Turnover and fixed without-vertical-bar-truss aluminum formwork supporting system

Abstract

The invention discloses a turnover and fixed without-vertical-bar-truss aluminum formwork supporting system. The system comprises an beam A portion and a beam B portion; main keels I of the beam A portion are horizontally arranged up and down and are connected with vertically-arranged auxiliary keels I to form a framework structure I; the head ends and the tail ends of the main keels I which are adjacent up and down are connected through oblique supporting rods I; and an adjustable supporting base and a detachable connecting assembly are connected to the bottom and the upper portion of one endof the framework structure I correspondingly. Main keels II of the beam B portion are horizontally arranged up and down and are connected with vertically-arranged auxiliary keels II to form a framework structure II; the head ends and the tail ends of the main keels II which are adjacent up and down are connected through oblique supporting rods II; an adjustable supporting base and a detachable connecting assembly are connected to the bottom and the upper portion of one end of the framework structure II correspondingly; and the end, far away from the detachable connecting assembly, of the framework structure I is connected with the end, far away from the other detachable connecting assembly, of the framework structure II through bolts. By means of the turnover and fixed without-vertical-bar-truss aluminum formwork supporting system, fixed construction and detachable repeated use of the aluminum formwork supporting system are achieved, installation is convenient, turnover is simple, andthe environment protection and the economical effect are achieved.

Description

technical field [0001] The invention belongs to the technical field of construction machinery, and in particular relates to a turnable and stereotyped pole-free truss aluminum mold support that can realize the stereotyped construction and detachable reuse of the aluminum mold support system, which is convenient for installation, simple in turnover, and environmentally friendly and economical. system. Background technique [0002] With the increase of high-rise buildings and the improvement of building quality requirements and labor costs, traditional concrete pouring uses temporary wooden struts or steel pipes to support wooden and steel molds, and bricks and other similar materials are used to adjust the height of the struts. Excessive consumption of wood, non-environmental protection, high labor costs, material accumulation, messy construction site and long construction cycle, etc., and such struts on the construction site are easy to be knocked down or crooked, causing sa...

AI Technical Summary

Problems solved by technology

However, in the existing aluminum formwork construction process, the traditional aluminum formwork support system generally uses steel pipes and fasteners as vertical support, and some separate support rods are used as a support system after assembly, which is not only difficult to install and disassemble, but also It leads to low construction efficiency, waste of materials and man-hours, and also takes up space, and the use of steel pipes will cause messy materials on site and is not environmentally friendly

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