Optical voice embedded in the resistance system of sports equipment

Abstract

This invention, an optical and voice-integrated resistance system for exercise equipment, includes: a resistance system; a lighting control device; a voice device; a microprocessor device electrically connected to the resistance system, lighting control device, and voice device; and a power supply system for providing the power required for the operation of the resistance system, lighting control device, voice device, and microprocessor device. When practically applied to fitness equipment, it can enhance the user's exercise experience through sound and light, representing a breakthrough in traditional fitness equipment thinking.

Claims

1. An optical voice-embedded resistance system for sports equipment, comprising: a resistance system; a lighting control device; a voice device; a microprocessor device electrically connected to the resistance system, the lighting control device, and the voice device; and a power supply system for supplying the power required for the operation of the resistance system, the lighting control device, the voice device, and the microprocessor device.

2. The optical voice embedded resistance system of the sports equipment as described in claim 1, wherein the resistance system is in the form of an EMS, and the WATT (power) is calculated based on the resistance, which is used as the basis for the microprocessor device to control the lighting control device and the voice device.

3. The optical voice-embedded resistance system of sports equipment as described in claim 2, wherein the resistance system may be A / C plug-in type.

4. The optical voice embedded resistance system of sports equipment as described in claim 1, wherein the resistance system may be of a hybrid form.

5. The optical voice-embedded resistance system of sports equipment as described in claim 1, wherein the resistance system may be self-generating.

6. The optical voice-embedded resistance system for sports equipment as described in claim 1, wherein the lighting control device includes a light display, which can be an LED light, an LED backlight, a light strip fiber optic light, and is used to display different colors, brightness, flashing or tempo.

7. The optical voice-embedded resistance system for sports equipment as described in claim 1, wherein the voice device includes a voice transceiver and a control circuit for controlling sound effects, background music or receiving external sounds to change the audio, and can be linked to the light control device to change different colors, brightness and flashing rhythm.

8. The optical voice-embedded resistance system for sports equipment as described in claim 1, wherein the lighting control device includes a light intensity sensor for sensing the brightness of ambient light and the rhythm of light flashing, which is used to link the volume, pitch, and rhythm of the voice device.

9. The optical voice-embedded resistance system for sports equipment as described in claim 1, wherein the lighting control device includes a light intensity sensor for sensing the brightness of ambient light and the rhythm of light flashing, and the lighting control device performs color changes and flashing rhythm based on the sensing of the light intensity sensor.

10. The optical voice embedded resistance system for sports equipment as described in claim 1, wherein the microprocessor device includes a wireless transceiver module, which may be BLE or Wi-Fi.

11. The optical voice-embedded resistance system for sports equipment as described in claim 1, wherein the power system may be A / C plug-in type, self-generated or hybrid type.

12. An optical voice-embedded resistance system for sports equipment, comprising: an electronic control device; a lighting control device; a voice device; a microprocessor device electrically connected to the electronic control device, the lighting control device, and the voice device; and a power supply system for supplying the power required for the operation of the electronic control device, the lighting control device, the voice device, and the microprocessor device.

13. The optical voice-embedded resistance system of sports equipment as described in claim 12, wherein the electronic control device includes a control board.

14. The optical voice-embedded resistance system for sports equipment as described in claim 12, wherein the lighting control device includes a light display, which may be an LED light, an LED backlight, a light strip fiber optic light, for displaying different colors, brightness, flashing or tempo.

15. The optical voice-embedded resistance system for sports equipment as described in claim 12, wherein the voice device includes a voice transceiver and a control circuit for controlling sound effects, background music or receiving external sounds to change the audio volume, and can be linked to the light control device to change different colors, brightness and flashing rhythm.

16. The optical voice-embedded resistance system for sports equipment as described in claim 12, wherein the lighting control device includes a light intensity sensor for sensing the brightness of ambient light and the rhythm of light flashing, which is used to link the volume, pitch, and rhythm of the voice device.

17. The optical voice-embedded resistance system for sports equipment as described in claim 12, wherein the lighting control device includes a light intensity sensor for sensing the brightness of ambient light and the rhythm of light flashing, and the lighting control device performs color changes and flashing rhythm based on the sensing of the light intensity sensor.

18. The optical voice-embedded resistance system for sports equipment as described in claim 12, wherein the microprocessor device includes a wireless transceiver module, which may be BLE or Wi-Fi.

19. The optical voice-embedded resistance system for sports equipment as described in claim 12, wherein the power supply system may be A / C plug-in type, self-generated type or hybrid type.

Images