Intelligent robot for railway passenger station and operation method thereof

Abstract

The invention discloses an intelligent robot for a railway passenger station and an operation method thereof. The robot comprises a robot conductor, the bottom of the robot conductor is provided witha robot base plate, a seismic wave detector, an electric shock high-voltage generator and a storage battery, an identity card ticket reading and checking device, a tracer smoke generating device and acatching net emitter are arranged in the middle of the robot conductor, wherein mechanical arms are arranged on the shoulder part, a laser target indicating device, a remote spraying anti-riot system, a fire extinguishing bomb emitting device and a mechanical arm image recognition camera are arranged on the mechanical arms, the head part is provided with an unmanned aerial vehicle platform, a strong light dazzling device, an ultra-high pitch loudspeaker, a tracer smoke generating device outlet, a high-definition image recognition camera, a radiation temperature sensor and a high-sensitivity smoke sensor; and the unmanned aerial vehicle platform is provided with an unmanned aerial vehicle. The invention further discloses an operation method of the intelligent robot for the railway passenger station. The robot and operation method has the characteristics of finding, alarming, indicating, disposing and self-defending capability during fire disaster, earthquake and violent terrorist attack.

Description

technical field [0001] The invention relates to an intelligent robot, in particular to an intelligent robot for a railway passenger station and an operating method thereof. Background technique [0002] Intelligent robot: So far, there is no unified definition in the world. Most experts believe that an intelligent robot must have at least the following three elements: one is the sensory element, which is used to understand the state of the surrounding environment; the second is the movement element, which reacts to the outside world; Information, think out what action to take. Sensory elements include non-contact sensors capable of sensing vision, proximity, and distance, and contact sensors capable of sensing force, pressure, and touch. These elements are essentially equivalent to the five sense organs such as human eyes, nose, and ears. Their functions can be realized by using electromechanical elements such as cameras, image sensors, ultrasonic transducers, lasers, cond...

AI Technical Summary

Problems solved by technology

[0007] 1) Provide services for passengers in normal times, but have sufficient detection, identification and monitoring capabilities for emergency support incidents such as fires, earthquakes, and terrorist attacks, but lack effective disposal methods;

[0008] 2) Insufficient self-defense ability in the face of external disturbances such as violent attacks

After the violent terrorist attack at the Kunming Fire Station in 2014, the anti-riot and terrorist attack capability of the high-speed rail station building has always been the focus of the operation of the high-speed rail station building. The current high-speed rail station building relies on special police or armed police on duty for a long time, which consumes a lot of manpower

Ordinary intelligent robots have poor self-defense capabilities during violent terrorist attacks, and because the robot's action and reaction agility are far lower than humans, when a violent terrorist attack occurs, ordinary robots arrive at the scene for disposal and are easily destroyed by violent terrorists;

[0009] 3) Limited by the height and location of the robot, the robot cannot detect fires, violent terrorist attacks from a long distance, and cannot detect earthquakes in time

And when an emergency occurs and the crowd is crowded, it is difficult for the robot to reach the scene of the incident through the crowd

In addition, whether wheeled or tracked robots are restricted by elevators and stairs, it is difficult to conduct investigations across floors

And the action is relatively slow, and the speed of reaching the scene is limited. It is difficult to provide intelligence information in time for emergencies such as fires, earthquakes, and terrorist attacks.

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