Rainproof electric power iron tower capable of avoiding rainwater conduction and electric shock

Abstract

The invention discloses a rainproof electric power iron tower capable of avoiding rainwater conduction and electric shock. The rainproof electric power iron tower comprises an electric power iron tower body, fixing supports, suspension insulators, hinges and reset rotating shafts, wherein the fixing supports are correspondingly arranged on the two sides of the upper portion of the electric power iron tower body, the suspension insulators are arranged on the lower sides of the outer ends of the fixing supports, sleeve pipes are arranged at the upper ends of the suspension insulators, fixing grooves are formed in the upper end faces of the sleeve pipes, the fixing grooves are fixedly connected with connectors through screws, and a mounting head is located in the middle of the upper end faceof a wire clamping structure. According to the rainproof electric power iron tower capable of avoiding rainwater conduction and electric shock, by improving the structure of the connecting position ofan existing electric power iron tower and the suspension insulators, the problem that rainwater or snow is attached to the connecting positions of the upper portions of the suspension insulators andthe fixing supports in rainy and snowy days is effectively solved, communication and electric conduction between a cable and the electric power iron tower are avoided, and the problem that ground personnel is in accidental contact with the electric power iron tower body to be electrified and put in is solved.

Description

technical field [0001] The invention relates to the technical field of electric power towers, in particular to a rainproof electric power tower that prevents rainwater conduction and electric shock. Background technique [0002] A power tower is a steel tower-shaped building for power transmission. Its main structure is a tower-shaped truss structure that is lapped by various angle steel rods and connecting steel plates through bolts. One or more layers of fixed brackets will be erected on the upper sides of the power tower, and hanging insulators will be fixed at the lower ends of the outer sides of the fixed brackets. , Suspending the cable through the suspension insulator, the cable can be erected in the air for a long distance, and the long-distance transmission of power can be realized. [0003] In the existing power tower, after the cable is erected, the suspension insulator is generally used to fix the cable, but there is no corresponding rain and snow protection str...

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Problems solved by technology

[0004] The object of the present invention is to provide a kind of rain-proof electric power tower that avoids rainwater conduction electric shock, to solve the existing electric power tower on the market that the above-mentioned background technology proposes, after erecting cable, generally adopt suspension insulator to fix cable, but There is no corresponding rain and snow-proof structure between the upper part of the suspension insulator and the fixed brackets on both sides of the power tower. The formation of conductors is not conducive to the protection of electric towers against electric shock

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