A quality inspection and classification device for metal shaft sleeves

Abstract

The invention discloses a quality detection and classification device used for hardware shaft sleeves. The quality detection and classification device comprises a rack. A fixed support, a mounting support, an L-shaped collection plate, a supporting plate, a bracket, a pushing mechanism and a vertical frame are arranged on the rack. An arc workbench is arranged between the fixed support and the mounting support. A rotating disc and a rotating shaft are movably connected to the rack. A drive motor is arranged on the bottom face of the rack and connected with the rotating disc. A driven wheel anda division disc are arranged on the rotating shaft. A triangular guide table is arranged on the bracket. A material receiving platform is hinged between supporting plates. A supporting rod is connected between the material receiving platform and the pushing mechanism. A first storage groove and a second storage groove are formed in the L-shaped collection plate. A discharging mechanism is arranged on the vertical frame. The quality detection and classification device is novel in structure, automatic and efficient, checking is achieved one by one, operation is ordered step by step, and adaptability is high; and the proportion of unqualified hardware shaft sleeves mixed in finished hardware shaft sleeves is reduced, and the percent of pass of the finished hardware shaft sleeves is improved.

Description

Technical field [0001] The invention belongs to the technical field of hardware fittings processing, and particularly relates to a quality detection and classification device for hardware shaft sleeves. Background technique [0002] Due to various factors in the processing of hardware bushings, the processed hardware bushings may have various defects, such as uneven surface, uneven size, deviation of contour structure, etc. These defective hardware bushings The finished product is a substandard product. If unqualified products are mixed into actual production, it will bring incalculable harm. [0003] The prior art mainly uses a manipulator to grab unqualified hardware bushings in the inspection process to achieve the purpose of quality classification. However, the entire conveying device is continuously operating, and the previous hardware bushing has not been inspected, and the next hardware shaft The phenomenon that the sleeve has been skipped caused the robot to grab several ...

AI Technical Summary

Problems solved by technology

If unqualified products are mixed into actual production, it will bring immeasurable harm

[0003] In the prior art, the manipulator is mainly used to grab the unqualified metal shaft sleeves in the detection process to achieve the purpose of quality classification, but the entire conveying device is in continuous operation, and the previous hardware shaft sleeve has not been inspected, and the next hardware shaft The phenomenon that the sleeves have been skipped caused the manipulator to grab several adjacent hardware sleeves together, which contained qualified products, resulting in confusion about the quality of the finished products and affecting the overall quality of the batch of hardware sleeves.

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