Disk part oblique plane point depth measuring method and device

Abstract

The invention discloses a disk part oblique plane point depth measuring method and device. The device comprises a dial gauge or a clock gauge; and the dial gauge or the clock gauge is connected with aturret of a numerical control machine tool through a magnetic gauge stand. During measurement, a surface of a disk part is selected, and the surface is located between a to-be-measured point and theturret of the numerical control machine tool; the turret is moved until the dial gauge or the clock gauge on the turret touches the selected surface, the dial gauge or the clock gauge is zeroed, and aZ-axis coordinate value of the numerical control machine tool is reset; and the turret is moved again until the dial gauge or the clock gauge on the turret touches the to-be-measured point, it is confirmed that the dial gauge or the clock gauge reads zero, and the Z-axis coordinate value of the numerical control machine tool is the depth value of the to-be-measured point at the moment. The depthof the point is rapidly measured without disassembling the disk part or using a special measuring tool.

Description

technical field [0001] The invention belongs to the field of aero-engine manufacturing, in particular to a method and a device for measuring the depth of a point on a web slope of a thin-walled disk part during machine tool processing. Background technique [0002] At present, in the manufacturing process of aero-engines, the processing of many thin-walled disk parts is involved. Some thin-walled disc-shaped parts have not yet been mass-produced during the trial manufacturing process, so special measuring tools cannot be used for testing in time, resulting in the inability to detect the depth of points on the slope of the part on the machine tool. If the part is removed from the fixture and sent to a three-coordinate instrument for testing , On the one hand, it will cause the lengthening of the production cycle of the parts. On the other hand, in the aero-engine manufacturing industry, most of the parts are thin-walled parts. During the disassembly process, if the clamping f...

AI Technical Summary

Problems solved by technology

Some thin-walled disc-shaped parts have not yet been mass-produced during the trial manufacturing process, so special measuring tools cannot be used for testing in time, resulting in the inability to detect the depth of points on the slope of the part on the machine tool. If the part is removed from the fixture and sent to a three-coordinate instrument for testing , On the one hand, it will cause the lengthening of the production cycle of the parts. On the other hand, in the aero-engine manufacturing industry, most of the parts are thin-walled parts. During the disassembly process, if the clamping force is inconsistent, it will cause the parts to be clamped and deformed. , the state of clamping changes every time, resulting in inaccurate measurement

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