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Paper Publications
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10. 空间六支链柔顺并联纳米定位平台设计与测试,振动、测试与诊断. 2025, 45(4): 743-750+845-846.
9. 激光直接成像机靶标识别算法的设计及抗扰性能测试,中国机械工程. 2025, 36(7): 1624-1635.
8. High-NF Design and High-bandwidth Control of a Flying-focus Bionic Compliant Mechanism. 2025 IEEE International Conference on Manipulation, Manufacturing and Measurement on the Nanoscale, Changchun, China. 2025, 444-449. (Nomination for Best Application Paper Award).
7. Design and Vision-Based Calibration of a Five-Axis Precision Dispensing Machine. Micromachines. 2026, 17(1): 53.
6. Design and test of a compliant controller using piezoelectric-actuated compliant mechanisms. Smart Materials and Structures. 2026, 35(3): 035007.
5. Design and test of a robustness evaluation system for micro-vision tracking algorithms. Review of Scientific Instruments. 2025, 96(2): 023702.
Patents
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一种基于柔顺并联机构的三轴刀具伺服装置. 中国, ZL201810931177.1, 授权日期2020.06.30. 申请日期2018.08.15.
一种基于柔顺并联机构的多自由度纳米定位平台. 中国, ZL201811237325.6, 授权日期2020.07.10. 申请日期2018.10.23.
评价显微视觉测量性能的空间纳米定位与检测装置及方法. 中国, ZL201910371558.3, 授权日期2021.11.26. 申请日期2019.05.06.
空间6-RRRR柔顺并联纳米定位平台. 中国, ZL202011104710.0, 授权日期2022.05.20. 申请日期2020.10.15.
一种微纳米视觉运动追踪系统. 中国, ZL202110297951.X, 授权日期2023.01.10. 申请日期2021.03.19.
一种基于压电驱动柔顺机构的微创皮肤着色装置. 中国, ZL202111556674.6, 授权日期2023.05.23. 申请日期2021.12.17.
Published Books
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Research Projects
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10. LDI机仿生柔顺飞拍对位系统研制,技术开发委托项目,2023,
9. LDI机数字光刻精度自标定系统研制,技术开发委托项目,2024,
8. LDI机数字光刻精度自愈系统研制,技术开发委托项目,2025,
7. LDI机数字光刻质量智能检测方法研究,XXXX重点实验室开放基金,2025-2026,
6. 广东省科协青年科技人才培育项目,10万,2025-2026,
5. XXXX,技术开发委托项目,450万,2025-2027,
Ruizhou Wang
Guangdong University of Technology Tel:020-39323866
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