Adjustable longitudinal reinforcement bracket of variable-helix and continuous-hooped steel reinforcement framework forming machine

Abstract

The invention discloses an adjustable longitudinal reinforcement bracket of a variable-helix and continuous-hooped steel reinforcement framework forming machine. The bracket is mounted on a rail of the steel reinforcement framework forming machine and consists of a walking frame, and walking wheels, which are matched with the rail of the steel reinforcement framework forming machine so as to form moving pairs, and a plurality of supporting forks which are used for supporting longitudinal reinforcements are arranged on the walking frame; the walking frame is L-shaped or U-shaped, the vertical edge of the walking frame is connected with the supporting forks, and the two ends of the horizontal edge are connected with the walking wheels; the walking frame is further provided with a slideway, and the supporting forks are fixedly arranged on the walking frame through bolts after the positions of the supporting forks on the slideway are adjusted. The bracket is simple in structure, can be used for supporting the longitudinal reinforcements so as to enable the longitudinal reinforcements to keep original straightness, and can also be used for adjusting longitudinal reinforcement arrangement conditions.

Description

Technical field [0001] The invention belongs to the technical field of reinforcement frame forming construction in the construction industry, and particularly relates to a longitudinal reinforcement and adjustment device of a stirrup box of a reinforcement frame forming machine. Background technique [0002] Reinforcement skeleton forming uses a special seam welding machine to weld multiple circular or square longitudinal reinforcements and spiral stirrups wound on the longitudinal reinforcement. When the reinforcement skeleton is formed, a drive system is required to drive the entire longitudinal reinforcement and the formed skeleton The relative traction system rotates to realize the winding of the stirrups on the longitudinal bars. This forming method has improved the mechanization level of the steel skeleton forming to a certain extent, but there is still a gap with the energy-saving and environmentally-friendly production process advocated by the country, and for different sp...

AI Technical Summary

Problems solved by technology

Due to the long longitudinal ribs, the longitudinal ribs at the back of the stirrup box are prone to sagging deformation, and at the same time, the free longitudinal ribs on the rear side will be offset due to the skeleton formation of the front longitudinal ribs, resulting in the stirrups The box cannot work normally, which affects the forming quality of the steel skeleton

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