Research progress on milli-micro Newton level forcemeasurement technology of bionic prototype

Depending on the excellent functional body structure obtained by the natural evolution, many animals have become bionic prototypes, which provide effective solutions for complex problems in the engineering field. The milli-micro Newton level force measurement technology of bionic prototype can provi...

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Autores principales:	Zheng YAN, Lixin WANG, Pan PAN
Formato:	article
Lenguaje:	ZH
Publicado:	Hebei University of Science and Technology 2021
Materias:	bionic; bionic prototype; milli-micro newton level force; locomotion characteristic; measurement technology Technology T
Acceso en línea:	https://doaj.org/article/4c51cf8687c1450296e8e698404c211b
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spelling	oai:doaj.org-article:4c51cf8687c1450296e8e698404c211b2021-11-23T07:08:47ZResearch progress on milli-micro Newton level forcemeasurement technology of bionic prototype1008-154210.7535/hbkd.2021yx03001https://doaj.org/article/4c51cf8687c1450296e8e698404c211b2021-06-01T00:00:00Zhttp://xuebao.hebust.edu.cn/hbkjdx/ch/reader/create_pdf.aspx?file_no=b202103001&flag=1&journal_https://doaj.org/toc/1008-1542Depending on the excellent functional body structure obtained by the natural evolution, many animals have become bionic prototypes, which provide effective solutions for complex problems in the engineering field. The milli-micro Newton level force measurement technology of bionic prototype can provide the necessary testing instrument for revealing the locomotion mechanical mechanism of these bionic prototypes. Starting from the excellent functional characteristic of typical bionic prototypes, the research progress of milli-micro Newton level force measurement technology for quantitative characterization of the locomotion function and material physical properties of bionic prototypes was summarized. Especially, the principle and function of force measurement system with sensor, the principle and function of centrifugal movement force measurement system and the principle and function of image processing force measurement system were analyzed. Three aspects are pointed out some important aspects that bionic prototype milli-micro Newton level force measurement technology should focus on in the future:the force measurement system with sensor should improve the dynamic response characteristicsand test accuracy, in order to accurately characterizethe motion propertyof the biomimetic prototype; the centrifugal movement force measurement system shouldpromote the accuracy of test platform speed information collection and the imagedefinition of high-speed camera, in order to accurately characterize interaction between the micro-bionic prototype and material surface;theimage processing force measurement systemshould consider how to accurately extract micro-displacement information from images, in order to improve the test precision and accuracyof the force measurement system.Zheng YANLixin WANGPan PANHebei University of Science and Technologyarticlebionic; bionic prototype; milli-micro newton level force; locomotion characteristic; measurement technologyTechnologyTZHJournal of Hebei University of Science and Technology, Vol 42, Iss 3, Pp 205-213 (2021)
institution	DOAJ
collection	DOAJ
language	ZH
topic	bionic; bionic prototype; milli-micro newton level force; locomotion characteristic; measurement technology Technology T
spellingShingle	bionic; bionic prototype; milli-micro newton level force; locomotion characteristic; measurement technology Technology T Zheng YAN Lixin WANG Pan PAN Research progress on milli-micro Newton level forcemeasurement technology of bionic prototype
description	Depending on the excellent functional body structure obtained by the natural evolution, many animals have become bionic prototypes, which provide effective solutions for complex problems in the engineering field. The milli-micro Newton level force measurement technology of bionic prototype can provide the necessary testing instrument for revealing the locomotion mechanical mechanism of these bionic prototypes. Starting from the excellent functional characteristic of typical bionic prototypes, the research progress of milli-micro Newton level force measurement technology for quantitative characterization of the locomotion function and material physical properties of bionic prototypes was summarized. Especially, the principle and function of force measurement system with sensor, the principle and function of centrifugal movement force measurement system and the principle and function of image processing force measurement system were analyzed. Three aspects are pointed out some important aspects that bionic prototype milli-micro Newton level force measurement technology should focus on in the future:the force measurement system with sensor should improve the dynamic response characteristicsand test accuracy, in order to accurately characterizethe motion propertyof the biomimetic prototype; the centrifugal movement force measurement system shouldpromote the accuracy of test platform speed information collection and the imagedefinition of high-speed camera, in order to accurately characterize interaction between the micro-bionic prototype and material surface;theimage processing force measurement systemshould consider how to accurately extract micro-displacement information from images, in order to improve the test precision and accuracyof the force measurement system.
format	article
author	Zheng YAN Lixin WANG Pan PAN
author_facet	Zheng YAN Lixin WANG Pan PAN
author_sort	Zheng YAN
title	Research progress on milli-micro Newton level forcemeasurement technology of bionic prototype
title_short	Research progress on milli-micro Newton level forcemeasurement technology of bionic prototype
title_full	Research progress on milli-micro Newton level forcemeasurement technology of bionic prototype
title_fullStr	Research progress on milli-micro Newton level forcemeasurement technology of bionic prototype
title_full_unstemmed	Research progress on milli-micro Newton level forcemeasurement technology of bionic prototype
title_sort	research progress on milli-micro newton level forcemeasurement technology of bionic prototype
publisher	Hebei University of Science and Technology
publishDate	2021
url	https://doaj.org/article/4c51cf8687c1450296e8e698404c211b
work_keys_str_mv	AT zhengyan researchprogressonmillimicronewtonlevelforcemeasurementtechnologyofbionicprototype AT lixinwang researchprogressonmillimicronewtonlevelforcemeasurementtechnologyofbionicprototype AT panpan researchprogressonmillimicronewtonlevelforcemeasurementtechnologyofbionicprototype
_version_	1718416880528523264

Research progress on milli-micro Newton level forcemeasurement technology of bionic prototype

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