Reinforcement cage hoisting device and reinforcement cage carrying equipment

Abstract

The invention provides a reinforcement cage hoisting device. A reinforcement cage comprises an upper mesh surface and a lower mesh surface. The reinforcement cage hoisting device comprises a first grabbing mechanism and a moving mechanism. The first grabbing mechanism is provided with a first grabbing part used for grabbing the upper mesh surface, and a second grabbing part used for grabbing the lower mesh surface. The moving mechanism has moving freedom degrees in at least two directions. The first grabbing mechanism is arranged on the moving mechanism. According to the reinforcement cage hoisting device, by moving the first grabbing mechanism, the upper mesh surface and the lower mesh surface of the reinforcement cage can be fixed at the same time, it is ensured that in the hoisting process, the upper mesh surface and the lower mesh surface can be grabbed at the same time, and the situation that the upper mesh surface or the lower mesh surface of the reinforcement cage is hoisted individually, as a result, one of the upper mesh surface and the lower mesh surface is stressed heavily, and deformation is caused can be avoided. Moreover, in the overall hoisting operation, manual hoisting is not needed, and the hoisting efficiency is improved. In addition, the invention further provides reinforcement cage carrying equipment.

Description

technical field [0001] The present application relates to the technical field of construction equipment, in particular, to a reinforcement cage lifting device and reinforcement cage handling equipment. Background technique [0002] At present, in the real estate industry, the application of prefabricated buildings is becoming more and more extensive. The prefabricated concrete components have a high degree of standardization, low production difficulty, and convenient installation, which can significantly reduce the difficulty of on-site construction and improve the quality of the project. The steel cage constitutes the skeleton of the entire precast concrete component. Currently, the usual way to move the steel cage is to manually tie the steel cage with ropes, then put the tied ropes on the hook of the crane, and then pass the crane It is very inconvenient to lift the entire reinforcement cage to a specific location during the entire hoisting process, and when the hook is ...

AI Technical Summary

Problems solved by technology

The steel cage constitutes the skeleton of the entire precast concrete component. Currently, the usual way to move the steel cage is to manually tie the steel cage with ropes, then put the tied ropes on the hook of the crane, and then pass the crane It is very inconvenient to lift the entire reinforcement cage to a specific location during the entire hoisting process, and when the hook is hoisting the reinforcement cage, the upper and lower mesh surfaces of the reinforcement cage are prone to deformation due to uneven force

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