CN104708190A - Suspension type siphon horizontal drainage pipe welding correcting support - Google Patents
Suspension type siphon horizontal drainage pipe welding correcting support Download PDFInfo
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- CN104708190A CN104708190A CN201510068610.XA CN201510068610A CN104708190A CN 104708190 A CN104708190 A CN 104708190A CN 201510068610 A CN201510068610 A CN 201510068610A CN 104708190 A CN104708190 A CN 104708190A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K11/00—Resistance welding; Severing by resistance heating
- B23K11/36—Auxiliary equipment
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Abstract
The invention relates to a suspension type siphon horizontal drainage pipe welding correcting support. The suspension type siphon horizontal drainage pipe welding correcting support comprises a left support body, a hot melting welding plate, a middle support body, a manual adjusting device, a gear transmission device, a right support body, a fixed connecting rod, a right drainage pipe, suspension square steel, a left drainage pipe and a suspension pipe clamping device. The fixed connecting rod is fixedly connected to a top surface wall, the suspension square steel is fixedly connected to the fixed connecting rod, the suspension pipe clamping device is fixedly connected to the suspension square steel, the left support body, the middle support body and the right support body are connected with the suspension square steel, the manual adjusting device is installed on the middle support body, the gear transmission device is connected with the left support body and the right support body and forms gear transmission with the middle support body, the manual adjusting device is installed on the middle support body, and the hot melting welding plate is arranged on a connector of the left drainage pipe and the right drainage pipe. By adopting the above design, the suspension type siphon horizontal drainage pipe welding correcting support can safely, conveniently and fast achieve hot melting auxiliary correcting welding of the suspension drainage pipes.
Description
Technical field
The present invention relates to a kind of auxiliary welding device, particularly a kind of suspension type siphon drainage transverse tube welding correcting bracket.
Background technology
Building siphon drainage is a kind of novel drainage pattern, utilize siphonage, greatly accelerate water flow velocity in drainpipe, realize the object of quick drain rain water on roof, and siphonage is mainly produced by siphon column pipe diameter change formation negative pressure section, wherein column pipe welding is the key technology that siphon drainge system builds.At present also not used for the specific purpose tool of siphon drainage transverse tube welding, tradition siphon column pipe welding and installation method mainly contain two kinds: the first, first straight tube and the pipe fitting welding growth section of welding will be needed on ground, and then promote by scaffold and rope, the column pipe welded is lifted into precalculated position and installs.The method defect is to need a lot of scaffold to be barricaded as workbench, wastes time and energy; Add work high above the ground, cause the dangerous probability in high-altitude to increase, construction risk is high; Manual welding cannot ensure welding quality.The second, adopts electro-fusion sleeve, first by needing the siphon dedicated pipe two ends connected to be inserted in electro-fusion sleeve, by electrode, sleeve pipe internal resistance wire is generated heat, fusing internal surface of sleeve pipe and siphon drainage pipe outer wall, thus the object arriving welding.The method defect is that hot melt sleeve pipe has only melted tube wall outer wall, and the joint face of two pipelines cannot heat-melting butt-joint, cannot ensure welding quality; Resistance wire in electro-fusion sleeve is easily squeezed off during insertion, cannot ensure once to weld successfully; The cost of electro-fusion sleeve is high.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of suspension type siphon drainage transverse tube welding correcting bracket, this welding correcting bracket device can realize the aerial sweat soldering of suspention transverse tube safely, easily and efficiently and correct, the exploitation of this device will reduce construction cost to a great extent, increase work efficiency, ensure the welding quality of siphon drainage transverse tube simultaneously, in the welding of building siphon drainage transverse tube, there is important using value.
A kind of suspension type siphon drainage transverse tube welding correcting bracket, it comprises left socle, hot melt welding plate, intermediate support, manual regulating device, gear drive, right support, fixed connecting rod, right drainpipe, hang square steel, left bank water pipe and column pipe card device, fixed connecting rod is fixedly connected on end face wall, hanging square steel is fixedly connected on fixed connecting rod, column pipe card device is fixedly connected on and hangs on square steel, left socle, intermediate support, right support is connected with suspension square steel, manual regulating device is arranged on intermediate support, gear drive respectively with left socle, right support is connected and the transmission of intermediate support formative gear, manual regulating device is arranged on intermediate support, hot melt welding plate is arranged on left bank water pipe, the interface of right drainpipe.
Above-mentioned left socle comprises left guide rod axis hole, left cage plate, lower-left axis tile, right guide rod axis hole, eyelet bolt, upper left axis tile, tight fixed bolt, connecting plate and connecting bolt, left cage plate is fixedly connected with by connecting bolt with lower-left axis tile, upper left axis tile is connected by connecting plate with the left end of lower-left axis tile, right-hand member is connected by eyelet bolt, and tight fixed bolt is arranged on the hanger that upper left axis tile matches with square steel.
Above-mentioned intermediate support comprises axis tile, tight fixed bolt, connecting plate and connecting bolt on left guide rod axis hole, middle cage plate, middle lower axis tile, right guide rod axis hole, eyelet bolt, centre, middle cage plate is fixedly connected with by connecting bolt with axis tile under centre, on centre, axis tile is connected by connecting plate with the left end of axis tile under centre, right-hand member is connected by eyelet bolt, and tight fixed bolt is arranged on the middle above hanger that axis tile matches with square steel.
Above-mentioned right support comprises left guide rod axis hole, right cage plate, bottom right axis tile, right guide rod axis hole, eyelet bolt, upper right axis tile, tight fixed bolt, connecting plate and connecting bolt, right cage plate is fixedly connected with by connecting bolt with bottom right axis tile, upper right axis tile is connected by connecting plate with the left end of bottom right axis tile, right-hand member is connected by eyelet bolt, and tight fixed bolt is arranged on the hanger that upper right axis tile matches with square steel.
Above-mentioned manual regulating device comprises handle ball, handlebar, handle axle sleeve, right set bolt, the right fixed cover of gear shaft, right gear, gear shaft, left set bolt, the left fixed cover of gear shaft and left gear, handle axle sleeve coordinates transmitting torque by inner hexagonal hole with the hexagonal axle head of gear shaft, handlebar is threaded connection and is arranged on Handle axis and puts, handle ball is threaded connection and is arranged on handlebar, gear shaft is processed with right gear and left gear, gear shaft is arranged in the endoporus of the right fixed cover of gear shaft and the left fixed cover of gear shaft, the right fixed cover of gear shaft and the left fixed cover of gear shaft are then fixedly mounted on intermediate support by right set bolt and left set bolt.
Above-mentioned gear drive comprises two guide rod compositions, guide rod take face as arc-shaped, another side is processed with straight-tooth and forms tooth bar, the left end of guide rod is fixedly connected on left guide rod axis hole on left socle and right guide rod axis hole, the right-hand member of guide rod is fixedly connected on left guide rod axis hole on right support and right guide rod axis hole, and the right gear on guide rod and gear shaft and left gear coordinate formative gear rack-driving.
The present invention has following beneficial effect:
The present invention adopts above-mentioned design, the aerial sweat soldering of suspention transverse tube can be realized safely, easily and efficiently correct, the exploitation of this device will reduce construction cost to a great extent, increase work efficiency, ensure the welding quality of siphon drainage transverse tube simultaneously, in the welding of building siphon drainage transverse tube, there is important using value.
In described left socle, left cage plate is fixedly connected with by connecting bolt with lower-left axis tile, and upper left axis tile is connected by connecting plate with the left end of lower-left axis tile, and right-hand member is connected by eyelet bolt, and tight fixed bolt is arranged on the hanger that upper left axis tile matches with square steel.
In described intermediate support, middle cage plate is fixedly connected with by connecting bolt with axis tile under centre, on centre, axis tile is connected by connecting plate with the left end of axis tile under centre, and right-hand member is connected by eyelet bolt, and tight fixed bolt is arranged on the middle above hanger that axis tile matches with square steel.
In described right support, right cage plate is fixedly connected with by connecting bolt with bottom right axis tile, and upper right axis tile is connected by connecting plate with the left end of bottom right axis tile, and right-hand member is connected by eyelet bolt, and tight fixed bolt is arranged on the hanger that upper right axis tile matches with square steel.
In described manual regulating device, handle axle sleeve coordinates transmitting torque by inner hexagonal hole with the hexagonal axle head of gear shaft, handlebar is threaded connection and is arranged on Handle axis and puts, handle ball is threaded connection and is arranged on handlebar, gear shaft is processed with right gear and left gear, gear shaft is arranged in the endoporus of the right fixed cover of gear shaft and the left fixed cover of gear shaft, and the right fixed cover of gear shaft and the left fixed cover of gear shaft are then fixedly mounted on intermediate support by right set bolt and left set bolt.
In described gear drive, comprise two guide rod compositions, guide rod take face as arc-shaped, another side is processed with straight-tooth and forms tooth bar, the left end of guide rod is fixedly connected on left guide rod axis hole on left socle and right guide rod axis hole, the right-hand member of guide rod is fixedly connected on left guide rod axis hole on right support and right guide rod axis hole, and the right gear on guide rod and gear shaft and left gear coordinate formative gear rack-driving.
On described intermediate support, axis tile top earrings can slide on square steel, makes square steel support and two guide rods form three guide rails, thus adds the stability in suspention drainpipe moving process.
Upper axis tile on described left and right support is provided with tight fixed bolt structure, enhances support stability when mounted.
Described axis tile structure is dismountable structural design, has the axis tile group of different size, can meet the installation needs of different-diameter drainpipe.
Interior six sleeve design of described handle and gear shaft, avoid General welding plate bulk excessive, are inconvenient to the difficult point putting into support, thus facilitate the welding plate of one piece of large gauge just can weld all models, and the caliber avoiding different size needs the welding plate of different size.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described.
Fig. 1 is overall structure schematic diagram of the present invention.
Fig. 2 is the structural representation of left socle in the present invention.
Fig. 3 is the structural representation of intermediate support in the present invention.
Fig. 4 is the structural representation of right support of the present invention.
Fig. 5 is the structural representation of manual regulating device of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiments of the present invention are described further.
See Fig. 1-5, installation concrete in figure and connected mode have, fixed connecting rod 7 is fixedly connected on end face wall, hanging square steel 9 is fixedly connected on fixed connecting rod 7, column pipe card device 11 is fixedly connected on and hangs on square steel 9, left socle 1, intermediate support 3, right support 6 is connected with suspension square steel 9, manual regulating device 4 is arranged on intermediate support 3, gear drive 5 respectively with left socle 1, right support 6 is connected and the transmission of intermediate support 3 formative gear, manual regulating device 4 is arranged on intermediate support 3, hot melt welding plate 2 is arranged on left bank water pipe 10, the interface of right drainpipe 8.
In Fig. 2, the concrete mounting means of parts on left socle is, left cage plate 102 is fixedly connected with by connecting bolt 109 with lower-left axis tile 103, upper left axis tile 106 is connected by connecting plate 108 with the left end of lower-left axis tile 103, right-hand member is connected by eyelet bolt 105, and tight fixed bolt 107 is arranged on the hanger that upper left axis tile 106 matches with square steel 9.
In Fig. 3, the concrete mounting means of parts on intermediate support 3 is, middle cage plate 302 is fixedly connected with by connecting bolt 309 with axis tile under centre 303, on centre, axis tile 306 is connected by connecting plate 308 with the left end of axis tile under centre 303, right-hand member is connected by eyelet bolt 305, and tight fixed bolt 307 is arranged on the middle above hanger that axis tile 306 matches with square steel 9.
In Fig. 4, the concrete mounting means of parts on right support 6 is, right cage plate 602 is fixedly connected with by connecting bolt 609 with bottom right axis tile 603, upper right axis tile 606 is connected by connecting plate 608 with the left end of bottom right axis tile 603, right-hand member is connected by eyelet bolt 605, and tight fixed bolt 607 is arranged on the hanger that upper right axis tile 606 matches with square steel 9.
In Fig. 5, the concrete mounting means of parts on manual regulating device 4 is, handle axle sleeve 403 coordinates transmitting torque by inner hexagonal hole with the hexagonal axle head of gear shaft 407, handlebar 402 is threaded connection and is arranged on handle axle sleeve 403, handle ball 401 is threaded connection and is arranged on handlebar 402, gear shaft 407 is processed with right gear 406 and left gear 410, gear shaft 407 is arranged in the endoporus of the right fixed cover of gear shaft 405 and the left fixed cover 409 of gear shaft, the right fixed cover of gear shaft 405 and the left fixed cover of gear shaft 409 are fixedly mounted on intermediate support 3 by right set bolt 404 and left set bolt 408.
The concrete mounting means of parts on gear drive 5 is, transmission device comprises two guide rod compositions, the one side of guide rod is arc-shaped, another side is processed with straight-tooth and forms tooth bar, the left end of guide rod is fixedly connected on left guide rod axis hole 101 on left socle 1 and right guide rod axis hole 104, the right-hand member of guide rod is fixedly connected on left guide rod axis hole 601 on right support 1 and right guide rod axis hole 604, and the right gear 406 on guide rod and gear shaft 407 and left gear 410 coordinate formative gear rack-driving.
Device specific works process of the present invention is:
When needing the aerial welding carrying out suspension type siphon drainage pipe, first, left bank water pipe is fixed by suspention pipe clamp and square steel support, simultaneously fastening pipe clamp bolt.Right drainpipe is movable end pipe, and its column pipe clamping fixing bolt does not screw, and keeps right drainpipe to be suspended state, and ensures that movable end drainpipe can slide in suspention pipe clamp.
Left bank water pipe termination is through the axis tile up and down of left socle, right drainpipe successively passes the axis tile up and down of intermediate support and right support, regulate the loose joint of the axis tile up and down bolt of right support, ensure that right drainpipe can slide in upper and lower axis tile hole, ensure that left and right drainpipe is suspended on same level position simultaneously, ensure mouth of pipe alignment by the termination regulating the correction of the loose joint bolt up and down between axis tile on a left side, centre, right support left and right pipeline will carry out welding.
The handle of turn manual regulating device left, the rotation of handle strip movable gear shaft, the guide rod tooth bar matched with gear shaft, by between drive centre and right drainpipe together left drainpipe move, two rooted tooth wheel lead rail axis are connected square steel with the axis tile on intermediate support and form triangular solid guide rail, ensure that the stability of right drainpipe in moving process.When two, left and right drainage pipeline will weld the rotation just stopping handle when interchangeable heat melting welding plate can be put down in gap, termination, then put into hot melt welding plate, continue turn handle left, make the welding termination contact hot melt welding plate of two drainage pipelines, extruding hot melt.
When drainpipe welding termination thawing reaches welding requirements, dextrorotation handle, intermediate support will be driven displacement to the right, take out welding plate, then the handle that circles round left, make drainage pipeline weld termination to align, continue slowly to put forth one's strength convolution handle left, drainage pipeline two welding ends is welded extruded, after solder joint cooling, take out support, complete welding.The same manner, can according to field condition, and using right drainpipe as stiff end, support drives left bank water pipe to weld.
Claims (6)
1. a suspension type siphon drainage transverse tube welding correcting bracket, it is characterized in that: it comprises left socle (1), intermediate support (3), manual regulating device (4), gear drive (5), right support (6), fixed connecting rod (7), hang square steel (9) and column pipe card device (11), hanging square steel (9) is fixedly connected on fixed connecting rod (7), column pipe card device (11) is fixedly connected on and hangs on square steel (9), left socle (1), intermediate support (3), right support (6) is connected with suspension square steel (9), manual regulating device (4) is arranged on intermediate support (3), gear drive (5) respectively with left socle (1), right support (6) is connected and intermediate support (3) formative gear transmission, manual regulating device (4) is arranged on intermediate support (3).
2. a kind of suspension type siphon drainage transverse tube welding correcting bracket according to claim 1, it is characterized in that: described left socle (1) comprises left guide rod axis hole (101), left cage plate (102), lower-left axis tile (103), right guide rod axis hole (104), eyelet bolt (105), upper left axis tile (106), tight fixed bolt (107), connecting plate (108) and connecting bolt (109), left cage plate (102) is fixedly connected with by connecting bolt (109) with lower-left axis tile (103), upper left axis tile (106) is connected by connecting plate (108) with the left end of lower-left axis tile (103), right-hand member is connected by eyelet bolt (105), tight fixed bolt (107) is arranged on the hanger that upper left axis tile (106) matches with square steel (9).
3. a kind of suspension type siphon drainage transverse tube welding correcting bracket according to claim 1, it is characterized in that: described intermediate support (3) comprises left guide rod axis hole (301), middle cage plate (302), middle lower axis tile (303), right guide rod axis hole (304), eyelet bolt (305), axis tile (306) on centre, tight fixed bolt (307), connecting plate (308) and connecting bolt (309), middle cage plate (302) is fixedly connected with by connecting bolt (309) with axis tile under centre (303), on centre, axis tile (306) is connected by connecting plate (308) with the left end of axis tile under centre (303), right-hand member is connected by eyelet bolt (305), tight fixed bolt (307) is arranged on the middle above hanger that axis tile (306) matches with square steel (9).
4. a kind of suspension type siphon drainage transverse tube welding correcting bracket according to claim 1, it is characterized in that: described right support (6) comprises left guide rod axis hole (601), right cage plate (602), bottom right axis tile (603), right guide rod axis hole (604), eyelet bolt (605), upper right axis tile (606), tight fixed bolt (607), connecting plate (608) and connecting bolt (609), right cage plate (602) is fixedly connected with by connecting bolt (609) with bottom right axis tile (603), upper right axis tile (606) is connected by connecting plate (608) with the left end of bottom right axis tile (603), right-hand member is connected by eyelet bolt (605), tight fixed bolt (607) is arranged on the hanger that upper right axis tile (606) matches with square steel (9).
5. a kind of suspension type siphon drainage transverse tube welding correcting bracket according to claim 1 or 3, it is characterized in that: described manual regulating device (4) comprises handle ball (401), handlebar (402), handle axle sleeve (403), right set bolt (404), the right fixed cover of gear shaft (405), right gear (406), gear shaft (407), left set bolt (408), the left fixed cover of gear shaft (409) and left gear (410), handle axle sleeve (403) coordinates transmitting torque by inner hexagonal hole with the hexagonal axle head of gear shaft (407), handlebar (402) is threaded connection and is arranged on handle axle sleeve (403), handle ball (401) is threaded connection and is arranged on handlebar (402), gear shaft (407) is processed with right gear (406) and left gear (410), gear shaft (407) is arranged in the endoporus of the right fixed cover of gear shaft (405) and the left fixed cover of gear shaft (409), the right fixed cover of gear shaft (405) and the left fixed cover of gear shaft (409) are then fixedly mounted on intermediate support (3) by right set bolt (404) and left set bolt (408).
6. a kind of suspension type siphon drainage transverse tube welding correcting bracket according to claim 1 or 3, it is characterized in that: described gear drive (5) comprises two guide rod compositions, guide rod take face as arc-shaped, another side is processed with straight-tooth and forms tooth bar, the left end of guide rod is fixedly connected on left guide rod axis hole (101) on left socle (1) and right guide rod axis hole (104), the right-hand member of guide rod is fixedly connected on left guide rod axis hole (601) on right support (1) and right guide rod axis hole (604), right gear (406) on guide rod and gear shaft (407) and left gear (410) coordinate formative gear rack-driving.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510068610.XA CN104708190B (en) | 2015-02-10 | 2015-02-10 | Suspension type siphon horizontal drainage pipe welding correcting support |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510068610.XA CN104708190B (en) | 2015-02-10 | 2015-02-10 | Suspension type siphon horizontal drainage pipe welding correcting support |
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| CN104708190A true CN104708190A (en) | 2015-06-17 |
| CN104708190B CN104708190B (en) | 2017-01-18 |
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| CN201510068610.XA Active CN104708190B (en) | 2015-02-10 | 2015-02-10 | Suspension type siphon horizontal drainage pipe welding correcting support |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2585385A (en) * | 2019-07-06 | 2021-01-13 | West Siphonics Systems Ltd | Welding machine |
| CN114986048A (en) * | 2022-08-05 | 2022-09-02 | 中建八局第二建设有限公司 | Automatic pipeline welding device and installation and construction method |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2585385A (en) * | 2019-07-06 | 2021-01-13 | West Siphonics Systems Ltd | Welding machine |
| GB2585385B (en) * | 2019-07-06 | 2023-10-04 | West Siphonics Systems Ltd | Welding machine |
| CN114986048A (en) * | 2022-08-05 | 2022-09-02 | 中建八局第二建设有限公司 | Automatic pipeline welding device and installation and construction method |
| CN114986048B (en) * | 2022-08-05 | 2022-11-01 | 中建八局第二建设有限公司 | Automatic pipeline welding device and installation and construction method |
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| CN104708190B (en) | 2017-01-18 |
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