Internet of things-based fire control supervisory system

Abstract

The invention relates to the technical field of fire control, and in particular relates to an internet of things-based fire control supervisory system which comprises radio frequency identification (RFID) electronic tags and RFID locating tags, wherein the RFID electronic tags are connected with a handheld RFID read-write device and a fixed RFID reading device; the RFID locating tags are connected with the fixed RFID reading device; the RFID electronic tags are respectively arranged in fire equipment in building houses and vehicle equipment of fire fighting trucks; the RFID locating tags are arranged on equipment carried about by firemen; the internet of things-based fire control supervisory system also comprises a database server which is respectively connected with the handheld RFID read-write device and the fixed RFID reading device; the database server is also connected with a system control center, a management terminal, a sensor and a black box; the system control center is connected with a building fire control supervision platform. The internet of things-based fire control supervisory system has the beneficial effects of being used for monitoring fire equipment, the fire fighting trucks, the firemen, fire fighting accesses and the like in real time, and used for recording information in real time.

Description

technical field [0001] The invention relates to the technical field of fire protection, in particular to a fire protection supervision system based on the Internet of Things. Background technique [0002] In recent years, fire accidents have occurred frequently in various parts of the country, resulting in huge property losses and heavy casualties, which seriously threaten the stability and development of society. Strengthening fire protection supervision and improving disaster resistance and relief capabilities are not only the requirements of the fire department's own development, but also the expectations and requirements of the country and the whole society for the development of fire protection. [0003] At present, the management of fire-fighting equipment is mainly based on manual inspection and manual recording. The inspection efficiency is not high, and equipment information is easily distorted due to missed inspections and false detections. The trust in on-site eq...

AI Technical Summary

Problems solved by technology

[0003] At present, the management of fire-fighting equipment is mainly based on manual inspection and manual recording. The inspection efficiency is not high, and equipment information is easily distorted due to missed inspections and false detections. The trust of on-site equipment and the supervision and management of inspectors are mere formality, which is difficult to implement. During the interval between inspections, the information about the movement and removal of fire-fighting equipment cannot be obtained in time, resulting in no equipment available for emergency rescue.

At the same time, if the fire exit is occupied or blocked during the inspection interval of the inspectors, it will cause the life passage to become the death passage in the event of a fire.

[0004] At the same time, fire extinguishers are a kind of fire-fighting equipment, and now there are more and more counterfeit and inferior fire extinguishers, which seriously interfere with the normal fire-fighting order.

[0005] In addition, when the fire truck is on duty, whether the vehicle-mounted equipment of the fire truck is in place or whether the firefighters’ personal equipment is complete must be confirmed manually, which is inefficient and cannot avoid human errors

[0006] The existing fire alarm device cannot automatically report the accurate information of the fire (such as the location of the source, the direction of spread, etc.) to the fire command center at the first time, the timeliness is poor, and there is no reliable on-site fire data information record for accident analysis after the disaster

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