CN210480680U - Electric power engineering salvagees combined operation car - Google Patents
Electric power engineering salvagees combined operation car Download PDFInfo
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- CN210480680U CN210480680U CN201921121621.XU CN201921121621U CN210480680U CN 210480680 U CN210480680 U CN 210480680U CN 201921121621 U CN201921121621 U CN 201921121621U CN 210480680 U CN210480680 U CN 210480680U
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Abstract
The utility model relates to an electric power engineering equipment technical field especially relates to an electric power engineering salvagees combined operation car. It includes the operation car, mobile unit, electric winch, vehicle mounted power system, the tool magazine, 360 rotatory light, elevating gear, hydraulic leg, handheld terminal, the inside mobile unit that disposes of operation car, electric winch is fixed to on the operation car front end base, vehicle mounted power system and tool magazine are located between driver's cabin and the frame, 360 rotatory light is fixed in vehicle mounted power system top, elevating gear is located inside the operation car frame, hydraulic leg passes through the articulated landing leg seat installation in frame below, handheld terminal connection mobile unit network, the realization is to power failure's in time discovery and location. The utility model provides an electric power engineering salvagees combined operation car, puts multiplexer utensil through the tool magazine classification, through mobile unit and handheld terminal, realizes joining in marriage net twine way operational data real-time query, has the electricity generation illumination simultaneously and pulls emergency function such as rescue, convenient to use, and work efficiency is high.
Description
Technical Field
The utility model relates to an electric power engineering equipment technical field especially relates to an electric power engineering salvagees combined operation car.
Background
China has a large population, along with the continuous development of social economy, the urban scale is gradually increased, along with the increase of power transmission lines, and emergency repair of the power transmission lines also becomes key work of power engineering. Transmission line emergency repair generally is because transmission line sudden failure causes, when transmission line broke down, just needs the operating personnel can judge the reason of trouble rapidly, seeks the fault point, reduces the fault loss as far as possible, resumes the power supply, so transmission line emergency repair mobile platform operation is indispensable to transmission line fault handling to along with electric power company's continuous development, more and more transmission lines need the operation to be maintained with the maintenance distribution point. In order to improve the maintenance efficiency and quality of the transmission line, related emergency repair matching tools, special equipment and the like are needed, at present, the special equipment for emergency repair of the power engineering is insufficient in spare parts and limited in function, equipment with different functions is often needed to be matched when the power engineering construction or emergency repair task is executed, potential safety hazards are increased, and the construction efficiency is seriously influenced, so that the power engineering emergency repair combined operation vehicle is very necessary.
SUMMERY OF THE UTILITY MODEL
The utility model provides a power engineering salvagees combined operation car, a power engineering salvagees combined operation car puts multiplexer utensil through the tool magazine classification, takes the convenience, through mobile unit and handheld terminal, realizes joining in marriage net twine way operation data real-time query analysis, has the electricity generation illumination simultaneously and pulls emergency function such as rescue, convenient to use, and work efficiency is high.
A power engineering rush-repair combined operation vehicle comprises an operation vehicle, vehicle-mounted equipment, an electric winch, a vehicle-mounted power system, a tool magazine, a 360-degree rotary illuminating lamp, a lifting device, hydraulic support legs and a handheld terminal.
The working vehicle body comprises a cab and a frame, vehicle-mounted equipment is arranged in the cab, informationized unified management is carried out on maintenance equipment workpieces, the electric winch is fixed to a front end base of the working vehicle through a winch mounting frame bolt, a motor is driven by power of the working vehicle to drive an electric winch cable to run, the vehicle-mounted power system and a tool magazine are located between the cab and the frame, the vehicle-mounted power system is connected with the cab through a saddle and a traction pin, the vehicle-mounted power system and the tool magazine are of a closed integrated box structure, the middle of the vehicle-mounted power system and the tool magazine are divided into two parts through a partition plate, the 360-degree rotary illuminating lamp is fixed on a steel frame at the top end of the vehicle-mounted power system through a bolt and is connected with the power system through a cable, the lifting device is fixed in the frame of the working vehicle, the working state of the lifting device is, the stability of elevating gear during operation is guaranteed, handheld terminal connection vehicle mounted equipment network realizes the intelligent generation and the transmission function to timely discovery and location, the salvage decision of power failure.
The tool library comprises a spare part area, a construction tool area and a safety tool area.
The tool magazine adopts a partition management mode, left and right sides hinged connections are provided with inner shelf opening and closing doors, a spare part area is arranged on an inner shelf of the left opening and closing door and comprises an RTO fuse, a line fitting, a parallel groove wire clamp, equipment current price, a terminal, a high-voltage fuse wire, a wire clamp, a sealing piece, a protection ring, a drop-out fuse wire, a porcelain insulator, a coupling iron, a ball head hanging ring and a support leg hanging plate, a construction tool area is arranged on the inner side of the tool magazine and between the opening and closing doors on two sides and comprises a warning sign, a purse net, a guardrail, a socket wrench, a perforating machine, an insulating rod, clamp meter current, a grounding resistance meter, a single-double arm electric bridge, a 2500V megaohm meter, a crimping clamp, an electric hammer and a medical kit, and the safety tool area is arranged on the inner shelf of the right opening and closing door and comprises a high-low voltage grounding wire, a lifting rope waistband, An insulating rod. The lifting device comprises a standing arm, a lower arm oil cylinder, a lifting hook, an upper arm, a balancing rod, an upper arm oil cylinder, a small arm oil cylinder and a working bucket.
The lifting device adopts a three-section arm support folding structure and a double-lifting hydraulic oil cylinder design, the lower end of the arm stand is fastened in the frame of the working vehicle through a high-strength bolt, the upper end of the arm stand is fixedly connected with the lower arm through a shaft pin, the lower arm oil cylinder is connected to the middle position of the arm stand and the lower arm through a lifting lug, the 360-degree all-directional rotation of the lower arm is realized under the combined action of machinery and hydraulic pressure, the tail end of the lower arm is fixedly connected with a lifting hook, the lifting hook drives the lifting hook to lift through the rotation of the lower arm oil cylinder, the lower arm is connected with the upper arm through the shaft pin, a balancing rod is additionally arranged at the connecting part to prevent the upper arm from twisting, the upper arm oil cylinder is connected with the position of the balancing rod of the lower arm and the position close to the left 1/3 of the upper arm through the lifting lug, the top end of the small arm is hinged with a bracket plate, the working bucket is fixed on the bracket plate through a high-strength bolt, and a small arm oil cylinder arranged at the top end of the small arm keeps the working bucket in a leveling state all the time.
Preferably, the cab of the working vehicle is provided with a wireless internet notebook and a small printer, so that rush repair personnel can conveniently draw up work tickets, operation tickets, query and record, and a positioning and calling system is arranged to realize the uniform allocation of a command center.
Preferably, the vehicle-mounted equipment comprises a vehicle platform host, a liquid crystal display, a call handle, a GPS antenna, a GSM antenna, an alarm button, a backup battery, a 360-degree rotary camera and the like, can automatically generate and record a fault emergency repair process and time, can track and supervise a service process on the internet by a manager, timely corrects an unreasonable processing process, and generates various reports according to daily, monthly, seasonal and annual summary.
Preferably, the vehicle-mounted power supply system adopts a UPS power supply system, and is composed of a main circuit, a bypass, a power supply input circuit such as a battery, a rectifier for performing AC/DC conversion, an inverter for performing DC/AC conversion, an inverter and bypass output switching circuit, and an energy storage battery.
Preferably, the hydraulic system of the lower arm oil cylinder, the upper arm oil cylinder and the small arm oil cylinder has the functions of interlocking of loading and unloading, overload protection and safe self-locking of the oil cylinders.
Preferably, the hydraulic support leg adopts an H-shaped structure, the span is large, the stability is good, the hydraulic support leg can independently stretch and can be linked, and a warning and flashing lamp is arranged on the hydraulic support leg and used for indicating the outline of the hydraulic support leg during operation and sending out an optical alarm signal.
Preferably, the handheld terminal is a power first-aid repair system which takes a GPS as an information acquisition means, a GIS as an information processing means and a GPRS as a communication means, and functions of timely discovering and positioning power faults, intelligent generation and transmission of first-aid repair decisions and the like are achieved.
The utility model has the advantages that:
the utility model provides an electric power engineering salvagees combined operation car, puts multiplexer utensil through the tool magazine classification, takes the convenience, through mobile unit and handheld terminal, realizes joining in marriage net twine way operational data real-time inquiry analysis, has the electricity generation illumination simultaneously and pulls emergency function such as rescue, convenient to use, and work efficiency is high.
The utility model discloses some parts are at specific beneficial effect in whole:
1. the utility model discloses in, operation car driver's cabin be equipped with wireless internet notebook and small-size printer, make things convenient for the salvage personnel to formulate work ticket, operation ticket, inquiry and record, be equipped with location and calling system simultaneously, realize the unified allotment of command center.
2. The utility model discloses in, the mobile unit constitute by ride host computer, liquid crystal display, conversation handle, GPS antenna, GSM antenna, alarm button, reserve battery, 360 degrees rotary camera etc. but the automatic generation takes notes trouble and salvagees process and time, managers can carry out the tracking of business flow on the net, supervise and do, in time correct unreasonable processing procedure, gather according to day, month, season, year and generate various reports.
3. The utility model discloses in, hydraulic leg adopt H type structure, the span is big, stability is good, can independently stretch out and draw back and can link, hydraulic leg installs the warning flashing light on for hydraulic leg shows the outline when the operation, sends light alarm signal.
4. The utility model discloses in, handheld terminal use GPS as information acquisition means, GIS as information processing means, GPRS as the electrical power rush-repair system of communication means, realize functions such as intelligent generation and transmission to timely discovery and location, the salvage decision-making of power failure.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic view of the planar structure of the spare part area of the present invention.
Fig. 3 is the schematic view of the construction tool area plane structure of the present invention.
Fig. 4 is a schematic view of the safety tool area of the present invention.
In the figure: 1. the system comprises a working vehicle, 2, vehicle-mounted equipment, 3, an electric winch, 4, a vehicle-mounted power supply system, 5, a tool library, 501, a spare part area, 502, a construction tool area, 503, a safety tool area, 6 and 360-degree rotary illuminating lamps, 7, a lifting device, 701, a standing arm, 702, a lower arm, 703, a lower arm oil cylinder, 704, a lifting hook, 705, an upper arm, 706, a balance rod, 707, an upper arm oil cylinder, 708, a small arm, 709, a small arm oil cylinder, 710, a working bucket, 8, a hydraulic support leg, 9 and a handheld terminal.
Detailed Description
The invention is further described below with reference to the following examples and figures:
example (b):
as shown in figure 1.
A combined operation vehicle for rush repair in electric power engineering comprises an operation vehicle 1, vehicle-mounted equipment 2, an electric winch 3, a vehicle-mounted power supply system 4, a tool magazine 5, a 360-degree rotary illuminating lamp 6, a lifting device 7, hydraulic support legs 8 and a handheld terminal 9.
The working vehicle 1 comprises a cab and a frame, a vehicle-mounted device 2 is arranged in the cab, information-based unified management is carried out on maintenance equipment workpieces, the electric winch 3 is fixed to a front end base of the working vehicle 1 through a winch mounting frame bolt, a motor is driven by power of the working vehicle 1 to drive the electric winch 3 to winch cables to run, the vehicle-mounted power system 4 and the tool magazine 5 are located between the cab and the frame, the vehicle-mounted power system 4 is connected with the cab through a saddle and a traction pin, the vehicle-mounted power system 4 and the tool magazine 5 are of a closed integrated box structure, the middle of the closed integrated box structure is divided into two parts through a partition plate, the 360-degree rotary illuminating lamp 6 is fixed to a steel frame at the top end of the vehicle-mounted power system 4 through a bolt and is connected with the power system through a cable, the lifting device 7 is fixed in the frame of the working vehicle 1, hydraulic leg 8 passes through the installation of frame below articulated landing leg seat, guarantees the stability of elevating gear 7 during operation, handheld terminal 9 connects the mobile unit 2 network, realizes timely discovery and location, salvage the intelligent generation and the transmission function of decision-making to power failure.
As shown in figures 1, 2 and 3.
The tool library 5 comprises a spare part area 501, a construction tool area 502 and a safety tool area 503.
Tool magazine 5 adopts the subregion management mode, and left and right sides hinged joint inner shelf door that opens and shuts, spare parts district 501 is located on the inner shelf of left side door that opens and shuts, including RTO fuse, line accessories, parallel groove clamp, equipment present price, terminal, high-voltage fuse, fastener, sealing member, protection ring, drop out fuse, porcelain insulator, antithetical couplet iron, bulb link and stabilizer blade link plate, construction tool district 502 is located tool magazine 5 inboardly, between the door that opens and shuts of both sides, including warning sign, purse net, guardrail, box spanner, puncher, insulating rod, clamp meter electric current, ground resistance table, single and double arm electric bridge, 2500V megger, crimping pincers, electric hammer and medical kit, safety tool district 503 is located on the inner shelf of right side door that opens and shuts, including high-low voltage earth connection, lifting rope waistband, insulating rope, electrician step on board, safety cap, electroscope, insulating gloves, Insulating shoes and insulating rods.
As shown in figure 1.
The lifting device 7 comprises a standing arm 701, a lower arm 702, a lower arm cylinder 703, a lifting hook 704, an upper arm 705, a balance rod 706, an upper arm cylinder 707, a small arm 708, a small arm cylinder 709 and a working bucket 710.
The lifting device 7 adopts a three-section arm support folding structure and a double-lifting hydraulic oil cylinder design, the lower end of a station arm 701 is fastened in the frame of the working vehicle 1 through a high-strength bolt, the upper end of the station arm is fixedly connected with a lower arm 702 through a shaft pin, a lower arm oil cylinder 703 is connected to the middle position of the station arm 701 and the lower arm 702 through a lifting lug, the omnibearing rotation of the lower arm 702 is realized under the combined action of machinery and hydraulic pressure, the tail end of the lower arm 702 is fixedly connected with a lifting hook 704 through a fixing bolt, the lifting hook 704 drives the lifting hook 704 to lift through the rotation of the lower arm oil cylinder 703, the lower arm 702 is connected with an upper arm 705 through a shaft pin, a balancing rod 706 is additionally arranged at the connecting part to prevent the upper arm 705 from twisting, an upper arm oil cylinder 707 is connected with the balancing rod 706 of the lower arm 702 through a lifting lug and near the left 1/3 of the upper arm 705, the upper arm, the rotation function of the small arm 708 is realized by taking the upper arm 705 as a fulcrum, the top end of the small arm 708 is hinged with a bracket plate, the working bucket 710 is fixed on the bracket plate through a high-strength bolt, and a small arm oil cylinder 709 arranged at the top end of the small arm 708 keeps the working bucket 710 in a leveling state all the time.
In the above embodiment, specifically, the cab of the work vehicle 1 is equipped with a wireless internet notebook and a small printer, so that rush repair personnel can conveniently draw up work tickets, operation tickets, query and record, and meanwhile, the cab is equipped with a positioning and calling system, so that unified allocation of a command center is realized.
In the above embodiment, specifically, the vehicle-mounted device 2 is composed of a vehicle platform host, a liquid crystal display, a call handle, a GPS antenna, a GSM antenna, an alarm button, a backup battery, a rotary camera, and the like, and can automatically generate and record a fault emergency repair process and time, and a manager can track and supervise a service flow on the internet, correct an unreasonable processing process in time, and generate various reports by summarizing according to day, month, season, and year.
In the above embodiment, the vehicle-mounted power supply system 4 is a UPS power supply system, and is composed of a main circuit, a bypass circuit, a battery and other power supply input circuits, a rectifier for performing AC/DC conversion, an inverter for performing DC/AC conversion, an inverter and bypass output switching circuit, and an energy storage battery.
In the above embodiment, specifically, the hydraulic system of the lower arm cylinder 703, the upper arm cylinder 707, and the lower arm cylinder 709 has the functions of interlocking for getting on and off the vehicle, overload protection, and cylinder safety self-locking.
In the above embodiment, specifically, the hydraulic support leg 8 adopts an H-shaped structure, the span is large, the stability is good, the hydraulic support leg can be independently stretched and linked, and the warning and flashing lamp is mounted on the hydraulic support leg 8 and used for indicating the outline of the hydraulic support leg during operation and sending out an optical warning signal.
In the above embodiment, specifically, the handheld terminal 9 is an electric power emergency repair system using a GPS as an information acquisition means, a GIS as an information processing means, and a GPRS as a communication means, and realizes functions of timely discovery and positioning of an electric power fault, intelligent generation and transmission of an emergency repair decision, and the like.
The foregoing examples and description only illustrate the feasibility of the present invention, and various changes and modifications may be made without departing from the spirit and scope of the invention, which fall within the scope of the claims.
Claims (8)
1. A combined operation vehicle for rush repair in electric power engineering is characterized by comprising an operation vehicle (1), vehicle-mounted equipment (2), an electric winch (3), a vehicle-mounted power system (4), a tool library (5), a 360-degree rotary illuminating lamp (6), a lifting device (7), hydraulic support legs (8) and a handheld terminal (9), wherein the operation vehicle (1) body comprises a cab and a vehicle frame, the vehicle-mounted equipment (2) is arranged in the cab, the informationized unified management is carried out on equipment workpieces for maintenance, the electric winch (3) is fixed on a base at the front end of the operation vehicle (1) through a winch mounting frame bolt, a motor is driven by the power of the operation vehicle (1) to drive a cable of the electric winch (3) to run, the vehicle-mounted power system (4) and the tool library (5) are located between the cab and the vehicle frame, the vehicle-mounted power system (4) is connected with the cab through a saddle and a traction pin, vehicle power system (4) and tool magazine (5) are closed integrative case structure, and the centre is divided into two through the baffle, 360 rotatory light (6) are fixed in on vehicle power system (4) top steelframe through the bolt, through cable junction electrical power generating system, elevating gear (7) are fixed in inside operation car (1) frame, through the operating condition of mobile unit (2) control elevating gear (7), hydraulic leg (8) are installed through frame below articulated landing leg seat, guarantee the stability of elevating gear (7) during operation, mobile unit (2) network is connected in handheld terminal (9), realize in time discovery and location, the intelligent generation and the transmission function of salvageing the decision to power failure.
2. The electric power engineering rush-repair combined working vehicle as claimed in claim 1, wherein the lifting device (7) comprises a station arm (701), a lower arm (702), a lower arm cylinder (703), a hook (704), an upper arm (705), a balance rod (706), an upper arm cylinder (707), a forearm (708), a forearm cylinder (709) and a working bucket (710), the lifting device (7) adopts a three-section arm frame folding structure and a double-lifting hydraulic cylinder design, the lower end of the station arm (701) is fastened inside a frame of the working vehicle (1) through a high-strength bolt, the upper end of the station arm is fixedly connected with the lower arm (702) through a shaft pin, the lower arm cylinder (703) is connected to the middle position of the station arm (701) and the lower arm (702) through a lifting lug, the lower arm (702) is rotated in all directions under the combined action of mechanical and hydraulic pressure, the tail end of the lower arm (702) is fixedly connected with the hook (704, the lifting hook (704) drives the lifting hook (704) to lift through the rotation of the lower arm oil cylinder (703), the lower arm (702) is connected with the upper arm (705) through a shaft pin, a balance rod (706) is additionally arranged at the connecting part to prevent the upper arm (705) from twisting, the upper arm oil cylinder (707) is connected with the position of a balance rod (706) of the lower arm (702) and the position of the upper arm (705) close to the left 1/3 through a lifting lug, the rotation function of the upper arm (705) is realized by taking the lower arm (702) as a fulcrum, the top end of the upper arm (705) is connected with the small arm (708) through a shaft pin, the small arm oil cylinder (709) is connected with the right end of the upper arm (705) and the left end of the small arm (708) through a lifting lug, the rotation function of the small arm (708) is realized by taking the upper arm (705) as a fulcrum, the top end of the small arm (708) is hinged with a bracket plate, the working bucket (710) is fixed on the bracket plate through a high-strength bolt, and a small arm oil cylinder (709) arranged at the top end of the small arm (708) keeps the working bucket (710) in a leveling state all the time.
3. The power engineering rush-repair combined working vehicle as claimed in claim 1, wherein a cab of the working vehicle (1) is equipped with a wireless internet notebook and a small printer, so that rush-repair personnel can conveniently draw up work tickets, operation tickets, inquiry and record, and a positioning and calling system is equipped to realize uniform allocation of a command center.
4. The power engineering rush-repair combined operation vehicle as claimed in claim 1, wherein the vehicle-mounted equipment (2) comprises a vehicle platform host, a liquid crystal display, a call handle, a GPS antenna, a GSM antenna, an alarm button, a backup battery and a 360-degree rotary camera.
5. The combined vehicle for emergency repair of power engineering according to claim 1, wherein the vehicle-mounted power supply system (4) adopts a UPS power supply system, and comprises a power input circuit, an AC/DC conversion rectifier, a DC/AC conversion inverter, an inverter and bypass output switching circuit, and an energy storage battery.
6. The combined vehicle for rush repair in power engineering according to claim 2, wherein the hydraulic system of the lower arm cylinder (703), the upper arm cylinder (707) and the lower arm cylinder (709) has the functions of interlocking of loading and unloading, overload protection and safe self-locking of cylinders.
7. The electric power engineering rush-repair combined operation vehicle as claimed in claim 1, wherein the hydraulic support leg (8) is of an H-shaped structure, can be independently stretched and retracted and can be linked, and a warning and flashing lamp is mounted on the hydraulic support leg (8) and used for indicating the outline of the hydraulic support leg (8) during operation and sending out a light warning signal.
8. The power engineering rush-repair combined working vehicle as claimed in claim 1, wherein the handheld terminal (9) is a power rush-repair system with a GPS as an information acquisition means, a GIS as an information processing means, and a GPRS as a communication means, so as to realize intelligent generation and transmission functions of timely discovery and positioning of power faults and rush-repair decisions.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921121621.XU CN210480680U (en) | 2019-07-17 | 2019-07-17 | Electric power engineering salvagees combined operation car |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921121621.XU CN210480680U (en) | 2019-07-17 | 2019-07-17 | Electric power engineering salvagees combined operation car |
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| Publication Number | Publication Date |
|---|---|
| CN210480680U true CN210480680U (en) | 2020-05-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201921121621.XU Active CN210480680U (en) | 2019-07-17 | 2019-07-17 | Electric power engineering salvagees combined operation car |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114368713A (en) * | 2022-01-24 | 2022-04-19 | 青岛九合机械科技有限公司 | High altitude inspection car convenient to street lamp maintenance |
-
2019
- 2019-07-17 CN CN201921121621.XU patent/CN210480680U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114368713A (en) * | 2022-01-24 | 2022-04-19 | 青岛九合机械科技有限公司 | High altitude inspection car convenient to street lamp maintenance |
| CN114368713B (en) * | 2022-01-24 | 2023-11-03 | 青岛九合机械科技有限公司 | High altitude inspection maintenance car convenient to street lamp maintenance |
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