Internet-of-things intelligent fire-fighting inspection system and method

Abstract

The invention provides an Internet of Things intelligent fire-fighting inspection system and method, a fire-fighting aerial ladder is carried on a fire-fighting truck, a clamping mechanism is fixed at the tail end of the fire-fighting aerial ladder, and an inspection device is clamped by the clamping mechanism; the inspection device comprises a hemispherical base and a sliding rod fixed to the upper portion of the base, a first screw rod is arranged in the sliding rod, the bottom of the first screw rod is rotationally connected with the base through a bearing, and a gap is reserved between the sliding rod and the first screw rod. When the third air cylinder or the fourth air cylinder is independently subjected to air exhaust or air injection operation, the inclination angle of the base can be adjusted; when the third inflator and the fourth inflator are simultaneously exhausted, the inclination direction of the base and the displacement of the base can be adjusted through the first motor; and when air is injected into the third air cylinder and the fourth air cylinder at the same time, the height of the camera on the sliding rod can be adjusted through the first motor, and the protective cover can be cleaned.

Description

technical field [0001] The invention relates to the field of fire protection, in particular to an Internet of Things intelligent fire inspection system and method. Background technique [0002] In the event of a fire, fire fighting is generally carried out by fire trucks through high-pressure water guns. However, when the internal situation is unknown, rashly using high-pressure water guns may cause accidents such as secondary explosions to further strengthen the fire. It will not only cause harm to the personal safety of firefighters, but also further delay the incident and further spread the fire; if the camera is placed in the fire room by drone or other mobile equipment, there will be other restrictions, no one After the drone flies in, the stability is not high enough, and the airflow generated during the combustion process and even the explosion will further reduce the stability of the drone, resulting in an unstable transmission picture, affecting observation, and eas...

AI Technical Summary

Problems solved by technology

[0002]When a fire breaks out, fire trucks generally use high-pressure water guns to extinguish fires. However, when the internal situation is unknown, rashly using high-pressure water guns may cause secondary explosions, etc. The accident further intensifies the fire. If the firefighters go up the ladder to check, it will not only endanger the personal safety of the firefighters, but also further delay the incident, which will cause the fire to spread further; if the drone or other mobile equipment Putting the camera into a fire room will have other restrictions. After the drone flies in, the stability is not high enough. The airflow generated during the combustion process and even the explosion will further reduce the stability of the drone, resulting in unstable transmission images. It will affect the observation, and it is easy to cause the UAV to fall into the fire room, causing additional losses. Other mobile equipment such as robots, due to their small mobile structure, are prone to jamming and hooking, resulting in the situation that the mobile equipment cannot be moved, and cannot be arbitrarily Changing the position of the camera stably does not protect the camera when the water gun is used for firefighting

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