Positioning method for multi-angle milling rotary clamping tool

Abstract

The invention discloses a positioning method for a multi-angle milling rotary clamping tool, and belongs to the technical field of mechanical processing tools. The multi-angle milling rotary clampingtool comprises a base, a clamp and a positioning mechanism, wherein the clamp is positioned in the base; the clamp and the base are matched with each other; the positioning mechanism is blocked between the clamp and the base; the base comprises a roller path and a base upper end surface; the roller path comprises a base roller path surface; the clamp is placed on the roller path of the base; the base roller path surface is matched with the clamp; the roller path of another base covers the clamp; a to-be-milled workpiece is placed in the clamp; the outer part of the clamp is covered by the base; the positioning mechanism is clamped between the clamp and the base to achieve the positioning effect, and the effect of regulating relative positions of the clamp and the base; and through the fixing effect of the positioning mechanism, a fixed workpiece can be regulated to rotate to different angles in the peripheral direction. The multi-angle milling rotary clamping tool can clamp a to-be-processed workpiece, does not affect surface precision of the workpiece, and realizes multi-angle processing of the workpiece.

Description

[0001] The application of the present invention is a divisional application, the application number of the parent application: 2016109597464; the name of the parent application: multi-angle milling rotary clamping tool and its operation method; the application date of the parent application: 2016-10-28. technical field [0002] The invention relates to the technical field of machining tooling, in particular to a positioning method for a multi-angle milling rotary clamping tool. Background technique [0003] In the past, when milling various angles, the workpiece was fixed on the machine table, and different angle pads were used to mill various angles, or different angle tools were ground to process different angles, so that the processing time was long and the accuracy was high. It is difficult to guarantee, the number of times of clamping is low, the efficiency is low, the symmetry of any two opposing surfaces is low, and the accuracy cannot meet the requirements. [0004] ...

AI Technical Summary

Problems solved by technology

Its shortcoming is that this patent is a technical solution for clamping hexagonal screws, and the angle of the screws still needs to be changed manually during the processing to realize the processing of the screws, and there are multiple working tools between the two adding plates. The position needs to be manually adjusted at the same time, which is labor-intensive and low in production efficiency for the milling of large workpieces

Its shortcoming is that the patent does not give too much introduction on how to support the board, and if the middle board is longer and larger, the stability of the base is required to be high, and the base is easy to break and be damaged after long-term use

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