientation shown in the drawings or position relationship, and " inside and outside " is relative to each parts sheet
Body profile it is inside and outside.These nouns of locality are used for the ease of understanding, thus should not be formed to scope of protection of the utility model
Limitation.
Embodiment：A kind of Full automatic aluminum frame welding system, as Figure 1-Figure 8, for lead frame, including the He of welding gun 2
Welding machine, the framework 8 include the moulding that more head and the tail are mutually spelled, in addition to for splicing the carrier 3 and control system of framework；
The carrier is connected with the rotating drive mechanism that driving carrier horizontally rotates；
The periphery of the carrier is provided with least two manipulators 4, and each manipulator is all connected with welding gun, the welding gun
Including at least one gas shield welding rifle and at least one argon-arc welding gun；The gas shield welding rifle and the argon-arc welding gun respectively with the weldering
Mechatronics；
The carrier includes support plate 31, and the support plate is provided with multigroup splicing detent mechanism, and every group of splicing detent mechanism is all
Including that can compress the hold-down mechanism 32 of adjacent moulding and promote the close pushing mechanism 33 of adjacent moulding；
The hold-down mechanism 32 includes pneumatic elbow folder 321, and the pushing mechanism 33 includes pusher cylinder 331 and is located at respectively
The inner limited block 333 and outer limited block 332 of the medial and lateral of adjacent moulding junction, the pusher cylinder can drive inside and outside limit
Position block is close to each other, so that the adjacent moulding of inside and outside limited block clamping realizes being brought into close contact for the junction of two adjacent mouldings；
It is additionally provided with rotation and divides air parcel 5, the rotation divides air parcel to divide air parcel located at the center of the carrier and the rotation
Lower end is fixedly connected with the rotating drive mechanism, it is described rotation divide air parcel include multiple underlying air inlets 51 with it is multiple
Gas outlet 52 above, the gas outlet and the pneumatic elbow folder are corresponding one by one, the gas outlet and the pneumatic elbow
Folder is connected；
The rotating drive mechanism, the hold-down mechanism, the pushing mechanism, the manipulator and the welding machine all with institute
State control system electrical connection.
Provided with protective cover, the protective cover 1 is provided with framework inlet/outlet, and the carrier and the welding gun are all positioned at described anti-
In shield.
The top of the protective cover is provided with least one blower fan.
In the present embodiment, the blower fan is provided with two.
The framework inlet/outlet is electrically operated gate, and the electrically operated gate includes gear, belt and motor, and the electrically operated gate, which is fixed, to be connected
Belt is connected to, the output shaft of the motor is connected with the gear, and the motor-driven gear drives belt slip and then drive
Electrically operated gate folding.
The manipulator is provided with four and connects two gas shield welding rifles and two argon-arc welding guns respectively；Two argon arc weldings
Rifle position is located remotely from the side of framework inlet/outlet in the side of close framework inlet/outlet, two gas shield welding rifles.
The lower section of the carrier is provided with insulation rotating disk 6, and the upper end of the insulation rotating disk is fixedly connected with the support plate, described
Rotating drive mechanism includes motor 9 and Cam splitter 7, and the center of the insulation rotating disk is defeated with the Cam splitter
Go out end connection, described rotate divides the lower end of air parcel to pass through insulation rotating disk and be connected with the output end of Cam splitter, the cam
The input of dispenser is connected with the motor, and the motor electrically connects with the control system.
The pusher cylinder is located at the lower section of the support plate, and the inner limited block is connected to the top of the support plate, described
The upper end of outer limited block is located at the top of the support plate and lower end is connected through support plate with the pusher cylinder, the pusher cylinder
Pull back outer limited block lower end so that drive outer limited block close to two adjacent mouldings and by realizing two-phase with inner limited block clamping
The junction of adjacent moulding is brought into close contact.
The support plate is provided with multiple positioning holes 311, and the pneumatic elbow folder and the pusher cylinder can be in any described
By screw closure on the support plate at positioning hole.
The support plate is provided with multiple positioning holes, and the inner limited block can pass through screwed lock at any positioning hole
Together on the support plate.
The hold-down mechanism is located at the inner side of the framework, and the direction that will be close to moulding is defined as front, the pneumatic elbow
The front end of folder is provided with a U-shaped pressing plate 323, and the pressure head screw of moulding pressed from above, institute are capable of in the end connection of the U-shaped pressing plate
Pressure head screw is stated to move forward and backward and fix to adapt to the spelling of the moulding of different length along two ends of the U-shaped pressing plate
Connect, and realize that above-mentioned movable and fixed structure is:Two ends of the U-shaped pressing plate are all provided with the first regulation elongated hole
3231, the pressure head screw can pass through the described first regulation elongated hole and sealed two ends for being fixed on U-shaped pressing plate.
The front end of the inner limited block 333 has the first contact site 3331 with matching on the inside of the junction, institute
The front end of outer limited block 332 is stated with the second contact site 3321 with matching on the outside of the junction.
The L-type right-angle surface that first contact site 3331 of the inner limited block matches for the right angle with the rectangle frame, institute
The second contact site 3321 for stating outer limited block is also the L-type right-angle surface to match with the right angle of the rectangle frame.
The support plate is provided with more spacing blend stops 312, and the spacing blend stop is located at the lower section of the framework.
In the present embodiment, the bottom surface of the outer limited block is (not shown provided with the guide rail for being used for the outer limited block movement
Meaning), in order to compensate the height of guide rail, the front end of the inner limited block is provided with raises pedestal for concordant with outer limited block.
The spacing blend stop is located at the inner side of the framework for the limiting section of limiting frame position, and the limiting section is limited
Position post, while the limited post is located at the upside of spacing blend stop and front end and upwardly extended, now framework is located at spacing blend stop
Top.
And the height of guide rail, the height of spacing blend stop and inner limited block raise the highly consistent of pedestal 3332, ensure frame
The flatness of frame.
The limiting section of the spacing blend stop can also be located at the outside of the framework, but not limited to this.
The spacing blend stop can be moved closer or far from moulding along the upper surface of the support plate and fixed to adapt to difference
The splicing of the moulding of length, and realize that above-mentioned and fixed structure mobile closer or far from moulding is:All spacing blend stops
The second regulation elongated hole 3121 is all provided with, the second regulating bolt can pass through the positioning hole of the described second regulation elongated hole and the support plate
And spacing blend stop is fixed on the support plate.
The first regulation elongated hole and the second regulation elongated hole are all mounting hole, but not limited to this.
The framework is rectangle frame, and the support plate is provided with four groups of splicing detent mechanisms.
Provided with must both hands press simultaneously and could start two start buttons of the Full automatic aluminum frame welding system, two
The start button electrically connects with the control system.
Operation principle or workflow of the present utility model are as follows：
Operator places framework on support plate, and operator's both hands press two start buttons of electrically operated gate both sides simultaneously, and
Ensure that support plate and framework, manipulator and welding gun thereon are located in the closing space that protective cover is formed, afterwards, starter,
Under control of the control system, the pusher cylinder of pushing mechanism drives two adjacent mouldings by driving outer limited block first
Come closer, the pressure head screw of pneumatic elbow folder compresses two adjacent mouldings from top afterwards, and then pushing mechanism is retracted and again
The outer limited block of secondary driving, which inwardly moves and clamps moulding and inner limited block, realizes splicing；Manipulator according to framework placement location from
Around row adjustment welding gun and upper and lower position, makes welding gun be located at the top of the junction of framework, gas shield welding rifle first is first
The upper surface of the stitching portion of row lead frame, then rotary drive mechanism driving support plate rotates, then passes through argon-arc welding gun welding
The inner side of the framework stitching portion of gas shield welding, the welding of the upper surface and inner side of remaining stitching portion is so completed in the manner described above,
After whole welding jobs terminate, manipulator returns to initial position, and electrically operated gate automatically opens up, and operator takes product away.
Obviously, above-described embodiment is only intended to clearly illustrate example, and is not the restriction to embodiment.It is right
For those skilled in the art, other various forms of changes or change can also be made on the basis of the above description
It is dynamic.Here without exhaustive.And the guarantor that the obvious changes or variations thus extended out is created still in the utility model
Protect among scope.
Claims (10)
1. a kind of Full automatic aluminum frame welding system, for lead frame, including welding gun (2) and welding machine, the framework (8) includes more
The moulding that root head and the tail are mutually spelled, it is characterised in that：Also include being used for the carrier (3) and control system for splicing framework；
The carrier is connected with the rotating drive mechanism that driving carrier horizontally rotates；
The periphery of the carrier is provided with least two manipulators (4), and each manipulator is all connected with welding gun, the welding gun bag
At least one is included gas shield welding rifle and at least one argon-arc welding gun；The gas shield welding rifle and the argon-arc welding gun respectively with the welding machine
Electrical connection；
The carrier includes support plate (31), and the support plate is provided with multigroup splicing detent mechanism, and every group of splicing detent mechanism all wraps
Include the hold-down mechanism (32) that can compress adjacent moulding and promote the close pushing mechanism (33) of adjacent moulding；
The hold-down mechanism (32) includes pneumatic elbow folder (321), and the pushing mechanism (33) includes pusher cylinder (331) and difference
Inner limited block (333) and outer limited block (332), the pusher cylinder positioned at the medial and lateral of adjacent moulding junction can drive
Dynamic inside and outside limited block is close to each other, so that the adjacent moulding of inside and outside limited block clamping realizes the close of the junction of two adjacent mouldings
Fitting；
It is additionally provided with rotation and divides air parcel (5), the rotation divides air parcel to divide located at the center of the carrier and the rotation under air parcel
End be fixedly connected with the rotating drive mechanism, it is described rotation divide air parcel including multiple underlying air inlets (51) with it is multiple
Gas outlet (52) above, the gas outlet correspond with the pneumatic elbow folder, the gas outlet and the pneumatic elbow
Folder is connected；
The rotating drive mechanism, the hold-down mechanism, the pushing mechanism, the manipulator and the welding machine all with the control
System electrical connection processed.
2. Full automatic aluminum frame welding system according to claim 1, it is characterised in that：Provided with protective cover, the protective cover
(1) framework inlet/outlet is provided with, the carrier and the welding gun are all in the protective cover.
3. Full automatic aluminum frame welding system according to claim 2, it is characterised in that：The manipulator is provided with four and divided
Lian Jie not two gas shield welding rifles and two argon-arc welding guns；Two argon-arc welding guns are located at close to the side of framework inlet/outlet, and two
The individual gas shield welding rifle is located remotely from the side of framework inlet/outlet.
4. Full automatic aluminum frame welding system according to claim 1, it is characterised in that：The lower section of the carrier is provided with insulation
Rotating disk (6), the upper end of the insulation rotating disk are fixedly connected with the support plate, and the rotating drive mechanism includes motor (9)
With Cam splitter (7), the center of the insulation rotating disk is connected with the output end of the Cam splitter, and the rotation divides air parcel
Lower end rotating disk and be connected through insulation with the output end of Cam splitter, the input of the Cam splitter and the driving
Motor connection, the motor electrically connect with the control system.
5. Full automatic aluminum frame welding system according to claim 1, it is characterised in that：The pusher cylinder is located at the load
The lower section of plate, the inner limited block are connected to the top of the support plate, and the upper end of the outer limited block is located at the upper of the support plate
Side and lower end is connected through support plate with the pusher cylinder, the pusher cylinder pull back outer limited block lower end so that drive outer limit
Position block close to the junction of two adjacent mouldings and by with inner limited block clamp realize two adjacent mouldings junction close patch
Close.
6. Full automatic aluminum frame welding system according to claim 1, it is characterised in that：The support plate is provided with multiple positioning
Hole (311), the pneumatic elbow folder and the pusher cylinder can at any positioning hole by screw closure in the load
On plate.
7. Full automatic aluminum frame welding system according to claim 1, it is characterised in that：The hold-down mechanism is located at the frame
The inner side of frame, the direction that will be close to moulding are defined as front, and the front end of the pneumatic elbow folder is provided with a U-shaped pressing plate (323), described
The pressure head screw of moulding pressed from above is capable of in the end connection of U-shaped pressing plate, and the pressure head screw can be along the U-shaped pressing plate
Two ends are moved forward and backward and fixed to adapt to the splicing of the moulding of different length, and realize above-mentioned movable and fixed knot
Structure is:Two ends of the U-shaped pressing plate are all provided with the first regulation elongated hole (3231), and the pressure head screw can pass through described the
One regulation elongated hole and sealed two ends for being fixed on U-shaped pressing plate.
8. Full automatic aluminum frame welding system according to claim 1, it is characterised in that：The support plate is spacing provided with more
Blend stop (312), the limiting section that the spacing blend stop is used for limiting frame position are located in both inner side and outer side of the framework
At least one.
9. Full automatic aluminum frame welding system according to claim 8, it is characterised in that：The spacing blend stop can be along described
The upper surface of support plate is mobile closer or far from moulding and fixed to adapt to the splicing of the moulding of different length, and realizes above-mentioned close
Or mobile and fixed structure is away from moulding:All spacing blend stops are all provided with the second regulation elongated hole (3121), and second adjusts
Section bolt can pass through the positioning hole of the described second regulation elongated hole and the support plate and spacing blend stop is fixed on into the support plate.
10. Full automatic aluminum frame welding system according to claim 2, it is characterised in that：The framework inlet/outlet is electronic
Door, the electrically operated gate include gear, belt and motor, and the electrically operated gate is fixedly connected on belt, the output shaft of the motor and
The gear connection, the motor-driven gear drive belt slip and then driving electric door folding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721214227.1U CN207139077U (en) | 2017-09-21 | 2017-09-21 | Full automatic aluminum frame welding system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721214227.1U CN207139077U (en) | 2017-09-21 | 2017-09-21 | Full automatic aluminum frame welding system |
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| Publication Number | Publication Date |
|---|---|
| CN207139077U true CN207139077U (en) | 2018-03-27 |
Family
ID=61668404
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721214227.1U Active CN207139077U (en) | 2017-09-21 | 2017-09-21 | Full automatic aluminum frame welding system |
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| Country | Link |
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| CN (1) | CN207139077U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107442905A (en) * | 2017-09-21 | 2017-12-08 | 昆山拓誉自动化科技有限公司 | Full automatic aluminum frame welding system |
| CN115635233A (en) * | 2022-10-26 | 2023-01-24 | 江阴鼎鑫铝业有限公司 | Aluminum profile welding device capable of aligning and clamping |
-
2017
- 2017-09-21 CN CN201721214227.1U patent/CN207139077U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107442905A (en) * | 2017-09-21 | 2017-12-08 | 昆山拓誉自动化科技有限公司 | Full automatic aluminum frame welding system |
| WO2019056287A1 (en) * | 2017-09-21 | 2019-03-28 | 昆山拓誉自动化科技有限公司 | Fully-automatic aluminum frame welding system |
| CN115635233A (en) * | 2022-10-26 | 2023-01-24 | 江阴鼎鑫铝业有限公司 | Aluminum profile welding device capable of aligning and clamping |
| CN115635233B (en) * | 2022-10-26 | 2023-09-29 | 江阴鼎鑫铝业有限公司 | Aluminum profile welding device capable of conducting alignment clamping |
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