Multi-station rotary type golf ball supporting clamp

Abstract

The invention discloses a multi-station rotary type golf ball support clamp. The multi-station rotary type golf ball support clamp comprises a working disk and a plurality of fixed clamp female die bases, and further comprises two self-centering mechanisms, the two self-centering mechanisms are symmetrically fixed on the fixed clamp female die bases, the self-centering mechanism comprises shafts,two elastic check rings and two shaft sleeves, the lower half part of shafts are provided with a section of shaft shoulder, the upper end of the shafts are provided with threads, the upper end of theshafts penetrate through holes in the bottom of the fixed clamp female die bases which is in threaded connection with the holes corresponding to the upper portion of the fixed clamp female die bases,the first shaft sleeve sleeves the shaft and the upper portion of the shaft shoulder, the movement of the first shaft sleeve is limited by the bottom of the first elastic retainer ring and the bottomof the fixed clamp female die bases, the second shaft sleeve sleeves the lower portion of the shaft, and the movement of the second shaft sleeve is limited in position by the second elastic retainer ring and the shaft shoulder. According to the clamp, the whole golf ball support circumference surface can be uniformly ground during machining, and the accuracy of ball support cylindricity machiningis improved.

Description

technical field [0001] The invention relates to a multi-station rotary golf holder fixture. Background technique [0002] Most of the existing golf holder fixtures directly process the die on the indexing work plate for centering. This design makes the ball holder and the die relatively slide instead of rolling. During secondary processing, the ball holder in the groove will not be able to rotate around its own axis due to the excessive friction coefficient, which will result in the inability to evenly grind the entire circumferential surface, resulting in unground and excessive grinding of the sides of the processed ball holder. The problem is that the processing requirements cannot be met, and the quality of the processed ball sockets is poor. Contents of the invention [0003] Based on the above problems, the present invention provides a multi-station rotary golf holder, which can ensure uniform grinding of the entire peripheral surface of the golf holder during proces...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing golf holder fixtures directly process the die on the indexing work plate for centering. This design makes the ball holder and the die relatively slide instead of rolling. During secondary processing, the ball holder in the groove will not be able to rotate around its own axis due to the excessive friction coefficient, which will result in the inability to evenly grind the entire circumferential surface, resulting in unground and excessive grinding of the sides of the processed ball holder. The problem is that the processing requirements cannot be met, and the quality of the processed ball sockets is poor.

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