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    • 1. 发明公开
    • 해상 조난신호 추적 시스템
    • 海上跟踪信号系统
    • KR1020110125332A
    • 2011-11-21
    • KR1020100044798
    • 2010-05-13
    • 지알앤디 주식회사
    • 김동진김정주
    • G08B21/02G01S5/02
    • G08B21/02G01S5/02G08B21/0269G08B21/0277
    • PURPOSE: A maritime distress signal tracking system is provided to arrange a Zigbee mesh network with a distress signal monitoring apparatus, a relay, and an automatic distress signal generation apparatus, thereby effectively transmitting and receiving the distress signal. CONSTITUTION: An automatic distress signal generation apparatus(100) comprises a water sensor detection part and a Zigbee module. The automatic distress signal generation apparatus automatically receives a distress signal including current position information of a victim. A relay(400) relays the received distress signal from the automatic distress signal generation apparatus through a Zigbee mesh network. The Zigbee module is respectively included in the automatic distress signal generation apparatus, relay, and distress signal monitoring apparatus(200). A satellite map supply part(300) supplies a satellite map to the distress signal monitoring apparatus.
    • 目的:提供一种海上遇险信号跟踪系统,用于安排具有遇险信号监测装置,继电器和自动遇险信号发生装置的Zigbee网状网络,从而有效地发送和接收遇险信号。 构成:自动遇险信号发生装置(100)包括水传感器检测部分和Zigbee模块。 自动遇险信号发生装置自动接收包括受害者的当前位置信息的遇险信号。 继电器(400)通过Zigbee网状网络从自动遇险信号发生装置中继收到的遇险信号。 Zigbee模块分别包括在自动遇险信号发生装置,中继和遇险信号监视装置(200)中。 卫星地图提供部件(300)向遇难信号监视装置提供卫星地图。
    • 5. 发明公开
    • 압축가스 자동주입 어셈블리 및 이를 이용한 구명 기구
    • 压缩气体注入装置和使用其的活化装置
    • KR1020120095526A
    • 2012-08-29
    • KR1020110014888
    • 2011-02-21
    • 지알앤디 주식회사
    • 김정주김동진
    • B63C9/19B63C9/08
    • B63C9/19B63C9/1255B63C2009/0041
    • PURPOSE: An automatic compressed gas injection assembly and a lifebelt using the same are provided to automatically expand the body of a lifebelt in emergency and to facilitate the storage and wear of the lifebelt in normal times. CONSTITUTION: An automatic compressed gas injection assembly comprises a gas storage part(130) storing compressed gas. The expansion pressure of an absorbing substrate expanded by contacting with water perforates the gas storage part to inject compressed gas. The automatic compressed gas injection assembly comprises a cylinder(150), a piston(160), and a perforating needle(170). The gas storage part is coupled to one side of the cylinder and accommodates the absorbing substrate. The piston is arranged between the gas storage part and the absorbing substrate inside the cylinder. The perforating needle perforates the gas storage part while the piston moves toward the gas storage if the absorbing substrate is expanded by the contact of water.
    • 目的:提供自动压缩气体注射组件和使用该自动压缩气体注射组件的救生带,以在紧急情况下自动扩展救生圈的身体,并在正常时间内方便储存和穿戴救生带。 构成:自动压缩气体注入组件包括储存压缩气体的气体储存部分(130)。 通过与水接触而膨胀的吸收性基材的膨胀压力使气体储存部分穿透以注入压缩气体。 自动压缩气体喷射组件包括气缸(150),活塞(160)和射针(170)。 气体存储部分联接到气缸的一侧并容纳吸收衬底。 活塞设置在气缸内的气体存储部和吸收基板之间。 如果吸收基板通过水的接触而膨胀,则活塞朝向气体储存器移动,则穿孔针穿过气体存储部分。