誤報的火警 的英文怎麼說

中文拼音 [wùbàodehuǒjǐng]
誤報的火警 英文
false alarm of fire
  • 誤 : Ⅰ名詞（錯誤） mistake; error Ⅱ動詞1 （弄錯） mistake; misunderstand 2 （耽誤） miss 3 （使受損害...
  • 報 : Ⅰ動詞1 （告知; 報告） report; declare; announce 2 （回答） reply; respond; reciprocate 3 （答謝）...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 火 : fire
  • 警 : Ⅰ動詞1 （戒備） guard against; garrison 2 （使人注意） warn; alarm Ⅱ形容詞（感覺敏銳） alert; vig...
  • 誤報 : accidental alarm
  • 火警 : fire alarm; fire police火警報警器 fire alarm; 火警燈 firewarning light; 火警系統 fire alarm syste...
  1. Unwanted alarms, caused mainly by faulty automatic alarm systems or their poor positioning, contributed to about 56. 9 per cent of the total number of fire calls

    警鐘誤鳴約占火警召喚總數的56 . 9 % ，主要是由於自動警報系統失靈或安裝位置欠佳而引致。
  2. At the same time, considering slow - varying character of fire signal, feedback cybernetic thought and holding time of fire signal is introduced into fire detecting three - layer structure realizing method in this paper. thus better reaches the aim of early warning and reducing mis - warning

    同時又考慮了火災信號的漸變特性，將控制論的反饋思想和火災信號持續時間也引入到火災探測演算法上，更好地達到了提早報警和降低誤報警的目的。
  3. Unwanted alarms, caused mainly by faulty automatic alarm systems or poor positioning of such systems, contributed to about 66 per cent of the total number of fire calls

    警鐘誤鳴約占火警召喚總數的66 % ，主要由於自動警報系統失靈或安裝位置欠佳所致。
  4. Unwanted alarms, caused mainly by faulty automatic alarm systems or poor positioning of such systems, contributed to about 66. 9 per cent of the total number of fire calls

    警鐘誤鳴約占火警召喚總數的66 . 9 % ，誤鳴原因主要是自動警報系統失靈或安裝位置欠佳。
  5. Mr leung explained that reportable occurrences under the mor system include incidents which involve damage to aircraft, injury to person ( including crew ), failure of multiple aircraft systems or equipments, false fire warning and abnormal functioning of communication system

    梁汝強解釋說，在強制事故報告制度下的需作報告事故，包括航機損壞、有人受傷（包括機組人員） 、多重飛機系統或儀器失靈、火警警報誤鳴及通訊系統失常。
  6. In addition, background noise have to be token into account. all these requires that the whole system to have higher anti - interferce properties. by adopting the technology of uv sensor, watchdog and software filters, noise is notably shielded, accordingly the system gains high performance in reliability and stabilization. this is also ensued by its self - examination function which can efficiently avoid error or miss alarm

    本系統採用紫外線火焰傳感器作為探測器，結合硬體看門狗及軟體濾波等方法，有效地屏蔽了噪聲的影響；系統穩定可靠，具有自診斷功能，可有效防止誤報和漏報，實現準確報警，並具有豐富的各種顯示和報警功能。
  7. The major task of fire detecting technology today is advance warning and reducing mis - warning. however advance warning and reducing mis - warning is just a contradiction, which brings forward higher demand for fire detecting technology

    當代火災探測技術主要解決的問題就是提早報警、降低誤報警，而提早報警和降低誤報警恰恰是一對矛盾，這對火災探測技術提出了更高的要求。
  8. Based on the principle of that whether the human behaviour is benefit to fire evacuation or not, seven input variables of training sample and one output variables were first normalized. fire reporting, fire identifying and fire extinguishing selected as the human behaviour output variables, this work has developed the 50 iterative error bar charts through 50 iterative training checkouts

    根據調查對象的各種行為是否有利於逃生的原則，首次對訓練樣本的7個輸入變量和1個輸出變量做歸一化處理，選擇了報警求助、通知他人火災信息、嘗試救火三個有代表性的行為反應為輸出變量，經50代訓練與檢驗，並對行為反應變量用50代檢驗誤差建立直方圖。
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