CN208395982U - A kind of pipeline, which twists, to be filled and pipe-dredging machinery equipment - Google Patents

A kind of pipeline, which twists, to be filled and pipe-dredging machinery equipment Download PDF

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Publication number
CN208395982U
CN208395982U CN201820900006.8U CN201820900006U CN208395982U CN 208395982 U CN208395982 U CN 208395982U CN 201820900006 U CN201820900006 U CN 201820900006U CN 208395982 U CN208395982 U CN 208395982U
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China
Prior art keywords
pipe
dredging
spring
crane
live spindle
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CN201820900006.8U
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Chinese (zh)
Inventor
韩永立
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Tianjin Kehuanyichen Science and Technology Development Co., Ltd.
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Tianjin Ding Feng Yi Chen Technology Development Co Ltd
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Priority to CN201820900006.8U priority Critical patent/CN208395982U/en
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Abstract

The utility model, which provides a kind of pipeline and twists, to be filled and pipe-dredging machinery equipment, and the pipeline, which twists, to be filled and pipe-dredging machinery equipment includes a rotary components and the pipe-dredging component connecting with the rotary components;The rotary components include the first power device and live spindle, and the output end of first power device is connect with one end of the live spindle, and first power device drives the live spindle to be rotated;The pipe-dredging component includes spring and the pipe-dredging head being fixedly connected with the spring, and one end of the spring is fixedly connected with the live spindle far from one end of power device, and the other end is fixedly connected with the pipe-dredging head;First power device drives the live spindle to be rotated, the live spindle drives the spring to be rotated, the spring in the state of rotation, be in spiral status, under the spiral twist active force of the spring, the pipe-dredging head follows the spring to rotate together.

Description

A kind of pipeline, which twists, to be filled and pipe-dredging machinery equipment
Technical field
The utility model relates to pipe-dredging technical fields, and in particular to a kind of pipeline, which twists, to be filled and pipe-dredging machinery is set It is standby.
Background technique
Pipeline maintenance can substantially be divided into artificial dredging, the artificial dredging of mechanical dredging and push rod dredging, wherein small diameter tube Based on dredging is dredged with push rod, push rod dredging be with manpower protect it is mechanical the tools such as bamboo chip, steel bar are pushed into pipeline remove it is stifled The dredging method of plug.
The pusher tool that the molding dredging device in home and abroad uses at present is steel bar, but such product be relatively specific for it is small Area's pipeline (burying shallower 1 meter or so) dredging, equal 2~4 meters or so of buried depth basic for city planting ductwork (small diameter tube), steel bar enters well When bending angle it is excessive when, reduce the onward impulse of machine straight line, cause dredging machinery can not win because power attenuation is excessive Appoint dredging to require, especially silt up in the drainpipe it is serious, tree root mud bonded it is closely knit in the case where dredged with greater need for powerful Logical equipment.
Utility model content
In view of this, the present invention provides a kind of pipelines to twist filling and pipe-dredging machinery equipment, using spring and pipe The combination of head is dredged in road, is equipped with rotary components and spring and pipe-dredging head is driven to be rotated, utilize the spiral of the spring Torsion drives the pipe-dredging head to realize spiral twist to realize the dredging of foul pipelines.
The utility model, which provides a kind of pipeline and twists, to be filled and pipe-dredging machinery equipment, it is characterised in that: the pipeline, which twists, to be filled And pipe-dredging machinery equipment includes a rotary components and the pipe-dredging component connecting with the rotary components;
The rotary components include the first power device and the live spindle that connect with first power device, described The output end of first power device is connect with one end of the live spindle, and first power device drives the live spindle It is rotated;
The pipe-dredging component includes spring and the pipe-dredging head being fixedly connected with the spring, the spring One end is fixedly connected with the live spindle far from one end of power device, and the other end is fixedly connected with the pipe-dredging head;
First power device drives the live spindle to be rotated, and the live spindle drives the spring to carry out Rotation, the spring in the state of rotation, be in spiral status, it is described under the spiral twist active force of the spring Pipe-dredging head follows the spring to rotate together.
Preferably, the pipeline twists filling and pipe-dredging machinery equipment further includes a horizontal fixed bracket, described horizontal solid A crane is provided on fixed rack;
The crane is a strip bracket being laterally arranged, and the first end top of the crane is provided with a rotation Bracket is provided with rotating through hole on the runing rest;
First power device is set in fixing seat, and the fixing seat is set to the second end of the crane, institute It states live spindle to extend from the first end of the output axial direction crane of first power device, and is propped up from the rotation It is passed through in the rotating through hole of frame, then connects the pipe-dredging component.
Preferably, the bottom of the first end of the crane and described support bracket fastened one end of level pass through the first rotary shaft Hingedly, the second end bottom of the crane is connected with lifting device, and the lifting device drives the second end of the crane Increasing perhaps reduces during the second end increases or reduces, and the first end of the crane is outer around described first Rotary shaft rotation, realizes the inclination of the crane different angle.
Preferably, the lifting device is an oil cylinder, and described oil cylinder one end is fixed by the second rotary shaft and the level Bracket realizes that hingedly the other end is hinged by third rotary shaft and the realization of the second end of the crane, and the oil cylinder stretches Realize the lifting of the second end of the crane.
Preferably, the two sides of the fixing seat bottom end are respectively arranged with sliding slot, and the opening of the sliding slot opens up inwardly;
The two sides of the crane are provided with guide rail along the length direction of the crane;
The guide rail of the crane two sides is respectively arranged in the sliding slot of the fixing seat two sides, can be along by sliding slot The guide rail sliding, so that the fixing seat be driven to slide along the guide rail.
Preferably, the fixing seat is internally provided with hollow cavity, and the inside cavity is provided with a gear, the tooth The gear shaft of wheel extends from the side wall of the cavity to the outside of the cavity, extends to the outside of the cavity, and with the The connection of two power devices;
The rack gear parallel with two guide rails is provided between two guide rails of the crane;
The gear is engaged with the rack gear, and second power device drives the gear shaft rotation, to drive institute Gear rotation is stated, so that the fixing seat be driven to slide along the guide rail.
Preferably, the spring includes spring portion, and the both ends of the spring portion have been respectively fixedly connected with live spindle connection Portion and dredging head interconnecting piece, the spring portion by the live spindle interconnecting piece and the dredging head interconnecting piece respectively with institute Live spindle is stated to be fixedly connected with the pipe-dredging head.
Preferably, the spring inner is set with wirerope, and the both ends of the wirerope connect with the live spindle respectively Socket part is fixedly connected with the dredging head interconnecting piece.
Preferably, the first reamer and the second reamer are provided on the pipe-dredging head, first reamer and second twist Knife coaxial arrangement, and the race diameter of second reamer is greater than the race diameter of first reamer.
Preferably, positioning disk, the positioning disk and first reamer and second are further sleeved on the pipe-dredging head Reamer coaxial arrangement.
In the present invention, the live spindle of the rotary components is revolved under the driving of first power device Turn, since the live spindle is fixedly connected with the spring, so, the rotation of the live spindle drive the spring and The pipe-dredging first rotation;During pipe-dredging, the rotation of the pipe-dredging head and the spring may It will receive the obstruction of rubbish in pipeline, at this point, one end that the spring is connect with the live spindle, in the live spindle It is rotated under drive, and one end that the spring is connect with the pipe-dredging head is stopped under the drag effect of rubbish in pipeline Spin-ended turn, the both ends rotary motion of the spring is asynchronous, and spring is caused to be in spiral status, its own is turned round with certain spring Power, when the spring torsion of the spring itself, which accumulates to, is enough to overcome the resistance for feeling interior rubbish, the pipe-dredging head exists High speed rotation under the twisting force of the spring itself has the function that remove rubbish in pipeline.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the rotary components of the utility model;
Fig. 2 is the structural schematic diagram of the crane of the utility model;
Fig. 3 is the structural schematic diagram of the utility model gear and rack gear;
Fig. 4 is the structural schematic diagram of the pipe-dredging component of the utility model;
Fig. 5 is the schematic diagram of internal structure of the pipe-dredging component of the utility model;
Fig. 6 is the structural schematic diagram of the reamer of the utility model;
Fig. 7 is the structural schematic diagram of the positioning disk of the utility model.
Specific embodiment
In order to better understand the utility model, the utility model is carried out into one with attached drawing combined with specific embodiments below The description of step.
Please refer to Fig. 1 to Fig. 7, the utility model, which provides a kind of pipeline and twists, to be filled and pipe-dredging machinery equipment 10, the pipe Road, which twists, to be filled and pipe-dredging machinery equipment includes a rotary components 100 and the pipe-dredging that connect with the rotary components 100 Component 200;The rotary components 100 are including the first power device 110 and rotation master is connect with first power device 110 Axis 120, the output end of first power device 110 are connect with one end of the live spindle 120, first power device 110 drive the live spindle 120 to be rotated;The pipe-dredging component 200 include spring 210 and with the spring The 210 pipe-dredging heads 220 being fixedly connected, one end of the spring 210 and the live spindle 120 are far from first power One end of device 110 is fixedly connected, and the other end is fixedly connected with the pipe-dredging head 220;First power device, 110 band It moves the live spindle 120 to be rotated, the live spindle 120 drives the spring 210 to be rotated, the spring 210 In the state of rotation, be in spiral status, under the spiral twist active force of the spring 210, the pipe-dredging head 220 follow the spring 210 to rotate together.
During the pipeline of the utility model twists filling and pipe-dredging machinery 10 use of equipment, the rotary components 100 are set on ground or in Operation Van, and pipe-dredging component 200 is extend into pipeline to be unclogged, the rotation group The live spindle 120 of part 100 is rotated under the driving of first power device 110, due to 120 He of live spindle The spring 210 is fixedly connected, so, the rotation of the live spindle 120 drives the spring 210 and the pipe-dredging First 220 rotate together;During pipe-dredging, the rotation of the pipe-dredging head 220 and the spring 210 may be by The obstruction of rubbish in pipeline, at this point, one end that the spring 210 is connect with the live spindle 120, in the live spindle It is rotated under 120 drive, one end that two springs 210 are connect with the pipe-dredging head 220 rubbish in pipeline It stops rotating under drag effect, the both ends rotary motion of the spring 210 is asynchronous, and cause spring 210 to be in spiral status, Itself has certain spring torsion, is enough to overcome the resistance for feeling interior rubbish when the spring torsion of the spring 210 itself accumulates to When power, the pipe-dredging head 220 high speed rotation under the twisting force of the spring 210 itself reaches and removes rubbish in pipeline The effect of rubbish.
The utility model is equipped with rotary components 100 and is driven spring using the combination of spring 210 and pipe-dredging head 220 210 and pipe-dredging head 220 rotated, utilize the spiral torsion of the spring 210 to drive the pipe-dredging head 220 real Show spiral twist to realize the dredging of foul pipelines.
Further, the pipeline twists filling and pipe-dredging machinery equipment 10 further includes a horizontal fixed bracket 300, described A crane 400 is provided on the fixed bracket 300 of level;The crane 400 is a strip bracket being laterally arranged, described 401 top of first end of crane 400 is provided with a runing rest 410, is provided with rotating through hole on the runing rest 410 411;First power device 110 is set in a fixing seat 420, and the fixing seat 420 is set to the crane 400 Second end 402, the first end of the axial crane 400 of the output of the live spindle 120 from first power device 110 Extend, and passed through out of the runing rest 410 rotating through hole 411, then connects the pipe-dredging component 200.
The live spindle 120 is passed through out of described rotating through hole 411, and can be in 411 inward turning of rotating through hole Turn, specifically, the live spindle 120 can be by a bearing holder (housing, cover) loaded in the rotating through hole 411, first power is filled When setting the 110 drives live spindle 120 and rotating, the live spindle 120 can the rotating through hole 411 and relative to The runing rest 410 is rotated.
Further, the output shaft of first power device 110 protrudes into the fixing seat 420, and described solid It is attached in reservation 420 with one end of the live spindle 120, a driving live spindle 120 is rotated, the rotation Turn main shaft 120 to extend out of described fixing seat 420 to outside the fixing seat 420, and extend to outside the fixing seat 420, When first power device 110 drives the live spindle 120 to rotate, the live spindle 120 can be relative to described solid Reservation 420 is rotated, specifically, the live spindle 120 can be attached by a bearing and the fixing seat.
Further, the bottom of the first end of the crane 400 and one end 401 of the horizontal fixed bracket 300 are logical It is hinged to cross the first rotary shaft 430,402 bottom of second end of the crane 400 is connected with lifting device 500, the lifting dress The second end 402 for setting the 500 drivings crane 400 is increased and is perhaps reduced in the second end 402 raising or reduced mistake The first end 401 of Cheng Zhong, the crane 400 are rotated around first rotary shaft 430, realize that the crane 400 is different The inclination of degree.
In one embodiment of the utility model, the pipeline twists filling and pipe-dredging machinery equipment 10 is set to operation Che Shang, and pipeline is set to below ground, stretches to pipe-dredging component 200 inside pipeline in order to facilitate operating personnel, this Lifting device 500 is provided in utility model, the lifting device 500 is set to the crane 400 and dredges far from the pipeline One end of logical component 200, the lifting device 500 drive the second end 402 of the crane 400 to carry out different degrees of liter Height protrudes into so that the crane 400 realizes the inclination of different angle so that the pipe-dredging component 200 is more convenient Inside pipeline, and during the live spindle 110 is rotated, the pipe-dredging component is more swimmingly driven 200 are rotated.
Further, the lifting device 500 be an oil cylinder, described oil cylinder one end by the second rotary shaft 510 with it is described The fixed bracket 300 of level realizes that hingedly the other end is realized by third rotary shaft 520 and the second end of the crane 400 and cut with scissors It connects, the lifting of the second end of the flexible realization of the oil cylinder crane 400.
Further, the two sides of 420 bottom end of fixing seat are respectively arranged with sliding slot 421, and the opening of the sliding slot 421 is equal It opens up inwardly;The two sides of the crane 400 are provided with guide rail 440 along the length direction of the crane 400;It is described The guide rail 440 of 400 two sides of crane is respectively arranged in the sliding slot 421 of 420 two sides of fixing seat, and the sliding slot 421 can be with It is slided along the guide rail 440, so that the fixing seat 420 be driven to slide along the guide rail 440.
In the present embodiment, the fixing seat 420 can be moved along the length direction of the crane 400, while band It moves first power device 110 and the live spindle 120 is moved together, so that the live spindle 120 stretches out institute Crane 400 is stated, it being capable of more easily alignment pipe road junction.
Further, in another embodiment of the utility model, the fixing seat 420 is real by a rack-and-pinion The movement of present 400 length direction of crane.Specifically, the fixing seat 420 is internally provided with hollow cavity 422, The cavity 422 is internally provided with a gear 423, and the gear shaft of the gear 423 is from the side wall of the cavity 422 to the chamber The outside of body 422 extends, and extends to the outside of the cavity 422, and connect with the second power device 424;The crane The rack gear 450 parallel with two guide rails is provided between 400 two guide rails 440;The gear 423 is nibbled with the rack gear 450 It closes, second power device 424 drives the gear shaft to rotate, to drive the gear 423 to rotate, thus described in driving Fixing seat 420 is slided along the guide rail 440.
During the utility model use, the horizontal fixed bracket 300 is set in Operation Van, is needing to carry out When pipe-dredging, the lifting device 500 can be driven first, drive the second end of the crane 400 to increase, in the process In, the first end of the crane 400 is along first rotary shaft 430, so that the crane 400 tilts certain angle Degree, the tilt angle is depending on the height of the Operation Van and the Operation Van at a distance from pipeline opening, that is, the height of Operation Van Degree and the Operation Van have determined the tilt angle of the crane 400 at a distance from pipeline opening, described so that operating personnel More easily the pipe-dredging component 200 is protruded into the pipeline opening of the pipeline.
It is possible to further drive second power device 424 that the gear 423 is driven to be rotated, to drive The fixing seat 420 is slided along the guide rail 440, so that the live spindle 120 stretches out the crane 400, and institute One end that live spindle 120 is connect with the pipe-dredging component 200 is stated as close as possible to the pipeline opening.In ideal state Under, the live spindle 120, the height of Operation Van and the Operation Van have determined a right angle trigonometry at a distance from pipeline opening Shape, wherein the live spindle 120 is its bevel edge, the height of Operation Van and the Operation Van are respectively at a distance from pipeline opening The right side of the triangle.
Further, the spring 210 includes spring portion 211, and the both ends of the spring portion 211 have been respectively fixedly connected with rotation Turn main shaft interconnecting piece 212 and dredging head interconnecting piece 213, the spring portion 211 pass through the live spindle interconnecting piece 212 and institute Dredging head interconnecting piece 213 is stated to be fixedly connected with the live spindle 120 and the pipe-dredging head 220 respectively.Specifically, described The both ends of spring portion 211 can be fixed and connect with the live spindle interconnecting piece 212 and dredging head interconnecting piece 213 respectively by welding It connects.
In another embodiment of the utility model, 211 internal sleeve of spring is equipped with wirerope 230, the steel wire The both ends of rope 230 are fixedly connected with the live spindle interconnecting piece 212 and the dredging head interconnecting piece 213 respectively.
In the present embodiment, 210 internal sleeve of spring is equipped with wirerope 230, since the spring 210 is in the mistake of rotation It needs to bear huge torsion in journey, the spring 210 is prevented to be broken during rotation, in the spring 210 Portion is set with the wirerope 230 of a reinforcing, even if still having the wirerope in the case where spring 210 fracture 230 are fixedly connected with dredging head interconnecting piece 213, prevent the pipe-dredging head 220 in the case where the spring 210 is broken, It is retained in inside pipeline.
Further, 230 both ends of wirerope have been respectively fixedly connected with the first wirerope lock 231 and the second wirerope Lock 232, it is solid by punching press between the wirerope 230 and first wirerope lock 231 and the second wirerope lock 232 Fixed connection.230 both ends of wirerope the first wirerope lock 231 and second wirerope lock 232 respectively with the rotation Main shaft interconnecting piece 212 and the dredging head interconnecting piece 213 connection.
Specifically, the live spindle interconnecting piece 212 is internally provided with the passed through for first wirerope lock 231 One through-hole 2121, the first port 2123 of the first through hole 2121 are provided with the first clamping step 2122, first steel wire One end that cord lock button 231 does not connect the wirerope 230 is provided with the first lug boss 2311, the first wirerope lock 231 are set in the first through hole 2121, wherein first lug boss 2311, which is arranged in described first, clamps step 2122, And the first plugging structure 2125 is provided at the first port 2123 of the first through hole 2121.Specifically, described first Wirerope lock 231 is set in the first through hole 2121, and clamps platform by first lug boss 2311, described first Rank 2122 and first plugging structure 2125 realize that the first wirerope lock 231 is connect with the live spindle The connection in portion 212.It is interference fit between first plugging structure 2125 and the first through hole 2121.
Further, the dredging head interconnecting piece 213 is internally provided with the passed through for second wirerope lock 232 Two through-holes 2131, the third port 2133 of second through-hole 2131 are provided with the second clamping step 2132, second steel wire One end that cord lock button 232 does not connect the wirerope 230 is provided with the second lug boss 2312, the second wirerope lock 232 are set in second through-hole 2131, wherein second lug boss 2312, which is arranged in described second, clamps step 2132, And the second plugging structure 2135 is provided at the third port 2133 of second through-hole 2131.Specifically, described second Wirerope lock 232 is set in second through-hole 2131, and clamps platform by second lug boss 2312, described second Rank 2132 and second plugging structure 2135 realize the second wirerope lock 232 and the dredging head interconnecting piece 213 connection.Further, it is interference fitted between second plugging structure 2135 and second through-hole 2131.
Further, the first spring is provided on the outside of one end of the second port 2124 of the live spindle interconnecting piece 212 Suit portion 2126 and the first spring weld part 2127, specifically, one end of the spring 210 is set in first spring pocket Dress portion 2126, and an end face of the spring 210 is welded with the first spring weld part 2127, to realize institute State being fixedly connected for spring and the live spindle interconnecting piece 212.
Further, second spring set is provided on the outside of one end of the 4th port 2134 of the dredging head interconnecting piece 213 Dress portion 2136 and second spring weld part 2137, specifically, the other end of the spring 210 is set in the second spring set Dress portion 2136, and another end face of the spring 210 is welded with the second spring weld part 2137, to realize The spring is fixedly connected with the dredging head interconnecting piece 213.
Further, in one embodiment of the utility model, the first end of the spring live spindle interconnecting piece 212 The first T-type boss 2128, the live spindle 120 and the live spindle interconnecting piece are provided on the outside of one end of mouth 2123 One end of 212 connections are provided with the first T-type groove 121, the first T-type boss 2128 be installed in the first T-type groove In 121, and upper and lower two sides are fixed by pin.The one of the third port 2133 of the dredging head interconnecting piece 213 Be provided with the second T-type groove 2138 on the outside of end, the pipe-dredging head 220 connect with the dredging head interconnecting piece 213 one End is provided with the second T-type boss 221, the second T-type boss 221 be installed in the second T-type groove 2138, and on Lower two sides are fixed by pin.
In a preferred embodiment of the utility model, when the length of the spring 210 is too long, can by Interconnecting piece is arranged in the both ends of the spring, the structure being then attached by interconnecting piece realization multistage spring, multiple interconnecting pieces it Between can use above-mentioned T-type boss and T-type groove connection structure.
During use, one section of spring is connected in one end of the live spindle 120 first, then can drives institute Stating the second power device 424 drives the gear 423 to be rotated, to drive the fixing seat 420 along the guide rail 440 Sliding, so that the live spindle 120 stretches out the crane 400, and the live spindle 120 and the pipe-dredging group One end that part 200 connects is as close as possible to the pipeline opening.One section of spring is sent into inside the pipeline, the section is then turned off The connection of spring and the live spindle 120 drives second power device 424 that the gear 423 is driven to be rotated, from And the fixing seat 420 is driven to slide along the guide rail 440, so that the live spindle 120 returns to initial position, then will This section of spring is attached with another section of spring, and other end spring is attached with the live spindle 120, then drives described Two power devices 424 drive the gear 423 to be rotated, to drive the fixing seat 420 sliding along the guide rail 440 It is dynamic, so that the live spindle 120 stretches out the crane 400, another section of spring is sent into inside the pipeline, with such It pushes away, multistage spring is successively attached, and rack-and-pinion adjutant's multistage spring by capableing of transverse shifting is sequentially sent to Inside the pipeline.
Further, the spring 210 includes spring portion 211, and the both ends of the spring portion 211 have been respectively fixedly connected with rotation Turn main shaft interconnecting piece 212 and dredging head interconnecting piece 213, the spring portion 211 pass through the live spindle interconnecting piece 212 and institute Dredging head interconnecting piece 213 is stated to be fixedly connected with the live spindle 120 and the pipe-dredging head 220 respectively.Specifically, described The both ends of spring portion 211 can be fixed and connect with the live spindle interconnecting piece 212 and dredging head interconnecting piece 213 respectively by welding It connects.
In another embodiment of the utility model, 211 internal sleeve of spring is equipped with wirerope 230, the steel wire The both ends of rope 230 are fixedly connected with the live spindle interconnecting piece 212 and the dredging head interconnecting piece 213 respectively.
Further, one end that the pipe-dredging head 220 is not connect with the dredging head interconnecting piece 213 is provided with reamer 222, in one embodiment of the utility model, what the pipe-dredging head 220 was not connect with the dredging head interconnecting piece 213 The tapered structure in one end is provided with the first reamer 2221 in the pyramidal structure, and the middle part of the pipe-dredging head 220 is provided with Second reamer 2222, first reamer 2221 and the coaxial arrangement of the second reamer 2222, and second reamer 2222 is outer Loop diameter is greater than the race diameter of first reamer 2221.
Further, positioning disk 223, the positioning disk 223 and described first are further sleeved on the pipe-dredging head 220 Reamer 2221 and the coaxial arrangement of the second reamer 2222, and have between the outer wall of the positioning disk 223 and the inner wall of the pipe Small gap allows the positioning disk 223 to advance in the pipeline, and the positioning disk 223 is to the pipe-dredging First 220 play the role of support, so that the pipe-dredging head 220 maintains the state coaxial with the pipeline.
During the utility model use, the horizontal fixed bracket 300 is set in Operation Van, is needing to carry out When pipe-dredging, the lifting device 500 can be driven first, drive the second end of the crane 400 to increase, in the process In, the first end of the crane 400 is rotated along first rotary shaft 430 so that the crane 400 tilt it is certain Angle, the tilt angle is depending on the height of the Operation Van and the Operation Van at a distance from pipeline opening, that is, Operation Van Height and the Operation Van have determined the tilt angle of the crane 400 at a distance from pipeline opening, described so that operation people Member more easily protrudes into the pipe-dredging component 200 in the pipeline opening of the pipeline.The rotation of the rotary components 100 Main shaft 120 is rotated under the driving of first power device 110, due to the live spindle 120 and the spring 210 It is fixedly connected, so, the rotation of the live spindle 120 drives the spring 210 and the pipe-dredging head 220 to revolve together Turn;During pipe-dredging, the rotation of the pipe-dredging head 220 and the spring 210 may be subjected to rubbish in pipeline The obstruction of rubbish, at this point, one end that the spring 210 is connect with the live spindle 120, in the drive of the live spindle 120 Under rotated, and one end that the spring 210 is connect with the pipe-dredging head 220 is in pipeline under the drag effect of rubbish It stops rotating, the both ends rotary motion of the spring 210 is asynchronous, and spring 210 is caused to be in spiral status, its own has one Determine spring torsion, when the spring torsion of the spring 210 itself, which accumulates to, is enough to overcome the resistance for feeling interior rubbish, the pipe The high speed rotation under the twisting force of the spring 210 itself of head 220 is dredged in road, has the function that remove rubbish in pipeline.This The pipe-dredging component is advanced to inside the pipeline by utility model by the rotation of the live spindle 120, utilizes rotation Turn principle of propeller and realizes the purpose for removing rubbish in pipeline.
It should be noted that herein, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that There is also other identical elements in process, method, article or equipment including the element.
Finally, it should be noted that obviously, above-described embodiment is merely examples for clearly illustrating the present invention, And it does not limit the embodiments.For those of ordinary skill in the art, may be used also on the basis of the above description To make other variations or changes in different ways.There is no necessity and possibility to exhaust all the enbodiments.And thus Changes and variations that derived from still in the protection scope of the utility model among.

Claims (10)

1. a kind of pipeline twists filling and pipe-dredging machinery equipment, it is characterised in that: the pipeline twists filling and pipe-dredging machinery is set The standby pipe-dredging component for including a rotary components and being connect with the rotary components;
The rotary components include the first power device and the live spindle that connect with first power device, and described first The output end of power device is connect with one end of the live spindle, and first power device drives the live spindle to carry out Rotation;
The pipe-dredging component includes spring and the pipe-dredging head being fixedly connected with the spring, one end of the spring It is fixedly connected with the live spindle far from one end of power device, the other end is fixedly connected with the pipe-dredging head;
First power device drives the live spindle to be rotated, and the live spindle drives the spring to be revolved Turn, the spring in the state of rotation, be in spiral status, under the spiral twist active force of the spring, the pipe Road dredging head follows the spring to rotate together.
2. pipeline according to claim 1 is twisted and is filled and pipe-dredging machinery equipment, it is characterised in that: the pipeline twist fill and Pipe-dredging machinery equipment further includes a horizontal fixed bracket, is provided with a crane on the horizontal fixed bracket;
The crane is a strip bracket being laterally arranged, and the first end top of the crane is provided with a rotation branch Frame is provided with rotating through hole on the runing rest;
First power device is set in fixing seat, and the fixing seat is set to the second end of the crane, the rotation Turn main shaft to extend from the first end of the axial crane of the output of first power device, and from the runing rest It is passed through in rotating through hole, then connects the pipe-dredging component.
3. pipeline according to claim 2 is twisted and is filled and pipe-dredging machinery equipment, it is characterised in that: the of the crane The bottom of one end is hinged by the first rotary shaft with described support bracket fastened one end of level, and the second end bottom of the crane connects It is connected to lifting device, the lifting device drives the second end of the crane to increase or reduce, and increases in the second end Or during reducing, the first end of the crane is outer to be rotated around first rotary shaft, realizes that the crane is different The inclination of angle.
4. pipeline according to claim 3 is twisted and is filled and pipe-dredging machinery equipment, it is characterised in that: the lifting device is One oil cylinder, described oil cylinder one end is hinged by the second rotary shaft and the horizontal fixed bracket realization, and the other end is revolved by third Shaft and the second end of the crane realize hinged, the lifting of the second end of the flexible realization crane of the oil cylinder.
5. twisting filling and pipe-dredging machinery equipment according to pipeline described in Claims 2 or 3 or 4, it is characterised in that: the fixation The two sides of seat bottom end are respectively arranged with sliding slot, and the opening of the sliding slot opens up inwardly;
The two sides of the crane are provided with guide rail along the length direction of the crane;
The guide rail of the crane two sides is respectively arranged in the sliding slot of the fixing seat two sides, can be along described by sliding slot Guide rail sliding, so that the fixing seat be driven to slide along the guide rail.
6. pipeline according to claim 5 twists filling and pipe-dredging machinery equipment, it is characterised in that: inside the fixing seat Be provided with hollow cavity, the inside cavity is provided with a gear, the gear shaft of the gear from the side wall of the cavity to The outside of the cavity extends, and extends to the outside of the cavity, and connect with the second power device;
The rack gear parallel with two guide rails is provided between two guide rails of the crane;
The gear is engaged with the rack gear, and second power device drives the gear shaft rotation, to drive the tooth Wheel rotation, so that the fixing seat be driven to slide along the guide rail.
7. pipeline according to claim 1 twists filling and pipe-dredging machinery equipment, it is characterised in that: the spring includes bullet Spring portion, the both ends of the spring portion have been respectively fixedly connected with live spindle interconnecting piece and dredging head interconnecting piece, the spring portion It is solid with the live spindle and the pipe-dredging head respectively by the live spindle interconnecting piece and the dredging head interconnecting piece Fixed connection.
8. pipeline according to claim 7 twists filling and pipe-dredging machinery equipment, it is characterised in that: the spring inner set Equipped with wirerope, the both ends of the wirerope are fixed with the live spindle interconnecting piece and the dredging head interconnecting piece respectively to be connected It connects.
9. pipeline according to claim 8 twists filling and pipe-dredging machinery equipment, it is characterised in that: the pipe-dredging head On be provided with the first reamer and the second reamer, first reamer and the coaxial arrangement of the second reamer, and second reamer Race diameter is greater than the race diameter of first reamer.
10. pipeline according to claim 9 twists filling and pipe-dredging machinery equipment, it is characterised in that: the pipe-dredging It is further sleeved with positioning disk, the positioning disk and first reamer on head and the second reamer is coaxially disposed.
CN201820900006.8U 2018-06-11 2018-06-11 A kind of pipeline, which twists, to be filled and pipe-dredging machinery equipment Active CN208395982U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108517954A (en) * 2018-06-11 2018-09-11 天津市鼎风逸宸科技发展有限公司 A kind of pipeline, which twists, to be filled and pipe-dredging machinery equipment

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108517954A (en) * 2018-06-11 2018-09-11 天津市鼎风逸宸科技发展有限公司 A kind of pipeline, which twists, to be filled and pipe-dredging machinery equipment
CN108517954B (en) * 2018-06-11 2024-06-25 天津科环逸宸科技发展有限公司 Pipeline is twisted and is irritated and pipeline mediation mechanical equipment

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