CN110116339A - Spot welding trim process for aerospace equipment parts machining - Google Patents
Spot welding trim process for aerospace equipment parts machining Download PDFInfo
- Publication number
- CN110116339A CN110116339A CN201910470713.7A CN201910470713A CN110116339A CN 110116339 A CN110116339 A CN 110116339A CN 201910470713 A CN201910470713 A CN 201910470713A CN 110116339 A CN110116339 A CN 110116339A
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- CN
- China
- Prior art keywords
- components
- seat
- welding
- block
- slot
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K31/00—Processes relevant to this subclass, specially adapted for particular articles or purposes, but not covered by only one of the preceding main groups
- B23K31/02—Processes relevant to this subclass, specially adapted for particular articles or purposes, but not covered by only one of the preceding main groups relating to soldering or welding
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B1/00—Processes of grinding or polishing; Use of auxiliary equipment in connection with such processes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B41/00—Component parts such as frames, beds, carriages, headstocks
- B24B41/06—Work supports, e.g. adjustable steadies
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B55/00—Safety devices for grinding or polishing machines; Accessories fitted to grinding or polishing machines for keeping tools or parts of the machine in good working condition
- B24B55/06—Dust extraction equipment on grinding or polishing machines
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Connection Of Plates (AREA)
- Grinding And Polishing Of Tertiary Curved Surfaces And Surfaces With Complex Shapes (AREA)
Abstract
The invention discloses the spot welding trim process for aerospace equipment parts machining, the spot welding trim process is specifically includes the following steps: by being installed to the mounting on seat of spot welding trimming device with components for air equipment, first hydraulic pump drives welding block to be moved forward and backward by hydraulic column, the components mounted on seat installed on sidesway movable plate are driven to be moved forward and backward, when components are moved to reconditioning seat, the block of putting mounted in seat drives rolling band to roll in slot rolling by first motor.It is fixed respectively to putting block both ends clip the beneficial effects of the present invention are: being cooperated by slot rolling and inserting bucket, it is firm to guarantee that components are more consolidated when being polished finishing, keep turnery head more accurate, suitable to the polishing position of components, and third hydraulic pump drives turnery head up and down adjustment to modify height to the polishing of components by hydraulic column, guarantee the device to components polishing finishing position it is preferably, and guarantee the device can the components different to height size carry out polishing work.
Description
Technical field
The present invention relates to a kind of spot welding trim process, the spot welding particularly for aerospace equipment parts machining is modified
Technique belongs to spot welding trim process applied technical field.
Background technique
There are many components that will carry out polishing finishing, spot welding and pressure with spot welding trimming device before assembly on space equipment
Flat work, to ensure the use intensity of components and the flatness on its surface.
The existing spot welding trim process for space equipment parts machining remains many deficiencies when in use
Place, existing spot welding trim process is slow to the efficiency of space equipment components polishing finishing when implementing, and polishing finishing is inadequate
Comprehensively, and spot welding trimming device is slow to the efficiency of components progress spot welding processing, and spot welding position is not exquisite enough, suitable, and zero
Part movement on spot welding trimming device is not stable enough, firm, and components are easily fallen from device when processed, and puts repair welding
Engagement positions are whole to be taken up a large area, and the diversity of work is low, and the noise that device polishes when modifying to components is big, and polishing produces
Raw dust, which is easily splashed in air, to be polluted.
Summary of the invention
The object of the invention is that in order to solve existing spot welding trim process when implementing to space equipment components
The efficiency modified of polishing is slow, and polishing finishing is not comprehensive enough, and the efficiency that spot welding trimming device carries out spot welding processing to components is slow,
Spot welding position is not exquisite enough, suitable, and components movement on spot welding trimming device is not stable enough, firm, and components are being added
Working hour easily falls from device, and spot welding trimming device is whole takes up a large area, and the diversity of work is low, and device is to zero
Noise when component polishing finishing is big, and the dust for generation of polishing easily is splashed to the problem of polluting in air, and proposes to be used for
The spot welding trim process and its working method of aerospace equipment parts machining.
The purpose of the present invention can be achieved through the following technical solutions: the spot welding for aerospace equipment parts machining
Trim process, the spot welding trim process specifically includes the following steps:
Step 1: by the way that air equipment is installed to the mounting on seat of spot welding trimming device, the first hydraulic pump with components
It drives welding block to be moved forward and backward by hydraulic column, drives the components mounted on seat installed on sidesway movable plate to be moved forward and backward, zero
When component is moved to reconditioning seat, the block of putting mounted in seat drives rolling band to roll in slot rolling by first motor, and drive is put
Components on block are protruded into the slotting bucket in the mill storehouse of reconditioning seat by port, and components upper surface is beaten in the rotation of turnery head
Mill finishing processing is cooperated by slot rolling and inserts bucket and fix respectively to putting block both ends clip, and third hydraulic pump passes through hydraulic column drive
Turnery head up and down adjustment modifies height to the polishing of components, after inserting bucket and entering port, inserts bucket and blocks to port, mill storehouse is close
Envelope, when the rotation of turnery head polishes to components, the dust for generation of polishing is scraped into mill storehouse, and passes through bottom through slot and side
Through slot is fallen into dust fall bucket；
Step 2: after components are by reconditioning, first motor drives components to extract out from mill storehouse, and the first hydraulic pump passes through
Sidesway movable plate, which continues to drive, to be mounted components on seat and moves forward, and when components are moved to welding stage, the first hydraulic pump is temporary
Stop moving, the point tip put on welding stage carries out spot welding to component surface, and first motor is moved before and after driving components by rolling band
Dynamic adjusting position, and the motor of the flap seat bottom of reconditioning seat is cooperated to be socketed in drive welding stage left and right adjusting in the track slot of third sliding rail
It is mobile, it is socketed in by the second motor in the track slot of the second sliding rail before and after driving welding stage and adjusts movement；
Step 3: for the first hydraulic pump when drive activity inner panel and sidesway movable plate are moved forward and backward, movable inner panel passes through bottom
The convex fixture block clip at both ends slides back and forth into the track slot of the first sliding rail, and welding block is cooperated to be socketed on two set travellers at both ends
It slides back and forth, several clamping sets that spaced set on block is put in cooperation are attached clip to components and fix；
Step 4: it mounts seat and is connected in the frame clip slot of sidesway movable plate by plugboard one end of bottom, pass through frame clip slot
Three the second hydraulic pumps of both ends spaced set drive hydraulic clamping column to stretch out and carry out clip, components to plugboard two sides respectively
After being spot welded, the first hydraulic pump continues that components is driven to be moved in pressure holder, and first motor drives components to extend out to pressure
Between the pressing plate of the upper and lower ends of holder, two the 4th hydraulic pumps drive the pressing plate at both ends to move up and down respectively, to components into
Row squeezes, and after pressing folder work to components, the first hydraulic pump continues to drive components to sending in supporting plate, and components have been processed
At staff collects components in sending supporting plate.
Further technological improvement of the invention is: the spot welding trimming device includes skeleton frame, attaching disk, reconditioning seat, point
Welding stage presses holder and send supporting plate, and the skeleton frame upper horizontal is equipped with attaching disk, and skeleton frame upper surface side is provided with and repairs
Seat is ground, reconditioning seat side is provided with a welding stage, and described welding stage side is vertically arranged with a welding stage, described welding stage one
Side is vertically arranged with pressure holder, and pressure holder side lower horizontal is provided with and send supporting plate；
It is arranged to be horizontally disposed on the attaching disk and has mounting plate, and the mounting plate parallel beneath is provided with back welding plate, institute
It states and is arranged in parallel with cylindrical set axis above back welding plate, and set axis one end is socketed with the first hydraulic pump, first liquid
Press pump is welded with welding block by hydraulic column one end, and the set traveller for being socketed with cylinder, the weldering are run through in the welding block both ends
Block is zigzag configuration, and one end is welded with movable inner panel above welding block, and side moves movable plate, and institute are welded in described activity inner panel one end
It states sidesway movable plate bottom end and is connected with several and mount seat, the activity inner panel parallel beneath is provided with the first sliding rail；
Wherein, the first sliding rail middle part both ends are provided with the track slot of indent, and the movable inner panel bottom both ends pair
Claiming setting, there are two convex fixture blocks, and two convex fixture blocks are snapped fit onto respectively in two track slots；
The horizontally disposed card frame for having hollow structure of the sidesway movable plate bottom end, and the card frame is internally provided with frame folder
Slot, described equal three the second hydraulic pumps of spaced set of frame clip slot upper and lower ends；
It is described to mount six slot rollings of spaced set on seat, and be connected in six slot rollings and put block, six institutes
It states slot rolling both ends and is provided with set frame；
Wherein, described put is provided with first motor on block, and the first motor both ends are provided with rolling band, and described
One motor one end is provided with connecting rod, and connecting rod both ends side wall is equidistantly welded with the clamping set of three L shapes；
The mill storehouse of hollow, rectangular structure is provided on the reconditioning seat, and the mill orlop portion is provided with dust fall bucket, it is described
The one end Mo Cang sidewall bottom spaced set six and the port putting block and matching；
Wherein, the equidistant longitudinally disposed six third hydraulic pumps of mill storehouse inner upper, and under the third hydraulic pump
Side connects turnery head by hydraulic column, and is horizontally disposed in the middle part of the mill storehouse and has a fagging, the fagging spaced set six and
The slotting bucket for the indent that block matches is put, and dust fall bucket is set below the fagging；
Wherein, six slotting bucket bottoms are provided through bottom through slot, and the fagging both ends are longitudinally through setting
Side through slot, turnery head rotation to components polish when, the dust for generation of polishing scraped to mill storehouse in, and by bottom through slot with
And side through slot is fallen into dust fall bucket, and people is facilitated to compile dust, is prevented dust to be splashed in air and is caused environmental pollution, is protected
The cleaning and the feature of environmental protection used is demonstrate,proved；
Being horizontally disposed on described welding stage has the second sliding rail, and the second sliding rail upper horizontal is provided with third sliding rail,
Third sliding rail bottom is connected in the track slot at the second sliding rail both ends by the second motor set, and above the third sliding rail
It is provided with flap seat, the flap seat is connected in the track slot at third sliding rail both ends by motor set, is provided with below described flap seat one end
Welding stage, and equidistant longitudinally disposed six tips in the welding stage bottom；
The pressure holder upper and lower ends are arranged in parallel there are two the 4th hydraulic pump, and symmetrical on two the 4th hydraulic pumps
There are six pressing plates for setting.
Further technological improvement of the invention is: skeleton frame upper surface one end edge is provided with infrared sensor,
And PLC controller, and the infrared sensor and PLC controller are provided with inside the reconditioning seat, point welding stage and pressure holder
Communication connection, it is described that supporting plate is sent to be arranged in the skeleton frame upper surface other end edge, pass through the infrared biography of model OS137-3
Sensor scans the position for sensing components, and the information that components enter the device is sent to the PLC of model CPM1A
Controller, PLC controller control the component on the device and carry out processing work to components.
Further technological improvement of the invention is: described send is provided with out part slot in the middle part of supporting plate, and the part slot two out
End is provided with the partition of protrusion, and two partitions are set in parallel, and carries out barrier to components by partition, guarantee components from
It is not fallen out out when being sent out on the device, two partitions are set in parallel.
Further technological improvement of the invention is: two set travellers are set in parallel, and two set traveller difference
Through the first hydraulic pump both ends, and two set traveller one end are welded to connect by connecting plate, guarantee two set travellers in support welding block
It is firm more to consolidate when sliding, and covering axis is in run through setting, and covering axis with connecting plate is in run through setting with connecting plate.
Further technological improvement of the invention is: described plugboard one end is connected in frame clip slot, and second liquid
Hydraulic clamping column is provided through inside press pump, second hydraulic pump is fixedly connected by hydraulic clamping column with plugboard, and frame is passed through
Three the second hydraulic pumps of clip slot both ends spaced set drive hydraulic clamping column to stretch out and carry out clip to plugboard two sides respectively, protect
Card mounts seat and drives components movement more steady, and make to mount seat install and use or dismantle it is more convenient, quick.
Further technological improvement of the invention is: first hydraulic pump is by hydraulic column with welding block and welding block passes through
Interior movable plate and sidesway movable plate and sidesway movable plate with mount seat and be movably connected, and welding block and two set travellers are in sliding
Connection, and movable inner panel is slidably connected with the first sliding rail, the first hydraulic pump is moved forward and backward in drive activity inner panel and sidesway movable plate
When, movable inner panel is slid back and forth by the convex fixture block clip at bottom both ends into the track slot of the first sliding rail, and cooperates welding block socket
It is slid back and forth on two set travellers at both ends, it is more steady, smooth to guarantee that sidesway movable plate drives components to be moved forward and backward.
Further technological improvement of the invention is: the first motor is in that activity connects with block is put by two rolling bands
It connects, and being clamped set is hollow structure, and is clamped set side and is provided with opening, six clampings of spaced set on block are put in cooperation
Set is attached clip to components and fixes, and when guaranteeing that the device drives components mobile, components are not fallen out out.
Further technological improvement of the invention is: the turnery head is internally provided with motor, and third hydraulic pump passes through
Hydraulic column is flexibly connected with turnery head, and the spacing size phase that the spacing before six turnery heads is put between block with six
Match, guarantees that turnery head is more accurate, suitable to the polishing trim locations of components.
Further technological improvement of the invention is: second motor connects with third sliding rail in activity on the second sliding rail
It connects, and flap seat is movably connected on third sliding rail with a tip by motor, and the 4th hydraulic pump passes through hydraulic column and pressing plate
It being movably connected, the motor of the flap seat bottom of reconditioning seat, which is socketed in the track slot of third sliding rail, drives welding stage left and right adjusting mobile,
It is socketed in by the second motor in the track slot of the second sliding rail before and after driving welding stage and adjusts movement, guarantee the device to the point of components
It is more accurate, suitable that welding position is set, and improves the device to the point quality of components.
Compared with prior art, the beneficial effects of the present invention are:
1, it is mounted on seat by the way that air equipment to be installed to components, before the first hydraulic pump drives welding block by hydraulic column
After move, so that the components for mounting on seat of installing on sidesway movable plate be driven to be moved forward and backward, be moved to reconditioning seat in components
When, the block of putting mounted in seat drives rolling band to roll in slot rolling by first motor, to drive the components put on block
It is protruded into the slotting bucket in the mill storehouse of reconditioning seat by port, the rotation of turnery head carries out polishing finishing processing to components upper surface,
Guarantee that component surface is more smooth mellow and full, guarantees that spot welding position of the components when being spot welded is more accurate, suitable, pass through rolling band
It is rolled in slot rolling in the slotting bucket for driving components to move into mill storehouse, it is more flat in slotting bucket to guarantee that components are moved into
Surely, it precisely, prevents components from fallen off on block from putting, and is cooperated by slot rolling and to insert bucket and fix respectively to putting block both ends clip,
It is firm to guarantee that components are more consolidated when being polished finishing, keeps turnery head more accurate, suitable to the polishing position of components,
The device is improved to the dressing quality of components, and third hydraulic pump drives turnery head up and down adjustment to components by hydraulic column
Polishing modify height, guarantee that the position of polishing finishing of the device to components is preferably, and guarantee that the device can be to height
It spends components of different sizes and carries out polishing work, ensure that the popularity of adaptation.
2, mill storehouse is hollow structure, after inserting bucket and entering port, inserts bucket and blocks to port, mill storehouse is sealed, in turnery head
When rotation polishes to components, the dust for generation of polishing is scraped into mill storehouse, and is fallen by bottom through slot and side through slot
In dirt bucket, people is facilitated to compile dust, prevents dust to be splashed in air and cause environmental pollution, ensure that use it is clean and tidy
Property and the feature of environmental protection, and components are polished in the mill storehouse of hollow structure, a large amount of quilt of the noise for generating components when being processed
It eliminates, makes that the device is quieter when to parts machining, noise is smaller.
3, after components are by reconditioning, first motor drives components to extract out from mill storehouse, and the first hydraulic pump passes through sidesway
Movable plate, which continues to drive, to be mounted components on seat and moves forward, and when components are moved to welding stage, the pause of the first hydraulic pump is moved
Dynamic, the point tip put on welding stage carries out spot welding to component surface, connects the component on components and more fastens, passes through six
The synchronous components for mounting seat to six mounted on seat respectively of point tip carry out spot welding, improve spot welding of the device to components
Efficiency, and synchronized by six turnery heads to six components polishing finishings, it improves the device and the polishing of components is modified
Efficiency, and first motor drives components to be moved forward and backward adjusting position by rolling band, and it is more complete to guarantee that components are polished finishing
Face, efficiently, and cooperate reconditioning seat flap seat bottom motor be socketed in the track slot of third sliding rail drive welding stage left and right adjusting move
It is dynamic, it is socketed in by the second motor in the track slot of the second sliding rail before and after driving welding stage and adjusts movement, guarantee the device to components
Spot welding position it is more accurate, suitable, improve the device to the point quality of components.
4, for the first hydraulic pump when drive activity inner panel and sidesway movable plate are moved forward and backward, movable inner panel passes through bottom both ends
Convex fixture block clip slides back and forth into the track slot of the first sliding rail, and it is sliding to cooperate welding block to be socketed in front and back on two set travellers at both ends
It is dynamic, it is more steady, smooth to guarantee that sidesway movable plate drives components to be moved forward and backward, and the several of spaced set on block are put in cooperation
A clamping set is attached clip to components and fixes, and when guaranteeing that the device drives components mobile, components, which will not fall, to be dropped out
Outside, and sidesway movable plate can synchronous drive multiple groups mount seat back-and-forth motion and carry out the mobile processing of installation components, improve the device
Appearance carrying capacity when to parts machining, improves the working efficiency of the device.
5, it mounts seat to be connected in the frame clip slot of sidesway movable plate by plugboard one end of bottom, passes through frame clip slot both ends etc.
Three the second hydraulic pumps of spacing setting drive hydraulic clamping column to stretch out and carry out clip to plugboard two sides respectively, and guarantee mounts seat band
Dynamic components movement is more steady, and make to mount seat install and use or dismantle it is more convenient, quick；Components after being spot welded,
First hydraulic pump continues that components is driven to be moved in pressure holder, and first motor drives components to extend out to up and down the two of pressure holder
Between the pressing plate at end, two the 4th hydraulic pumps drive the pressing plate at both ends to move up and down respectively, squeeze components.Make zero
For part after being spot welded, surface is more smooth, and present apparatus collection polishing finishing, spot welding and pressure folder work in one, is guaranteeing the device
While working more various, and it is greatly reduced the occupied area of the device；The device is easy to operate, firm and durable, tool
There is good Social benefit and economic benefit, is suitble to promote the use of.
Detailed description of the invention
In order to facilitate the understanding of those skilled in the art, the present invention will be further described below with reference to the drawings.
Fig. 1 is entirety perspective view of the present invention.
Fig. 2 is stereochemical structure decomposing schematic representation of the present invention.
Fig. 3 is the structural schematic diagram of attaching disk of the present invention.
Fig. 4 is a-quadrant detail enlarged diagram in Fig. 3 of the present invention.
Fig. 5 is the connection schematic diagram of the present invention movable inner panel and track slot.
Fig. 6 is the side structure schematic diagram of sidesway movable plate of the present invention.
Fig. 7 is the structural schematic diagram that the present invention mounts seat.
Fig. 8 is the structural schematic diagram that the present invention puts block.
Fig. 9 is the structural schematic diagram of reconditioning seat of the present invention.
Figure 10 is the section connection schematic diagram in present invention mill storehouse and dust fall bucket.
Figure 11 is the structural schematic diagram of present invention point welding stage.
Figure 12 is the structural schematic diagram of present invention pressure holder.
In figure: 1, skeleton frame；2, attaching disk；3, infrared sensor；4, reconditioning seat；5, welding stage is put；6, holder is pressed；7, support is sent
Plate；8, seat is mounted；9, mounting plate；10, back welding plate；11, axis is covered；12, the first hydraulic pump；13, traveller is covered；14, connecting plate；15, it welds
Block；16, movable inner panel；17, sidesway movable plate；18, go out part slot；19, partition；20, convex fixture block；21, the first sliding rail；22, track slot；
23, card frame；24, frame clip slot；25, the second hydraulic pump；26, hydraulic clamping column；27, plugboard；28, frame is covered；29, block is put；30,
Slot rolling；31, first motor；32, rolling band；33, connecting rod；34, clamping set；35, Mo Cang；36, port；37, dust fall bucket；38, it supports
Plate；39, bucket is inserted；40, bottom through slot；41, third hydraulic pump；42, turnery head；43, the second sliding rail；44, the second motor；45, third
Sliding rail；46, flap seat；47, welding stage；48, tip is put；49, the 4th hydraulic pump；50, pressing plate.
Specific embodiment
Technical solution of the present invention is clearly and completely described below in conjunction with embodiment, it is clear that described reality
Applying example is only a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, this field is general
Logical technical staff all other embodiment obtained without creative efforts belongs to what the present invention protected
Range.
It please refers to shown in Fig. 1-12, for the spot welding trim process of aerospace equipment parts machining, spot welding finishing
Technique specifically includes the following steps:
Step 1: by the way that air equipment is installed to the mounting on seat 8 of spot welding trimming device, the first hydraulic pump with components
12 drive welding block 15 to be moved forward and backward by hydraulic column, drive shifting before and after the components mounted on seat 8 installed on sidesway movable plate 17
Dynamic, when components are moved to reconditioning seat 4, the block 29 of putting mounted in seat 8 drives rolling band 32 in slot rolling by first motor 31
It is rolled in 30, drive is put the components on block 29 and protruded into the slotting bucket 39 in the mill storehouse 35 of reconditioning seat 4 by port 36, turnery
First 42 rotation carries out polishing finishing processing to components upper surface, is cooperated by slot rolling 30 and inserts bucket 39 respectively to putting 29 both ends of block
Clip is fixed, and third hydraulic pump 41 drives 42 up and down adjustment of turnery head to modify height to the polishing of components by hydraulic column,
After slotting bucket 39 enters port 36,39 pairs of closure of ports 36 of bucket are inserted, mill storehouse is sealed, and is polished in the rotation of turnery head 42 components
When, the dust for generation of polishing is scraped into mill storehouse, and is fallen into dust fall bucket 37 by bottom through slot 41 and side through slot 42；
Step 2: after components are by reconditioning, first motor 31 drives components to extract out from mill storehouse 35, the first hydraulic pump
12 continue to drive and mount components on seat 8 and move forward by sidesway movable plate 17, when components are moved to welding stage 5, the
The pause movement of one hydraulic pump 12, the point tip 48 put on welding stage 5 carry out spot welding to component surface, and first motor 31 passes through rolling band
32 drive components to be moved forward and backward adjusting position, and the motor of 46 bottom of flap seat of reconditioning seat 4 is cooperated to be socketed in third sliding rail 45
Track slot 22 in drive 47 left and right adjusting of welding stage mobile, band in the track slot 22 of the second sliding rail 43 is socketed in by the second motor 44
Movement is adjusted before and after dynamic welding stage 47；
Step 3: the first hydraulic pump 12 is when drive activity inner panel 16 and sidesway movable plate 17 are moved forward and backward, movable inner panel 16
It is slid back and forth by 20 clip of convex fixture block at bottom both ends into the track slot 22 of the first sliding rail 21, and welding block 15 is cooperated to be socketed in two
Slid back and forth on two set travellers 13 at end, several clampings that spaced set on block 29 is put in cooperation cover 34 pairs of components into
Row connection card is clamping fixed；
Step 4: mounting seat 8 and be connected in the frame clip slot 24 of sidesway movable plate 17 by 27 one end of plugboard of bottom, leads to
Three the second hydraulic pumps 25 for crossing 24 both ends spaced set of frame clip slot drive hydraulic clamping column 26 to stretch out respectively to 27 liang of plugboard
Face carries out clip, and components are after being spot welded, and the first hydraulic pump 12 continues that components is driven to be moved in pressure holder 6, the first electricity
Between the pressing plate 50 for the upper and lower ends that machine 31 drives components to extend out to pressure holder 6, two the 4th hydraulic pumps 49 drive two respectively
The pressing plate 50 at end moves up and down, and squeezes components, and after pressing folder work to components, the first hydraulic pump 12 continues to drive
Components are to sending in supporting plate 7, and components, which are processed, to be completed, and staff collects components in sending supporting plate 7.
As preferred embodiments of the present invention, spot welding trimming device include skeleton frame 1, attaching disk 2, reconditioning seat 4, point welding stage 5,
It presses holder 6 and send supporting plate 7,1 upper horizontal of skeleton frame is equipped with attaching disk 2, and 1 upper surface side of skeleton frame is provided with reconditioning seat 4, repairs
Mill 4 side of seat is provided with a welding stage 5, and puts 5 side of welding stage and be vertically arranged with a welding stage 5, and point 5 side of welding stage is vertically arranged with pressure
Holder 6, and press 6 side lower horizontal of holder to be provided with and give supporting plate 7；
It is arranged to be horizontally disposed on attaching disk 2 and has mounting plate 9, and 9 parallel beneath of mounting plate is provided with back welding plate 10, back welding
It is arranged in parallel with cylindrical set axis 11 above plate 10, and covers 11 one end of axis and is socketed with the first hydraulic pump 12, the first hydraulic pump 12
It is welded with welding block 15 by hydraulic column one end, and the set traveller 13 for being socketed with cylinder is run through at 15 both ends of welding block, welding block 15 is Z
Shape structure, and 15 top one end of welding block is welded with movable inner panel 16, side moves movable plate 17, and sidesway are welded in movable 16 one end of inner panel
17 bottom end of movable plate is connected with several and mounts seat 8, and movable 16 parallel beneath of inner panel is provided with the first sliding rail 21；
Wherein, 21 middle part both ends of the first sliding rail are provided with the track slot 22 of indent, and 16 bottom both ends of movable inner panel are symmetrical
There are two convex fixture blocks 20 for setting, and two convex fixture blocks 20 are snapped fit onto respectively in two track slots 22；
The horizontally disposed card frame 23 for having hollow structure of 17 bottom end of sidesway movable plate, and card frame 23 is internally provided with frame clip slot
24, three the second hydraulic pumps 25 of the equal spaced set of 24 upper and lower ends of frame clip slot；
Six slot rollings 30 of spaced set on seat 8 are mounted, and is connected in six slot rollings 30 and puts block 29, six rollings
30 both ends of slot are provided with set frame 28；
Wherein, it puts and is provided with first motor 31 on block 29, and 31 both ends of first motor are provided with rolling band 32, first
31 one end of motor is provided with connecting rod 33, and 33 both ends side wall of connecting rod is equidistantly welded with three L-shaped clamping sets 34；
It is provided with the mill storehouse 35 of hollow, rectangular structure on reconditioning seat 4, and grinds 35 bottom of storehouse and is provided with dust fall bucket 37, grinds storehouse
35 one end sidewall bottom spaced sets six and the port 36 putting block 29 and matching；
Wherein, the equidistant longitudinally disposed six third hydraulic pumps 41 of mill 35 inner upper of storehouse, and 41 lower section of third hydraulic pump
Turnery head 42 is connected by hydraulic column, and grinds to be horizontally disposed in the middle part of storehouse 35 and has a fagging 38,38 spaced set of fagging six and dress
The slotting bucket 39 for the indent that block 29 matches is put, and dust fall bucket 37 is set below fagging 38；
Wherein, six 39 bottoms of slotting bucket are provided through bottom through slot 40, and 38 both ends of fagging are longitudinally through setting side
Through slot, when the rotation of turnery head 42 polishes to components, the dust for generation of polishing is scraped into mill storehouse, and passes through bottom through slot 41
And side through slot is fallen into dust fall bucket 37, and people is facilitated to compile dust, is prevented dust to be splashed in air and is caused environment dirty
Dye, ensure that the cleaning and the feature of environmental protection used；
Being horizontally disposed on point welding stage 5 has the second sliding rail 43, and 43 upper horizontal of the second sliding rail is provided with third sliding rail 45, the
Three sliding rails, 45 bottom is connected in the track slot 22 at 43 both ends of the second sliding rail by 44 sets of the second motor, and is arranged above third sliding rail 45
There is flap seat 46, flap seat 46 is connected in the track slot 22 at 45 both ends of third sliding rail by motor set, is provided with weldering below 46 one end of flap seat
Platform 47, and equidistant longitudinally disposed six tips 48 in 47 bottom of welding stage；
Pressing 6 upper and lower ends of holder to be arranged in parallel, there are two the 4th hydraulic pumps 49, and symmetrically set on two the 4th hydraulic pumps 49
Pressing plate 50 there are six setting.
As preferred embodiments of the present invention, 1 upper surface one end edge of skeleton frame is provided with infrared sensor 3, and reconditioning
PLC controller is provided with inside seat 4, point welding stage 5 and pressure holder 6, and infrared sensor 3 and PLC controller communicate to connect,
It send the setting of supporting plate 7 in 1 upper surface other end edge of skeleton frame, induction is scanned by the infrared sensor 3 of model OS137-3
To the position of components, and the information that components enter the device is sent to the PLC controller of model CPM1A, PLC control
Device processed controls the component on the device and carries out processing work to components.
It as preferred embodiments of the present invention, send and is provided with out part slot 18 in the middle part of supporting plate 7, and 18 both ends of part slot are respectively provided with out
Have the partition 19 of protrusion, two partitions 19 are set in parallel, and carry out barrier to components by partition 19, guarantee components from this
It is not fallen out out when being sent out on device, two partitions 19 are set in parallel.
As preferred embodiments of the present invention, two set travellers 13 are set in parallel, and two set travellers 13 extend through
First hydraulic pump, 12 both ends, and two 13 one end of set traveller are welded to connect by connecting plate 14, guarantee that two set travellers 13 are supporting
It is firm that welding block 15 more consolidates when sliding, and covering axis 11 and connecting plate 14 is in and to cover axis 11 and connecting plate 14 through setting and set in running through
It sets.
As preferred embodiments of the present invention, 27 one end of plugboard is connected in frame clip slot 24, and in the second hydraulic pump 25
Portion is provided through hydraulic clamping column 26, and the second hydraulic pump 25 is fixedly connected with plugboard 27 by hydraulic clamping column 26, is pressed from both sides by frame
Three the second hydraulic pumps 25 of 24 both ends spaced set of slot drive hydraulic clamping column 26 to stretch out and carry out respectively to 27 two sides of plugboard
Clip, guarantee mount seat 8 and drive components movement more steady, and make to mount seat 8 install and use or dismantle it is more convenient, fast
It is prompt.
As preferred embodiments of the present invention, the first hydraulic pump 12 is passed through interior by hydraulic column and welding block 15 and welding block 15
Movable plate 16 is with sidesway movable plate 17 and sidesway movable plate 17 is movably connected with seat 8 is mounted, and welding block 15 and two set travellers 13
It is in be slidably connected, and movable inner panel 16 is slidably connected with the first sliding rail 21, the first hydraulic pump 12 is in 16 He of drive activity inner panel
When sidesway movable plate 17 is moved forward and backward, movable inner panel 16 passes through 20 clip of convex fixture block at bottom both ends to the track slot of the first sliding rail 21
It is slid back and forth in 22, and cooperates welding block 15 to be socketed on two set travellers 13 at both ends and slide back and forth, guarantee 17 band of sidesway movable plate
Dynamic components are moved forward and backward more steady, smooth.
As preferred embodiments of the present invention, first motor 31 is movably connected by two rolling bands 32 with block 29 is put,
And clamping set 34 is hollow structure, and is clamped 34 sides of set and is provided with opening, six of spaced set on block 29 are put in cooperation
Clamping 34 pairs of components of set are attached clip and fix, and when guaranteeing that the device drives components mobile, components, which will not fall, to be dropped out
Outside.
As preferred embodiments of the present invention, turnery head 42 is internally provided with motor, and third hydraulic pump 41 pass through it is hydraulic
Column is flexibly connected with turnery head 42, and the spacing size phase that the spacing before six turnery heads 42 is put between block 29 with six
Matching guarantees that turnery head 42 is more accurate, suitable to the polishing trim locations of components.
As preferred embodiments of the present invention, the second motor 44 connects with third sliding rail 45 in activity on the second sliding rail 43
Connect, and flap seat 46 is movably connected by motor with tip 48 on third sliding rail 45, and the 4th hydraulic pump 49 pass through it is hydraulic
Column is movably connected with pressing plate 50, and the motor of 46 bottom of flap seat of reconditioning seat 4, which is socketed in the track slot 22 of third sliding rail 45, to be driven
47 left and right adjusting of welding stage is mobile, is socketed in the track slot 22 of the second sliding rail 43 before and after driving welding stage 47 and is adjusted by the second motor 44
Section movement, guarantees that the device is more accurate to the spot welding position of components, suitable, improves the device to the spot welding matter of components
Amount.
Compared with prior art, the beneficial effects of the present invention are:
1, it is mounted on seat 8 by the way that air equipment to be installed to components, the first hydraulic pump 12 is driven by hydraulic column and welded
Block 15 is moved forward and backward, so that the components mounted on seat 8 installed on sidesway movable plate 17 is driven to be moved forward and backward, it is mobile in components
When to reconditioning seat 4, the block 29 of putting mounted in seat 8 drives rolling band 32 to roll in slot rolling 30 by first motor 31, thus band
The dynamic components put on block 29 are protruded into the slotting bucket 39 in the mill storehouse 35 of reconditioning seat 4 by port 36, the rotation pair of turnery head 42
Components upper surface carries out polishing finishing processing, guarantees that component surface is more smooth mellow and full, guarantees components when being spot welded
Spot welding position it is more accurate, suitable, rolled in slot rolling 30 by rolling band 32 drive components move into mill storehouse 35 slotting bucket
In 39, guarantees that components are moved into and insert more steady, precisely in bucket 39, prevent components from fallen off on block 29 from putting, and
Cooperated by slot rolling 30 and insert bucket 39 and fix respectively to putting 29 both ends clip of block, guarantees that components are more steady when being polished finishing
It reinforces and leans on, keep turnery head 42 more accurate, suitable to the polishing position of components, improve the device to the finishing matter of components
Amount, and third hydraulic pump 41 drives 42 up and down adjustment of turnery head to modify height to the polishing of components by hydraulic column, guaranteeing should
Device is preferably to the position of the polishing finishing of components, and guarantees that the components that the device can be different to height size carry out
Polishing work, ensure that the popularity of adaptation.
2, mill storehouse 35 is hollow structure, after inserting bucket 39 and entering port 36, inserts 39 pairs of ports 36 of bucket and blocks, mill storehouse is close
Envelope, turnery head 42 rotation to components polish when, the dust for generation of polishing scraped to mill storehouse in, and by bottom through slot 41 with
And side through slot 42 is fallen into dust fall bucket 37, and people is facilitated to compile dust, is prevented dust to be splashed in air and is caused environment dirty
Dye, ensure that the cleaning and the feature of environmental protection used, and components are polished in the mill storehouse 35 of hollow structure, add components
The noise that working hour generates largely is eliminated, and makes that the device is quieter when to parts machining, noise is smaller.
3, after components are by reconditioning, first motor 31 drives components to extract out from mill storehouse 35, and the first hydraulic pump 12 is logical
It crosses sidesway movable plate 17 and continues to drive and mount components on seat 8 and move forward, when components are moved to welding stage 5, the first liquid
The pause movement of press pump 12, the point tip 48 put on welding stage 5 carry out spot welding to component surface, connect the component on components more
Step up to pass through the synchronous components progress spot welding for respectively mounting six mounted on seat 8 seat 8 of six tips 48 admittedly, improve
The device is synchronized to the spot welding efficiency of components, and by six turnery heads 42 to six components polishing finishings, improves this
Device is to the polishing dressing efficiencies of components, and first motor 31 drives components to be moved forward and backward adjusting position by rolling band 32,
Guarantee that components are polished finishing more comprehensively, efficiently, and it is sliding to cooperate the motor of 46 bottom of flap seat of reconditioning seat 4 to be socketed in third
It drives 47 left and right adjusting of welding stage mobile in the track slot 22 of rail 45, the track slot 22 of the second sliding rail 43 is socketed in by the second motor 44
Movement is adjusted before and after middle drive welding stage 47, is guaranteed that the device is more accurate to the spot welding position of components, suitable, is improved the dress
Set the point quality to components.
4, for the first hydraulic pump 12 when drive activity inner panel 16 and sidesway movable plate 17 are moved forward and backward, movable inner panel 16 passes through bottom
20 clip of convex fixture block at portion both ends slides back and forth into the track slot 22 of the first sliding rail 21, and welding block 15 is cooperated to be socketed in the two of both ends
It is slid back and forth on a set traveller 13, it is more steady, smooth to guarantee that sidesway movable plate 17 drives components to be moved forward and backward, and cooperation is put
Several clamping 34 pairs of components of set of spaced set are attached clip and fix on block 29, guarantee that the device drives zero
When part is mobile, components are not fallen out out, and sidesway movable plate 17 can synchronous drive multiple groups mount the back-and-forth motion of seat 8 and installed
The mobile processing of components, improves appearance carrying capacity of the device to parts machining when, improves the working efficiency of the device.
5, it mounts seat 8 to be connected in the frame clip slot 24 of sidesway movable plate 17 by 27 one end of plugboard of bottom, be pressed from both sides by frame
Three the second hydraulic pumps 25 of 24 both ends spaced set of slot drive hydraulic clamping column 26 to stretch out and carry out respectively to 27 two sides of plugboard
Clip, guarantee mount seat 8 and drive components movement more steady, and make to mount seat 8 install and use or dismantle it is more convenient, fast
It is prompt；Components are after being spot welded, and the first hydraulic pump 12 continues that components is driven to be moved in pressure holder 6, and first motor 31 drives
Components are extend out between the pressing plate 50 of the upper and lower ends of pressure holder 6, and two the 4th hydraulic pumps 49 drive the pressing plate at both ends respectively
50 move up and down, and squeeze components.Make components after being spot welded, surface is more smooth, present apparatus collection polishing finishing,
Spot welding and pressure folder work in one, while guaranteeing that device work is more various, and are greatly reduced accounting for for the device
Ground area；The device is easy to operate, firm and durable, has good Social benefit and economic benefit, is suitble to promote the use of.
The working principle of spot welding trimming device in the present invention: spot welding trimming device when in use, firstly, checking the device
Safety when use, then, staff are mounted on seat 8 by the way that air equipment to be installed to components, the first hydraulic pump
12 drive welding block 15 to be moved forward and backward by hydraulic column, drive shifting before and after the components mounted on seat 8 installed on sidesway movable plate 17
Dynamic, when components are moved to reconditioning seat 4, the block 29 of putting mounted in seat 8 drives rolling band 32 in slot rolling by first motor 31
It is rolled in 30, drive is put the components on block 29 and protruded into the slotting bucket 39 in the mill storehouse 35 of reconditioning seat 4 by port 36, rotation
The rotation of bistrique 42 carries out polishing finishing processing to components upper surface, is cooperated by slot rolling 30 and inserts bucket 39 respectively to putting block 29
Both ends clip is fixed, and third hydraulic pump 41 drives 42 up and down adjustment of turnery head to modify height to the polishing of components by hydraulic column
Degree is inserted 39 pairs of ports 36 of bucket and is blocked after inserting bucket 39 and entering port 36, and mill storehouse is sealed, and is rotated in turnery head 42 to components
When polishing, the dust for generation of polishing is scraped into mill storehouse, and is fallen into dust fall bucket 37 by bottom through slot 41 and side through slot 42,
After components are by reconditioning, first motor 31 drives components to extract out from mill storehouse 35, and the first hydraulic pump 12 passes through sidesway movable plate
17 continue to drive and mount components on seat 8 and move forward, when components are moved to welding stage 5, the pause of the first hydraulic pump 12
Mobile, the point tip 48 put on welding stage 5 carries out spot welding to component surface, and first motor 31 drives components by rolling band 32
It is moved forward and backward adjusting position, and the motor of 46 bottom of flap seat of reconditioning seat 4 is cooperated to be socketed in band in the track slot 22 of third sliding rail 45
Dynamic 47 left and right adjusting of welding stage is mobile, is socketed in the track slot 22 of the second sliding rail 43 before and after driving welding stage 47 and is adjusted by the second motor 44
Section movement, for the first hydraulic pump 12 when drive activity inner panel 16 and sidesway movable plate 17 are moved forward and backward, movable inner panel 16 passes through bottom
20 clip of convex fixture block at both ends slides back and forth into the track slot 22 of the first sliding rail 21, and cooperation welding block 15 is socketed in two of both ends
It is slid back and forth on set traveller 13, cooperation puts several clamping 34 pairs of components of set of spaced set on block 29 and is attached card
It is clamping fixed, it mounts seat 8 and is connected in the frame clip slot 24 of sidesway movable plate 17 by 27 one end of plugboard of bottom, pass through frame clip slot 24
Three the second hydraulic pumps 25 of both ends spaced set drive the hydraulic stretching of clamping column 26 to block respectively to 27 two sides of plugboard
Folder, components are after being spot welded, and the first hydraulic pump 12 continues that components is driven to be moved in pressure holder 6, and first motor 31 drives
Components are extend out between the pressing plate 50 of the upper and lower ends of pressure holder 6, and two the 4th hydraulic pumps 49 drive the pressing plate at both ends respectively
50 move up and down, and squeeze components, and after pressing folder work to components, the first hydraulic pump 12 continues to drive components extremely
It send in supporting plate 7, components, which are processed, to be completed, and staff collects components in sending supporting plate 7.
Present invention disclosed above preferred embodiment is only intended to help to illustrate the present invention.There is no detailed for preferred embodiment
All details are described, are not limited the invention to the specific embodiments described.Obviously, according to the content of this specification,
It can make many modifications and variations.These embodiments are chosen and specifically described to this specification, is in order to better explain the present invention
Principle and practical application, so that skilled artisan be enable to better understand and utilize the present invention.The present invention is only
It is limited by claims and its full scope and equivalent.
Claims (10)
1. being used for the spot welding trim process of aerospace equipment parts machining, it is characterised in that: the spot welding trim process is specific
The following steps are included:
Step 1: by the way that air equipment is installed to the mounting on seat (8) of spot welding trimming device, the first hydraulic pump with components
(12) it drives welding block (15) to be moved forward and backward by hydraulic column, drives zero mounted on seat (8) installed on sidesway movable plate (17)
Part is moved forward and backward, and when components are moved to reconditioning seat (4), put block (29) mounted in seat (8) pass through first motor (31)
It drives rolling band (32) to roll in slot rolling (30), the components put on block (29) is driven to protrude into reconditioning seat by port (36)
(4) in the slotting bucket (39) in mill storehouse (35), turnery head (42) rotation carries out polishing finishing processing to components upper surface, passes through
Slot rolling (30) cooperation is inserted bucket (39) and is fixed respectively to putting block (29) both ends clip, and third hydraulic pump (41) passes through hydraulic column drive
Turnery head (42) up and down adjustment modifies height to the polishing of components, and after inserting bucket (39) and entering port (36), it is right to insert bucket (39)
Port (36) block, mill storehouse sealed, turnery head (42) rotation to components polish when, the dust for generation of polishing scraped to
It grinds in storehouse, and is fallen into dust fall bucket (37) by bottom through slot (41) and side through slot (42)；
Step 2: after components are by reconditioning, first motor (31) drives components extraction, first hydraulic pump from Mo Cang (35)
(12) continue that the components mounted on seat (8) is driven to move forward by sidesway movable plate (17), when components are moved to a welding stage
(5) when, the first hydraulic pump (12) pause movement, point welding stage (5) on point tip (48) to component surface carry out spot welding, first
Motor (31) drives components to be moved forward and backward adjusting position by rolling band (32), and cooperates flap seat (46) bottom of reconditioning seat (4)
Motor be socketed in the track slots (22) of third sliding rail (45) and drive welding stage (47) left and right adjusting mobile, pass through the second motor (44)
It is socketed in the track slot (22) of the second sliding rail (43) before and after driving welding stage (47) and adjusts movement；
Step 3: the first hydraulic pump (12) is when drive activity inner panel (16) and sidesway movable plate (17) are moved forward and backward, movable inner panel
(16) it is slid back and forth by convex fixture block (20) clip at bottom both ends into the track slot (22) of the first sliding rail (21), and cooperates welding block
(15) it is socketed on two set travellers (13) at both ends and slides back and forth, several cards of spaced set on block (29) are put in cooperation
Female connector (34) is attached clip to components and fixes；
Step 4: mounting seat (8) and be connected in the frame clip slot (24) of sidesway movable plate (17) by plugboard (27) one end of bottom,
Hydraulic clamping column (26) is driven to stretch out respectively to slotting by three the second hydraulic pumps (25) of frame clip slot (24) both ends spaced set
Fishplate bar (27) two sides carries out clip, and after being spot welded, the first hydraulic pump (12) continues that components is driven to be moved to pressure folder components
In seat (6), between the pressing plate (50) for the upper and lower ends that first motor (31) drives components to extend out to pressure holder (6), two the
Four hydraulic pumps (49) drive the pressing plate (50) at both ends to move up and down respectively, squeeze components, are pressing folder work to components
After work, the first hydraulic pump (12) continues to drive components to sending in supporting plate (7), and components, which are processed, to be completed, and staff is sending
Components are collected in supporting plate (7).
2. the spot welding trim process according to claim 1 for aerospace equipment parts machining, which is characterized in that
The spot welding trimming device includes skeleton frame (1), attaching disk (2), reconditioning seat (4), point welding stage (5), pressure holder (6) and send supporting plate
(7), skeleton frame (1) upper horizontal is equipped with attaching disk (2), and the skeleton frame (1) upper surface side is provided with reconditioning seat
(4), reconditioning seat (4) side is provided with a welding stage (5), and described welding stage (5) side is vertically arranged with a welding stage (5),
Described welding stage (5) side is vertically arranged with pressure holder (6), and pressure holder (6) side lower horizontal is provided with and send supporting plate
(7)；
Being arranged to be horizontally disposed on the attaching disk (2) has mounting plate (9), and the mounting plate (9) parallel beneath is provided with back welding
Plate (10), back welding plate (10) top is arranged in parallel with cylindrical set axis (11), and the set axis (11) one end is socketed with
First hydraulic pump (12), first hydraulic pump (12) is welded with welding block (15) by hydraulic column one end, and the welding block (15)
Both ends, which are run through, is socketed with cylindrical set traveller (13), and the welding block (15) is zigzag configuration, and one end is welded above welding block (15)
It is connected to movable inner panel (16), activity inner panel (16) one end welding side moves movable plate (17), and the sidesway movable plate (17) bottom
Portion one end is connected with several and mounts seat (8), and described activity inner panel (16) parallel beneath is provided with the first sliding rail (21)；
Wherein, the first sliding rail (21) middle part both ends are provided with the track slot (22) of indent, and described movable inner panel (16) bottom
Portion both ends are arranged symmetrically, and there are two convex fixture block (20), and two convex fixture blocks (20) are snapped fit onto respectively in two track slots (22)；
The horizontally disposed card frame (23) for having hollow structure of sidesway movable plate (17) bottom end, and set inside the card frame (23)
It is equipped with frame clip slot (24), described equal three the second hydraulic pumps (25) of spaced set of frame clip slot (24) upper and lower ends；
It is described to mount six slot rollings (30) of spaced set on seat (8), and be connected in six slot rollings (30) and put block
(29), six slot rolling (30) both ends are provided with set frame (28)；
Wherein, described put is provided with first motor (31) on block (29), and the first motor (31) both ends are provided with rolling
Band (32), described first motor (31) one end is provided with connecting rod (33), and the connecting rod (33) both ends side wall is equidistant
There are three L-shaped clamping sets (34) for welding；
The mill storehouse (35) of hollow, rectangular structure is provided on the reconditioning seat (4), and mill storehouse (35) bottom is provided with dust fall
It struggles against (37), mill storehouse (35) one end sidewall bottom spaced set six and the port (36) putting block (29) and matching；
Wherein, the equidistant longitudinally disposed six third hydraulic pumps (41) of mill storehouse (35) inner upper, and the third is hydraulic
Pump (41) below by hydraulic column connection turnery head (42), and the mill storehouse (35) middle part be horizontally disposed with have fagging (38), it is described
The slotting bucket (39) fagging (38) spaced set six and put the indent that block (29) matches, and set below the fagging (38)
Set dust fall bucket (37)；
Wherein, six described slotting bucket (39) bottoms are provided through bottom through slot (40), and the fagging (38) both ends are longitudinal
Through setting side through slot；
Being horizontally disposed on described welding stage (5) has the second sliding rail (43), and second sliding rail (43) upper horizontal is provided with the
Three sliding rails (45), third sliding rail (45) bottom are connected to the rail at the second sliding rail (43) both ends by the second motor (44) set
It in slot (22), and is provided with flap seat (46) above the third sliding rail (45), the flap seat (46) is connected to third by motor set
In the track slot (22) at sliding rail (45) both ends, it is provided with welding stage (47) below described flap seat (46) one end, and the welding stage (47) bottom
Equidistant longitudinally disposed six tips (48) in portion；
Pressure holder (6) upper and lower ends are arranged in parallel there are two the 4th hydraulic pump (49), and two the 4th hydraulic pumps
(49) there are six being symmetrical arranged on pressing plate (50).
3. the spot welding trim process according to claim 2 for aerospace equipment parts machining, which is characterized in that
Described skeleton frame (1) upper surface one end edge is provided with infrared sensor (3), and the reconditioning seat (4), point welding stage (5) and pressure
PLC controller is provided with inside holder (6), and the infrared sensor (3) and PLC controller communicate to connect, it is described to send support
Plate (7) is arranged in the skeleton frame (1) upper surface other end edge.
4. the spot welding trim process according to claim 3 for aerospace equipment parts machining, which is characterized in that
Described send is provided with out part slot (18) in the middle part of supporting plate (7), and described part slot (18) both ends out are provided with the partition (19) of protrusion,
Two partitions (19) are set in parallel.
5. the spot welding trim process according to claim 2 for aerospace equipment parts machining, which is characterized in that
Two set travellers (13) are set in parallel, and two set travellers (13) extend through the first hydraulic pump (12) both ends, and two
A set traveller (13) one end is welded to connect by connecting plate (14), and covering axis (11) and connecting plate (14) is in through setting.
6. the spot welding trim process according to claim 2 for aerospace equipment parts machining, which is characterized in that
Described plugboard (27) one end is connected in frame clip slot (24), and is provided through hydraulic clip inside second hydraulic pump (25)
Column (26), second hydraulic pump (25) are fixedly connected by hydraulic clamping column (26) with plugboard (27).
7. the spot welding trim process according to claim 2 for aerospace equipment parts machining, which is characterized in that
First hydraulic pump (12) passes through interior movable plate (16) and sidesway movable plate by hydraulic column and welding block (15) and welding block (15)
(17) and sidesway movable plate (17) is movably connected with seat (8) is mounted, and welding block (15) and two set travellers (13) are in sliding
Connection, and movable inner panel (16) is slidably connected with the first sliding rail (21).
8. the spot welding trim process according to claim 2 for aerospace equipment parts machining, which is characterized in that
The first motor (31) is movably connected by two rolling bands (32) with block (29) is put, and being clamped set (34) is hollow knot
Structure, and be clamped set (34) side and be provided with opening.
9. the spot welding trim process according to claim 2 for aerospace equipment parts machining, which is characterized in that
The turnery head (42) is internally provided with motor, and third hydraulic pump (41) is flexibly connected by hydraulic column with turnery head (42),
And spacing before six turnery heads (42) and six spacing sizes put between block (29) match.
10. the spot welding trim process according to claim 2 for aerospace equipment parts machining, feature exist
In second motor (44) is movably connected on the second sliding rail (43) with third sliding rail (45), and flap seat (46) passes through electricity
Machine is movably connected on third sliding rail (45) with point tip (48), and the 4th hydraulic pump (49) passes through hydraulic column and pressing plate (50)
It is movably connected.
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|---|---|---|---|
| CN201910470713.7A CN110116339B (en) | 2019-05-31 | 2019-05-31 | Spot welding finishing process for processing aerospace equipment parts |
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|---|---|---|---|
| CN201910470713.7A CN110116339B (en) | 2019-05-31 | 2019-05-31 | Spot welding finishing process for processing aerospace equipment parts |
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| CN111906476A (en) * | 2020-08-07 | 2020-11-10 | 大捷智能科技(广东)有限公司 | Automatic lifting lug welding workbench and control method thereof |
| CN112917333A (en) * | 2021-01-30 | 2021-06-08 | 岳西县海创饰品有限公司 | Novel plastic button preparation process |
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| CN110116339B (en) | 2021-03-09 |
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