Convenient-to-adjust climbing frame for construction industry

Abstract

The invention provides a convenient-to-adjust climbing frame for the construction industry, and belongs to the technical field of construction engineering. The convenient-to-adjust climbing frame comprises vertical beams, cross beams and guide rails, and further comprises a movable pedal assembly and a falling object bearing assembly, wherein the height of a pedal is flexibly adjusted among the multiple vertical beams, and thus the mounting height of the pedal is adjusted. By arranging a bearing net plate, fallen tools can be borne, the tools are prevented from injuring operators below, and the construction safety of the climbing frame is improved; the bearing net plate is rotatably connected with a fixing shaft and is borne by a movable hook, and thus the bearing net plate can be movablyconnected with the pedal; and the movable hook is detached from a bearing-supporting shaft, the bearing net plate and the movable hook freely droop under the action of gravity, and the bearing net plate and the movable hook are both located under the pedal so that the bearing net plate can be prevented from colliding with a protruding area on a wall in the lifting process of the climbing frame, and smooth climbing of the climbing frame is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of construction, and in particular relates to a climbing frame which is convenient for adjustment in the construction industry. Background technique [0002] One of the main characteristics of modern buildings is exactly high-rise buildings, especially in urban construction, buildings are generally up to dozens of floors. Therefore, in the process of high-rise building construction, the use of traditional scaffolding is full of danger. The climbing frame is a new type of equipment that is different from the traditional scaffolding. By adding a power climbing system and equipment, the climbing frame realizes the automatic rising of the climbing frame along the building wall, without the need to repeatedly disassemble the climbing frame system, so it is convenient, fast and safe to use. However, the existing climbing frames have the following technical problems during use. One is that the fixed position of th...

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Problems solved by technology

However, the existing climbing frames have the following technical problems during use. One is that the fixed position of the scaffolding boards of the existing climbing frames is determined, so the working height of the scaffolding boards is determined, and is generally fixed on the top or bottom of a single climbing frame. However, in some operations, the height of the single-layer climbing frame is not suitable for the actual construction situation, and the superimposed height of the multi-layer climbing frame is required to adapt to the actual situation; therefore, it is necessary to find the scaffolding between the multi-layer climbing frames A suitable installation point; the second is that there is still a 20-30cm gap between the existing climbing frame and the wall. Although this gap will not cause the operator to fall from the gap, it may cause the hammer and wrench workpiece to fall. Injury to the operator below

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