Inner hexagon stamping equipment of core bodies of valve cores

Abstract

The invention discloses inner hexagon stamping equipment of core bodies of valve cores, and belongs to the technical field of mechanical equipment. The stamping equipment comprises a support, the support is provided with an index plate, the index plate is provided with a plurality of assembly stations, and a feeding device, a detecting device, a punching device, a chipping removing device, a discharging device and a re-detecting device are sequentially arranged around the assembly stations in the rotation direction of the index plate. The core bodies are moved to the assembly stations through the feeding device, the index plate rotates, the detecting device detects whether the core bodies exist, then the punching device punches inner hexagons in the core bodies, the chipping removing device removes chippings generated in the inner hexagon stamping process, and finally the core bodies are discharged and collected and return to the feeding position after detected by the re-detecting device. According to the stamping equipment, rotating of the index plate, feeding of the feeding device and operating of the punching device are driven by one drive device, and control is accurate and simple.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a valve core core body punching hexagonal equipment. Background technique [0002] The valve core generally includes a core rod, a gasket and a core body. Before assembling the valve core, its components must be processed and fabricated in advance. This time the product is a core body with an inner hexagon. The purpose is to For the convenience of installation. When the core is made and processed, the punching inner hexagon is produced as the last process. Due to the lack of precision and stability of the previous equipment, the phenomenon of punching eccentricity often occurs in the processing and manufacturing project, which eventually leads to the poor quality of the product. meet the target. [0003] The traditional core punching inner hexagonal often requires manual punching, which requires a lot of labor costs, and its efficiency and product quality are also ...

AI Technical Summary

Problems solved by technology

In the production and processing of the core body, punching the inner hexagon is produced as the last process. Due to the lack of precision and stability of the previous equipment, punching eccentricity often occurs in the processing and production process, which eventually leads to poor quality of the product. up to standard

[0003] The traditional hexagonal core punching often requires manual punching, which requires a lot of labor costs, and there are man

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