CN208303684U - Electric machine support riveting production line - Google Patents
Electric machine support riveting production line Download PDFInfo
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- CN208303684U CN208303684U CN201820540745.0U CN201820540745U CN208303684U CN 208303684 U CN208303684 U CN 208303684U CN 201820540745 U CN201820540745 U CN 201820540745U CN 208303684 U CN208303684 U CN 208303684U
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- China
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- assemblied
- copper sheathing
- shockproof sheet
- elastic slice
- cylinder
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Abstract
The utility model relates to a kind of electric machine support riveting production lines of offer, including pedestal；Be assemblied in pedestal and can opposite base rotation turntable；It is assemblied in multiple station seats of turntable；It is assemblied in pedestal and according to the direction of rotation of turntable, shockproof sheet feed mechanism, copper sheathing feed mechanism, elastic slice feed mechanism, grease proofing lid feed mechanism, riveting mechanism and the cutting agency successively laid around the periphery of turntable；And it is assemblied in the control device of pedestal；There are artificial loading positions between shockproof sheet feed mechanism and cutting agency.Operator is located at artificial loading position and is put into bracket to station seat, station seat follows turntable to rotate, shockproof sheet, copper sheathing, elastic slice and anti-oil cap are sequentially placed into through shockproof sheet feed mechanism, copper sheathing feed mechanism, elastic slice feed mechanism, grease proofing lid feed mechanism, then it is completed through riveting mechanism riveting, finally by cutting agency blanking；With compact-sized, the high advantage of space resources utilization rate.
Description
Technical field
The utility model relates to riveter technical field more particularly to a kind of electric machine support riveting production lines.
Background technique
Electric machine support is formed by bracket, shockproof sheet, copper sheathing, spring leaf and anti-oil cap assembling riveting, past electric machine support
Packaging technology is had been manually done by operator；With the development of technology, the packaging technology of present electric machine support there has been certainly
The production line of dynamicization, but current production line mostly uses greatly linear laying, i.e., according to bracket, shockproof sheet, copper sheathing, spring leaf, anti-
The assembling sequence of oil cap forms assembly line；Artificial labor is greatly reduced relative to traditional handwork in pipelining
Fatigue resistance, there has also been biggish promotions for production efficiency；But space occupied needed for the production line linearly laid is larger, space resources
It cannot efficiently use.
Utility model content
The purpose of this utility model is to provide a kind of electric machine support riveting production lines, to solve existing electric machine support riveting
The big problem of production line space occupied.
The utility model first scheme provides a kind of electric machine support riveting production line, comprising:
Pedestal；
The turntable that is assemblied in the pedestal and can be rotated relative to the pedestal；
It is assemblied in multiple station seats of the turntable；
It is assemblied in the pedestal and is successively laid according to the direction of rotation of the turntable, around the periphery of the turntable anti-
Shake piece feed mechanism, copper sheathing feed mechanism, elastic slice feed mechanism, grease proofing lid feed mechanism, riveting mechanism and cutting agency；With
And
The pedestal is assemblied in control the shockproof sheet feed mechanism, the copper sheathing feed mechanism, the elastic slice feeding
The control device that mechanism, the grease proofing lid feed mechanism, the riveting mechanism and the cutting agency act；
There are for the artificial artificial loading for carrying out bracket feeding between the shockproof sheet feed mechanism and the cutting agency
Position.
Implement above-mentioned technical proposal, operator is located at artificial loading position and is put into bracket to station seat, and station seat follows turntable
Rotation, through shockproof sheet feed mechanism, copper sheathing feed mechanism, elastic slice feed mechanism, grease proofing lid feed mechanism be sequentially placed into shockproof sheet,
Copper sheathing, elastic slice and anti-oil cap, are then completed through riveting mechanism riveting, finally by cutting agency blanking；Shockproof sheet feed mechanism,
Copper sheathing feed mechanism, elastic slice feed mechanism, grease proofing lid feed mechanism, riveting mechanism and cutting agency are arranged around turntable periphery,
It is compact-sized, have the advantages that optimize space resources utilization rate.
The utility model alternative plan provides: is also equipped on the pedestal positioned at the grease proofing lid feed mechanism and described
Photoelectric detection mechanism between riveting mechanism, with control device coupling.
Implement above-mentioned technical proposal, whether can be that idle station seat detects to station seat, has and effectively avoid sky riveting
The generation of accident.
The utility model third program provide: the shockproof sheet feed mechanism include shockproof sheet is put into rotation it is right to itself
The shockproof sheet feeding portion for the station seat that should locate, and be stored with shockproof sheet and shockproof sheet is sent into shockproof sheet feeding portion
Shockproof sheet feeding portion.
The utility model fourth program provides: the shockproof sheet feeding portion includes shockproof sheet vibrating disc, and described in connection
The shockproof sheet delivery pipe of shockproof sheet vibrating disc and shockproof sheet feeding portion；Shockproof sheet feeding portion includes being assemblied in institute vertically
The shockproof sheet vertical guide of pedestal is stated, the axial assembly of the vertical shockproof sheet vertical guide can slide axially and pass through along it
First fastener is fixed on the shockproof sheet cross slide way of the shockproof sheet vertical guide, be assemblied in the shockproof sheet cross slide way and
The shockproof sheet cross slide way can be assemblied in drive described along the shockproof sheet cross slide way the first sliding block in axial sliding
The first laterally driven cylinder that one sliding block axially slides along the shockproof sheet cross slide way is assemblied in first sliding block and connection
There is the first vertical driving cylinder of the first mounting base, is assemblied in first mounting base and is provided to the first sucker connected to it
First sucker cylinder of suction, the shockproof sheet splicing for being assemblied in the shockproof sheet vertical guide and being located at below first sucker
Seat, is assemblied in the first feeding cylinder of the shockproof sheet splicing seat, and is connected to the shockproof sheet delivery pipe and by described the
The mobile shockproof sheet receiver of shockproof sheet splicing seat described in one feeding cylinder drives edge.
Implement above-mentioned technical proposal, shockproof sheet falls into shockproof sheet receiver through shockproof sheet vibrating disc, shockproof sheet delivery pipe, the
One feeding cylinder drives shockproof sheet receiver mobile to the underface of the first sucker, first the first installation of vertical driving cylinder driving
Seat is to close to the movement of shockproof sheet receiver, and the first sucker cylinder, which provides suction to the first sucker, makes its adsorb shockproof sheet, and first is perpendicular
The first mounting base is driven to rise to driving cylinder；First laterally driven cylinder drives the first sliding block to move along shockproof sheet cross slide way
To the surface of station seat, and to mobile, the first sucker gas close to station seat direction under the driving of the first vertical driving cylinder
Cylinder revocation suction makes shockproof sheet fall into station seat, and the first vertical driving cylinder drives the first mounting base to rise, and first is laterally driven
Cylinder the first sliding block of driving is moved to the top of shockproof sheet splicing seat；The automatic charging of shockproof sheet, mechanization behaviour are completed as a result,
Make, is precisely controlled by what control device realization acted, has the advantages that loading efficiency is high.
The 5th scheme of the utility model provides: the copper sheathing feed mechanism includes that copper sheathing is put into rotation to itself corresponding position
The station seat copper sheathing feeding portion, and be stored with copper sheathing and copper sheathing be sent into the copper sheathing feeding in copper sheathing feeding portion
Portion；The copper sheathing feeding portion includes copper sheathing vibrating disc, and the copper sheathing of connection the copper sheathing vibrating plate and copper sheathing feeding portion
Delivery pipe；Copper sheathing feeding portion includes the vertical support portion of copper sheathing for being assemblied in the pedestal vertically, and the vertical copper sheathing is vertical
The axial assembly of support portion and the copper sheathing splicing seat for offering the copper sheathing splicing groove being connected to the copper sheathing delivery pipe, are assemblied in institute
The second feeding cylinder that copper sheathing splicing seat is stated to drive the pushing block being embedded in the copper sheathing splicing groove mobile, sliding are connected to institute
It states copper sheathing splicing seat and is located at the lower section of the copper sheathing splicing groove and remove the copper sheathing splicing to be pushed in copper sheathing by the pushing block
The copper sheathing support plate that copper sheathing is caught when slot is assemblied in the copper sheathing splicing seat to drive the first of the copper sheathing support plate sliding to connect
Expect cylinder, and, it is assemblied in the copper sheathing splicing seat and is connected with the copper sheathing guide cylinder for the guide post that may pass through copper sheathing；It is described
The wears groove passed through for the guide post is offered in copper sheathing support plate.
Implement above-mentioned technical proposal, copper sheathing falls into the copper sheathing splicing of copper sheathing splicing seat through copper sheathing vibrating disc, copper sheathing delivery pipe
In slot, the second feeding cylinder driving pushing block pushes copper sheathing to remove copper sheathing splicing groove and falls into copper sheathing support plate, copper sheathing guide cylinder
Guide post is driven close to copper sheathing splicing seat and passes through copper sheathing, copper sheathing support plate is passed through from wears groove, close to station seat；At this point, first
Receiving cylinder drives copper sheathing support plate to far from the movement of copper sheathing splicing groove direction, is detached from copper sheathing, copper sheathing loses copper sheathing support plate
Support, under the effect of gravity along guide post slide into station seat；Copper sheathing guide cylinder drives guide post to reset, and first
Receiving cylinder drives copper sheathing to support sheet reset, and the second feeding cylinder drives pushing block to reset；Thus i.e. complete copper sheathing it is automatic on
Material, mechanized operation are precisely controlled by what control device realization acted, have the advantages that loading efficiency is high.
The 6th scheme of the utility model provides: the elastic slice feeding portion includes elastic slice vibrating disc, and connection elastic slice vibration
The elastic slice delivery pipe of disk and elastic slice feeding portion；Elastic slice feeding portion includes being assemblied in the elastic slice of the pedestal vertically vertically to lead
Rail, the axial assembly of the vertical elastic slice vertical guide can slide axially along it and pass through the second fastener and be fixed on the bullet
The elastic slice cross slide way of piece vertical guide is assemblied in the elastic slice cross slide way and can slide axially along the elastic slice cross slide way
The second sliding block, be assemblied in the elastic slice cross slide way to drive second sliding block axially to slide along the elastic slice cross slide way
The second laterally driven cylinder, be assemblied in second sliding block and be connected with the second vertical driving cylinder of the second mounting base, dress
The second sucker cylinder of suction is provided assigned in second mounting base and to the second sucker connected to it, is assemblied in the elastic slice
Vertical guide and the elastic slice splicing seat being located at below second sucker, are assemblied in the third feeding gas of the elastic slice splicing seat
Cylinder, and it is connected to the elastic slice delivery pipe and the elastic slice mobile by elastic slice splicing seat described in the third feeding cylinder drives edge
Receiver.
Implement above-mentioned technical proposal, elastic slice falls into elastic slice receiver, third feeding gas through elastic slice vibrating disc, elastic slice delivery pipe
Cylinder driving elastic slice receiver is mobile to the underface of the second sucker, and the second vertical driving cylinder drives the second mounting base to by short round
Piece receiver is mobile, and the second sucker cylinder, which provides suction to the second sucker, makes it adsorb elastic slice, the second vertical cylinder driving second
Mounting base rises；Second laterally driven cylinder the second sliding block of driving is moved to the surface of station seat along elastic slice cross slide way, and
To close to the movement of station seat direction under the driving of the second vertical driving cylinder, the second sucker cylinder revocation suction falls into elastic slice
Station seat, the second vertical driving cylinder drive the second mounting base to rise, and the second laterally driven cylinder drives the second sliding block to be moved to
The top of elastic slice splicing seat；The automatic charging of elastic slice is completed as a result, and mechanized operation is acted by control device realization
It is precisely controlled, has the advantages that loading efficiency is high.
The 7th scheme of the utility model provides: the anti-oil cap feeding portion includes anti-oil cap vibrating disc, and connection is grease proofing
Lid vibrating disc and the grease proofing anti-oil cap delivery pipe for covering material portion；The grease proofing material portion that covers includes being assemblied in the pedestal vertically
Anti- oil cap vertical guide, the axial assembly of the vertical anti-oil cap vertical guide can slide axially along it and be fastened by third
Part is fixed on the anti-oil cap cross slide way of the anti-oil cap vertical guide, is assemblied in the anti-oil cap cross slide way and can be along described
Anti- oil cap cross slide way third sliding block in axial sliding, is assemblied in the anti-oil cap cross slide way to drive third sliding block edge
The third laterally driven cylinder that the anti-oil cap cross slide way axially slides is assemblied in the third sliding block and is connected with third peace
The third of dress seat vertically drives cylinder, is assemblied in the third mounting base and provides the of suction to third sucker connected to it
Three sucker cylinders, the anti-oil cap splicing seat for being assemblied in the anti-oil cap vertical guide and being located at below the third sucker, assembly
In the 4th feeding cylinder of the anti-oil cap splicing seat, and it is connected to the anti-oil cap delivery pipe and by the 4th feeding gas
The mobile anti-oil cap receiver of anti-oil cap splicing seat described in cylinder drives edge.
Implement above-mentioned technical proposal, anti-oil cap falls into anti-oil cap receiver through anti-oil cap vibrating disc, anti-oil cap delivery pipe, the
Four feeding cylinders drive anti-oil cap receiver mobile to the underface of third sucker, and third vertically drives cylinder driving third installation
For seat to close to the movement of anti-oil cap receiver, third sucker cylinder, which provides suction to third sucker, makes its adsorb anti-oil cap；Third is horizontal
The surface of station seat is moved to along anti-oil cap cross slide way to driving cylinder driving third sliding block, and vertically drives gas in third
To close to the movement of station seat direction under the driving of cylinder, third sucker cylinder revocation suction makes anti-oil cap fall into station seat；It is as a result,
The automatic charging of anti-oil cap is completed, mechanized operation is precisely controlled by what control device realization acted, has loading efficiency high
The advantages of.
The utility model eighth aspect provides: the cutting agency includes being assemblied in the blanking of the pedestal vertically vertically to lead
Rail, the axial assembly of the vertical blanking vertical guide, can slide axially along it and pass through the 4th fastener be fixed on it is described under
The blanking cross slide way for expecting vertical guide, is assemblied in the blanking cross slide way and can slide axially along the blanking cross slide way
Four-slider, be assemblied in the blanking cross slide way to drive the Four-slider axially to slide along the blanking cross slide way
The 4th laterally driven cylinder, be assemblied in the Four-slider and be connected with the 4th vertical driving cylinder of the 4th mounting base, dress
The 4th sucker cylinder of suction is provided assigned in the 4th mounting base and to the 4th sucker connected to it, and is assemblied in described
Pedestal and the blanking guide rail extended from the turntable to outside the pedestal.
Implement above-mentioned technical proposal, 4 wheel driven cylinder of taking offence drives the 4th mounting base close to station seat, the 4th sucker cylinder to
4th sucker provides suction so that the electric machine support that riveting is completed on the 4th sucker suction station seat, the 4th vertical cylinder driving the
Four mounting bases rise；4th laterally driven cylinder driving Four-slider is moved to the top of blanking guide rail, the 4th vertical driving gas
Cylinder drives the 4th mounting base close to blanking guide rail, and the 4th sucker cylinder cancels suction, and electric machine support falls into blanking guide rail, and along
Blanking guide rail slides into storage box；Thus the blanking of electric machine support is completed, mechanized operation has the advantages that blanking is high-efficient.
The 9th scheme of the utility model provides: the blanking guide rail is set obliquely from the turntable to the pedestal flare
It sets.
Implement above-mentioned technical proposal, is located at below blanking guide rail so that electric machine support slides under the effect of gravity
Storage box.
The tenth scheme of the utility model provides: the side that the pedestal corresponds to the artificial loading position is equipped with storing
Box.
Implement above-mentioned technical proposal, carries out the operation of bracket feeding convenient for artificial.
The utility model relates to the above-mentioned technical proposal of offer, following expection can be reached the utility model has the advantages that
The utility model relates to a kind of electric machine support riveting production lines of offer, including pedestal；Be assemblied in the pedestal and
The turntable that can be rotated relative to the pedestal；It is assemblied in multiple station seats of the turntable；It is assemblied in the pedestal and according to described
The direction of rotation of turntable, the shockproof sheet feed mechanism successively laid around the periphery of the turntable, copper sheathing feed mechanism, on elastic slice
Expect mechanism, grease proofing lid feed mechanism, riveting mechanism and cutting agency；And the pedestal is assemblied in control the shockproof sheet
Feed mechanism, the copper sheathing feed mechanism, the elastic slice feed mechanism, the grease proofing lid feed mechanism, the riveting mechanism and
The control device of the cutting agency movement；There are carry out for artificial between the shockproof sheet feed mechanism and the cutting agency
The artificial loading position of bracket feeding.Operator is located at artificial loading position and is put into bracket to station seat, and station seat follows turntable to rotate,
Through shockproof sheet feed mechanism, copper sheathing feed mechanism, elastic slice feed mechanism, grease proofing lid feed mechanism be sequentially placed into shockproof sheet, copper sheathing,
Elastic slice and anti-oil cap, are then completed through riveting mechanism riveting, finally by cutting agency blanking；Shockproof sheet feed mechanism, copper sheathing
Feed mechanism, elastic slice feed mechanism, grease proofing lid feed mechanism, riveting mechanism and cutting agency are arranged around turntable periphery, structure
It is compact, have the advantages that optimize space resources utilization rate.
Detailed description of the invention
It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new
Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with
It obtains other drawings based on these drawings.
Fig. 1 is the structural schematic diagram at the first visual angle of the utility model embodiment；
Fig. 2 is the enlarged diagram in Fig. 1 at A；
Fig. 3 is the enlarged diagram in Fig. 1 at B；
Fig. 4 is the structural schematic diagram at the second visual angle of the utility model embodiment；
Fig. 5 is the enlarged diagram in Fig. 4 at C；
Fig. 6 is the enlarged diagram in Fig. 4 at D；
Fig. 7 is the structural blast schematic diagram in the copper sheathing feeding portion of the copper sheathing feed mechanism of the utility model embodiment.
Wherein, each appended drawing reference in figure: 1, pedestal；2, turntable；3, station seat；4, shockproof sheet feed mechanism；41, shockproof sheet
Vibrating disc；42, shockproof sheet delivery pipe；43, shockproof sheet vertical guide；44, shockproof sheet cross slide way；45, the first laterally driven gas
Cylinder；46, the first sliding block；47, the first vertical driving cylinder；48, the first mounting base；49, the first sucker cylinder；410, first inhales
Disk；411, shockproof sheet splicing seat；412, the first feeding cylinder；5, copper sheathing feed mechanism；51, copper sheathing vibrating disc；52, copper sheathing conveys
Pipe；53, copper sheathing splicing seat；54, copper sheathing splicing groove；55, pushing block；56, copper sheathing support plate；57, copper sheathing guide cylinder；58, it is oriented to
Column；6, elastic slice feed mechanism；61, elastic slice vibrating disc；62, elastic slice delivery pipe；63, elastic slice vertical guide；64, elastic slice is laterally led
Rail；65, the second laterally driven cylinder；66, the second sliding block；67, the second vertical driving cylinder；68, elastic slice splicing seat；69, third
Feeding cylinder；7, grease proofing lid feed mechanism；71, anti-oil cap vibrating disc；72, anti-oil cap delivery pipe；73, anti-oil cap vertical guide；
74, anti-oil cap cross slide way；75, third laterally driven cylinder；76, third sliding block；77, third vertically drives cylinder；78, third
Mounting base；79, third sucker cylinder；710, third sucker；711, anti-oil cap splicing seat；712, the 4th feeding cylinder；8, photoelectricity
Testing agency；9, riveting mechanism；10, cutting agency；101, blanking vertical guide；102, blanking cross slide way；103, the 4th is horizontal
To driving cylinder；104, Four-slider；105, the 4th vertical driving cylinder；106, the 4th sucker cylinder；107, blanking guide rail；
11, control device；12, material-storing box.
Specific embodiment
In the following detailed description, many details are proposed, in order to the comprehensive understanding to the utility model.But
It is, it will be apparent to those skilled in the art that the utility model can not need one in these details
Implement in the case where a little details.Below the description of embodiment is used for the purpose of providing by showing the example of the utility model
The utility model is more fully understood.
Below in conjunction with attached drawing, the technical solution of the utility model embodiment is described.
As shown in Figure 1, the utility model relates to provide a kind of electric machine support riveting production line, comprising: pedestal 1；It is assemblied in
Pedestal 1 and can opposite base 1 rotate turntable 2；It is assemblied in multiple station seats 3 of turntable 2；It is assemblied in pedestal 1 and according to turntable 2
Direction of rotation, periphery shockproof sheet feed mechanism 4, copper sheathing feed mechanism 5, the elastic slice feeder successively laid around turntable 2
Structure 6, grease proofing lid feed mechanism 7, riveting mechanism 9 and cutting agency 10；And pedestal 1 is assemblied in control shockproof sheet feeder
The control that structure 4, copper sheathing feed mechanism 5, elastic slice feed mechanism 6, grease proofing lid feed mechanism 7, riveting mechanism 9 and cutting agency 10 act
Device 11 processed；There are for the artificial artificial loading position for carrying out bracket feeding between shockproof sheet feed mechanism 4 and cutting agency 10.
Specifically, turntable 2 can rotate under the drive of driving motor；Multiple station seats 3 are around all along cloth of turntable 2
If；Industrial personal computer can be used in control device 11 in the present embodiment, and control shockproof sheet feed mechanism is previously provided in industrial personal computer
4, the program that copper sheathing feed mechanism 5, elastic slice feed mechanism 6, grease proofing lid feed mechanism 7, riveting mechanism 9 and cutting agency 10 act
Instruction.
Preferably, material-storing box 12 is equipped in the side that pedestal 1 corresponds to artificial loading position.Branch is stored in material-storing box 12
Frame, operator stand on artificial loading position, place bracket on station seat 3 manually, place standoff station seat 3 and follow turntable
2 rotate, and when the rotation of station seat 3 to the lower section of shockproof sheet feed mechanism 4, shockproof sheet feed mechanism 4 is put into station seat 3
Shockproof sheet；Similarly, copper sheathing feed mechanism 5, elastic slice feed mechanism 6, grease proofing lid feed mechanism 7 are successively put into copper into station seat 3
Set, elastic slice and anti-oil cap；After the completion of all components are placed, at the rotation to riveting mechanism 9 of station seat 3, riveting mechanism 9 is to station seat
Establishment in 3 carries out riveting；When at the rotation to cutting agency 10 of station seat 3, cutting agency 10 completes riveting in station seat 3
Electric machine support take out；At this point, empty station seat 3 continues rotation to artificial loading position, the above process completes primary complete
Riveting production process, repeat the above process, carry out electric machine support riveting production.
Preferably, be also equipped on pedestal 1 between grease proofing lid feed mechanism 7 and riveting mechanism 9, with control device 11
The photoelectric detection mechanism 8 of coupling.
Whether photoelectric detection mechanism 8 can be that idle station seat 3 detects to station seat 3, when photoelectric detection mechanism 8 detects
When station seat 3 is non-idle station seat 3, transmission controls riveting mechanism 9 and carries out riveting to induction signal to control device 11, control device 11
Press work；If photoelectric detection mechanism 8 detects 3 idle station seats 3 of station seat, transmission is to induction signal to control device 11, control
Device 11 processed controls riveting mechanism 9 and stops riveting movement, to effectively avoid the generation of sky riveting accident.
Specifically, referring to figs. 1 and 2, shockproof sheet feed mechanism 4 includes that shockproof sheet is put into rotation to itself correspondence
The shockproof sheet feeding portion of the station seat 3 at place, and be stored with shockproof sheet and shockproof sheet is sent into the shockproof sheet in shockproof sheet feeding portion
Feeding portion.
Shockproof sheet feeding portion includes shockproof sheet vibrating disc 41, and connection shockproof sheet vibrating disc 41 and shockproof sheet feeding portion
Shockproof sheet delivery pipe 42；Shockproof sheet feeding portion includes the shockproof sheet vertical guide 43 for being assemblied in pedestal 1 vertically, and vertical shockproof sheet is perpendicular
The axial assembly of direction guiding rail 43 can slide axially along it and pass through the first fastener and be fixed on the shockproof of shockproof sheet vertical guide 43
Piece cross slide way 44, is assemblied in shockproof sheet cross slide way 44 and can be along first sliding block in axial sliding of shockproof sheet cross slide way 44
46, the first transverse direction for being assemblied in shockproof sheet cross slide way 44 to drive the first sliding block 46 axially to slide along shockproof sheet cross slide way 44
Cylinder 45 is driven, the first sliding block 46 is assemblied in and is connected with the first vertical driving cylinder 47 of the first mounting base 48, is assemblied in the
One mounting base 48 and to the first sucker 410 connected to it provide suction the first sucker cylinder 49, it is vertical to be assemblied in shockproof sheet
Guide rail 43 and the shockproof sheet splicing seat 411 for being located at 410 lower section of the first sucker, are assemblied in the first feeding of shockproof sheet splicing seat 411
Cylinder 412, and it is connected to shockproof sheet delivery pipe 42 and by shockproof sheet splicing seat described in 412 drives edge of the first feeding cylinder
411 mobile shockproof sheet receivers.
Specific action process are as follows: shockproof sheet falls into shockproof sheet splicing through shockproof sheet vibrating disc 41, shockproof sheet delivery pipe 42
Disk, the first feeding cylinder 412 drive shockproof sheet receiver mobile to the underface of the first sucker 410, the first vertical driving cylinder
For 47 the first mounting bases 48 of driving to close to the movement of shockproof sheet receiver, the first sucker cylinder 49 provides suction to the first sucker 410
It is set to adsorb shockproof sheet, the first vertical driving cylinder 47 drives the first mounting base 48 to rise；The driving of first laterally driven cylinder 45
First sliding block 46 is moved to the surface of station seat 3 along shockproof sheet cross slide way 44, and in the drive of the first vertical driving cylinder 47
To close to the movement of 3 direction of station seat under dynamic, the first sucker cylinder 49 revocation suction makes shockproof sheet fall into station seat 3, and first is vertical
Drive cylinder 47 that the first mounting base 48 is driven to rise, the first laterally driven cylinder 45 drives the first sliding block 46 to be moved to shockproof sheet and connects
Expect the top of seat 411；The automatic charging of shockproof sheet is completed as a result, and mechanized operation is acted by 11 realization of control device
It is precisely controlled, has the advantages that loading efficiency is high.
Specifically, copper sheathing feed mechanism 5 includes that copper sheathing is put into rotation to itself corresponding position in conjunction with shown in Fig. 4 and Fig. 7
The copper sheathing feeding portion of station seat 3, and be stored with copper sheathing and copper sheathing is sent into the copper sheathing feeding portion in copper sheathing feeding portion；Copper sheathing feeding
Portion includes copper sheathing vibrating disc 51, and the copper sheathing delivery pipe 52 of connection copper sheathing vibrating plate and copper sheathing feeding portion；Copper sheathing feeding portion packet
It includes and is assemblied in the vertical support portion of copper sheathing of pedestal 1 vertically, the axial assembly of the vertical vertical support portion of copper sheathing and offer and copper sheathing
The copper sheathing splicing seat 53 for the copper sheathing splicing groove 54 that delivery pipe 52 is connected to is assemblied in copper sheathing splicing seat 53 and is embedded at copper sheathing to drive and connects
Second feeding cylinder of the movement of pushing block 55 in hopper 54, sliding are connected to copper sheathing splicing seat 53 and are located at copper sheathing splicing groove 54
Lower section is assemblied in copper sheathing and connects to catch the copper sheathing support plate 56 of copper sheathing when copper sheathing is pushed by pushing block 55 and removes copper sheathing splicing groove 54
First receiving cylinder of the material seat 53 to drive copper sheathing support plate 56 to slide, and, it is assemblied in copper sheathing splicing seat 53 and be connected with can
Across the copper sheathing guide cylinder 57 of the guide post 58 of copper sheathing；The wears groove passed through for guide post 58 is offered in copper sheathing support plate 56.
Preferably, the U-lag passed through for guide post 58 is offered in copper sheathing support plate 56, the notch size of U-lag is less than
The outer diameter of copper sheathing.
Specific action process are as follows: copper sheathing falls into the copper of copper sheathing splicing seat 53 through copper sheathing vibrating disc 51, copper sheathing delivery pipe 52
It covers in splicing groove 54, the second feeding cylinder driving pushing block 55 pushes copper sheathing to remove copper sheathing splicing groove 54 and falls into copper sheathing support plate
56, copper sheathing guide cylinder 57 drives guide post 58 close to copper sheathing splicing seat 53 and passes through copper sheathing, passes through copper sheathing support plate from wears groove
56, close to station seat 3；At this point, the first receiving cylinder drives copper sheathing support plate 56 mobile to separate 54 direction of copper sheathing splicing groove, with
Copper sheathing is detached from, and copper sheathing loses the support of copper sheathing support plate 56, slides into station seat along guide post 58 under the effect of gravity
3；Copper sheathing guide cylinder 57 drives guide post 58 to reset, and the first receiving cylinder drives copper sheathing support plate 56 to reset, the second feeding gas
Cylinder drives pushing block 55 to reset；Thus the automatic charging of copper sheathing is completed, mechanized operation is acted by 11 realization of control device
Be precisely controlled, have the advantages that loading efficiency is high.
Specifically, elastic slice feeding portion includes elastic slice vibrating disc 61 in conjunction with shown in Fig. 1 and Fig. 3, and connection elastic slice vibrating disc
61 and elastic slice feeding portion elastic slice delivery pipe 62；Elastic slice feeding portion includes the elastic slice vertical guide 63 for being assemblied in pedestal 1 vertically, is hung down
The axial assembly of straight elastic slice vertical guide 63 can slide axially along it and pass through the second fastener and be fixed on elastic slice vertical guide 63
Elastic slice cross slide way 64, be assemblied in elastic slice cross slide way 64 and can be along second sliding block in axial sliding of elastic slice cross slide way 64
66, it is second laterally driven to drive the second sliding block 66 axially to slide along elastic slice cross slide way 64 to be assemblied in elastic slice cross slide way 64
Cylinder 65 is assemblied in the second sliding block 66 and is connected with the second vertical driving cylinder 67 of the second mounting base, is assemblied in the second installation
Seat and to the second sucker connected to it provide suction the second sucker cylinder, be assemblied in elastic slice vertical guide 63 and be located at second
Elastic slice splicing seat 68 below sucker, is assemblied in the third feeding cylinder 69 of elastic slice splicing seat 68, and is connected to elastic slice conveying
Pipe 62 and the elastic slice receiver mobile by 69 drives edge elastic slice splicing seat 68 of third feeding cylinder.
Specific action process are as follows: elastic slice falls into elastic slice receiver through elastic slice vibrating disc 61, elastic slice delivery pipe 62, and third is sent
Expect that cylinder 69 drives elastic slice receiver mobile to the underface of the second sucker, the second vertical driving cylinder 67 drives the second mounting base
To close to the movement of elastic slice receiver, the second sucker cylinder, which provides suction to the second sucker, makes its adsorb elastic slice, the second vertical cylinder
The second mounting base is driven to rise；Second laterally driven cylinder 65 drives the second sliding block 66 to be moved to station along elastic slice cross slide way 64
The surface of seat 3, and to mobile, the second sucker cylinder close to 3 direction of station seat under the driving of the second vertical driving cylinder 67
Revocation suction makes elastic slice fall into station seat 3, and the second vertical driving cylinder 67 drives the second mounting base to rise, the second laterally driven gas
The second sliding block 66 of driving of cylinder 65 is moved to the top of elastic slice splicing seat 68；The automatic charging of elastic slice, mechanization behaviour are completed as a result,
Make, is precisely controlled by what 11 realization of control device acted, has the advantages that loading efficiency is high.
Specifically, anti-oil cap feeding portion includes anti-oil cap vibrating disc 71 in conjunction with shown in Fig. 4 and Fig. 5, and the anti-oil cap of connection
Vibrating disc 71 and the grease proofing anti-oil cap delivery pipe 72 for covering material portion；The grease proofing material portion that covers includes be assemblied in pedestal 1 vertically grease proofing
Lid vertical guide 73, the axial assembly of vertical anti-oil cap vertical guide 73 can slide axially along it and pass through third fastener and consolidate
Due to the anti-oil cap cross slide way 74 of anti-oil cap vertical guide 73, it is assemblied in anti-oil cap cross slide way 74 and can be along the anti-oil cap
The third sliding block 76 in axial sliding of cross slide way 74, is assemblied in anti-oil cap cross slide way 74 to drive third sliding block 76 along anti-oil cap
The third laterally driven cylinder 75 that cross slide way 74 axially slides is assemblied in third sliding block 76 and is connected with third mounting base 78
Third vertically drives cylinder 77, is assemblied in third mounting base 78 and provides the third of suction to third sucker 710 connected to it
Sucker cylinder 79 is assemblied in anti-oil cap vertical guide 73 and is located at the anti-oil cap splicing seat 711 of 710 lower section of third sucker, assembly
In the 4th feeding cylinder 712 of anti-oil cap splicing seat 711, and it is connected to anti-oil cap delivery pipe 72 and by the 4th feeding cylinder
The mobile anti-oil cap receiver of the anti-oil cap splicing seat 711 of 712 drives edges.
Specific action process are as follows: anti-oil cap falls into anti-oil cap splicing through anti-oil cap vibrating disc 71, anti-oil cap delivery pipe 72
Disk, the 4th feeding cylinder 712 drive anti-oil cap receiver mobile to the underface of third sucker 710, and third vertically drives cylinder
For 77 driving third mounting bases 78 to close to the movement of anti-oil cap receiver, 710 cylinder 79 of third sucker provides suction to third sucker 710
Power makes it adsorb anti-oil cap；Third laterally driven cylinder 75 drives third sliding block 76 to be moved to station along anti-oil cap cross slide way 74
The surface of seat 3, and to mobile, the third sucker cylinder close to 3 direction of station seat under the driving that third vertically drives cylinder 77
79 revocation suction make anti-oil cap fall into station seat 3；The automatic charging of anti-oil cap is completed as a result, and mechanized operation passes through control
Being precisely controlled for 11 realization of device movement, has the advantages that loading efficiency is high.
Specifically, cutting agency 10 includes the blanking vertical guide for being assemblied in pedestal 1 vertically in conjunction with shown in Fig. 4 and Fig. 6
101, the axial assembly of vertical blanking vertical guide 101 can slide axially along it and pass through the 4th fastener and be fixed on blanking and erect
The blanking cross slide way 102 of direction guiding rail 101 is assemblied in blanking cross slide way 102 and can slide axially along blanking cross slide way 102
Four-slider 104, be assemblied in blanking cross slide way 102 to drive Four-slider 104 along the axial sliding of blanking cross slide way 102
The 4th laterally driven cylinder 103, be assemblied in Four-slider 104 and be connected with the 4th vertical driving cylinder of the 4th mounting base
105, it is assemblied in the 4th mounting base and provides the 4th sucker cylinder 106 of suction, and assembly to the 4th sucker connected to it
In the blanking guide rail 107 that pedestal 1 and autorotation disk 2 extend to outside the pedestal 1.
Preferably, 107 autorotation disk 2 of blanking guide rail is down-set to 1 outer incline of pedestal, so that electric machine support is in self gravity
Under the action of slide into be located at blanking guide rail below storage box.
Specific action process are as follows: the 4th vertical driving cylinder 105 drives the 4th mounting base to inhale close to station seat 3, the 4th
Disk cylinder 106 provides suction so that the electric machine support that riveting is completed on the 4th sucker suction station seat 3, the 4th is perpendicular to the 4th sucker
The 4th mounting base is driven to rise to driving cylinder 105；4th laterally driven cylinder 103 driving Four-slider 104 is moved to blanking
The top of guide rail 107, the 4th vertical driving cylinder 105 drive the 4th mounting base close to blanking guide rail 107, the 4th sucker cylinder
106 revocation suction, electric machine support falls into blanking guide rail 107, and slides into storage box along blanking guide rail 107；Thus electricity is completed
The blanking of machine support, mechanized operation have the advantages that blanking is high-efficient.
The first fastener, the second fastener, third fastener, the 4th fastener in the present embodiment are bolt.
Implement the utility model embodiment, reached it is following the utility model has the advantages that
Centered on turntable 2, shockproof sheet feed mechanism 4, elastic slice feed mechanism 6, grease proofing covers material at copper sheathing feed mechanism 5
Mechanism 7, riveting mechanism 9 and cutting agency 10 are arranged around 2 periphery of turntable, compact-sized, have optimization space resources utilization rate
The advantages of.
In the above-described embodiments, it emphasizes particularly on different fields to the description of each embodiment, there is no the part being described in detail in some embodiment,
Reference can be made to the related descriptions of other embodiments.
It should be noted that for the various method embodiments described above, for simple description, therefore, it is stated as a series of
Combination of actions, but those skilled in the art should understand that, the utility model is not limited by the described action sequence,
Because certain steps sequentially or may be carried out simultaneously using other according to the utility model.Secondly, those skilled in the art
It should be aware of, the embodiments described in the specification are all preferred embodiments, and the actions and modules being related to might not
It is necessary to the utility model.
In several embodiments provided herein, it should be understood that disclosed device, it can be real in other way
It is existing.For example, the apparatus embodiments described above are merely exemplary, such as the division of said units, only one kind is patrolled
Volume function division, there may be another division manner in actual implementation, such as multiple units or components can combine or can be with
It is integrated into another system, or some features can be ignored or not executed.Another point, it is shown or discussed mutual
Coupling or communication connection can be through some interfaces, and the indirect coupling or communication connection between device or unit can be electricity
Letter or other forms.
Above-mentioned unit as illustrated by the separation member may or may not be physically separated, aobvious as unit
The component shown may or may not be physical unit, it can and it is in one place, or may be distributed over multiple
In network unit.It can select some or all of unit therein according to the actual needs to realize the mesh of this embodiment scheme
's.
Above embodiments are only to illustrate the technical solution of the utility model, rather than carry out to the protection scope of utility model
Limitation.Obviously, described embodiment is only the utility model section Example, rather than whole embodiments.Based on these
Embodiment, every other embodiment obtained by those of ordinary skill in the art without making creative efforts, all
Belong to the utility model scope of the claimed.Although the utility model is described in detail referring to above-described embodiment,
Those of ordinary skill in the art still can not make creative work and respectively implement to the utility model in the absence of conflict
Feature in example is according to circumstances combined with each other, additions and deletions or makees other adjustment, so that it is practical newly without departing from this to obtain different, essence
The other technologies scheme of the design of type, these technical solutions similarly belong to the utility model scope of the claimed.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. a kind of electric machine support riveting production line, characterized in that include:
Pedestal；
The turntable that is assemblied in the pedestal and can be rotated relative to the pedestal；
It is assemblied in multiple station seats of the turntable；
It is assemblied in the pedestal and according to the direction of rotation of the turntable, the shockproof sheet successively laid around the periphery of the turntable
Feed mechanism, copper sheathing feed mechanism, elastic slice feed mechanism, grease proofing lid feed mechanism, riveting mechanism and cutting agency；And
Be assemblied in the pedestal with control the shockproof sheet feed mechanism, the copper sheathing feed mechanism, the elastic slice feed mechanism,
The control device of the grease proofing lid feed mechanism, the riveting mechanism and cutting agency movement；
There are for the artificial artificial loading position for carrying out bracket feeding between the shockproof sheet feed mechanism and the cutting agency.
2. electric machine support riveting production line as described in claim 1, characterized in that be also equipped on the pedestal described in being located at
Photoelectric detection mechanism between grease proofing lid feed mechanism and the riveting mechanism, with control device coupling.
3. electric machine support riveting production line as claimed in claim 2, characterized in that the shockproof sheet feed mechanism includes that will prevent
Shake piece be put into rotation to itself corresponding position the station seat shockproof sheet feeding portion, and be stored with shockproof sheet and by shockproof sheet
It is sent into the shockproof sheet feeding portion in shockproof sheet feeding portion.
4. electric machine support riveting production line as claimed in claim 3, characterized in that the shockproof sheet feeding portion includes shockproof sheet
Vibrating disc, and the shockproof sheet delivery pipe of connection the shockproof sheet vibrating disc and shockproof sheet feeding portion；On the shockproof sheet
Material portion includes the shockproof sheet vertical guide for being assemblied in the pedestal vertically, the axial assembly of the vertical shockproof sheet vertical guide,
It can slide axially along it and pass through the shockproof sheet cross slide way that the first fastener is fixed on the shockproof sheet vertical guide, be assemblied in
The shockproof sheet cross slide way and the shockproof sheet can be assemblied in along the shockproof sheet cross slide way the first sliding block in axial sliding
First laterally driven cylinder of the cross slide way to drive first sliding block axially to slide along the shockproof sheet cross slide way, assembly
In first sliding block and be connected with the first vertical driving cylinder of the first mounting base, be assemblied in first mounting base and to
Its first sucker connected provides the first sucker cylinder of suction, is assemblied in the shockproof sheet vertical guide and is located at described first
Shockproof sheet splicing seat below sucker, is assemblied in the first feeding cylinder of the shockproof sheet splicing seat, and is connected to described anti-
Shake piece delivery pipe and the shockproof sheet receiver mobile by shockproof sheet splicing seat described in the first feeding cylinder drives edge.
5. electric machine support riveting production line as claimed in claim 2, characterized in that the copper sheathing feed mechanism includes by copper sheathing
It is put into the copper sheathing feeding portion rotated to the station seat of itself corresponding position, and is stored with copper sheathing and copper sheathing is sent into the copper
Cover the copper sheathing feeding portion in feeding portion；The copper sheathing feeding portion includes copper sheathing vibrating disc, and the connection copper sheathing vibrating plate and institute
State the copper sheathing delivery pipe in copper sheathing feeding portion；Copper sheathing feeding portion includes being assemblied in the copper sheathing of the pedestal vertically to support vertically
Portion, the axial of the vertical vertical support portion of copper sheathing assemble and offer the copper sheathing splicing groove being connected to the copper sheathing delivery pipe
Copper sheathing splicing seat is assemblied in the copper sheathing splicing seat to drive the second of the pushing block being embedded in copper sheathing splicing groove movement to send
Expect cylinder, sliding is connected to the copper sheathing splicing seat and is located at the lower section of the copper sheathing splicing groove to be pushed away in copper sheathing by the pushing block
The copper sheathing support plate that copper sheathing is caught when the dynamic removal copper sheathing splicing groove, is assemblied in the copper sheathing splicing seat to drive the copper sheathing
First receiving cylinder of support plate sliding, and, it is assemblied in the copper sheathing splicing seat and is connected with the guide post that may pass through copper sheathing
Copper sheathing guide cylinder；The wears groove passed through for the guide post is offered in the copper sheathing support plate.
6. electric machine support riveting production line as claimed in claim 2, characterized in that the elastic slice feeding portion includes elastic slice vibration
Disk, and the elastic slice delivery pipe of connection elastic slice vibrating disc and elastic slice feeding portion；Elastic slice feeding portion includes being assemblied in institute vertically
The elastic slice vertical guide of pedestal is stated, the axial assembly of the vertical elastic slice vertical guide can slide axially along it and pass through second
Fastener is fixed on the elastic slice cross slide way of the elastic slice vertical guide, is assemblied in the elastic slice cross slide way and can be along the bullet
Piece cross slide way the second sliding block in axial sliding, is assemblied in the elastic slice cross slide way to drive second sliding block along the bullet
The second laterally driven cylinder that piece cross slide way axially slides is assemblied in second sliding block and is connected with the of the second mounting base
Two vertical driving cylinders, are assemblied in second mounting base and provide the second sucker gas of suction to the second sucker connected to it
Cylinder, the elastic slice splicing seat for being assemblied in the elastic slice vertical guide and being located at below second sucker, is assemblied in the elastic slice and connects
Expect the third feeding cylinder of seat, and is connected to the elastic slice delivery pipe and by elastic slice described in the third feeding cylinder drives edge
The mobile elastic slice receiver of splicing seat.
7. electric machine support riveting production line as claimed in claim 2, characterized in that the anti-oil cap feeding portion includes anti-oil cap
Vibrating disc, and it is connected to anti-oil cap vibrating disc and the grease proofing anti-oil cap delivery pipe for covering material portion；The grease proofing material portion that covers includes
It is assemblied in the anti-oil cap vertical guide of the pedestal vertically, the axial assembly of the vertical anti-oil cap vertical guide, can be along its axis
It is fixed on the anti-oil cap cross slide way of the anti-oil cap vertical guide to sliding and by third fastener, is assemblied in described grease proofing
Lid cross slide way and the anti-oil cap cross slide way can be assemblied in along anti-oil cap cross slide way third sliding block in axial sliding
With the third laterally driven cylinder for driving the third sliding block axially to slide along the anti-oil cap cross slide way, it is assemblied in described
The three sliding blocks and third for being connected with third mounting base vertically drives cylinder are assemblied in the third mounting base and to connected to it
Third sucker provides the third sucker cylinder of suction, is assemblied in the anti-oil cap vertical guide and is located at below the third sucker
Anti- oil cap splicing seat, be assemblied in the 4th feeding cylinder of the anti-oil cap splicing seat, and be connected to the anti-oil cap conveying
Pipe and the anti-oil cap receiver mobile by anti-oil cap splicing seat described in the 4th feeding cylinder drives edge.
8. electric machine support riveting production line as described in claim 1, characterized in that the cutting agency includes being assemblied in vertically
The blanking vertical guide of the pedestal, the axial assembly of the vertical blanking vertical guide can slide axially along it and pass through the
Four fasteners are fixed on the blanking cross slide way of the blanking vertical guide, are assemblied in the blanking cross slide way and can be along described
Blanking cross slide way Four-slider in axial sliding is assemblied in the blanking cross slide way to drive the Four-slider described in
The 4th laterally driven cylinder that blanking cross slide way axially slides is assemblied in the Four-slider and is connected with the 4th mounting base
4th vertical driving cylinder, is assemblied in the 4th mounting base and provides the 4th sucker of suction to the 4th sucker connected to it
Cylinder, and the blanking guide rail for being assemblied in the pedestal and extending from the turntable to outside the pedestal.
9. electric machine support riveting production line as claimed in claim 8, characterized in that the blanking guide rail is from the turntable to institute
It is down-set to state pedestal outer incline.
10. electric machine support riveting production line as described in claim 1, characterized in that the pedestal correspond to it is described it is artificial on
The side of material position is equipped with material-storing box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820540745.0U CN208303684U (en) | 2018-04-16 | 2018-04-16 | Electric machine support riveting production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820540745.0U CN208303684U (en) | 2018-04-16 | 2018-04-16 | Electric machine support riveting production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208303684U true CN208303684U (en) | 2019-01-01 |
Family
ID=64718621
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820540745.0U Expired - Fee Related CN208303684U (en) | 2018-04-16 | 2018-04-16 | Electric machine support riveting production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208303684U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110356784A (en) * | 2019-07-18 | 2019-10-22 | 广州敏实汽车零部件有限公司 | A kind of door frame guide rail of automobile Brkt part automatic feed mechanism |
-
2018
- 2018-04-16 CN CN201820540745.0U patent/CN208303684U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110356784A (en) * | 2019-07-18 | 2019-10-22 | 广州敏实汽车零部件有限公司 | A kind of door frame guide rail of automobile Brkt part automatic feed mechanism |
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Granted publication date: 20190101 Termination date: 20210416 |