Emotion perception interdynamic recreational apparatus

Abstract

The invention relates to an emotion perception interactive amusement apparatus that uses the inertia sensing module to sense the user's action as the input judgment of game control, and adds the physiological sensing module to sense the physiological morphological feature of heartbeat and skin as the emotion state. The emotion perception interactive amusement apparatus can unscramble the signal sensed by the inertia sensing module and the physiological sensing module to know the real-time emotion and action, and feedback to the game platform to generate the interactive entertainment effect, and it can train the coordination of user's body and control the self emotion to provide a body and mind amusement apparatus.

Description

technical field [0001] The present invention relates to an entertainment device, in particular to a device that utilizes an inertial sensing module and a physiological parameter sensing module to judge the user's emotions and actions during operation, and then feeds back to the game platform so that it can be produced with the user. The interactive entertainment effect is to train the coordination of the user's body movements and self-emotional control to provide an emotionally aware interactive entertainment device for physical and mental interaction. Background technique [0002] With the evolution of the popularity of video games, the current market has entered the era of human-computer interaction. In the current mainstream video game input devices, there are generally input interface devices such as mouse, keyboard or joystick. Therefore, the traditional human-computer interaction only relies on switches or buttons set on the mouse, keyboard or joystick. . [0003] Ho...

AI Technical Summary

Problems solved by technology

However, the input device 10 uses optics or rolling balls to sense the movement of the hand, so it can only be operated on a plane, so that the scope of use is limited to the mouse of the computer 102

In addition, since the device 10 cannot be manipulated in space, it cannot be applied to 3D interactive video games

[0008] To sum up, the human-computer interaction control methods in the prior art seldom take into account the physiological and emotional parameters of the human body and integrate the movements and games of the limbs in the space for interactive operation. Therefore, an emotion-sensing interactive entertainment device is urgently needed To solve the shortcomings of the existing technology

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