Argonaut welding connection device
Technical field
The utility model relates to a kind of welder, in particular to a kind of argonaut welding connection device.
Background technique
In the welding process of electric machine winding, manual soldering easily causes rosin joint, tin ball falls into generator, it is useless to generate
Gas, low efficiency;Manual brazing brazing not prison welding leans on, low efficiency, welding generate that strong light is harmful to the eyes of operative employee to be easy
Cause occupational disease.
Utility model content
To solve the deficiencies in the prior art, the utility model provides a kind of argonaut welding tipping to solve the above problems
It sets.
In order to achieve the above objectives, the utility model adopts the following technical solutions:
A kind of argonaut welding connection device, including mounting rack, argonaut welding connection device further include: to be welded for fixing
Motor fixed mechanism, be used for transmission fixed mechanism conveyer belt, for jacking fixed mechanism and fixed mechanism can be revolved
The lifting indexing mechanism and the welding mechanism for welding electric machine winding for going to welding position;Conveyer belt passes through mounting rack and is pacified
Shelve support;Fixed mechanism is placed on conveyer belt and transmits and move with conveyer belt;Lifting indexing mechanism is fixed to installation
Frame is simultaneously located at below conveyer belt;Welding mechanism is fixed to mounting rack and is located above conveyer belt;Welding mechanism include: support frame,
Weld cathode component and argon-arc welding gun component;Support frame is fixed to mounting rack;Welding cathode component and argon-arc welding gun component are fixed
To support frame.
Further, welding cathode component includes cathode driving cylinder, drive installation plate, cathode mounting plate, insulation sleeve and weldering
Connect cathode;Cathode driving cylinder is fixedly installed to drive installation plate;Drive installation plate is fixedly attached to support frame;Cathode mounting plate connects
It is connected to the drive rod of driving cylinder;Insulation sleeve is installed to cathode mounting plate;It welds cathode and passes through insulation sleeve, and insulation sleeve is located at welding
Between cathode and cathode mounting plate.
Further, welding cathode component further includes guide rod and guide bearing;Guide bearing is fixed to drive installation plate;
Guide rod one end is connected to cathode mounting plate and the other end passes through guide bearing.
Further, argon-arc welding gun component includes welding gun driving cylinder, movable plate, connecting rod, is connected to movable plate for pressing from both sides
Hold the grip block, argon-arc welding gun and the fixed block for fixing argon-arc welding gun of connecting rod;Welding gun driving cylinder is fixedly installed to support
Frame;Movable plate is connected to the drive rod of welding gun driving cylinder;Grip block is fixedly attached to movable plate with the bar that is clamped and connected;Fixed block is solid
Surely connecting rod one end is connected to fix argon-arc welding gun.
Further, welding mechanism further includes the positioning component for positioning motor.
Further, positioning component includes: Locating driver cylinder, linear bearing, bearing mounting plate and locating rod;Locating driver
Cylinder is fixedly attached to support frame;Linear bearing is fixedly attached to bearing mounting plate;Bearing mounting plate is fixedly attached to support frame;It is fixed
Position bar is connected to the drive rod of Locating driver cylinder and passes through linear bearing.
Further, the positioning protrusion that the recesses in the drive shaft with motor close is formed in locating rod;It is fixed
Position protrusion is cone.
Further, fixed mechanism includes: fixed bottom plate, fixing seat, fixed rod seat, the fixation being formed on fixed rod seat
Hole, the support ring for being used to support motor, fixed link and fixing screws;Fixing seat is fixed to fixed bottom plate by screw;Fixed link
Seat rotation stop is connected to fixing seat;Support ring is fixed to above fixing seat by screw;Fixed link is formed through in the extension on motor
Corner apertures and fixation hole are simultaneously fixed to fixed rod seat by fixing screws.
Further, fixed mechanism further includes the limited block for limiting fixing seat and fixed bottom plate relative motion;Limit
Block is located between fixing seat and fixed bottom plate.
Further, lifting indexing mechanism includes lifting arm and lifting platform;Lifting platform is connected to lifting arm;Lifting is flat
Spacer pin is formed on platform;Fixed lower surface of base plate is formed with the limit hole for cooperating with spacer pin.
The utility model is beneficial in that the argonaut welding connection device of offer can automatically carry out motor down-lead
Automatic welding provides welding efficiency.
Detailed description of the invention
Fig. 1 is a kind of schematic diagram of argonaut welding connection device of the utility model;
Fig. 2 is the schematic diagram at another visual angle of the argonaut welding connection device in Fig. 1;
Fig. 3 is the schematic diagram of the welding mechanism of the argonaut welding connection device in Fig. 1;
Fig. 4 is the schematic diagram of the positioning component of the argonaut welding connection device in Fig. 1;
Fig. 5 is the schematic diagram of the welding cathode component of the argonaut welding connection device in Fig. 1;
Fig. 6 is the schematic diagram of the fixed mechanism of the argonaut welding connection device in Fig. 1.
Argonaut welding connection device 100, fixed mechanism 10, fixed bottom plate 11, fixing seat 12, fixed rod seat 13, fixation hole
14, support ring 15, fixed link 16, fixing screws 17, extension corner apertures 18, limited block 19, conveyer belt 20, lifting indexing mechanism 30, act
Rising stem 31, lifting platform 32, spacer pin 33, welding mechanism 40, support frame 41, welding cathode component 42, cathode driving cylinder 421,
Drive installation plate 422, cathode mounting plate 423, insulation sleeve 424 weld cathode 425, guide rod 426, guide bearing 427, argon arc
Welding gun component 43, welding gun driving cylinder 431, movable plate 432, connecting rod 433, grip block 434, argon-arc welding gun 435, fixed block 436,
Positioning component 44, Locating driver cylinder 441, linear bearing 442, bearing mounting plate 443, locating rod 444, positioning protrusion 445, installation
Frame 50, motor 60.
Specific embodiment
Specific introduce is made to the utility model below in conjunction with the drawings and specific embodiments.
As shown in Figures 1 to 6, a kind of argonaut welding connection device 100 is wrapped for being welded to the coiling of motor 60
Include mounting rack 50, argonaut welding connection device 100 further include: fixed mechanism 10, conveyer belt 20, lifting indexing mechanism 30 and welding
Mechanism 40.
Specifically, fixed mechanism 10 is for fixing motor 60 to be welded, conveyer belt 20 is used for transmission fixed mechanism 10,
Lifting indexing mechanism 30 lifts indexing mechanism for jacking fixed mechanism 10 and can rotate fixed mechanism 10 to welding position
30 have jacking and rotation function, fixed mechanism 10 can be jacked to predetermined altitude and again rotate fixed mechanism 10 to needing to weld
The angle connect.Welding mechanism 40 is used to weld the coiling of motor 60.
Conveyer belt 20 passes through mounting rack 50 and is mounted frame 50 and supports, and fixed mechanism 10 is placed on conveyer belt 20 and with transmission
Band 20 is transmitted and is moved together, and lifting indexing mechanism 30 is fixed to mounting rack 50 and is located at 20 lower section of conveyer belt, welding mechanism 40
It is fixed to mounting rack 50 and is located at 20 top of conveyer belt.Above-mentioned welding mechanism 40 includes: support frame 41, welding 42 and of cathode component
Argon-arc welding gun component 43.Wherein, support frame 41 is fixed to mounting rack 50, welds cathode component 42 and argon-arc welding gun component 43 is fixed
To support frame 41.
As a preferred embodiment, welding cathode component 42 include cathode driving cylinder 421, drive installation plate 422,
Cathode mounting plate 423, insulation sleeve 424 and welding cathode 425.Cathode driving cylinder 421 is fixedly installed to drive installation plate 422.It drives
Dynamic mounting plate 422 is fixedly attached to support frame 41.Cathode mounting plate 423 is connected to the drive rod of driving cylinder.Insulation sleeve 424 is installed
To cathode mounting plate 423.It welds cathode 425 and passes through insulation sleeve 424, and insulation sleeve 424 is located at welding cathode 425 and cathode installation
Between plate 423.
Specifically, welding cathode 425 can be transported between retrieving position and welding position by cathode driving cylinder 421
Dynamic, when needing to weld, welding cathode 425, which is driven by cathode driving cylinder 421 to welding position and argon-arc welding gun 435, to be cooperated
To weld to 60 coiling of motor, after welding, welding cathode 425 is driven by cathode driving cylinder 421 to retrieving position.
As a preferred embodiment, welding cathode component 42 further includes guide rod 426 and guide bearing 427.It leads
Drive installation plate 422 is fixed to bearing 427.426 one end of guide rod is connected to cathode mounting plate 423 and the other end passes through guiding
Bearing 427.
Cathode mounting plate 423 is guided specifically, increasing guide rod 426, increases the steady of the welding movement of cathode 425
It is qualitative, improve the precision of welding.
As a preferred embodiment, argon-arc welding gun component 43 includes welding gun driving cylinder 431, movable plate 432, connection
Bar 433 is connected to movable plate 432 for the grip block 434 for the bar 433 that is clamped and connected, argon-arc welding gun 435 and for fixing argon arc
The fixed block 436 of welding gun 435.Welding gun driving cylinder 431 is fixedly installed to support frame 41.Movable plate 432 is connected to welding gun driving cylinder
431 drive rod.Grip block 434 is fixedly attached to movable plate 432 with the bar 433 that is clamped and connected.436 company of being fixedly attached to of fixed block
433 one end of extension bar is to fix argon-arc welding gun 435.
Specifically, argon-arc welding gun 435 can be transported between retrieving position and welding position by welding gun driving cylinder 431
Dynamic, when needing to weld, argon-arc welding gun 435, which is driven by welding gun driving cylinder 431 to welding position and welding cathode 425, to be cooperated
To weld to 60 coiling of motor, after welding, argon-arc welding gun 435 is driven by welding gun driving cylinder 431 to retrieving position.
As a preferred embodiment, welding mechanism 40 further includes the positioning component 44 for positioning motor 60.
Specifically, the drive shaft cooperation of the positioning component 44 and motor 60 positions motor 60.
As a preferred embodiment, positioning component 44 includes: Locating driver cylinder 441, linear bearing 442, bearing
Mounting plate 443 and locating rod 444.Locating driver cylinder 441 is fixedly attached to support frame 41.Linear bearing 442 is fixedly attached to axis
Hold mounting plate 443.Bearing mounting plate 443 is fixedly attached to support frame 41.Locating rod 444 is connected to the drive of Locating driver cylinder 441
Lever simultaneously passes through linear bearing 442.
Specifically, locating rod 444 is by Locating driver when motor 60 is by the jacking of lifting indexing mechanism 30 to preset height
Cylinder 441 drives close to motor 60 to position with the cooperation of 60 axis of motor to motor 60.
As a preferred embodiment, being formed with the recess in the drive shaft with motor 60 in locating rod 444
The positioning protrusion 445 matched.Positioning protrusion 445 is cone.
Specifically, the positioning protrusion 445 of cone is formed in locating rod 444, the conical protrusions and motor 60
Recess in drive shaft axial direction cooperates with rotatable limit electric machine 60.
As a preferred embodiment, fixed mechanism 10 include: fixed bottom plate 11, fixing seat 12, fixed rod seat 13,
The fixation hole 14 being formed on fixed rod seat 13, the support ring 15, fixed link 16 and the fixing screws 17 that are used to support motor 60.Gu
Reservation 12 is fixed to fixed bottom plate 11 by screw.13 rotation stop of fixed rod seat is connected to fixing seat 12.Support ring 15 passes through screw
It is fixed to 12 top of fixing seat.Fixed link 16 is formed through in the extension corner apertures 18 and fixation hole 14 on motor 60 and by fixed spiral shell
Nail 17 is fixed to fixed rod seat 13.
As a preferred embodiment, fixed mechanism 10 further includes for limiting fixing seat 12 and fixed 11 phase of bottom plate
To the limited block 19 of movement.Limited block 19 is located between fixing seat 12 and fixed bottom plate 11.
Specifically, the setting of limited block 19 is between fixing seat 12 and fixed bottom plate 11, limited block 19 and it is formed in fixation
Fit structure engagement on seat 12 and fixed bottom plate 11 is further to limit the opposite fortune between fixing seat 12 and fixed bottom plate 11
It is dynamic.
As a preferred embodiment, lifting indexing mechanism 30 includes lifting arm 31 and lifting platform 32.Lifting is flat
Platform 32 is connected to lifting arm 31.Spacer pin 33 is formed on lifting platform 32.Fixed 11 lower surface of bottom plate, which is formed with, to be used for and limits
The limit hole that position pin 33 cooperates.
Specifically, lifting dividing engine when fixed mechanism 10 is by the transport of conveyer belt 20 to lifting 30 top of indexing mechanism
Structure 30 drives lifting arm 31 to drive up lifting platform 32, and the spacer pin 33 on lifting platform 32 protrudes under fixed bottom plate 11
Limit hole on surface with 10 rotation stop of fixed mechanism to cooperate.
As an alternative embodiment, being equipped with several idler wheels below mounting rack 50.
Specifically, mounting rack 50 can be rolled by the idler wheel being set under it, improves argonaut welding connection device 100 and transport
Defeated portability.
The basic principles and main features and advantage of the utility model have been shown and described above.The technical staff of the industry
It should be appreciated that above-described embodiment does not limit the utility model in any form, it is all by the way of equivalent substitution or equivalent transformation
Technical solution obtained, all falls in the protection scope of the utility model.