A Tool Clamping Device for Complicated Curved Surface Conformal Machining

Abstract

A cutter clamping device for the shape-following machining of a complex curved surface belongs to the field of mechanical equipment manufacturing and comprises a spindle mounting plate, shape-following springs, hanging lugs, bearings and a shape-following plate; the spindle mounting plate is provided with a spindle mounting hole and shape-following spring positioning blocks; the shape-following plate is provided with a shape-following cushion rail and cutter mounting holes; the shape-following springs are respectively fixed on the shape-following spring positioning blocks of the spindle mounting plate; the hanging lugs are respectively fixed on the shape-following springs; the shape-following plate is connected with the hanging lugs by the bearings. By applying the cutter clamping device, the aim of clamping a cutter for performing shape-following machining on the complex curved surface is realized.

Description

technical field [0001] The invention relates to a tool clamping device for complex curved surface conformal machining, in particular to a device for pressing a tool to a surface to be processed by a conformal spring to realize conformal machining, and belongs to the field of mechanical manufacturing equipment. Background technique [0002] With the development of science and technology, mechanical processing technology has been greatly improved, but assembly tongs still play an important role as an indispensable process in mechanical manufacturing, such as the assembly, maintenance, and inspection processes of mechanical products. Assembly pliers processing, and some of these processing tasks are small-scale conformal processing of existing irregular and complex curved surfaces. At present, these tasks require the fitter to process the existing curved surfaces based on experience, which will result in the processing. The accuracy of the workpiece is uncertain and the efficie...

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Problems solved by technology

[0002] With the development of science and technology, mechanical processing technology has been greatly improved, but assembly tongs still play an important role as an indispensable process in mechanical manufacturing, such as the assembly, maintenance, and inspection processes of mechanical products. Assembly pliers processing, and some of these processing tasks are small-scale conformal processing of existing irregular and complex curved surfaces. At present, these tasks require the fitter to process the existing curved surfaces based on experience, which will result in the processing. The accuracy of the workpiece is uncertain and the efficiency is very low. There is an urgent need for an efficient and accurate tool clamping device for complex curved surface contour processing. There is no such device on the market at present.

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