CN205393812U - Three station stator pressure equipment welding machines - Google Patents
Three station stator pressure equipment welding machines Download PDFInfo
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- CN205393812U CN205393812U CN201620122769.5U CN201620122769U CN205393812U CN 205393812 U CN205393812 U CN 205393812U CN 201620122769 U CN201620122769 U CN 201620122769U CN 205393812 U CN205393812 U CN 205393812U
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Abstract
The utility model relates to a stator pressure equipment welding machine refers in particular to a three station stator pressure equipment welding machines. Design hydraulic pressure pressure equipment machine has the master cylinder on the pressure equipment machine, the lamination through master cylinder centering station lower mould pressurizes. Design two sets of lower moulds, place on a sliding plate. The sliding plate is fixed on the slider, and sliding guide fixed connection is on the landing slab, and the sliding plate moves along about the guides under the effect of a hydro -cylinder of exchanging labour, makes on the sliding plate two sets of lower moulds have a left side in, right three station. Have a welding position dish in well station design, the welder of many welding machines is fixed in on the welding position dish through the magnetic base, the welding position dish by the step motor drive screw drive, makes it can be uniform motion from top to bottom to can adjust and weld the position, welder can the multi -angle adjust, can weld simultaneously the many places solder joint. All be provided with jacking cylinder on the left and right station in landing slab below, can conveniently get the piece with the ejecting lower mould of the stator core after welding, can carry out the lamination again after jacking cylinder resets.
Description
Technical field
This utility model relates to stator press-loading bonding machine, refers in particular to a kind of three station stator press-loading bonding machines.
Background technology
The lamination of motor stamping, press-fit, weld and be typically with a press-fitting tool, punching is put into frock and press-fits with press, adopt separate unit welding machine that many places solder joint is welded after press-fiting, need manually each pad to be positioned one by one, welded, production efficiency is low, unstable product quality.
Summary of the invention
For overcoming the deficiency of existing production status, this utility model provides a kind of three station stator press-loading bonding machines.
This utility model solves its technical problem and be the technical scheme is that
Design hydraulic pressure-mounting machine, pressing machine is had master cylinder, and connects fixing upper mould by slide block, pressurizeed by the lamination of master cylinder centering station counterdie.
Design two set counterdie, is placed on one piece of sliding panel.Sliding panel is fixed on slide block, rail plate is fixedly connected on landing slab, sliding panel moves left and right along guide rail straight line under the effect changing station oil cylinder, make on sliding panel two set counterdies have three, left, center, right station, respectively left station (lamination/pickup), middle station (press-fit, welding post), right working position (pickup/lamination).
Having welding location dish in the design of middle station, the welding gun of multiple stage welding machine is fixed on the dish of welding location by magnet base；Welding location dish, is driven by step motor drive leading screw so that it is can do upper and lower uniform motion, and can adjust welding position and put, and many places solder joint can be welded by the adjustment of welding gun energy multi-angle simultaneously.
Being provided with jacking cylinder on left and right station below landing slab, the stator core of postwelding can be ejected counterdie, facilitate pickup, jacking cylinder can carry out lamination after resetting again.
Further, a kind of three station stator press-loading bonding machines, including hydraulic pressure-mounting machine and Hydraulic Station, Hydraulic Station is fixed on the side of hydraulic pressure-mounting machine, for completing the various functions of oil cylinder pressurization and jack-up, it is characterised in that: it is additionally provided with leading screw lifting welding stage and three station frocks；Hydraulic pressure-mounting machine is vertical structure, and leading screw lifting welding stage is fixed on the top of pressing machine, and three station frocks are placed on middle position, hydraulic pressure-mounting machine bottom, through the hydraulic pressure fuselage of hydraulic pressure-mounting machine.
Described leading screw lifting welding stage, including stepping reducing motor, double synchronous pulley, Timing Belt, synchronous pulley, screw mandrel, feed screw nut, welding stage fixed disk, magnet base, welding gun, welding gun holder.
Stepping reducing motor is fixed on the master cylinder cylinder body top of hydraulic pressure-mounting machine, and stepping reducing motor output shaft couples double synchronous pulley, and 2 Timing Belts one engage with 2 wheels of double synchronous pulley respectively, and other end is engaged with two, left and right synchronous pulley respectively；Screw mandrel one end is connected and fixed on synchronous pulley by bearing, and the other end engages fixing with feed screw nut, and feed screw nut lower surface and welding stage fixed disk pass through screw threads for fastening；Stepping reducing motor drives 2 Timing Belts to rotate, and makes leading screw rotating Vortex, makes feed screw nut move up and down, it is achieved welding stage fixed disk lifts.
Magnet base is tightly adsorbed on welding stage fixed disk by magnetic force, welding gun holder is fixed on magnet base, and welding gun is fixed by welding gun holder, and welding gun can carry out multi-angle adjustment by adjusting magnet base, according to different technological requirements, it is possible to a plurality of weld seam is welded simultaneously.
Three described station frocks include supporting leg, jacking cylinder, top board, push rod, guide rod, stripper plate, counterdie, weld and HAZ plate, change station oil cylinder, sliding panel, connecting plate, slide block, rail plate, landing slab, travel switch.
Supporting leg is connected fixing with landing slab lower end；Two set counterdies are connected and fixed on sliding panel, and two set stripper plate Internal hole positionings respectively are seated on two set counterdie raised head faces, and two set weld and HAZ plate Internal hole positionings respectively overlap counterdie in two and are seated in two set stripper plate upper surfaces and connect fastening；4 slide blocks are fixed under sliding panel, and 2 rail plates are anchored on landing slab, and every guide rail is connected to two slide blocks；Change station cylinder block and be fixed on landing slab, piston rod is fixed on sliding panel by connecting plate, by changing the flexible of station cylinder piston rod, sliding panel straight line on rail plate is driven to move left and right, the switching in making two set counterdies carry out, between right working position and a left side, middle station.
Further, the fixing plate of hydraulic pressure-mounting machine being fixed with support, support is parallel with feed screw nut, and two proximity switches are rack-mount up and down, and support is provided with mounting hole, it is possible to the position of up-down adjustment proximity switch；Proximity switch is for detecting the position of feed screw nut, with detection the adjustable height controlling welding stage fixed disk, to meet the welding requirements of differing heights iron core.
Further, install on the left of landing slab and fix a travel switch, change the stroke of station oil cylinder by travel switch control, when connecting plate encounters travel switch roller, send signal by electrical control, change station oil cylinder fuel cut-off and make sliding panel be parked in need position.
Further, two set stripper plate lower surfaces connect 3 guide rods of fastening respectively, and 120 ° of circumference uniform distributions pressed by guide rod；On sliding panel, correspondence offers and the through hole of guide rod correspondence position, and the left and right station correspondence of landing slab offers and the unthreaded hole of guide rod correspondence position；The three left and right stations of station frock are respectively provided with a jacking cylinder, and its piston rod is connected fixing with top board, and push rod and top board link fixing, push rod be 120 ° uniform and corresponding with guide rod position, make push rod the unthreaded hole of traverse sliding panel and landing slab upwards to be ejected by guide rod.
Further, described hydraulic pressure-mounting machine, by master cylinder, upper mould, guide pillar, fixing plate, slide block, hydraulic pressure fuselage forms, and fixing plate is connected and fixed in hydraulic pressure fuselage roof, and master cylinder cylinder body is fixed on fixing plate upper surface between two parties, fixing plate central aperture, main oil cylinder piston bar is connected fixing through fixing plate interstitial hole with upper end of slide block face, and slide block lower surface is connected fixing with upper mould, and upper mould realizes moving up and down with main oil cylinder piston bar stretching motion together with slide block；Hydraulic pressure-mounting machine is provided with 4 guide pillars, guide pillar upper end is connected fixing with fixing plate, guide pillar lower end is connected fixing with hydraulic pressure fuselage, the corner processing of slide block has 4 through holes, 4 through holes realize sliding through 4 guide pillars employing matched in clearance joins connection, guide pillar plays location and guide effect, makes mould move up and down middle maintenance placed in the middle and vertical.
The beneficial effects of the utility model are:
The lamination of punching can be made, press-fit, weld and carry out simultaneously, and adopt multiple stage welding machine to carry out disposable welding many places solder joint, be greatly improved production efficiency, and improve the stability of product quality.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, this utility model is further illustrated:
Fig. 1 is the front view of this utility model structure.
Fig. 2 is the left view of this utility model structure.
Fig. 3 is welding stage structure chart of the present utility model.
Fig. 4 is the front view of three station frocks of the present utility model.
Fig. 5 is the top view of three station frocks of the present utility model, and counterdie is arranged in, right working position.
Fig. 6 is the top view of three station frocks of the present utility model, and counterdie is arranged in left, station.
Fig. 7 is the partial enlarged drawing of the front view of three station frocks of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described:
As it is shown in figure 1, a kind of three station stator press-loading bonding machines, by hydraulic pressure-mounting machine 1, leading screw lifting welding stage 2, three station frocks 3, Hydraulic Station 4 is constituted.
Hydraulic pressure-mounting machine 1 is vertical structure, and leading screw lifting welding stage 2 is fixed on the top of pressing machine 1, and Hydraulic Station 4 is fixed on the side of hydraulic pressure-mounting machine 1, and three station frocks 3 are placed on middle position, hydraulic pressure-mounting machine 1 bottom, through the hydraulic pressure fuselage 16 of hydraulic pressure-mounting machine 1.
Described hydraulic pressure-mounting machine 1, by master cylinder 11, upper mould 12, guide pillar 13, fixing plate 14, slide block 15, hydraulic pressure fuselage 16 forms, fixing plate 14 is connected and fixed in hydraulic pressure fuselage 16 top, master cylinder 11 cylinder body is fixed on fixing plate 14 upper surface between two parties, fixing plate 14 central aperture, and master cylinder 11 piston rod is connected fixing through fixing plate 14 interstitial hole with slide block 15 upper surface, slide block 15 lower surface is connected fixing with upper mould 12, and upper mould 12 realizes moving up and down with master cylinder 11 piston rod stretching motion together with slide block 15；Hydraulic pressure-mounting machine 1 is provided with 4 guide pillars 13, guide pillar 13 upper end is connected fixing with fixing plate 14, guide pillar 13 lower end is connected fixing with fuselage 16, the corner processing of slide block 15 has 4 through holes, 4 through holes pass 4 guide pillars 13 and adopt matched in clearance realization cunning to join connection, guide pillar 13 location and guide effect, make mould 12 move up and down middle maintenance placed in the middle and vertical.
Described Hydraulic Station 4 has been used for the various functions of oil cylinder pressurization and jack-up, such as, hydraulic jack 11 rodless cavity oil-feed, rod chamber moves down, upper mould 12 has moved pressurization therewith downwardly together, the air relief valve 61 that its pressure can pass through on Hydraulic Station 4 is adjusted, and for routine techniques means, is not repeated herein.
As in figure 2 it is shown, described leading screw lifting welding stage 2, by stepping reducing motor 21, double synchronous pulley 22, Timing Belt 23, synchronous pulley 24, screw mandrel 25, feed screw nut 26, welding stage fixed disk 27, magnet base 28, welding gun 29, welding gun holder 30, the first proximity switch 31-1, second proximity switch 31-2, support 32 is constituted.
Stepping reducing motor 21 is fixed on master cylinder 11 cylinder body top, stepping reducing motor 21 output shaft passes through key and the double synchronous pulley 22 of screw attachment, 2 Timing Belts one engage with 2 wheels of double synchronous pulley 22 respectively, and other end is engaged with two, left and right synchronous pulley 24 respectively；Screw mandrel 25 one end is connected and fixed on synchronous pulley 24 by bearing, and the other end engages fixing with feed screw nut 26, and feed screw nut 26 lower surface and welding stage fixed disk 27 pass through screw threads for fastening；Support 32 is fixed on fixing plate 14, parallel with feed screw nut 26, and the first proximity switch 31-1 and the second proximity switch 31-2 is arranged on support 32 up and down, and support 32 is provided with mounting hole, it is possible to the position of up-down adjustment proximity switch.
Fig. 3 is welding stage fixed disk 27, welding gun 28, magnet base 29, welding gun holder 30 installs scattergram, wherein magnet base 29 can be tightly adsorbed on welding stage fixed disk 27 by magnetic force, welding gun holder 30 is secured by bolts on magnet base 29, welding gun 28 is fixed by welding gun holder 30, welding gun 29 can carry out multi-angle adjustment by adjusting magnet base 28, a plurality of weld seam, in conjunction with adjustable welding stage, according to different technological requirements, can be welded by this motor rotating mechanism simultaneously, welding gun 28 can multi-angle regulate, easy accessibility.
Described stepping reducing motor 21 drives 2 Timing Belts 23 to rotate, and makes leading screw 25 rotating Vortex, makes feed screw nut 26 move up and down, it is achieved welding stage fixed disk 27 lifts；First proximity switch 31-1 and the second proximity switch 31-2 is for detecting the position of feed screw nut 26, with detection the adjustable height controlling welding stage fixed disk 27, to meet the welding requirements of differing heights iron core.
As shown in Fig. 4, Fig. 5, Fig. 6, Fig. 7.
Three described station frocks 3 are by supporting leg 41, jacking cylinder 42(two overlaps jacking cylinder and distinguishes with 42-1,42-2), top board 43, push rod 44, holding screw 45, guide rod 46, holding screw 47, stripper plate 48(two overlaps stripper plate and distinguishes with 48-1,48-2), counterdie 49(two overlaps counterdie and distinguishes with 49-1,49-2), weld and HAZ plate 50(two overlaps weld and HAZ plate with 50-1,50-2 distinguishes), holding screw 51, changes station oil cylinder 52, sliding panel 53, connecting plate 54, slide block 55, rail plate 56, landing slab 57, travel switch 58 forms.
Supporting leg 41 and landing slab 57 are connected by screw fixing；Two set counterdie 49-1,49-2 are connected and fixed in sliding panel 52 by holding screw 45, two set stripper plate 48-1,48-2 Internal hole positionings respectively are seated on counterdie 49-1, counterdie 49-2 raised head face, two set weld and HAZ plate 50-1,50-2 Internal hole positionings respectively in counterdie 49-1, counterdie 49-2 and are seated in stripper plate 48-1,48-2 upper surface, and weld and HAZ plate 50-1,50-2 are connected fastening respectively through holding screw 51 with stripper plate 48-1,48-2；Stripper plate 48-1,48-2 lower surface connects 3 guide rods 46 of fastening respectively by holding screw 47, and guide rod 46 is by 120 ° of circumference uniform distributions；On sliding panel 53, correspondence offers and the through hole of guide rod 46 correspondence position, and the left and right station correspondence of landing slab 57 offers and the unthreaded hole of guide rod 46 correspondence position；4 slide blocks 55 are screwed and are anchored on landing slab 57 in 53,2 rail plate 56 screws of sliding panel, and every guide rail 52 is connected to two slide blocks 55；Change station oil cylinder 52 cylinder body and be fixed on landing slab 57, piston rod is fixed on sliding panel 53 by connecting plate 54, by changing the flexible of station oil cylinder 52 piston rod, sliding panel 53 straight line on rail plate 56 is driven to move left and right, the switching in making two set counterdie 49-1,49-2 carry out, between right working position and a left side, middle station；Install on the left of landing slab and fix a travel switch 58, the stroke changing station oil cylinder 52 is controlled by travel switch 58, when connecting plate 54 encounters travel switch 58 roller, send signal by electrical control, change station oil cylinder 52 fuel cut-off and make sliding panel 53 be parked in need position.
The three described left and right stations of station frock 3 are respectively provided with jacking cylinder 42-1, a 42-2, its piston rod is connected fixing with top board 43, push rod 44 links fixing with top board 43 by screw, push rod 44 is uniform and corresponding with guide rod 46 position in 120 °, makes push rod 44 upwards can be ejected by guide rod 46 through the unthreaded hole of sliding panel 53 and landing slab 57.
It is described further below in conjunction with press-fiting welding procedure.
1, lamination: lamination carries out in three station frocks 3, left/right station lamination can hocket, and middle station (press-fits, welds) and is synchronously performed, and when lamination, middle station carries out press-fiting simultaneously, weld job.
Concrete grammar is as follows:
As it is shown in figure 5, counterdie 49-1 is in right working position, counterdie 49-2 is in middle station.
Change station oil cylinder 52, jacking cylinder 42-1 is in initial position, the counterdie 49-1 that stator punching is put into right working position carries out manual lamination, and reach record stacking height with vernier caliper measurement, press and change station button, the piston rod changing station oil cylinder 52 stretches out to the left, connecting plate 54 drives sliding panel 53 to be moved to the left, when connecting plate 54 encounters travel switch 58 roller, signal is sent by electrical control, change station oil cylinder 52 stop motion, sliding panel 53 puts in place, station in now right working position counterdie 49-1 arrival, middle station counterdie 49-2 arrives left station (as shown in Figure 6), on the counterdie 49-2 of left station, now carry out manual lamination, lamination on the counterdie 49-1 being in middle station carried out Self-pressurizing agri simultaneously and weld.
2, pressurization: starting compacting button, master cylinder 11 piston rod moves down, and upper mould 12 moves down together along with slide block 15, and the lamination on counterdie 49-1 is pressurizeed.Press backhaul button after having pressurizeed, master cylinder 11 piston rod is retracted the upper mould 12 of drive of contracing and returns to initial position.
3, welding: press welding button, stepping reducing motor 21 rotates forward, 2 Timing Belts 23 are driven to rotate, two groups of leading screws 25 rotate, two groups of feed screw nuts 26 synchronize to move down, and welding stage fixed disk 27 moves down, and travel switch 31-2 detects that feed screw nut 26 sends signal after being in lower limit, stepping reducing motor 21 is out of service, and welding stage fixed disk 27 arrives the initial welding position of counterdie 49-1；Start welder switch, stepping reducing motor 21 reverses, welding stage fixed disk 27 moves up, welding gun 28 is driven to move up and stator lasmination is welded, moving on the feed screw nut 26 synchronized, send signal when travel switch 31-1 detects after feed screw nut 26 is in upper limit, stepping reducing motor 21 shuts down, close welding machine, terminate welding；Fig. 3 welding stage structure chart has 8 welding guns, adjusts weld and HAZ plate 50 correspondence markings respectively；After welding process manually adjusts in the early stage, carry out all in automatic mode.
4: pickup also laminates: welded, being on the counterdie 49-2 on left station lamination synchronously completes, presses and changes station button, changes station oil cylinder 52 piston rod and retracts, driving sliding panel 53 to return to Fig. 5 position, counterdie 49-1 is in right working position, counterdie 49-2 is in middle station；Press-fit welding machine the lamination on counterdie 49-1 is pressurizeed, welding (pressurization, welding method presses step 2, 3), artificial taking-up is now needed to weld complete right working position counterdie 49-1 upper core, jacking cylinder 42-1 jack-up button is pressed during pickup, jacking cylinder 42-1 piston rod moves, drive and right working position upper plate 43 and three push rods 44 move, push rod 44 traverse landing slab 57, the hole of sliding panel 53, contact also upwards ejects guide rod 46, stripper plate 48-1 and weld and HAZ plate 50-1 makes the iron core being soldered eject certain altitude so as to depart from counterdie with shifting on guide rod 46, and take out iron core；Then press top and stretch SR, top-entering oil cylinder 42-1 piston rod bounces back, the top board 43 on right working position and push rod 44 is driven to move down, stripper plate 48-1, weld and HAZ plate 50-1, guide rod 46 move down reset, proceeding the artificial lamination of right working position counterdie 49-1 after reset, the lamination of middle station counterdie 49-2 starts simultaneously at pressurization, welding.
Above-mentioned steps may be repeated, and makes lamination/pickup, pressurizes, is welded on two pairs of counterdies 49-1,49-2 and is synchronously performed, and make multiple stage welding machine weld together, simultaneously completes the welding processing of a plurality of weld seam.Therefore this utility model substantially increases work efficiency, reduces artificial intensity, and makes product quality and stability be greatly improved.
Claims (5)
1. a three station stator press-loading bonding machine, including hydraulic pressure-mounting machine and Hydraulic Station, Hydraulic Station is fixed on the side of hydraulic pressure-mounting machine, has been used for the various functions of oil cylinder pressurization and jack-up, it is characterised in that: it is additionally provided with leading screw lifting welding stage and three station frocks；Hydraulic pressure-mounting machine is vertical structure, and leading screw lifting welding stage is fixed on the top of pressing machine, and three station frocks are placed on middle position, hydraulic pressure-mounting machine bottom, through the hydraulic pressure fuselage of hydraulic pressure-mounting machine；
Described leading screw lifting welding stage, including stepping reducing motor, double synchronous pulley, Timing Belt, synchronous pulley, screw mandrel, feed screw nut, welding stage fixed disk, magnet base, welding gun, welding gun holder；Stepping reducing motor is fixed on the master cylinder cylinder body top of hydraulic pressure-mounting machine, and stepping reducing motor output shaft couples double synchronous pulley, and 2 Timing Belts one engage with 2 wheels of double synchronous pulley respectively, and other end is engaged with two, left and right synchronous pulley respectively；Screw mandrel one end is connected and fixed on synchronous pulley by bearing, and the other end engages fixing with feed screw nut, and feed screw nut lower surface and welding stage fixed disk pass through screw threads for fastening；Stepping reducing motor drives 2 Timing Belts to rotate, and makes leading screw rotating Vortex, makes feed screw nut move up and down, it is achieved welding stage fixed disk lifts；Magnet base is tightly adsorbed on welding stage fixed disk by magnetic force, welding gun holder is fixed on magnet base, and welding gun is fixed by welding gun holder, and welding gun can carry out multi-angle adjustment by adjusting magnet base, according to different technological requirements, it is possible to a plurality of weld seam is welded simultaneously；
Three described station frocks include supporting leg, jacking cylinder, top board, push rod, guide rod, stripper plate, counterdie, weld and HAZ plate, change station oil cylinder, sliding panel, connecting plate, slide block, rail plate, landing slab, travel switch；Supporting leg is connected fixing with landing slab lower end；Two set counterdies are connected and fixed on sliding panel, and two set stripper plate Internal hole positionings respectively are seated on two set counterdie raised head faces, and two set weld and HAZ plate Internal hole positionings respectively overlap counterdie in two and are seated in two set stripper plate upper surfaces and connect fastening；4 slide blocks are fixed under sliding panel, and 2 rail plates are anchored on landing slab, and every guide rail is connected to two slide blocks；Change station cylinder block and be fixed on landing slab, piston rod is fixed on sliding panel by connecting plate, by changing the flexible of station cylinder piston rod, sliding panel straight line on rail plate is driven to move left and right, the switching in making two set counterdies carry out, between right working position and a left side, middle station.
2. a kind of three station stator press-loading bonding machines as claimed in claim 1, it is characterized in that: being fixed with support on the fixing plate of hydraulic pressure-mounting machine, support is parallel with feed screw nut, two proximity switches are rack-mount up and down, support is provided with mounting hole, it is possible to the position of up-down adjustment proximity switch；Proximity switch is for detecting the position of feed screw nut, with detection the adjustable height controlling welding stage fixed disk, to meet the welding requirements of differing heights iron core.
3. a kind of three station stator press-loading bonding machines as claimed in claim 1, it is characterized in that: install on the left of landing slab and fix a travel switch, change the stroke of station oil cylinder by travel switch control, when connecting plate encounters travel switch roller, send signal by electrical control, change station oil cylinder fuel cut-off and make sliding panel be parked in need position.
4. a kind of three station stator press-loading bonding machines as claimed in claim 1, it is characterised in that: two set stripper plate lower surfaces connect 3 guide rods of fastening respectively, and 120 ° of circumference uniform distributions pressed by guide rod；On sliding panel, correspondence offers and the through hole of guide rod correspondence position, and the left and right station correspondence of landing slab offers and the unthreaded hole of guide rod correspondence position；The three left and right stations of station frock are respectively provided with a jacking cylinder, and its piston rod is connected fixing with top board, and push rod and top board link fixing, push rod be 120 ° uniform and corresponding with guide rod position, make push rod the unthreaded hole of traverse sliding panel and landing slab upwards to be ejected by guide rod.
5. a kind of three station stator press-loading bonding machines as claimed in claim 1, it is characterized in that: described hydraulic pressure-mounting machine, by master cylinder, upper mould, guide pillar, fixing plate, slide block, hydraulic pressure fuselage forms, and fixing plate is connected and fixed in hydraulic pressure fuselage roof, and master cylinder cylinder body is fixed on fixing plate upper surface between two parties, fixing plate central aperture, main oil cylinder piston bar is connected fixing through fixing plate interstitial hole with upper end of slide block face, and slide block lower surface is connected fixing with upper mould, and upper mould realizes moving up and down with main oil cylinder piston bar stretching motion together with slide block；Hydraulic pressure-mounting machine is provided with 4 guide pillars, guide pillar upper end is connected fixing with fixing plate, guide pillar lower end is connected fixing with hydraulic pressure fuselage, the corner processing of slide block has 4 through holes, 4 through holes realize sliding through 4 guide pillars employing matched in clearance joins connection, guide pillar plays location and guide effect, makes mould move up and down middle maintenance placed in the middle and vertical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620122769.5U CN205393812U (en) | 2016-02-17 | 2016-02-17 | Three station stator pressure equipment welding machines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620122769.5U CN205393812U (en) | 2016-02-17 | 2016-02-17 | Three station stator pressure equipment welding machines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205393812U true CN205393812U (en) | 2016-07-27 |
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ID=56447522
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620122769.5U Withdrawn - After Issue CN205393812U (en) | 2016-02-17 | 2016-02-17 | Three station stator pressure equipment welding machines |
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| Country | Link |
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| CN (1) | CN205393812U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105479028A (en) * | 2016-02-17 | 2016-04-13 | 常州神力电机股份有限公司 | Three-station stator press-fitting welding machine |
| CN108098219A (en) * | 2017-12-15 | 2018-06-01 | 重庆南涪铝精密制造有限公司 | A accurate welding frock for battery tray boundary beam |
| CN108188543A (en) * | 2018-01-12 | 2018-06-22 | 精进电动科技（正定）有限公司 | Automatic welding machine for inner hole of three-station rotor core |
| CN110416856A (en) * | 2019-06-19 | 2019-11-05 | 深圳市中聚能五金有限公司 | With solid bar extrusion stretching at the method and its cold extrusion device of cable terminal |
| CN114571048A (en) * | 2022-03-16 | 2022-06-03 | 刘东锋 | Stator punching lamination and welding integrated equipment |
-
2016
- 2016-02-17 CN CN201620122769.5U patent/CN205393812U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105479028A (en) * | 2016-02-17 | 2016-04-13 | 常州神力电机股份有限公司 | Three-station stator press-fitting welding machine |
| CN105479028B (en) * | 2016-02-17 | 2019-03-12 | 常州神力电机股份有限公司 | A kind of three station stator press-loading bonding machines |
| CN108098219A (en) * | 2017-12-15 | 2018-06-01 | 重庆南涪铝精密制造有限公司 | A accurate welding frock for battery tray boundary beam |
| CN108098219B (en) * | 2017-12-15 | 2020-05-26 | 重庆南涪铝精密制造有限公司 | A accurate welding frock for battery tray boundary beam |
| CN108188543A (en) * | 2018-01-12 | 2018-06-22 | 精进电动科技（正定）有限公司 | Automatic welding machine for inner hole of three-station rotor core |
| CN110416856A (en) * | 2019-06-19 | 2019-11-05 | 深圳市中聚能五金有限公司 | With solid bar extrusion stretching at the method and its cold extrusion device of cable terminal |
| CN114571048A (en) * | 2022-03-16 | 2022-06-03 | 刘东锋 | Stator punching lamination and welding integrated equipment |
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