Full-automatic fire fighting system with real-time monitoring function

Abstract

The invention discloses a full-automatic fire fighting system with a real-time monitoring function. The full-automatic fire fighting system comprises a fire fighting pipe, a plurality of spray headers, a plurality of passive automatic spray valves controlled by memory alloy pieces to open and close, a pipe water flow monitoring device with a water flow induction function, a fire fighting monitoring server and a monitoring server; the pipe water flow monitoring device induces water flow changes and gives out alarm information when the adjacent passive automatic spray valves are opened; and the fire fighting monitoring server is connected with the pipe water flow monitoring device to receive the alarm information sent by the pipe water flow monitoring device and position the pipe water flow monitoring device according to the alarm information. By means of the full-automatic fire fighting system with the real-time monitoring function, water flow in the fire fighting pipe can be monitored in real time while automatic fire fighting is achieved, an alarm is given out, the position information of the alarming position can be accurately obtained, and related persons can rapidly make a response.

Description

technical field [0001] The invention relates to the technical field of firefighting equipment, in particular to a fully automatic firefighting system with a real-time monitoring function. Background technique [0002] At present, the automatic fire alarm systems used in China are basically the regional automatic fire alarm system, the centralized fire automatic alarm system and the control center automatic fire alarm system. Its installation form is mainly distributed control mode. This kind of system is generally self-contained and self-enclosed. It cannot realize the sharing of resources and services between systems. It can only respond in the duty room inside the building. Automatically report to the city's "119" fire alarm acceptance center, which cannot reflect the specific fire location, fire intensity and other on-site conditions. The main problems that exist are as follows: [0003] 1) The fire-fighting equipment status of each key fire-fighting unit cannot be con...

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Problems solved by technology

[0003] 1) The fire-fighting equipment of each key fire-fighting unit cannot be connected to the Internet, and it often takes a long time after the fire to obtain specific information for the leadership, so that it is impossible to make reasonable arrangements for personnel evacuation and personnel scheduling

[0004] 2) All key firefighting units basically use manual management in terms of firefighting management, and various materials, files, drawings, etc. are mainly paper-based materials, which are not convenient for query and statistics in daily work

[0005] 3) The supervision and management work of the fire management department is based on the semi-automatic management mode of manual plus computer, forming data islands, data transmission bottlenecks, and low collection efficiency. etc. out of control, causing a lot of inconvenience

[0006] 4) The existing fire protection system does not have effective immediate fire protection measures for non-public places, especially for underground pipe galleries of various lines

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