摘要介绍了鞋垫式足底压力分布测量系统中压电陶瓷力传感器的设计过程。
The design process of the piezoelectric force sensor in the insole plantar pressure distribution measurement system was introduced.
结论：足底压力分布测量系统稳定、灵敏度和分辨率高、结果可靠、操作简便。
CONCLUSION: The measuring system for plantar pressure distribution has high stabilization, sensitivity and differentiability, and can be operated reliably and simply.
基于先进的足底压力分布测试系统，本文分析了6种军用鞋靴样品在穿着中速行走时的受力舒适性。
Based on advanced Volar Stress Distribution Test system, the pressure comfortability during middle-speed walking of 6 military shoes were analyzed.
介绍了鞋垫式足底压力分布测量系统中压电陶瓷力传感器的设计过程。
The design process of the piezoelectric force sensor in the insole plantar pressure distribution measurement system was introduced.
目的：研制一套足底压力分布测量系统并评价其临床应用价值。
Objective: to develop a measurement system for foot pressure and to evaluate its clinically applied value.
运用足底压力分布测试系统，以优秀女子短道速滑运动员为研究对象，获取不同速度弯道滑行过程中的足底动力学参数。
The insole kinematical data of one double-push step is obtained by using the foot-bottom pressure distribution system, Footscan Insole, from the professional inline skaters as the research object.
在综合大量文献和已有研究的基础上，系统总结了足底压力分布的研究现状与应用，指出了现有研究手段的不足，并提出了将不同研究方法、手段有机融合的新思路。
This paper summarizes the current research situations and its application. It points out the shortcoming of current methods and proposes a new idea integrating different methods and devices.
在综合大量文献和已有研究的基础上，系统总结了足底压力分布的研究现状与应用，指出了现有研究手段的不足，并提出了将不同研究方法、手段有机融合的新思路。
This paper summarizes the current research situations and its application. It points out the shortcoming of current methods and proposes a new idea integrating different methods and devices.
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