Vertical surface automatic concrete scabbler

Abstract

The invention discloses a vertical surface automatic concrete scabbler. The vertical surface automatic concrete scabbler is provided with a lifting device, a hanging platform and a hoister. A concretescabbler vehicle is arranged on the hanging platform and is provided with concrete scabbler equipment used for the concrete surface. The concrete scabbler vehicle is driven to move through a driver.The driver can drive a rotating roller to rotate positively and reversely. A first driving rope is wound clockwise and a second driving rope is wound anticlockwise around the rotating roller. The first driving rope passes through one end of the hanging platform and turns to be connected with the concrete scabbler vehicle. The second driving rope passes through the other end of the hanging platformand turns to be connected with the concrete scabbler vehicle. The first driving rope and the second driving rope are connected with each other to form a ring shape. The concrete scabbler vehicle canbe pulled to move in the different directions and reciprocates when the first driving rope and the second driving rope are contracted. A controller receives wireless control signals to control the driver and the hoister to work. By only needing to control states of all parts through a remote controller on the ground, the hanging platform lifts, and the concrete scabbler vehicle moves side to side;and personnel direct operation is not needed, and automatic working can be achieved.

Description

technical field [0001] The invention relates to the technical field of civil construction equipment, and further relates to an automatic chisel machine for facades. Background technique [0002] Buildings in the field of civil engineering are mainly constructed of reinforced concrete, especially large-scale engineering projects such as water conservancy dams. Due to factors such as concrete crack leakage, concrete carbonation, and chloride erosion, it will cause concrete crack leakage and corrosion and reinforcement in concrete. Corrosion, etc., affect the safety and durability of the structure. In order to avoid the occurrence of the above-mentioned problems, the repair measures commonly used in engineering are to remove the old concrete and pour new concrete. [0003] The removal of old concrete is usually done with a chisel machine, which roughens the existing building surface to improve the adhesion of the newly poured concrete. However, at present, chiseling on the fa...

AI Technical Summary

Problems solved by technology

However, at present, chiseling on the facade of large buildings such as water conservancy projects requires manual operations at high altitudes, which has a high risk factor, and workers need to rest on time, so continuous work cannot be guaranteed

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