Rapid-construction telegraph-pole uprightness-detecting and centering device special for rural area electricity of electric power system

Abstract

The invention discloses a rapid-construction telegraph-pole uprightness-detecting and centering device special for rural area electricity of an electric power system. The telegraph-pole uprightness-detecting and centering device comprises a transversely-arranged base. A back limiting device and a front limiting device are arranged at the two ends of the base. A swinging barrel capable of swinging back and forth is hinged to the interior of a supporting section of the base. A supporting device is inserted into the swinging barrel and locked to the upper middle section of a telegraph pole through a hinged locking device capable of vertically swinging. The power input end of the supporting device is in transmission connection with a power device through a bendable transmission hose. A handle is further fixedly arranged on a supporting base. An outwards-extending protective cover is fixedly arranged at the inner end of the handle. The telegraph-pole uprightness-detecting and centering device has the advantages that soil and stone on the normal-position side of the telegraph pole can be rapidly excavated, dust disoperation can be prevented, the telegraph pole can be rapidly centered, time and labor are saved, fixing is firm, the size is small, carrying is convenient, one person can independently center the telegraph pole, centering efficiency is high, and the telegraph pole can be prevented from being broken off.

Description

technical field [0001] The invention relates to a pole measuring and erecting device specially used for agricultural power in electric power systems and capable of rapid construction. Background technique [0002] After the cement pole is installed, due to factors such as seasonal changes, geological conditions, and operating time, the cement pole is often skewed, which seriously threatens the normal operation of the power distribution line, so it is necessary to straighten the skewed cement pole. The traditional operation method of straightening electric poles is to fix the pull rope at the pole tip first under the premise of power failure, and then use the manpower to pull the pull rope to straighten the pole; at present, the cement pole is often straightened by means of crane or on-site anchoring , but the righting work is often affected due to terrain restrictions. Especially if a crane is used for straightening, the relevant power distribution lines must be cut off to ...

AI Technical Summary

Problems solved by technology

The traditional operation method of straightening electric poles is to fix the pull rope at the pole tip first under the premise of power failure, and then use the manpower to pull the pull rope to straighten the pole; at present, cranes or on-site ground anchors are often used to straighten the cement poles. , but it often affects the righting work due to terrain restrictions

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