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    • 41. 发明专利
    • 火災防災設備及噴霧冷氣設備之帶電噴霧頭
    • 火灾防灾设备及喷雾冷气设备之带电喷雾头
    • TW201318667A
    • 2013-05-16
    • TW102101499
    • 2008-12-24
    • 報知機股份有限公司HOCHIKI CORPORATION
    • 辻利秀TSUJI, TOSHIHIDE林龍也HAYASHI, TATSUYA
    • A62C31/02
    • 火災防災設備之帶電噴灑頭從電壓施加部施加帶電電壓,將藉於水側電極部與感應電極部間施加電壓而產生之外部電場施加於在噴射過程之滅火劑,使噴射粒子帶電。帶電之噴射粒子以庫侖力附著於高溫燃燒面及燃燒材之所有面,淋濕效果大幅增大,而可提高滅火力。又,噴霧冷氣設備之帶電噴霧頭從電壓施加部施加帶電電壓,將藉於水側電極部與感應電極間施加電壓而產生之外部電場施加於在噴射過程之冷氣用水,使噴霧水帶電,而可使人體易吸附。
    • 火灾防灾设备之带电喷洒头从电压施加部施加带电电压,将藉于水侧电极部与感应电极部间施加电压而产生之外部电场施加于在喷射过程之灭火剂,使喷射粒子带电。带电之喷射粒子以库仑力附着于高温燃烧面及燃烧材之所有面,淋湿效果大幅增大,而可提高灭火力。又,喷雾冷气设备之带电喷雾头从电压施加部施加带电电压,将藉于水侧电极部与感应电极间施加电压而产生之外部电场施加于在喷射过程之冷气用水,使喷雾水带电,而可使人体易吸附。
    • 43. 外观设计
    • 熱感知器 THERMAL DETECTOR
    • 热感知器 THERMAL DETECTOR
    • TWD114315S
    • 2006-12-11
    • TW094302644
    • 2005-05-06
    • 報知機股份有限公司 HOCHIKI CORPORATION
    • 川端芳美 YOSHIMI KAWABATA
    • 【物品用途】
      本創作係有關於一種熱感知器,可供偵測熱能的變化。【創作特點】
      本創作係一種「熱感知器」之新式樣造型設計。其特徵包含有大略呈扁圓型的陶瓷薄片及電路板外觀造型(如前視圖與後視圖所示),使得本創作之整體具有簡潔、流暢的形狀效果;而且,其更包含長度約略相等的四條信號線由該電路板向外延伸,以藉由此四條信號線傳送陶瓷薄片所偵測到的熱能變化。
      由於本創作具有簡單、大方的設計效果又不致單調,使其特殊的設計手法具有視覺上的美感,已符合新式樣專利之法定要件,請 貴審查委員早日核准,實感德便。
    • 【物品用途】 本创作系有关于一种热感知器,可供侦测热能的变化。【创作特点】 本创作系一种“热感知器”之新式样造型设计。其特征包含有大略呈扁圆型的陶瓷薄片及电路板外观造型(如前视图与后视图所示),使得本创作之整体具有简洁、流畅的形状效果;而且,其更包含长度约略相等的四条信号线由该电路板向外延伸,以借由此四条信号线发送陶瓷薄片所侦测到的热能变化。 由于本创作具有简单、大方的设计效果又不致单调,使其特殊的设计手法具有视觉上的美感,已符合新式样专利之法定要件,请 贵审查委员早日核准,实感德便。
    • 48. 发明授权
    • ALARM
    • 报警
    • EP2172915B1
    • 2018-02-07
    • EP08791011.3
    • 2008-07-09
    • HOCHIKI CORPORATION
    • ASANO, Isao
    • G08B17/107
    • G08B17/107
    • An alarm unit of the invention is provided with: a light emitting section; a battery power supply; a voltage booster circuit that boosts a voltage from this battery power supply to thereby generate a boosted voltage; a light emission control section that controls the voltage booster circuit to supply, with the timing at which the boosted voltage is obtained, the boosted voltage to the light emitting section, thereby intermittently driving light emission; a light receiving section that receives light from the light emitting section having been diffused by smoke; a conversion circuit that converts a received light signal from the light receiving section into received light data; a fire hazard detection section that detects a fire hazard based on the received light data from the conversion circuit; an alarm section that outputs an alarm based on a fire hazard detection signal from the fire hazard detection section; a reference voltage circuit that generates a reference voltage for the voltage booster circuit and the conversion circuit; and a clock circuit that outputs a clock signal for operating the voltage booster circuit, the light emission control section, and the conversion circuit. Furthermore, in this alarm unit, a packaged integrated circuit is provided with: a processor circuit that realizes functions of the light emission control section and the fire hazard detection section by executing a program; the voltage booster circuit; the conversion circuit; the reference voltage circuit; the clock circuit; and a control circuit of the respective circuit sections.