Binding operating mechanism for reinforcement cage of beam column of building

Abstract

The invention discloses a binding operating mechanism for a reinforcement cage of a beam column of a building. The mechanism comprises a main reinforcement positioning rack for positioning a positionof a main reinforcement and a plurality of stirrup suspension brackets matched with the main reinforcing positioning rack for supporting and suspending stirrups. The stirrups of an appointed quantityare suspended between adjacent two supporting and positioning mechanisms by means of the stirrup suspension brackets, a first main reinforcement is inserted into a space between the bottom of a suspending main rod and a reinforcement cage bearing rod and then the stirrup suspension brackets are taken out from the main reinforcement positioning rack, so that the stirrups fall onto the reinforcementcage bearing rod. Large equipment for assistance is not needed through the first main reinforcement for supporting the reinforcement cage horizontally by the reinforcement cage bearing rod and the stirrups arranged out of the first main reinforcement in a sleeving manner. Limited by a positioning rod and the stirrups, the position of the main reinforcement is further positioned, so that the arranging positions among the main reinforcements are reliable and accurate without being calibrated. The positioning rod falls off by extracting a positioning rod supporting part. One supporting and positioning mechanism only needs one positioning rod to position the rest of main reinforcements besides the first reinforcement.

Description

technical field [0001] The invention belongs to the technical field of steel cage binding, and in particular relates to an operating mechanism for building beam and column steel cage binding. Background technique [0002] At present, the pile foundation is extremely critical in various construction projects, and the production quality and production efficiency of the pile foundation reinforcement cage are important factors affecting the construction quality and progress of the pile foundation. Composition, the reinforcement cage plays a very important role in the stability of the main project. At the present stage, in the process of on-site production of the reinforcement cage for construction, it is often faced with unreliable spacing between the main reinforcements, complicated position calibration, and large errors. Accurate arrangement is required, which will cause uneven stress and affect the later buildings. At the same time, when arranging the main reinforcement of th...

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Problems solved by technology

[0002] At present, the pile foundation is extremely critical in various construction projects, and the production quality and production efficiency of the pile foundation reinforcement cage are important factors affecting the construction quality and progress of the pile foundation. Composition, the reinforcement cage plays a very important role in the stability of the main project. At the present stage, in the process of on-site production of the reinforcement cage for construction, it is often faced with unreliable spacing between the main reinforcements, complicated position calibration, and large errors. Accurate arrangement is required, which will cause uneven stress and affect the later buildings. At the same time, when arranging the main reinforcement of the reinforcement cage, set the stirrups outside the main reinforcement of the reinforcement cage, and mark the stirrups with chalk on the erected main reinforcement. According to the position line of the marked stirrup, move the set stirrup up, and bind the stirrup and the main bar from top to bottom. Because the main bar is relatively heavy and long, it will make the steel cage The process is very complicated and consumes manpower and material resources, which makes the production of steel cages take too long, which will affect the construction period

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