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    • 2. 发明专利
    • 防災警報連携システム
    • JP2019003401A
    • 2019-01-10
    • JP2017117562
    • 2017-06-15
    • HOCHIKI CO
    • SHIMA YASUSHI
    • G08B27/00G08B21/10G08B29/12
    • 【課題】市町村防災無線設備などの地域防災無線設備との連携により屋内設置した警報器から緊急地震速報や津波到来などの防災情報を報知する場合の動作試験を簡単且つ適切に行うことを可能とする防災警報連携システムを提供する。【解決手段】市町村防災無線設備10から送信した緊急情報通報信号を、中継アダプタ200によりプロトコル変換して住宅24内に設置した住警器100に送信して防災情報を出力する。市町村防災無線設備10に設けた緊急情報受信装置15により例えば月1回送信される緊急地震放送の試験信号を受信した場合、中継アダプタ100によるプロトコル変換を経て住警器100に試験連動信号を送信して試験する。住警器100は試験連動信号を受信するとLEDを作動して試験防災情報を報知し、LEDの作動中に警報停止スイッチを操作すると試験防災情報の音声メッセージが報知出力される。【選択図】図1
    • 3. 发明专利
    • FIRE DETECTOR
    • JP2003196760A
    • 2003-07-11
    • JP2001395898
    • 2001-12-27
    • HOCHIKI CO
    • MAYUZUMI YOSHISATOYAMAUCHI YUKIOSHIMA YASUSHI
    • G08B17/06
    • PROBLEM TO BE SOLVED: To provide a fire detector which has high responsiveness to temperature variation due to the thermal current of a fire and can be made small. SOLUTION: This fire detector is provided with a substrate 1 the outer side of which is a thermosensitive surface for receiving the thermal current, a temperature detection element 2 for coming into thermal contact with the inner side of the substrate 1 to detect the temperature of the substrate, and a detector main body 3 which is in contact with the outer circumferential part of the inner side of the substrate 1 to form an enclosed space with the substrate and includes the temperature detection element 2 in the enclosed space. The substrate 1 has the temperature detection element 2 almost at the center of the inner side of the substrate, and has a shape and material which satisfy the relationship that a product of the thickness d of the substrate 1 and heat conductivity λ disk is not larger than 1.1×10 -4 (W/K). COPYRIGHT: (C)2003,JPO
    • 7. 发明专利
    • STAND-BY POWER SUPPLY TESTING DEVICE FOR FIRE MONITOR AND CONTROL BOARD
    • JPH0935156A
    • 1997-02-07
    • JP18379995
    • 1995-07-20
    • HOCHIKI CO
    • YUMA AKIRASHIMA YASUSHIARIKAWA MASASHIADACHI AKIO
    • G08B21/00G08B17/00G08B21/08G08B23/00
    • PROBLEM TO BE SOLVED: To surely prevent a stand-by power supply test from being executed over necessary time by forcedly ending the test after the lapse of a prescribed time from the ON of a stand-by power supply test switch in the case of executing a test by connecting a dummy load to a stand-by power supply. SOLUTION: When the ON operation of the stand-by power supply test switch 25 is detected, a power supply switching signal is outputted from an MPU 6 to a power supply switching circuit 16 to prepare an artificial AC 100V service interruption state, a test signal E3 is outputted to a stand-by power supply testing circuit 32, a dummy resistor R 16 is connected to the output of a boosting circuit 21, and a load current for testing a stand-by power supply is allowed to flow by connecting the artifical load. The output voltage of a battery 20 being tested based upon the operation of the circuit 32 is inputted to the MPU 6 and whether the output voltage is within a regulated voltage range or not is judged. At the time of detecting the ON of the switch 25, a stand-by power supply test controlling part 27 starts a timer 34, and after the lapse of prescribed time for determining the test enabled time of a stand-by power supply test, forcedly ends the stand-by power supply test.
    • 10. 发明专利
    • MOVING BODY POSITION SEARCH SYSTEM
    • JPH04302099A
    • 1992-10-26
    • JP6603991
    • 1991-03-29
    • HOCHIKI CO
    • SHIMA YASUSHI
    • G08B29/00G08B25/10H04B7/26
    • PURPOSE:To accurately search the position of a moving body by receiving a radio signal from a radio transmission equipment by a radio reception equipment provided in a prescribed position to detect the position of the moving body carrying the radio transmission equipment. CONSTITUTION:Radio signals Si and Sill emitted from output devices A(i) and A(i+1) are received and addresses of output devices A(i) and A(i+1) and monitor region information are stored in a memory when the moving body, for example, a guard passes the vicinity of output devices A(i) and A(i+1) arranged in prescribed positions of a monitor region, and the guard carries a radio transmission equipment ID. Radio signals SiA and Si+1 from the radio transmission equipment ID are received by a radio reception equipment HR provided in a prescribed position to confirm the radio transmission equipment ID. Thus, the position of the guard who patrols and guards a building, a warehouse, or the like is accurately searched.