Infrared step coding and decoding anti-collision system

Abstract

The invention aims at providing an infrared step coding and decoding anti-collision system which is safe to use, reliable and convenient to operate. The infrared step coding and decoding anti-collision system comprises an anti-collision controller, an infrared distance transmitter, an infrared distance receiver, an infrared station receiver, a motor controller, a braking motor, an isolation power supply, a velocity sensor and an operation panel, wherein the infrared distance transmitter, the infrared distance receiver, the infrared station receiver, the motor controller, the braking motor, the isolation power supply, the velocity sensor and the operation panel are connected with the anti-collision controller. The motor controller is connected with a power motor, the isolation power supply is connected with track direction current and the motor controller respectively, the braking motor is connected with a braking device, and the infrared station receiver is in signal connection with a plurality of infrared station transmitters.

Description

technical field [0001] The invention relates to the field of infrared anti-collision control, in particular to an infrared ladder codec anti-collision system. Background technique [0002] Infrared anti-collision control is to use the transmitting and receiving functions of the infrared transmitter and receiver to achieve the purpose of detecting the distance between objects, combined with speed detection, and through the function of the controller, to control the moving speed of the objects and avoid objects colliding with each other. [0003] For example, it is used in the field of vehicle anti-collision, especially for slide cars in tourist attractions. At present, the tube-rail slide cars in scenic spots are driven by 48V DC, which can climb slopes and turn, and the speed can reach 15-20km / h. Tourists can The speed of the vehicle is controlled by itself, and the operation is simple, but it is not equipped with an anti-collision protection system. It is difficult for tour...

AI Technical Summary

Problems solved by technology

[0003] For example, it is used in the field of vehicle anti-collision, especially for slide cars in tourist attractions. At present, the tube-rail slide cars in scenic spots are driven by 48V DC, which can climb slopes and turn, and the speed can reach 15-20km / h. Tourists can The speed of the vehicle is controlled by itself, and the operation is simple, but it is not equipped with an anti-collision protection system. It is difficult for tourists to operate the slide car to maintain a safe distance from the vehicle in front. Collisions often occur, causing injuries and causing many disputes; after the collision, the slide car body 1. The failure rate of the controller remains high, and the related equipment and facilities are seriously damaged; the instability of the track DC power supply also causes frequent failures of the controller

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