Device for adjusting installing parallelism and perpendicularity of components on wire cutting machine

Abstract

The invention discloses a device for adjusting installing parallelism and perpendicularity of components on a wire cutting machine. The device is used for installing first components to be installed and second components to be installed on the wire cutting machine. Adjusting screw seats with first spherical surfaces are arranged on the first components, adjusting screws with second spherical surfaces which are matched with the first spherical surfaces are arranged on the second components, then adjusting washer sets with spherical matching surfaces are arranged, the adjusting washer sets, the adjusting screws and the adjusting screw seats are compressed through compression screws, and the matching state of the first spherical surfaces and the second spherical surfaces is adjusted in the installing process, so that the positions of the first components and the positions of the second components are correspondingly adjusted to meet the requirements for the installing parallelism and the perpendicularity. The device is simple in structure. The installing surfaces of the components to be installed do not need to be secondarily or repeatedly machined in the installing process, the installing accuracy and the installing efficiency of the components to be installed on the wire cutting machine are improved, and labor intensity of relevant operators is also reduced.

Description

[0001] technical field [0002] The invention relates to a device for adjusting the parallelism and verticality of machine tool components, in particular to a device for adjusting the parallelism and verticality of components on a wire cutting machine. [0003] Background technique [0004] On some machine tools, such as wire electric discharge machine, the column of the machine tool and other components such as the mounting seat often need to be used as the installation reference of other components, so its installation accuracy greatly affects the overall machining accuracy of the machine tool. However, the size of these parts is often large, and there is often a certain deviation in the accuracy of the mounting surface during processing. When the mounting surfaces of the two parts are matched and installed, the parallelism and perpendicularity often fail to meet the specified installation requirements. phenomenon, during the installation process, the installation surfac...

AI Technical Summary

Problems solved by technology

However, the size of these parts is often large, and there is often a certain deviation in the accuracy of the mounting surface during processing. When the mounting surfaces of the two parts are matched and installed, the parallelism and perpendicularity often fail to meet the specified installation requirements. phenomenon, during the installation process, it is necessary to perform secondary processing or processing on the mounting surface, and the large size and weight of the parts bring difficulties to the secondary processing or processing, which seriously affects the installation efficiency of the machine tool and increases reduce the labor intensity of relevant operators

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