Site disposal robot for coping safety risk accidents in plane zone scale

Abstract

The invention discloses a site disposal robot for coping safety risk accidents in a plane zone scale. The robot comprises a wheel type electric driving chassis, an electric control rotating cavity body, a fire extinguisher, a smoke bucket, a power device, a fire or smoke switchable spraying device, an electric shock steel fork device, a power grid capturing device, a full view video monitoring device and a center control device. The robot can freely move in the plane zone through autonomous identification or remote operation, and has the immediately site disposal ability of limiting criminal suspect, quickly extinguishing, and protecting the protective zone, and others; the robot also can treat unauthorized invasion, stealing or robbery, outburst fire disaster and other conditions at the same time; the robot is low in cost, safe and reliable in use, and convenient to batch production and application; the robot applies the immediate site disposal method to the risk accidents, and remove potential hidden troubles first time, minimize the personal injury or property loss. The site disposal robot can be applied to residence, small office zone, warehouse, financial institution, and other plane zone scale.

Description

technical field [0001] The invention relates to a robot, in particular to an on-site disposal robot used to deal with safety risk events within a plane area. Background technique [0002] In daily life, flat areas such as residences, small office areas, warehouses, and financial institutions are often not open to the public. Security risk events in these places mainly include crimes such as intrusion, theft, robbery, and accidents such as sudden fires. event. [0003] For criminal incidents such as intrusion, theft and robbery, the traditional indoor security monitoring and alarm system is mainly implemented by installing fixed cameras, intrusion detectors and remote alarms. For unexpected events such as sudden fires, the focus of traditional fire alarm systems and fire extinguishing systems is also on detection, perception and alarm. In addition to starting auxiliary fire extinguishing schemes such as spraying, other relevant disposals that play a decisive role still need ...

AI Technical Summary

Problems solved by technology

[0004] For safety risk events within a flat area, the traditional security monitoring and alarm system, fire alarm system and fire extinguishing system have the following disadvantages in their response and processing methods: First, the above-mentioned systems will take up a lot of manpower and material resources, not only because The system leads to the need to invest in and build three sets of systems in flat areas. More importantly, the above-mentioned systems are only a type of alarm device in essence, and still need to be equipped with a large number of on-duty and disposal personnel to eliminate safety risks; secondly, the above-mentioned systems are due to Lack of on-site immediate means of disposal, so the response to risk events is slow, which may delay the timing of disposal, and even lead to serious consequences that are irreparable

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