CN108994123B - A kind of multifunction power engineering swan neck system - Google Patents
A kind of multifunction power engineering swan neck system Download PDFInfo
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- CN108994123B CN108994123B CN201811149926.1A CN201811149926A CN108994123B CN 108994123 B CN108994123 B CN 108994123B CN 201811149926 A CN201811149926 A CN 201811149926A CN 108994123 B CN108994123 B CN 108994123B
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- 230000007246 mechanism Effects 0.000 claims abstract description 189
- 238000005452 bending Methods 0.000 claims abstract description 61
- 238000003466 welding Methods 0.000 claims description 54
- 230000006835 compression Effects 0.000 claims description 28
- 238000007906 compression Methods 0.000 claims description 28
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 16
- 239000000463 material Substances 0.000 claims description 6
- 229910000677 High-carbon steel Inorganic materials 0.000 claims description 3
- 230000007704 transition Effects 0.000 claims description 3
- 238000010586 diagram Methods 0.000 description 10
- 230000008859 change Effects 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 230000005611 electricity Effects 0.000 description 2
- 230000001739 rebound effect Effects 0.000 description 2
- 238000007792 addition Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000003137 locomotive effect Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D7/00—Bending rods, profiles, or tubes
- B21D7/02—Bending rods, profiles, or tubes over a stationary forming member; by use of a swinging forming member or abutment
- B21D7/024—Bending rods, profiles, or tubes over a stationary forming member; by use of a swinging forming member or abutment by a swinging forming member
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D43/00—Feeding, positioning or storing devices combined with, or arranged in, or specially adapted for use in connection with, apparatus for working or processing sheet metal, metal tubes or metal profiles; Associations therewith of cutting devices
- B21D43/006—Feeding elongated articles, such as tubes, bars, or profiles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D43/00—Feeding, positioning or storing devices combined with, or arranged in, or specially adapted for use in connection with, apparatus for working or processing sheet metal, metal tubes or metal profiles; Associations therewith of cutting devices
- B21D43/28—Associations of cutting devices therewith
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Sawing (AREA)
Abstract
The present invention relates to a kind of swan neck systems, it in particular is a kind of multifunction power engineering swan neck system, including moving wheel mechanism, pipe cutting mechanism, pipe bending mechanism, device can bend tubing, device can cut off tubing, device can move, device being capable of automatic feed tube, safety is relatively high, device can bend various sizes of pipe, device can replace cutter, moving wheel mechanism is located at the lower section of pipe cutting mechanism, the connection type of moving wheel mechanism and pipe cutting mechanism is to be bolted, moving wheel mechanism is located at the lower section of pipe bending mechanism, the connection type of moving wheel mechanism and pipe bending mechanism is to be bolted, pipe cutting mechanism and the connection type of pipe bending mechanism are that part is welded, part is bolted.
Description
Technical field
The present invention relates to a kind of swan neck systems, are in particular a kind of multifunction power engineering swan neck systems.
Background technique
In power construction, pipe can be usually used, and pipe usually needs to bend and the operating condition of cutting, traditional bend pipe
Functions of the equipments are single, can only often do bend pipe work, and cutting also needs other equipment, and does not have mobile convenience,
So devising this multifunction power engineering swan neck system.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of multifunction power engineering swan neck system, device can be right
Tubing is bent, and device can cut off tubing, and device can move, device can automatic feed tube, safety is relatively high, dress
Various sizes of pipe can be bent by setting, and device can replace cutter.
In order to solve the above technical problems, the present invention relates to a kind of swan neck systems, it is in particular a kind of multifunction power
Engineering swan neck system, including moving wheel mechanism, pipe cutting mechanism, pipe bending mechanism, device can bend tubing, dress
Tubing can be cut off by setting, and device can move, device can automatic feed tube, safety is relatively high, and device can bend difference
The pipe of size, device can replace cutter.
Moving wheel mechanism includes movable pulley ontology, movable pulley fixed link, movable pulley supporting leg, movable pulley supporting leg seat, attachment base,
Movable pulley ontology is connected with movable pulley fixed link, and movable pulley ontology is that bearing is connect with the connection type of movable pulley fixed link, moves
Driving wheel fixed link and the connection type of movable pulley supporting leg are welding, and movable pulley supporting leg seat is located at the top of movable pulley supporting leg, mobile
The connection type of wheel supporting leg seat and movable pulley supporting leg is welding, and attachment base is located at the top of movable pulley supporting leg seat, attachment base and shifting
The connection type of driving wheel supporting leg seat is welding；
Pipe cutting mechanism includes mechanism supports pedestal, cutting tool shell, power cutter structure, tube feeding mechanism, send pipe
Mechanism support send pipe driving mechanism, and cutting tool shell is located at the top of mechanism supports pedestal, cutting tool shell and mechanism branch
The connection type for supportting pedestal is welding, and power cutter structure is located at the top of mechanism supports pedestal, power cutter structure and mechanism
The connection type of support base is to be bolted, and tube feeding mechanism is located at the top of cutting tool shell, and tube feeding mechanism support is located at
The connection type of the right side of tube feeding mechanism, tube feeding mechanism support and tube feeding mechanism is welding, and pipe driving mechanism is sent to be located at tube-conveyer
The top of structure, sending the fit system of pipe driving mechanism and tube feeding mechanism is to be engaged；
Power cutter structure includes the base of tool, cutter lock-screw, cutter body, power cutting drive shaft, power cutting
Driving motor, power cut driving motor seat, and cutter body is connected with the base of tool, and the fit system of cutter body and the base of tool is
Transition fit, cutter lock-screw are connected with the base of tool, and the connection type of cutter lock-screw and the base of tool is spiral connection, knife
Tool lock-screw is connected with cutter body, and the fit system of cutter lock-screw and cutter body is to be engaged, power cutting
Drive shaft is located at the right side of the base of tool, and power cuts the connection type of drive shaft and the base of tool as expansion set connection, and power cutting is driven
The inside of power cutting driving motor is arranged in moving axis, and power cuts drive shaft and the connection type of power cutting driving motor is
Bearing connects, and power cutting driving motor seat is located at the lower section of power cutting driving motor, and power cuts driving motor seat and moves
The connection type that power cuts driving motor is welding；
Tube feeding mechanism includes compression mount, constrictor, compression chamber, spring base, spring, pipe lock-screw, tube socket, compresses seat
In the top of constrictor, the connection type of compression mount and constrictor is welding, and spring base is connected with constrictor, spring base and compression
The connection type of bar is welding, and spring base is arranged in the inside of compression chamber, and the fit system of spring base and compression chamber is matched for gap
It closes, spring is located at the lower section of spring base, and the connection type of spring and spring base is to weld, and the connection type of spring and compression chamber is
Welding, tube socket are located at the lower end of constrictor, and the connection type of tube socket and constrictor is to weld, and pipe lock-screw is connected with tube socket,
The connection type of pipe lock-screw and tube socket is spiral connection；
To send pipe driving mechanism include cam, send pipe motor shaft, send pipe motor, send pipe motor cabinet, and cam, which is located at, send pipe motor
The left side of axis, cam are that expansion set is connect with the connection type for sending pipe motor shaft, send pipe motor shaft that the inside for sending pipe motor is arranged in,
It send pipe motor shaft to connect with the connection type of pipe motor is sent for bearing, send pipe motor cavity in the right side for sending pipe motor, send pipe electric
Base is welded with the connection type of pipe motor is sent；
Pipe bending mechanism includes bend pipe fixed seat mechanism, bend pipe driving mechanism, bend pipe executing agency, the fixed seat mechanism of bend pipe with
Bend pipe driving mechanism is connected, the connection type of the fixed seat mechanism of bend pipe and bend pipe driving mechanism be part be bolted, part axis
Connection is held, bend pipe executing agency is located at the top of bend pipe driving mechanism, the connection side of bend pipe executing agency and bend pipe driving mechanism
Formula is welding；
The fixed seat mechanism of bend pipe includes fixed bending tube slot, fixed bending tube seat, fixed bending tube seat support, bearing block, and fixation is curved
Tube seat is opened on the right side of fixed bending tube seat, and fixed bending tube seat is connected with fixed bending tube seat support, fixed bending tube seat and fixation
The connection type of bend pipe seat support is spiral connection, and bearing block is connected with fixed bending tube seat support, bearing block and fixed bending tube seat
The connection type of bracket is to be bolted；
Bend pipe driving mechanism includes bend pipe motor cabinet, bend pipe motor, seat board, connecting shaft, pulley, bend pipe motor cabinet and bend pipe
Motor is connected, and the connection type of bend pipe motor cabinet and bend pipe motor is welding, and connecting shaft is connected with bend pipe motor, connecting shaft with it is curved
The connection type of pipe motor is that bearing connects, and the connection type of seat board and connecting shaft is expansion set connection, and pulley is located under seat board
The connection type of side, pulley and seat board is to be bolted；
Pulley includes pulley body, pulley fixed link, pulley support, and pulley body is connected with pulley fixed link, pulley sheet
Body is that bearing is connect with the connection type of pulley fixed link, and pulley fixed link is connected with pulley support, pulley fixed link and pulley
The connection type of support is welding；
Bend pipe executing agency includes executing agency's seat, bearing block A, anti-side spin, bend pipe execute driving mechanism, bend pipe executes
Seat, bearing block A are located at the top of executing agency's seat, and bearing block A and the connection type of executing agency's seat are to be bolted, anti-side spin
It is connected with bearing block A, the connection type of anti-side spin and bearing block A are welding, and bend pipe executes driving mechanism and is connected with bearing block A,
It is that bearing is connect that bend pipe, which executes driving mechanism with the connection type of bearing block A, and bend pipe executes driving mechanism and executing agency
Connection type is to be bolted, and it is clearance fit that bend pipe, which executes seat and the fit system of anti-side spin, and bend pipe executes seat and holds with bend pipe
The connection type of row driving mechanism is engagement；
It includes driving roller, driving spiral, motor shaft A, motor A, motor cabinet A, driving roller that bend pipe, which executes driving mechanism,
Connection type with driving spiral is welding, and driving roller is that expansion set is connect with the connection type of motor shaft A, motor shaft A and electricity
The connection type of machine A is bearing connection, and motor cabinet A is located at the lower section of motor A, and the connection type of motor cabinet A and motor A is weldering
It connects；
It includes that bend pipe executes slot, bend pipe executes groove seat, spiral attachment base, inside spin that bend pipe, which executes seat, and bend pipe executes slot and opens
It is executed in groove seat in bend pipe, spiral attachment base is located at the lower section that bend pipe executes groove seat, and spiral attachment base and bend pipe execute groove seat
Connection type is welding, and inside spin is attacked inside spiral attachment base；
Moving wheel mechanism is located at the lower section of pipe cutting mechanism, and moving wheel mechanism and the connection type of pipe cutting mechanism are
It is bolted, moving wheel mechanism is located at the lower section of pipe bending mechanism, and the connection type of moving wheel mechanism and pipe bending mechanism is that bolt connects
It connects, the connection type of pipe cutting mechanism and pipe bending mechanism is part welding, is partially bolted.
As advanced optimizing for the technical program, shifting described in a kind of multifunction power engineering swan neck system of the present invention
The number of driving wheel mechanism is four.
As advanced optimizing for the technical program, bullet described in a kind of multifunction power engineering swan neck system of the present invention
The material of spring is high-carbon steel.
As advanced optimizing for the technical program, drive described in a kind of multifunction power engineering swan neck system of the present invention
Dynamic roller, the material for driving spiral are 40Cr.
A kind of multifunction power engineering swan neck system of the invention has the beneficial effect that
A kind of multifunction power engineering swan neck system of the present invention, device can bend tubing, and device can be
Tubing cutting, device can move, device can automatic feed tube, safety is relatively high, and device can bend various sizes of pipe,
Device can replace cutter.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of multifunction power engineering swan neck system of the present invention.
Fig. 2 is a kind of structural schematic diagram of the moving wheel mechanism 1 of multifunction power engineering swan neck system of the present invention.
Fig. 3 is a kind of structural schematic diagram of the pipe cutting mechanism 2 of multifunction power engineering swan neck system of the present invention.
Fig. 4 is a kind of structural schematic diagram of the power cutter structure 2-3 of multifunction power engineering swan neck system of the present invention.
Fig. 5 is a kind of structural schematic diagram of the tube feeding mechanism 2-4 of multifunction power engineering swan neck system of the present invention.
Fig. 6 is a kind of structural schematic diagram for sending pipe driving mechanism 2-6 of multifunction power engineering swan neck system of the present invention.
Fig. 7 is a kind of structural schematic diagram of the pipe bending mechanism 3 of multifunction power engineering swan neck system of the present invention.
Fig. 8 is the structural representation that a kind of bend pipe of multifunction power engineering swan neck system of the present invention fixes seat mechanism 3-1
Figure.
Fig. 9 is a kind of structural schematic diagram of the bend pipe driving mechanism 3-2 of multifunction power engineering swan neck system of the present invention.
Figure 10 is a kind of structural schematic diagram of the pulley 3-2-5 of multifunction power engineering swan neck system of the present invention.
Figure 11 is a kind of structural representation of the bend pipe executing agency 3-3 of multifunction power engineering swan neck system of the present invention
Figure.
Figure 12 is the structure that a kind of bend pipe of multifunction power engineering swan neck system of the present invention executes driving mechanism 3-3-4
Schematic diagram.
Figure 13 is the structural representation that a kind of bend pipe of multifunction power engineering swan neck system of the present invention executes seat 3-3-5
Figure.
In figure: moving wheel mechanism 1；Movable pulley ontology 1-1；Movable pulley fixed link 1-2；Movable pulley supporting leg 1-3；Movable pulley branch
Leg seat 1-4；Attachment base 1-5；Pipe cutting mechanism 2；Mechanism supports pedestal 2-1；Cutting tool shell 2-2；Power cutter structure
2-3；Base of tool 2-3-1；Cutter lock-screw 2-3-2；Cutter body 2-3-3；Power cuts drive shaft 2-3-4；Power cutting
Driving motor 2-3-5；Power cuts driving motor seat 2-3-6；Tube feeding mechanism 2-4；Compression mount 2-4-1；Constrictor 2-4-2；Pressure
Contracting chamber 2-4-3；Spring base 2-4-4；Spring 2-4-5；Pipe lock-screw 2-4-6；Tube socket 2-4-7；Tube feeding mechanism support 2-5；It send
Pipe driving mechanism 2-6；Cam 2-6-1；Send pipe motor shaft 2-6-2；Send pipe motor 2-6-3；Send pipe motor cabinet 2-6-4；Bending machine
Structure 3；Bend pipe fixes seat mechanism 3-1；Fixed bending tube slot 3-1-1；Fixed bending tube seat 3-1-2；Fixed bending tube seat support 3-1-3；Axis
Hold a 3-1-4；Bend pipe driving mechanism 3-2；Bend pipe motor cabinet 3-2-1；Bend pipe motor 3-2-2；Seat board 3-2-3；Connecting shaft 3-2-
4；Pulley 3-2-5；Pulley body 3-2-5-1；Pulley fixed link 3-2-5-2；Pulley support 3-2-5-3；Bend pipe executing agency 3-
3；Executing agency seat 3-3-1；Bearing block A3-3-2；Anti- side spin 3-3-3；Bend pipe executes driving mechanism 3-3-4；Driving roller 3-3-
4-1；Drive spiral 3-3-4-2；Motor shaft A3-3-4-3；Motor A3-3-4-4；Motor cabinet A3-3-4-5；Bend pipe executes seat 3-3-
5；Bend pipe executes slot 3-3-5-1；Bend pipe executes groove seat 3-3-5-2；Spiral attachment base 3-3-5-3；Inside spin 3-3-5-4.
Specific embodiment
Specific embodiment 1:
Illustrate this below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13
Embodiment, the present invention relates to a kind of swan neck systems, are in particular a kind of multifunction power engineering swan neck systems, including
Moving wheel mechanism 1, pipe cutting mechanism 2, pipe bending mechanism 3, device can bend tubing, and device can cut tubing
Disconnected, device can move, device can automatic feed tube, safety is relatively high, and device can bend various sizes of pipe, device energy
Enough replace cutter.
Moving wheel mechanism 1 includes movable pulley ontology 1-1, movable pulley fixed link 1-2, movable pulley supporting leg 1-3, movable pulley supporting leg
Seat 1-4, attachment base 1-5, movable pulley ontology 1-1 is connected with movable pulley fixed link 1-2, and movable pulley ontology 1-1 is fixed with movable pulley
The connection type of bar 1-2 is bearing connection, provides reliable rotation, movable pulley fixed link 1-2 and movement for movable pulley ontology 1-1
The connection type for taking turns supporting leg 1-3 is welding, and movable pulley supporting leg seat 1-4 is located at the top of movable pulley supporting leg 1-3, movable pulley supporting leg seat
The connection type of 1-4 and movable pulley supporting leg 1-3 is welding, and attachment base 1-5 is located at the top of movable pulley supporting leg seat 1-4, attachment base
The connection type of 1-5 and movable pulley supporting leg seat 1-4 is welding；
Pipe cutting mechanism 2 includes mechanism supports pedestal 2-1, cutting tool shell 2-2, power cutter structure 2-3, send pipe
Mechanism 2-4, tube feeding mechanism support 2-5, pipe driving mechanism 2-6, cutting tool shell 2-2 is sent to be located at mechanism supports pedestal 2-1's
The connection type of top, cutting tool shell 2-2 and mechanism supports pedestal 2-1 are welding, and power cutter structure 2-3 is located at mechanism
The top of support base 2-1, the connection type of power cutter structure 2-3 and mechanism supports pedestal 2-1 is to be bolted, convenient for dynamic
The detachable maintaining of power cutting mechanism 2-3, tube feeding mechanism 2-4 are located at the top of cutting tool shell 2-2, tube feeding mechanism support 2-5
Positioned at the right side of tube feeding mechanism 2-4, the connection type of tube feeding mechanism support 2-5 and tube feeding mechanism 2-4 are welding, send pipe driving machine
Structure 2-6 is located at the top of tube feeding mechanism 2-4, and sending the fit system of pipe driving mechanism 2-6 and tube feeding mechanism 2-4 is to be engaged；
Power cutter structure 2-3 includes that base of tool 2-3-1, cutter lock-screw 2-3-2, cutter body 2-3-3, power are cut
Cut drive shaft 2-3-4, power cutting driving motor 2-3-5, power cutting driving motor seat 2-3-6, cutter body 2-3-3 and knife
Have seat 2-3-1 to be connected, the fit system of cutter body 2-3-3 and base of tool 2-3-1 are transition fit, cutter lock-screw 2-3-
2 are connected with base of tool 2-3-1, and cutter lock-screw 2-3-2 is that spiral is connect with the connection type of base of tool 2-3-1, cutter lock
Tight screw 2-3-2 is connected with cutter body 2-3-3, and the fit system of cutter lock-screw 2-3-2 and cutter body 2-3-3 is to connect
Touching cooperation, power cutting drive shaft 2-3-4 are located at the right side of base of tool 2-3-1, and power cuts drive shaft 2-3-4 and base of tool 2-
The connection type of 3-1 is expansion set connection, and the inside of power cutting driving motor 2-3-5 is arranged in power cutting drive shaft 2-3-4,
It is that bearing is connect that power, which cuts drive shaft 2-3-4 with the connection type of power cutting driving motor 2-3-5, power cutting driving electricity
Base 2-3-6 is located at the lower section of power cutting driving motor 2-3-5, and power cuts driving motor seat 2-3-6 and power cutting is driven
The connection type of dynamic motor 2-3-5 is welding, and power cutting driving can be driven by cutting driving motor 2-3-5 operating by power
Axis 2-3-4 is rotated, and power cutting drive shaft 2-3-4, which carries out rotation, will drive base of tool 2-3-1 and rotated, base of tool 2-
3-1, which carries out rotation, will drive cutter body 2-3-3 and is rotated, and cutter body 2-3-3, which carries out rotation, can cut off tubing, knife
It is tightened when having ontology 2-3-3 by tightening cutter lock-screw 2-3-2, when needing replacing cutter, cutter can be loosened
Cutter body 2-3-3 can be replaced in lock-screw 2-3-2 in this way；
Tube feeding mechanism 2-4 includes compression mount 2-4-1, constrictor 2-4-2, compression chamber 2-4-3, spring base 2-4-4, spring 2-
4-5, pipe lock-screw 2-4-6, tube socket 2-4-7, compression mount 2-4-1 are located at the top of constrictor 2-4-2, compression mount 2-4-1 with
The connection type of constrictor 2-4-2 is welding, and spring base 2-4-4 is connected with constrictor 2-4-2, spring base 2-4-4 and constrictor
The connection type of 2-4-2 is welding, and the inside of compression chamber 2-4-3, spring base 2-4-4 and compression chamber is arranged in spring base 2-4-4
The fit system of 2-4-3 is clearance fit, and spring 2-4-5 is located at the lower section of spring base 2-4-4, spring 2-4-5 and spring base 2-
The connection type of 4-4 is welding, and the connection type of spring 2-4-5 and compression chamber 2-4-3 is welding, and tube socket 2-4-7 is located at compression
The connection type of the lower end of bar 2-4-2, tube socket 2-4-7 and constrictor 2-4-2 are welding, pipe lock-screw 2-4-6 and tube socket 2-
4-7 is connected, and pipe lock-screw 2-4-6 is that spiral is connect with the connection type of tube socket 2-4-7, and tubing is extend into tube socket 2-4-7,
Then pipe lock-screw 2-4-6 is tightened, lock-screw 2-4-6 is allowed to limit the movement of tubing, pipe motor 2-6-3 is sent in operating at this time,
Sending pipe motor 2-6-3 will drive send pipe motor shaft 2-6-2 to be rotated, and sending pipe motor shaft 2-6-2 to carry out rotation will drive cam
2-6-1 is rotated, and cam 2-6-1, which carries out rotation, can bring the stroke on vertical direction to change, and this variation can pass to pressure
Contracting seat 2-4-1, compression mount 2-4-1, which is moved downward, drives constrictor 2-4-2 to move downward, and constrictor 2-4-2 is moved downward can band
Flexible spring seat 2-4-4 is moved downward, and spring base 2-4-4 moves downward meeting band and compresses to spring 2-4-5, constrictor 2-4-2
It will drive tube socket 2-4-7 while moving downward to move downward, tube socket 2-4-7, which is moved downward, can allow the cutter body 2-3- of rotation
3 tubing are cut off, and compression mount 2-4-1 is moved upwards after cutting, under the rebound effect of spring 2-4-5, fortune below tube socket 2-4-7
It is dynamic to be detached from cutter body 2-3-3, complete a cutting movement；
Pipe driving mechanism 2-6 is sent to include cam 2-6-1, send pipe motor shaft 2-6-2, send pipe motor 2-6-3, send pipe motor cabinet
2-6-4, cam 2-6-1 are located at the left side for sending pipe motor shaft 2-6-2, cam 2-6-1 and the connection type for sending pipe motor shaft 2-6-2
It for expansion set connection, send pipe motor shaft 2-6-2 that the inside for sending pipe motor 2-6-3 is set, send pipe motor shaft 2-6-2 and send pipe motor
The connection type of 2-6-3 is bearing connection, send pipe motor cabinet 2-6-4 to be located at the right side for sending pipe motor 2-6-3, send pipe motor cabinet 2-
6-4 is welded with the connection type of pipe motor 2-6-3 is sent；
Pipe bending mechanism 3 includes bend pipe fixed seat mechanism 3-1, bend pipe driving mechanism 3-2, bend pipe executing agency 3-3, and bend pipe is solid
Reservation mechanism 3-1 is connected with bend pipe driving mechanism 3-2, the connection type of bend pipe fixed seat mechanism 3-1 and bend pipe driving mechanism 3-2
To be partially bolted, split bearing connection, bend pipe executing agency 3-3 is located at the top of bend pipe driving mechanism 3-2, bend pipe execution
The connection type of mechanism 3-3 and bend pipe driving mechanism 3-2 is welding；
The fixed seat mechanism 3-1 of bend pipe includes fixed bending tube slot 3-1-1, fixed bending tube seat 3-1-2, fixed bending tube seat support 3-
1-3, bearing block 3-1-4, fixed bending tube slot 3-1-1 are opened on the right side of fixed bending tube seat 3-1-2, fixed bending tube seat 3-1-2
It is connected with fixed bending tube seat support 3-1-3, the connection type of fixed bending tube seat 3-1-2 and fixed bending tube seat support 3-1-3 are spiral shell
Rotation connection, bearing block 3-1-4 are connected with fixed bending tube seat support 3-1-3, bearing block 3-1-4 and fixed bending tube seat support 3-1-3
Connection type be bolted；
Bend pipe driving mechanism 3-2 includes bend pipe motor cabinet 3-2-1, bend pipe motor 3-2-2, seat board 3-2-3, connecting shaft 3-2-
4, pulley 3-2-5, bend pipe motor cabinet 3-2-1 are connected with bend pipe motor 3-2-2, bend pipe motor cabinet 3-2-1 and bend pipe motor 3-2-2
Connection type be welding, connecting shaft 3-2-4 is connected with bend pipe motor 3-2-2, connecting shaft 3-2-4 and bend pipe motor 3-2-2's
Connection type is bearing connection, and seat board 3-2-3 is that expansion set is connect with the connection type of connecting shaft 3-2-4, and pulley 3-2-5 is located at seat
The lower section of plate 3-2-3, the connection type of pulley 3-2-5 and seat board 3-2-3 are to be bolted；
Pulley 3-2-5 includes pulley body 3-2-5-1, pulley fixed link 3-2-5-2, pulley support 3-2-5-3, pulley sheet
Body 3-2-5-1 is connected with pulley fixed link 3-2-5-2, the connection type of pulley body 3-2-5-1 and pulley fixed link 3-2-5-2
For bearing connection, pulley fixed link 3-2-5-2 is connected with pulley support 3-2-5-3, pulley fixed link 3-2-5-2 and pulley support
The connection type of 3-2-5-3 is welding；
Bend pipe executing agency 3-3 includes executing agency seat 3-3-1, bearing block A3-3-2, anti-side spin 3-3-3, bend pipe execution
Driving mechanism 3-3-4, bend pipe execute seat 3-3-5, and bearing block A3-3-2 is located at the top of executing agency seat 3-3-1, bearing block A3-
The connection type of 3-2 and executing agency seat 3-3-1 are to be bolted, and anti-side spin 3-3-3 is connected with bearing block A3-3-2, anti-side spin
The connection type of 3-3-3 and bearing block A3-3-2 is welding, and bend pipe executes driving mechanism 3-3-4 and is connected with bearing block A3-3-2,
It is that bearing is connect that bend pipe, which executes driving mechanism 3-3-4 with the connection type of bearing block A3-3-2, and bend pipe executes driving mechanism 3-3-4
Connection type with executing agency seat 3-3-1 is to be bolted, and bend pipe executes the fit system of seat 3-3-5 and anti-side spin 3-3-3
For clearance fit, it is to engage that bend pipe, which executes seat 3-3-5, with the connection type that bend pipe executes driving mechanism 3-3-4, needs to bend
Tubing is put into fixed bending tube slot 3-1-1 and bend pipe is executed and fixed between slot 3-3-5-1, then operates bend pipe motor 3-2-2, band
Dynamic connecting shaft 3-2-4 is rotated, and spindle 3-2-4 carries out rotation and will drive seat board 3-2-3 being rotated, and seat board 3-2-3 is carried out
Rotation will drive executing agency seat 3-3-1 rotated, executing agency seat 3-3-1 carry out rotation will drive bearing block A3-3-2 into
Row rotation, bearing block A3-3-2 carry out rotation will drive bend pipe execute driving mechanism 3-3-4 rotated, bend pipe execute driving machine
Structure 3-3-4 carry out rotation will drive bend pipe execute seat 3-3-5 rotated, bend pipe execute seat 3-3-5 carry out rotation can be with fixation
Bent tube holder 3-1-2 forms circumferential relative motion, and during movement, bend pipe executes seat 3-3-5 and tubing can be bent；
It includes driving roller 3-3-4-1, driving spiral 3-3-4-2, motor shaft A3-3- that bend pipe, which executes driving mechanism 3-3-4,
4-3, motor A3-3-4-4, motor cabinet A3-3-4-5, driving roller 3-3-4-1 and the connection type of driving spiral 3-3-4-2 are
Welding, driving roller 3-3-4-1 are that expansion set is connect with the connection type of motor shaft A3-3-4-3, motor shaft A3-3-4-3 and motor
The connection type of A3-3-4-4 is bearing connection, and motor cabinet A3-3-4-5 is located at the lower section of motor A3-3-4-4, motor cabinet A3-3-
The connection type of 4-5 and motor A3-3-4-4 are welding, by motor A3-3-4-4 operating will drive motor shaft A3-3-4-3 into
Row rotation, motor shaft A3-3-4-3, which carries out rotation, will drive driving roller 3-3-4-1 and is rotated, driving roller 3-3-4-1 into
Row rotation will drive driving spiral 3-3-4-2 and be rotated, and driving spiral 3-3-4-2, which carries out rotation, will drive spiral attachment base 3-
3-5-3 is moved, spiral attachment base 3-3-5-3 carry out movement will drive bend pipe execute groove seat 3-3-5-2 moved, pass through
The forward and reverse of control motor A3-3-4-4 can control bend pipe and execute slot 3-3-5-1 and include between fixed bending tube slot 3-1-1
Distance, so as to realize the various sizes of tubing of bending；
It includes that bend pipe executes slot 3-3-5-1, bend pipe executes groove seat 3-3-5-2, spiral attachment base 3- that bend pipe, which executes seat 3-3-5,
3-5-3, inside spin 3-3-5-4, bend pipe execute slot 3-3-5-1 and are opened on bend pipe execution groove seat 3-3-5-2, spiral attachment base 3-3-
5-3 is located at the lower section that bend pipe executes groove seat 3-3-5-2, and spiral attachment base 3-3-5-3 and bend pipe execute the connection of groove seat 3-3-5-2
Mode is welding, and inside spin 3-3-5-4 is attacked inside spiral attachment base 3-3-5-3；
Moving wheel mechanism 1 is located at the lower section of pipe cutting mechanism 2, the connection side of moving wheel mechanism 1 and pipe cutting mechanism 2
Formula is to be bolted, and moving wheel mechanism 1 is located at the lower section of pipe bending mechanism 3, the connection type of moving wheel mechanism 1 and pipe bending mechanism 3
To be bolted, the connection type of pipe cutting mechanism 2 and pipe bending mechanism 3 is part welding, is partially bolted.
Specific embodiment 2:
Illustrate this below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13
Embodiment, present embodiment are described further embodiment one, and the number of the moving wheel mechanism 1 is four.
Specific embodiment 3:
Illustrate this below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13
Embodiment, present embodiment are described further embodiment one, and the material of the spring 2-4-5 is high-carbon steel.
Specific embodiment 4:
Illustrate this below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13
Embodiment, present embodiment are described further embodiment one, the driving roller 3-3-4-1, driving spiral 3-
The material of 3-4-2 is 40Cr.
Device can bend tubing, and the tubing that needs are bent first is put into fixed bending tube slot 3-1-1 and bend pipe
It executes and is fixed between slot 3-3-5-1, then operate bend pipe motor 3-2-2, drive connecting shaft 3-2-4 to be rotated, spindle 3-
2-4, which carries out rotation, will drive seat board 3-2-3 and is rotated, and seat board 3-2-3 carries out rotation and will drive executing agency seat 3-3-1 carrying out
Rotation, executing agency seat 3-3-1, which carries out rotation, will drive bearing block A3-3-2 and is rotated, and bearing block A3-3-2 carries out rotation meeting
It drives bend pipe to execute driving mechanism 3-3-4 to be rotated, bend pipe execution driving mechanism 3-3-4, which carries out rotation, will drive bend pipe execution
Seat 3-3-5 is rotated, and bend pipe, which executes seat 3-3-5, carries out rotation can form circumferential relative motion, fortune with fixed bending tube seat 3-1-2
In dynamic process, bend pipe executes seat 3-3-5 and tubing can be bent；Device can cut off tubing, cut and driven by power
Dynamic motor 2-3-5 operating can drive power cutting drive shaft 2-3-4 to be rotated, and power cutting drive shaft 2-3-4 is revolved
The change of team drives base of tool 2-3-1 to be rotated, and base of tool 2-3-1, which carries out rotation, will drive cutter body 2-3-3 and rotated, knife
Tool ontology 2-3-3, which carries out rotation, can cut off tubing；Device can move, and movable pulley ontology 1-1 is equipped with below device, can be with
Realize locomotive function；Device can automatic feed tube, safety is relatively high, and tubing is extend into tube socket 2-4-7 first, is then twisted
Tight pipe lock-screw 2-4-6, allows lock-screw 2-4-6 to limit the movement of tubing, and pipe motor 2-6-3 is sent in operating at this time, send pipe electric
Machine 2-6-3, which will drive, send pipe motor shaft 2-6-2 to be rotated, send pipe motor shaft 2-6-2 carry out rotation will drive cam 2-6-1 into
Row rotation, cam 2-6-1, which carries out rotation, can bring the stroke on vertical direction to change, and this variation can pass to compression mount 2-4-
1, compression mount 2-4-1, which are moved downward, drives constrictor 2-4-2 to move downward, and constrictor 2-4-2, which is moved downward, will drive spring base
2-4-4 is moved downward, and spring base 2-4-4 moves downward meeting band and compresses to spring 2-4-5, and constrictor 2-4-2 is moved downward
While will drive tube socket 2-4-7 and move downward, tube socket 2-4-7, which is moved downward, can allow the cutter body 2-3-3 of rotation tubing
Cutting, compression mount 2-4-1 is moved upwards after cutting, and under the rebound effect of spring 2-4-5, tube socket 2-4-7 moved beneath is detached from
Cutter body 2-3-3 completes a cutting movement；Device can bend various sizes of pipe, be operated by motor A3-3-4-4
It will drive motor shaft A3-3-4-3 to be rotated, motor shaft A3-3-4-3, which carries out rotation, will drive driving roller 3-3-4-1 progress
Rotation, driving roller 3-3-4-1, which rotate will drive, drives spiral 3-3-4-2 to be rotated, and driving spiral 3-3-4-2 is carried out
Rotation will drive spiral attachment base 3-3-5-3 and be moved, and spiral attachment base 3-3-5-3, which carries out movement, will drive bend pipe execution slot
Seat 3-3-5-2 moved, by control motor A3-3-4-4 forward and reverse can control bend pipe execute slot 3-3-5-1 with
The distance between fixed bending tube slot 3-1-1 is included, so as to realize the various sizes of tubing of bending；Device can replace cutter,
It is tightened when cutter body 2-3-3 by tightening cutter lock-screw 2-3-2, when needing replacing cutter, knife can be loosened
Have lock-screw 2-3-2, cutter body 2-3-3 can be replaced in this way.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of multifunction power engineering swan neck system, including moving wheel mechanism (1), pipe cutting mechanism (2), pipe bending mechanism
(3), it is characterised in that: moving wheel mechanism (1) includes movable pulley ontology (1-1), movable pulley fixed link (1-2), movable pulley supporting leg
(1-3), movable pulley supporting leg seat (1-4), attachment base (1-5), movable pulley ontology (1-1) are connected with movable pulley fixed link (1-2), move
Driving wheel ontology (1-1) is that bearing is connect with the connection type of movable pulley fixed link (1-2), movable pulley fixed link (1-2) and movement
The connection type for taking turns supporting leg (1-3) is welding, and movable pulley supporting leg seat (1-4) is located at the top of movable pulley supporting leg (1-3), movable pulley
The connection type of supporting leg seat (1-4) and movable pulley supporting leg (1-3) are welding, and attachment base (1-5) is located at movable pulley supporting leg seat (1-4)
Top, the connection type of attachment base (1-5) and movable pulley supporting leg seat (1-4) is welding；
Pipe cutting mechanism (2) include mechanism supports pedestal (2-1), cutting tool shell (2-2), power cutter structure (2-3),
Tube feeding mechanism (2-4), is sent pipe driving mechanism (2-6) tube feeding mechanism support (2-5), and cutting tool shell (2-2) is located at mechanism branch
The top of pedestal (2-1) is supportted, cutting tool shell (2-2) and the connection type of mechanism supports pedestal (2-1) are welding, and power is cut
Cutting mill structure (2-3) is located at the top of mechanism supports pedestal (2-1), power cutter structure (2-3) and mechanism supports pedestal (2-1's)
Connection type is to be bolted, and tube feeding mechanism (2-4) is located at the top of cutting tool shell (2-2), tube feeding mechanism support (2-5)
Positioned at the right side of tube feeding mechanism (2-4), the connection type of tube feeding mechanism support (2-5) and tube feeding mechanism (2-4) are welding, send pipe
Driving mechanism (2-6) is located at the top of tube feeding mechanism (2-4), send the cooperation side of pipe driving mechanism (2-6) Yu tube feeding mechanism (2-4)
Formula is to be engaged；
Power cutter structure (2-3) includes the base of tool (2-3-1), cutter lock-screw (2-3-2), cutter body (2-3-3), moves
Power cuts drive shaft (2-3-4), power cutting driving motor (2-3-5), power cutting driving motor seat (2-3-6), cutter sheet
Body (2-3-3) is connected with the base of tool (2-3-1), and cutter body (2-3-3) and the fit system of the base of tool (2-3-1) are matched for transition
It closes, cutter lock-screw (2-3-2) is connected with the base of tool (2-3-1), cutter lock-screw (2-3-2) and the base of tool (2-3-1)
Connection type be spiral connection, cutter lock-screw (2-3-2) is connected with cutter body (2-3-3), cutter lock-screw (2-
It is 3-2) to be engaged with the fit system of cutter body (2-3-3), power cutting drive shaft (2-3-4) is located at the base of tool (2-
Right side 3-1), it is that expansion set is connect that power, which cuts drive shaft (2-3-4) with the connection type of the base of tool (2-3-1), power cutting
Drive shaft (2-3-4) setting cuts drive shaft (2-3-4) and power in the inside of power cutting driving motor (2-3-5), power
The connection type of driving motor (2-3-5) is cut as bearing connection, power cutting driving motor seat (2-3-6) is located at power cutting
The lower section of driving motor (2-3-5), power cut the company of driving motor seat (2-3-6) and power cutting driving motor (2-3-5)
Mode is connect as welding；
Tube feeding mechanism (2-4) include compression mount (2-4-1), constrictor (2-4-2), compression chamber (2-4-3), spring base (2-4-4),
Spring (2-4-5), pipe lock-screw (2-4-6), tube socket (2-4-7), compression mount (2-4-1) are located at the upper of constrictor (2-4-2)
Square, the connection type of compression mount (2-4-1) and constrictor (2-4-2) are to weld, spring base (2-4-4) and constrictor (2-4-2)
It is connected, the connection type of spring base (2-4-4) and constrictor (2-4-2) are welding, and spring base (2-4-4) is arranged in compression chamber
The inside of (2-4-3), the fit system of spring base (2-4-4) and compression chamber (2-4-3) are clearance fit, the position spring (2-4-5)
In the lower section of spring base (2-4-4), the connection type of spring (2-4-5) and spring base (2-4-4) are welding, spring (2-4-5)
Connection type with compression chamber (2-4-3) is welding, and tube socket (2-4-7) is located at the lower end of constrictor (2-4-2), tube socket (2-4-
It 7) is welding with the connection type of constrictor (2-4-2), pipe lock-screw (2-4-6) is connected with tube socket (2-4-7), pipe locking screw
Nail (2-4-6) is that spiral is connect with the connection type of tube socket (2-4-7)；
Pipe driving mechanism (2-6) is sent to include cam (2-6-1), send pipe motor shaft (2-6-2), send pipe motor (2-6-3), send pipe electric
Base (2-6-4), cam (2-6-1), which is located at, send the left side of pipe motor shaft (2-6-2), cam (2-6-1) and send pipe motor shaft (2-
Connection type 6-2) is expansion set connection, send pipe motor shaft (2-6-2) setting in the inside for sending pipe motor (2-6-3), send pipe electric
Arbor (2-6-2) is that bearing is connect with the connection type for sending pipe motor (2-6-3), send pipe motor cabinet (2-6-4) to be located at and send pipe electric
The right side of machine (2-6-3) send pipe motor cabinet (2-6-4) and send the connection type of pipe motor (2-6-3) for welding；
Pipe bending mechanism (3) includes bend pipe fixed seat mechanism (3-1), bend pipe driving mechanism (3-2), bend pipe executing agency (3-3), curved
Pipe fixed seat mechanism (3-1) is connected with bend pipe driving mechanism (3-2), bend pipe fixed seat mechanism (3-1) and bend pipe driving mechanism (3-
2) connection type is that part is bolted, split bearing connects, and bend pipe executing agency (3-3) is located at bend pipe driving mechanism (3-
2) top, the connection type of bend pipe executing agency (3-3) and bend pipe driving mechanism (3-2) are welding；
Bend pipe fixed seat mechanism (3-1) includes fixed bending tube slot (3-1-1), fixed bending tube seat (3-1-2), fixed bending tube seat support
(3-1-3), bearing block (3-1-4), fixed bending tube slot (3-1-1) are opened on the right side of fixed bending tube seat (3-1-2), and fixation is curved
Tube socket (3-1-2) is connected with fixed bending tube seat support (3-1-3), fixed bending tube seat (3-1-2) and fixed bending tube seat support (3-1-
3) connection type is spiral connection, and bearing block (3-1-4) is connected with fixed bending tube seat support (3-1-3), bearing block (3-1-4)
Connection type with fixed bending tube seat support (3-1-3) is to be bolted；
Bend pipe driving mechanism (3-2) includes bend pipe motor cabinet (3-2-1), bend pipe motor (3-2-2), seat board (3-2-3), connecting shaft
(3-2-4), pulley (3-2-5), bend pipe motor cabinet (3-2-1) are connected with bend pipe motor (3-2-2), bend pipe motor cabinet (3-2-1)
Connection type with bend pipe motor (3-2-2) is welding, and connecting shaft (3-2-4) is connected with bend pipe motor (3-2-2), connecting shaft
(3-2-4) is that bearing is connect with the connection type of bend pipe motor (3-2-2), the connection of seat board (3-2-3) and connecting shaft (3-2-4)
Mode is expansion set connection, and pulley (3-2-5) is located at the lower section of seat board (3-2-3), the company of pulley (3-2-5) and seat board (3-2-3)
Connecing mode is to be bolted；
Pulley (3-2-5) includes pulley body (3-2-5-1), pulley fixed link (3-2-5-2), pulley support (3-2-5-3), is slided
Wheel ontology (3-2-5-1) is connected with pulley fixed link (3-2-5-2), pulley body (3-2-5-1) and pulley fixed link (3-2-5-
2) connection type is bearing connection, and pulley fixed link (3-2-5-2) is connected with pulley support (3-2-5-3), pulley fixed link
The connection type of (3-2-5-2) and pulley support (3-2-5-3) is welding；
Bend pipe executing agency (3-3) includes executing agency seat (3-3-1), bearing block A (3-3-2), anti-side spin (3-3-3), bend pipe
Driving mechanism (3-3-4), bend pipe execution seat (3-3-5) are executed, bearing block A (3-3-2) is located at the upper of executing agency's seat (3-3-1)
The connection type of side, bearing block A (3-3-2) and executing agency's seat (3-3-1) is to be bolted, anti-side spin (3-3-3) and bearing
Seat A (3-3-2) is connected, and the connection type of anti-side spin (3-3-3) and bearing block A (3-3-2) are welding, and bend pipe executes driving mechanism
(3-3-4) is connected with bearing block A (3-3-2), and bend pipe executes the connection type of driving mechanism (3-3-4) and bearing block A (3-3-2)
For bearing connection, it is to be bolted that bend pipe, which executes driving mechanism (3-3-4) and the connection type of executing agency's seat (3-3-1), curved
The fit system that pipe executes seat (3-3-5) and anti-side spin (3-3-3) is clearance fit, and bend pipe executes seat (3-3-5) and holds with bend pipe
The connection type of row driving mechanism (3-3-4) is engagement；
It includes driving roller (3-3-4-1), driving spiral (3-3-4-2), motor shaft A (3- that bend pipe, which executes driving mechanism (3-3-4),
3-4-3), motor A (3-3-4-4), motor cabinet A (3-3-4-5), driving roller (3-3-4-1) and driving spiral (3-3-4-2)
Connection type is welding, and driving roller (3-3-4-1) is that expansion set is connect with the connection type of motor shaft A (3-3-4-3), motor shaft
A (3-3-4-3) is that bearing is connect with the connection type of motor A (3-3-4-4), and motor cabinet A (3-3-4-5) is located at motor A (3-3-
Lower section 4-4), the connection type of motor cabinet A (3-3-4-5) and motor A (3-3-4-4) are welding；
It includes that bend pipe executes slot (3-3-5-1), bend pipe executes groove seat (3-3-5-2), spiral attachment base that bend pipe, which executes seat (3-3-5),
(3-3-5-3), inside spin (3-3-5-4), bend pipe execute slot (3-3-5-1) and are opened in bend pipe execution groove seat (3-3-5-2), spiral
Attachment base (3-3-5-3) is located at the lower section that bend pipe executes groove seat (3-3-5-2), and spiral attachment base (3-3-5-3) and bend pipe execute
The connection type of groove seat (3-3-5-2) is welding, and inside spin (3-3-5-4) is attacked internal in spiral attachment base (3-3-5-3)；
Moving wheel mechanism (1) is located at the lower section of pipe cutting mechanism (2), the company of moving wheel mechanism (1) and pipe cutting mechanism (2)
Connecing mode is to be bolted, and moving wheel mechanism (1) is located at the lower section of pipe bending mechanism (3), moving wheel mechanism (1) and pipe bending mechanism
(3) connection type is to be bolted, and the connection type of pipe cutting mechanism (2) and pipe bending mechanism (3) is part welding, part
It is bolted.
2. a kind of multifunction power engineering swan neck system according to claim 1, it is characterised in that: the movable pulley
The number of mechanism (1) is four.
3. a kind of multifunction power engineering swan neck system according to claim 1, it is characterised in that: the spring
The material of (2-4-5) is high-carbon steel.
4. a kind of multifunction power engineering swan neck system according to claim 1, it is characterised in that: the driven roller
Cylinder (3-3-4-1), the material for driving spiral (3-3-4-2) are 40Cr.
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| CN201811149926.1A CN108994123B (en) | 2018-09-29 | 2018-09-29 | A kind of multifunction power engineering swan neck system |
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| CN109759848B (en) * | 2019-02-20 | 2020-11-20 | 王和 | Electric power pipe processing device |
| CN110509062A (en) * | 2019-09-06 | 2019-11-29 | 绍兴索顿电子科技有限公司 | A kind of metal winding pipe molding equipment |
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| CN108994123A (en) | 2018-12-14 |
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