Safety control method for dark riding interactive game

Abstract

The invention discloses a safety control method for a dark riding interactive game. An infrared camera, a depth sensor, an infrared photoelectric counter, a weight detector, a high-frequency radar sensor, a game process prompting robot and a fire-fighting linkage system are installed on a dark riding rail car, and a pulse sensor is installed at the outer side end of a prop gun handle; a main control system in the game process prompting robot comprises a data acquisition unit, a data analysis unit, a database unit, a signal output unit and an interaction unit; and signal output ends of the depth sensor, the high-frequency radar sensor, the infrared camera, the infrared photoelectric counter, the weight detector and the pulse sensor are respectively connected with six signal input ends of the main control system through signal lines, and a signal output end of the main control system is connected with a signal input end of the control system of the dark riding rail car through a signal line. According to the invention, better interaction between the player and the game is realized, and the safety of the player is ensured on the premise of achieving a better game effect. The method has a good application prospect.

Description

technical field [0001] The invention relates to the technical field of interactive game security applications, in particular to a security control method for dark ride interactive games. Background technique [0002] The dark ride interactive game is a game that can fully enhance the player's sense of body. Its main structure includes a dark ride rail car (swing amusement rail car) based on multiple electric cylinders to drive the body to move up, down, left, and right in various directions, 3D demonstration equipment and game operation equipment (such as game process control toy guns that can emit photoelectric signals ), etc., all equipment is located indoors. In the game, the room is in a dark state, one or more players are sitting in the dark riding rail car, the dark riding rail car can drive to the corresponding position on the track, the indoor 3D screen plays the game process in real time, and then multiple players According to the different roles played in the gam...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the drawbacks of the existing dark riding interactive shooting games, which cannot effectively guarantee the safety of players due to the limitations of the hardware device structure and technology used, as mentioned in the background, the present invention provides a pulse sensor used to collect data during the player's game process. The pulse data of the player is collected by infrared cameras, infrared photoelectric counters and body weight detectors, etc. to collect the player's facial expression data, body movement data, and player number, weight data, etc. on the dark riding rail car. Input to the data analysis unit, after the data analysis unit is processed and identified based on artificial intelligence deep learning AI technology, under the joint action of other application units, the signal output unit that can control the main control system in real time is input to the control system on the dark riding rail car The magnitude of the voltage signal, and then the control system can adaptively adjust the voltage output to multiple electric cylinders, and appropriately control the body of the dark riding rail car to move up and down, left and right, ensuring better interaction between players and games, and better games Under the premise of the effect, and to ensure the safety of the player, it also has an interactive unit, which can give the player safety reminders in real time according to various situations of the player during the game process, and can give the player safety reminders in the event of a fire or a car body collision. Effective disposal at the first time, a safety control method for dark riding interactive games that fully achieves a good safety effect

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