CN204235049U - For the welder of tank body - Google Patents
For the welder of tank body Download PDFInfo
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- CN204235049U CN204235049U CN201420369660.2U CN201420369660U CN204235049U CN 204235049 U CN204235049 U CN 204235049U CN 201420369660 U CN201420369660 U CN 201420369660U CN 204235049 U CN204235049 U CN 204235049U
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- snub pulley
- pressure roller
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- roller
- burn
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Abstract
A kind of welder for tank body, include and locate one section of cylindrical tube by three-point fix mode and make this section of rotary left frame of cylindrical tube, locate another section of cylindrical tube by three-point fix mode and make this section of rotary right frame of cylindrical tube, to be arranged in left frame or right frame and the snub pulley (25) acted on the connection gap of two sections of cylindrical tubes and upper pressure roller (26), snub pulley (25) and upper pressure roller (26) are set to connect with left frame or right gantry rotation formula respectively, by left frame or right frame, two sections of cylindrical tubes are docked, by snub pulley (25) and upper pressure roller (26), roll extrusion alignment is carried out to the weld seam of two sections of cylindrical tubes, no longer directly the weld seam of two sections of cylindrical tubes is docked, therefore improve weld and HAZ precision and the welding quality of cylindrical tube.
Description
One, technical field
The utility model relates to a kind of welder, especially a kind of welder for tank body.
Two, background technology
Tank body is widely used in fluid storage and chemical industry, and tank body is all generally be welded by the cylindrical tube of a section and another section, therefore the welder for tank body is a kind of important soldering appliance, existing in the welder of tank body, all also manually weld, due to the weld seam butt junction location inaccuracy between cylindrical tube, have impact on welding quality.
Three, summary of the invention
In order to overcome above-mentioned technical disadvantages, the purpose of this utility model is to provide a kind of welder for tank body, therefore improves weld and HAZ precision and the welding quality of cylindrical tube.
For achieving the above object, the technical scheme that the utility model is taked is: include and locate one section of cylindrical tube by three-point fix mode and make this section of rotary left frame of cylindrical tube, locate another section of cylindrical tube and make this section of rotary right frame of cylindrical tube, be arranged in left frame or right frame and the snub pulley acted on the connection gap of two sections of cylindrical tubes and upper pressure roller by three-point fix mode, snub pulley and upper pressure roller are set to connect with left frame or right gantry rotation formula respectively.
Owing to devising snub pulley, upper pressure roller, left frame or right frame, by left frame or right frame, two sections of cylindrical tubes are docked, by snub pulley and upper pressure roller, roll extrusion alignment is carried out to the weld seam of two sections of cylindrical tubes, no longer directly the docking of the weld seam of two sections of cylindrical tubes, therefore improve weld and HAZ precision and the welding quality of cylindrical tube.
The utility model devises, left frame is set to include left base, locking device, left tailstock, bracket, location carrying roller, positioning disk and lowering or hoisting gear, right erecting is set to and includes right base, joist, right tailstock, telescoping cylinder, snub pulley, upper pressure roller and guide rail, also include perpendicular support, bracket, external welding tracking device and interior tracking device for welding, the bottom end face of left base is provided with scroll wheel and the bight of left base is provided with locking device, the upper end end face portion of left base is provided with left tailstock and bracket, the upper end end face portion of bracket is provided with location carrying roller and locates the end, two ends that carrying roller is separately positioned on bracket, positioning disk is placed through sliding seat and connects with left tailstock slidingtype and positioning disk is set to connect with sliding seat rotary type, lowering or hoisting gear is provided with between sliding seat and left tailstock, the bottom end face of right base is provided with scroll wheel and the bight of right base is provided with locking device, guide rail be arranged on ground basal plane on and right base is arranged on guide rail, the upper end end face that right tailstock is arranged on right base is set to connect with right base sliding formula, telescoping cylinder is provided with between right tailstock and right base, joist is arranged on right tailstock and joist and right tailstock are set in crossing distribution, location carrying roller is respectively arranged with in the end, two ends of joist, snub pulley and upper pressure roller are arranged on the end of right base and are set to the location carrying roller of joist in same side, the center line of snub pulley and upper pressure roller is set to be parallel to each other distribution and at snub pulley and right tailstock, lowering or hoisting gear is provided with between upper pressure roller and right tailstock, snub pulley and upper pressure roller are set to connect with the sliding seat rotary type between lowering or hoisting gear and right tailstock respectively, interior tracking device for welding is provided with and interior tracking device for welding is set to connect with right tailstock at the lateral surface of snub pulley and upper pressure roller, left base is set to distribution corresponding with right base and the joint portion of left base and right base is provided with perpendicular support, bracket is set to connect with perpendicular bracket slide formula and be provided with lowering or hoisting gear between bracket and perpendicular support, external welding tracking device is arranged on bracket.
The utility model devises, and two location carrying rollers of positioning disk and bracket are set to distribution triangular in shape.
The utility model devises, and two location carrying rollers of snub pulley and joist are set to distribution triangular in shape.
The utility model devises, also include Inner to burn-on roller seat, Inner burn-ons pressure roller mount pad, Inner burn-on pressure roller lifting guide post, Inner pressure roller lifting of burn-oning drives oil cylinder and Inner to burn-on pressure roller rotary motion power source, Inner pressure roller mount pad of burn-oning is set to connect with right base, burn-on and to be provided with Inner at burn-on roller seat and Inner of Inner between pressure roller mount pad and to burn-on pressure roller lifting guide post, Inner pressure roller lifting of burn-oning drives the oil cylinder telescopic end roller seat that is set to burn-on with Inner to connect the pressure roller and Inner burn-ons and be elevated and drive the oil cylinder stiff end pressure roller mount pad that is set to burn-on with Inner to connect, the upper pressure roller output shaft that roller seat rotary type connects the pressure roller rotary motion power source and upper pressure roller is set to burn-on with Inner that is set to burn-on with Inner connects.
The utility model devises, also include Inner and weld subiculum roller seat, Inner welds snub pulley mount pad, Inner welds snub pulley lifting guide post, Inner welds snub pulley lifting and drives oil cylinder, Inner welds snub pulley rotary motion power source, Inner welds the upper voussoir of snub pulley lifting and Inner welds snub pulley lifting lower wedge block, Inner welds snub pulley mount pad and the lifting of Inner weldering snub pulley drives the stiff end of oil cylinder to be set to respectively connect with right base, weld subiculum roller seat and Inner at Inner to weld and to be provided with Inner between snub pulley mount pad and to weld snub pulley and be elevated guide post, snub pulley is set to weld with Inner subiculum roller seat rotary type and connects and the output shaft that snub pulley is set to weld with Inner snub pulley rotary motion power source connects, Inner welds the upper voussoir of snub pulley lifting and is set to weld with Inner subiculum roller seat and connects and Inner welds snub pulley is elevated lower wedge block and is set to weld snub pulley mount pad slidingtype with Inner and connects, Inner welds the upper voussoir of snub pulley lifting and Inner and welds snub pulley lifting lower wedge block and be set to corresponding distribution and Inner welds snub pulley lifting lower wedge block is set to weld with Inner snub pulley and is elevated and drives the telescopic end of oil cylinder to connect.
The utility model devises, locking device is set to include bearing, buckle and power cylinder, bearing settlement is on guide rail, buckle is separately positioned on two side surface part of guide rail and is set to connect with bearing rotary type, and the end, upper end of buckle is set to other end end that is hinged with the end, one end of power cylinder, power cylinder and is set to bearing hinged.
The utility model devises, external welding tracking device is set to include column, swing arm, roller, servo cylinder, balancing pole, welding wire mounting disc, spring, wire-feed motor, positioning disk and backstay, the support of balancing pole and wire-feed motor is set to connect with bracket and on balancing pole, be provided with welding wire mounting disc respectively, column is set to connect with the support slidingtype of balancing pole and wire-feed motor respectively, the top end of column is provided with positioning disk and the bottom terminal ends of column is provided with swing arm, swing arm is arranged on the other end end of column and is provided with servo cylinder between swing arm and column, swing arm is set to connect with the other end end rotary type of column and the end of swing arm is provided with roller, wire-feed motor is set to the two sides being distributed in column with servo cylinder, the end, one end of backstay is set to and the other end end of backstay hinged with balancing pole and is set to and positioning disk clamping, positioning disk is provided with the locating fastener cell body corresponding with backstay, spring is provided with between backstay and balancing pole.
The utility model devises, interior tracking device for welding is set to include fixed head, adjusting screw(rod), regulating spring, sliding seat, to live in seclusion roller, supporting seat, sliding stand, rail rods and drive link, fixed head and sliding seat are set to connect with right tailstock, adjusting screw(rod) is set to connect with fixed head screw-type and is set to connect with one end end face of drive link, drive link is set to be serially connected on sliding seat, supporting seat is set to connect with the other end end face of drive link, regulating spring is provided with between drive link and fixed head, roller of living in seclusion is arranged on the side, side of regulating spring and is set to connect with drive rod rotation formula, sliding stand is placed through horizontal and vertical rail rods and connects with supporting seat.
In the technical program, left frame or right frame carry out according to direction, left and right side the term that defines.
In the technical program, carrying out the snub pulley 25 of roll extrusion alignment, upper pressure roller 26, left frame or right frame to the weld seam of two sections of cylindrical tubes is important technical characteristic, in the technical field of the welder for tank body, has novelty, creativeness and practicality.
Four, accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The schematic perspective view of Fig. 1 to be schematic diagram of the present utility model: Fig. 2 be left frame:
Fig. 3 is the schematic perspective view of right frame:
Fig. 4 is the structural representation of locking device 12:
Fig. 5 is the structural representation of external welding tracking device 8:
Fig. 6 is the structural representation of interior tracking device for welding 4:
Fig. 7 is the scheme of installation of upper pressure roller 26:
Fig. 8 is the scheme of installation of snub pulley 25.
Five, detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Fig. 1 is an embodiment of the present utility model, illustrate the present embodiment by reference to the accompanying drawings, include left base 11, locking device 12, left tailstock 13, bracket 14, location carrying roller 15, positioning disk 16, lowering or hoisting gear 17, right base 21, joist 22, right tailstock 23, telescoping cylinder 24, snub pulley 25, upper pressure roller 26, guide rail 27, perpendicular support 31, bracket 32, external welding tracking device 8, interior tracking device for welding 4, the bottom end face of left base 11 is provided with scroll wheel and the bight of left base 11 is provided with locking device 12, the upper end end face portion of left base 11 is provided with left tailstock 13 and bracket 14, the upper end end face portion of bracket 14 is provided with location carrying roller 15 and locates the end, two ends that carrying roller 15 is separately positioned on bracket 14, positioning disk 16 is placed through sliding seat and connects with left tailstock 13 slidingtype and positioning disk 16 is set to connect with sliding seat rotary type, lowering or hoisting gear 17 is provided with between sliding seat and left tailstock 13, the bottom end face of right base 21 is provided with scroll wheel and the bight of right base 21 is provided with locking device 12, guide rail 27 be arranged on ground basal plane on and right base 21 is arranged on guide rail 27, the upper end end face that right tailstock 23 is arranged on right base 21 is set to connect with right base 21 slidingtype, telescoping cylinder 24 is provided with between right tailstock 23 and right base 21, joist 22 is arranged on right tailstock 23 and joist 22 and right tailstock 23 are set in crossing distribution, location carrying roller 15 is respectively arranged with in the end, two ends of joist 22, snub pulley 25 and upper pressure roller 26 are arranged on the end of right base 21 and are set to the location carrying roller 15 of joist 22 in same side, the center line of snub pulley 25 and upper pressure roller 26 is set to be parallel to each other distribution and at snub pulley 25 and right tailstock 23, lowering or hoisting gear 17 is provided with between upper pressure roller 26 and right tailstock 23, snub pulley 25 and upper pressure roller 26 are set to connect with the sliding seat rotary type between lowering or hoisting gear 17 and right tailstock 23 respectively, interior tracking device for welding 4 is provided with and interior tracking device for welding 4 is set to connect with right tailstock 23 at the lateral surface of snub pulley 25 and upper pressure roller 26, left base 11 is set to the corresponding distribution of right base 21 and the joint portion of left base 11 and right base 21 is provided with perpendicular support 31, bracket 32 is set to connect with perpendicular support 31 slidingtype and be provided with lowering or hoisting gear 17 between bracket 32 and perpendicular support 31, external welding tracking device 8 is arranged on bracket 32.
In the present embodiment, two location carrying rollers 15 of positioning disk 16 and bracket 14 are set to distribution triangular in shape.
In the present embodiment, two location carrying rollers 15 of snub pulley 25 and joist 22 are set to distribution triangular in shape.
In the present embodiment, also include Inner to burn-on roller seat 261, Inner burn-ons pressure roller mount pad 262, Inner burn-on pressure roller lifting guide post 263, Inner pressure roller lifting of burn-oning drives oil cylinder 264 and Inner to burn-on pressure roller rotary motion power source 265, Inner pressure roller mount pad 262 of burn-oning is set to connect with right base 21, burn-on and to be provided with Inner at burn-on roller seat 261 and Inner of Inner between pressure roller mount pad 262 and to burn-on pressure roller lifting guide post 263, Inner pressure roller lifting of burn-oning drives the oil cylinder 264 telescopic end roller seat 261 that is set to burn-on with Inner to connect the pressure roller and Inner burn-ons and be elevated and drive the oil cylinder 264 stiff end pressure roller mount pad 262 that is set to burn-on with Inner to connect, upper pressure roller 26 output shaft that roller seat 261 rotary type connects the pressure roller rotary motion power source 265 and upper pressure roller 26 is set to burn-on with Inner that is set to burn-on with Inner connects.
In the present embodiment, the lowering or hoisting gear 17 between upper pressure roller 26 and right tailstock 23 refers to that Inner pressure roller of burn-oning is elevated and drives oil cylinder 264.
In the present embodiment, also include Inner and weld subiculum roller seat 252, Inner welds snub pulley mount pad 251, Inner welds snub pulley lifting guide post 253, Inner welds snub pulley lifting and drives oil cylinder 254, Inner welds snub pulley rotary motion power source 255, Inner welds the upper voussoir 256 of snub pulley lifting and Inner welds snub pulley lifting lower wedge block 257, Inner welds snub pulley mount pad 251 and the lifting of Inner weldering snub pulley drives the stiff end of oil cylinder 254 to be set to respectively connect with right base 21, weld subiculum roller seat 252 and Inner at Inner to weld and to be provided with Inner between snub pulley mount pad 251 and to weld snub pulley and be elevated guide post 253, snub pulley 25 is set to weld with Inner subiculum roller seat 252 rotary type and connects and the output shaft that snub pulley 25 is set to weld with Inner snub pulley rotary motion power source 255 connects, Inner welds the upper voussoir 256 of snub pulley lifting and is set to weld with Inner subiculum roller seat 252 and connects and Inner welds snub pulley is elevated lower wedge block 257 and is set to weld snub pulley mount pad 251 slidingtype with Inner and connects, Inner welds the upper voussoir 256 of snub pulley lifting and Inner and welds snub pulley lifting lower wedge block 257 and be set to corresponding distribution and Inner welds snub pulley lifting lower wedge block 257 is set to weld with Inner snub pulley and is elevated and drives the telescopic end of oil cylinder 254 to connect.
In the present embodiment, the lowering or hoisting gear 17 between snub pulley 25 and right tailstock 23 refers to that Inner welds snub pulley and is elevated and drives oil cylinder 254, Inner to weld snub pulley to be elevated voussoir 256 and Inner and to weld snub pulley and be elevated the device that lower wedge block 257 forms.
In the present embodiment, locking device 12 is set to include bearing 121, buckle 122 and power cylinder 123, bearing 121 is arranged on guide rail 27, buckle 122 is separately positioned on two side surface part of guide rail 27 and is set to connect with bearing 121 rotary type, and the end, upper end of buckle 122 is set to other end end that is hinged with the end, one end of power cylinder 123, power cylinder 123 and is set to bearing 121 hinged.
In the present embodiment, external welding tracking device 8 is set to include column 81, swing arm 82, roller 83, servo cylinder 84, balancing pole 85, welding wire mounting disc 86, spring 87, wire-feed motor 88, positioning disk 89 and backstay 810, the support of balancing pole 85 and wire-feed motor 88 is set to connect with bracket 32 and be provided with welding wire mounting disc 86 on balancing pole 85 respectively, column 81 is set to connect with the support slidingtype of balancing pole 85 and wire-feed motor 88 respectively, the top end of column 81 is provided with positioning disk 89 and the bottom terminal ends of column 81 is provided with swing arm 82, swing arm 82 is arranged on the other end end of column 81 and is provided with servo cylinder 84 between swing arm 82 and column 81, swing arm 82 is set to connect with the other end end rotary type of column 81 and the end of swing arm 82 is provided with roller 83, wire-feed motor 88 is set to the two sides being distributed in column 81 with servo cylinder 84, the end, one end of backstay 810 is set to and the other end end of backstay 810 hinged with balancing pole 85 and is set to and positioning disk 89 clamping, positioning disk 89 is provided with the locating fastener cell body corresponding with backstay 810, spring 87 is provided with between backstay 810 and balancing pole 85.
In the present embodiment, roller 83 is set to two and is separately positioned on the end, two ends of swing arm 82.
In the present embodiment, interior tracking device for welding 4 is set to include fixed head 41, adjusting screw(rod) 42, regulating spring 43, sliding seat 44, to live in seclusion roller 45, supporting seat 46, sliding stand 47, rail rods 48 and drive link 49, fixed head 41 and sliding seat 44 are set to connect with right tailstock 23, adjusting screw(rod) 42 is set to connect with fixed head 41 screw-type and is set to connect with one end end face of drive link 49, drive link 49 is set to be serially connected on sliding seat 44, supporting seat 46 is set to connect with the other end end face of drive link 49, regulating spring 43 is provided with between drive link 49 and fixed head 41, roller 45 of living in seclusion is arranged on the side, side of regulating spring 43 and is set to connect with drive link 49 rotary type, sliding stand 47 is placed through horizontal and vertical rail rods 48 and connects with supporting seat 46.
Lateral surface welding gun installed by the welding gun hunting gear 4 of bracket 32, medial surface welding gun installed by the welding gun hunting gear 4 of right tailstock 23, section cylindrical tube of is wherein fixed on left base 11 by two location carrying rollers 15 of positioning disk 16 and bracket 14, another section of cylindrical tube is wherein fixed on right base 21 by two location carrying rollers 15 of snub pulley 25 and joist 22, snub pulley 25 and upper pressure roller 26 is made to be pressed on the connection gap of two sections of cylindrical tubes, by the movement of right base 21 on guide rail 27 and telescoping cylinder 24, the connection gap of two sections of cylindrical tubes is docked, rotate two sections of cylindrical tubes, interior lateral surface welding is carried out by welding gun.
When carrying out outer seam welding, column 81 carries out the location in the welding gun direction of wire-feed motor 88 by positioning disk 89 and backstay 810, roller 83 is made to keep the trend of the welding gun of wire-feed motor 88 with a contacts side surfaces of weld seam, simultaneously under the effect of servo cylinder 84, roller 83 carries out servo-actuated up and down with swing arm 82, when and when carrying out out-seam welding, acted on by spring 87, make positioning disk 89 and backstay 810 not in locating fastener, column 81 moves up, and the welding gun of wire-feed motor 88 and weld seam are departed from.
When carrying out interior seam welding, by drive link 49, the welding gun on sliding stand 47 is alignd with weld seam, by adjusting screw(rod) 42 and rail rods 48, the welding gun on sliding stand 47 and weld seam are carried out fine position, acted on the trend of the welding gun on cylindrical tube maintenance sliding stand 47 by roller 45 of living in seclusion.
The utility model has lower feature:
1, owing to devising snub pulley 25, upper pressure roller 26, left frame or right frame, by left frame or right frame, two sections of cylindrical tubes are docked, by snub pulley 25 and upper pressure roller 26, roll extrusion alignment is carried out to the weld seam of two sections of cylindrical tubes, no longer directly the docking of the weld seam of two sections of cylindrical tubes, therefore improve weld and HAZ precision and the welding quality of cylindrical tube.
2, owing to devising the servo-actuated registration roller 5 of perpendicular support 31, bracket 32, welding gun hunting gear 4 and welding gun, by two welding guns, achieve interior lateral surface and weld simultaneously, improve welding efficiency.
3, owing to devising left base 11, locking device 12, left tailstock 13, bracket 14, location carrying roller 15, positioning disk 16, lowering or hoisting gear 17, right base 21, joist 22, right tailstock 23, telescoping cylinder 24, snub pulley 25, upper pressure roller 26 and guide rail 27, cylindrical tube positioning precision is high, and applicable large length and bigbore cylindrical tube position.
4, owing to devising left base 11, locking device 12, left tailstock 13, bracket 14, location carrying roller 15, positioning disk 16, lowering or hoisting gear 17, right base 21, joist 22, right tailstock 23, telescoping cylinder 24, snub pulley 25, upper pressure roller 26 and guide rail 27, moved by left base 11 and right base 21 and the motion of lowering or hoisting gear 17, achieve the rapid abutting joint of two sections of cylindrical tubes.
That also have other with snub pulley 25 that is that the weld seam of two sections of cylindrical tubes is carried out to roll extrusion and align, upper pressure roller 26, the technical characteristic that left frame or right frame connect is all one of embodiment of the present utility model, therefore in the welder technical field of tank body, every including locates one section of cylindrical tube by three-point fix mode and makes this section of rotary left frame of cylindrical tube, locate another section of cylindrical tube by three-point fix mode and make this section of rotary right frame of cylindrical tube, to be arranged in left frame or right frame and the snub pulley 25 acted on the connection gap of two sections of cylindrical tubes and upper pressure roller 26, the technology contents that snub pulley 25 and upper pressure roller 26 are set to connect with left frame or right gantry rotation formula is respectively all in protection domain of the present utility model.
Claims (9)
1. the welder for tank body; It is characterized in that: include and locate one section of cylindrical tube by three-point fix mode and make this section of rotary left frame of cylindrical tube, locate another section of cylindrical tube and make this section of rotary right frame of cylindrical tube, be arranged in left frame or right frame and the snub pulley (25) acted on the connection gap of two sections of cylindrical tubes and upper pressure roller (26) by three-point fix mode, snub pulley (25) and upper pressure roller (26) are set to connect with left frame or right gantry rotation formula respectively.
2. the welder for tank body according to claim 1, it is characterized in that: left frame is set to include left base (11), locking device (12), left tailstock (13), bracket (14), location carrying roller (15), positioning disk (16) and lowering or hoisting gear (17), right erecting is set to and includes right base (21), joist (22), right tailstock (23), telescoping cylinder (24), snub pulley (25), upper pressure roller (26) and guide rail (27), also include perpendicular support (31), bracket (32), external welding tracking device (8) and interior tracking device for welding (4), the bottom end face of left base (11) is provided with scroll wheel and the bight of left base (11) is provided with locking device (12), the upper end end face portion of left base (11) is provided with left tailstock (13) and bracket (14), the upper end end face portion of bracket (14) is provided with location carrying roller (15) and locates the end, two ends that carrying roller (15) is separately positioned on bracket (14), positioning disk (16) is placed through sliding seat and connects with left tailstock (13) slidingtype and positioning disk (16) is set to connect with sliding seat rotary type, lowering or hoisting gear (17) is provided with between sliding seat and left tailstock (13), the bottom end face of right base (21) is provided with scroll wheel and the bight of right base (21) is provided with locking device (12), guide rail (27) be arranged on ground basal plane on and right base (21) is arranged on guide rail (27), the upper end end face that right tailstock (23) is arranged on right base (21) is set to connect with right base (21) slidingtype, telescoping cylinder (24) is provided with between right tailstock (23) and right base (21), joist (22) is arranged on that right tailstock (23) is upper and joist (22) and right tailstock (23) are set in crossing distribution, location carrying roller (15) is respectively arranged with in the end, two ends of joist (22), snub pulley (25) and upper pressure roller (26) are arranged on the end of right base (21) and are set to the location carrying roller (15) of joist (22) in same side, the center line of snub pulley (25) and upper pressure roller (26) is set to be parallel to each other distribution and at snub pulley (25) and right tailstock (23), lowering or hoisting gear (17) is provided with between upper pressure roller (26) and right tailstock (23), snub pulley (25) and upper pressure roller (26) are set to connect with the sliding seat rotary type between lowering or hoisting gear (17) and right tailstock (23) respectively, interior tracking device for welding (4) is provided with and interior tracking device for welding (4) is set to connect with right tailstock (23) at the lateral surface of snub pulley (25) and upper pressure roller (26), left base (11) is set to right base (21) corresponding distribution and the joint portion of left base (11) and right base (21) is provided with perpendicular support (31), bracket (32) is set to connect with perpendicular support (31) slidingtype and be provided with lowering or hoisting gear (17) between bracket (32) and perpendicular support (31), external welding tracking device (8) is arranged on bracket (32).
3. the welder for tank body according to claim 2; It is characterized in that: two location carrying roller (15) of positioning disk (16) and bracket (14) are set to distribution triangular in shape.
4. the welder for tank body according to claim 2; It is characterized in that: two location carrying roller (15) of snub pulley (25) and joist (22) are set to distribution triangular in shape.
5. the welder for tank body according to claim 2, it is characterized in that: also include Inner and to burn-on roller seat (261), Inner burn-ons pressure roller mount pad (262), Inner burn-on pressure roller lifting guide post (263), Inner pressure roller lifting of burn-oning drives oil cylinder (264) and Inner to burn-on pressure roller rotary motion power source (265), Inner pressure roller mount pad (262) of burn-oning is set to connect with right base (21), burn-on and to be provided with Inner at burn-on roller seat (261) and Inner of Inner between pressure roller mount pad (262) and to burn-on pressure roller lifting guide post (263), Inner pressure roller lifting of burn-oning drives oil cylinder (264) the telescopic end roller seat (261) that is set to burn-on with Inner to connect the pressure roller and Inner burn-ons and be elevated and drive oil cylinder (264) the stiff end pressure roller mount pad (262) that is set to burn-on with Inner to connect, upper pressure roller (26) output shaft that roller seat (261) rotary type connects the pressure roller rotary motion power source (265) and upper pressure roller (26) is set to burn-on with Inner that is set to burn-on with Inner connects.
6. the welder for tank body according to claim 2; it is characterized in that: also include Inner and weld subiculum roller seat (252), Inner welds snub pulley mount pad (251), Inner welds snub pulley lifting guide post (253), Inner welds snub pulley lifting and drives oil cylinder (254), Inner welds snub pulley rotary motion power source (255), Inner welds the upper voussoir (256) of snub pulley lifting and Inner welds snub pulley lifting lower wedge block (257), Inner welds snub pulley mount pad (251) and the lifting of Inner weldering snub pulley drives the stiff end of oil cylinder (254) to be set to respectively connect with right base (21), weld subiculum roller seat (252) and Inner at Inner to weld and to be provided with Inner between snub pulley mount pad (251) and to weld snub pulley and be elevated guide post (253), snub pulley (25) is set to weld with Inner subiculum roller seat (252) rotary type and connects and the output shaft that snub pulley (25) is set to weld with Inner snub pulley rotary motion power source (255) connects, Inner welds the upper voussoir (256) of snub pulley lifting and is set to weld with Inner subiculum roller seat (252) and connects and Inner welds snub pulley is elevated lower wedge block (257) and is set to weld snub pulley mount pad (251) slidingtype with Inner and connects, Inner welds the upper voussoir (256) of snub pulley lifting and Inner and welds snub pulley lifting lower wedge block (257) and be set to corresponding distribution and Inner welds snub pulley is elevated lower wedge block (257) and is set to weld with Inner snub pulley and is elevated and drives the telescopic end of oil cylinder (254) to connect.
7. the welder for tank body according to claim 2; It is characterized in that: locking device (12) is set to include bearing (121), buckle (122) and power cylinder (123), bearing (121) is arranged on guide rail (27), buckle (122) is separately positioned on two side surface part of guide rail (27) and is set to connect with bearing (121) rotary type, and the end, upper end of buckle (122) is set to other end end that is hinged with the end, one end of power cylinder (123), power cylinder (123) and is set to bearing (121) hinged.
8. the welder for tank body according to claim 2, it is characterized in that: external welding tracking device (8) is set to include column (81), swing arm (82), roller (83), servo cylinder (84), balancing pole (85), welding wire mounting disc (86), spring (87), wire-feed motor (88), positioning disk (89) and backstay (810), the support of balancing pole (85) and wire-feed motor (88) is set to connect with bracket (32) and be provided with welding wire mounting disc (86) on balancing pole (85) respectively, column (81) is set to connect with the support slidingtype of balancing pole (85) and wire-feed motor (88) respectively, the top end of column (81) is provided with positioning disk (89) and the bottom terminal ends of column (81) is provided with swing arm (82), swing arm (82) is arranged on the other end end of column (81) and is provided with servo cylinder (84) between swing arm (82) and column (81), swing arm (82) is set to connect with the other end end rotary type of column (81) and the end of swing arm (82) is provided with roller (83), wire-feed motor (88) is set to the two sides being distributed in column (81) with servo cylinder (84), the end, one end of backstay (810) is set to and the other end end of backstay (810) hinged with balancing pole (85) and is set to and positioning disk (89) clamping, positioning disk (89) is provided with the locating fastener cell body corresponding with backstay (810), spring (87) is provided with between backstay (810) and balancing pole (85).
9. the welder for tank body according to claim 2, it is characterized in that: interior tracking device for welding (4) is set to include fixed head (41), adjusting screw(rod) (42), regulating spring (43), sliding seat (44), to live in seclusion roller (45), supporting seat (46), sliding stand (47), rail rods (48) and drive link (49), fixed head (41) and sliding seat (44) are set to connect with right tailstock (23), adjusting screw(rod) (42) is set to connect with fixed head (41) screw-type and is set to connect with one end end face of drive link (49), drive link (49) is set to be serially connected on sliding seat (44), supporting seat (46) is set to connect with the other end end face of drive link (49), regulating spring (43) is provided with between drive link (49) and fixed head (41), roller (45) of living in seclusion is arranged on the side, side of regulating spring (43) and is set to connect with drive link (49) rotary type, sliding stand (47) is placed through horizontal and vertical rail rods (48) and connects with supporting seat (46).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420369660.2U CN204235049U (en) | 2014-07-07 | 2014-07-07 | For the welder of tank body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420369660.2U CN204235049U (en) | 2014-07-07 | 2014-07-07 | For the welder of tank body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204235049U true CN204235049U (en) | 2015-04-01 |
Family
ID=52764601
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420369660.2U Expired - Fee Related CN204235049U (en) | 2014-07-07 | 2014-07-07 | For the welder of tank body |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204235049U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108673041A (en) * | 2018-07-20 | 2018-10-19 | 盐城市大明化工机械有限公司 | A kind of pressure vessel special welding device and welding method |
| CN109773400A (en) * | 2015-07-31 | 2019-05-21 | 南通中集罐式储运设备制造有限公司 | Tank container assembly bench and assembly method |
| CN111230421A (en) * | 2020-03-12 | 2020-06-05 | 洪娇娇 | Manufacturing method of large pressure container |
| CN113789721A (en) * | 2021-09-14 | 2021-12-14 | 上海浦江缆索股份有限公司 | Stay cable guide strip installation structure and installation method |
-
2014
- 2014-07-07 CN CN201420369660.2U patent/CN204235049U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109773400A (en) * | 2015-07-31 | 2019-05-21 | 南通中集罐式储运设备制造有限公司 | Tank container assembly bench and assembly method |
| CN109773400B (en) * | 2015-07-31 | 2020-09-11 | 南通中集罐式储运设备制造有限公司 | Tank container assembly stand and assembly method |
| CN108673041A (en) * | 2018-07-20 | 2018-10-19 | 盐城市大明化工机械有限公司 | A kind of pressure vessel special welding device and welding method |
| CN111230421A (en) * | 2020-03-12 | 2020-06-05 | 洪娇娇 | Manufacturing method of large pressure container |
| CN113789721A (en) * | 2021-09-14 | 2021-12-14 | 上海浦江缆索股份有限公司 | Stay cable guide strip installation structure and installation method |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150401 Termination date: 20170707 |