CN107538172A - A kind of negative electrode plate weld special purpose device - Google Patents
A kind of negative electrode plate weld special purpose device Download PDFInfo
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- CN107538172A CN107538172A CN201710953046.9A CN201710953046A CN107538172A CN 107538172 A CN107538172 A CN 107538172A CN 201710953046 A CN201710953046 A CN 201710953046A CN 107538172 A CN107538172 A CN 107538172A
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- 230000007246 mechanism Effects 0.000 claims abstract description 54
- 238000003466 welding Methods 0.000 claims abstract description 53
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- 229910000831 Steel Inorganic materials 0.000 claims description 44
- 239000010959 steel Substances 0.000 claims description 44
- 230000003028 elevating effect Effects 0.000 claims description 39
- 238000005452 bending Methods 0.000 claims description 26
- 244000309464 bull Species 0.000 claims description 15
- 239000000725 suspension Substances 0.000 claims description 8
- 239000000203 mixture Substances 0.000 claims description 3
- 238000003032 molecular docking Methods 0.000 claims description 3
- 230000026683 transduction Effects 0.000 claims description 2
- 238000010361 transduction Methods 0.000 claims description 2
- 238000004519 manufacturing process Methods 0.000 abstract description 4
- 230000000630 rising effect Effects 0.000 description 5
- 230000009286 beneficial effect Effects 0.000 description 4
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- 238000005299 abrasion Methods 0.000 description 3
- 229910052751 metal Inorganic materials 0.000 description 3
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- 238000010521 absorption reaction Methods 0.000 description 2
- 230000009471 action Effects 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 235000013399 edible fruits Nutrition 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
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- 239000004411 aluminium Substances 0.000 description 1
- 229910052782 aluminium Inorganic materials 0.000 description 1
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 description 1
- 150000001450 anions Chemical class 0.000 description 1
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- 238000005493 welding type Methods 0.000 description 1
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Abstract
A kind of negative electrode plate weld special purpose device, solves the problem of labor intensity existing for prior art is big, and processing safety is poor, and wire-feeding pipe is often damaged, influences production efficiency.Including main body frame, it is characterised in that：Main body frame bottom both sides set glide path respectively, and between two glide paths, the top of main body frame sets and enclose the sliding way formed by welding straight rail and turn-over ramp；The the first rotation saddle and the structure of the second rotation saddle that sliding way both ends are set respectively are identical, and saddle support body, the bottom of saddle support body are provided with rail plate；Slipper bracket is provided between glide path and sliding way；Sliding way turn-over ramp side, it is provided with the lifting turn-over mechanism that midfoot support frame is connected with main body frame；The main body frame bottom of sliding way welding straight rail side sets welding guide mechanism.Its is reasonable in design, compact-sized, can reduce the quantity of operating personnel, reduces labor intensity；Operating efficiency is high, and weld seam is attractive in appearance, and operation is flexible, safe and reliable.
Description
Technical field
The invention belongs to minus plate manufacturing technology field, and in particular to one kind can reduce labor strength, operating efficiency
Height, weld seam is attractive in appearance, safe and reliable negative electrode plate weld special purpose device.
Background technology
Electrolytic metal is together to be placed in positive plate and minus plate in electrolyte solution, after energization, is electrolysed according to both positive and negative polarity
Effect, cation move to minus plate, obtain electronics in minus plate, and then restore metal；Anion moves to positive plate,
Positive plate loses electronics, so as to be oxidized.
Minus plate used in electrolytic etching of metal, it is made up of negative electrode bottom plate and negative electrode Conductive beam two parts.Negative electrode bottom plate with
Conductive beam is all aluminium material, it is necessary to weld together using gas shielded arc welding, by negative electrode bottom plate and Conductive beam.Existing weldering
Termination process is：Negative electrode bottom plate and Conductive beam are lain on fixed jig, then move welding gun and connecting portion is carried out
Welding fabrication；Also, when needing welded cathode bottom plate another side, bottom plate is carried by completely artificial operating type
And upset；Therefore this traditional welding manner, it is big labor intensity to be present, the deficiencies of processing safety difference.Further, since welding gun is grown
Time moves repeatedly, and frequently results in the breakage of wire-feeding pipe and damages, and the renewal cost of wire-feeding pipe is expensive, takes during maintenance cost
Power, have a strong impact on production efficiency.Therefore it is necessary to improve the minus plate welder of prior art.
The content of the invention
The present invention is aiming above mentioned problem, there is provided one kind can reduce labor strength, and operating efficiency is high, and weld seam is beautiful
See, safe and reliable negative electrode plate weld special purpose device.
The technical solution adopted in the present invention is：The negative electrode plate weld special purpose device includes main body frame, it is characterised in that：
The both sides of the main body frame bottom are respectively arranged with the glide paths of two parallel arrangements, between two glide paths, main body frame
Top be then provided with sliding way, sliding way is enclosed and formed by welding straight rail and turn-over ramp；The welding straight rail of sliding way is with
Slideway is arranged in parallel, and the turn-over ramp of sliding way includes two sections of inclined planes in V-shape arrangement, passes through in the middle part of turn-over ramp
Ramp support is connected with main body frame；The lower section at the sliding way both ends, it is respectively arranged with structure identical first and rotates saddle
With the second rotation saddle；First rotation saddle and the second rotation saddle include saddle support body, and the bottom of saddle support body is provided with
For the rail plate docked with glide path, the hinged stanchion arranged vertically is provided with the gyroaxis of saddle support body；Described
One rotation saddle and the second rotation saddle, pass through the saddle rotary shaft being arranged on hinged stanchion and the both ends of main body frame respectively
It is hinged；Between the glide path and sliding way, the slipper bracket for being provided with and being in tilted layout is slided；Straight rail is welded positioned at sliding way
The bottom of the main body frame of side is provided with welding guide mechanism；Set above the glide path of sliding way turn-over ramp side
Lifting turn-over mechanism is equipped with, lifting turn-over mechanism is connected by midfoot support frame with main body frame.
The slipper bracket set between the glide path and sliding way includes bracket main body, bracket main body bottom, under
The side of slideway is provided with downslide driving wheel, and horizontally disposed guide plate is provided with above downslide driving wheel, bracket main body top, is leaned on
The side of nearly sliding way is provided with movable pulley；The downslide driving wheel is made up of slider roller, and slider roller is connected by pulley
Frame is connected with the bottom of bracket main body；The guide plate is connected with the pulley link of downslide driving wheel；Bracket main body bottom is remote
The side of glide path is provided with supporting plate；Slipper bracket is arranged on glide path by lower slider slipping, the top of slipper bracket
Then it is slidably connected using upper movable pulley with sliding way.In favor of sliding of the slipper bracket along glide path and sliding way, and then pass through
The transition of first rotation saddle and the second rotation saddle, make to be arranged in the minus plate to be welded on slipper bracket, guided in welding
Transported between mechanism and lifting turn-over mechanism, realize the two-sided welding of Conductive beam and negative electrode bottom plate, lift operating efficiency.
The welding guide mechanism includes the guiding motor for being arranged on glide path sidepiece, guides the output of motor
Axle is arranged along with the perpendicular direction of glide path；The output shaft of the guiding motor is provided with active friction roller, actively rubs
Wipe and be provided with driven friction roller below roller, guiding gap is provided between active friction roller and driven friction roller.To pass through weldering
The active friction roller and the friction-driven of driven friction roller connect on guide mechanism, to cooperate, makes slipper bracket and thereon cloth
The minus plate to be welded put, is at the uniform velocity moved on the glide path of weld side, so as to the weld job of convenient fixed welding gun.
The lifting turn-over mechanism includes upending frame, and upending frame is made up of L-type hanger body, the lower folding of L-type hanger body
The end set of curved segment has elevating lever articulated section；Rod hinge connection portion, L-type are provided with the middle part of the upper bending section of L-type hanger body
The end set of bending section has upper slip limiting roll and lower slider limiting roll in hanger body；Upending frame passes through upper slip limiting roll
With lower slider limiting roll, it is slidably connected on the sliding beam of midfoot support frame top setting；The lower end of the upending frame is provided with
Elevating control bar, elevating control bar are made up of elevating lever main body, and the front end of elevating lever main body, which is respectively arranged with drive rod, to be hinged
Hole and suspension bracket hinge hole；Elevating control bar is hinged by suspension bracket hinge hole and the elevating lever articulated section of upending frame lower end；Lifting
The front end of control-rod is additionally provided with drive link, and drive link is made up of the drive rod main body arranged vertically, drive rod main body
Upper end is provided with articulated section, and the lower end of drive rod main body is provided with lower articulated section；The lifting that drive link passes through lower articulated section
Bar hinge hole is hinged with hinge hole under the drive rod of elevating control bar；The upper articulated section of the drive link is provided be hinged company
Bar, articulated linkage are made up of hinge bar main body, and one end of hinge bar main body is provided with hinge hole on drive rod, hinge bar main body
The other end is provided with lifting hinge hole, and middle part hinge hole is provided with the middle part of hinge bar main body；One end of articulated linkage passes through drive
The upper articulated section of hinge hole and drive link is hinged in lever, and the middle part of articulated linkage then passes through middle part hinge hole and upending frame
Rod hinge connection portion be hinged；The other end of the articulated linkage is provided with the turn-over rotating bar arranged straight down, and turn-over turns
Lever is made up of the bull stick body of rod, and the lower end of the bull stick body of rod is provided with rotation connection head；The upper end of the turn-over rotating bar is with being hinged
The lifting hinge hole of connecting rod is hinged；Lifting clamping jaw is provided with the rotation connection head of turn-over rotating bar lower end.To utilize lifting
The lifting clamping jaw of turn-over mechanism, the minus plate to be welded on slipper bracket is picked up；And head is rotatablely connected by turn-over rotating bar
Rotation, to drive minus plate to be welded to carry out turn-over operation, so as to be welded to the another side of minus plate.
Hoisting frame is provided with the turn-over rotating bar of the lifting turn-over mechanism, hoisting frame is made up of lifting sleeve, lifting
It is provided with the tripod arranged downwards on the outer wall of sleeve, the clamping jaw jointed shaft that the bottom of tripod is arranged horizontally, tripod
Middle part hollow out be connector holding part；The top of lifting sleeve outer wall is additionally provided with steel wire connection otic placode；Hoisting frame is by carrying
The outside that sleeve is socketed in the bull stick body of rod of turn-over rotating bar is risen, and the rotation connection head of turn-over rotating bar lower end is located at hoisting frame
Connector holding part in；What is set on the rotation connection head lifts by crane first clamping jaw and second clamping jaw of the clamping jaw by arranged crosswise
Form, the first clamping jaw includes the wide corpus unguis for being provided with narrow pawl grafting chamber, and clamping jaw hinge hole, wide corpus unguis are provided with the middle part of wide corpus unguis
Lower end be provided with long clamping plate, the upper end of wide corpus unguis is provided with quarter butt articulated section I；Second clamping jaw includes narrow corpus unguis, narrow corpus unguis
Middle part is provided with clamping jaw hinged set, and the lower end of narrow corpus unguis is provided with long clamping plate, and the upper end of narrow corpus unguis is provided with quarter butt articulated section II；
Second clamping jaw is plugged in the narrow pawl grafting chamber of the first clamping jaw；First clamping jaw and the second clamping jaw pass through clamping jaw hinge hole respectively
With clamping jaw hinged set, cross-articulation on the clamping jaw jointed shaft of hoisting frame bottom；The quarter butt articulated section I of first clamping jaw, Yi Ji
The quarter butt articulated section II of two clamping jaws, it is hinged respectively by short connecting rod with being rotatablely connected the both sides of head；Described and elevating control
The lower articulated section for the drive link that bar front end is hinged is provided with clamping jaw control-rod, and clamping jaw control-rod is made up of U-shaped bending bar, U
One end of type bending bar is provided with lift-pull handle, and the other end of U-shaped bending bar is provided with steel wire fastening part；Clamping jaw control-rod passes through
The interlude of U-shaped bending bar, it is hinged in the clamping jaw bar mounting hole of articulated section under drive link；The clamping jaw control-rod and lifting
Lifting steel wire is provided between frame, one end of steel wire is lifted and is connected with the steel wire fastening part of clamping jaw control-rod, lift the another of steel wire
One end is connected with the steel wire connection otic placode on hoisting frame top, and lifts steel wire and rotated along drive link, articulated linkage and turn-over
Bar is continuously arranged.To pull lifting steel wire by the downward swing of clamping jaw control-rod, and then lift upwards in turn-over rotating bar
The hoisting frame being arranged；And using the rising of hoisting frame clamping jaw jointed shaft, drive cross-articulation in the first clamping jaw thereon and
Two clamping jaws separate, so as to clamping and turn-over of the convenient lifting clamping jaw to minus plate.
Between the articulated linkage end and the turn-over rotating bar upper end arranged vertically, connector is provided with；Connector leads to
The hinge bar articulated section of one end setting is crossed, is hinged with the lifting hinge hole of articulated linkage；Connector is also set by the other end
Rotating bar articulated section, be hinged with the disjunctor hinge hole of turn-over rotating bar upper end.To pull hoisting frame lifting in lifting steel wire
Sleeve, when being slided on the turn-over rotating bar bull stick body of rod, raising action flexibility, and then ensure to lift by crane clamping jaw control imitate
Fruit.
Each bending turning part of the lifting steel wire continuously arranged along drive link, articulated linkage and turn-over rotating bar
Position, is respectively arranged with steel wire directive wheel.While being oriented to lift the slip of steel wire, to ensure the smooth dynamic of hoisting frame
Make.
At the medium position that two sections of inclined planes of the sliding way turn-over ramp intersect, it is provided with and prevents turning over neck.With
Slipper bracket along the turn-over ramp of glide path and sliding way, be slid onto lifting turn-over mechanism position when, turn over neck using anti-
The upper movable pulley of slipper bracket is blocked, and then prevents slipper bracket from being turned over together with the minus plate to be welded arranged thereon, in sliding way
Elevated point position of rising in the middle part of the ramp of face nearby occurs to overturn phenomenon, it is ensured that the safety in utilization of whole device.
The structure identical first rotates the saddle support body bottom of saddle and the second rotation saddle, positioned at rail plate two
The opening position at end, positioning electromagnet is respectively arranged with, and electromagnetic switch is provided with below rail plate end；Main body frame two
Bottom, the position corresponding with the rotation limit position of the first rotation saddle and the second rotation saddle are held, is separately provided for
The spacing suction block being connected with positioning electromagnet.With first rotation saddle and second rotation saddle drive slipper bracket and
Minus plate to be welded thereon, in weld transported between guide mechanism and lifting turn-over mechanism when, pass through positioning electromagnet and limit
The mutual absorption of position suction block, the turned position for rotating saddle is fixed, and then beneficial between rail plate and glide path
Firm docking, facilitates the movement of slipper bracket.
Beneficial effects of the present invention：Because the present invention using bottom both sides is respectively arranged with the main body frame of glide path, two
Between the glide path of bar parallel arrangement, the top of main body frame sets and encloses the upper cunning formed by welding straight rail and turn-over ramp
Road；The welding straight rail of sliding way is parallel with glide path, passes through ramp support and main body frame in the middle part of the turn-over ramp of sliding way
It is connected；The the first rotation saddle and the structure of the second rotation saddle that sliding way both ends are set respectively are identical, including saddle support body,
The bottom of saddle support body is provided with rail plate；First rotation saddle and the second rotation saddle, pass through hinged stanchion and master respectively
Body framework both ends are hinged；The slipper bracket for being provided with and being in tilted layout is slided between glide path and sliding way；Also, sliding way turns over
Face ramp side, it is provided with the lifting turn-over mechanism that midfoot support frame is connected with main body frame；Sliding way welds straight rail one
The bottom of the main body frame of side sets the structure type of welding guide mechanism, compact-sized so its is reasonable in design, compared to
Toward traditional minus plate welding manner, reduce the quantity of operating personnel, reduce the labor intensity of worker, improve operation effect
Rate.Further, since welding gun is fixed in welding process, only relies on welding guide mechanism drives slipper bracket and treating thereon
Welded cathode plate at the uniform velocity moves, therefore not only avoids the abrasion of wire-feeding pipe, reduces renewal cost, also effectively improves welding quality
With the aesthetic measure of weld seam.Also, the operation of the negative electrode plate weld special purpose device is flexible, safe and reliable.
Brief description of the drawings
Fig. 1 is a kind of structural representation of the present invention.
Fig. 2 is the structural representation that Fig. 1 removes slipper bracket and minus plate to be welded.
Fig. 3 is Fig. 2 front view.
Fig. 4 is Fig. 3 right view.
Fig. 5 is Fig. 3 top view.
Fig. 6 is a kind of structural representation of the first rotation saddle and the second rotation saddle in Fig. 2.
Fig. 7 is a kind of structural representation of the slipper bracket in Fig. 1.
Fig. 8 is a kind of structural representation of the downslide driving wheel in Fig. 7.
Fig. 9 is that the slipper bracket in Fig. 1 coordinates the partial structural diagram slided with welding guide mechanism.
Figure 10 is a kind of structural representation of the welding guide mechanism in Fig. 9.
Figure 11 is a kind of structural representation of the lifting turn-over mechanism in Fig. 2.
Figure 12 is Figure 11 partial enlarged view.
Figure 13 is a kind of structural representation of the upending frame in Figure 11.
Figure 14 is a kind of structural representation of the elevating control bar in Figure 11.
Figure 15 is a kind of structural representation of the drive link in Figure 11.
Figure 16 is a kind of structural representation of the clamping jaw control-rod in Figure 11.
Figure 17 is a kind of structural representation of the articulated linkage in Figure 11.
Figure 18 is a kind of structural representation of the connector in Figure 11.
Figure 19 is a kind of structural representation of the turn-over rotating bar in Figure 11.
Figure 20 is a kind of structural representation of the hoisting frame in Figure 12.
Figure 21 is a kind of structural representation of the first clamping jaw in Figure 12.
Figure 22 is a kind of structural representation of the second clamping jaw in Figure 12.
Figure 23 is a kind of use state diagram of the present invention.
Number explanation in figure：1 main body frame, 2 glide paths, 3 first rotation saddles, 4 slipper brackets, 5 minus plates to be welded,
6 lifting turn-over mechanisms, 7 midfoot support framves, 8 sliding ways, 9 welding guide mechanisms, 10 second rotation saddles, 11 saddle rotary shafts,
12 sliding beams, 13 ramp supports, 14 turn-over ramps, 15 welding straight rails, 16 spacing suction blocks, 17 prevent turning over neck, 18 fixation welding guns, 19
Saddle support body, 20 hinged stanchions, 21 positioning electromagnets, 22 electromagnetic switch, 23 rail plates, 24 bracket main bodies, 25 guide plates, 26
Supporting plate, 27 downslide driving wheels, movable pulley, 29 pulley links, 30 slider rollers, 31 guiding motors, 32 active frictions on 28
Roller, 33 driven friction rollers, 34 guiding gaps, 35 upending frames, 36 clamping jaw control-rods, 37 elevating control bars, 38 drive links, 39 carry
Draw steel wire, 40 articulated linkages, 41 connectors, 42 turn-over rotating bars, 43 hoisting frames, 44 lifting clamping jaws, 45 first clamping jaws, 46 second
It is clamping jaw, 47 short connecting rods, 48 L-type hanger bodies, 49 elevating lever articulated sections, 50 rod hinge connection portions, 51 side steering rolls, sliding on 52
Hinge hole, 57 drive rod masters under dynamic limiting roll, 53 lower slider limiting rolls, 54 elevating lever main bodys, 55 suspension bracket hinge holes, 56 drive rods
Body, 58 times articulated sections, 59 elevating lever hinge holes, 60 clamping jaw bar mounting holes, articulated section, 62 U-shaped bending bars, 63 lifting handles on 61
Hand, 64 steel wire fastening parts, 65 hinge bar main bodys, hinge hole, 67 steel wire directive wheels, 68 middle part hinge holes, 69 carry on 66 drive rods
Rise hinge hole, 70 hinge bar articulated sections, 71 rotating bar articulated sections, the 72 bull stick bodies of rod, 73 disjunctor hinge holes, 74 rotation connection heads,
It is 75 lifting sleeves, 76 tripods, 77 clamping jaw jointed shafts, 78 connector holding parts, 79 steel wire connection otic placodes, 80 wide corpus unguis, 81 short
Bar articulated section I, 82 narrow pawl grafting chambers, 83 clamping jaw hinge holes, 84 long clamping plates, 85 narrow corpus unguis, 86 clamping jaw hinged sets, 87 quarter butts are hinged
Portion II.
Embodiment
Describe the concrete structure of the present invention in detail according to Fig. 1~23.The negative electrode plate weld special purpose device includes bottom both sides
（Weld side and turn-over side）It is respectively arranged with the main body frame 1 of glide path 2, the top of main body frame 1, positioned at two parallel arrangements
Glide path 2 between opening position be provided with sliding way 8.Sliding way 8 is by the welding straight rail positioned at welding guide mechanism 9 side
15 and the turn-over ramp 14 positioned at lifting turn-over mechanism 6 side enclose composition.The welding straight rail 15 and body frame of sliding way 8
The glide path 2 of the bottom of frame 1 is arranged in parallel；The turn-over ramp 14 of sliding way 8, then by two sections of inclined plane structures in V-shape arrangement
It is connected into, the intersecting middle elevated point position of two sections of inclined planes, by ramp support 13 with the top of main body frame 1.
For the purpose of ensuring that the purpose of whole device safety in utilization, middle part that two sections of inclined planes of the turn-over ramp 14 of sliding way 8 intersect
Opening position, it is provided with and turns over neck 17 for blocking the anti-of movable pulley 28 on slipper bracket 4.So as in slipper bracket 4 along glide path 2
Turn-over ramp 14 with sliding way 8, when being slid onto lifting 6 position of turn-over mechanism, using the anti-neck 17 that turns over to sliding on slipper bracket 4
Driving wheel 28 fixing effect, come avoid slipper bracket 4 together with the minus plate to be welded 5 arranged thereon, in the turn-over ramp of sliding way 8
The elevated point position of rising at 14 middle parts nearby occurs to overturn phenomenon.
The lower section at the both ends of sliding way 8 on the top of main body frame 1, it is separately provided in welding guide mechanism 9 and rises
Hang and the first rotation saddle 3 and second of slipper bracket 4 is transported between turn-over mechanism 6 rotate saddle 10.First rotation saddle 3 and the
The two rotation structures of saddle 10 are identical, formed by the saddle support body 19 of triangular pyramid cone shape；The horizontal stroke of the bottom of saddle support body 19
Bian Shang, it is provided with for the rail plate 23 connect relative with the end of glide path 2 of the bottom both sides of main body frame 1；Saddle support body 19
Gyroaxis at be provided with the hinged stanchion 20 arranged vertically；The bottom of saddle support body 19 is additionally provided with beneficial to rotation saddle on ground
The universal wheel slided on face.First rotation saddle 3 and second rotates saddle 10, respectively by being arranged on respective hinged stanchion 20
Saddle rotary shaft 11, be hinged with the both ends of main body frame 1.In order to beneficial to the rail plate 23 and glide path on rotation saddle
Firm docking between 2 ends, the movement for facilitating slipper bracket 4, structure identical first rotate saddle 3 and second and rotate saddle
10 bottom of saddle support body 19, the opening position positioned at the both ends sidepiece of rail plate 23, it is separately provided for fixed rotation saddle
The positioning electromagnet 21 of position；Also, it is provided with below the end of rail plate 23 for controlling the power on/off of positioning electromagnet 21
Electromagnetic switch 22.Meanwhile the bottom at the both ends of main body frame 1 and the first rotation saddle 3 and second rotate the rotational limitation of saddle 10
The corresponding position in position, it is separately provided for coordinating, carrying out the spacing suction block 16 that magnetic is connected with positioning electromagnet 21.With
Minus plate to be welded 5 in the first rotation saddle 3 and second rotation saddle 10 drive slipper bracket 4 and thereon, leads in welding
Draw between mechanism 9 and lifting turn-over mechanism 6 when transporting, by the mutual absorption of positioning electromagnet 21 and spacing suction block 16, to rotation
The turned position of transduction frame is fixed.
Minus plate 5 to be welded in welding guide mechanism 9 and lifts by crane the transhipment between turn-over mechanism 6, body frame for convenience
Between glide path 2 and sliding way 8 on frame 1, slip be provided be in tilted layout, the slip support for placing minus plate 5 to be welded
Frame 4.Slipper bracket 4 is made up of bracket main body 24, and bracket main body 24 is the frame structure of triangle；Under triangle bracket main body 24
Portion, the both ends of the close side of glide path 2, it is respectively arranged with two groups and is used to coordinate the downslide driving wheels 27 slided with glide path 2.Glide
The top of driving wheel 27 is provided with horizontally disposed strip guide plate 25；The top of triangle bracket main body 24, close to sliding way 8
Side, it is provided with for coordinating the upper movable pulley 28 slided with sliding way 8.Downslide driving wheel 27 is by being respectively arranged in " inverted V-shape "
The slider roller 30 of the both sides of glide path 2 is formed, the bottom that two slider rollers 30 pass through pulley link 29 and bracket main body 24
It is connected；And the long side side of horizontally disposed strip guide plate 25, fixed with the phase of pulley link 29 of downslide driving wheel 27
Connection.The bottom of triangle bracket main body 24, the side away from glide path 2, are provided with the supporting plate for lifting minus plate 5 to be welded
26.Slipper bracket 4 is slidably arranged on glide path 2 by downslide driving wheel 27, and the top of slipper bracket 4 then utilizes upper movable pulley 28
It is slidably connected with sliding way 8；In favor of sliding of the slipper bracket 4 along glide path 2 and sliding way 8, and then led by the first rotation
Frame 3 and second rotates the rotation transition of the rail plate 23 on saddle 10, makes to be arranged in the minus plate to be welded on slipper bracket 4
5th, transported between welding guide mechanism 9 and lifting turn-over mechanism 6, so as to realize the welding by both sides of Conductive beam and negative electrode bottom plate
Connect, lift operating efficiency.
For the purpose of the convenient fixed weld job of welding gun 18, the main body frame 1 positioned at the welding straight rail 15 of sliding way 8 side
Bottom, be provided with the welding guide mechanism 9 for driving slipper bracket 4 at the uniform velocity to move.Welding guide mechanism 9 is by being arranged on weldering
The guiding motor 31 for connecing the inner side of glide path 2 of side is formed, and guides output shaft edge and the weld side glide path 2 of motor 31
Perpendicular direction arrangement.The output shaft of motor 31 is guided, is provided with using frictional force to move the guide plate of slipper bracket 4
25 active friction roller 32；The underface of active friction roller 32 is provided with driven friction roller 33.Weld the master of the top of guide mechanism 9
Between dynamic friction roller 32 and the driven friction roller 33 of lower section, it is provided with for making between the guiding that the guide plate 25 of slipper bracket 4 passes through
Gap 34.So as to which by welding on guide mechanism 9, the active friction roller 32 that cooperates and driven friction roller 33 be to slipper bracket 4
The friction-driven of guide plate 25, the minus plate to be welded 5 for making slipper bracket 4 and arranging thereon, on the glide path 2 of weld side
At the uniform velocity move；The aesthetic measure of welding quality and weld seam is lifted, avoids the abrasion of wire-feeding pipe.
In order to be welded to the another side of minus plate, the turn-over side glide path 2 positioned at the side of 8 turn-over ramp of sliding way 14
Top, be provided with for treat welded cathode plate 5 carry out turn-over lifting turn-over mechanism 6.Lifting by crane turn-over mechanism 6 is included by L
The upending frame 35 that type hanger body 48 is formed, L-type hanger body 48 are made up of two panels strip bending plate spaced apart.Rise
The lower bending section end of the L-type hanger body 48 of suspension bracket 35, is provided with the lifting for being hinged with the end of elevating control bar 37
Bar articulated section 49；In the middle part of the upper bending section of the L-type hanger body 48 of upending frame 35, it is provided with and is used for and the middle part phase of articulated linkage 40
Be hinged rod hinge connection portion 50；The both sides up and down of bending section end, are respectively arranged with the L-type hanger body 48 of upending frame 35
Slide limiting roll 52 and lower slider limiting roll 53.Upending frame 35 passes through upper slip limiting roll 52, lower slider limiting roll 53 and L
The two panels bending plate of type hanger body 48 encloses the interface of composition, and slip is connected to the top of 1 midfoot support frame of main body frame 7, edge
With glide path 2 on perpendicular horizontally arranged sliding beam 12；The outer surface of sliding beam 12 is provided with wearing layer.In order to right
Sliding of the upending frame 35 on sliding beam 12 is oriented to, the left and right of bending section end in the L-type hanger body 48 of upending frame 35
Both sides, it is respectively arranged with side steering roll 51.
The lower end of the upending frame 35 of turn-over mechanism 6 is lifted by crane, is provided with the elevating control for controlling lifting clamping jaw 44 to lift
Bar 37.Elevating control bar 37 includes elevating lever main body 54, the front end of elevating lever main body 54, is separately provided for and drive link
Hinge hole 56 and the suspension bracket hinge hole 55 for being hinged with the lower end of upending frame 35 under the drive rod that 38 lower ends are hinged.Rise
Suspension bracket hinge hole 55 of the control-rod 37 by front end, the elevating lever articulated section with the lower end of L-type hanger body 48 of upending frame 35 drop
49 are hinged.The front end of elevating control bar 37 is additionally provided with the drive link 38 arranged vertically, and drive link 38 includes drive rod
Main body 57, the upper end of drive rod main body 57 are provided with articulated section 61, and the lower end of drive rod main body 57 is provided with lower articulated section 58；
The lower articulated section 58 of drive link 38, it is separately provided for the elevating lever hinge hole being hinged with the front end of elevating control bar 37
59 and for arranging the clamping jaw bar mounting hole 60 of clamping jaw control-rod 36.The elevating lever that drive link 38 passes through lower articulated section 58
Hinge hole 56 is hinged under hinge hole 59, with the drive rod of the front end of elevating control bar 37；The upper articulated section 61 of drive link 38 is then
It is provided with articulated linkage 40.Articulated linkage 40 includes hinge bar main body 65, one end of hinge bar main body 65, is provided with and is used for and drive
Hinge hole 66 and the steel wire directive wheel for being oriented to lifting steel wire 39 on the connected drive rod in the dynamic upper end of connecting rod 38
67；The other end of hinge bar main body 65, it is provided with the lifting hinge hole 69 for being connected with turn-over rotating bar 42；Hinge bar main body
65 middle part, it is provided with the middle part hinge hole 68 for being connected with the top of upending frame 35.
The middle part of articulated linkage 40, it is hinged by the rod hinge connection portion 50 of middle part hinge hole 68 and upending frame 35；It is be hinged
One end of connecting rod 40, it is hinged by hinge hole on drive rod 66 and the upper articulated section 61 of drive link 38；Articulated linkage 40
The other end, then be provided with straight down arrangement, for treat welded cathode plate 5 carry out rotate turn-over turn-over rotating bar 42.Turn over
Face rotating bar 42 includes the bull stick body of rod 72, the lower end of the bull stick body of rod 72, be provided with can the rotation of around rod body axis rotation connection head
74；The bottom of rotation connection first 74, is provided with the lifting clamping jaw 44 for clamping the overhang insulation bar flange of minus plate 5 to be welded.
The upper end of the bull stick body of rod 72 of turn-over rotating bar 42, is provided with disjunctor hinge hole 73.In order to ensure lifting by crane the control of clamping jaw 44 effect
Fruit, between the end of articulated linkage 40 and the upper end of turn-over rotating bar 42 arranged vertically, it is provided with connector 41.Connector 41 it is upper
End, it is provided with the hinge bar articulated section 70 for being connected with the end of articulated linkage 40 and for being led to lifting steel wire 39
To steel wire directive wheel 67；The lower end of connector 41, then it is provided with the rotating bar hinge for being connected with the upper end of turn-over rotating bar 42
Socket part 71.Connector 41 is hinged by the hinge bar articulated section 70 of upper end with the lifting hinge hole 69 of articulated linkage 40；Connection
Body 41 also by the rotating bar articulated section 71 of lower end, is hinged with the disjunctor hinge hole 73 of the upper end of turn-over rotating bar 42.To carry
Draw steel wire 39 to pull hoisting frame 43 to lift sleeve 75, when being slided on the bull stick body of rod 72 of turn-over rotating bar 42, improve lifting clamping jaw
The flexibility of 44 actions.
In order that clamping and turn-over of the lifting clamping jaw 44 to minus plate are more convenient, the turn-over of lifting turn-over mechanism 6 rotates
On the bull stick body of rod 72 of bar 42, the hoisting frame 43 for controlling the lifting opening and closing of clamping jaw 44 is provided with.Hoisting frame 43 includes being set in
Lifting sleeve 75 on the bull stick body of rod 72, lifted to be provided with the outer wall of sleeve 75 and arrange downwards, lift by crane clamping jaw 44 for installing
Tripod 76；And tripod 76 can be around the vertical axis rotation of lifting sleeve 75.The bottom of tripod 76, be arranged horizontally,
For the be hinged lifting clamping jaw 45 of clamping jaw 44 first and the clamping jaw jointed shaft 77 of the second clamping jaw 46；The middle part hollow out of tripod 76, it is
For arranging the connector holding part 78 of the lower rotational connector 74 of turn-over rotating bar 42.The top of the outer wall of sleeve 75 is lifted, also
It is provided with the steel wire connection otic placode 79 for connecting lifting steel wire 39.Hoisting frame 43 is socketed in turn-over and turned by lifting sleeve 75
The outside of the bull stick body of rod 72 of lever 42；And the rotation connection first 74 of the lower end of turn-over rotating bar 42, positioned at the connection of hoisting frame 43
In head holding part 78.The lifting clamping jaw 44 set in rotation connection first 74, by the first clamping jaw 45 of arranged crosswise and the second clamping jaw
46 are formed.
First clamping jaw 45 includes centre and is provided with the wide corpus unguis 80 of narrow pawl grafting chamber 82, the middle part of the wide both sides of corpus unguis 80, if
It is equipped with the clamping jaw hinge hole 83 for being connected with hoisting frame 43；The lower end clamping part of wide corpus unguis 80, it is provided with and is used for and minus plate
The long clamping plate 84 of overhang insulation bar flange phase clamping；The upper end of wide corpus unguis 80, then it is provided with for being rotated with turn-over rotating bar 42
The connected quarter butt articulated section I 81 of connector 74.Second clamping jaw 46 includes coordinating arranged crosswise with 45 wide corpus unguis 80 of the first clamping jaw
Narrow corpus unguis 85；The middle part of narrow corpus unguis 85, be provided with wide 80 clamping jaw hinge hole of corpus unguis, 83 positions it is corresponding, for hoisting frame 43
Connected clamping jaw hinged set 86；The lower end of narrow corpus unguis 85, it is again provided with being used for and minus plate overhang insulation bar flange phase clamping
Long clamping plate 84；The upper end of narrow corpus unguis 85, it is provided with and is hinged for being rotatablely connected first 74 quarter butts being connected with turn-over rotating bar 42
Portion II 87.The narrow corpus unguis 85 of second clamping jaw 46, it is plugged in the narrow pawl grafting chamber 82 of 45 wide corpus unguis 80 of the first clamping jaw；Also, the
One clamping jaw 45 and the second clamping jaw 46 are handed over respectively by the clamping jaw hinge hole 83 of wide corpus unguis 80 and the clamping jaw hinged set 86 of narrow corpus unguis 85
Fork is hinged on the clamping jaw jointed shaft 77 of the bottom of hoisting frame 43.The clamping jaw 46 of quarter butt articulated section I 81 and second of first clamping jaw 45
Quarter butt articulated section II 87, be also rotatablely connected by short connecting rod 47 and turn-over rotating bar 42 first 74 both sides respectively and be hinged.
For the purpose for facilitating hoisting frame 43 to control, the lower hinge for the drive link 38 being hinged with the front end of elevating control bar 37
Socket part 58, it is provided with the clamping jaw control-rod 36 for pulling lifting steel wire 39.Clamping jaw control-rod 36 includes U-shaped bending bar 62, U-shaped
One end of bending bar 62 is provided with lift-pull handle 63, and the other end of U-shaped bending bar 62 is then provided with steel wire fastening part 64.Clamping jaw control
Bar 36 processed by the centre of U-shaped bending bar 62 anyhow section, be hinged on the clamping jaw bar mounting hole 60 of 38 times articulated sections of drive link 58
It is interior.Between clamping jaw control-rod 36 and hoisting frame 43, the lifting steel wire 39 for lifting hoisting frame 43 is provided with.Lift steel wire 39
One end is connected with the steel wire fastening part 64 of clamping jaw control-rod 36, and the other end and hoisting frame 43 for lifting steel wire 39 lift sleeve 75
The steel wire connection otic placode 79 on top is connected；And steel wire 39 is lifted along drive link 38, articulated linkage 40 and turn-over rotating bar
42 continuous arrangements.To pull lifting steel wire 39 by the downward swing of clamping jaw control-rod 36, and then turn-over is lifted upwards and is rotated
The hoisting frame 43 being arranged on bar 42；And using the rising of the clamping jaw jointed shaft 77 of hoisting frame 43, drive cross-articulation thereon
First clamping jaw 45 and the second clamping jaw 46 separate, so as to clamping and lifting of the convenient lifting clamping jaw 44 to minus plate；And pass through turn-over
Rotating bar 42 is rotatablely connected first 74 rotation, to drive lifting clamping jaw 44 and the minus plate to be welded 5 clamped thereon to be turned over
Face operates.
The negative electrode plate weld special purpose device is in use, first, minus plate 5 to be welded to be placed on to the slip positioned at weld side
On bracket 4；Then, by welding the friction-driven of the active friction roller 32 of guide mechanism 9 and driven friction roller 33, slipper bracket is made
4 and the minus plate to be welded 5 arranged thereon, at the uniform velocity moved on the glide path 2 of weld side.Moved in minus plate 5 to be welded
While, gas shielded arc welding is carried out to the one side on the outside of negative electrode bottom plate and negative electrode Conductive beam binding site using fixed welding gun 18
Connect.After the one side welding of minus plate 5 to be welded, by slipper bracket 4 and the minus plate to be welded 5 arranged thereon along
The glide path 2 of weld side and the welding straight rail 15 of sliding way 8, are slid onto on the rail plate 23 of the first rotation saddle 3.Use pin
Electromagnetic switch 22 is trampled, powers off positioning electromagnet 21, so as to allow under rail plate 23 and the weld side of the first rotation saddle 3
Slideway 2 is separated from.First rotation saddle 3 is turned into the turn-over side of main body frame 1, and then makes the slip of the first rotation saddle 3
Guide rail 23 is relative with the glide path 2 of turn-over side to be connect；Then, by slipper bracket 4 and the minus plate to be welded 5 arranged thereon, edge
The turn-over ramp 14 of rail plate 23 and sliding way 8, is slid onto from the first rotation saddle 3 on the glide path 2 of turn-over side.
Afterwards, slipper bracket 4 and the minus plate to be welded 5 arranged thereon are promoted, along turn-over side glide path 2 and
The turn-over ramp 14 of sliding way 8, it is slid onto the lower section that the lifting turn-over mechanism 6 positioned at middle part lifts by crane clamping jaw 44.Due to sliding way 8
14 two sections of turn-over ramp has been elevated point in the intersecting middle parts of the inclined plane of V-shape arrangement, so slipper bracket 4 is along sliding way
When 8 turn-over ramps 14 are slid into the middle part of ramp, slipper bracket 4 and the minus plate to be welded 5 arranged thereon already close to vertical,
The clamping of convenient lifting clamping jaw 44（As shown in figure 23）.It is swung up lifting by crane the elevating control bar 37 of turn-over mechanism 6, passes through driving
Connecting rod 38 and articulated linkage 40, the lifting clamping jaw 44 of turn-over rotating bar 42 and its lower end is driven to drop to minus plate 5 to be welded
Top edge.Then, to lower swing clamping jaw control-rod 36, it is set in using the pulling of steel wire 39 is lifted in turn-over rotating bar 42
Hoisting frame 43 rises；And then by the rising of the clamping jaw jointed shaft 77 of hoisting frame 43, to drive the first clamping jaw 45 of lifting clamping jaw 44
Opened with the second clamping jaw 46.When the lifting clamping jaw 44 of opening is directed at the retaining part of the upper end of minus plate 5 to be welded（Insulation strip is convex
Edge）When, clamping jaw control-rod 36 is unclamped, lifting clamping jaw 44 pulls hoisting frame 43 to move downward by gravity, so that lifting clamping jaw
44 the first clamping jaw 45 and the second clamping jaw 46 close, to clamp minus plate 5 to be welded.
After lifting clamping jaw 44 presss from both sides steady minus plate 5 to be welded, downward oscillating lifting control-rod 37, turn-over rotating bar 42 is driven
And the minus plate to be welded 5 that its lower end lifting clamping jaw 44 clamps rises together, and then minus plate 5 to be welded is set to be held in the palm with sliding
Frame 4 separates；Then, the upending frame 35 of lifting turn-over mechanism 6 is made, along the sliding beam 12 on the top of midfoot support frame 7, to away from main
The direction of body framework 1 is slided, to allow between minus plate 5 and main body frame 1 sidepiece to be welded at a distance from being minus plate
Turn-over is prepared.Drive the lifting clamping jaw 44 and the tripod of hoisting frame 43 of hanging minus plate to be welded 5 and its top
76, together around turn-over rotating bar 42 be rotatablely connected first 74 gyroaxis rotation, and then by minus plate 5 to be welded it is unwelded one
Face goes to outside.After minus plate 5 to be welded is rotated in place, make the upending frame 35 of lifting turn-over mechanism 6, to close to main body frame 1
Direction slide, allow minus plate 5 to be welded to move back to the top of slipper bracket 4；Elevating control bar 37 is swung up, allows turn-over
Minus plate 5 to be welded is fallen back on slipper bracket 4, then to lower swing clamping jaw control-rod 36, makes the first of lifting clamping jaw 44 to press from both sides
The clamping jaw 46 of pawl 45 and second opens, and then allows minus plate 5 to be welded to be separated with lifting clamping jaw 44.
Promote slipper bracket 4 and the thereon minus plate to be welded 5 of turn-over, along turn-over side glide path 2 and on
The turn-over ramp 14 of slideway 8, it is slid onto on the rail plate 23 of the second rotation saddle 10.Then, 10 turns of saddle is rotated by second
The weld side of main body frame 1 is moved, and then makes the rail plate 23 of the second rotation saddle 10 relative with the glide path 2 of weld side
Connect.Afterwards, by the slipper bracket 4 and thereon minus plate to be welded 5 of turn-over, along rail plate 23 and sliding way 8
Straight rail 15 is welded, is slid onto from the second rotation saddle 10 on the glide path 2 of weld side.Guide mechanism 9 is welded, driving again is slided
The bracket 4 and minus plate to be welded 5 of turn-over has at the uniform velocity moved thereon, and negative electrode bottom plate and negative electrode are led using fixed welding gun 18
Electric crossbeam binding site is simultaneously welded in addition；Realize the two-sided welding of minus plate.The negative electrode plate weld special purpose device
Using can reduce the quantity of operating personnel, reduce labor strength, improve operating efficiency；Also, wire-feeding pipe can be avoided
Abrasion, renewal cost is reduced, lift welding quality.
Claims (9)
1. a kind of negative electrode plate weld special purpose device, including main body frame（1）, it is characterised in that：The main body frame（1）Bottom
Both sides are respectively arranged with the glide path of two parallel arrangements（2）, two glide paths（2）Between, main body frame（1）Top then set
It is equipped with sliding way（8）, sliding way（8）By welding straight rail（15）With turn-over ramp（14）Enclose composition；Sliding way（8）Welding it is straight
Rail（15）With glide path（2）Parallel arrangement, sliding way（8）Turn-over ramp（14）Including the inclination rail two sections in V-shape arrangement
Road, turn-over ramp（14）Middle part pass through ramp support（13）With main body frame（1）It is connected；The sliding way（8）Under both ends
Side, it is respectively arranged with structure identical first and rotates saddle（3）With the second rotation saddle（10）；First rotation saddle（3）With
Two rotation saddles（10）Include saddle support body（19）, saddle support body（19）Bottom be provided with and be used for and glide path（2）Docking
Rail plate（23）, saddle support body（19）Gyroaxis at be provided with the hinged stanchion arranged vertically（20）；First rotation
Transduction frame（3）With the second rotation saddle（10）, respectively by being arranged on hinged stanchion（20）On saddle rotary shaft（11）With master
Body framework（1）Both ends be hinged；The glide path（2）With sliding way（8）Between, slide the slip support for being provided with and being in tilted layout
Frame（4）；Positioned at sliding way（8）Weld straight rail（15）The main body frame of side（1）Bottom be provided with welding guide mechanism（9）；
Positioned at sliding way（8）Turn-over ramp（14）The glide path of side（2）Top be provided with lifting turn-over mechanism（6）, lift by crane turn-over
Mechanism（6）Pass through midfoot support frame（7）With main body frame（1）It is connected.
2. negative electrode plate weld special purpose device according to claim 1, it is characterised in that：The glide path（2）With sliding way
（8）Between the slipper bracket that sets（4）Including bracket main body（24）, bracket main body（24）Bottom, close glide path（2）Side
It is provided with downslide driving wheel（27）, downslide driving wheel（27）Top be provided with horizontally disposed guide plate（25）, bracket main body（24）
Top, close sliding way（8）Side be provided with movable pulley（28）；The downslide driving wheel（27）By slider roller（30）Structure
Into slider roller（30）Pass through pulley link（29）With bracket main body（24）Bottom be connected；The guide plate（25）With under
Movable pulley（27）Pulley link（29）It is connected；Bracket main body（24）Bottom is away from glide path（2）Side be provided with supporting plate
（26）；Slipper bracket（4）Pass through downslide driving wheel（27）It is slidably arranged in glide path（2）On, slipper bracket（4）Top then utilize
Upper movable pulley（28）With sliding way（8）It is slidably connected.
3. negative electrode plate weld special purpose device according to claim 1, it is characterised in that：The welding guide mechanism（9）Bag
Include and be arranged on glide path（2）The guiding motor of sidepiece（31）, guide motor（31）Output shaft along and glide path（2）
Perpendicular direction arrangement；The guiding motor（31）Output shaft be provided with active friction roller（32）, active friction roller
（32）Lower section be provided with driven friction roller（33）, active friction roller（32）With driven friction roller（33）Between be provided between guiding
Gap（34）.
4. negative electrode plate weld special purpose device according to claim 1, it is characterised in that：The lifting turn-over mechanism（6）Bag
Include upending frame（35）, upending frame（35）By L-type hanger body（48）Form, L-type hanger body（48）Lower bending section end
It is provided with elevating lever articulated section（49）；L-type hanger body（48）Upper bending section in the middle part of be provided with rod hinge connection portion（50）, L
Type hanger body（48）The end set of upper bending section has upper slip limiting roll（52）With lower slider limiting roll（53）；Upending frame
（35）Pass through upper slip limiting roll（52）With lower slider limiting roll（53）, it is slidably connected at midfoot support frame（7）What top was set
Sliding beam（12）On；The upending frame（35）Lower end be provided with elevating control bar（37）, elevating control bar（37）By elevating lever
Main body（54）Form, elevating lever main body（54）Front end be respectively arranged with hinge hole under drive rod（56）With suspension bracket hinge hole
（55）；Elevating control bar（37）Pass through suspension bracket hinge hole（55）With upending frame（35）The elevating lever articulated section of lower end（49）Mutually cut with scissors
Connect；Elevating control bar（37）Front end be additionally provided with drive link（38）, drive link（38）By the drive rod master arranged vertically
Body（57）Form, drive rod main body（57）Upper end be provided with articulated section（61）, drive rod main body（57）Lower end be provided with
Lower articulated section（58）；Drive link（38）Pass through lower articulated section（58）Elevating lever hinge hole（59）With elevating control bar（37）'s
Hinge hole under drive rod（56）It is hinged；The drive link（38）Upper articulated section（61）It is provided with articulated linkage（40）, hinge
Connective pole（40）By hinge bar main body（65）Form, hinge bar main body（65）One end be provided with hinge hole on drive rod（66）,
Hinge bar main body（65）The other end be provided with lifting hinge hole（69）, hinge bar main body（65）To be provided with middle part be hinged at middle part
Hole（68）；Articulated linkage（40）One end pass through hinge hole on drive rod（66）With drive link（38）Upper articulated section（61）Phase
It is be hinged, articulated linkage（40）Middle part then pass through middle part hinge hole（68）With upending frame（35）Rod hinge connection portion（50）Mutually cut with scissors
Connect；The articulated linkage（40）The other end be provided with the turn-over rotating bar arranged straight down（42）, turn-over rotating bar（42）
By the bull stick body of rod（72）Form, the bull stick body of rod（72）Lower end be provided with rotation connection head（74）；The turn-over rotating bar（42）
Upper end and articulated linkage（40）Lifting hinge hole（69）It is hinged；Turn-over rotating bar（42）The rotation connection head of lower end（74）
On be provided with lifting clamping jaw（44）.
5. negative electrode plate weld special purpose device according to claim 4, it is characterised in that：The lifting turn-over mechanism（6）'s
Turn-over rotating bar（42）On be provided with hoisting frame（43）, hoisting frame（43）By lifting sleeve（75）Form, lift sleeve（75）'s
The tripod arranged downwards is provided with outer wall（76）, tripod（76）The clamping jaw jointed shaft that is arranged horizontally of bottom（77）,
Tripod（76）Middle part hollow out be connector holding part（78）；Lift sleeve（75）The top of outer wall is additionally provided with steel wire connection
Otic placode（79）；Hoisting frame（43）By lifting sleeve（75）It is socketed in turn-over rotating bar（42）The bull stick body of rod（72）Outside,
And turn-over rotating bar（42）The rotation connection head of lower end（74）Positioned at hoisting frame（43）Connector holding part（78）It is interior；Described turn
Dynamic connector（74）The lifting clamping jaw of upper setting（44）By the first clamping jaw of arranged crosswise（45）With the second clamping jaw（46）Form, the
One clamping jaw（45）Including being provided with narrow pawl grafting chamber（82）Wide corpus unguis（80）, wide corpus unguis（80）Middle part be provided with clamping jaw and be hinged
Hole（83）, wide corpus unguis（80）Lower end be provided with long clamping plate（84）, wide corpus unguis（80）Upper end be provided with quarter butt articulated section I
（81）；Second clamping jaw（46）Including narrow corpus unguis（85）, narrow corpus unguis（85）Middle part be provided with clamping jaw hinged set（86）, narrow corpus unguis
（85）Lower end be provided with long clamping plate（84）, narrow corpus unguis（85）Upper end be provided with quarter butt articulated section II（87）；Second folder
Pawl（46）It is plugged on the first clamping jaw（45）Narrow pawl grafting chamber（82）It is interior；First clamping jaw（45）With the second clamping jaw（46）Pass through respectively
Clamping jaw hinge hole（83）With clamping jaw hinged set（86）, cross-articulation is in hoisting frame（43）The clamping jaw jointed shaft of bottom（77）On；The
One clamping jaw（45）Quarter butt articulated section I（81）And second clamping jaw（46）Quarter butt articulated section II（87）, pass through short connection respectively
Bar（47）With being rotatablely connected head（74）Both sides be hinged；Described and elevating control bar（37）The drive link that front end is hinged
（38）Lower articulated section（58）It is provided with clamping jaw control-rod（36）, clamping jaw control-rod（36）By U-shaped bending bar（62）Form, it is U-shaped
Bending bar（62）One end be provided with lift-pull handle（63）, U-shaped bending bar（62）The other end be provided with steel wire fastening part（64）；
Clamping jaw control-rod（36）Pass through U-shaped bending bar（62）Interlude, be hinged on drive link（38）Lower articulated section（58）Clamping jaw
Bar mounting hole（60）It is interior；The clamping jaw control-rod（36）With hoisting frame（43）Between be provided with lifting steel wire（39）, lift steel wire
（39）One end and clamping jaw control-rod（36）Steel wire fastening part（64）It is connected, lifts steel wire（39）The other end and hoisting frame
（43）The steel wire connection otic placode on top（79）It is connected, and lifts steel wire（39）Along drive link（38）, articulated linkage（40）With
Turn-over rotating bar（42）Continuous arrangement.
6. negative electrode plate weld special purpose device according to claim 5, it is characterised in that：The articulated linkage（40）End with
The turn-over rotating bar arranged vertically（42）Between upper end, connector is provided with（41）；Connector（41）The hinge set by one end
Extension bar articulated section（70）, with articulated linkage（40）Lifting hinge hole（69）It is hinged；Connector（41）Also set by the other end
The rotating bar articulated section put（71）, with turn-over rotating bar（42）The disjunctor hinge hole of upper end（73）It is hinged.
7. negative electrode plate weld special purpose device according to claim 5, it is characterised in that：It is described along drive link（38）, hinge
Connective pole（40）With turn-over rotating bar（42）The lifting steel wire continuously arranged（39）Each bending steering position, be respectively arranged with steel
Silk directive wheel（67）.
8. negative electrode plate weld special purpose device according to claim 1, it is characterised in that：The sliding way（8）Turn-over ramp
（14）The medium position that intersects of two sections of inclined planes at, be provided with and anti-turn over neck（17）.
9. negative electrode plate weld special purpose device according to claim 1, it is characterised in that：The structure identical first rotates
Saddle（3）With the second rotation saddle（10）Saddle support body（19）Bottom, positioned at rail plate（23）The opening position at both ends, respectively
It is provided with positioning electromagnet（21）, and rail plate（23）Electromagnetic switch is provided with below end（22）；Main body frame（1）Two
Hold bottom, rotate saddle with first（3）With the second rotation saddle（10）The corresponding position in rotation limit position, set respectively
Have and be used for and positioning electromagnet（21）The spacing suction block being connected（16）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710953046.9A CN107538172B (en) | 2017-10-13 | 2017-10-13 | Special device for welding cathode plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710953046.9A CN107538172B (en) | 2017-10-13 | 2017-10-13 | Special device for welding cathode plate |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107538172A true CN107538172A (en) | 2018-01-05 |
| CN107538172B CN107538172B (en) | 2024-02-27 |
Family
ID=60967787
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710953046.9A Active CN107538172B (en) | 2017-10-13 | 2017-10-13 | Special device for welding cathode plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107538172B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109128598A (en) * | 2018-09-20 | 2019-01-04 | 王佩洁 | A kind of automation metalworking machinery cooling with electromechanical high temperature plastotype and cryogenic vacuum |
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| JP2002263887A (en) * | 2001-03-09 | 2002-09-17 | Nippon Steel Weld Prod & Eng Co Ltd | Plate turning device |
| CN202830194U (en) * | 2012-10-10 | 2013-03-27 | 沈阳市新利兴有色合金有限公司 | Cathode conductive beam and cathode conduction device |
| KR20160044237A (en) * | 2014-10-15 | 2016-04-25 | 한국고벨주식회사 | Girder and the automatic welding unit for flat welding |
| CN205834533U (en) * | 2016-07-29 | 2016-12-28 | 苏州猎奇智能设备有限公司 | Minus plate automatic welding line |
| CN207344062U (en) * | 2017-10-13 | 2018-05-11 | 沈阳市新利兴有色合金有限公司 | A kind of minus plate welds special purpose device |
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2017
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH07157074A (en) * | 1993-12-01 | 1995-06-20 | Hosono Tekkosho:Kk | Shape steel manufacturing facility |
| JP2002263887A (en) * | 2001-03-09 | 2002-09-17 | Nippon Steel Weld Prod & Eng Co Ltd | Plate turning device |
| CN202830194U (en) * | 2012-10-10 | 2013-03-27 | 沈阳市新利兴有色合金有限公司 | Cathode conductive beam and cathode conduction device |
| KR20160044237A (en) * | 2014-10-15 | 2016-04-25 | 한국고벨주식회사 | Girder and the automatic welding unit for flat welding |
| CN205834533U (en) * | 2016-07-29 | 2016-12-28 | 苏州猎奇智能设备有限公司 | Minus plate automatic welding line |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109128598A (en) * | 2018-09-20 | 2019-01-04 | 王佩洁 | A kind of automation metalworking machinery cooling with electromechanical high temperature plastotype and cryogenic vacuum |
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| Publication number | Publication date |
|---|---|
| CN107538172B (en) | 2024-02-27 |
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