Integrated interface of remote-control toy and electronic game machine

Abstract

The invention relates to an integrated interface of a remote-control toy and an electronic game machine, in particular to an integrated interface capable of combining a remote-control true toy with the virtual picture of the electronic game machine. The invention adopts the technical scheme that lenses of two cameras are simultaneously aligned to an operation space through electronic equipment, the two cameras are utilized to input a front image signal and are arranged at different positions to generate the parallax effect; the absolute three-dimensional space position coordinates of a controlled subject in the controllable space can be calculated through the decoding and the calculation of the electronic equipment; a special window on an electronic screen can be synchronously provided for synchronously displaying a virtual operation space similar to the practical environment and presenting the related dynamic position of the virtual controlled subject; the minimum gyration radius value of the controlled subject is input; and the movement range of the controlled subject can be selectively set to be kept in the controllable space so that an operator can view the electronic screen and control an operation unit, and a remote-control signal output device outputs a signal to limit the controlled subject to activate in the effective controllable space.

Description

technical field [0001] The invention relates to an integrated interface of a remote control toy and an electronic game machine, in particular to an integrated interface capable of combining a remote control real toy with a virtual screen of an electronic game machine. Background technique [0002] General remote control toys are signal sending controllers made of radio, infrared or voice control devices, etc., and the receiver principle of the controlled object to control toys (such as airplanes, cars, ships, dolls, animals, etc.) or robots) to move forward, backward, turn, accelerate, decelerate, or move up and down, so as to achieve the fun of physical interaction between the operator and the toy. The toy is equipped with a power drive module and a signal receiving module to receive the transmission signal from the remote control module of the controller, so as to achieve the specified actions such as forward, backward, turning, acceleration, deceleration or up and down di...

AI Technical Summary

Problems solved by technology

[0002] General remote control toys are signal sending controllers made of radio, infrared or voice control devices, etc., and the receiver principle of the controlled object to control toys (such as airplanes, cars, ships, dolls, animals, etc.) or robots) to move forward, backward, turn, accelerate, decelerate, or move up and down, so as to achieve the fun of physical interaction between the operator and the toy. The toy is equipped with a power drive module and a signal receiving module to receive the transmission signal from the remote control module of the controller, so as to achieve the specified actions such as forward, backward, turning, acceleration, deceleration or up and down displacement of the toy, However, the transmission signal of the controller has a certain control range (receiving range), and when the toy runs beyond its control range, it will lose contact and lose control. Moreover, the controller itself cannot automatically judge the status of the front end ( such as obstacles), but rely on the operator's visual judgment, which often causes the running toy to collide with obstacles and be damaged;

[0003] Electronic game consoles, including software games on personal computers, video game consoles, or handheld game consoles, all use keyboards, buttons, mice, joysticks, or touch screens to enable the operator to interact virtually with the electronic game. In order to achieve the effect of the game, but after all, the game effect of the virtual environment is only to provide motion simulation of control input and screen output, and cannot be compared with the real situation

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