20240033903. ROBOT AND COMMUNICATION METHOD simplified abstract (TENRAI INC.)

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ROBOT AND COMMUNICATION METHOD

Organization Name

TENRAI INC.

Inventor(s)

Shunji Mitsuyoshi of Tokyo (JP)

ROBOT AND COMMUNICATION METHOD - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240033903 titled 'ROBOT AND COMMUNICATION METHOD

Simplified Explanation

The patent application describes a robot that can handle emotional information of a human through biometric input. It includes a quantum gate that can simultaneously input a continuous change amount and a discrete separation quantity of the biometric information and output multiple functions derived from cutting these quantities. Another quantum gate takes these functions as input and outputs a function of a summarized state through summarization of the multiple functions. The robot also has a communication device to transmit the function of the summarized state to another robot.

  • The robot can input and handle emotional information of a human through biometric input.
  • It uses quantum gates to process the biometric information and derive multiple functions.
  • The functions are obtained by cutting the continuous change amount and the discrete separation quantity of the biometric information.
  • Another quantum gate summarizes the multiple functions and outputs a function of a summarized state.
  • The function of the summarized state can be transmitted to another robot using a communication device.

Potential Applications:

  • Emotional support robots that can understand and respond to human emotions.
  • Personalized robots that can adapt their behavior based on the emotional state of the user.
  • Healthcare robots that can monitor and analyze biometric information to provide personalized care.

Problems Solved:

  • Improved understanding and handling of emotional information in robots.
  • Efficient processing of biometric information using quantum gates.
  • Summarization of multiple functions to obtain a function of a summarized state.

Benefits:

  • Enhanced human-robot interaction by incorporating emotional information.
  • Improved personalization and adaptability of robots.
  • More efficient and accurate processing of biometric information.


Original Abstract Submitted

a robot includes an input device configured to input biometric information handling emotional information of a human a quantum gate configured to simultaneously input a continuous change amount and a discrete separation quantity of the biometric information and output a plurality of functions derived through cutting of the continuous change amount and the discrete separation quantity, a quantum gate configured to input a plurality of functions and output a function of a summarized state through summarization of the plurality of functions, and a communication device configured to transmit the function of the summarized state to another robot