Multi-linkage monitoring fire-fighting device suitable for field scene and monitoring method

Abstract

The invention discloses a multi-linkage monitoring fire-fighting device suitable for field scenes and a monitoring method. The fire-fighting device comprises a two-dimensional steering engine, a system cabinet is arranged on one side of the two-dimensional steering engine, a water tank is arranged behind the two-dimensional steering engine, and an infrared temperature sensor, a laser lamp alarm and a water jet nozzle are arranged at the top end of the two-dimensional steering engine in parallel through a support; a gas sensor is located behind the water jet nozzle, the water jet nozzle is connected with a water pump at the bottom in the water tank through a pipeline, and the liquid level sensor is arranged near the bottom in the water tank; and the infrared temperature measurement sensor and the air quality sensor are combined together through the device, the alarm accuracy and the alarm precision are improved through data in multiple aspects, the automatic monitoring mode can screen out measurement points where high temperature is more likely to be generated through multiple times of circulating monitoring, and through a serial port, a user can access and store the temperature values of all temperature measuring points in the equipment. The multi-linkage monitoring fire-fighting device integrate the fire-fighting full functions of monitoring, alarming and sprinkling cooling, and provide the fire-fighting linkage monitoring device and the fire-fighting linkage monitoring method which are high in sensitivity, real-time in monitoring, efficient and safe.

Description

technical field [0001] The invention relates to the technical field of microprocessor control and fire protection, in particular to a multi-chain monitoring fire protection device and a monitoring method suitable for field scenes. Background technique [0002] The development of microprocessor control technology in the fire-fighting neighborhood has gradually become clear, and related technologies such as embedded fire alarms and unmanned aerial vehicle early-warning fire-fighting are also developing vigorously. For example, the data acquisition and transmission device of the fire protection system based on embedded Linux has established a protocol analysis model by using deterministic finite automata, successfully separated the protocol data frame format from the analysis program, and realized the configurability of multi-protocol conversion. It can realize the protocol conversion and transmission between more than ten kinds of fire automatic alarm systems with different pr...

AI Technical Summary

Problems solved by technology

The automatic fire alarm and fire extinguishing systems in cities and large factories have been perfectly applied, but field operations do not have the conditions to install complete fire protection facilities such as fire pumps, alarm valve groups, high-level fire water tanks, and fire linkage controllers. Carrying a fire extinguisher, storing water sources, and manually guarding these simple measures for early warning and fire fighting; however, due to the inadequate fire prevention treatment of the prefab materials used in field work, and in the dry and hot specific production and working environment in the field, fires are more likely to occur, how to do it in the field? It is extremely important to limit the incipient fire in the environment

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