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    • 1. 发明公开
    • 가스 자동 공급차단장치
    • 用于切断气体供应的自动装置
    • KR1020110044462A
    • 2011-04-29
    • KR1020090101147
    • 2009-10-23
    • (주)문화지엔코
    • 김기성
    • F17D5/02H01H33/00G01V1/18
    • F17D5/02F16K7/00F16K31/46F16K35/00F17D1/20F17D5/005G01V1/18H01H33/00
    • PURPOSE: A device for automatically blocking gas supply is provided to enable a user to easily recognize the state of gas since a control panel having a display window is located on a gas pipe with a valve. CONSTITUTION: A device for automatically blocking gas supply comprises a gas pipe(5), a valve, a control body, and a control panel. The valve controls the flow of gas in the gas pipe. The valve is connected to the control body through a communication line. The control body controls the valve. The control panel inputs data to the control body and displays an operation state. The control panel comprises a switch(41), an earthquake sensor(45), and a timer(47). The switch manually controls the valve. The time blocks gas supply after a predetermined time passes.
    • 目的:提供一种用于自动阻断气体供应的装置,使用户能够容易地识别气体的状态,因为具有显示窗口的控制面板位于具有阀的气体管道上。 构成:用于自动阻断气体供应的装置包括气体管道(5),阀门,控制体和控制面板。 阀控制气体管道中的气体流动。 阀通过通讯线与控制体连接。 控制体控制阀门。 控制面板将数据输入控制体并显示操作状态。 控制面板包括开关(41),地震传感器(45)和定时器(47)。 开关手动控制阀门。 在预定时间过后,时间间隔气体供应。
    • 2. 发明公开
    • 전력선의 누설전류를 이용한 씽크 홀 감지장치
    • KR20180043710A
    • 2018-04-30
    • KR20160137687
    • 2016-10-20
    • 송홍준김동규
    • SONG HONG JUNKIM DONG GYU
    • G01V1/18G01D11/16G01R31/02G01V1/22G01V3/02G08C17/02
    • G01V1/18G01D11/16G01R31/025G01V1/223G01V3/02G01V3/081G08C17/02
    • 본발명은전력선의누설전류를이용한씽크홀 감지장치에관한것으로, 트리거발진기로펄스전압을일정주기로반복발생시키며이를변조기와발진기를통해최대탐지거리 100미터인마이크로파를발진시키는마이크로파발진장치와, 마이크로파발진장치로부터발생된마이크로파를도파관(31)을통해스캐너(45)로송신하고스캐너(45)에서수신하는반사파를도파관(31)을통해수신하는기능을제어하는연산장치와, 배터리가내장된충전및 전기공급장치와, 연산장치의정보를실시간으로재난콘트롤타워로전송하는무선송신장치가내장된콘트롤박스(30)와; 바닥에볼트로고정되는고정쇠(42)가고정되고위로는받침쇠(43)가고정된고정관(41), 받침쇠(43) 위에고정되는버팀쇠(44), 버팀쇠(44) 위에고정되며는 스캐너(45)로되는레이더장치(40)와; 콘트롤박스(30)의마이크로파를스캐너(45)로전달함과아울러스캐너(45)에서수신하는반사파를콘트롤박스(30)로전달하는도파관(31)으로크게구성되며전력선(100)으로부터발생되는휴면(누설)전류를제 1 홀더(10)와제 2 홀더(20)로부터수급받아콘트롤박스(30)로전력을공급하는것을특징으로한다. 이러한본 발명은계량되는전기소모가 "0" 원이되는획기적인효과와함께실시간으로도로및 그주변에씽크홀이발생되는초기상황을인지하여대형사고를예방할수 있는유용한효과가있다.
    • 3. 发明授权
    • 지진 재난 방지용 제어 장치 및 지진 재난 방지용 지역 통합 제어 시스템
    • 防止地震发生灾害的设备和防止地震灾害的局部区域控制系统
    • KR100956789B1
    • 2010-05-10
    • KR1020090088097
    • 2009-09-17
    • (주)삼원씨앤지
    • 김중환
    • G08B21/10G08B25/00G01V1/18
    • G08B21/10G01V1/18G08B25/14
    • PURPOSE: An apparatus for preventing a disaster from an earthquake and a local area control system for preventing the disaster from the earthquake are provided to prevent a disaster due to the leakage of electricity and fuel by blocking power supplied to a building and inflammable fuel. CONSTITUTION: An earthquake detection sensor(71) senses vibration by an earthquake. An earthquake information generator(72) generates self-earthquake information. A communications unit(73) transmits the itself-earthquake information. The communications unit receives external earthquake information. An earthquake danger determination part(74) outputs the earthquake warning. A power interception unit(75) blocks a power distribution function of the distribution panel.
    • 目的:提供一种防止地震灾害的设备和用于防止地震灾害的地方控制系统,以防止由于电力和燃料的泄漏而堵塞供应给建筑物和易燃燃料的电力而造成的灾难。 构成:地震检测传感器(71)感测到地震引起的振动。 地震信息发生器(72)产生自发地震信息。 通信单元(73)发送自身地震信息。 通信单元接收外部地震信息。 地震危险判定部(74)输出地震报警。 电力截取单元(75)阻止配电盘的配电功能。
    • 4. 发明授权
    • 지진 가속도 센서의 상태 정보 제어 장치 및 방법
    • 用于控制地震加速度计状态信息的装置及其方法
    • KR101660768B1
    • 2016-09-29
    • KR1020160040381
    • 2016-04-01
    • (주)오토시스
    • 윤대원
    • G01V1/18G01V1/22G01V1/24G01K7/02G01V13/00G01R33/038G01R15/20G01P15/08G01V3/34
    • G01V1/18G01B7/16G01K7/02G01P15/0802G01R15/20G01R33/0385G01V1/22G01V1/24G01V3/34G01V13/00G01V2210/6163
    • 본발명에따른지진가속도센서의상태정보제어장치는특정코드(Code)의펄스로구성된센서상태정보요청신호를출력하는지진기록계와; 지진진동에대한전기신호를정현파신호와합성하여 AM 신호형태로출력하는변위센서가장착되고, 상기변위센서로부터출력되는신호를검파및 증폭하여추출된지진진동에대한전기신호를지진기록계로전달하는신호처리부가장착되며, 상기변위센서의하부에배치된상태에서입력된전류의세기와방향에따라자계의세기및 방향이달라져고정된영구자석에대한전자기력에의해변위센서를밀어올리거나끌어내리는교정코일이부가장착되고, 상기지진기록계로부터입력된센서상태정보요청신호와맞대응되는센서상태정보코드(Code)를교정코일에입력하여교정코일로하여금센서상태정보코드에맞춰변위센서를밀어올리거나끌어내리도록하여변위센서로하여금상태정보코드에해당하는전기신호를출력하도록함으로써변위센서와신호처리부를통해지진기록계로센서상태정보코드를전송하도록하는제1 제어수단이장착된 FBA(Force Balance Accelerometer) 타입의전자기계식지진가속도센서; 및상기변위센서의하부에배치되면서입력된전류의세기와방향에따라자계의세기및 방향이달라져고정된영구자석에대한전자기력에의해변위센서를밀어올리거나끌어내리는궤환코일을이용하여궤환코일로하여금변위센서가진동되는힘과크기는같으면서방향이반대인전자기력을발생시켜변위센서가힘의균형을이루도록함으로써변위센서가지진진동을보다정밀하게측정하도록하는밸런스(Balance) 제어부로이루어질수 있다.
    • 根据本发明的用于控制地震加速度计状态信息的装置包括:地震记录器,其输出具有特定码脉冲的传感器状态信息请求信号; 力平衡加速度计(FBA)型机电地震加速度计,其中安装有位移传感器,信号处理部分,校正线圈和第一控制单元; 以及平衡控制部,其产生具有与位移传感器的振动方向相反的方向的电磁力,以允许位移传感器精确地测量地震振动。 因此,本发明根据从地震记录器输出的校正信号的指示,将地震加速度计的状态信息传送到地震记录器。
    • 5. 发明授权
    • 시설물의 비대칭 형상을 고려한 지진계측 센서 및 이를 포함하는 지진 감시 시스템
    • 地震监测传感器和包括其的地震监测系统
    • KR101344228B1
    • 2013-12-23
    • KR1020130034377
    • 2013-03-29
    • 한국지질자원연구원
    • 선창국
    • G01V1/30G08B21/10
    • G01V1/008G01V1/18
    • The present invention relates to a seismic sensor considering the asymmetric shape of a facility, which enables an efficient earthquake response of a facility by being installed in an asymmetric facility vulnerable to an earthquake in order to rapidly measure and provide an earthquake response to a vulnerable direction to the earthquake of the facility, and a seismic monitoring system including the same. The seismic sensor installed in a facility comprises a north and south component vibration measuring device which senses north and south direction vibration signals; and an east and west component vibration measuring device which senses east and west direction vibration signals. A vibration signal sensing direction of between the north and south component vibration measuring device or the east and west component vibration measuring device is agreed with a vulnerable direction of the relevant facility. The measurement data outputted from the vibration measuring device set to the vulnerable direction is provided to as vulnerable direction data of the relevant facility. [Reference numerals] (60) Communication unit;(70) Analysis unit;(80) Display unit
    • 本发明涉及一种考虑设备不对称形状的地震传感器,其能够通过安装在易受地震的非对称设施中而对设施进行有效的地震响应,以便快速测量并提供对脆弱方向的地震响应 对该设施的地震,以及包括该地震的地震监测系统。 安装在设施中的地震传感器包括感知南北振动信号的南北振动测量装置; 东西振动测量装置,感测东西方振动信号。 北部和南部振动测量装置或东西部振动测量装置之间的振动信号传感方向与相关设施的脆弱方向一致。 将从设置为脆弱方向的振动测量装置输出的测量数据提供给相关设施的脆弱方向数据。 (附图标记)(60)通信单元;(70)分析单元;(80)显示单元
    • 6. 发明公开
    • 동바리 붕괴 자동 경보장치
    • 自动报警系统的支持
    • KR1020130128886A
    • 2013-11-27
    • KR1020120053030
    • 2012-05-18
    • 한국산업안전보건공단
    • 이우광최혁재김대용
    • G08B21/18G08B3/10G01V1/18
    • G08B21/18G01V1/18G08B3/10
    • The present invention relates to a floor post collapse automatic alarm device which generates alarm sounds by sensing a collapse risk of a floor post used in a construction site in advance and comprises; an alarm sound generating unit (20) which generates the alarm sounds when power is applied; and a slope sensing switch (10) which is installed at one side of a floor post (50) and makes so that power is supplied to the alarm sound generating unit from a power supplying unit if the floor posit slopes. The slope sensing switch comprises; a sealing container (11) of a nonconductive material which is formed into a reversed cup shape; a globular plumb (15) of a conductive material which is connected to a (+) pole of the power supplying unit with a power supplying wire (21) and is located inside the sealing container; a supporting wire (14) which is connected to the bottom of a lid (12) of the sealing container (11) and supports the globular plumb (15); a conductive plate (13) which is arranged along the lower inner wall of the sealing container (11) and is connected to a power drawing wire (22) so that the power is applied to the alarm sound generating unit (20) when the globular plumb is contacted. If the floor post slopes over a predetermined angle, the power is applied to the alarm sound generating unit and the alarm sound is generated. Therefore, a worker rapidly takes refuse and life damage according to the floor post collapse is minimized.
    • 地板倒塌自动报警装置技术领域本发明涉及一种通过预先在施工现场使用的地板桩的倒塌风险来产生报警声的地板坍塌自动报警装置,包括: 报警声产生单元,其在施加电力时产生报警声; 以及斜坡检测开关(10),其安装在地板立柱(50)的一侧,并且使得如果所述地板倾斜斜坡,则从供电单元向所述报警声产生单元供电。 斜率检测开关包括: 形成为反向杯状的非导电材料的密封容器(11); 导电材料的球状铅垂(15),其与供电线(21)的(+)极连接并位于密封容器内; 支撑线(14),其连接到密封容器(11)的盖(12)的底部并支撑球状铅垂(15); 导电板(13),其沿着所述密封容器(11)的下内壁配置并与所述电力线(22)连接,使得当所述球状体(20)被施加到所述报警声产生单元 铅垂接触。 如果地板柱倾斜预定角度,则将电力施加到报警声产生单元并产生报警声。 因此,一名工人根据地板坍塌最小化,迅速取消垃圾和人身伤害。
    • 7. 发明公开
    • 전자-음향 변환기
    • 电动传感器
    • KR1020070102468A
    • 2007-10-18
    • KR1020077007389
    • 2005-12-02
    • 아틀라스 엘렉트로닉 게엠베하
    • 부쉬라이네르
    • G10K11/00G10K11/28G10K11/20
    • H04R1/44G01H11/08G01V1/18
    • The invention relates to an electroacoustic converter for using under water, said converter comprising a reflector (11) and a hydrophone (12), especially a ceramic hollow sphere, which is axially distanced from the reflector and is arranged upstream of the reflector (11) in the sound incidence direction. The aim of the invention is to obtain a flat phase course without phase shifts, even after a flush integration into the outer skin of a boat body. To this end, a reflector ring (16) which is concentric with the hydrophone (12) is arranged upstream of the reflector (11), the inner annular wall (161) of the reflector ring being at a radial distance from the hydrophone (12). The spatial association of the hydrophone (12) and the reflector ring (16) is such that the hydrophone (12) is arranged at a pre-determined distance (h) from the front surface (162) of the reflector ring (16), opposing the reflector (11). The hydrophone can at least partially project past the front surface or be set back from the front surface (162) of the reflector ring (16).
    • 本发明涉及一种用于在水下使用的电声转换器,所述转换器包括反射器(11)和水听器(12),特别是陶瓷空心球,其与反射器轴向间隔开并设置在反射器(11)的上游, 在发声方向。 本发明的目的是即使在冲洗一体化到船体的外皮中之后获得没有相移的平面相。 为此,与水听器(12)同心的反射器环(16)设置在反射器(11)的上游,反射器环的内环形壁(161)处于与水听器(12)的径向距离 )。 水听器(12)和反射器环(16)的空间关联使得水听器(12)以与反射器环(16)的前表面(162)预定的距离(h)布置, 与反射器(11)相对。 水听器可以至少部分地突出通过前表面或从反射器环(16)的前表面(162)回退。
    • 8. 发明公开
    • 지진손상표시기
    • 地震损伤指示器
    • KR1020020063756A
    • 2002-08-05
    • KR1020010004365
    • 2001-01-30
    • 한국전력공사한국수력원자력 주식회사
    • 박동수권기주이종림
    • G01V1/00
    • G01V1/18G01V2210/1425
    • PURPOSE: A seismic damage indicator is provided to insert a bearing ball between cylindrical pillars, restrain collapsed phenomenon by the slide of the cylindrical pillars, and react as movement transmitted over the bearing ball. CONSTITUTION: A plastic or acrylic material is filled in an internal portion of the certain number of cylindrical pillars(10), and a concave ball combing groove(11) into which a bearing ball(20) is inserted is bored in the central portion of upper and lower surfaces of the cylindrical pillars(10). The ball combing groove(11) is formed at an upper side of a bottom board(30). The bearing ball(20) is combined with the ball combing groove(11) of the bottom board(30). The cylindrical pillars(10) is deposited on an upper side of the bearing ball(20). The bearing ball(20) is combined with the ball combing groove(11) formed on the upper surface of the cylindrical pillar(10), and the other cylindrical pillars(10) are successively deposited.
    • 目的:提供地震损伤指示器,用于在圆柱体之间插入轴承球,通过圆柱形支柱的滑动来抑制塌陷现象,并作为在轴承球上传递的运动作出反应。 构成:塑料或丙烯酸材料填充在一定数量的圆柱形支柱(10)的内部部分,并且凹入的球形精梳槽(11)中插入有轴承球(20),其中心部分 圆柱形支柱(10)的上表面和下表面。 球形精梳槽(11)形成在底板(30)的上侧。 轴承球(20)与底板(30)的球形精梳槽(11)组合。 圆柱体(10)沉积在承载球(20)的上侧。 轴承球(20)与形成在圆柱形支柱(10)的上表面上的球形精梳槽(11)组合,并且其它圆柱体(10)被依次沉积。
    • 9. 发明公开
    • 시추공간 탄성파 토모그래피 탐사에서의 발파시점검출방법 및 이를 이용한 검출장치
    • 探测镗孔中弹性波形地形的探测点时间的方法与装置
    • KR1020010035143A
    • 2001-05-07
    • KR1020010000054
    • 2001-01-02
    • 홍정표
    • 홍정표
    • G01V3/00
    • G01V1/44G01L5/0052G01V1/18G01V1/22G01V2200/16G01V2210/1216
    • PURPOSE: A blasting point detecting apparatus is provided to be capable of exactly detecting a blasting point of time of a blasting detonator. CONSTITUTION: A blasting machine(10) supplies a blasting signal only to a blasting detonator. A blasting pendulum weight(30) has a sensor(60) for sensing the blasting detonator and an impact generated when the blasting detonator is exploded. An elastic wave recording unit(50) is connected to the sensor(60) to receive a trigger signal and records an elastic wave according to the blasting. The blasting signal from the blasting machine(10) serves not as a trigger signal supplied to the elastic wave recording unit(50), but as a blasting signal for exploding a blasting detonator simply.
    • 目的:提供爆破点检测装置,以便能够精确地检测爆破雷管的爆破时间点。 规定:喷砂机(10)仅将爆破信号提供给爆破雷管。 爆破摆锤(30)具有用于感测爆破雷管的传感器(60)和当爆炸雷管爆炸时产生的冲击。 弹性波记录单元(50)连接到传感器(60)以接收触发信号并根据爆破记录弹性波。 来自喷砂机(10)的爆破信号不作为提供给弹性波记录单元(50)的触发信号,而是作为用于简单地爆炸爆破雷管的爆破信号。