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1. (WO2018201340) IN-SITU METHOD FOR MEASURING SHAPE ERROR IN FLAT RING SURFACE

Pub. No.:    WO/2018/201340    International Application No.:    PCT/CN2017/082893
Publication Date: Fri Nov 09 00:59:59 CET 2018 International Filing Date: Thu May 04 01:59:59 CEST 2017
IPC: G01B 21/20
Applicants: DALIAN UNIVERSITY OF TECHNOLOGY
大连理工大学
Inventors: SUN, Qingchao
孙清超
LIU, Xin
刘鑫
WANG, Jue
王珏
SUN, Wei
孙伟
JIANG, Yingjie
姜英杰
SUO, Jiaqi
索嘉琪
Title: IN-SITU METHOD FOR MEASURING SHAPE ERROR IN FLAT RING SURFACE
Abstract:
An in-situ method for measuring a shape error in a flat ring surface is realized on the basis of an in-situ measurement system for measuring a shape error in a large ring surface. The in-situ measurement system comprises an orientation adjustment portion, a rotating portion, and a measurement portion. The orientation adjustment portion comprises an orientation adjustment platform (5), an orientation adjustment platform motor (4) and a connection plate (6). The rotating portion comprises a rotating indexed disk base (7) and a high precision rotating indexed disk (1). The measurement portion comprises a sensor clamp (10), a sensor holder (9), and a touch sensor (8) and a related apparatus thereof. The measurement system realizes application of a three-point method in measurement of a shape error in a flat ring surface and improves an algorithm capable of realizing application of the three-point method in in-situ measurement of a shape error in a flat ring surface, thereby realizing in-situ measurement of a shape error in a flat ring surface, greatly reducing an amount of time required for processing a small part, and mitigating an impact on precision of the part due to repeated clamping operations.