Patrol type intelligent active fire-fighting device

Abstract

The invention relates to a patrol type intelligent active fire-fighting device, belonging to the technical field of manufacturing of fire-fighting equipment. The device provided by the invention is matched with a wireless remotely-controlled spray head installed at the corresponding place in a room. In a patrol process, when the device provided by the invention detects the condition that a fire occurs, a spray valve at the corresponding place can be remotely controlled immediately to be opened, thereby extinguishing the fire on the site; and on the other hand, an alarm is given to the relevant department through wireless signals. When fire hazards such as unextinguished butts and the like are found, a self-carried spray device can be used for extinguishing fire sources.

Description

technical field [0001] The invention relates to a patrol-type intelligent active fire-fighting device, which belongs to the technical field of fire-fighting equipment manufacturing. Background technique [0002] Existing fire-fighting technology is to install smoke ion sensor and glass bubble type water sprinkler head in the room, because the system cost is expensive, can only be applied in the more advanced buildings such as hotel, restaurant, office building. The working principle of the glass bubble sprinkler head is that when the indoor ambient temperature increases rapidly, the glass bubble filled with organic solvent will burst with the evaporation of the organic solvent in the bubble, and the fire water connected to the glass bubble will be sprayed down. , thereby inhibiting the spread of fire. This disposable device cannot cut off the water source on site, let alone automatically close the valve after the temperature drops, so after the fire is extinguished, the bro...

AI Technical Summary

Problems solved by technology

This one-time device cannot cut off the water source on site, nor can it automatically close the valve after the temperature drops. Therefore, after the fire is extinguished, the broken glass bubbles will still be sprinkled with water, and a large amount of precious water resources will be wasted.

Although this device has made progress compared with fire extinguishers (cans), its obvious defect is that it needs the ambient temperature to rise to a certain level before it can work, and it cannot report to the relevant departments; although the smoke ion sensor can actively report to the relevant departments , but there will be frequent false alarms. In addition, the smoke ion sensor itself needs to ignite a small power resistance wire when it is working, which causes energy waste and has no fire extinguishing function.

Another defect is that it is not suitable for use in unattended or even unmanaged places, such as various warehouses that exist in large numbers, shops after closing, supermarkets, etc.

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