不同地形下女性安全智能鞋设计与分析

Saransh Rohilla, Sannidhya Yadav, Nishant Jain
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引用次数: 2

摘要

针对妇女的犯罪持续增加。大多数犯罪都是在女性独自一人外出时发生的。本文试图开发一种智能鞋来阻止这些针对女性的暴行。这款智能鞋由放置在每只鞋中的力传感器组成。同时轻敲左鞋的背面和右鞋的左侧,如果两个力传感器都越过了阈值,每隔30秒就会向预先保存的联系人发送一个SOS信息,并提供位置坐标。为了减小误差范围,采用了两个传感器而不是一个。只有当两个传感器都超过阈值时,设备才会被触发。由于传感器的位置,该设备在所有地形上都能给出准确的结果。从而不会造成误报。两名志愿者分别在平地和斜坡上测试了鞋子。实验结果验证了所设计鞋的有效性。结果清楚地表明,该装置精度高,仅在一定参数下激活。如果一个女人有一个装置,当她遇到困难时,它会提醒她的联系人,她肯定会感到更安全,更自信。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Analysis of Smart Shoe for Women Safety in Different Terrain
Crimes committed against women are continuously increasing. Most of the crimes are committed when the woman is outside her residence and alone. In this paper an attempt has been made to develop a smart shoe to stop these atrocities against women. The Smart shoe consists of a force sensor placed in each shoe. On tapping the backside of the left shoe together with the left side of the right shoe, if the threshold is crossed by both the force sensors, an SOS message will be sent to the pre-saved contacts with the location coordinates every 30 seconds. To decrease the scope of error two sensors instead of one is used. The device will only be triggered if the threshold is crossed by both the sensors. Due to the position of the sensors the device gives accurate results in all the terrains. Thus resulting in no false alarm. Shoes were tested on level ground and on inclined ascent by two volunteers. Efficiency of the shoes designed is validated with the experimental results. The result obtained clearly shows that the device is highly accurate and only activated under certain parameters. If a woman is accompanied by a device which will alert her contacts if she is in distress, she will certainly feel safer and more confident.
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