Clutch cam ring blank detection equipment

Abstract

Clutch cam ring blank detection equipment comprises a machine base, and a display device is arranged on the left side of the upper surface of the machine base; and a workbench is arranged on the rightside of the upper surface of the machine base. The upper surface of the workbench is provided with twelve flatness detection devices which are uniformly distributed in the circumferential direction.The flatness detection device comprises a fixed plate fixed on the upper surface of the workbench; a sensor fixing piece is fixed at the upper end of the fixing plate; a sensor matched with the sensorfixing piece is arranged on the sensor fixing piece; and the sensor is clamped on the sensor fixing piece through a clamping device. The clutch cam ring blank detection equipment is simple in structure, the detection cost is effectively reduced, the detection process is greatly simplified, operation becomes easy, the detection efficiency is improved, the clutch cam ring blank detection equipmentcan be matched with workers, semi-automatic operation is achieved, and the detection efficiency is guaranteed while the detection quality is guaranteed.

Description

technical field [0001] The invention relates to a blank detection device, in particular to a clutch cam ring blank detection device. Background technique [0002] The blank of the clutch cam ring is formed by hot forging, and its technological characteristics are: high production efficiency, less machining allowance required, and high efficiency of subsequent finishing. However, hot forging products are easy to deform, especially when the cam ring diameter is relatively large (about 400mm) and the wall thickness is relatively thin. If the product deformation exceeds the machining allowance, the product will be scrapped in the static processing stage. In this case, it is To improve the qualified rate of products and reduce costs, it is necessary to conduct a full inspection of the hot forging blanks of the products, and correct the secondary forging of unqualified products. The traditional detection method is to use a three-coordinate detector for detection, which requires p...

AI Technical Summary

Problems solved by technology

However, hot forging products are easy to deform, especially when the cam ring diameter is relatively large (about 400mm) and the wall thickness is relatively thin. If the product deformation exceeds the machining allowance, the product will be scrapped in the static processing stage. In this case, it is To improve the qualified rate of products and reduce costs, it is necessary to conduct a full inspection of the hot forging blanks of the products, and correct the secondary forging of unqualified products

The traditional detection method is to use a three-coordinate detector for detection, which requires professional detection personnel, and the detection efficiency is low (about 20 minutes per piece). The cost of detection equipment is high, which is not conducive to online detection of batch products. To solve the above problems, a high-efficiency and low-cost Testing equipment is imminent

Images