首页> 外国专利> BIOMETRIC LOCATION TRACKING TERMINAL FOR FIREMAN AND CONTROL METHOD THEREOF, CAPABLE OF SAVING FIREMAN BY TRACKING LOCATION OF FIREMAN IN EMERGENCY ACCURATELY

BIOMETRIC LOCATION TRACKING TERMINAL FOR FIREMAN AND CONTROL METHOD THEREOF, CAPABLE OF SAVING FIREMAN BY TRACKING LOCATION OF FIREMAN IN EMERGENCY ACCURATELY

机译:消防员的生物计量位置跟踪终端及其控制方法,可通过紧急跟踪消防员的位置来节省消防员

摘要

PURPOSE: Biometric location tracking terminal and a control method thereof are provided to warn danger sign in advance by analyzing data including biometric information and movement of a fireman and surrounding temperature.;CONSTITUTION: An acceleration sensor(10) detects displacement of acceleration according to an oscillation signal of a micom(5). An angular velocity sensor(20) detects displacement of angular velocity according to the oscillation signal of the micom. A GPS receiver(30) detects GPS position data according to the control of the micom. A barometric pressure sensor(40) senses temperature and altitude. A biometric sensor(50) senses a bio-signal of a wearer. A memory(60) stores data detected from each sensor. An RF communication module(70) performs transmission and receiving function. The micom generates the oscillation signal periodically. The micom counts stored frequency by detecting the frequency of the oscillation signal or data of the acceleration sensor and the angular velocity. The micom transmits displacement data of the stored acceleration and angular velocity and data of the GPS receiver, the barometric pressure sensor and the biometric sensor to the RF communication module. MICOM transmits displacement data of the acceleration saved each time and angular velocity and GPS receiver, the barometric pressure sensor, and data of the biometric sensor using the RF communications module.;COPYRIGHT KIPO 2010
机译:目的:提供生物特征位置跟踪终端及其控制方法,以通过分析包括生物特征信息以及消防员的运动和周围温度的数据来提前警告危险信号;组成:加速度传感器(10)根据加速度传感器检测加速度的位移micom(5)的振荡信号。角速度传感器(20)根据微型计算机的振荡信号检测角速度的位移。 GPS接收器(30)根据微信的控制来检测GPS位置数据。气压传感器(40)感测温度和高度。生物传感器(50)感测佩戴者的生物信号。存储器(60)存储从每个传感器检测到的数据。 RF通信模块(70)执行发送和接收功能。微型计算机周期性地产生振荡信号。微型计算机通过检测振动信号的频率或加速度传感器的数据以及角速度来计数存储的频率。微型计算机将存储的加速度和角速度的位移数据以及GPS接收器,气压传感器和生物传感器的数据发送到RF通信模块。 MICOM使用RF通信模块传输每次节省的加速度和角速度的位移数据以及GPS接收器,气压传感器以及生物传感器的数据。; COPYRIGHT KIPO 2010

著录项

  • 公开/公告号KR100931137B1

    专利类型

  • 公开/公告日2009-12-10

    原文格式PDF

  • 申请/专利权人 YOON SEUNG KI;

    申请/专利号KR20090077331

  • 发明设计人 YOON SEUNG KI;

    申请日2009-08-20

  • 分类号G01S5/02;

  • 国家 KR

  • 入库时间 2022-08-21 18:33:42

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