Inclined column steel bar positioning device

Abstract

The invention is an inclined column steel bar positioning device which comprises straight rods, an upper fixing frame, a lower fixing frame, a fixed inclined column steel bar square steel pipe, determined inclined column steel bar angle square steel pipes and a protractor. The upper and lower fixing frames are rectangular frame bodies which are formed respectively by successive interconnection of square steel pipes by use of connecting devices, and the upper and lower fixing frames are also respectively connected with the straight rods through the connecting devices to form cuboid frame structures. The determined inclined column steel bar angle square steel pipes are connected with the straight rods through the connecting devices, and the protractor is arranged on one end of the determined inclined column steel bar angle square steel pipes. The structure and size of the cuboid structures can be adjusted by a bolt sliding chute, the angle of inclination of inclined column longitudinal steel bars can be quickly determined by the protractor and the determined inclined column steel bar angle square steel pipes, the fixed inclined column steel bar square steel pipe is placed between the determined inclined column steel bar angle square steel pipes, the inclined column steel bars can be placed directly on the fixed inclined column steel bar square steel pipe for binding, and fast positioning and fixing of the inclined column steel bars can be achieved.

Description

technical field [0001] The invention relates to the field of construction engineering equipment, in particular to a positioning device for inclined column steel bars. Background technique [0002] The slanted column reinforcement at the junction of reinforced concrete beams, slabs and upper reinforced concrete slanted columns needs to be pre-buried and bound before the construction of the slanted column formwork after the concrete pouring and tamping of the beams and slabs is completed. In order to accurately determine the spatial position of the reinforced concrete slanted columns According to engineering construction requirements such as size, thickness of slanted column cover, etc., it is necessary to accurately locate the reinforcement of slanted columns. Atlas, but in actual operation, there are no instruments and equipment that can effectively locate the longitudinal reinforcement of the slanted column during the construction process. If the longitudinal reinforcement ...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is that currently there is no instrument and equipment that can effectively locate the steel bar of the inclined column in the construction process. If the steel bar of the inclined beam is not positioned accurately, it is easy to cause the spatial position and size of the building inclined column components to fail to reach the design. Requirements or component size deviations that fail to meet specifications and design requirements eventually lead to engineering quality problems

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