CN213585100U - High-voltage line defroster - Google Patents
High-voltage line defroster Download PDFInfo
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- CN213585100U CN213585100U CN202022294140.8U CN202022294140U CN213585100U CN 213585100 U CN213585100 U CN 213585100U CN 202022294140 U CN202022294140 U CN 202022294140U CN 213585100 U CN213585100 U CN 213585100U
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Abstract
A high-voltage line deicing device belongs to the technical field of high-voltage line deicing equipment. The ice removing device comprises an upper support, a central control system, a hot air generating system, a hot air ice removing system, an ice blade ice removing system, a detection system, a lower support, a U-shaped wheel, a fixing device and a power motor, wherein under the action of the power motor, the high-voltage line ice removing device moves forwards along a high-voltage line, the detection system detects the thickness of ice blocks at one position of the high-voltage line and transmits an instruction to the central control system, the central control system transmits the instruction to the ice blade ice removing system according to the thickness of the ice, the ice blade ice removing system adjusts the blade amount according to the instruction to cut the thickness of the ice blocks at the high-voltage line to a certain thickness, and the hot air ice removing system. The utility model discloses can realize that high-voltage line does not harm quick, high-efficient deicing down, skates deicing system combines with hot-blast deicing system, avoids skates deicing damage circuit, avoids hot-blast high temperature to cause circuit damage, the problem that the temperature crosses low clean inefficiency simultaneously.
Description
Technical Field
The invention relates to a high-voltage line deicing device, in particular to a high-voltage line deicing device which combines an upper bracket, a central control system, a hot air generating system, a hot air deicing system, an ice skate deicing system, a detection system, a lower bracket, a U-shaped wheel, a fixing device and a power motor, and belongs to the technical field of high-voltage line deicing equipment.
Background
Along with the development of the society, the role of electric power in daily life is more and more important, and the transmission of electric power needs the line transmission, and the high-voltage line freezes very easily in winter and some high sea wave areas, and the line freezes to be a very serious power supply system natural disasters, and the freezing can lead to the circuit tower pole can't bear the pressure and topple over, fracture to lead to whole power supply system paralysis. It is therefore important to be able to quickly, efficiently, safely and safely clear ice from high voltage lines with low loss.
At present, the deicing operation for the high-voltage line is mainly carried out in a manual mode, manual deicing is time-consuming and labor-consuming and is particularly dangerous, various deicing devices are invented by many people at home and abroad, and the high-voltage line is easily damaged or even not thoroughly deiced no matter deicing is carried out by utilizing an ice breaking blade or thermal convection. Therefore, there is a need for innovation and improvement.
Disclosure of Invention
To foretell not enough, the utility model provides a high tension line defroster.
The utility model discloses a realize through following technical scheme: a high-voltage line deicing device comprises an upper bracket, a central control system, a hot air generating system, a hot air deicing system, an ice skate blade deicing system, a detection system, a lower bracket, a U-shaped wheel, a fixing device and a power motor, wherein the upper bracket comprises an upper shell, an upper bracket connecting bin, a lower bracket connecting bin, a fixing pin jack and an upper bracket transmission shaft, the upper bracket connecting bin and the lower bracket connecting bin are fixedly connected to one side of the upper shell, the fixing pin jack is provided with a hole at one side of the upper bracket connecting bin and the lower bracket connecting bin, the upper bracket transmission shaft is arranged in the upper shell, the central control system is arranged at the upper part of the upper shell, the hot air generating system comprises a compressor, a conveying pipe and a controllable heater, the compressor is connected with the upper shell by bolts, the conveying pipe is connected with the compressor and the hot air deicing system, the conveying pipe penetrates through the controllable heater, the hot air deicing system consists of an upper base connecting hole of the hot air deicing system, a lower base connecting shaft of the hot air deicing system, an upper base of the hot air deicing system, a hot air deicing system clamping lock, an air nozzle, a sliding chute and a lower base of the hot air deicing system, wherein the upper base of the hot air deicing system is connected with an upper shell, the upper base connecting hole of the hot air deicing system is positioned at one side of the upper base of the hot air deicing system, the lower base connecting shaft of the hot air deicing system is positioned at one side of the lower base of the hot air deicing system, the upper base of the hot air deicing system and one side of the lower base of the hot air deicing system are connected with the lower base connecting shaft of the hot air deicing system through the upper base connecting hole of the hot air deicing system, the air nozzle is arranged at the inner sides of the upper base, the ice blade deicing system comprises an upper base of the ice blade deicing system, an upper base connecting hole of the ice blade deicing system, a lower base connecting shaft of the ice blade deicing system, a locking lock of the ice blade deicing system, a lower base of the ice blade deicing system, an upper ice blade frame and a lower ice blade frame, wherein the upper base of the ice blade deicing system is connected with the upper shell, a groove is formed in the middle of the upper base of the ice blade deicing system and the lower base of the ice blade deicing system, the upper base connecting hole of the ice blade deicing system is positioned on one side of the upper base of the ice blade deicing system, the lower base connecting shaft of the ice blade deicing system is positioned on one side of the lower base of the ice blade deicing system, the upper base of the ice blade deicing system is connected with one side of the lower base of the ice blade deicing system through the upper base connecting hole of the ice blade deicing system and the lower base connecting hole of the ice blade deicing system, the upper ice skate blade frame is arranged on a groove in the middle of an upper base of the ice skate blade deicing system and a lower base of the ice skate blade deicing system, the lower ice skate blade frame is arranged on a groove in the middle of an upper base of the ice skate blade deicing system and a lower base of the ice skate blade deicing system, the detection system consists of an upper base connecting hole of the detection system, an upper base of the detection system, a detection system latch, a detection instrument, a lower base of the detection system and a lower base connecting shaft of the detection system, the upper base of the detection system is connected with an upper shell, the upper base of the detection system is provided with a groove in the middle of the lower base of the detection system, the upper base connecting hole of the detection system is arranged on one side of the upper base of the detection system, the lower base connecting shaft of the detection system is arranged on one side of the lower base of the detection system, the upper base of the detection system is connected with, the detecting instrument is installed on the grooves of the upper base and the lower base of the detection system, the lower support comprises a lower support base, a battery balance weight and a lower support transmission shaft, the lower support base is inserted into the upper support connecting bin and the lower support connecting bin through a protruding rod piece and is fixed by inserting a fixing pin into a jack through a fixing device, the battery balance weight is installed at the bottom of the lower support base, the lower support transmission shaft is installed inside the lower support base, the U-shaped wheel is installed on the transmission shaft of the upper support base and the transmission shaft of the lower support, and the power motor is installed on one side of the upper shell and is on the same axis with the upper support transmission shaft.
The transmission shaft of the upper bracket is evenly distributed three, the transmission shaft of the lower bracket and the transmission shaft of the upper bracket are symmetrically distributed, the U-shaped wheel is provided with a hole in the middle, the middle is thin, the two ends are thick, the middle is open, the U-shaped wheel is made of rubber and is matched with the transmission shaft of the upper bracket and the transmission shaft of the lower bracket.
The central control system is an integrated wireless control system.
The air nozzles are distributed on three rows of circumferences of the upper base of the hot air deicing system and the lower base of the hot air deicing system and are connected with the vent pipes in the upper base of the hot air deicing system and the lower base of the hot air deicing system.
The middle part of the lower base of the hot air deicing system is provided with a sliding chute inclined towards the outer side.
Go up ice blade holder and ice blade holder down and constitute by skates servo motor, skates base, one-level telescopic link, second grade telescopic link, skates base, gas hole, skates and guide plate, skates servo motor install in skates base one side, the top of skates base has the arch identical with the inboard recess of base on the skates deicing system base and skates deicing system base, the one-level telescopic link is connected with skates base, the second grade telescopic link stretches into the one-level telescopic link, the skates base stretches into the second grade telescopic link, the skates is installed on the skates base, the gas hole is located the inboard top of skates, the guide plate is located skates one side.
The upper ice skate blade frame and the lower ice skate blade frame are symmetrically distributed, and the installed ice skates are arc-shaped inclined knives.
The detecting instrument comprises a laser range finder, a detecting instrument servo motor and a detecting instrument base, wherein a bulge is arranged on one side of the detecting instrument base, the upper base of the detecting system is matched with the lower base of the detecting system, the laser range finder is arranged on the upper portion of the detecting instrument base, the detecting instrument servo motor is arranged on one side of the detecting instrument base, and the circumference of the four detecting instruments is uniformly distributed on the circumference of the circumference formed by the upper base of the detecting system and the lower base of the detecting system.
The invention has the advantages that the clearing of the ice skate is effectively controlled, the damage of a high-voltage line caused by the cleaning of the ice skate is avoided, the damage of the line caused by overhigh temperature is avoided by using the controllable heater, the clearing is not thorough due to overlow temperature, the efficiency is improved by combining the ice skate with hot air deicing, the efficient and thorough clearing is realized, the clearing track is a spiral line caused by circular motion and linear motion by using the symmetrical arc-shaped inclined ice skate, the detection precision is improved by using the four detectors, the damage of the high-voltage line caused by the large amount of cutting under insufficient precision is avoided, the six symmetrical U-shaped wheels and the balance weight are used, the stability of the device in the operation is improved, and the live working can be realized by using.
Drawings
FIG. 1 is a schematic view of the overall structure of the present invention;
FIG. 2 is a schematic view of the overall structure of the present invention;
FIG. 3 is a schematic view of the upper bracket structure of the present invention;
FIG. 4 is a schematic structural diagram of a hot air deicing system of the present invention;
FIG. 5 is a schematic structural view of an ice blade deicing system according to the present invention;
FIG. 6 is a schematic structural view of the ice skate blade frame of the present invention;
FIG. 7 is an enlarged view of FIG. 6A;
FIG. 8 is a schematic diagram of a detection system according to the present invention;
FIG. 9 is a schematic view of the probe of the present invention;
FIG. 10 is a schematic view of the lower bracket structure of the present invention;
in the figure, 1, an upper bracket, 101, an upper shell, 102, an upper bracket connecting bin, an lower bracket connecting bin, 103, a fixed pin jack, 104, an upper bracket transmission shaft, 2, a central control system, 3, a hot air generating system, 301, a compressor, 302, a conveying pipe, 303, a controllable heater, 4, a hot air deicing system, 401, a hot air deicing system upper base connecting hole, 402, a hot air deicing system lower base connecting shaft, 403, a hot air deicing system upper base, 404, a hot air deicing system latch, 405, an air nozzle, 406, a sliding chute, 407, a hot air deicing system lower base, 5, an ice blade deicing system, 501, an ice blade deicing system upper base, 502, an ice blade deicing system upper base connecting hole, 503, an ice blade deicing system lower base connecting shaft, 504, an ice blade deicing system latch, 505, an ice blade deicing system lower base, 506, an upper ice blade frame, 5061 and an ice blade servo motor, 5062. the ice skate frame comprises an ice skate frame base, 5063, a primary telescopic rod, 5064, a secondary telescopic rod, 5065, an ice skate frame base, 5066, a gas blowing hole, 5067, an ice skate, 5068, a guide plate, 507, a lower ice skate frame, 6, a detection system, 601, a detection system upper base connecting hole, 602, a detection system upper base, 603, a detection system clamping lock, 604, a detector, 6041, a laser range finder, 6042, a detector servo motor, 6043, a detector base, 605, a detection system lower base, 606 and a detection system lower base connecting shaft, 7, a lower support, 701, a lower support base, 702, a battery counterweight, 703, a lower support transmission shaft, 8, a U-shaped wheel, 9, a fixing device, 10 and a power motor.
Detailed Description
A high-voltage line deicing device comprises an upper support 1, a central control system 2, a hot air generating system 3, a hot air deicing system 4, an ice blade deicing system 5, a detection system 6, a lower support 7, a U-shaped wheel 8, a fixing device 9 and a power motor 10, wherein the upper support 1 comprises an upper shell 101, an upper support connecting bin 102, a lower support connecting bin 102, a fixing pin jack 103 and an upper support transmission shaft 104, the upper support connecting bin 102 and the lower support connecting bin 102 are fixedly connected to one side of the upper shell 101, the fixing pin jack 103 is provided with a hole at one side of the upper support connecting bin 102 and the lower support connecting bin 102, the upper support transmission shaft 104 is arranged in the upper shell, the central control system 2 is arranged at the upper part of the upper shell 101, the hot air generating system 3 comprises a compressor 301, a conveying pipe 302 and a controllable heater 303, the compressor 301 is connected with the upper shell 101 by bolts, the conveying pipe 302 is connected, the conveying pipe 302 penetrates through the controllable heater 303, the controllable heater 303 is connected with the upper shell 101 through bolts, the hot air deicing system 4 is composed of a hot air deicing system upper base connecting hole 401, a hot air deicing system lower base connecting shaft 402, a hot air deicing system upper base 403, a hot air deicing system clamping lock 404, an air nozzle 405, a sliding chute 406 and a hot air deicing system lower base 407, the hot air deicing system upper base 403 is connected with the upper shell 101, the hot air deicing system upper base connecting hole 401 is positioned on one side of the hot air deicing system upper base 403, the deicing hot air deicing system lower base connecting shaft 402 is positioned on one side of the hot air deicing system lower base 407, the hot air deicing system upper base 403 and one side of the hot air deicing system lower base 407 are connected with the hot air deicing system lower base connecting shaft 402 through the hot air deicing system upper base connecting hole 401, the hot air deicing system upper base 403 and one side of the hot air deicing system lower base 407 are, the air jet 405 is arranged on the inner sides of an upper base 403 of the hot air deicing system and a lower base 407 of the hot air deicing system, the ice blade deicing system 5 consists of an upper base 501 of the ice blade deicing system, an upper base connecting hole 502 of the ice blade deicing system, a lower base connecting shaft 503 of the ice blade deicing system, an ice blade deicing system latch 504, a lower base 505 of the ice blade deicing system, an upper ice blade holder 506 and a lower ice blade holder 507, the upper base 501 of the ice blade deicing system is connected with the upper shell 101, the middle parts of the upper base 501 of the ice blade deicing system and the lower base 505 of the ice blade deicing system are provided with grooves, the upper base connecting hole 502 of the ice blade deicing system is positioned on one side of the upper base 501 of the ice blade deicing system, the lower base connecting shaft 503 of the ice blade deicing system is positioned on one side of the lower base 505 of the ice blade deicing system, one sides of the upper base 501 of the ice blade system and the lower base 505 of the ice, an upper base 501 of the ice blade deicing system is connected with one side of a lower base 505 of the ice blade deicing system through an ice blade deicing system lock 504, an upper ice blade frame 506 is arranged on a groove in the middle of the upper base 501 of the ice blade deicing system and the lower base 505 of the ice blade deicing system, a lower ice blade frame 507 is arranged on a groove in the middle of the upper base 501 of the ice blade deicing system and the lower base 505 of the ice blade deicing system, the detection system 6 is composed of a detection system upper base connecting hole 601, a detection system upper base 602, a detection system lock 603, a detection instrument 604, a detection system lower base 605 and a detection system lower base connecting shaft 606, the detection system upper base 602 is connected with the upper shell 101, the detection system upper base 602 and the detection system lower base 605 are provided with a groove in the middle, the detection system upper base connecting hole 601 is positioned on one side of the detection system upper base 602, the detection system lower base connecting, the detection system upper base 602 and one side of the detection system lower base 605 are connected with a detection system lower base connecting shaft 606 through a detection system upper base connecting hole 601, the detection system upper base 602 and one side of the detection system lower base 605 are connected through a detection system lock 603, the detection instrument 604 is installed on the detection system upper base 602 and the groove of the detection system lower base 605, the lower bracket 7 is composed of a lower bracket base 701, a battery counterweight 702 and a lower bracket transmission shaft 703, the lower bracket base 701 is inserted into an upper bracket connecting bin 102 through a raised rod piece and is fixed by inserting a fixing device 9 into a fixing pin inserting hole 103, the battery counterweight 702 is installed at the bottom of the lower bracket base 701, the lower bracket transmission shaft 703 is installed inside the lower bracket base 701, the U-shaped wheel 8 is installed on the upper bracket transmission shaft 104 and the lower bracket base transmission shaft 703, the power motor 10 is installed at one side of the upper shell 101, on the same axis as the upper carrier drive shaft 104.
The three upper support transmission shafts 104 are uniformly distributed, the lower support transmission shafts 703 and the upper support transmission shafts 104 are symmetrically distributed, and the U-shaped wheel 8 is provided with a hole in the middle, is thin in the middle, is thick at two ends, is provided with a hole in the middle, is made of rubber, and is matched with the upper support transmission shafts 104 and the lower support transmission shafts 703.
The central control system 2 is an integrated wireless control system.
The air nozzles 405 are circumferentially distributed on three rows of the upper base 403 of the hot air deicing system and the lower base 407 of the hot air deicing system, and are connected with air pipes inside the upper base 403 of the hot air deicing system and the lower base 407 of the hot air deicing system.
The middle part of the lower base 407 of the hot air deicing system is provided with a chute inclined towards the outer side.
The ice feeding blade rack 506 and the ice discharging blade rack 507 are composed of an ice blade servo motor 5061, an ice blade rack base 5062, a primary telescopic rod 5063, a secondary telescopic rod 5064, an ice blade base 5065, a gas blowing hole 5066, an ice blade 5067 and a guide plate 5068, the ice blade servo motor 5061 is installed on one side of the ice blade rack base 5062, the upper part of the ice blade rack base 5062 is provided with a protrusion matched with a groove on the inner side of the ice blade deicing system upper base 501 and the ice blade deicing system lower base 505, the primary telescopic rod 5063 is connected with the ice blade rack base 5062, the secondary telescopic rod 5064 is inserted into the primary telescopic rod 5063, the ice blade base 5065 is inserted into the secondary telescopic rod 5064, the ice blade 5067 is installed on the ice blade base 5065, the gas blowing hole 5066 is located on the inner upper part of the ice blade 5067, and the guide plate 5068 is located on one side of the ice.
The upper ice blade frame 506 and the lower ice blade frame 507 are symmetrically distributed, and the installed ice blades 5067 are arc inclined blades.
The detecting instrument 604 is composed of a laser range finder 6041, a detecting instrument servo motor 6042 and a detecting instrument base 6043, one side of the detecting instrument base 6043 is provided with a bulge which is matched with the detecting system upper base 602 and the detecting system lower base 605, the laser range finder 6041 is arranged on the upper part of the detecting instrument base 6043, the detecting instrument servo motor 6042 is arranged on one side of the detecting instrument base 6043, and the circumference of the four detecting instruments 604 is uniformly distributed on the circumference of the circumference formed by the detecting system upper base 602 and the detecting system lower base 605.
When the device works, the upper shell 101 of the upper bracket 1 is placed on the upper part of a high-voltage wire, the U-shaped wheel 8 is matched with the high-voltage wire, the upper base 403 of the hot air deicing system, the upper base 501 of the ice blade deicing system and the upper base 602 of the detection system are simultaneously placed on the upper part of the high-voltage wire, the protruding rod piece of the lower bracket base 701 is inserted into the upper bracket connecting bin and the lower bracket connecting bin 102, the high-voltage wire is fixed between the U-shaped wheel 8 of the upper bracket 1 and the U-shaped wheel 8 of the lower bracket 7, the fixing device 9 is screwed, the lower base 407 of the hot air deicing system is rotated, the lower base 407 of the deicing system is contacted with the upper base 403 of the hot air deicing system to close the hot air deicing system latch 404, the lower base 501 of the ice blade deicing system is rotated, the lower base 505 of the ice blade deicing system is contacted with the upper base 501 of the ice blade system to close the ice blade deicing, starting a switch, a detector servo motor 6042 rotates to drive a detector base 6043 to rotate around grooves of an upper detection system base 602 and a lower detection system base 605 and drive a laser range finder 6041 to rotate, the laser range finder 6041 measures the thickness of ice cubes and transmits data to a central control system 2, the central control system 2 transmits the data to an ice skate deicing system 5, an upper ice skate frame 506 and a lower ice skate frame 507 are started, an ice skate servo motor 5061 is started to drive an ice skate frame base 5062 to rotate around grooves of an upper ice skate deicing system base 501 and a lower ice skate system base 505, a primary telescopic rod 5063, a secondary telescopic rod 5064 and an ice skate base 5065 are telescopic to change the thickness of the ice cubes cut by an ice skate 5067, an air blowing hole 5066 blows off the cut ice cube particles, a guide plate 508 refluxes the cut ice cube particles, a compressor 301 is started, compressed air is transmitted to an air jet 405 of a deicing hot air system 4 by a conveying pipe 302, the temperature of the passing gas is regulated and controlled by the controllable heater 303 according to the back thickness of the cut ice blocks and the ambient temperature, the line thin ice melts and drops to the chute 406 of the hot air deicing system base 407 and slides off, the device runs to the tail end of the line, the upper ice blade frame 506 and the lower ice blade frame 507 rotate to the upper ice blade deicing system base 501 and the lower ice blade deicing system base 505 respectively, the four detectors 604 run to the positions of 45 degrees, 135 degrees, 225 degrees and 315 degrees respectively, the fixing device 8 is loosened, the lower support 7 is removed, and meanwhile, the hot air deicing system latch 404, the ice blade deicing system latch 504 and the detection system latch 603 are loosened.
It will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in the embodiments described above without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims.
Claims (8)
1. A high-voltage line defroster which characterized in that: the ice skate blade ice removing device comprises an upper bracket, a central control system, a hot air generating system, a hot air ice removing system, an ice skate blade ice removing system, a detection system, a lower bracket, a U-shaped wheel, a fixing device and a power motor, wherein the upper bracket comprises an upper shell, an upper bracket connecting bin, a lower bracket connecting bin, a fixing pin inserting hole and an upper bracket transmission shaft, the upper bracket connecting bin and the lower bracket connecting bin are fixedly connected to one side of the upper shell, the fixing pin inserting hole is formed in one side of the upper bracket connecting bin and the lower bracket connecting bin, the upper bracket transmission shaft is installed in the upper shell, the central control system is installed on the upper portion of the upper shell, the hot air generating system comprises a compressor, a conveying pipe and a controllable heater, the compressor is connected with the upper shell through bolts, the conveying pipe is connected with the compressor and the hot air ice, the hot air deicing system consists of an upper base connecting hole of the hot air deicing system, a lower base connecting shaft of the hot air deicing system, an upper base of the hot air deicing system, a hot air deicing system clamping lock, an air nozzle, a sliding chute and a lower base of the hot air deicing system, wherein the upper base of the hot air deicing system is connected with an upper shell, the upper base connecting hole of the hot air deicing system is positioned at one side of the upper base of the hot air deicing system, the lower base connecting shaft of the hot air deicing system is positioned at one side of the lower base of the hot air deicing system, the upper base of the hot air deicing system and one side of the lower base of the hot air deicing system are connected with the lower base connecting shaft of the hot air deicing system through the upper base connecting hole of the hot air deicing system, the air nozzle is arranged at the inner sides of the upper base, the ice blade deicing system comprises an upper base of the ice blade deicing system, an upper base connecting hole of the ice blade deicing system, a lower base connecting shaft of the ice blade deicing system, a locking lock of the ice blade deicing system, a lower base of the ice blade deicing system, an upper ice blade frame and a lower ice blade frame, wherein the upper base of the ice blade deicing system is connected with the upper shell, a groove is formed in the middle of the upper base of the ice blade deicing system and the lower base of the ice blade deicing system, the upper base connecting hole of the ice blade deicing system is positioned on one side of the upper base of the ice blade deicing system, the lower base connecting shaft of the ice blade deicing system is positioned on one side of the lower base of the ice blade deicing system, the upper base of the ice blade deicing system is connected with one side of the lower base of the ice blade deicing system through the upper base connecting hole of the ice blade deicing system and the lower base connecting hole of the ice blade deicing system, the upper ice skate blade frame is arranged on a groove in the middle of an upper base of the ice skate blade deicing system and a lower base of the ice skate blade deicing system, the lower ice skate blade frame is arranged on a groove in the middle of an upper base of the ice skate blade deicing system and a lower base of the ice skate blade deicing system, the detection system consists of an upper base connecting hole of the detection system, an upper base of the detection system, a detection system latch, a detection instrument, a lower base of the detection system and a lower base connecting shaft of the detection system, the upper base of the detection system is connected with an upper shell, the upper base of the detection system is provided with a groove in the middle of the lower base of the detection system, the upper base connecting hole of the detection system is arranged on one side of the upper base of the detection system, the lower base connecting shaft of the detection system is arranged on one side of the lower base of the detection system, the upper base of the detection system is connected with, the detecting instrument is installed on the grooves of the upper base and the lower base of the detection system, the lower support comprises a lower support base, a battery balance weight and a lower support transmission shaft, the lower support base is inserted into the upper support connecting bin and the lower support connecting bin through a protruding rod piece and is fixed by inserting a fixing pin into a jack through a fixing device, the battery balance weight is installed at the bottom of the lower support base, the lower support transmission shaft is installed inside the lower support base, the U-shaped wheel is installed on the transmission shaft of the upper support base and the transmission shaft of the lower support, and the power motor is installed on one side of the upper shell and is on the same axis with the upper support transmission shaft.
2. A high voltage line de-icing apparatus as defined in claim 1, wherein: the transmission shaft of the upper bracket is evenly distributed three, the transmission shaft of the lower bracket and the transmission shaft of the upper bracket are symmetrically distributed, the U-shaped wheel is provided with a hole in the middle, the middle is thin, the two ends are thick, the middle is open, the U-shaped wheel is made of rubber and is matched with the transmission shaft of the upper bracket and the transmission shaft of the lower bracket.
3. A high voltage line de-icing apparatus as defined in claim 1, wherein: the central control system is an integrated wireless control system.
4. A high voltage line de-icing apparatus as defined in claim 1, wherein: the air nozzles are distributed on three rows of circumferences of the upper base of the hot air deicing system and the lower base of the hot air deicing system and are connected with the vent pipes in the upper base of the hot air deicing system and the lower base of the hot air deicing system.
5. A high voltage line de-icing apparatus as defined in claim 1, wherein: the middle part of the lower base of the hot air deicing system is provided with a sliding chute inclined towards the outer side.
6. A high voltage line de-icing apparatus as defined in claim 1, wherein: go up ice blade holder and ice blade holder down and constitute by skates servo motor, skates base, one-level telescopic link, second grade telescopic link, skates base, gas hole, skates and guide plate, skates servo motor install in skates base one side, the top of skates base has the arch identical with the inboard recess of base on the skates deicing system base and skates deicing system base, the one-level telescopic link is connected with skates base, the second grade telescopic link stretches into the one-level telescopic link, the skates base stretches into the second grade telescopic link, the skates is installed on the skates base, the gas hole is located the inboard top of skates, the guide plate is located skates one side.
7. A high voltage line de-icing apparatus as defined in claim 1, wherein: the upper ice skate blade frame and the lower ice skate blade frame are symmetrically distributed, and the installed ice skates are arc-shaped inclined knives.
8. A high voltage line de-icing apparatus as defined in claim 1, wherein: the detecting instrument comprises a laser range finder, a detecting instrument servo motor and a detecting instrument base, wherein a bulge is arranged on one side of the detecting instrument base, the upper base of the detecting system is matched with the lower base of the detecting system, the laser range finder is arranged on the upper portion of the detecting instrument base, the detecting instrument servo motor is arranged on one side of the detecting instrument base, and the circumference of the four detecting instruments is uniformly distributed on the circumference of the circumference formed by the upper base of the detecting system and the lower base of the detecting system.
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| CN202022294140.8U CN213585100U (en) | 2020-10-15 | 2020-10-15 | High-voltage line defroster |
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| CN202022294140.8U CN213585100U (en) | 2020-10-15 | 2020-10-15 | High-voltage line defroster |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113629644A (en) * | 2021-09-10 | 2021-11-09 | 孟银花 | Cable defroster for electric power engineering |
| CN115036841A (en) * | 2022-06-16 | 2022-09-09 | 国网安徽省电力有限公司经济技术研究院 | Device for overhauling and maintaining high-voltage line |
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2020
- 2020-10-15 CN CN202022294140.8U patent/CN213585100U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113629644A (en) * | 2021-09-10 | 2021-11-09 | 孟银花 | Cable defroster for electric power engineering |
| CN115036841A (en) * | 2022-06-16 | 2022-09-09 | 国网安徽省电力有限公司经济技术研究院 | Device for overhauling and maintaining high-voltage line |
| CN115036841B (en) * | 2022-06-16 | 2023-06-27 | 国网安徽省电力有限公司经济技术研究院 | Device for overhauling, maintaining and using high-voltage line |
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