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Self exploratory remote monitoring system

机译:自我探索式远程监控系统

摘要

(57) [Abstract] alarm system (300) is provided with a (318) base station that acts on (302) the remote unit attached to an object or person being monitored. The remote unit (302) includes (304) a receiver for receiving navigation information satellite positioning system from a global (336). Is displayed to the system operator (338) is, and is sent to the (318) station position (324). Physiological sensor (308) determines the (344) state sensor connected to the transmitter (314) is (310) whose output is displayed on the base station or the environment. Submersion sensor (308) forms who fall detection system from a ship (300). Alternatively, the receiver (320), gives the (334) output that is inversely proportional to the separation distance between the remote unit (302) base stations and (318), which is compared with (330) limit value (328), to operate an alarm (332) when you drifting someone fell off the ship. Navigation information (324) is displayed to help to explore who fall from the ship.
机译:(57)[摘要]警报系统(300)具有(318)基站,该基站作用于(302)附接到被监视的对象或人的远程单元。远程单元(302)包括(304)接收器,用于从全球(336)接收导航信息卫星定位系统。显示给系统操作员(338),并发送到(318)站位置(324)。生理传感器(308)确定连接到发射机(314)的(344)状态传感器是(310),其输出显示在基站或环境上。浸没传感器(308)形成了来自船舶(300)的跌倒检测系统。备选地,接收器(320)将与远程单元(302)的基站和(318)之间的间隔距离成反比的(334)输出与(330)极限值(328)进行比较。当您漂流某人从船上掉下时,请操作警报器(332)。显示导航信息(324)以帮助探索谁从船上掉下来。

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