High wall face color board mounting method and color board mounting bracket

Abstract

The invention provides a high wall face color board mounting bracket which comprises a 'square-formed' bracket body; the 'square-formed' bracket body comprises four supporting rods and a plurality ofconnection rods, wherein the supporting rods are arranged extending in a vertical direction and form multiple construction planes in an extension direction; the bracket body is connected with wall body purlines through a plurality of wall connection pieces; and hoisting equipment is connected and fixed to the supporting rods and / or connection rods of the bracket body. By adopting the high wall face color board mounting bracket, after a construction person reaches a construction height through the bracket body, a color board is wholly hoisted and then moved to the positions of the wall body purlines, and after the bracket body and the hoisting equipment are wholly moved to a next working face, the construction person returns onto the bracket body to perform mounting of the next working face, so that the high wall face color board mounting bracket is simple and convenient in construction method, has a simplified structure, is liable to realize, meets the requirement for mounting of the whole color board, effectively guarantees the safety of the construction person under a high-altitude construction condition, realizes synchronous movement of color board hoisting equipment and lowersthe construction cost while ensuring the construction quality.

Description

technical field [0001] The invention relates to the technical field of wall color board construction, in particular to a color board installation bracket for high walls and a color board installation method. Background technique [0002] The height of the walls of workshops, factory buildings and material sheds is usually more than 20 meters, and most of them have relatively large column distances. In the prior art, the wall purlins of workshops, workshops and material sheds are made of high-frequency welded H-shaped steel, but it has a relatively thick wall thickness, so it is extremely difficult to nail on the surface. [0003] On the other hand, as a kind of steel plate with organic coating, color plate is widely used in existing high walls. In the previous construction, multiple color panels were spliced ​​sequentially on a single working surface to form a high wall on a single working surface, and then moved to the next working surface, repeating the above process , u...

AI Technical Summary

Problems solved by technology

In order to be closer to the construction plane, the step ladder is placed sideways to fit the construction surface, and the construction personnel standing on the step ladder need to drive nails sideways to the construction plane, which is difficult to construct, and it is difficult to keep the nails vertical due to lateral nailing Entering the purlins, resulting in multiple nails not in a straight line, and joints are very easy to appear at the joints, and the quality of color board installation is uneven;

[0006] 2) Most of the color panels on the construction site are hoisted to the construction height. Specifically, the hoist is placed at the bottom of the ladder, and then the color panels to be installed are lifted to the construction height through the hoist and lifting points. However, this method requires repeated lifting The color plate is less efficient, and each time the process of lifting and transporting, based on the aforementioned reasons, there are great safety hazards. The method of hoisting the color plate by a crane not only has a high construction cost, but also the hoisting process is difficult to control, and the color plate is easy to be hoisted. During the process, there is a phenomenon of folding plates; in addition, when it is necessary to move to the next working face, the hoist and lifting point need to be moved to the next working face for re-erection, which affects the construction efficiency

[0007] In view of this, the existing technology should be improved to solve the technical problems of low construction efficiency of high-wall color panels, large safety hazards, and inconvenient movement between working surfaces in the prior art

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