消防水炮的構造與功能
來源：http://www.xintli.net/ 日期：2022-10-26
消防水炮由前段探測、火焰定位、信息處理、終端顯示、記錄報警、聯動撲救等幾部分組成。下面
川消小編為您講解更多！
The fire water monitor is composed of front section detection, flame positioning, information processing, terminal display, recording alarm, linkage firefighting, etc. Now let's talk more about it!
前段探測：它采用雙波段感火焰探測技術，具有同時獲取現場火災信息和圖像信息的功能。可根據火災在燃燒過程中的光譜、色度、紋理、運動及頻譜特性，通過控制中心對其傳送來的信號進行職能化火災判斷，可以準確識別火災并報警。
Front section detection: it adopts dual band flame detection technology, and has the function of acquiring on-site fire information and image information at the same time. According to the spectrum, chromaticity, texture, movement and spectrum characteristics of the fire in the combustion process, the control center can conduct functional fire judgment on the signal transmitted by the control center, so as to accurately identify the fire and give an alarm.
火焰定位：火焰探測器在巡檢過程中一旦發現火情，立即發出報警信息，計算機在接受報警信號并經過系統確認后，由功率驅動模塊控制消防水炮的水平電機和俯仰電機作旋轉運動，消防水炮噴頭帶動火焰定位器進行水平方向和俯仰方向的火焰搜索。
Flame positioning: once the flame detector finds a fire during patrol inspection, it will immediately send an alarm message. After the computer receives the alarm signal and the system confirms it, the power drive module will control the horizontal motor and pitch motor of the fire monitor to rotate. The nozzle of the fire monitor will lead the flame locator to search the flame in the horizontal and pitch directions.
信息處理：信息處理主機是消防水炮系統的技術核心部分和集中控制部分，可對雙波段攝像機采集的視頻信號進行巡檢，可控制數百路視頻圖像信號。主機利用火災監控軟件來處理火災報警信號，進行再確認。并對經確認的火災信號進行記錄、顯示及自動控制聯動設備﹝警鈴、水泵、錄像機等﹞。系統報警響應時間一般不大于20秒。
Information processing: The information processing host is the technical core and centralized control part of the fire water monitor system. It can patrol the video signals collected by dual band cameras and control hundreds of video image signals. The host uses the fire safety monitoring software to process the fire alarm signal for reconfirmation. The confirmed fire signal shall be recorded, displayed and the linkage equipment (alarm bell, water pump, video recorder, etc.) shall be automatically controlled. The system alarm response time is generally not more than 20 seconds.
終端顯示：顯示器設在消防控制中心，可以將整個建筑物分成多幅建筑平面圖存放在主機的硬盤中，探測器也按實際位置標注在建筑平面圖中。
Terminal display: the display is set in the fire control center, which can divide the whole building into several building plans and store them in the hard disk of the host computer. The detector is also marked in the building plan according to the actual location.
記錄報警：由于消防水炮主機采用工業計算機，信息處理能力大幅度提高，可對各種數據進行的管理控制，包括系統運行記錄。
Record alarm: because the host of the fire water monitor is an industrial computer, the information processing capacity is greatly improved, and various data can be efficiently managed and controlled, including system operation records.
聯動撲救：聯動撲救是通過聯動模塊完成的，連動模塊負責滅火設備與主機之間的協同工作，對主機的各種命令作出及時響應。
Linkage fire fighting: Linkage fire fighting is completed through linkage module, which is responsible for the cooperation between fire extinguishing equipment and host and responds to various commands of host in a timely manner.
In the process of fire fighting, the work of each component of the system is coordinated, interactive and complementary. If you have any questions, please come to our website http://www.xintli.net Consult together!
