Communication method and communication system based on fire hydrant boxes

Abstract

The embodiment of the invention discloses a communication method and system based on fire hydrant boxes. The system comprises a monitoring center and the plurality of fire hydrant boxes which are respectively provided with a position indication device, wherein each fire hydrant box is provided with a communication device having communication with the monitoring center. The communication method comprises the steps of using the fire hydrant boxes to acquire status information which needs to be acquired; pretreating the status information to obtain a status value; comparing the status value with an alarm value to obtain a response signal; and using the monitoring center to sent out a control command according to the response signal transmitted by the fire hydrant boxes. The position indication devices, sending devices, the communication devices and micro-processors are arranged in the traditional fire hydrant boxes, so that the indexes of water pressure, water temperature, environment temperature, flue gas and the like of the fire hydrant boxes can be monitored; the communication system is formed by the monitoring center and the plurality of fire hydrant boxes, so that the positions of the fire hydrant boxes can be accurately determined, the fire hydrant boxes are maintained to be in a normal and good condition, and the technical effects that the fire hydrant boxes are found in time in case of a fire and the fire danger is effectively eliminated can be achieved.

Description

technical field [0001] The present invention relates to the technical field of intelligent fire protection, and more specifically, relates to a communication method and system based on a fire hydrant box. Background technique [0002] With the continuous development of the national economy and the increasing number of high-rise buildings, the fire protection system is also an important system to ensure the safety of buildings. As an important part of the fire protection system, fire hydrants are key equipment to ensure fire safety. [0003] Existing fire hydrants have been left at designated locations for a long time in accordance with relevant regulations. Once a fire breaks out, firefighters need to find the location of the fire hydrants. However, because some fire hydrants are placed in hidden locations, it is inconvenient to find them, and the fire cannot be controlled in time. . Moreover, although the current fire inspections are gradually becoming regularized, manual ...

AI Technical Summary

Problems solved by technology

[0003] Existing fire hydrants have been left at designated locations for a long time in accordance with relevant regulations. Once a fire breaks out, firefighters need to find the location of the fire hydrants. However, because some fire hydrants are placed in hidden locations, it is inconvenient to find them, and the fire cannot be controlled in time.

Moreover, although the current fire inspections are gradually becoming more regular, manual inspections cannot monitor whether the fire hydrants are in good condition and whether the water pressure and other indicators meet the requirements, and cannot guarantee that the fire hydrants are in a normal state, thus missing the best time to put out the fire

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