Fire safety facility intelligent monitoring system and method

Abstract

The invention provides a fire safety facility intelligent monitoring system and method. The monitoring system comprises a fire detection alarm unit, a fire-fighting linkage control unit, and a fire-fighting remote monitoring unit, and the fire detection alarm unit is connected with the fire-fighting linkage control unit, and used for sending a fire alarm signal acquired by the fire detection alarmunit to the fire-fighting linkage control unit. The fire-fighting linkage control unit comprises a fire-fighting linkage controller, a fire-fighting electric control device, a fire-fighting electricdevice and controlled equipment which are connected in sequence, the fire-fighting linkage controller sends an electric control signal to the fire-fighting electric control device, and the fire-fighting electric control device controls the controlled equipment to act through the fire-fighting electric device. The fire-fighting remote monitoring unit is connected with the fire detection alarm unitand the fire-fighting linkage control unit through transmission equipment and is used for receiving the fire alarm signal and an equipment action signal. The operation condition of a fire safety facility can be automatically inspected, hidden dangers are eliminated, and the supervision efficiency and strength of the fire safety facility are greatly improved.

Description

technical field [0001] The invention relates to the field of fire monitoring, in particular to an intelligent monitoring system and method for fire safety facilities. Background technique [0002] In the production process of enterprises, there are many types and quantities of equipment such as security, fire protection, and production, which are extremely difficult to supervise. In the existing technology, some enterprises use manual supervision by security personnel. This will cause security personnel to have many tasks, difficult to supervise the implementation, difficult to control the progress, inaccurate statistics of results, and prone to information omissions, errors, or failure to follow up in time. It has a relatively high risk. Once a safety accident is triggered, it will cause economic and personnel losses. [0003] In addition, the management and maintenance of daily fire-fighting equipment in cities mainly rely on manual inspection and management. For fire-fig...

AI Technical Summary

Problems solved by technology

In the existing technology, some enterprises use manual supervision by security personnel. This will cause security personnel to have many tasks, difficult to supervise the implementation, difficult to control the progress, inaccurate statistics of results, and prone to information omissions, errors, or failure to follow up in time. It has a relatively high risk, once a safety accident is triggered, it will cause economic and human losses

[0003] In addition, the management and maintenance of daily fire-fighting equipment in cities mainly rely on manual inspection and management. For fire-fighting forces with a relatively limited staffing, it is difficult to guarantee, and it is also difficult to achieve real-time performance, especially when implementing large-scale fire-fighting and rescue tasks. , fire equipment management personnel are required to complete the scheduling and guarantee of equipment warehouses and fire equipment resources in the jurisdiction within a few hours, which is extremely prone to omissions, and it is difficult to provide reliable guarantees for fire rescue support work

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