CN116001326A - Drainage pipeline arrangement device and method for central urban area - Google Patents
Drainage pipeline arrangement device and method for central urban area Download PDFInfo
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- CN116001326A CN116001326A CN202211469532.0A CN202211469532A CN116001326A CN 116001326 A CN116001326 A CN 116001326A CN 202211469532 A CN202211469532 A CN 202211469532A CN 116001326 A CN116001326 A CN 116001326A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
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Abstract
A drainage pipeline arranging device and method for a central urban area comprise a foundation component device arranged on a vertical shaft of a lower part of a drainage pipeline section to be arranged and a vertical shaft of an upper part of the drainage pipeline section to be arranged, and a functional component device arranged on the foundation component device and penetrating through the drainage pipeline section to be arranged.
Description
Technical Field
The invention relates to a drainage pipeline arrangement device and method, in particular to a drainage pipeline arrangement device and method for a central urban area.
Background
The drainage pipeline in the central urban area is used for draining sewage, thereby ensuring the environment of the central urban area, in order to ensure the smoothness of the drainage pipeline, the drainage pipeline arranging device for the central urban area is an important pipeline arranging device, in the existing drainage pipeline arranging device for the central urban area, the drainage pipeline sections needing to be repaired are also required to be excavated, the external side surface leakage repairing repair is carried out on the drainage pipeline sections needing to be repaired, the ground surface stability of the drainage pipeline is influenced due to the excavation treatment on the ground surface of the drainage pipeline, the damage risk of the arranged drainage pipeline is increased,
the invention performs effective exploration and research on the technical aspect of the technical problem that the stability of the ground surface of the drainage pipeline is affected by carrying out the external side surface leakage repairing after the drainage pipeline section to be repaired is excavated through the technical characteristics of cleaning, detecting and repairing the inner wall in the drainage pipeline section to be repaired,
the statements herein merely provide background information related to the present disclosure and may not necessarily constitute prior art, but may make an application for the present disclosure based on technical specifications provided by applicant at 2022, 10 and 20, with technical issues in actual technical issues during operation, and technical issues, technical features and technical effects existing in similar patent documents and background arts obtained by retrieval.
Disclosure of Invention
The object of the invention is a drainage pipeline arrangement device for a central urban area,
the object of the invention is a drainage pipeline arrangement method for a central urban area.
In order to overcome the technical defects, the invention aims to provide a drainage pipeline arrangement device and method for a central urban area, so that the stability of the ground surface of the drainage pipeline is ensured, and the risk of damaging the arranged drainage pipeline is reduced.
In order to achieve the above purpose, the invention adopts the following technical scheme: a drainage pipeline arrangement device for a central urban area comprises a foundation component device arranged on a vertical shaft of a lower part of a drainage pipe section to be arranged and a vertical shaft of an upper part of the drainage pipe section to be arranged, and a functional component device arranged on the foundation component device and penetrating through the drainage pipe section to be arranged.
Because the foundation component device and the functional component device are designed, the functional component device is driven to move in the drainage pipe section needing to be tidied, and the cleaning, detection and repair operation of the inner wall of the drainage pipe section needing to be tidied are realized through the functional component device, the technical problem that the stability of the ground base surface of the drainage pipe is affected by the external side surface leakage repairing repair after the drainage pipe section needing to be repaired is excavated is solved, the stability of the ground base surface of the drainage pipe is guaranteed, and the damage risk of the drainage pipe after being tidied is reduced.
The present invention provides for interconnecting the base member assembly and the feature assembly in such a manner that cleaning, inspection and repair of the interior wall is performed in the desired finishing of the drain pipe sections.
The invention provides that the functional component device is connected with the base component device in a disc-type butt joint mode.
The invention designs a foundation component device which comprises a first plugging device, a second plugging device, a first trailer, a second trailer, a first winch, a second winch, a high-pressure pump set, an air compressor set and a pipeline crawling machine.
The invention designs a functional component device which comprises a movable frame, a pipeline cleaning machine, an image pickup machine and a pipeline inner wall repairing machine.
The technical effects of the five technical schemes are as follows: the inner wall of the drain pipe is tidied, and the outside lateral surface of the drain pipe is not repaired by repairing.
The invention designs that a first plugging device, a first winch, an air compressor unit, a movable frame and a pipeline cleaner are respectively arranged on a first trailer, the first trailer is arranged at the lower part of a pipeline section needing to be tidied, a second winch, the air compressor unit, a pipeline crawling machine, the movable frame, an image pickup machine and a pipeline inner wall repairing machine are respectively arranged on a second trailer, and the second trailer is arranged at the upper part of the pipeline section needing to be tidied.
The technical effects of the above technical scheme are as follows: the basic technical scheme of the invention is formed by a first plugging device, a second plugging device, a first trailer, a second trailer, a first winch, a second winch, a high-pressure pump set, an air compressor set, a pipeline crawling machine, a movable frame, a pipeline cleaning machine, an image pickup machine and a pipeline inner wall repairing machine, and the technical problem of the invention is solved.
The invention designs that the first plugging device and the second plugging device are respectively arranged as a supporting seat, an inner bearing disc, a screw shaft, a jacking nut, a containing groove plate, a first air-filling ring bag and a first stop valve, a sliding hole body is arranged on the vertical part of the supporting seat, an opening groove body is arranged on the transverse part of the supporting seat, a containing groove body is arranged on the peripheral side surface part of the inner bearing disc, a first mounting hole body is arranged on the inner bearing disc, the sliding hole body is connected with the screw shaft, the inner end of the screw shaft is connected with the inner end surface part of the inner bearing disc, the screw shaft is connected with the jacking nut in a threaded mode, the inner end surface part of the jacking nut is connected with the vertical part of the supporting seat in a contact mode, the peripheral side surface part of the inner bearing disc is connected with the containing groove plate, the holding groove body and the holding groove plate are arranged to be connected with the first air-filling ring bag in a holding mode, the air-filling pipe of the first air-filling ring bag is arranged to be connected with the first mounting hole body in a penetrating mode, the air-filling pipe end opening of the first air-filling ring bag is arranged to be connected with the inner end opening of the first stop valve, the outer end opening of the first stop valve is arranged to be connected with the air compressor unit, the supporting seat is arranged to be an L-shaped platy body, the inner supporting disc is arranged to be a convex-shaped platy body, the screw shaft is arranged to be a light column bolt, the tightening nut is arranged to be a hexagonal nut, the holding groove plate is arranged to be a V-shaped annular groove body, the first air-filling ring bag is arranged to be annular airbag, the first stop valve is arranged to be a spherical stop valve, the sliding hole body is arranged to be a strip-shaped hole body, the opening groove body and the holding groove body are respectively arranged to be U-shaped, and the inner end opening of the first mounting hole body is arranged to be distributed in mutual communication with the holding groove body.
The technical effects of the above technical scheme are as follows: the port of the drain pipe is sealed by the built-in airbag.
The invention designs that at least two first inflatable bags are arranged in a containing groove body and a containing groove plate, and the ratio of the diameter of a containing gas cavity of the first inflatable bag positioned at the outer side to the diameter of the containing gas cavity of the first inflatable bag positioned at the inner side is set to be 1.5-1.8:1.
The technical effects of the above technical scheme are as follows: the superposition sealing treatment of a plurality of built-in airbag is realized.
The invention designs that a first trailer and a second trailer are respectively arranged as full trailers with guide wheel assemblies, the rear parts of the end faces of the upper ends of the first trailer are respectively connected with a first winch, the front parts of the end faces of the upper ends of the first trailer are respectively connected with a first plugging device, a high-pressure pump group, an air compressor group, a movable frame and a pipeline cleaning machine, the rear parts of the end faces of the upper ends of the second trailer are respectively connected with a second winch, the front parts of the end faces of the upper ends of the second trailer are respectively connected with a second plugging device, an air compressor group, a pipeline crawler, a movable frame, an image pickup machine and a pipeline inner wall repairing machine, the towing hooks of the first trailer and the towing hooks of the second trailer are respectively connected with a motor chassis, the guide wheel assemblies of the first trailer and the guide wheel assemblies of the second trailer are respectively arranged to comprise support beams, fixed shafts and rotating wheels, the lower ends of the support beams are respectively connected with the rear side faces of the frame of the first trailer and the rear side faces of the second trailer, U-shaped opening bodies are respectively arranged at the upper ends of the support beams, the ends of the support beams are respectively connected with the U-shaped opening bodies, the upper ends of the fixed shafts are respectively arranged to be connected with the inner wall bodies of the support beams, the annular flange bodies are respectively arranged at intervals, the annular flange bodies are arranged at the side faces are connected with the annular flange bodies, and are arranged at the side edges of the annular flange bodies are arranged, and are in a circle-shaped flange body is arranged, and the flange is in a way, and the flange is arranged, the flange is connected with the flange, and the flange is in the flange, the flange is arranged.
The technical effects of the above technical scheme are as follows: the split vehicle transportation support is realized on the vertical shaft of the lower part of the drainage pipe section to be tidied and the vertical shaft of the upper part of the drainage pipe section to be tidied.
The invention designs that the first winch and the second winch are respectively provided with a hydraulic motor winch, the hydraulic port of the hydraulic motor of the first winch and the hydraulic port of the hydraulic motor of the second winch are respectively connected with a hydraulic device of a motor chassis, the first winch is connected with a first trailer, the second winch is connected with a second trailer, and the steel wire rope of the first winch and the steel wire rope of the second winch are respectively connected with a movable frame.
The technical effects of the above technical scheme are as follows: the rope traction movement setting of the movable frame in the drainage pipe section needing to be tidied is realized.
The invention provides that the high-pressure pump assembly is arranged to be coupled to the first trailer and that the output port of one of the high-pressure pumps of the high-pressure pump assembly is arranged to be coupled to the pipeline washer.
The technical effects of the above technical scheme are as follows: the arrangement of providing high pressure water flow and sewage discharge is realized.
The invention designs that the air compressor unit is connected with the first trailer and the second trailer, and the output port part of the air compressor unit is respectively connected with the first plugging device, the second plugging device and the pipeline inner wall repairing machine.
The technical effects of the above technical scheme are as follows: providing a high pressure air flow arrangement is achieved.
The invention designs that the pipeline crawling machine is arranged as a pipeline crawling robot and is connected with the first trailer, and the pipeline crawling machine is respectively connected with a steel wire rope of the first winch or a steel wire rope of the second winch.
The technical effects of the above technical scheme are as follows: the rope is pulled in the drainage pipe section to be tidied.
The invention designs that the movable frame comprises a connecting flange plate, an intermediate shaft, a swinging frame, an adjusting screw, an axle, a first running wheel and a second running wheel, wherein a through hole body is arranged at the inner end of the swinging frame, a first through hole body and a second through hole body are respectively arranged at the middle part of the swinging frame, a first branch plate part is arranged at one side part of the outer end of the swinging frame, a second branch plate part is arranged at the other side part of the outer end of the swinging frame, an ear seat part is arranged at the upper part of the outer end face of the connecting flange plate, the end head of the intermediate shaft is respectively connected with the inner hole wall of the connecting flange plate, the intermediate shaft is connected with the through hole body, the upper end head of the adjusting screw is connected with the ear seat part in a threaded mode, the lower end head of the adjusting screw is connected with the first through hole body, the outer end of the first branch plate part and the outer end of the second branch plate part are respectively arranged to be connected with an axle, one end of the axle is arranged to be rotatably connected with a first running wheel, the other end of the axle is arranged to be rotatably connected with a second running wheel, and the second through hole body is respectively arranged to be connected with a wire rope of a first winch and a wire rope of a second winch, the connecting flange plate is arranged to be a flange, the intermediate shaft is arranged to be a rod-shaped body with an annular groove in the middle part, the annular groove of the intermediate shaft is arranged to be connected with a swinging frame, the swinging frame is arranged to be a Y-shaped sheet-shaped body, the adjusting screw is arranged to be a dry-shaped bolt, the annular groove of the adjusting screw is arranged to be connected with the swinging frame, the axle is arranged to be a rod-shaped body with an annular groove in the end, the annular groove of one end of the axle is arranged to be connected with the first running wheel, the annular groove of the other end of the axle is arranged to be connected with the second running wheel, the first traveling wheel and the second traveling wheel are respectively arranged as circular disk-shaped bodies and the lug parts are respectively arranged as sheet-shaped bodies with threaded hole bodies, the threaded hole bodies of the lug parts are respectively arranged to be connected with the adjusting screw rods and the penetrating hole bodies, the first through hole bodies and the second through hole bodies are respectively arranged as circular hole-shaped bodies, the first branch plate parts and the second branch plate parts are respectively arranged as rectangular sheet-shaped bodies and the connecting flange plates are respectively arranged to be connected with the pipeline cleaning machine, the image pickup machine and the pipeline inner wall repairing machine through connecting bolts and nuts, and the movable frame is arranged to be connected with the first trailer and the second trailer.
The technical effects of the above technical scheme are as follows: the tray body is externally abutted, and the connection strength with other abutted parts is improved.
The invention designs that the pipeline cleaning machine comprises a first butt flange, a second butt flange, a water spraying disc, an inner fluted disc, a power gear, a supporting gear, a first supporting claw beam, a connecting rod and a cleaning brush, wherein the inner end face part of the first butt flange and the inner end face part of the second butt flange are respectively arranged to be connected with a first supporting claw Liang Lianjie, one end of the connecting rod is respectively arranged to be connected with the supporting claw beam, the other end of the connecting rod is respectively arranged to be connected with the water spraying disc, the power gear and the supporting gear are respectively arranged to be meshed with inner hole teeth of the inner fluted disc, the outer peripheral side part of the inner fluted disc is arranged to be connected with the cleaning brush, the supporting gear is arranged to be rotationally connected with one of the first supporting claw beams through a shaft rod, the power gear is arranged to be rotationally connected with the other first supporting claw beam through a rotating shaft, the rotating shaft between the power gear and the first supporting claw beam is arranged to be connected with the motor end shaft, the first butt flange and the second butt flange are respectively arranged to be connected with the movable frame through connecting bolts and nuts, the water spraying disc is arranged to be connected with the high-pressure pump set through a pipeline, the first butt flange and the second butt flange are arranged to be flanges, the water spraying disc is arranged to be a circular disc-shaped body with water spraying holes on the peripheral side surface, the inner fluted disc is arranged to be an inner gear body, the power gear and the supporting gear are respectively arranged to be a column gear with annular groove bodies on the peripheral side surface, the first supporting claw beam is arranged to be an L-shaped rod-shaped body, the connecting rod is arranged to be a rod-shaped body, and the cleaning brush is arranged to be an industrial brush body, the three first supporting claw beams are arranged and distributed along the circumferential line of the inner fluted disc in a spaced mode, two supporting gears and one power gear are respectively arranged on the three first supporting claw beams, and the pipeline cleaning machine is connected with the first trailer.
The technical effects of the above technical scheme are as follows: the inner wall of the drain pipe is brushed and cleaned, and the high-pressure water flow is sprayed and tidied.
The invention designs that the image pickup machine comprises a third butt flange, a fourth butt flange, a first middle supporting disk, a second supporting claw beam, a camera, a tightening screw and an illuminating lamp, wherein one end of the second supporting claw beam is respectively connected with the inner end face of the third butt flange and the inner end face of the fourth butt flange, the other end of the second supporting claw beam is connected with the inner wall of a hole of the first middle supporting disk and is respectively provided with a second mounting hole body and a threaded hole body, the second mounting hole body is connected with the camera in a holding way, the threaded hole body is connected with the tightening screw, the inner end of the tightening screw is connected with the camera in a contact way, the second supporting claw beam is connected with a lamp holder of the illuminating lamp, the third butt flange and the fourth butt flange are respectively arranged as flanges, the first middle supporting plate is arranged as an annular ring body, the second supporting claw beam is arranged as an L-shaped rod body, the vertical end head of the second supporting claw beam is arranged to be connected with the first middle supporting plate, the inclined end head of the second supporting claw beam is respectively arranged to be connected with the third butt flange and the fourth butt flange, the camera is arranged as a digital camera, the tightening screw is arranged as a hexagon bolt, the illuminating lamp is arranged as an LED illuminating lamp, the second mounting hole body and the threaded hole body are respectively arranged as circular hole bodies, the inner end opening of the threaded hole body is arranged to be communicated with the second mounting hole body, the second mounting hole body and the threaded hole body are respectively arranged to be distributed along the circumferential space of the first middle supporting plate, the second supporting claw beam and the illuminating lamp are respectively arranged to be distributed along the circumferential space of the first middle supporting plate, the image pickup machine is configured to be coupled with the second trailer and the third docking flange and the fourth docking flange are respectively configured to be coupled with the moving frame by connecting bolts and nuts.
The technical effects of the above technical scheme are as follows: the inner wall of the drain pipe is subjected to image detection setting.
The invention designs that the pipeline inner wall repairing machine comprises a fifth butt flange, a sixth butt flange, a second middle supporting disk, a third supporting claw beam, an angle block, a second air-filling ring, a second stop valve, an edge supporting disk, an extension rod and a heating lamp, wherein one end of the third supporting claw beam is respectively connected with the inner end face of the fifth butt flange and the inner end face of the sixth butt flange, the other end of the third supporting claw beam is respectively connected with the side face of the second middle supporting disk and the inner end face of the angle block, and is provided with a third mounting hole body on the second middle supporting disk, an air-filling pipe of the second air-filling ring is connected with the third mounting hole body in a penetrating way, the outer end of the air-filling pipe of the second air-filling ring is connected with the inner end face of the second stop valve, the outer port of the second stop valve is connected with the air compressor unit, the inner side of the second air-filling ring bag is connected with the outer end face of the second middle supporting plate and the outer end face of the corner block in a contact way, the inner hole wall of the edge supporting plate is connected with a third supporting claw beam positioned between the sixth butt-joint flange plate and the second middle supporting plate, one end of the swinging rod is connected with the outer side of the edge supporting plate, the other end of the swinging rod is connected with a lamp holder of the heating lamp, the repairing machine of the inner wall of the pipeline is connected with the second trailer, the fifth butt-joint flange plate and the sixth butt-joint flange plate are connected with the movable frame through connecting bolt nuts, the fifth butt-joint flange plate and the sixth butt-joint flange plate are respectively arranged as flanges, the second middle supporting plate and the edge supporting plate are respectively arranged as round ring bodies, the third supporting claw beam and the angle block are arranged to be strip-shaped bodies, the second air-filled ring is arranged to be annular airbag, the second stop valve is arranged to be a spherical stop valve, the heating lamp is arranged to be a ceramic heating lamp, the third mounting hole is arranged to be circular hole-shaped bodies, the third supporting claw beam and the angle block are respectively arranged to be distributed along the circumferential line interval of the second middle supporting disc, and the swinging rod and the heating lamp are respectively arranged to be distributed along the circumferential line interval of the edge supporting disc.
The technical effects of the above technical scheme are as follows: the inner wall of the drain pipe is subjected to patch pasting repair.
The invention designs that a first plugging device, a second plugging device, a first winch, a second winch, a high-pressure pump set, an air compressor set, a pipeline crawling machine, a moving frame, a pipeline cleaning machine and an image pickup machine are distributed according to an inner wall repairing mode, and the first plugging device, the second plugging device, the first winch, the second winch, the high-pressure pump set, the air compressor set, the pipeline crawling machine, the moving frame, the pipeline cleaning machine, the image pickup machine and the pipeline inner wall repairing machine are distributed according to a motor transportation mode, and a fifth butt flange, a sixth butt flange, a third butt flange, a fourth butt flange, a first butt flange and a second butt flange are respectively connected with a connecting flange.
The invention designs a drainage pipeline arrangement method for a central urban area, which comprises the following steps: the foundation component device drives the functional component device to move in the drainage pipe section to be tidied, and the functional component device cleans, detects and repairs the inner wall of the drainage pipe section to be tidied.
The technical effects of the above technical scheme are as follows: the method has the advantages that the technical characteristics of cleaning, detecting and repairing the inner wall of the drainage pipe section to be finished are highlighted, and the method is introduced to be applied to the technical field of drainage pipeline finishing methods for central urban areas.
The invention designs the method which comprises the following steps: when the drainage pipeline is arranged, the first trailer is arranged on a vertical shaft of a lower part of a drainage pipe section to be arranged through the connection of the motor-driven chassis and the towing hook of the first trailer, the rotating wheel arranged on the first trailer is arranged on the upper end of the vertical shaft of the lower part of the drainage pipe section to be arranged, the motor-driven chassis is separated from the towing hook of the first trailer, the second trailer is arranged on the vertical shaft of the upper part of the drainage pipe section to be arranged through the connection of the motor-driven chassis and the towing hook of the second trailer, the rotating wheel arranged on the second trailer is arranged on the upper end of the vertical shaft of the upper part of the drainage pipe section to be arranged, the motor-driven chassis is separated from the towing hook of the second trailer, the first plugging device is arranged in the vertical shaft of the lower part of the drainage pipe section to be arranged, the second plugging device is arranged on the bottom of the vertical shaft of the upper part of the drainage pipe section to be arranged, the supporting seat is arranged in the opening groove body, the supporting seat is arranged on the bottom of the vertical shaft through the anchor rod, the inner bearing plate is arranged on the sliding hole body to be adjusted in a vertical moving way, the inner bearing plate is positioned at the center of the drain pipe, the jacking nut is rotated on the screw shaft, the jacking nut acts on the vertical part of the supporting seat, the inner bearing plate is arranged on the supporting seat, the outer end part of the first stop valve is communicated with the air compressor unit, the air compressor unit is in a working state, the first stop valve is in an opening state, the air compressor unit is used for injecting high-pressure air into the first air-filled ring bladder, the first air-filled ring bladder is in an expansion state in the accommodating groove body and the accommodating groove plate, the first air-filled ring bladder positioned on the first sealing device is used for sealing the port of the lower part of the drain pipe section to be finished, the first air-filled ring bladder positioned on the second sealing device is used for sealing the port of the upper part of the drain pipe section to be finished, then the first stop valve is in a closed state, the air compressor unit is in a non-working state, the output pipeline of the air compressor unit is placed in a finishing drain pipe section, the air compressor unit is in a working state, the finishing drain pipe section is inflated by the air compressor unit, the input pipeline of the high-pressure pump unit is placed in a drain pipe section needing finishing, the high-pressure pump unit is in a working state, the sewage in the drain pipe section needing finishing is discharged by the high-pressure pump unit, the high-pressure pump unit is in a non-working state after the sewage in the drain pipe section needing finishing is discharged, the air compressor unit is in a non-working state after the oxygen content of the air in the drain pipe section needing finishing reaches the operation standard, the pipeline crawling machine is placed in the drain pipe section needing finishing from a vertical shaft at the upper part of the drain pipe section needing finishing, the wire rope of the second winch is put on a rotating wheel positioned on a second trailer, the end head of the wire rope of the second winch is connected with a pipeline crawling machine, the pipeline crawling machine moves in a drainage pipe section needing to be tidied, the second winch rotates reversely, the wire rope of the second winch is in a release state, the wire rope of the second winch is driven to move in the drainage pipe section needing to be tidied, when the pipeline crawling machine reaches a vertical shaft of a lower part of the drainage pipe section needing to be tidied, the pipeline crawling machine is taken out from the vertical shaft of the lower part of the drainage pipe section needing to be tidied, the wire rope of the second winch is put in the drainage pipe section needing to be tidied, a first moving frame is put in the vertical shaft of the lower part of the drainage pipe section needing to be tidied, a second through hole body positioned on the first moving frame is connected with the wire rope of the second winch, the first running wheel and the second running wheel on the first moving frame are placed in a drain pipe section to be tidied, the adjusting screw on the first moving frame rotates in the lug seat threaded hole body on the first moving frame and the first through hole body on the first moving frame, the swinging frame on the first moving frame swings on the middle shaft on the first moving frame, the connecting flange on the first moving frame is positioned at the center part of the drain pipe, the second moving frame is placed in a vertical shaft of the lower part of the drain pipe section to be tidied, the second through hole body on the second moving frame is connected with the steel wire rope of the first winch, the first running wheel and the second running wheel on the second moving frame are placed in the drain pipe section to be tidied, the adjusting screw on the second movable frame rotates in the lug seat threaded hole body on the second movable frame and the first through hole body on the second movable frame, the swinging frame on the second movable frame swings on the middle shaft on the second movable frame, the connecting flange on the second movable frame is positioned at the central part of the drain pipe, the centering treatment of the connecting flange in the drain pipe is realized, the pipeline cleaner is placed in a vertical shaft of the lower part of the drain pipe section to be cleaned, the first butt flange is connected with the connecting flange on the first movable frame through the connecting bolt and the nut, the second butt flange is connected with the connecting flange on the second movable frame through the connecting bolt and the nut, the water spray disc is connected with the output port of one of the high-pressure pumps of the high-pressure pump set through a pipeline, the input port of one of the high-pressure pump set is connected with the water tank through the pipeline, the pipeline on the input port of the other high-pressure pump is placed in a vertical shaft of the lower part of the drain pipe section to be cleaned, the first winch, the second winch, the high-pressure pump and a motor on the power gear are in working states, the water spraying disc and the inner fluted disc move in the drain pipe section to be cleaned, high-pressure water flows are sprayed to the inner wall of the drain pipe through the water spraying holes of the water spraying disc, the inner fluted disc rotates on the power gear and the supporting gear, the cleaning brush sweeps the inner wall of the drain pipe, sewage generated by cleaning flows back to the vertical shaft of the lower part of the drain pipe section, the sewage is discharged by the other high-pressure pump in the lower part of the drain pipe section to be cleaned, after the inner wall of the drain pipe is cleaned, the first winch, the second winch, the high-pressure pump and the motor on the power gear are in non-working states, the first butt flange is separated from the connecting flange on the first moving frame through the connecting bolt and nut, the second butt flange is separated from the connecting flange on the second moving frame, the generated sewage flows back to the lower part of the drain pipe section to be cleaned, and the connecting flange is lifted from the first flange frame to the second flange frame to be cleaned through the connecting frame on the connecting frame and the second flange frame to be cleaned, the connecting frame is moved to the connecting frame on the second flange frame to be cleaned, the image pickup machine is placed in a vertical shaft of an upper part of a drain pipe section to be tidied, a third butt flange is connected with a connecting flange positioned on a first movable frame through a connecting bolt nut, a fourth butt flange is connected with a connecting flange positioned on a second movable frame through a connecting bolt nut, so that the first winch, the second winch, a camera and an illuminating lamp are in working states, a first middle supporting plate moves in the drain pipe section to be tidied, the camera picks up image signals on the inner wall of the drain pipe to realize image detection processing on the inner wall of the drain pipe to obtain the accurate position of a damaged part of the drain pipe, after the image detection processing on the inner wall of the drain pipe is finished, the image pickup machine is returned to the vertical shaft of the upper part of the tidied drain pipe section, the first winding machine, the second winding machine, the camera and the lighting lamp are in a non-working state, the third butt flange is separated from the connecting flange positioned on the first movable frame, the fourth butt flange is separated from the connecting flange positioned on the second movable frame, the image pickup machine is lifted out of a vertical shaft of the upper part of a drain pipe section to be finished, glass fiber cloth is wound for one circle according to the diameter of the drain pipe, bonding resin is smeared on the outer side surface of the glass fiber cloth, then the glass fiber cloth is wound for one circle, the glass fiber cloth is wound for at least three circles, a repairing sleeve of the drain pipe is obtained, the repairing sleeve is sleeved with the second air-filling ring bag, then the outer side surface of the repairing sleeve of the drain pipe is coated with a 3-6mm bonding resin layer, the inner wall repairing machine of the pipe is placed in the vertical shaft of the upper part of the finish drain pipe section, the fifth butt flange is connected with the connecting flange on the first movable frame through a connecting bolt and a nut, the sixth butt flange is connected with the connecting flange on the second movable frame through a connecting bolt and a nut, the outer port part of the second stop valve is communicated with the air compressor set through a pipeline, the second stop valve is in an open state, the first winch and the second winch are in a working state, the second middle supporting plate and the side supporting plate move in a drain pipe section to be finished, when the second middle supporting plate reaches the damaged part of the drain pipe, the first winch and the second winch are in a non-working state, the repairing sleeve is placed on the damaged part of the drain pipe, then the air compressor set is in a working state, the second air charging ring is inflated by the air compressor set, when the second air charging ring is in an expansion state, the bonding resin layer of the repairing sleeve is connected with the damaged part of the drain pipe, the air compressor set is in a non-working state, the second air charging ring is deflated, the second air charging ring is separated from the second air charging ring, the first winch and the second winch are in a working state, when the first winch and the second winch reach the damaged part of the drain pipe, the second winch reaches the inner wall of the drain pipe section, the repairing sleeve is cured, the repairing sleeve is in a working state, the repairing sleeve is cured, the repairing sleeve is heated in the working state, and the repairing sleeve is cured, the repairing sleeve is in the working state, the repairing sleeve is cured, and the repairing sleeve is in the working state and the working state, the fifth butt flange is separated from the connecting flange on the first movable frame, the sixth butt flange is separated from the connecting flange on the second movable frame, the pipeline inner wall repairing machine is lifted from the vertical shaft at the upper part of the finishing drainage pipe section, the second through hole body on the first movable frame is separated from the steel wire rope of the second winch, the second through hole body on the second movable frame is separated from the steel wire rope of the first winch, the movable frame is lifted from the vertical shaft at the upper part of the finishing drainage pipe section, the steel wire rope of the second winch and the steel wire rope of the first winch are respectively rolled up, the first stop valve is in an open state, the high-pressure air in the first air-filled ring bag is released, the first air-filled ring bag is in an empty state, the anchor rod is taken out from the bottom of the open groove body and the vertical shaft, the first stopper is lifted from the vertical shaft at the lower part of the finishing drainage pipe section, the second stopper is lifted from the vertical shaft at the upper part of the finishing drainage pipe section, and the finishing drainage pipe section is completed.
The technical effects of the above technical scheme are as follows: the two ports of the whole drainage pipe section are sequentially operated, and the arrangement efficiency of the drainage pipe is improved.
In the technical scheme, the basic component device and the functional component device which are used for cleaning, detecting and repairing the inner wall in the drainage pipe section are important technical characteristics, and the technical scheme has novelty, creativity and practicability in the technical field of the drainage pipe finishing device and the drainage pipe finishing method for the central urban area, and the terminology in the technical scheme can be explained and understood by the patent literature in the technical field.
Drawings
In order to more clearly illustrate the embodiments of the invention or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, it being obvious that the drawings in the following description are only some embodiments of the invention, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
Figure 1 is a schematic view of the present invention,
figure 2 is a schematic structural view of a first occluder 1 and a second occluder 2,
Fig. 3 is a schematic view of the structure of the moving frame 91,
figure 4 is a schematic view of the construction of the pipe washer 92,
fig. 5 is a schematic structural view of the image pickup device 93,
figure 6 is a schematic view of the construction of a pipe inner wall repair machine 94,
the first plugging device-1, the second plugging device-2, the first trailer-3, the second trailer-4, the first winch-5, the second winch-6, the high-pressure pump set-7, the air compressor set-8, the pipeline crawling machine-9, the moving frame-91, the pipeline cleaning machine-92, the image pickup machine-93, the pipeline inner wall repairing machine-94, the supporting seat-11, the inner bearing plate-12, the screw shaft-13, the jacking nut-14, the containing groove plate-15, the first air-filling ring bag-16, the first stop valve-17, the sliding hole body-111, the opening groove body-112, the containing groove body-121, the first mounting hole body-122, the supporting beam-31, the fixed shaft-32, the rotating wheel-33, the connecting flange plate-911, the intermediate shaft-912 swing frame-913, adjusting screw-914, axle-915, first driving wheel-916, second driving wheel-917, ear base-9111, through hole body-9131, first through hole body-9132, first branch plate portion-9133, second branch plate portion-9134, second through hole body-9135, first butt flange-921, second butt flange-922, water spray disk-923, inner tooth disk-924, power gear-925, support gear-926, first support claw beam-927, connecting rod-928, cleaning brush-929, third butt flange-931, fourth butt flange-932, first intermediate support disk-933, second support claw beam-934, camera head-935, jack screw-, the lamp comprises an illuminating lamp-937, a second mounting hole body-9351, a threaded hole body-9352, a fifth butt flange plate-941, a sixth butt flange plate-942, a second middle supporting plate-943, a third supporting claw beam-944, an angle block-945, a second inflation air bag-946, a second stop valve-947, a side supporting plate-948, a swinging rod-949, a heating lamp-940 and a third mounting hole body-9431.
Detailed Description
Terms such as "having," "including," and "comprising," as used herein, are to be construed as not being accompanied by the presence or addition of one or more other elements or combinations thereof, in accordance with the censoring guidelines.
In the description of the present invention, it should be noted that the directions or positional relationships indicated by the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc. are based on the directions or positional relationships shown in the drawings, are merely for convenience of describing the present invention and simplifying the description, and do not indicate or imply that the devices or elements referred to must have a specific orientation, be configured and operated in a specific orientation, and thus should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it should be noted that, unless explicitly specified and limited otherwise, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be either fixedly connected, detachably connected, or integrally connected, for example; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communication between two elements. The specific meaning of the above terms in the present invention will be understood in specific cases by those of ordinary skill in the art.
In addition, the technical features of the various embodiments of the invention described below may be combined with one another as long as they do not interfere with one another, and, unless otherwise specified, the equipment and materials used in the examples below are commercially available, as the process conditions are not explicitly described, with reference to the commercially available product specifications or in accordance with methods conventional in the art.
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
A drainage pipe finishing device for a central urban area, fig. 1 is a first embodiment of the present invention, specifically describing the present embodiment with reference to the accompanying drawings, and includes a first stopper 1, a second stopper 2, a first trailer 3, a second trailer 4, a first winch 5, a second winch 6, a high-pressure pump group 7, an air compressor group 8, a pipe crawler 9, a moving rack 91, a pipe cleaner 92, an image pickup machine 93 and a pipe inner wall repairing machine 94, wherein the first stopper 1, the first winch 5, the air compressor group 8, the moving rack 91 and the pipe cleaner 92 are respectively provided on the first trailer 3, and the first trailer 3 is provided at a lower portion where a drainage pipe section is required to be finished, the second winch 6, the air compressor group 8, the pipe crawler 9, the moving rack 91, the image pickup machine 93 and the pipe inner wall repairing machine 94 are respectively provided on the second trailer 4, and the second trailer 4 is provided at an upper portion where a drainage pipe section is required to be finished.
In the present embodiment, the first stopper 1 and the second stopper 2 are provided as a support seat 11, an inner carrier plate 12, a screw shaft 13, a jack nut 14, a receiving groove plate 15, a first inflation bladder 16 and a first shutoff valve 17, respectively, and a slide hole body 111 is provided on a vertical portion of the support seat 11, an open groove body 112 is provided on a lateral portion of the support seat 11 and a receiving groove body 121 is provided on a peripheral side portion of the inner carrier plate 12, a first mounting hole body 122 is provided on the inner carrier plate 12 and the slide hole body 111 is provided to be coupled with the screw shaft 13, an inner end of the screw shaft 13 is provided to be coupled with an inner end face portion of the inner carrier plate 12 and the screw shaft 13 is provided to be screw-coupled with the jack nut 14, an inner end face portion of the jack nut 14 is provided to be in contact with the vertical portion of the support seat 11 and a peripheral side portion of the inner carrier plate 12 is provided to be coupled with the receiving groove plate 15, the accommodating groove body 121 and the accommodating groove plate 15 are arranged to be in accommodating connection with the first air-filled ring bladder 16 and the air-filled tube of the first air-filled ring bladder 16 is arranged to be in penetrating connection with the first mounting hole body 122, the air-filled tube end portion of the first air-filled ring bladder 16 is arranged to be in connecting with the inner end portion of the first shut-off valve 17 and the outer end portion of the first shut-off valve 17 is arranged to be in connecting with the air compressor unit 8, the supporting seat 11 is arranged to be an L-shaped plate-shaped body, the inner carrier plate 12 is arranged to be a convex-shaped plate-shaped body and the screw shaft 13 is arranged to be a light stud, the jack nut 14 is arranged to be a hexagonal nut and the accommodating groove plate 15 is arranged to be a V-shaped annular groove-shaped body, the first air-filled ring bladder 16 is arranged to be an annular airbag and the first shut-off valve 17 is arranged to be a spherical shut-off valve, the sliding hole body 111 is arranged to be a strip-shaped hole body and the opening groove body 112 and the accommodating groove body 121 are respectively arranged to be a U-shaped opening body, the first mounting hole body 122 is provided as a hole-shaped body and an inner end portion of the first mounting hole body 122 is provided to be distributed in communication with the accommodation groove body 121.
Through first plugging device 1 and second plugging device 2, the support tie point to air compressor unit 8 has been formed, by first stop valve 17, realized being connected with air compressor unit 8, by supporting seat 11, interior spanners 12, screw rod axle 13, jack nut 14, hold frid 15, first inflation ring bag 16, sliding hole body 111, open slot body 112, holding tank body 121 and first mounting hole body 122, realized carrying out the shutoff to the mouth of pipe of drainage pipe and handled, its technical aim is: the device is used for plugging the ports of the lower part of the drain pipe section to be cleaned and the upper part of the drain pipe section to be cleaned.
In the present embodiment, at least two first inflation bladders 16 are provided in the accommodation groove body 121 and the accommodation groove plate 15 and the ratio of the accommodation gas cavity diameter of the first inflation bladder 16 located on the outside to the accommodation gas cavity diameter of the first inflation bladder 16 located on the inside is set to 1.5-1.8:1.
The technical purpose is that: the plugging treatment effect on the pipe orifice of the drainage pipeline is improved.
In the present embodiment, the first trailer 3 and the second trailer 4 are respectively provided as full trailers having a guide wheel assembly and the upper end face rear portion of the first trailer 3 is provided to be coupled with the first hoist 5, the upper end face front portion of the first trailer 3 is respectively provided to be coupled with the first stopper 1, the high-pressure pump group 7, the air compressor group 8, the traveling frame 91 and the pipe cleaner 92 and the upper end face rear portion of the second trailer 4 is provided to be coupled with the second hoist 6, the upper end face front portion of the second trailer 4 is respectively provided to be coupled with the second stopper 2, the air compressor group 8, the pipe crawler 9, the traveling frame 91, the image pickup 93 and the pipe inner wall repairing machine 94 and the towing hooks of the first trailer 3 and the towing hooks of the second trailer 4 are respectively provided to be coupled with the motorized chassis, the guide wheel assembly of the first trailer 3 and the guide wheel assembly of the second trailer 4 are respectively provided to include a support beam 31, a fixed shaft 32 and a rotating wheel 33, the lower ends of the support beam 31 are respectively provided to be coupled with the frame rear side face portion of the first trailer 3 and the frame rear side face portion of the second trailer 4, the upper ends of the support beam 31 are provided with U-shaped opening bodies and the ends of the fixed shaft 32 are respectively provided to be coupled with the inner walls of the U-shaped opening bodies of the support beam 31, the fixed shaft 32 is provided to be rotatably coupled with the rotating wheel 33 and the support beam 31 is provided as an L-shaped frame body, the fixed shaft 32 is provided as a rod-shaped body having an annular flange body in the middle portion and the rotating wheel 33 is provided as a circular disc-shaped body having a groove body in the peripheral side face portion, the rotating wheel 33 is provided to be arranged at intervals along the center line of the fixed shaft 32 and the annular flange body of the fixed shaft 32 is provided to be in contact coupling with the side face portions of the rotating wheel 33, the rotating wheels 33 are respectively provided to be coupled with the first and second winders 5 and 6.
Through first trailer 3 and second trailer 4, the support tie point to first shutoff ware 1, second shutoff ware 2, first hoist 5, second hoist 6, high-pressure pump group 7, air compressor unit 8, pipeline crawler 9, remove frame 91, pipeline cleaning machine 92, image pickup machine 93 and pipeline inner wall repairing machine 94 has been formed, by first trailer 3, realized being connected with first shutoff ware 1, realized being connected with high-pressure pump group 7, realized being connected with air compressor unit 8, realized being connected with remove frame 91, realized being connected with pipeline cleaning machine 92, realized being connected with second hoist 2, realized being connected with air compressor unit 8, realized being connected with pipeline crawler 9, realized being connected with remove frame 91, realized being connected with image pickup machine 93, realized being connected with pipeline inner wall repairing machine 94, by supporting beam 31, fixed axle 32 and rotating wheel 33, realized carrying out the support processing to wire rope of first hoist 5 and wire rope of second hoist 6, its technical purpose lies in: as means for transporting the first sealer 1, the second sealer 2, the first hoist 5, the second hoist 6, the high-pressure pump unit 7, the air compressor unit 8, the pipe crawler 9, the moving frame 91, the pipe cleaner 92, the image pickup 93, and the pipe inner wall repairing machine 94.
In the present embodiment, the first hoist 5 and the second hoist 6 are provided as a hoist having a hydraulic motor, respectively, and the hydraulic port of the hydraulic motor of the first hoist 5 and the hydraulic port of the hydraulic motor of the second hoist 6 are provided as being coupled with the hydraulic device of the motorized chassis, respectively, the first hoist 5 is provided as being coupled with the first trailer 3 and the second hoist 6 is provided as being coupled with the second trailer 4, and the wire rope of the first hoist 5 and the wire rope of the second hoist 6 are provided as being coupled with the moving frame 91, respectively.
Through first hoist engine 5 and second hoist engine 6, formed the support tie point to first trailer 3, second trailer 4 and movable frame 91, realized being connected with first trailer 3 by first hoist engine 5, realized being connected with second trailer 4 by second hoist engine 6, realized being connected with movable frame 91 by first hoist engine 5 and second hoist engine 6, its technical aim is: for moving the moving frame 91 in the drain pipe.
In the present embodiment, the high-pressure pump group 7 is provided to be coupled with the first trailer 3 and the output port portion of one of the high-pressure pumps of the high-pressure pump group 7 is provided to be coupled with the pipe washer 92.
Through the high-pressure pump group 7, the support tie point to first trailer 3 and pipeline cleaning machine 92 has been formed, by high-pressure pump group 7, realized being connected with first trailer 3, realized being connected with pipeline cleaning machine 92, its technical purpose lies in: as a means for drawing sewage in the drain line and for supplying high pressure water to the line cleaner 92.
In the present embodiment, the air compressor package 8 is provided to be coupled with the first trailer 3 and the second trailer 4 and the output port portions of the air compressor package 8 are provided to be coupled with the first sealer 1, the second sealer 2, and the pipe inner wall repairing machine 94, respectively.
Through air compressor unit 8, formed the support tie point to first plugging device 1, second plugging device 2, first trailer 3 and pipeline cleaning machine 92, realized being connected with first plugging device 1 by air compressor unit 8, realized being connected with second plugging device 2, realized being connected with first trailer 3, realized being connected with second trailer 4, realized being connected with pipeline cleaning machine 92, its technical aim is: for supplying high-pressure air as a means for draining the pipe, the first sealer 1, the second sealer 2, and the pipe cleaner 92.
In the present embodiment, the pipe crawler 9 is provided as a pipe crawler and the pipe crawler 9 is provided to be coupled with the first trailer 3, and the pipe crawler 9 is provided to be coupled with the wire rope of the first hoist 5 or the wire rope of the second hoist 6, respectively.
Through pipeline crawler 9, formed the support tie point to first trailer 3, first hoist engine 5 and second hoist engine 6, by pipeline crawler 9, realized being connected with first trailer 3, realized being connected with first hoist engine 5, realized being connected with second hoist engine 6, its technical aim at: as means for threading the wire rope of the first hoist 5 or the wire rope of the second hoist 6 through the drain pipe.
In the present embodiment, the traveling frame 91 is provided to include a connection flange 911, an intermediate shaft 912, a swinging frame 913, an adjusting screw 914, an axle 915, a first traveling wheel 916 and a second traveling wheel 917 and is provided with a through hole 9131 at an inner end of the swinging frame 913, a first through hole 9132 and a second through hole 9135 are provided at an intermediate portion of the swinging frame 913 and a first branch plate portion 9133 is provided at one side portion of an outer end of the swinging frame 913, a second branch plate portion 9134 is provided at the other side portion of the outer end of the swinging frame 913 and an ear portion 9111 is provided at an upper portion of an outer end face of the connection flange 911, an end of the intermediate shaft 912 is provided to be coupled with an inner hole wall of the connection flange 911 and the intermediate shaft 912 is provided to be coupled with the through hole 9131, an upper end of the adjusting screw 914 is provided to be coupled with the ear portion 9111 and a lower end of the adjusting screw 914 is provided to be coupled with the first through hole 9132, an outer end of the first branch plate portion 9133 and the second branch plate portion 915 are provided to be coupled with an outer end of the axle 915 are provided to be an annular groove of the second through hole 916, the intermediate shaft 914 is provided to be coupled with an annular groove of the second traveling wheel 914, the intermediate shaft 912 is provided to be coupled with an annular groove of the second end of the second traveling wheel 914, and the intermediate shaft 914 is provided to be coupled with an annular groove, respectively, the axle 915 is provided as a bar-shaped body having annular grooves at ends and the annular groove at one end of the axle 915 is provided to be coupled with the first running wheel 916, the annular groove at the other end of the axle 915 is provided to be coupled with the second running wheel 917, the first running wheel 916 and the second running wheel 917 are provided as circular disk-shaped bodies, respectively, and the ear mount portion 9111 is provided as a sheet-shaped body having a screw hole body, the screw hole body of the ear mount portion 9111 is provided to be coupled with the adjusting screw 914 and penetrate the hole body 9131, the first through hole body 9132 and the second through hole body 9135 are provided as circular hole-shaped bodies, respectively, the first branch plate portion 9133 and the second branch plate portion 9134 are provided as rectangular sheet-shaped bodies, respectively, and the connection flange 911 is provided to be coupled with the pipe cleaner 92, the image pickup machine 93 and the pipe inner wall repairing machine 94, respectively, and the travelling frame 91 is provided to be coupled with the first trailer 3 and the second trailer 4, respectively, by means of connection bolt nuts.
The support connection points for the first trailer 3, the second trailer 4, the first winch 5, the second winch 6, the pipeline cleaner 92, the image pickup 93 and the pipeline inner wall repairing machine 94 are formed through the moving frame 91, the connection with the first trailer 3, the connection with the second trailer 4, the connection with the second winch 6, the connection with the pipeline cleaner 92, the connection with the image pickup 93, the connection with the pipeline inner wall repairing machine 94, the connection with the connecting flange 911, the movement support processing with the connecting flange 911, the intermediate shaft 912, the swinging frame 913, the adjusting screw 914, the axle 915, the first traveling wheel 916, the second traveling wheel 917, the ear part 9111, the string hole body 9131, the first through hole body 9132, the first branch plate portion 9133 and the second branch plate portion 9134 are formed through the moving frame 91, the technical purpose is that: for moving the pipe cleaner 92, the image pickup 93, and the pipe inner wall repairing 94 in the drain pipe.
In the present embodiment, the pipe cleaner 92 is configured to include a first counter flange 921, a second counter flange 922, a water spray plate 923, an inner toothed plate 924, a power gear 925, a support gear 926, a first support claw beam 927, a connecting rod 928, and a cleaning brush 929, and an inner end face portion of the first counter flange 921 and an inner end face portion of the second counter flange 922 are respectively configured to be coupled with the first support claw beam 927, one end of the connecting rod 928 is respectively configured to be coupled with the support claw beam 927 and the other end of the connecting rod 928 is respectively configured to be coupled with the water spray plate 923, the power gear 925 and the support gear 926 are respectively configured to be tooth-engaged with inner holes of the inner toothed plate 924 and an outer peripheral side portion of the inner toothed plate 924 is configured to be coupled with the cleaning brush 929, the support gear 926 is provided to be rotatably coupled with one of the first support claw beams 927 through a shaft and the power gear 925 is provided to be rotatably coupled with the other of the first support claw beams 927 through a rotation shaft, the rotation shaft between the power gear 925 and the first support claw beams 927 is provided to be coupled with a motor end shaft and the first and second docking flanges 921 and 922 are provided to be coupled with the moving frame 91 through connecting bolts and nuts, respectively, the water spray tray 923 is provided to be coupled with the high pressure pump group 7 through a pipe and the first and second docking flanges 921 and 922 are provided as flanges, the water spray tray 923 is provided as a circular disk-shaped body having water spray holes in a peripheral side face and the inner toothed disk 924 is provided as an inner gear body, the power gear 925 and the support gear 926 are provided as column gears having an annular groove body in a peripheral side face portion and the first support claw beam 927 is provided as an L-shaped rod-shaped body, the connecting rod 928 is provided as a rod-shaped body and the cleaning brush 929 is provided as an industrial brush, three first support claw beams 927 are provided in spaced arrangement along the circumferential line of the inner toothed disc 924 and two of the support gears 926 and one of the power gears 925 are provided on the three first support claw beams 927, respectively, and the pipe washer 92 is provided to be coupled with the first trailer 3.
Through pipeline cleaning machine 92, the support tie point to first trailer 3, high-pressure pump group 7 and movable rack 91 has been formed, by pipeline cleaning machine 92, realized being connected with first trailer 3, by water spray dish 923, realized being connected with high-pressure pump group 7, by first docking flange 921 and second docking flange 922, realized being connected with movable rack 91, by internal tooth dish 924, power gear 925, support gear 926, first support claw roof beam 927 and cleaning brush 929, realized carrying out the brush to the drainage pipe and handled, by connecting rod 928, realized handling the connection between water spray dish 923 and the first support claw roof beam 927, its technical purpose is: for use as a means for cleaning the drain line.
In the present embodiment, the image pickup machine 93 is configured to include a third counter flange 931, a fourth counter flange 932, a first intermediate support plate 933, a second support claw beam 934, a camera 935, a jack screw 936, and an illumination lamp 937, and one end of the second support claw beam 934 is configured to be coupled to an inner end face portion of the third counter flange 931 and an inner end face portion of the fourth counter flange 932, respectively, the other end of the second support claw beam 934 is configured to be coupled to an inner wall of a hole of the first intermediate support plate 933 and a second mounting hole 9351 and a screw hole 9352 are provided on the first intermediate support plate 933, respectively, the second mounting hole 9351 is configured to be coupled to the camera 935 and the screw hole 9352 is configured to be coupled to the jack screw 936, the inner ends of the jack screws 936 are arranged to be coupled in contact with the cameras 935 and the second support claw beams 934 are arranged to be coupled with the lamp sockets of the illumination lamps 937, the third and fourth docking flanges 931 and 932 are respectively arranged as flanges and the first intermediate support plate 933 is arranged as an annular ring-shaped body, the second support claw beams 934 are arranged as L-shaped rod-shaped bodies and the vertical ends of the second support claw beams 934 are arranged to be coupled with the first intermediate support plate 933, the diagonal ends of the second support claw beams 934 are respectively arranged to be coupled with the third and fourth docking flanges 931 and the fourth docking flange plate 932 and the cameras 935 are arranged as digital cameras, the jack screws 936 are arranged as hexagonal bolts and the illumination lamps 937 are arranged as LED illumination lamps, the second mounting hole bodies 9351 and the screw hole bodies 9352 are respectively arranged as circular hole bodies and the inner end openings of the screw hole bodies 9352 are arranged to be distributed in mutual communication with the second mounting hole bodies 9351, the second mounting hole body 9351 and the screw hole body 9352 are respectively disposed to be spaced apart from each other along the circumferential line of the first intermediate support disk 933 and the second support claw beam 934 and the illumination lamp 937 are respectively disposed to be spaced apart from each other along the circumferential line of the first intermediate support disk 933, the image pickup 93 is disposed to be coupled with the second trailer 4 and the third docking flange 931 and the fourth docking flange 932 are respectively disposed to be coupled with the moving frame 91 by means of the coupling bolts and nuts.
Through the image pickup machine 93, the supporting connection point to the second trailer 4 and the movable frame 91 is formed, the connection with the second trailer 4 is realized by the image pickup machine 93, the connection with the movable frame 91 is realized by the third butt flange 931 and the fourth butt flange 932, the image pickup processing is realized by the first intermediate supporting disk 933, the second supporting claw beam 934, the camera 935, the tightening screw 936, the illuminating lamp 937, the second mounting hole body 9351 and the threaded hole body 9352, the image pickup processing is realized to the drainage pipeline, the technical purpose is: for imaging the inner wall of the drain line.
In this embodiment, the pipe inner wall repairing machine 94 is configured to include a fifth butt flange 941, a sixth butt flange 942, a second intermediate support 943, a third support claw beam 944, an angular block 945, a second inflatable bladder 946, a second stop valve 947, an edge support 948, a pendulum rod 949, and a heating lamp 940, and one end of the third support claw beam 944 is configured to be coupled to an inner end face of the fifth butt flange 941 and an inner end face of the sixth butt flange 942, another end of the third support claw beam 944 is configured to be coupled to a side face of the second intermediate support 943 and an inner end face of the angular block 945, respectively, and an inflation tube of the second inflatable bladder 946 is configured to be coupled to the third mounting hole 9431, and an outer end face of the inflation tube of the second inflatable bladder 946 is configured to be coupled to an inner end opening of the second stop valve 947, an outer end face of the second flap valve 947 is configured to be coupled to an inner end face of the fifth butt flange 941 and an inner end face of the sixth butt flange 942, and an inner end face of the fifth intermediate support 943 is configured to be coupled to an inner end face of the fifth butt flange 948, and an inner end face of the fifth butt flange 942 is configured to be coupled to an inner end face of the fifth joint flange 949, respectively, and an inflation ring 946 is configured to be coupled to an inflation tube of the fifth mounting hole 9431, and an inflation tube 946 is configured to be coupled to an inflation tube of the inflation tube is configured to be connected to an inflation tube of the second inflation ring 947 is arranged to be connected to an inflation flange, and an inflation flange is arranged to an inflation, the second intermediate support plate 943 and the edge support plate 948 are respectively provided as circular ring-shaped bodies, the third support claw beam 944 and the swing rod 949 are provided as strip-shaped bodies and the angle block 945 is provided as a seat-shaped body, the second air-filled bladder 946 is provided as an annular airbag and the second shut-off valve 947 is provided as a spherical shut-off valve, the heating lamp 940 is provided as a ceramic heating lamp and the third mounting hole 9431 is provided as a circular hole-shaped body, the third support claw beam 944 and the angle block 945 are respectively provided as being arranged and distributed along the circumferential line of the second intermediate support plate 943 and the swing rod 949 and the heating lamp 940 are respectively provided as being arranged and distributed along the circumferential line of the edge support plate 948.
Through pipeline inner wall repairing machine 94, the support tie point to second trailer 4, air compressor unit 8 and remove frame 91 has been formed, by pipeline inner wall repairing machine 94, realized being connected with second trailer 4, by second stop valve 947, realized being connected with air compressor unit 8, by fifth docking flange 941 and sixth docking flange 942, realized being connected with remove frame 91, by second intermediate support dish 943, third support claw beam 944, angle block 945, second inflation ring bladder 946, limit support dish 948, pendulum extension 949, heating lamp 940 and third mounting hole body 9431, realized damaging the position restoration to drainage pipe, its technical aim is: the device is used as a component for repairing the damaged inner wall of the drainage pipeline.
In the present embodiment, the first sealer 1, the second sealer 2, the first hoist 5, the second hoist 6, the high-pressure pump group 7, the air compressor group 8, the pipe crawler 9, the moving frame 91, the pipe cleaner 92, and the image pickup 93 are disposed so as to be distributed in an inner wall repairing manner and the first sealer 1, the second sealer 2, the first hoist 5, the second hoist 6, the high-pressure pump group 7, the air compressor group 8, the pipe crawler 9, the moving frame 91, the pipe cleaner 92, the image pickup 93, and the pipe inner wall repairing 94 are disposed so as to be distributed in a motorized transportation manner, and the fifth docking flange 941, the sixth docking flange 942, the third docking flange 931, the fourth docking flange 932, the first docking flange 921, and the second docking flange 922 are disposed so as to be coupled to the connection flange 911, respectively.
In one of the supporting examples of the first embodiment of the present invention, the ratio of the gas-containing cavity diameter of the first inflation bladder 16 located on the outer side to the gas-containing cavity diameter of the first inflation bladder 16 located on the inner side is set to 1.5:1.
In the second supporting example of the first embodiment of the present invention, the ratio of the gas-containing cavity diameter of the first inflation bladder 16 located on the outer side to the gas-containing cavity diameter of the first inflation bladder 16 located on the inner side is set to 1.8:1.
In the third supporting example of the first embodiment of the present invention, the ratio of the gas containing cavity diameter of the first inflation bladder 16 located on the outer side to the gas containing cavity diameter of the first inflation bladder 16 located on the inner side is set to 1.7:1.
The invention will be further described with reference to the following examples, which are intended to illustrate the invention and not to limit it further.
A drainage pipeline arrangement method for a central urban area comprises the following steps: when the drainage pipeline is arranged, the first trailer 3 is arranged on a vertical shaft of a lower part of a drainage pipe section to be arranged through the connection of a motor-driven chassis and a towing hook of the first trailer 3, the rotating wheel 33 positioned on the first trailer 3 is arranged on the upper end of the vertical shaft of the lower part of the drainage pipe section to be arranged, the motor-driven chassis is separated from the towing hook of the first trailer 3, the second trailer 4 is arranged on the vertical shaft of the upper part of the drainage pipe section to be arranged through the connection of the motor-driven chassis and the towing hook of the second trailer 4, the rotating wheel 33 positioned on the second trailer 4 is arranged on the upper end of the vertical shaft of the upper part of the drainage pipe section to be arranged, the motor-driven chassis is separated from the towing hook of the second trailer 4, the first plugging device 1 is arranged in the vertical shaft of the lower part of the drainage pipe section to be arranged, the second plugging device 2 is arranged in the vertical shaft of the upper part of the drainage pipe section to be arranged, the supporting seat 11 is arranged at the bottom of the vertical shaft, the anchor rod is arranged in the open slot body 112, the supporting seat 11 is arranged on the bottom of the vertical shaft through the anchor rod, the inner bearing plate 12 is adjusted to move up and down on the sliding hole body 111, the inner bearing plate 12 is positioned at the center position of the drain pipe, the jacking nut 14 is rotated on the screw shaft 13, the jacking nut 14 acts on the vertical part of the supporting seat 11, the inner bearing plate 12 is arranged on the supporting seat 11, the outer end part of the first stop valve 17 is communicated with the air compressor set 8, the air compressor set 8 is in an operating state, the first stop valve 17 is in an open state, the air compressor set 8 injects high-pressure air into the first air-filling ring bag 16, the first air-filling ring bag 16 is in an expanded state in the accommodating slot body 121 and the accommodating slot plate 15, the first air-filling bag 16 positioned on the first plugging device 1 plugs the port of the lower part of the drain pipe section needing to be cleaned, the first air-filling ring 16 on the second plugging device 2 plugs the port of the upper part of the drainage pipe section to be tidied, the first stop valve 17 is closed, the air compressor unit 8 is in a non-working state,
The output pipeline of the air compressor unit 8 is put into the arrangement drain pipe section, the air compressor unit 8 is in a working state, the air compressor unit 8 inflates the arrangement drain pipe section, the input pipeline of the high-pressure pump unit 7 is put into the drain pipe section to be arranged, the high-pressure pump unit 7 is in a working state, the sewage in the drain pipe section to be arranged is discharged by the high-pressure pump unit 7, after the sewage in the drain pipe section to be arranged is discharged, the high-pressure pump unit 7 is in a non-working state, after the oxygen content of the air in the drain pipe section to be arranged reaches the operation standard, the air compressor unit 8 is in the non-working state,
the pipeline crawling machine 9 is placed into the drainage pipe section to be finished from a vertical shaft at the upper part of the drainage pipe section to be finished, the steel wire rope of the second winch 6 is placed on the rotating wheel 33 positioned on the second trailer 4, the end of the steel wire rope of the second winch 6 is connected with the pipeline crawling machine 9, the pipeline crawling machine 9 moves in the drainage pipe section to be finished, the second winch 6 rotates reversely, the steel wire rope of the second winch 6 is in a release state, the steel wire rope of the second winch 6 is driven to move in the drainage pipe section to be finished, when the pipeline crawling machine 9 reaches the vertical shaft at the lower part of the drainage pipe section to be finished, the pipeline crawling machine 9 is taken out from the vertical shaft at the lower part of the drainage pipe section to be finished, thereby the steel wire rope of the second winch 6 is placed into the drainage pipe section to be finished,
The first moving frame 91 is placed in a shaft of a lower position part of a drain pipe section to be finished, a second through hole body 9135 on the first moving frame 91 is connected with a wire rope of a second winding machine 6, a first traveling wheel 916 and a second traveling wheel 917 on the first moving frame 91 are placed in the shaft of the drain pipe section to be finished, an adjusting screw 914 on the first moving frame 91 is rotated in a threaded hole body of an ear seat 9111 on the first moving frame 91 and a first through hole body 9132 on the first moving frame 91, a swinging frame 913 on the first moving frame 91 swings on an intermediate shaft 912 on the first moving frame 91, a connecting flange 911 on the first moving frame 91 is positioned in a central position of the drain pipe, the second moving frame 91 is placed in the shaft of the lower position part of the drain pipe section to be finished, a second through hole body 9135 on the second moving frame 91 is connected with the wire rope of the first winding machine 5, the second traveling wheel 917 on the second traveling frame 91 is placed on the second traveling frame 91 is positioned in the central position of the second flange 91, the connecting flange 911 on the second moving frame 91 is positioned on the intermediate shaft of the second moving frame 91, the connecting flange 911 on the second traveling frame 91 is positioned on the central position of the second flange 91,
The pipe washer 92 is placed in a shaft of a lower portion of a drain pipe section to be finished, the first butt flange 921 is connected with the connecting flange 911 on the first movable frame 91 by a connecting bolt and nut, the second butt flange 922 is connected with the connecting flange 911 on the second movable frame 91 by a connecting bolt and nut, the water spraying plate 923 is connected with an output port of one of the high pressure pumps of the high pressure pump set 7 by a pipe, an input port of one of the high pressure pumps of the high pressure pump set 7 is connected with a water tank by a pipe, a pipe on an input port of the other high pressure pump of the high pressure pump set 7 is placed in a shaft of a lower portion of a drain pipe section to be finished, the first winch 5, the second winch 6, the high pressure pump set 7 and a motor on the power gear 925 are put into operation, the water spraying plate 923 and the inner toothed plate 924 move in the drain pipe section to be finished, the high-pressure water flow is sprayed to the inner wall of the drain pipe through the water spraying holes of the water spraying disc 923, the inner fluted disc 924 rotates on the power gear 925 and the supporting gear 926, the cleaning brush 929 sweeps the inner wall of the drain pipe, the sewage generated by cleaning flows back to the vertical shaft at the lower part of the finishing drain pipe section, the sewage is discharged by the other high-pressure pump positioned in the high-pressure pump group 7, the inner wall of the drain pipe is cleaned, after the inner wall of the drain pipe is cleaned, the first winch 5, the second winch 6, the high-pressure pump group 7 and the motor positioned on the power gear 925 are in a non-working state, the first butt flange 921 is separated from the connecting flange 911 positioned on the first movable frame 91 through the connecting bolt and the nut, the second butt flange 922 is separated from the connecting flange 911 positioned on the second movable frame 91, the pipe cleaner 92 is lifted from a shaft of a lower portion of a drain pipe section to be finished, a connection flange 911 provided on a first movable frame 91 is connected to a connection flange 911 provided on a second movable frame 91 by means of connection bolts and nuts, the first movable frame 91 and the second movable frame 91 are driven to move in a drain pipe by means of a first hoist 5 and a second hoist 6 to reach the shaft of the upper portion of the drain pipe section to be finished, the connection flange 911 provided on the first movable frame 91 is separated from the connection flange 911 provided on the second movable frame 91, the image pickup 93 is placed in the shaft of the upper portion of the drain pipe section to be finished, a third butt flange 931 is connected to the connection flange 911 provided on the first movable frame 91 by means of connection bolts and nuts, a fourth butt flange 932 is connected to the connection flange 911 provided on the second movable frame 91 by means of connection bolts and nuts, the first hoist 5, the second hoist 6, the camera 935 and the lighting lamp 937 are put in operation, the first intermediate support plate 933 moves in the drain pipe section to be finished, the camera 935 picks up image signals on the inner wall of the drain pipe, image detection processing is performed on the inner wall of the drain pipe to obtain an accurate position of a damaged portion of the drain pipe, after the image detection processing is performed on the inner wall of the drain pipe, the image pickup 93 is returned to the shaft of the upper portion of the finish drain pipe section, the first hoist 5, the second hoist 6, the camera 935 and the lighting lamp 937 are put in non-operation, the third butt flange 931 is separated from the connection flange 911 on the first moving frame 91, the fourth butt flange 932 is separated from the connection flange 911 on the second moving frame 91, the image pickup machine 93 is lifted out from the shaft in which the upper portion of the drain pipe section is required to be sorted,
Winding glass fiber cloth for one circle according to the diameter of a drain pipe, smearing adhesive resin on the outer side surface of the glass fiber cloth, winding the glass fiber cloth for one circle again, winding the glass fiber cloth for at least three circles to obtain a repairing sleeve of the drain pipe, sleeving the repairing sleeve with a second air-filled ring 946, coating an adhesive resin layer body with 3-6mm on the outer side surface of the repairing sleeve of the drain pipe, placing a pipeline inner wall repairing machine 94 into a vertical shaft for finishing the upper part of a drain pipe section, connecting a fifth butt flange 941 with a connecting flange 911 positioned on a first movable frame 91 through a connecting bolt nut, connecting a sixth butt flange 942 with the connecting flange 911 positioned on a second movable frame 91 through the connecting bolt nut, communicating the outer port of a second stop valve 947 with an air compressor set 8 through a pipeline, the second stop valve 947 is opened, the first winch 5 and the second winch 6 are in an operating state, the second middle supporting disk 943 and the edge supporting disk 948 move in a drain pipe section to be tidied, when the second middle supporting disk 943 reaches a damaged part of the drain pipe, the first winch 5 and the second winch 6 are in a non-operating state, the repairing sleeve is put on the damaged part of the drain pipe, then the air compressor unit 8 is in an operating state, the air compressor unit 8 inflates the second air-inflating ring balloon 946, when the second air-inflating ring balloon 946 is in an expanding state, the bonding resin layer body of the repairing sleeve is connected with the damaged part of the drain pipe, the air compressor unit 8 is in a non-operating state, the second air-inflating ring balloon 946 is deflated, the second air-inflating ring balloon 946 is separated from the repairing sleeve, the first winch 5 and the second winch 6 are in an operating state, the second intermediate support plate 943 and the edge support plate 948 move in the finishing drain pipe section, when the heating lamp 940 reaches the repairing jacket, the first hoist 5 and the second hoist 6 are brought into a non-operating state, the heating lamp 940 is brought into an operating state, the adhesive resin in the repairing jacket is cured, after the curing of the adhesive resin in the repairing jacket is completed, the heating lamp 940 is brought into a non-operating state, the first hoist 5 and the second hoist 6 are brought into an operating state, the pipe inner wall repairing machine 94 is moved into a shaft in an upper portion of the finishing drain pipe section, the fifth butt flange 941 is separated from the connecting flange 911 on the first movable frame 91, the sixth butt flange 942 is separated from the connecting flange 911 on the second movable frame 91, the pipe inner wall repairing machine 94 is lifted out of the shaft in an upper portion of the finishing drain pipe section,
The second through hole 9135 on the first movable frame 91 is separated from the wire rope of the second hoist 6, the second through hole 9135 on the second movable frame 91 is separated from the wire rope of the first hoist 5, the movable frame 91 is lifted out of the shaft of the upper portion of the finishing drain pipe section, the wire rope of the second hoist 6 and the wire rope of the first hoist 5 are respectively wound up, the first stop valve 17 is opened, the high-pressure air in the first air-filled bladder 16 is released, the first air-filled bladder 16 is evacuated, the anchor rod is taken out from the bottom of the open groove 112 and the shaft, the first sealer 1 is lifted out of the shaft of the lower portion of the finishing drain pipe section, and the second sealer 2 is lifted out of the shaft of the upper portion of the finishing drain pipe section, thereby finishing the finishing drain pipe section.
In a second embodiment of the invention, the base unit means and the functional unit means are coupled to each other in such a way that cleaning, inspection and repair of the inner wall is performed in the finishing of the drain pipe section as required.
In this embodiment, the functional component means is coupled to the base component means in a disc-type docking manner.
In the present embodiment, the foundation member device is provided to include a first stopper 1, a second stopper 2, a first trailer 3, a second trailer 4, a first hoist 5, a second hoist 6, a high-pressure pump group 7, an air compressor group 8, and a pipe crawler 9.
In the present embodiment, the functional part device is provided to include a moving rack 91, a pipe cleaner 92, an image pickup 93, and a pipe inner wall repairing machine 94.
The second embodiment of the present invention is based on the first embodiment,
a second embodiment of the invention comprises the steps of: the foundation component device drives the functional component device to move in the drainage pipe section to be tidied, and the functional component device cleans, detects and repairs the inner wall of the drainage pipe section to be tidied.
The second embodiment of the present invention is based on the first embodiment.
The invention has the following characteristics:
1. because the foundation component device and the functional component device are designed, the functional component device is driven to move in the drainage pipe section needing to be tidied, and the cleaning, detection and repair operation of the inner wall of the drainage pipe section needing to be tidied are realized through the functional component device, the technical problem that the stability of the ground base surface of the drainage pipe is affected by the external side surface leakage repairing repair after the drainage pipe section needing to be repaired is excavated is solved, the stability of the ground base surface of the drainage pipe is guaranteed, and the damage risk of the drainage pipe after being tidied is reduced.
2. Due to the design of the first plugging device 1, the second plugging device 2, the first trailer 3, the second trailer 4, the first winch 5, the second winch 6, the high-pressure pump set 7, the air compressor set 8 and the pipeline crawling machine 9, the drainage pipe section to be tidied is emptied and the rope is placed in a penetrating way.
3. Due to the design of the moving frame 91, the pipeline cleaning machine 92, the image pickup machine 93 and the pipeline inner wall repairing machine 94, the tray body butt joint connection of the pipeline cleaning machine 92, the image pickup machine 93 and the pipeline inner wall repairing machine 94 is realized.
4. Because the structure shape is designed to limit the numerical range, the numerical range is the technical characteristic in the technical scheme of the invention, and the technical characteristic of the numerical range is not calculated through a formula or obtained through limited tests, and the tests show that the technical characteristic of the numerical range has good technical effect.
5. Because the technical characteristics of the invention are designed, the experiment shows that the performance indexes of the invention are at least 1.7 times of the existing performance indexes under the independent and mutually aggregated functions of the technical characteristics, and the invention has good market value through evaluation.
Still other technical features associated with the basic component means and the functional component means for performing cleaning, inspection and repair operations of the inner wall in the finishing of the drain pipe section are one of the embodiments of the present invention, and the technical features of the above-described embodiments may be arbitrarily combined, and embodiments of all possible combinations of the technical features of the above-described embodiments will not be described in order to satisfy the requirements of patent laws, patent implementation details and inspection guidelines.
The above embodiments are only one implementation form of the drainage pipeline arrangement device and method for a central urban area provided by the present invention, and it is within the scope of protection of the present invention to add or reduce components or steps in the arrangement device or method according to other variants of the solution provided by the present invention, or to use the present invention in other technical fields close to the present invention.
Claims (10)
1. A drainage pipeline arrangement device and a drainage pipeline arrangement method for a central urban area are characterized in that: comprises a foundation component device arranged on a vertical shaft of a lower part of a drainage pipe section to be tidied and a vertical shaft of an upper part of the drainage pipe section to be tidied, and a functional component device arranged on the foundation component device and passing through the drainage pipe section to be tidied.
2. The drain line organizer for a central urban area of claim 1, wherein: the base member means and the functional member means are coupled to each other in such a manner that cleaning, inspection and repair of the inner wall is performed in the finishing of the drain pipe section as required.
3. The drain line organizer for a central urban area of claim 2, wherein: the functional component means are coupled to the base component means in a disc-type docking manner.
4. The drain line organizer for a central urban area of claim 1, wherein: the foundation component device is arranged to comprise a first plugging device (1), a second plugging device (2), a first trailer (3), a second trailer (4), a first winch (5), a second winch (6), a high-pressure pump set (7), an air compressor set (8) and a pipeline crawling machine (9),
or, the functional part device is configured to include a moving rack (91), a pipe cleaner (92), an image pickup machine (93), and a pipe inner wall repairing machine (94).
5. The drain line organizer for a central urban area of claim 4, wherein: be provided with first plugging device (1), first hoist engine (5), air compressor unit (8), remove frame (91) and pipeline cleaning machine (92) and first trailer (3) set up in the lower part that needs the arrangement drain pipe section on first trailer (3) respectively, be provided with second hoist engine (6), air compressor unit (8), pipeline crawling machine (9), remove frame (91), image pickup machine (93) and pipeline inner wall repairing machine (94) and second trailer (4) set up in the upper portion that needs the arrangement drain pipe section on second trailer (4) respectively.
6. The drain line organizer for a central urban area of claim 5, wherein: the first plugging device (1) and the second plugging device (2) are respectively arranged as a supporting seat (11), an inner bearing disc (12), a screw shaft (13), a jacking nut (14), a containing groove plate (15), a first air inflation ring (16) and a first stop valve (17), a sliding hole body (111) is arranged on the vertical part of the supporting seat (11), an opening groove body (112) is arranged on the transverse part of the supporting seat (11), a containing groove body (121) is arranged on the peripheral side surface part of the inner bearing disc (12), a first mounting hole body (122) is arranged on the inner bearing disc (12), the sliding hole body (111) is arranged to be connected with the screw shaft (13), the inner end of the screw shaft (13) is arranged to be connected with the inner end surface part of the inner bearing disc (12), the screw shaft (13) is arranged to be connected with the jacking nut (14) in a threaded mode, the inner end surface part of the jacking nut (14) is arranged to be connected with the vertical part of the supporting seat (11) in a contact mode, the peripheral side surface part of the inner bearing disc (12) is arranged to be connected with the containing groove body (121), the inner end surface part of the inner bearing disc (12) is arranged to be connected with the first air inflation ring (16) is connected with the first air inflation ring (16) through the first mounting hole (13) through the first air inflation ring (12) through the first air inflation ring (16), the inflation tube port part of the first inflation ring bag (16) is connected with the inner port part of the first stop valve (17) and the outer port part of the first stop valve (17) is connected with the air compressor unit (8), the supporting seat (11) is an L-shaped platy body, the inner bearing plate (12) is a convex platy body and the screw shaft (13) is a light column bolt, the jacking nut (14) is a hexagonal nut and the containing groove plate (15) is a V-shaped annular groove body, the first inflation ring bag (16) is an annular airbag and the first stop valve (17) is a spherical stop valve, the sliding hole body (111) is a strip-shaped hole body, the opening groove body (112) and the containing groove body (121) are respectively U-shaped opening bodies, the first installation hole body (122) is a hole body, the inner port part of the first installation hole body (122) is distributed in a mutual communication mode with the containing groove body (121),
Or at least two first inflatable ring bags (16) are arranged in the accommodating groove body (121) and the accommodating groove plate (15), the ratio of the accommodating gas cavity diameter of the first inflatable ring bag (16) positioned at the outer side to the accommodating gas cavity diameter of the first inflatable ring bag (16) positioned at the inner side is set to be 1.5-1.8:1,
or the first trailer (3) and the second trailer (4) are respectively arranged as full trailers with guide wheel assemblies, the rear part of the upper end face of the first trailer (3) is arranged to be connected with the first winch (5), the front part of the upper end face of the first trailer (3) is respectively arranged to be connected with the first plugging device (1), the high-pressure pump set (7), the air compressor set (8), the movable frame (91) and the pipeline cleaner (92), the rear part of the upper end face of the second trailer (4) is arranged to be connected with the second winch (6), the front part of the upper end face of the second trailer (4) is respectively arranged to be connected with the second plugging device (2), the air compressor set (8), the pipeline crawler (9), the movable frame (91), the image pickup machine (93) and the pipeline inner wall repairing machine (94), the hooks of the first trailer (3) and the hooks of the second trailer (4) are respectively arranged to be connected with the motor chassis, the guide wheel assemblies of the first trailer (3) and the guide wheel assemblies of the second trailer (4) are respectively arranged to be connected with the fixed shafts (31) and the rear parts (33) of the second trailer frame (3) are respectively arranged to be connected with the rear side faces (3) and the second frame (3), the upper end of the supporting beam (31) is provided with a U-shaped opening body, the end of the fixed shaft (32) is respectively connected with the inner wall of the U-shaped opening body of the supporting beam (31), the fixed shaft (32) is rotationally connected with the rotating wheel (33), the supporting beam (31) is provided with an L-shaped frame-shaped body, the fixed shaft (32) is provided with a rod-shaped body with an annular flange body at the middle part, the rotating wheel (33) is provided with a circular disc-shaped body with a groove body at the peripheral side part, the rotating wheel (33) is arranged and distributed at intervals along the central line of the fixed shaft (32), the annular flange body of the fixed shaft (32) is in contact connection with the side part of the rotating wheel (33), the rotating wheel (33) is respectively connected with the first hoist (5) and the second hoist (6),
Or the first winch (5) and the second winch (6) are respectively provided with hydraulic motor winches, the hydraulic port of the hydraulic motor of the first winch (5) and the hydraulic port of the hydraulic motor of the second winch (6) are respectively provided to be connected with a hydraulic device of a motor chassis, the first winch (5) is provided to be connected with the first trailer (3) and the second winch (6) is provided to be connected with the second trailer (4), the steel wire rope of the first winch (5) and the steel wire rope of the second winch (6) are respectively provided to be connected with the movable frame (91),
or the high-pressure pump group (7) is arranged to be coupled with the first trailer (3) and the output port part of one of the high-pressure pumps of the high-pressure pump group (7) is arranged to be coupled with the pipeline cleaner (92),
or the air compressor unit (8) is connected with the first trailer (3) and the second trailer (4), and the output port part of the air compressor unit (8) is respectively connected with the first plugging device (1), the second plugging device (2) and the pipeline inner wall repairing machine (94),
or, the pipeline crawling machine (9) is arranged as a pipeline crawling robot, the pipeline crawling machine (9) is arranged to be connected with the first trailer (3), and the pipeline crawling machine (9) is respectively arranged to be connected with a steel wire rope of the first winch (5) or a steel wire rope of the second winch (6).
7. The drain line organizer for a central urban area of claim 5, wherein: the movable frame (91) is provided with a connecting flange plate (911), an intermediate shaft (912), a swinging frame (913), an adjusting screw (914), an axle (915), a first traveling wheel (916) and a second traveling wheel (917) and is provided with a through hole body (9131) at the inner end of the swinging frame (913), a first through hole body (9132) and a second through hole body (9135) are respectively arranged at the middle part of the swinging frame (913) and a first branch plate part (9133) is arranged at one side part of the outer end of the swinging frame (913), a second branch plate part (9131) is arranged at the other side part of the outer end of the swinging frame (913) and is provided with an ear seat part (9111) at the upper part of the outer end face of the connecting flange plate (911), the end of the intermediate shaft (912) is respectively connected with the inner hole wall of the connecting flange plate (911) and the intermediate shaft (912) is arranged to be connected with the through hole body (9131), the upper end of the adjusting screw (914) is arranged to be connected with the ear seat part (9111) and the lower end of the adjusting screw (915) is connected with the first branch plate part (9131) of the axle (915) is arranged to be connected with the first end part of the axle (9132) respectively, the other end of the axle (915) is rotatably connected with the second traveling wheel (917) and the second through hole body (9135) is respectively connected with the wire rope of the first hoist (5) and the wire rope of the second hoist (6), the connecting flange plate (911) is provided as a flange and the intermediate shaft (912) is provided as a rod-shaped body with an annular groove in the middle, the annular groove of the intermediate shaft (912) is provided as a circular body and the seat (11) is provided as a Y-shaped sheet body, the adjusting screw (914) is provided as a dry bolt and the annular groove of the adjusting screw (914) is provided as a rod-shaped body with an annular groove at the end and the annular groove of one end of the axle (915) is provided as a rod-shaped body connected with the first traveling wheel (916), the annular groove of the other end of the axle (915) is provided as a rod-shaped body with an annular groove connected with the second traveling wheel (917), the first traveling wheel (916) and the second traveling wheel (917) is provided as a circular body and the seat (11) is provided as a Y-shaped sheet body, the adjusting screw (914) is provided as a circular body and the annular groove (9131) is provided as a through hole body (32) is provided with the second through hole body and the second through hole body (9132) is provided respectively, the first branch plate part (9133) and the second branch plate part (9131) are respectively arranged as rectangular sheet bodies and the connecting flange plate (911) is respectively arranged to be connected with the pipeline cleaner (92), the image pickup machine (93) and the pipeline inner wall repairing machine (94) through connecting bolts and nuts, the movable frame (91) is arranged to be connected with the first trailer (3) and the second trailer (4),
Or, the pipe cleaner (92) is configured to include a first butt flange (921), a second butt flange (922), a water spray plate (923), an inner toothed plate (924), a power gear (925), a support gear (926), a first support claw beam (927), a connecting rod (928) and a cleaning brush (929) and an inner end face portion of the first butt flange (921) and an inner end face portion of the second butt flange (922) are respectively configured to be coupled with the first support claw beam (927), one end of the connecting rod (928) is respectively configured to be coupled with the support claw beam (927) and the other end of the connecting rod (928) is respectively configured to be coupled with the water spray plate (923), the power gear (925) and the support gear (926) are respectively configured to be engaged with inner teeth of the inner toothed plate (924) and an outer peripheral side face portion of the inner toothed plate (924) is configured to be coupled with the cleaning brush (929), the support gear (926) is configured to be rotationally coupled with one of the first support claw beam (927) through a shaft and the power gear (925) is configured to be rotationally coupled with the other support claw beam (927) through a rotating shaft, the rotation shaft between the power gear (925) and the first supporting claw beam (927) is arranged to be coupled with the motor end shaft and the first butt flange (921) and the second butt flange (922) are respectively arranged to be coupled with the moving rack (91) through connecting bolts and nuts, the water spraying disk (923) is arranged to be coupled with the high-pressure pump set (7) through a pipe and the first butt flange (921) and the second butt flange (922) are arranged to be flanges, the water spraying disk (923) is arranged to be a circular disk body with water spraying holes on the peripheral side surface and the inner fluted disc (924) is arranged to be an inner gear body, the power gear (925) and the supporting gear (926) are respectively arranged to be column gears with annular groove bodies on the peripheral side surface, the first supporting claw beam (927) is arranged to be an L-shaped rod-shaped body, the connecting rod (928) is arranged to be a rod-shaped body and the cleaning brush (929) is arranged to be an industrial brush body, the three first supporting claw beams (927) are arranged to be aligned along the peripheral line of the inner tooth disk (924) and two supporting gears (923) are respectively arranged to be a trailer (923),
Or, the image pickup machine (93) is configured to include a third docking flange (931), a fourth docking flange (932), a first intermediate support plate (933), a second supporting claw beam (934), a camera (935), a jack screw (936) and an illumination lamp (937) and one of the ends of the second supporting claw beam (934) is configured to be coupled to an inner end face portion of the third docking flange (931) and an inner end face portion of the fourth docking flange (932), respectively, the other end of the second supporting claw beam (934) is configured to be coupled to an inner wall of a hole of the first intermediate support plate (933) and is configured to be provided with a second mounting hole body (9351) and a threaded hole body (9352) on the first intermediate support plate (933), respectively, the second mounting hole body (9351) is configured to be in accommodation-type coupling with the camera (935) and the threaded hole body (9352) is configured to be coupled to the jack screw (936), the inner end of the jack screw (936) is configured to be in contact-type coupling with the camera (935) and the second supporting claw beam (937) is configured to be in contact-type coupling with the inner end face portion of the camera (933) and the annular flange (933) is configured to be in the shape of the docking flange (933) and the intermediate support plate (933) is configured to be in the docking flange, respectively, the second support claw beam (934) is provided as an L-shaped rod-shaped body and the vertical portion ends of the second support claw beam (934) are provided to be connected with the first intermediate support plate (933), the diagonal portion ends of the second support claw beam (934) are provided to be connected with the third intermediate support plate (931) and the fourth intermediate support plate (932) respectively and the camera (935) is provided as a digital camera, the jack screw (936) is provided as a hexagonal bolt and the illumination lamp (937) is provided as an LED illumination lamp, the second mounting hole body (9351) and the threaded hole body (9352) are provided to be respectively circular hole-shaped bodies and the inner end mouths of the threaded hole bodies (9352) are provided to be distributed in mutual communication with the second mounting hole body (9351), the second mounting hole body (9351) and the threaded hole body (9352) are provided to be arranged along the circumference of the first intermediate support plate (933) respectively and the second support claw beam (934) and the illumination lamp (937) are provided to be arranged along the circumference of the first intermediate support plate (933) respectively, the image pickup machine is provided to be arranged to be spaced apart from the second intermediate support plate (933) and the second intermediate support plate (933) is connected with the second intermediate support plate (934) and the fourth intermediate support plate (933) is connected with the second intermediate support plate (9391) by moving the coupling flange (9391),
Or, the pipeline inner wall repairing machine (94) is arranged to comprise a fifth butt flange (941), a sixth butt flange (942), a second middle supporting disk (943), a third supporting claw beam (944), an angle block (945), a second inflating ring (946), a second stop valve (947), an edge supporting disk (948), an extension rod (949) and a heating lamp (940), one end of the third supporting claw beam (944) is respectively arranged to be connected with the inner end face part of the fifth butt flange (941) and the inner end face part of the sixth butt flange (942), the other end of the third supporting claw beam (944) is respectively arranged to be connected with the side face part of the second middle supporting disk (943) and the inner end face part of the angle block (945), the inflating pipe of the second inflating ring (946) is arranged to be connected with the third mounting hole body (9431) in a string mode, the inner end face part of the second inflating ring (946) is arranged to be connected with the outer end face part of the second air ring (943) of the second middle supporting disk (943), the inner end face part of the inflating ring (946) is arranged to be connected with the outer end face part of the second inflating ring (947) of the inflating ring unit (943) in a string mode, and the other end part of the inflating ring (946) is arranged to be connected with the inner end face part of the inflating ring (946) is connected with the inner end part of the inflating ring (943) is arranged to be connected with the inflating ring (6, an inner hole wall of the side support disk (948) is connected with a third support claw beam (944) positioned between a sixth butt flange disk (942) and a second middle support disk (943), one end of a swinging rod (949) is connected with an outer side face part of the side support disk (948), the other end of the swinging rod (949) is connected with a lamp holder of a heating lamp (940) and a pipeline inner wall repairing machine (94) is connected with a second trailer (4), the fifth butt flange disk (941) and the sixth butt flange disk (942) are respectively connected with a movable frame (91) through connecting bolt nuts, the fifth butt flange disk (941) and the sixth butt flange disk (942) are respectively arranged as flanges, the second middle support disk (943) and the side support disk (948) are respectively arranged as circular ring bodies, the third support claw beam (949) and the swinging rod (949) are arranged as strip bodies, the corner blocks (945) are arranged as seat bodies, the second air inflation ring (944) is arranged as a circular ring body, the second air inflation ring (946) is arranged as a circular air valve (940) is arranged as a stop valve (387), the heating valve (940) is arranged as a circular air stop valve (31), the third supporting claw beam (944) and the corner block (945) are respectively arranged and distributed along the circumferential space of the second middle supporting disk (943), and the swing rod (949) and the heating lamp (940) are respectively arranged and distributed along the circumferential space of the edge supporting disk (948).
8. A drain line arrangement for a central urban area according to any one of claims 1 to 7, characterized by: the first plugging device (1), the second plugging device (2), the first winch (5), the second winch (6), the high-pressure pump set (7), the air compressor set (8), the pipeline crawling machine (9), the moving frame (91), the pipeline cleaning machine (92) and the image pickup machine (93) are distributed in a manner of repairing the inner wall of the pipeline, the first plugging device (1), the second plugging device (2), the first winch (5), the second winch (6), the high-pressure pump set (7), the air compressor set (8), the pipeline crawling machine (9), the moving frame (91), the pipeline cleaning machine (92), the image pickup machine (93) and the pipeline inner wall repairing machine (94) are distributed in a manner of transporting the pipeline in a motorized manner, and the fifth docking flange (941), the sixth docking flange (942), the third docking flange (931), the fourth docking flange (932), the first docking flange (921) and the second docking flange (922) are respectively arranged to be connected with the connecting flange 911 (911).
9. A drainage pipeline arrangement method for a central urban area is characterized by comprising the following steps: the method comprises the following steps: the foundation component device drives the functional component device to move in the drainage pipe section to be tidied, and the functional component device cleans, detects and repairs the inner wall of the drainage pipe section to be tidied.
10. The method for arranging drainage pipelines in a central urban area according to claim 5, characterized in that: the method comprises the following steps: when the drainage pipeline is tidied, the first trailer (3) is placed on a vertical shaft of the lower part of the drainage pipeline to be tidied through the connection of the motor chassis and the towing hooks of the first trailer (3), the rotating wheel (33) on the first trailer (3) is placed on the vertical shaft of the lower part of the drainage pipeline to be tidied, the motor chassis is separated from the towing hooks of the first trailer (3), the motor chassis is connected with the towing hooks of the second trailer (4), the second trailer (4) is placed on the vertical shaft of the upper part of the drainage pipeline to be tidied, the rotating wheel (33) on the second trailer (4) is placed on the upper end of the vertical shaft of the upper part of the drainage pipeline to be tidied, the motor chassis is separated from the towing hooks of the second trailer (4), the first stopper (1) is placed in the vertical shaft of the lower part of the drainage pipeline to be tidied, the second stopper (2) is placed in the vertical shaft of the upper part of the drainage pipeline to be tidied, the supporting seat (11) is placed on the bottom of the vertical shaft, the supporting seat (11) is installed in the opening of the supporting seat (12) is tightly arranged on the supporting seat (12), the supporting seat (14) is arranged on the supporting seat (12), the supporting seat (12) is tightly, the supporting seat (14) is arranged on the upper seat (12), the outer port part of the first stop valve (17) is communicated with the air compressor unit (8), the air compressor unit (8) is in an operating state, the first stop valve (17) is in an open state, the air compressor unit (8) injects high-pressure air into the first air-filled ring (16), the first air-filled ring (16) is in an expanded state in the accommodating groove body (121) and the accommodating groove plate (15), the first air-filled ring (16) positioned on the first plugging device (1) plugs the port of the lower part of the drainage pipe section to be sorted, the first air-filled ring (16) positioned on the second plugging device (2) plugs the port of the upper part of the drainage pipe section to be sorted, and the first stop valve (17) is in a closed state, the air compressor unit (8) is in a non-working state, the output pipeline of the air compressor unit (8) is placed in the arrangement drain pipe section, the air compressor unit (8) is in a working state, the air compressor unit (8) is used for carrying out air inflation treatment on the arrangement drain pipe section, the input pipeline of the high-pressure pump unit (7) is placed in the drain pipe section to be arranged, the high-pressure pump unit (7) is in a working state, the sewage in the drain pipe section to be arranged is discharged by the high-pressure pump unit (7), after the sewage in the drain pipe section to be arranged is discharged, the high-pressure pump unit (7) is in a non-working state, and after the oxygen content of the air in the drain pipe section to be arranged reaches an operation standard, the air compressor unit (8) is in a non-working state, the pipeline crawling machine (9) is placed into the drainage pipe section to be tidied from a vertical shaft at the upper part of the drainage pipe section to be tidied, the steel wire rope of the second winch (6) is placed on the rotating wheel (33) positioned on the second trailer (4), the end head of the steel wire rope of the second winch (6) is connected with the pipeline crawling machine (9), the pipeline crawling machine (9) moves in the drainage pipe section to be tidied, the second winch (6) rotates in the opposite direction, the steel wire rope of the second winch (6) is in a releasing state, the steel wire rope of the second winch (6) is driven to move in the drainage pipe section to be tidied, when the pipeline crawling machine (9) reaches the vertical shaft of the lower part of the drainage pipe section to be tidied, the pipeline crawling machine (9) is taken out from the vertical shaft of the lower part of the drainage pipe section to be tidied, so that the steel wire rope of the second winch (6) is put into the drainage pipe section to be tidied, the first movable frame (91) is put into the vertical shaft of the lower part of the drainage pipe section to be tidied, the second through hole body (9135) positioned on the first movable frame (91) is connected with the steel wire rope of the second winch (6), the first travelling wheel (916) and the second travelling wheel (917) positioned on the first movable frame (91) are put into the drainage pipe section to be tidied, the adjusting screw (914) on the first moving frame (91) rotates in the threaded hole body of the lug seat (9111) on the first moving frame (91) and the first through hole body (9132) on the first moving frame (91), the swinging frame (913) on the first moving frame (91) swings on the middle shaft (912) on the first moving frame (91), the connecting flange (911) on the first moving frame (91) is positioned at the center part of the drain pipe, the second moving frame (91) is placed in the vertical shaft of the lower position part of the drain pipe section to be finished, the second through hole body (9135) on the second moving frame (91) is connected with the wire rope of the first winch (5), the first driving wheel (916) and the second driving wheel (917) on the second moving frame (91) are placed in the middle shaft section to be finished, the adjusting screw (91914) on the second moving frame (91) is placed on the second lug seat (91) and the second through hole body (917) on the second moving frame (91) is placed in the middle shaft (91) to be finished, the connecting flange (911) on the second movable frame (91) is positioned at the central part of the drain pipe, the centering treatment of the connecting flange (911) in the drain pipe is realized, the pipeline cleaner (92) is put into a vertical shaft of the lower part of the drain pipe section needing to be treated, the first butt flange (921) is connected with the connecting flange (911) on the first movable frame (91) through a connecting bolt and nut, the second butt flange (922) is connected with the connecting flange (911) on the second movable frame (91) through a connecting bolt and nut, the water spraying disc (923) is connected with the output port of one of the high-pressure pumps of the high-pressure pump set (7) through a pipeline, the input port of one of the high-pressure pumps of the high-pressure pump set (7) is connected with a water tank through a pipeline, the pipeline on the input port of the other high-pressure pump of the high-pressure pump set (7) is put into the vertical shaft of the lower part of the drain pipe section needing to be treated, the first winch (5), the second winch (6), the high-pressure set (7) and the power gear (925) are positioned on the inner gear (924) and the water spraying disc (923) is positioned in the inner side of the power gear (923) to rotate, the water spraying disc (923) is positioned in the inner wall of the water spraying disc (923) needing to be treated, the cleaning brush (929) is used for sweeping the inner wall of the drain pipe, sewage generated by cleaning flows back to a vertical shaft at the lower part of a drainage pipe section, the sewage is discharged by the other high-pressure pump positioned on the high-pressure pump set (7), the inner wall of the drain pipe is cleaned, after the inner wall of the drain pipe is cleaned, the first winch (5), the second winch (6), the high-pressure pump set (7) and a motor positioned on the power gear (925) are in a non-working state, the first butt flange (921) is separated from the connecting flange (911) positioned on the first movable frame (91) through a connecting bolt and nut, the second butt flange (922) is separated from the connecting flange (911) positioned on the second movable frame (91), the pipeline cleaner (92) is lifted from the vertical shaft at the lower part of the drain pipe section needing to be cleaned, the connecting flange (911) positioned on the first movable frame (91) is connected with the connecting flange (911) positioned on the second movable frame (925) through a connecting bolt and nut in the first winch (91) through the connecting flange (911), the first winch (91) and the drain pipe section needing to be cleaned up in the first movable frame (91) and the drain pipe section needing to move in the first movable frame (91), in separating a connection flange (911) positioned on a first movable frame (91) from a connection flange (911) positioned on a second movable frame (91), placing an image pickup machine (93) in a shaft of an upper portion of a drain pipe section to be finished, connecting a third butt flange (931) with the connection flange (911) positioned on the first movable frame (91) through a connection bolt and nut, connecting a fourth butt flange (932) with the connection flange (911) positioned on the second movable frame (91) through a connection bolt and nut, placing a first winch (5), a second winch (6), a camera (935) and an illuminating lamp (937) in an operating state, moving a first intermediate support (933) in the drain pipe section to be finished, picking up an image signal by the camera (935) on the inner wall of the drain pipe, realizing image detection processing on the inner wall of the drain pipe to obtain an accurate position of a damaged portion, after the image detection processing on the inner wall of the drain pipe, placing the image pickup machine (93) in the shaft of the upper portion of the drain pipe section to the first winch (935), placing the first winch (5), the camera (935) and the illuminating lamp (937) in an operating state in which the first winch (935) is separated from the first winch (935) and the first winch (937) in the operating state, the fourth butt flange (932) is separated from the connecting flange (911) on the second movable frame (91), the image pickup machine (93) is lifted from a vertical shaft at the upper part of the drain pipe section to be finished, glass fiber cloth is wound one circle according to the diameter of the drain pipe, bonding resin is smeared on the outer side surface of the glass fiber cloth, then winding is carried out for at least three circles, the glass fiber cloth is wound to obtain a repairing sleeve of the drain pipe, the repairing sleeve is sleeved with a second air-filling ring (946), then a bonding resin layer body of 3-6mm is coated on the outer side surface of the repairing sleeve of the drain pipe, a pipeline inner wall repairing machine (94) is placed in a vertical shaft at the upper part of the drain pipe section to be finished, the fifth butt flange (941) is connected with the connecting flange (911) on the first movable frame (91) through a connecting bolt nut, the sixth butt flange (942) is connected with the connecting flange (911) on the second movable frame (91) through the connecting bolt nut, the second butt flange (911) is sleeved with the second air-filling ring (946), the second butt flange (947) is connected with the second sealing valve (948) through the connecting bolt nut, and the second sealing valve (947) is in a sealing state when the second sealing valve (948) is in a sealing state, and the middle position (948) is in a sealing state, and the sealing state is in which the sealing state is in between the sealing machine (948), the first winding engine (5) and the second winding engine (6) are in a non-working state, the repairing sleeve is put on the damaged part of the drain pipe, then the air compressor set (8) is in a working state, the air compressor set (8) inflates the second air compressor set (946), when the second air compressor set (946) is in an expanded state, the bonding resin layer of the repairing sleeve is connected with the damaged part of the drain pipe, the air compressor set (8) is in a non-working state, the second air compressor set (946) is deflated, the second air compressor set (946) is separated from the repairing sleeve, the first winding engine (5) and the second winding engine (6) are in a working state, the second intermediate support disc (943) and the edge support disc (948) are moved in a finishing drain pipe section, when the heating lamp (940) reaches the repairing sleeve, the first winding engine (5) and the second winding engine (6) are in a non-working state, the heating lamp (940) is in a working state, the bonding resin in the repairing sleeve is in the working state, the bonding resin in the bonding sleeve is in the working state is in the bonding sleeve, the working state is in the fifth state, the flange (94) is in the working state after the repairing sleeve is separated from the first winding engine (94) and the repairing sleeve is in the working state, the first winding engine (94) is in the working state is in the sealing flange (1), the sixth butt flange (942) is separated from the connecting flange (911) positioned on the second movable frame (91), the pipe inner wall repairing machine (94) is lifted from the vertical shaft at the upper part of the tidying drainage pipe section, the second through hole body (9135) positioned on the first movable frame (91) is separated from the steel wire rope of the second winch (6), the second through hole body (9135) positioned on the second movable frame (91) is separated from the steel wire rope of the first winch (5), the movable frame (91) is lifted from the vertical shaft at the upper part of the tidying drainage pipe section, the steel wire rope of the second winch (6) and the steel wire rope of the first winch (5) are respectively reeled, the first stop valve (17) is in an open state, the high-pressure air in the first air-filling ring bag (16) is released, the first air-filling ring bag (16) is in an empty state, the anchor rods are taken out from the bottoms of the open groove body (112) and the first winch (5), the movable frame (91) is lifted from the vertical shaft at the lower part of the tidying drainage pipe section, the tidying drainage pipe section (2) is lifted from the lower part of the tidying drainage pipe section, and the water is lifted from the tidying drainage pipe section at the lower part of the tidying drainage pipe section is completed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211469532.0A CN116001326A (en) | 2022-11-22 | 2022-11-22 | Drainage pipeline arrangement device and method for central urban area |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211469532.0A CN116001326A (en) | 2022-11-22 | 2022-11-22 | Drainage pipeline arrangement device and method for central urban area |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN116001326A true CN116001326A (en) | 2023-04-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202211469532.0A Pending CN116001326A (en) | 2022-11-22 | 2022-11-22 | Drainage pipeline arrangement device and method for central urban area |
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| CN (1) | CN116001326A (en) |
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|---|---|---|---|---|
| KR101245258B1 (en) * | 2012-07-31 | 2013-03-19 | 테크노포스(주) | Non-digging repair method and apparatus for repairing linkage between branch-pipe and main-pipe |
| CN109237198A (en) * | 2018-11-12 | 2019-01-18 | 上海辉拓市政工程有限公司 | A kind of urban underground water drainage pipe road profession restorative procedure |
| CN110715138A (en) * | 2019-10-28 | 2020-01-21 | 南京华享环境科技有限公司 | Non-excavation type repairing method for drainage pipeline |
| CN113124260A (en) * | 2021-05-13 | 2021-07-16 | 上海通友市政工程有限公司 | Drainage pipeline local resin curing construction method |
| CN114413101A (en) * | 2022-01-26 | 2022-04-29 | 福建鑫晟嵘建筑工程有限公司 | Drainage pipeline repairing device and construction method |
| CN114526398A (en) * | 2021-07-09 | 2022-05-24 | 苏州群业建设工程有限公司 | Construction method for repairing drainage pipeline by newly added lining pipe |
| CN217208367U (en) * | 2021-12-24 | 2022-08-16 | 中国地质大学（武汉） | Automatic non-excavation pipeline slip casting equipment of integration |
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2022
- 2022-11-22 CN CN202211469532.0A patent/CN116001326A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101245258B1 (en) * | 2012-07-31 | 2013-03-19 | 테크노포스(주) | Non-digging repair method and apparatus for repairing linkage between branch-pipe and main-pipe |
| CN109237198A (en) * | 2018-11-12 | 2019-01-18 | 上海辉拓市政工程有限公司 | A kind of urban underground water drainage pipe road profession restorative procedure |
| CN110715138A (en) * | 2019-10-28 | 2020-01-21 | 南京华享环境科技有限公司 | Non-excavation type repairing method for drainage pipeline |
| CN113124260A (en) * | 2021-05-13 | 2021-07-16 | 上海通友市政工程有限公司 | Drainage pipeline local resin curing construction method |
| CN114526398A (en) * | 2021-07-09 | 2022-05-24 | 苏州群业建设工程有限公司 | Construction method for repairing drainage pipeline by newly added lining pipe |
| CN217208367U (en) * | 2021-12-24 | 2022-08-16 | 中国地质大学（武汉） | Automatic non-excavation pipeline slip casting equipment of integration |
| CN114413101A (en) * | 2022-01-26 | 2022-04-29 | 福建鑫晟嵘建筑工程有限公司 | Drainage pipeline repairing device and construction method |
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