Purpose

Fall detection is a primary necessity for elderly people with medically tested nervous problems. This paper aims important to detect fall and prevent fatal injuries and untreated attention for long hours.

Design/methodology/approach

The project is focused on developing a smart shoe with force-sensitive resistors placed at plantar pressure points to detect fall. This could draw immediate medical attention to the patient. The device is developed using sensors, microcontroller and accelerometer integrated into a compact module. A rule-based detection algorithm helps in transmitting the alert to an Internet of Things device when a fall is detected.

Findings

Based on the pressure applied, there is a change in resistive value of force sensitivity resistor. When it reaches the threshold value, fall gets detected and alert gets triggered through telegram bot with latitude and longitude details of the location.

Originality/value

The challenge in developing this device is to make it wearable reducing the overall hardware complexity. The entire module placed inside the sole of the shoe avoids inconvenience to the patients.

中文翻译：

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支持无线物联网设备的跌倒检测智能鞋

目的

跌倒检测是患有医学测试神经问题的老年人的主要必要条件。本文旨在检测跌倒并防止致命伤害和长时间未经治疗的注意力。

设计/方法/方法

该项目的重点是开发一种智能鞋，在足底压力点放置力敏电阻以检测跌倒。这可能会立即引起对患者的医疗关注。该设备是使用集成在一个紧凑模块中的传感器、微控制器和加速度计开发的。当检测到跌倒时，基于规则的检测算法有助于将警报传输到物联网设备。

发现

根据施加的压力，力敏电阻的电阻值会发生变化。当它达到阈值时，会检测到跌倒并通过电报机器人触发警报，其中包含该位置的经纬度详细信息。

原创性/价值

开发该设备的挑战在于使其可穿戴，从而降低整体硬件复杂性。整个模块置于鞋底内，避免给患者带来不便。