CN108838273B - A kind of power bus-bar slot shell process line - Google Patents
A kind of power bus-bar slot shell process line Download PDFInfo
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- CN108838273B CN108838273B CN201810531912.XA CN201810531912A CN108838273B CN 108838273 B CN108838273 B CN 108838273B CN 201810531912 A CN201810531912 A CN 201810531912A CN 108838273 B CN108838273 B CN 108838273B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D35/00—Combined processes according to or processes combined with methods covered by groups B21D1/00 - B21D31/00
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D1/00—Straightening, restoring form or removing local distortions of sheet metal or specific articles made therefrom; Stretching sheet metal combined with rolling
- B21D1/02—Straightening, restoring form or removing local distortions of sheet metal or specific articles made therefrom; Stretching sheet metal combined with rolling by rollers
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D22/00—Shaping without cutting, by stamping, spinning, or deep-drawing
- B21D22/02—Stamping using rigid devices or tools
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D43/00—Feeding, positioning or storing devices combined with, or arranged in, or specially adapted for use in connection with, apparatus for working or processing sheet metal, metal tubes or metal profiles; Associations therewith of cutting devices
- B21D43/003—Positioning devices
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Conveying And Assembling Of Building Elements In Situ (AREA)
Abstract
The present invention relates to a kind of power bus-bar slot shell process lines, including bottom plate, the upper center of bottom plate is equipped with location adjusting device, execution apparatus for work is installed on bottom plate, execute the surface that apparatus for work is located at location adjusting device, the location adjusting device includes the positioning supporting frame being mounted on bottom plate, and positioning regulating tank is provided on positioning supporting frame, positions in regulating tank and is equipped with positioning follower at equal intervals.The present invention can solve needs manual control processing equipment to be adjusted present in the ditch process of existing bus duct shell hole, the bottom of bus duct shell hole ditch needs manually to carry out pressing processing, convex portion between two neighboring hole ditch is easy the deformation that is distorted because of the effect of external force during processing, for different size bus duct shell hole ditch processing when, the distance that manual measurement bus duct shell cheats ditch is inaccurate, manual adjustment machining tool is easy to appear error, influences the packaging efficiency of bus duct part.
Description
Technical field
The present invention relates to field of electrical equipment, specifically a kind of power bus-bar slot shell process line.
Background technique
Bus duct, is a kind of closed metal device being made of copper, aluminium busbar column, and bus duct has series matching, quotient
Moral character production, small in size, capacity is big, the design and construction period is short, be convenient to mount and dismount, will not burn, securely and reliably, long service life etc.
Advantage is widely used in the power supply system of skyscraper, and the shell of bus duct is made into tile form, and hole ditch position intentionally will
Bus, which separates, to be fixed, and is carrying out that man-hour requirement is added accurately accurately to handle hole ditch for bus duct shell tile, still
Manual control processing equipment is needed to be adjusted in the ditch process of existing bus duct shell hole, bus duct shell cheats the bottom of ditch
Need manually to carry out pressing processing, the convex portion between two neighboring hole ditch is easy the effect because of external force during processing
Be distorted deformation, for different size bus duct shell hole ditch processing when, manual measurement bus duct shell cheat ditch distance
Inaccurately, manual adjustment machining tool is easy to appear error, influences the packaging efficiency of bus duct part, wastes time, and labour is strong
Degree is big, working efficiency.
Summary of the invention
To solve the above-mentioned problems, it the present invention provides a kind of power bus-bar slot shell process line, can solve existing
Have needs manual control processing equipment to be adjusted present in the ditch process of bus duct shell hole, and bus duct shell cheats ditch
Bottom needs manually to carry out pressing processing, and the convex portion between two neighboring hole ditch is easy because of external force during processing
Effect is distorted deformation, for different size the ditch processing of bus duct shell hole when, manual measurement bus duct shell hole ditch
Distance is inaccurate, and manual adjustment machining tool is easy to appear error, influences the packaging efficiency of bus duct part, wastes time, labor
Fatigue resistance problems low with working efficiency etc. greatly may be implemented the function that the hole ditch intelligence of bus duct shell adjusts processing, be not necessarily to people
Work operation, reduces the labor intensity of staff, improves the efficiency of work.
To achieve the goals above, the present invention is realized using following technical scheme: a kind of power bus-bar slot shell processing
Assembly line, including bottom plate, the upper center of bottom plate are equipped with location adjusting device, execution apparatus for work are equipped on bottom plate, is held
Row apparatus for work is located at the surface of location adjusting device, according to bus duct shell cheat ditch specification, location adjusting device with hold
Row apparatus for work carries out adjusting appropriate simultaneously, artificial the bus duct shell processed to be needed to be fixed on positioning by existing equipment
In regulating device, location adjusting device plays the role of support to bus duct shell admittedly, execute apparatus for work to bus duct outside
Shell carries out hole ditch stamping press can carry out automation adjusting according to the bus duct of different size, reduce without human intervention
The labor intensity of staff improves the efficiency of work.
The location adjusting device includes the positioning supporting frame being mounted on bottom plate, and positioning is provided on positioning supporting frame and is adjusted
Slot is saved, positions in regulating tank and positioning follower is installed at equal intervals from left to right, positioning mobile mechanism is installed on bottom plate,
It positions mobile mechanism and positioning follower cooperates and moves, positioning mobile mechanism can drive positioning follower to carry out position
Adjusting is set, to automate change positioning the distance between follower, it is ensured that can bus duct shell to different size into
Row stamping press reduces the labor intensity of staff, improves the efficiency of work without being manually adjusted.
The apparatus for work that executes includes that two be mounted on bottom plate execute electronic sliding block, and two execute electronic sliding block pair
Claim the left and right sides for being located at bottom plate, two execute and are equipped with execution movable stand between electronic sliding blocks, execute the rear side of movable stand from
It is provided with execution limiting slot at equal intervals from left to right, the installed in front for executing movable stand has execution rack gear, executes in movable stand
Portion is provided with execution feed slot, executes and is evenly arranged with execution feed mechanism in feed slot from left to right, and it is logical to execute feed mechanism
It crosses sliding matching mode and is connected with feed slot is executed, the lower end for executing feed mechanism, which is provided with, executes operating mechanism, executes electronic
Sliding block can drive in the process of work execute movable stand be moved forward and backward, execute feed mechanism by with execute rack gear it
Between mutual cooperation execute feed slot in moved left and right, execute operating mechanism in the process of work to bus duct shell
Carrying out mechanized press operation reduces the labor intensity of staff without human intervention, improves the efficiency of work.
The feed mechanism that executes includes that the execution feeding frame executed in feed slot is connected to by sliding matching mode, is held
It advances and is less than the width of execution feed slot to the width of frame, execute and execution rotating electric machine is equipped with by motor cabinet on feeding frame,
Execute rotating electric machine output shaft on be equipped with execution rotation gear, execute rotation gear be engaged on execute rack gear on, execute into
It to execution vertical plate is equipped on frame, executes and execution telescopic cylinder is installed on the side wall of vertical plate, the top for executing telescopic cylinder is logical
It crosses flange to be mounted on execution position-limited rack, execute position-limited rack and executes feed slot mutual cooperation movement, execute the lower end of feeding frame
Execution lifting cylinder is installed, the top for executing lifting cylinder is mounted on by flange to be executed on operation frame, is executed on operation frame
There are two operation slot is executed, two execute operation slot and are symmetrically positioned in the left and right sides for executing operation frame for setting, are executed by driving
Rotating electric machine executes rotation gear and cooperates with rack gear is executed, so that execution feeding frame be driven to be transported in execution feed slot
It is dynamic to adjust, execute telescopic cylinder and drive to execute position-limited rack and execute feed slot and cooperate and move, thus to execute feeding frame into
Line position sets fixation, improves the stability of work, executes lifting cylinder and execution operation frame is driven to carry out high degree of motion, without artificial
Operation, improves the efficiency of work.
The operating mechanism that executes includes being mounted on the execution executed on operation frame inner wall by motor cabinet to adjust motor, is held
Execution drive block is installed, execution drive block is cam structure, executes and is glued on drive block on the output shaft of row adjusting motor
Two execution operation branches, two execution operation branches and two execution operation slots correspond, and execute operation branch and be located at
It executes in operation slot, the lower end for executing operation frame is equipped with execution driving branch；The execution operation branch includes passing through sliding
Fit system be mounted on execute operation slot in execution sliding rack, execute sliding rack be located at execute operation slot on the inside of one end against
It on executing drive block, executes and execution gag lever post is installed on the inner wall of operation frame, execute gag lever post and be mounted on execution sliding rack
On, and be located on the execution gag lever post executed between operation frame and execution sliding rack and be arranged with execution reset spring；The execution
The width of sliding rack is less than the width for executing operation slot；The driving branch that executes includes being mounted on to execute the double of operation frame lower end
To driving cylinder, there are two bogie is executed, two execution bogies are symmetrically positioned in two-way for the top installation of bi-directional drive cylinder
The left and right sides of cylinder is driven, the lower end for executing bogie is equipped with driving lifting cylinder, the top of lifting cylinder is driven to pass through
Flange is mounted on driving mounting rack, is driven and is equipped with the electronic sliding block of driving on the inner wall of mounting rack, drives and pacify on electronic sliding block
Equipped with driving adjusting bracket, drives and driving adjustable plate is equipped with by pin shaft on adjusting bracket, the lower end of adjustable plate is driven to be provided with drive
Dynamic rotating roller drives and is connected by pin shaft with the top that driving adjusts cylinder on the side wall of adjustable plate, and driving adjusts the bottom of cylinder
End is mounted on driving adjustable plate by pin shaft, is executed drive block by execution adjusting motor drive and is rotated, executes driving
Block change during rotation with execute sliding rack contact position, thus drive execute sliding rack execute operation slot in into
Row telescopic adjustment executes mutual cooperation between gag lever post and execution reset spring and plays the role of reset to sliding rack is executed,
The convex portion between the ditch of hole two neighboring on bus duct shell can be pressed in the process of work by executing sliding rack,
To prevent bus duct shell to be distorted during processing, the width of ditch, bi-directional drive gas are cheated according to bus duct shell
Cylinder, which drives, executes bogie progress telescopic adjustment, drives electronic sliding block that driving adjusting bracket can be driven to carry out height adjustment, driving
Adjusting cylinder drives driving rotating roller that movement is adjusted thus to the bottom of bus duct shell hole ditch during stamping press
Portion, which carries out rolling floating operation, reduces the labor intensity of staff without human intervention, improves the efficiency of work.
The positioning mobile mechanism includes the bi-directional drive motor being mounted on bottom plate by motor cabinet, bi-directional drive motor
Output shaft on be connected with two mobile lead screws by shaft coupling, two mobile lead screws are symmetrically positioned in the left and right of bi-directional drive motor
Two sides, and the screw thread on two mobile lead screws is inverse structure, mobile lead screw is mounted on positioning supporting frame by bearing, mobile
Mobile sliding block is provided on lead screw, the lower end of mobile sliding block is mounted on bottom plate by sliding matching mode, is led on mobile sliding block
It crosses motor cabinet and mobile driving motor is installed, mobile driving plate, mobile driving plate are installed on the output shaft of mobile driving motor
On be provided with mobile driver slot, by bi-directional drive motor drive two mobile lead screws rotated, two mobile lead screws are in master
Two mobile sliding blocks are driven to carry out moving toward one another adjusting in dynamic process, mobile driving motor drives mobile driving plate to be led
It is dynamic, the mobile driving plate mutual clamping between positioning follower in the course of rotation, so that it is guaranteed that mobile sliding block is moving
To driving in the process, positioning follower is synchronous to carry out motor adjustment.
The positioning follower includes the positioning adjusting bracket being mounted in positioning regulating tank by sliding matching mode, fixed
Positioning slide roller is provided on the adjusting bracket of position, positioning slide roller is tightly attached on positioning supporting frame, positions the upper end installation of adjusting bracket
It is positioned against frame, the lower end of positioning supporting frame is provided with positioning fixed plate, positions and sets at equal intervals from front to back in fixed plate
It is equipped with positioning fixing groove, positions and positioning fixed frame is equipped with by pin shaft on adjusting bracket, position and pass through pin on the side wall of fixed frame
Axis is connected with the top for positioning fixed cylinder, and the bottom end for positioning fixed cylinder is mounted on positioning adjusting bracket by pin shaft, positioning
There are two locating rod, two locating rods are symmetrically positioned in the left and right sides of positioning adjusting bracket, positioning sliding for the lower end setting of adjusting bracket
Roller can carry out motor adjustment with auxiliary positioning adjusting bracket on positioning supporting frame, be positioned against frame in the process of work to bus
Slot shell plays the role of support, cooperates between locating rod and mobile driver slot and limits, and positions fixed cylinder and drives positioning solid
Determine to cooperate between frame and positioning fixing groove and fixed effect is played to positioning adjusting bracket, without human intervention, reduces
The labor intensity of staff improves the efficiency of work.
When work, manually the bus duct shell processed will be needed to be fixed on location adjusting device by existing equipment and determined
Position is on frame, and bi-directional drive motor drives two mobile lead screws to be rotated, two mobile lead screw bands during active
Dynamic two mobile sliding blocks carry out moving toward one another adjusting, and mobile driving motor drives mobile driving plate to carry out actively, mobile driving plate
The mutual clamping between positioning follower in the course of rotation, so that it is guaranteed that mobile sliding block drives during moving to and determines
Position follower is synchronous to carry out motor adjustment, and positioning slide roller can be moved on positioning supporting frame with auxiliary positioning adjusting bracket
It adjusts, is positioned against frame and plays the role of support, locating rod and mobile driver slot to bus duct shell in the process of work
Between cooperate limit, position fixed cylinder and drive to cooperate to adjust positioning between positioning fixed frame and positioning fixing groove and erect
Fixed effect has been arrived, suitable operating position has been moved to make to be positioned against frame, executes apparatus for work work, execute electronic
Sliding block can drive in the process of work execute movable stand be moved forward and backward, execute feed mechanism by with execute rack gear it
Between mutual cooperation execute feed slot in moved left and right, execute operating mechanism in the process of work to bus duct shell
Carry out mechanized press operation, execute rotating electric machine execute rotation gear and execute rack gear cooperate, thus drive execute into
Motor adjustment is carried out in execution feed slot to frame, telescopic cylinder is executed and execution position-limited rack and execution feed slot is driven to cooperate
Movement improves the stability of work to fix to feeding frame progress position is executed, and execution lifting cylinder, which drives, executes operation
Frame carries out high degree of motion, executes adjusting motor and execution drive block is driven to be rotated, execute drive block and change during rotation
Become and execute the contact position of sliding rack, carries out telescopic adjustment in execution operation slot to drive and execute sliding rack, execute limit
It cooperates between position bar and execution reset spring and plays the role of reset to execution sliding rack, execute sliding rack in work
The convex portion between the ditch of hole two neighboring on bus duct shell can be pressed in the process, to prevent bus duct shell
Be distorted during processing, according to bus duct shell cheat ditch width, bi-directional drive cylinder drive execute bogie into
Row telescopic adjustment, drives electronic sliding block that driving adjusting bracket can be driven to carry out height adjustment, and driving adjusts cylinder and drives driving rotation
Transfer roller is adjusted movement and smoothes out operation to carry out rolling to the bottom of bus duct shell hole ditch during stamping press,
Realize the function that the hole ditch intelligence of bus duct shell adjusts processing.
The beneficial effects of the present invention are:
1, the present invention, which can solve, needs manual control processing machine present in the ditch process of existing bus duct shell hole
Tool is adjusted, and the bottom of bus duct shell hole ditch needs manually to carry out pressing processing, the lug boss between two neighboring hole ditch
Divide and be easy the deformation that is distorted because of the effect of external force during processing, for the bus duct shell hole ditch processing of different size
When, the distance that manual measurement bus duct shell cheats ditch is inaccurate, and manual adjustment machining tool is easy to appear error, influences bus duct
Bus duct shell hole ditch intelligence may be implemented in the problems such as the packaging efficiency of part, wastes time, and large labor intensity is low with working efficiency
The function that energyization adjusts processing reduces the labor intensity of staff without human intervention, improves the efficiency of work.
2, the present invention devises location adjusting device, and positioning mobile mechanism and positioning follower cooperate and move, fixed
Position mobile mechanism can drive positioning follower carry out position adjusting, thus automate change positioning follower between away from
From, it is ensured that can bus duct shell to different size carry out stamping press and reduce staff without being manually adjusted
Labor intensity, improve the efficiency of work.
3, the present invention devises execution apparatus for work, and the execution sliding rack executed on apparatus for work in the process of work may be used
To press the convex portion between the ditch of hole two neighboring on bus duct shell, to prevent bus duct shell in processing
It is distorted in the process, driving adjusts cylinder and drives driving rotating roller that movement is adjusted to right during stamping press
The bottom of bus duct shell hole ditch carries out rolling and smoothes out operation, and the width of ditch, bi-directional drive cylinder band are cheated according to bus duct shell
The dynamic bogie that executes carries out telescopic adjustment, so that it is guaranteed that the accuracy of bus duct shell hole ditch processing reduces without human intervention
The labor intensity of staff, improves the efficiency of work.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the structural schematic diagram between positioning supporting frame of the present invention and positioning follower；
Fig. 3 is the structural schematic diagram between bottom plate of the present invention, positioning supporting frame and positioning mobile mechanism；
Fig. 4 is that the structure that the present invention executes between movable stand, execution rack gear, execution feed mechanism and execution operating mechanism is shown
It is intended to；
Fig. 5 is the I of Fig. 4 of the present invention to partial enlarged view.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Conjunction is specifically illustrating, and the present invention is further explained.
As shown in Fig. 1 to Fig. 5, a kind of power bus-bar slot shell process line, including bottom plate 1, the upper center of bottom plate 1
Location adjusting device 2 is installed, is equipped on bottom plate 1 and executes apparatus for work 3, apparatus for work 3 is executed and is located at location adjusting device 2
Surface, according to bus duct shell cheat ditch specification, location adjusting device 2 with execution apparatus for work 3 carry out simultaneously it is appropriate
It adjusts, artificial the bus duct shell processed to be needed to be fixed on location adjusting device 2 by existing equipment, location adjusting device
2 pairs of bus duct shells play the role of support admittedly, execute apparatus for work 3 and carry out hole ditch stamping press, nothing to bus duct shell
Manual operation is needed, automation adjusting can be carried out according to the bus duct of different size, reduce the labor intensity of staff, mention
The high efficiency of work.
The location adjusting device 2 includes the positioning supporting frame 21 being mounted on bottom plate 1, is provided on positioning supporting frame 21
Regulating tank is positioned, positions and positioning follower 22 is installed at equal intervals from left to right in regulating tank, positioning is installed on bottom plate 1
Mobile mechanism 23, positioning mobile mechanism 23 and positioning follower 22 cooperate and move, and positioning mobile mechanism 23 can drive
It positions follower 22 and carries out position adjusting, to automate the distance between change positioning follower 22, it is ensured that can be right
The bus duct shell of different size carries out stamping press to be reduced the labor intensity of staff, mentions without being manually adjusted
The high efficiency of work.
The apparatus for work 3 that executes includes that two be mounted on bottom plate 1 execute electronic sliding block 31, two execution electric slidings
Block 31 is symmetrically positioned in the left and right sides of bottom plate 1, is equipped between two electronic sliding blocks 31 of execution and executes movable stand 32, executes movement
The rear side of frame 32 is provided with execution limiting slot at equal intervals from left to right, and the installed in front for executing movable stand 32 has execution rack gear
33, the middle part for executing movable stand 32 is provided with execution feed slot, is evenly arranged with from left to right in execution feed slot and executes feeding
Mechanism 34 executes feed mechanism 34 and is connected by sliding matching mode with feed slot is executed, and the lower end for executing feed mechanism 34 is set
It is equipped with and executes operating mechanism 35, executing electronic sliding block 31 in the process of work can drive execution movable stand 32 to carry out front and back shifting
It is dynamic, it executes feed mechanism 34 and is moved left and right in execution feed slot by executing the mutual cooperation between rack gear 33, held
Row operating mechanism 35 carries out mechanized press operation to bus duct shell in the process of work to be reduced without human intervention
The labor intensity of staff improves the efficiency of work.
The feed mechanism 34 that executes includes that the execution feeding frame executed in feed slot is connected to by sliding matching mode
341, the width for executing feeding frame 341 is less than the width for executing feed slot, executes to be equipped on feeding frame 341 by motor cabinet and hold
Row rotating electric machine 342 executes and is equipped with execution rotation gear 343 on the output shaft of rotating electric machine 342, executes rotation gear 343
It is engaged on and executes on rack gear 33, execute and execution vertical plate 344 is installed on feeding frame 341, execute and be equipped on the side wall of vertical plate 344
Telescopic cylinder 345 is executed, the top for executing telescopic cylinder 345 is mounted on by flange to be executed on position-limited rack 346, and position-limited rack is executed
346 move with feed slot mutual cooperation is executed, and the lower end for executing feeding frame 341, which is equipped with, executes lifting cylinder 347, execute lifting
The top of cylinder 347 is mounted on by flange and is executed on operation frame 348, and executing setting on operation frame 348, there are two execute operation
Slot, two execute operation slot and are symmetrically positioned in the left and right sides for executing operation frame 348, execute the execution of rotating electric machine 342 by driving
It rotates gear 343 and cooperates with rack gear 33 is executed, so that execution feeding frame 341 be driven to carry out movement tune in execution feed slot
Section, execution telescopic cylinder 345 drives to execute position-limited rack 346 and execute feed slot mutual cooperation and move, to feed frame to executing
341 progress positions are fixed, and the stability of work is improved, and execute lifting cylinder 347 and execution operation frame 348 is driven to carry out height fortune
It is dynamic, without human intervention, improve the efficiency of work.
The operating mechanism 35 that executes includes being mounted on the execution executed on 348 inner wall of operation frame by motor cabinet to adjust electricity
Machine 351 executes and is equipped with execution drive block 352 on the output shaft for adjusting motor 351, and execution drive block 352 is cam structure, holds
Two execution operation branches 36 are glued on row drive block 352, two execution operation branches 36 and two execution operation slots are one by one
It is corresponding, and execute operation branch 36 and be located in execution operation slot, the lower end for executing operation frame 348 is equipped with execution driving branch
37；The operation branch 36 that executes includes that the execution sliding rack 361 executed in operation slot is mounted on by sliding matching mode, is held
Row sliding rack 361 is located at the one end executed on the inside of operation slot and is resisted against on execution drive block 352, executes the inner wall of operation frame 348
On be equipped with execute gag lever post 362, execute gag lever post 362 be mounted on execute sliding rack 361 on, and be located at execute operation frame 348
It is arranged on execution gag lever post 362 between execution sliding rack 361 and executes reset spring 363；The execution sliding rack 361
Width is less than the width for executing operation slot；The driving branch 37 that executes includes being mounted on to execute the two-way of 348 lower end of operation frame
Cylinder 371 is driven, there are two bogie 372 is executed, two execution bogies 372 are right for the top installation of bi-directional drive cylinder 371
Claim the left and right sides for being located at bi-directional drive cylinder 371, the lower end for executing bogie 372 is equipped with driving lifting cylinder 373, driving
The top of lifting cylinder 373 is mounted on driving mounting rack 374 by flange, is driven and is equipped with drive on the inner wall of mounting rack 374
Electronic sliding block 375 is moved, drives and driving adjusting bracket 376 is installed on electronic sliding block 375, drives and is pacified on adjusting bracket 376 by pin shaft
Equipped with driving adjustable plate 377, the lower end of driving adjustable plate 377 is provided with driving rotating roller 378, drives the side wall of adjustable plate 377
Upper to be connected by pin shaft with the top that driving adjusts cylinder 379, the bottom end that driving adjusts cylinder 379 is mounted on driving by pin shaft
On adjustable plate 377, drives execution drive block 352 to be rotated by executing adjusting motor 351, execute drive block 352 and rotating
During change with execute sliding rack 361 contact position, thus drive execute sliding rack 361 execute operation slot in carry out
Telescopic adjustment executes mutual cooperation between gag lever post 362 and execution reset spring 363 and plays reset to sliding rack 361 is executed
Effect, execute sliding rack 361 in the process of work can on bus duct shell it is two neighboring hole ditch between lug boss
Divide and pressed, so that bus duct shell be prevented to be distorted during processing, the width of ditch is cheated according to bus duct shell,
Bi-directional drive cylinder 371, which drives, executes the progress telescopic adjustment of bogie 372, drives electronic sliding block 375 that driving can be driven to adjust
Frame 376 carries out height adjustment, and driving adjusts cylinder 379 and drives driving rotating roller 378 that movement is adjusted in stamping press
During to bus duct shell hole ditch bottom carry out rolling smooth out operation reduce staff's without human intervention
Labor intensity improves the efficiency of work.
The positioning mobile mechanism 23 includes the bi-directional drive motor 231 being mounted on bottom plate 1 by motor cabinet, two-way drive
It is connected by shaft coupling with two mobile lead screws 232 on the output shaft of dynamic motor 231, two mobile lead screws 232 are symmetrically positioned in double
To the left and right sides of driving motor 231, and the screw thread on two mobile lead screws 232 is inverse structure, and mobile lead screw 232 passes through axis
It holds and is mounted on positioning supporting frame 21, mobile sliding block 233 is provided on mobile lead screw 232, the lower end of mobile sliding block 233 passes through cunning
Dynamic fit system is mounted on bottom plate 1, is equipped with mobile driving motor 234, mobile driving by motor cabinet on mobile sliding block 233
Mobile driving plate 235 is installed on the output shaft of motor 234, mobile driver slot is provided in mobile driving plate 235, by two-way
Driving motor 231 drives two mobile lead screws 232 to be rotated, and two mobile lead screws 232 drive two during active
Mobile sliding block 233 carries out moving toward one another adjusting, and mobile driving motor 234 drives mobile driving plate 235 to carry out actively, mobile driving
The mutual clamping between positioning follower 22 in the course of rotation of plate 235, so that it is guaranteed that mobile sliding block 233 was moving to
Drive positioning follower 22 is synchronous to carry out motor adjustment in journey.
The positioning follower 22 includes the positioning adjusting bracket being mounted in positioning regulating tank by sliding matching mode
221, it positions and is provided with positioning slide roller 222 on adjusting bracket 221, positioning slide roller 222 is tightly attached on positioning supporting frame 21, positions
The upper end of adjusting bracket 221, which is equipped with, is positioned against frame 223, and the lower end of positioning supporting frame 21 is provided with positioning fixed plate 224, positioning
It is provided with positioning fixing groove in fixed plate 224 at equal intervals from front to back, positions and positioning is equipped with by pin shaft on adjusting bracket 221
Fixed frame 225 positions and is connected by pin shaft with the top for positioning fixed cylinder 226 on the side wall of fixed frame 225, positions fixed gas
The bottom end of cylinder 226 is mounted on positioning adjusting bracket 221 by pin shaft, and there are two locating rods for the lower end setting of positioning adjusting bracket 221
227, two locating rods 227 are symmetrically positioned in the left and right sides of positioning adjusting bracket 221, and positioning slide roller 222 can be with auxiliary positioning tune
Section frame 221 carries out motor adjustment on positioning supporting frame 21, is positioned against frame 223 and rises in the process of work to bus duct shell
The effect of support has been arrived, has cooperated between locating rod 227 and mobile driver slot and limits, fixed cylinder 226 has been positioned and positioning is driven to fix
It cooperates between frame 225 and positioning fixing groove and fixed effect is played to positioning adjusting bracket 221, without human intervention, drop
The low labor intensity of staff, improves the efficiency of work.
It is artificial the bus duct shell processed to be needed to be fixed on location adjusting device 2 by existing equipment when work
It is positioned against on frame 223, bi-directional drive motor 231 drives two mobile lead screws 232 to be rotated, and two mobile lead screws 232 exist
Two mobile sliding blocks 233 are driven to carry out moving toward one another adjusting during active, mobile driving motor 234 drives mobile driving plate
235 carry out actively, the mutual clamping between positioning follower 22 in the course of rotation of mobile driving plate 235, so that it is guaranteed that
Mobile sliding block 233 drives positioning follower 22 is synchronous to carry out motor adjustment during moving to, and positioning slide roller 222 can be with
Auxiliary positioning adjusting bracket 221 carries out motor adjustment on positioning supporting frame 21, is positioned against frame 223 in the process of work to mother
Wire casing shell plays the role of support, cooperates between locating rod 227 and mobile driver slot and limits, and positions fixed 226 band of cylinder
It cooperates between dynamic positioning fixed frame 225 and positioning fixing groove and fixed effect is played to positioning adjusting bracket 221, to make
It is positioned against frame 223 and moves to suitable operating position, execute apparatus for work 3 and work, execute electronic sliding block 31 in the mistake of work
Execution movable stand 32 can be driven to be moved forward and backward in journey, execution feed mechanism 34 passes through mutual between execution rack gear 33
Cooperation is moved left and right in execution feed slot, is executed operating mechanism 35 and is carried out machine to bus duct shell in the process of work
Tool stamping press, executes the execution of rotating electric machine 342 rotation gear 343 and execution rack gear 33 cooperates, to drive execution
Feeding frame 341 carries out motor adjustment executing in feed slot, execute telescopic cylinder 345 drive execute position-limited rack 346 and execute into
It cooperates and moves to slot, to be fixed to the feeding progress of frame 341 position is executed, improve the stability of work, execute lifting
Cylinder 347 drives execution operation frame 348 to carry out high degree of motion, executes adjusting motor 351 and execution drive block 352 is driven to be revolved
Turn, executes the contact position that drive block 352 changes during rotation with executes sliding rack 361, execute sliding to drive
Frame 361 carries out telescopic adjustment in execution operation slot, executes gag lever post 362 and executes mutual cooperation pair between reset spring 363
It executes sliding rack 361 and plays the role of reset, executing sliding rack 361 in the process of work can be to phase on bus duct shell
Convex portion between adjacent two hole ditches is pressed, so that bus duct shell is prevented to be distorted during processing, root
According to the width of bus duct shell hole ditch, bi-directional drive cylinder 371, which drives, executes the progress telescopic adjustment of bogie 372, drives electronic
Sliding block 375 can drive driving adjusting bracket 376 to carry out height adjustment, and driving adjusts cylinder 379 and driving rotating roller 378 is driven to carry out
It adjusts movement and smoothes out operation to carry out rolling to the bottom of bus duct shell hole ditch during stamping press, realize mother
Wire casing shell cheats the function that ditch intelligence adjusts processing, solves and needs present in the ditch process of existing bus duct shell hole
Manual control processing equipment is adjusted, and the bottom of bus duct shell hole ditch needs manually to carry out pressing processing, two neighboring hole
Convex portion between ditch is easy the deformation that is distorted because of the effect of external force during processing, for the bus of different size
When slot shell cheats ditch processing, the distance that manual measurement bus duct shell cheats ditch is inaccurate, and manual adjustment machining tool is easy to appear
The problems such as error influences the packaging efficiency of bus duct part, wastes time, and large labor intensity is low with working efficiency, have reached mesh
's.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and only illustrating for the description in above embodiments and description is of the invention
Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change
Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent
It defines.
Claims (4)
1. a kind of power bus-bar slot shell process line, including bottom plate (1), it is characterised in that: the upper center of bottom plate (1) is pacified
It equipped with location adjusting device (2), is equipped on bottom plate (1) and executes apparatus for work (3), executed apparatus for work (3) and be located at positioning tune
The surface of regulating device (2)；
The location adjusting device (2) includes the positioning supporting frame (21) being mounted on bottom plate (1), and positioning supporting frame is set on (21)
It is equipped with positioning regulating tank, positions and positioning follower (22) is installed at equal intervals from left to right in regulating tank, bottom plate is pacified on (1)
Equipped with positioning mobile mechanism (23), positioning mobile mechanism (23) and positioning follower (22) cooperate and move；
Described execute apparatus for work (3) include that two be mounted on bottom plate (1) execute electronic sliding block (31), and two execution are electronic
Sliding block (31) is symmetrically positioned in the left and right sides of bottom plate (1), is equipped with execution movable stand between two electronic sliding blocks (31) of execution
(32), the rear side for executing movable stand (32) is provided with execution limiting slot at equal intervals from left to right, before executing movable stand (32)
Side, which is equipped with, executes rack gear (33), executes and is provided with execution feed slot in the middle part of movable stand (32), executes in feed slot from left past
The right side, which is evenly arranged with, executes feed mechanism (34), executes feed mechanism (34) and passes through sliding matching mode and execution feed slot phase
Even, the lower end for executing feed mechanism (34), which is provided with, executes operating mechanism (35)；
Execute operating mechanism (35) include being mounted on the execution executed on operation frame (348) inner wall by motor cabinet to adjust electricity
Machine (351) executes and is equipped with execution drive block (352) on the output shaft for adjusting motor (351), and it is convex for executing drive block (352)
Wheel construction executes and is glued with two executions operation branches (36) on drive block (352), two execution operation branches (36) and two
It executes operation slot to correspond, and executes operation branch (36) and be located in execution operation slot, execute the lower end peace of operation frame (348)
Branch (37) are driven equipped with executing；
Execute operation branch (36) include that the execution sliding rack executed in operation slot is mounted on by sliding matching mode
(361), it executes one end that sliding rack (361) are located on the inside of execution operation slot to be resisted against in execution drive block (352), executes operation
It is equipped on the inner wall of frame (348) and executes gag lever post (362), executed gag lever post (362) and be mounted in execution sliding rack (361),
And it is located on the execution gag lever post (362) executed between operation frame (348) and execution sliding rack (361) and is arranged with execution reset bullet
Spring (363)；The width for executing sliding rack (361) is less than the width for executing operation slot；
The bi-directional drive cylinder (371) for executing driving branch (37) and executing operation frame (348) lower end including being mounted on, it is two-way
Drive the top installation of cylinder (371) there are two bogie (372) are executed, two execution bogies (372) are symmetrically positioned in two-way
The left and right sides of cylinder (371) is driven, the lower end for executing bogie (372) is equipped with driving lifting cylinder (373), driving lifting
The top of cylinder (373) is mounted in driving mounting rack (374) by flange, is driven and is equipped on the inner wall of mounting rack (374)
Electronic sliding block (375) are driven, drives and driving adjusting bracket (376) is installed on electronic sliding block (375), in driving adjusting bracket (376)
Driving adjustable plate (377) is installed by pin shaft, the lower end of driving adjustable plate (377) is provided with driving rotating roller (378), driving
It is connected by pin shaft with the top that driving adjusts cylinder (379) on the side wall of adjustable plate (377), driving adjusts cylinder (379)
Bottom end is mounted in driving adjustable plate (377) by pin shaft.
2. a kind of power bus-bar slot shell process line according to claim 1, it is characterised in that: it is described to execute feeding
Mechanism (34) includes that execution feeding frame (341) executed in feed slot is connected to by sliding matching mode, executes feeding frame
(341) width is less than the width for executing feed slot, executes and is equipped with execution rotating electric machine by motor cabinet in feeding frame (341)
(342), it executes and execution rotation gear (343) is installed on the output shaft of rotating electric machine (342), execute rotation gear (343) and nibble
It closes on executing rack gear (33), executes and execution vertical plate (344) is installed in feeding frame (341), on the side wall for executing vertical plate (344)
It is equipped with and executes telescopic cylinder (345), the top for executing telescopic cylinder (345) is mounted on by flange executes position-limited rack (346)
On, it executes position-limited rack (346) and executes feed slot mutual cooperation movement, the lower end for executing feeding frame (341), which is equipped with, executes liter
Sending down abnormally ascending cylinder (347), the top for executing lifting cylinder (347) is mounted on by flange to be executed on operation frame (348), executes operation frame
(348) there are two operation slot is executed, two execute operation slot and are symmetrically positioned in the left and right sides for executing operation frame (348) for setting on.
3. a kind of power bus-bar slot shell process line according to claim 1, it is characterised in that: the positioning movement
Mechanism (23) includes the bi-directional drive motor (231) being mounted on bottom plate (1) by motor cabinet, bi-directional drive motor (231)
It is connected by shaft coupling with two mobile lead screws (232) on output shaft, two mobile lead screws (232) are symmetrically positioned in bi-directional drive electricity
The left and right sides of machine (231), and the screw thread on two mobile lead screws (232) is inverse structure, mobile lead screw (232) pass through bearing
It is mounted on positioning supporting frame (21), is provided with mobile sliding block (233) on mobile lead screw (232), the lower end of mobile sliding block (233)
It is mounted on bottom plate (1) by sliding matching mode, mobile driving motor is equipped with by motor cabinet on mobile sliding block (233)
(234), it is equipped with mobile driving plate (235) on the output shaft of mobile driving motor (234), is arranged on mobile driving plate (235)
There is mobile driver slot.
4. a kind of power bus-bar slot shell process line according to claim 1, it is characterised in that: the positioning is driven
Mechanism (22) includes the positioning adjusting bracket (221) being mounted in positioning regulating tank by sliding matching mode, positions adjusting bracket
(221) positioning slide roller (222) is provided on, positioning slide roller (222) is tightly attached on positioning supporting frame (21), positions adjusting bracket
(221) upper end, which is equipped with, to be positioned against frame (223), and the lower end of positioning supporting frame (21) is provided with positioning fixed plate (224), fixed
It is provided with positioning fixing groove in position fixed plate (224) at equal intervals from front to back, is installed in positioning adjusting bracket (221) by pin shaft
Have positioning fixed frame (225), positions on the side wall of fixed frame (225) through pin shaft and the top phase for positioning fixed cylinder (226)
Even, the bottom end for positioning fixed cylinder (226) is mounted in positioning adjusting bracket (221) by pin shaft, under positioning adjusting bracket (221)
There are two locating rod (227), two locating rods (227) are symmetrically positioned in the left and right sides of positioning adjusting bracket (221) for end setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810531912.XA CN108838273B (en) | 2018-05-29 | 2018-05-29 | A kind of power bus-bar slot shell process line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810531912.XA CN108838273B (en) | 2018-05-29 | 2018-05-29 | A kind of power bus-bar slot shell process line |
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| Publication Number | Publication Date |
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| CN108838273A CN108838273A (en) | 2018-11-20 |
| CN108838273B true CN108838273B (en) | 2019-11-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810531912.XA Active CN108838273B (en) | 2018-05-29 | 2018-05-29 | A kind of power bus-bar slot shell process line |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112916668A (en) * | 2021-04-22 | 2021-06-08 | 湖北里木木实业有限公司 | Manufacturing, forming and processing method for aluminum alloy shell bus duct |
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| JPS56136110A (en) * | 1981-03-12 | 1981-10-24 | Hitachi Cable | Waterproof structure forming method for bus duct housing |
| CN2882861Y (en) * | 2006-04-25 | 2007-03-28 | 山东铝业股份有限公司 | Conductive aluminum bus processor of aluminum electrolyzer |
| CN201408932Y (en) * | 2009-02-06 | 2010-02-17 | 于常海 | Bus processing machine |
| CN202079135U (en) * | 2011-03-18 | 2011-12-21 | 辽宁省电力有限公司葫芦岛供电公司 | Multifunctional bus bending device |
| CN107598269A (en) * | 2017-10-30 | 2018-01-19 | 辽宁忠旺机械设备制造有限公司 | Aluminium busbar processing and forming composite saw |
| CN107913923A (en) * | 2018-01-09 | 2018-04-17 | 吴露露 | A kind of water conservancy lake flood control dam automates correction resetting device with U-shaped steel sheet pile |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS56136110A (en) * | 1981-03-12 | 1981-10-24 | Hitachi Cable | Waterproof structure forming method for bus duct housing |
| CN2882861Y (en) * | 2006-04-25 | 2007-03-28 | 山东铝业股份有限公司 | Conductive aluminum bus processor of aluminum electrolyzer |
| CN201408932Y (en) * | 2009-02-06 | 2010-02-17 | 于常海 | Bus processing machine |
| CN202079135U (en) * | 2011-03-18 | 2011-12-21 | 辽宁省电力有限公司葫芦岛供电公司 | Multifunctional bus bending device |
| CN107598269A (en) * | 2017-10-30 | 2018-01-19 | 辽宁忠旺机械设备制造有限公司 | Aluminium busbar processing and forming composite saw |
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|---|---|
| CN108838273A (en) | 2018-11-20 |
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