Pole system and its construction method

Abstract

The invention provides a pole erection system and a construction method thereof and relates to the technical field of pole erection devices. The pole erection system comprises a bracket mechanism, a driving device and a control device. The bracket mechanism comprises auxiliary brackets, a main bracket and a tight hooping disc which is used for connecting the auxiliary brackets and the main bracket. The driving device is mounted on the bracket mechanism. The driving device comprises a hoisting assembly and a power assembly. The hoisting assembly is mounted on the tight hooping disc. The power assembly is used for providing power for the hoisting assembly. The control device is mounted on the main bracket and is in communication connection with the power assembly. During pole erection, firstly, the bracket mechanism is well mounted and erected; and secondly, the driving device is controlled through the control device, and specifically, the control device directly controls the power assembly to control the hoisting assembly to hoist an electric pole. The pole erection system is simple in structure and capable of achieving remote control, accidents are avoided from occurring to a constructor in the pole erection process, personal safety of the constructor is guaranteed, and meanwhile, the construction progress is accelerated.

Description

technical field [0001] The invention relates to the technical field of pole devices, in particular to a pole system and a construction method thereof. Background technique [0002] The existing pole technology generally has the following three types: [0003] ①Artificial pole method [0004] The artificial method of erecting poles requires a large labor force, generally about 16 people. During the whole process of erecting poles, construction personnel work under the poles. Due to the large number of personnel, command and coordination are difficult, and there are serious safety hazards. At the same time, during construction In the environment with inconvenient transportation such as farmland and grassland, the construction will damage a large area of ​​farm crops and cause large economic losses to farmers. The construction technology of this vertical pole method is backward, which delays the construction progress of the rural power network transformation. [0005] ②Suppor...

AI Technical Summary

Problems solved by technology

[0008] The triangular pole erector uses three brackets to form a support system. It is made of steel, and its relative weight is too large. It is laborious to build the bracket, and occasionally it is necessary to use lifting equipment.

The height of the three supports is about 10 meters, and the truck needs to be lengthened during transportation. In addition, it is difficult to transport the supports to the construction site in remote areas such as mountains, hills, and grasslands; , the construction workers stand near the electric pole. If there is a failure during the pole erection process, it will be dangerous and the safety of the construction personnel cannot be guaranteed; during the rising process of the pole erector, there are only two fixed pulleys, which require construction personnel to spend a lot of money. Manpower, turn the turntable by hand in turn to make the pole rise; after the pole stander stops halfway, it needs manpower to pull the hand crank, or use a mechanical lock, which is very unsafe. Once a failure occurs, the consequences will be serious

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