Interactive system and interactive method

Abstract

This invention discloses an interactive system and method. The interactive method includes: establishing multiple contextual levels and multiple feedback parameter combinations corresponding to the multiple contextual levels; loading one of the contextual levels; continuously monitoring and transmitting a user's real-time physiological signal; analyzing and recording the real-time physiological signal to establish a normal physiological signal; issuing at least one real-time feedback based on the feedback parameter combination corresponding to the contextual level; determining whether there is a difference between the real-time physiological signal and the normal physiological signal; when the difference is greater than a threshold value, adjusting at least one system parameter or adjusting the real-time feedback based on the difference.

Claims

1. An interactive system comprising: a user device worn by a user, the user device being capable of constructing an interactive screen; a physiological sensing device worn by the user, the physiological sensing device being capable of continuously monitoring a real-time physiological signal of the user; and a control module electrically connected to the user device and the physiological sensing device, the control module comprising: a database for establishing multiple contextual levels and multiple combinations of feedback parameters corresponding to the multiple contextual levels; and a processing unit electrically connected to the database; wherein when the user device loads one of the contextual levels, the processing unit is capable of continuously analyzing and recording the real-time physiological signal from the physiological sensing device to establish a normal physiological signal. An adjustment unit, electrically connected to the processing unit, establishes the system parameters, and multiple system parameters can be used to adjust the interactive screen; a dizziness detection unit, electrically connected to the processing unit, determines the user's dizziness state and degree based on the real-time physiological signals from the physiological sensing device; and a feedback module, connected to the control module; when the user device loads one of the contextual levels, the feedback module can issue real-time feedback based on the corresponding combination of feedback parameters; wherein... When the adjustment unit detects a difference between the real-time physiological signal and the normal physiological signal, and the difference exceeds a threshold value, the adjustment unit can adjust multiple system parameters or the combination of feedback parameters in real time; when the user is determined by the dizziness detection unit to be in a dizzy state, the control module adjusts the system parameters according to the degree of dizziness through the adjustment unit.

2. The interactive system as described in claim 1, wherein, When the user device loads and completes the contextual level, the processing unit can record the adjusted system parameters or the combination of feedback parameters and store them as a personal preference parameter.

3. The interactive system as described in claim 1, wherein, The feedback module includes a fragrance release unit. When the user device loads any of the scenario-based levels, the fragrance release unit releases a scent according to the combination of feedback parameters corresponding to the scenario-based level.

4. The interactive system as described in claim 1, wherein, The feedback module also includes a water vapor release unit. When the user device loads one of the scenario-based levels, the water vapor release unit will release water vapor according to the corresponding combination of feedback parameters.

5. The interactive system as described in claim 1, wherein, The feedback module also includes a vibration unit, and the vibration unit has multiple vibration parameters established according to the multiple scenario-based levels; when the user device loads one of the scenario-based levels, the vibration unit will vibrate according to the corresponding vibration parameters.

6. An interactive method comprising: establishing multiple contextual levels and multiple feedback parameter combinations corresponding to the multiple contextual levels; loading one of the contextual levels; continuously monitoring a user's real-time physiological signal and transmitting the real-time physiological signal; analyzing and recording the real-time physiological signal to establish a normal physiological signal; issuing at least one real-time feedback based on the feedback parameter combinations corresponding to the contextual level; determining whether there is a difference between the real-time physiological signal and the normal physiological signal; and when the difference is greater than a threshold value, adjusting at least one system parameter or adjusting the real-time feedback based on the difference; determining a dizziness state and a degree of dizziness of the user based on the real-time physiological signal; and adjusting the system parameters based on the degree of dizziness when the user is determined to be in a dizzy state.

7. The interaction method as described in claim 6, wherein, The interactive method further includes: when any of the scenario-based levels is loaded, releasing an odor according to the combination of feedback parameters corresponding to the scenario-based level.

8. The interaction method as described in claim 6, wherein, The interactive method further includes: when one of the scenario-based levels is loaded, releasing water vapor according to the corresponding combination of feedback parameters.

Images