Ai intelligent adjustment system and method for alleviating psychogenic frequent urination

Abstract

This invention discloses an AI-powered intelligent regulation system and method for alleviating psychogenic frequent urination. The AI-powered intelligent regulation system includes smart glasses, Bluetooth headphones, and electronic devices. The smart glasses are configured to acquire the user's forehead temperature signal. The smart glasses are configured to transmit pulsed light signals to the user's eyes. The Bluetooth headphones are configured to transmit audio signals to the user's ears. The electronic devices are configured to control the smart glasses to acquire the forehead temperature signal and to control the smart glasses to transmit pulsed light signals with a specific wavelength to the user's eyes. The electronic devices are also configured to control the Bluetooth headphones to transmit audio signals to the user's ears. The AI-powered intelligent regulation system provided by this invention, through electronic devices controlling the smart glasses or Bluetooth headphones to send various sensory signals to the user, provides stress relief for both mind and body.

Claims

1. An AI-powered intelligent regulation system for relieving psychogenic urinary frequency, comprising: A smart pair of glasses configured to acquire a user's forehead temperature signal and to transmit a pulsed light signal to the user's eyes; a Bluetooth headset configured to transmit an audio signal to the user's ears; and an electronic device connected to the smart glasses and the Bluetooth headset, the electronic device being configured to control the smart glasses to acquire the forehead temperature signal within a first time range and to control the smart glasses to transmit the pulsed light signal with a specific wavelength to the user's eyes, and the electronic device being configured to control the Bluetooth headset to transmit the audio signal to the user's ears.

2. The AI ​​intelligent adjustment system as described in claim 1 further includes: A smart bracelet includes multiple electrodes, each of which alternately transmits a stimulation signal to the lower edge of the user's wrist. The smart bracelet is configured to acquire a PPG heart rate signal and a HRV heart rate variability signal from the user.

3. The AI ​​intelligent adjustment system as described in claim 2 further includes: A smart mask configured to detect the user's carbon dioxide concentration. And a temperature sensor configured to acquire the temperature signal of the user's calf.

4. The AI ​​intelligent adjustment system as described in claim 3 further includes: A flexible physiological stimulator includes: a flexible electronic substrate; a microprocessor; an encoder; an electrical pulse generator; and a microelectrode array. The microprocessor, the encoder, the electrical pulse generator, and the microelectrode array are disposed on the flexible electronic substrate. The microprocessor is electrically connected to the encoder, the electrical pulse generator, and the microelectrode array. The microprocessor is configured to control the encoder, the electrical pulse generator, and the microelectrode array to transmit an electrical pulse signal to the user's sacral nerve.

5. The AI ​​intelligent adjustment system as described in claim 4, wherein, The electronic device is configured to control the smart bracelet to acquire the user's PPG heart rate signal and HRV heart rate variability signal; the electronic device is configured to control the smart mask to acquire the user's carbon dioxide concentration signal; the electronic device is configured to control the temperature sensor to acquire the user's calf temperature signal within a second time range; and the electronic device is configured to control the flexible physiological stimulator to emit electrical pulse signals to the user's sacral nerve.

6. An AI-powered intelligent regulation method for alleviating psychogenic frequent urination, applicable to an AI-powered intelligent regulation system for alleviating psychogenic frequent urination, the AI-powered intelligent regulation system comprising smart glasses, a Bluetooth headset, and an electronic device, the AI-powered intelligent regulation method comprising: The smart glasses are configured to acquire a user's forehead temperature signal and to transmit a pulsed light signal to the user's eyes. The Bluetooth headset is configured to transmit an audio signal to the user's ears; the electronic device is configured to control the smart glasses to acquire the forehead temperature signal within a first time range and to control the smart glasses to transmit the pulsed light signal with a specific wavelength to the user's eyes; the electronic device is configured to control the Bluetooth headset to transmit the audio signal to the user's ears.

7. The AI ​​intelligent adjustment method as described in claim 6, wherein the AI ​​intelligent adjustment system further includes a smart bracelet, the smart bracelet including multiple electrodes, and the AI ​​intelligent adjustment method includes: Each electrode alternately transmits a stimulation signal to the lower edge of the user's wrist, and the smart bracelet is configured to acquire the user's PPG heart rate signal and HRV heart rate variability signal.

8. The AI ​​intelligent adjustment method as described in claim 7, the AI ​​intelligent adjustment system further comprising an intelligent mask and a temperature sensor, the AI ​​intelligent adjustment method comprising: The smart mask is configured to acquire the user's carbon dioxide concentration signal; And the temperature sensor is configured to obtain the temperature signal of the user's lower leg.

9. The AI ​​intelligent adjustment method as described in claim 8, wherein the AI ​​intelligent adjustment system further includes a flexible physiological stimulator, the flexible physiological stimulator including a flexible electronic substrate, a microprocessor, an encoder, an electrical pulse generator, and a microelectrode array, and the AI ​​intelligent adjustment method includes: The microprocessor is configured to control the encoder, the electrical pulse generator, and the microelectrode array to transmit an electrical pulse signal to the user's sacral nerve.

10. The AI ​​intelligent adjustment method as described in claim 9, wherein, The electronic device is configured to control the smart bracelet to acquire the user's PPG heart rate signal and HRV heart rate variability signal; the electronic device is configured to control the smart mask to acquire the user's carbon dioxide concentration signal; the electronic device is configured to control the temperature sensor to acquire the user's calf temperature signal within a second time range; and the electronic device is configured to control the flexible physiological stimulator to emit electrical pulse signals to the user's sacral nerve.

Images