Automatic security bottle

Abstract

The invention discloses an automatic security bottle, which comprises a bottle body, a bottle valve, a manual starting device and a nozzle. The bottle body is provided with a bottle valve; the bottle valve is connected with the manual starting device, and the manual starting device can manually open the bottle valve; Trigger temperature control element, the temperature trigger temperature control element can automatically open the bottle valve; when the bottle valve is opened, the medium in the bottle can be released through the nozzle. The invention combines the advantages of a fixed automatic fire extinguishing system and a fire extinguisher, and can be placed in or near a safety protection area in a narrow space, a high-risk facility, or a place that is difficult to access, thereby solving the problem of safety protection in a small space or a place that is difficult to access.

Description

technical field [0001] The invention relates to a safety protection device, in particular to an automatic safety bottle. Background technique [0002] In the existing fire safety protection technology, detection and protection are two relatively independent systems and equipment. The detection of fire generally adopts electronic temperature, smoke, smoke temperature, infrared and other probes. Such probes are mostly used for early detection of fires in large spaces and need to be installed at higher positions. The protective equipment adopts a fixed automatic fire extinguishing system, which has a relatively complex structure and needs to drive components such as gas cylinders and fire extinguishing control panels, and is not suitable for places or facilities in narrow spaces and inaccessible to personnel. [0003] For applications in narrow spaces and special equipment or facilities, fire extinguishers are generally used as fire extinguishing equipment. Arrange manual por...

AI Technical Summary

Problems solved by technology

Arrange manual portable fire extinguishers in places where fires may occur. When using them, they need to be manually extinguished, and cannot be sprayed automatically.

However, for places where no one is usually on duty, once a fire breaks out, it cannot be discovered and dealt with in time, and it will be difficult to deal with it after the fire expands.

For places that are inaccessible to personnel, even if it is found in time, it is difficult to quickly and effectively spray the medium to the fire place and specific location through the fire extinguisher.

[0004] Moreover, the use of fire extinguishers is limited to local local fire extinguishing, and remote control is not possible

[0005] In addition, the existing fire extinguishers cannot be inspected at any time to eliminate air leakage and pressure loss failures, making them unusable in emergencies

[0006] The existing fire detection tube type automatic fire extinguishing device has a small effective protection range and cannot be used portablely. Even if smoke is observed, manual intervention cannot be performed.

[0007] Existing safety protection equipment focuses on the detection and extinguishment of a fire, and seldom considers the abnormalities in the early stage of the fire to intervene in time

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