A limit device for rolling cage machine

Abstract

The invention discloses a limit device for a rolling cage machine in the technical field of tooling equipment, which includes a mounting base, a rotating supporting device is fixedly installed on the left end of the top of the mounting base, and a rotating shaft on the left side of the rotating supporting device The drive motor is connected to the drive motor through a belt, and the drive motor is fixed on the installation base. The right end of the installation base is slidingly connected to the limit device, and the control device is fixedly installed on the side wall of the limit device. The rotating support device There is also a reinforcement cage supporting assembly installed between the limit device and the present invention, by installing a displacement sensor in the limit ring, when the two groups of steel bars are in the docking process, by reading the data on the displacement sensor, thereby minimizing the two The gap error that occurs during the butt joint process of the steel cages ensures the welding accuracy of the steel cages, which has high production efficiency, low labor costs, and high production efficiency of the steel cages.

Description

technical field [0001] The invention discloses a limit device for a rolling cage machine, and specifically belongs to the technical field of tooling equipment. Background technique [0002] At present, in pile foundation construction, manual processing of steel cages is generally used, which is relatively low in construction efficiency and difficult to control the processing quality of steel cages. In order to ensure the processing quality and improve the processing efficiency of steel cages, some projects have gradually begun to use rolling cage machines. Steel cage. In the actual welding of the rolling cage machine, the end of the main reinforcement in the steel cage is at the required end face position. This visual inspection method has the disadvantage that all the steel bars of the steel cage after production cannot be guaranteed to be in the required position, resulting in the subsequent splicing of the steel cage. The gap error is very large, and it needs to be pre-a...

AI Technical Summary

Problems solved by technology

[0002] At present, in pile foundation construction, manual processing of steel cages is generally used, which is relatively low in construction efficiency and difficult to control the processing quality of steel cages. In order to ensure the processing quality and improve the processing efficiency of steel cages, some projects have gradually begun to use rolling cage machines. Steel cage

In the actual welding of the rolling cage machine, the end of the main reinforcement in the steel cage is at the required end face position. This visual inspection method has the disadvantage that all the steel bars of the steel cage after production cannot be guaranteed to be in the required position, resulting in the subsequent splicing of the steel cage. The gap error is very large, and it needs to be pre-assembled on site, most of which need to be reworked and aligned, and the splicing on the construction site is extremely difficult and takes a long time, which restricts on-site construction and reduces construction efficiency

Therefore, manually aligning the ends of steel bars has low production quality, high rework rate, and low production efficiency, which often affects the progress of the next process, affects the construction period, consumes time and effort, and increases labor costs.

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