Solar-energy electric power overhauling ladder

Abstract

The invention discloses a solar-energy electric power overhauling ladder and belongs to the field of electric power overhauling equipment. The solar-energy electric power overhauling ladder comprises grab rods (1), foot rests (2), a control cabinet (3), a solar cell panel (4), a hinge joint seat I (5), an electric telescopic rod I (6), a connecting plate (7), hinge joint seats II (8), two electric telescopic rods II (9), two embracing hoops (10), a top plate (12) and LED lamps (13). The solar cell panel (4) is arranged on the control cabinet (3), and storage batteries are arranged in the control cabinet (3). Two ends of the electric telescopic rod I (6) are connected with the connecting plate (7) and the foot rests (2), the top plate (12) and the hinge joint seats II (8) are arranged on the connecting plate (7), the two embracing hoops (10) are hinged to the hinge joint seats II (8), and two ends of the two electric telescopic rods II (9) are hinged to the side faces of the top plate (12) and the embracing hoops (10). The solar-energy electric power overhauling ladder can be prevented from sideslipping and sliding down when leaning against a telegraph pole, and is capable of lighting, simple and convenient to operate and capable of ensuring safety.

Description

technical field [0001] The invention relates to a ladder, in particular to a solar power maintenance ladder, which belongs to the field of power maintenance equipment. Background technique [0002] In the field of electrical maintenance work, the operator is often required to climb the utility pole, and a ladder is used at this time. Ordinary ladders lean directly on the utility poles, which are in point contact with the utility poles, and cannot form a stable contact surface, so the friction force is also very small. Moreover, some maintenance sites, especially those in the wild, have uneven ground, and the ladder The point where the two ladder poles are in contact with the ground and the point where the foot pedal is in contact with the telephone pole cannot stably fix the ladder. The operator is easy to shake left and right when climbing the ladder, causing the ladder to slide and slide. During the use of the ladder, in order to prevent The ladder slides and slides down ...

AI Technical Summary

Problems solved by technology

Ordinary ladders lean directly on the utility poles, and there is point contact with the utility poles, which cannot form a stable contact surface, so the friction force is also very small. Moreover, some maintenance sites, especially outdoor maintenance sites, have uneven ground. The point where the two ladder poles touch the ground and the point where the foot pedal touches the utility pole cannot fix the ladder stably, and the operator tends to shake from side to side when climbing the ladder, causing the ladder to slide sideways and slide down. During the use of the ladder, in order to prevent The ladder slips sideways and hurts people when it slides down. Usually, special personnel are arranged to escalate the ladder. Especially when people work on the ladder, the escalator is an indispensable work, which wastes manpower. Moreover, if the operator is a little careless on the pole, the tool If it falls off, it will hurt the escalator personnel under the pole and cause unnecessary injury to the staff

In case of an emergency, when maintenance is required at night, the operator is required to bring his or her own lighting device, otherwise it is not safe to climb high

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