Project Database

In-situ Multi-parameter Evaluation System for Smart Protective Apparel under High-speed Impact

The modern society has an increasing demand for smart protective apparel against impact from contact sports, traffic, and ballistic force etc. However, so far there has been no measuring and sensing technology available for flexible textile materials with large deformation. Based on the previous achievements by the applicants, the present project is aimed to develop a built-in and in-situ multi-parameter evaluation system to be integrated with protective apparel. By real-time obtaining and analysis of spatial and temporal distributions of strain and pressure inside protective apparel during high-speed impact loading, the system can provide information and intelligence to help train sportsmen and reduce possible injuries to human body, to timely detect injury on human body and wirelessly transmit the situation to related surgeons, and to evaluate performances of protective textiles and apparel. On one hand, the project targets developing a platform technology of smart protective apparel with a reasonable cost and ensured performance quality. On the other hand, the technology will also fill a gap in the field of high-speed impact protection as well as corresponding product market.

Project No. (ITC) ITP/007/10TP
Project Type Platform
Project Co-ordinator Prof. TAO Xiaoming
Research Institute The Hong Kong Polytechnic University
ITF Amount HK$ 8,629,000
Start Date DD/MM/YY 2010-08-02
Completion Date DD/MM/YY 2013-01-31
Related ITF Project
Sponsors
Joint Sensor Instruments (Shenzhen) Ltd
TAL Apparel Limited
高智慧科技發展(深圳)有限公司
IP Number
201210283525.1