Self-adapting general chamfering device for clamping sliding chute

Abstract

The invention discloses a self-adapting general chamfering device for clamping a sliding chute. The chamfering device comprises a first pressing hoop for a machine tool cutter clamping sleeve, a second pressing hoop for the machine tool cutter clamping sleeve and a slidable chamfering cutter body, wherein the first pressing hoop for the machine tool cutter clamping sleeve and the second pressing hoop for the machine tool cutter clamping sleeve are connected by virtue of a rotary center shaft so as to form a hinge-type clamping device and are provided with machine tool cutter clamping grooves; the slidable chamfering cutter body is arranged in the machine tool cutter clamping grooves; one end of the slidable chamfering cutter body is always contacted with the machine tool cutter clamping grooves, and the other end of the slidable chamfering cutter body is exposed to the exteriors of the machine tool cutter clamping grooves; the end surface of the slidable chamfering cutter body is provided with a special hard chamfering cutter which extends into a cutter chip groove and is not contacted with a machine tool cutter. The self-adapting general chamfering device is applicable to various machine tool cutters, is free from cutter replacement and working standard change during mechanical processing such as drilling, turning, milling, boring and grinding, is capable of synchronously finishing main body processing and chamfering at a step, greatly improving the processing efficiency and the product quality, and is convenient in use, reliable in structure and obvious in economic benefits.

Description

technical field [0001] The invention relates to the field of machine tool chamfering devices, in particular to a chute clamping self-adaptive universal chamfering device. Background technique [0002] At present, the processing of holes and grooves in the field of mechanical processing usually uses drill drilling, milling cutter slot milling, single-head boring and grinding machine grinding. After the above operations are completed, the original tool needs to be removed, and then Then install a tool specially used for chamfering for chamfering. This two-step process is more troublesome in the processing process. It needs to do a lot of useless work and a lot of repeated disassembly and clamping actions. The effective time cannot be fully utilized, which increases auxiliary time and labor. strength, and can not effectively improve work efficiency, the chamfering device of the conventional nested structure has the defect of insufficient versatility for different sizes and spec...

AI Technical Summary

Problems solved by technology

[0002] At present, the processing of holes and grooves in the field of mechanical processing usually uses drill drilling, milling cutter slot milling, single-head boring and grinding machine grinding. After the above operations are completed, the original tool needs to be removed, and then Then install a tool specially used for chamfering for chamfering. This two-step process is more troublesome in the processing process. It needs to do a lot of useless work and a lot of repeated disassembly and clamping actions. The effective time cannot be fully utilized, which increases auxiliary time and labor. strength, and can not effectively improve work efficiency, the chamfering device of the conventional nested structure has the defect of insufficient versatility for different sizes and specifications of the tool, and the chamfering device of different specifications can only be equipped with the tools of different sizes and specifications. There are many inconveniences in the use, management and maintenance of the chamfering device

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