Fire monitoring device with positioning function

Abstract

The invention discloses a fire monitoring device with a positioning function. The fire monitoring device comprises a thermal imaging mechanism and an adjusting unit, an outer protection shell is arranged on the outer side of the thermal imaging mechanism; the adjusting unit is arranged on the thermal imaging mechanism, and the adjusting unit is arranged in the outer protection shell; in the actual use process, starting and stopping of the motor can be controlled through a system program, so that the thermal imaging mechanism and the system box are driven to rotate through meshing of a second gear and a second toothed plate, heat monitoring on different positions in a limited space is achieved, and after recording of the thermal imaging mechanism, the system can carry out analysis according to the detected information and give an alarm for a local area with obvious high temperature, so that an operator can timely arrive at an alarm position to carry out troubleshooting, temperature abnormity and possible fire conditions in a limited space can be timely mastered, the initial fire can be controlled, the fire behavior is prevented from being expanded and cannot be controlled, and the effective early warning effect on the fire is achieved.

Description

technical field [0001] The invention relates to the technical field of monitoring devices, in particular to a fire monitoring device with a positioning function. Background technique [0002] As the saying goes, water and fire are merciless. In people's daily life, the probability of fires is much greater than that of floods. In today's life, the frequent occurrence of fires reflects that people's knowledge of fire warning and fire prevention is not comprehensive enough. [0003] In today's production and living process, there are too many potential safety hazards that can easily cause fires, such as fires caused by prohibited use of fire in cotton textile factories, and fires caused by excessive accumulation of combustible materials. Regular inspections in daily life can prevent these controllable fire-causing factors, but for non-controllable fire-causing factors, such as fires caused by static electricity and fires caused by lightning, they cannot be prevented in time, an...

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Problems solved by technology

[0002] As the saying goes, water and fire are merciless. In people’s daily life, the probability of fire is far greater than that of floods. In today’s life, the frequent occurrence of fires reflects people’s The popularization of fire warning knowledge and fire response knowledge is not comprehensive enough

[0003]In today's production and living process, there are too many safety hazards that are likely to cause fires, such as the illegal use of fire in the cotton textile field leading to fires, and excessive accumulation of combustible materials The above-mentioned fire-causing factors are all controllable factors. As long as people regularly check in daily life, these controllable fire-causing factors can be prevented. For non-controllable fire-causing factors, such as static electricity causing fires and lightning If a fire is caused, it cannot be prevented in time. It can only be detected quickly after the fire occurs, and the fire can be controlled in time to avoid a large-scale fire. However, the fire warning in the prior art cannot be reflected in time. The specific location of the fire occurred, but when the fire first broke out, the fire was relatively small, and the location of the fire could not be easily located only from the outside, which would delay the best time for fire control and cause the fire to further increase and become uncontrollable

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