Alignment detection and conveying device for shaft parts

Abstract

The invention belongs to a machining process technology device, and particularly relates to a straightening detecting and conveying device for shaft parts. The left side and the right side of a working table (12) of a hydraulic machine (9) are respectively provided with a material conveying bottom frame (1). A plurality of cylinders (10) are vertically and evenly distributed on and fixed to each material conveying bottom frame (1). The lower ends of inner cavities of spring assemblies (20) are movably connected with spring assembly lower ends (20-1) respectively. The spring assembly lower ends (20-1) are hinged and connected to the left ends of movable arms (16) through second hinged shafts (17). The left side face and the right side face of the portion, below the movable arms (16), of the hydraulic machine (9) are fixedly provided with support shaft bases (14) respectively. A support shaft (15) is fixedly arranged on each supporting shaft base (14). Two rotating supporting shafts (24) are arranged on the lower portion of an annual body of each part moving support (8) in parallel in a penetrating mode. Each rotating supporting shaft (24) is sleeved with a rotating supporting bearing (23). Two V-shaped supporting blocks (6) are correspondingly arranged on the left of the working table (12) and on the right of the working table (12). The straightening detecting and conveying device can freely determine the pressing and straightening portion, and is easy and convenient to operate, high in straightening efficiency, good in straightening effect and particularly suitable for batched production processes.

Description

technical field [0001] The invention belongs to mechanical processing technology equipment, in particular to an alignment detection and conveying device for shaft parts. Background technique [0002] There is bending deformation in the rough or heat treatment of shaft parts, and straightening treatment is often required before turning. Usually simple tooling is used with a press for straightening. If the diameter and length of the part are large, it needs to be lifted up and down and moved by driving. The operation is very inconvenient, and it is difficult to directly detect the effect of the pressure correction. It is often necessary to configure complex transmission mechanisms and control programs, the price is relatively expensive, and the scope of application is narrow. It not only requires high surface quality of the parts to be calibrated, but also cannot straighten the blank parts, and is suitable for the diameter and length specifications of the straightened parts. ...

AI Technical Summary

Problems solved by technology

Usually simple tooling is used with a press for straightening. If the diameter and length of the part are large, it needs to be lifted up and down and moved by driving. The operation is very inconvenient, and it is difficult to directly detect the effect of the pressure correction. It is often necessary to configure complex transmission mechanisms and control programs, the price is relatively expensive, and the scope of application is narrow. It not only requires high surface quality of the parts to be calibrated, but also cannot straighten the blank parts, and is suitable for the diameter and length specifications of the straightened parts. Small, requires high operator skills

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