Construction basket prevented from shaking based on dead-point-position clamping

Abstract

The invention discloses a construction basket prevented from shaking based on dead-point-position clamping. The construction basket structurally comprises lock hook blocks, supports, a frame body, a standing board and a four-rocker clamping mechanism. The construction basket has the advantages that by arranging the four-rocker clamping mechanism, extensible clamping bars A and extensible clampingbars B stretch downwards to clamp a window, and when two hinging points of the extensible clamping bars A and extensible supporting bars and one hinging point of the extensible clamping bars B and theextensible supporting bars are in the same straight line, the basket is in the dead point position. No matter how large the counterforce (except destructive counterforce) of the clamped window is, the clamping bars cannot be loosened; after the extensible supporting bars turn over, the extensible supporting bars are locked through locking switches, the clamping strength of the four-rocker clamping mechanism is improved, it is avoided that due to sinking of the basket under force, the extensible supporting bars turn over again, the clamping force is stable, safety and reliability are ensured,and the working efficiency is high.

Description

technical field [0001] The invention relates to the field of high-altitude operation equipment, in particular to a construction hanging basket that is clamped based on a dead point position to avoid shaking. Background technique [0002] The construction hanging basket is currently used as a new type of high-altitude operation equipment that can replace traditional scaffolding, reduce labor intensity and can be reused. Originally, there should be retractable wall protection wheel devices at both ends of the inner side of the hanging basket, so that the hanging basket can be connected with the building. In the working state, it can be close together to reduce the shaking of the frame, but in the actual application process, shaking will still inevitably occur, especially in accordance with relevant regulations, in order to prevent the phenomenon of falling objects from high altitude, the hanging basket cannot place objects and Construction materials, so when the workers are on...

AI Technical Summary

Problems solved by technology

[0002] The construction hanging basket is currently used as a new type of high-altitude operation equipment that can replace traditional scaffolding, reduce labor intensity and can be reused. Originally, there should be retractable wall protection wheel devices at both ends of the inner side of the hanging basket, so that the hanging basket can be connected with the building. In the working state, it can be close together to reduce the shaking of the frame, but in the actual application process, shaking will still inevitably occur, especially in accordance with relevant regulations, in order to prevent the phenomenon of falling objects from high altitude, the hanging basket cannot place objects and Construction materials, so when the workers are on the periphery of the building structure to carry out exterior wall construction, they need to stand on the hanging basket to accept the exterior wall building materials handed out by another worker from the window of the building. The action at this time will cause the center of gravity of the hanging basket to change. The basket will shake back and forth to cause shaking, and the construction worker will easily fall down and throw out the construction materials in his hand if he stands unsteadily. In view of the current equipment defects in this high-risk industry, it is urgent to develop a construction hanging basket that does not cause shaking. Builder's Personal Safety

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