Automatic bending machine for machining multiple rows of reinforcing steel bars

Abstract

The invention discloses an automatic bending machine for processing multi-row steel bars, which includes a box body, a processing plate, a fixed stop rod and a sliding block. A controller is arranged inside the box body. The internal input gears are connected to each other, the output gear is connected to the rotating shaft, the processing disc is fixed on the rotating shaft, the lower end of the fixed blocking rod is connected to the box through the workbench, and the fixed blocking rod is fixed with The fixing sleeve is provided with a sliding groove on the processing disc, and the sliding block is fixedly connected with the fixing hole provided in the sliding groove through a fixing piece, and a forming shaft is arranged on the sliding block. The automatic bending machine for multi-row steel bar processing realizes the simultaneous bending of multiple steel bars. The fixed stop bar is a circular distribution structure, and the next bending operation can be performed from different angles without returning to the original position. The forming shaft passes through the The sliding block is fixed in different positions, which is suitable for bending steel bars of different specifications.

Description

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AI Technical Summary

Benefits of technology

This new design allows an autobender to process many types of metal strips automatically without having to manually adjust them or reposition each strip individually. It also includes a mechanism where the rod holding device holds up one section of wire before being used during another section of work. By placing the rod between two sections of wires instead of directly connecting them together, this technology increases production speed while reducing costs compared to previous methods. Additionally, by allowing the rod holder to hold down more than necessary parts when turning around, the overall weight becomes lighter. Overall, these technical improvements improve the performance and cost effectiveness of automobiles' manufacturing processes.

Problems solved by technology

This patented problem addressed by this newest version of Auto Bender (B) was that current machines were limited because they could only work with single-strength or multi-strand wires for each type of wire used during production. Therefore, there existed limitations when trying to process these types of materials efficiently due to their fixed shape.

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