Networked riding control system based on ordinary riding platform

Abstract

The invention discloses a networking ride control system based on a common riding platform. The system comprises a power supply module, a MCU microcontrol unit, a Bluetooth communication module, an ANT+ communication module, a communication mode selection module and a display module. The system is powered by the power supply module; a communication mode of the system is selected via the communication mode selection module, and information such as the communication mode and communication state of the system is displayed via the display module; data received by the system is processed and sent via the MCU microcontrol unit; the data in the system is wirelessly received and transmitted via the wireless communication modules using two different wireless communication protocols, Bluetooth and ANT+, one wireless communication module is connected with multiple external sensor equipment supporting the same wireless communication protocol and receiving the data of the sensor equipment, and theother wireless communication module is connected with client riding software supporting the same wireless communication protocol and transmitting the data to the client riding software, and thus the networking riding is achieved by using the common non-intelligent riding platform and the client riding software.

Description

technical field [0001] The invention relates to a networked riding control system based on an ordinary riding platform, which enables the ordinary non-intelligent riding platform to realize networked riding with client riding software. Background technique [0002] With the development of society and the improvement of people's living standards, more and more people begin to pay attention to how to improve their quality of life, and cycling is gradually favored by more and more people. Cycling can not only lose weight, but also make your body shapely. Since cycling is an exercise that requires a lot of oxygen, it can strengthen heart function and prevent high blood pressure. However, riding is often affected by weather and other conditions, so more and more people tend to use bicycle riding platforms for indoor cycling exercise, which can not only play a role in fitness but also avoid the impact of weather on outdoor cycling. . [0003] However, there are two types of bic...

AI Technical Summary

Problems solved by technology

[0003] However, there are two types of bicycle riding platforms, ordinary and smart. The ordinary riding platform cannot be connected to the Internet for virtual reality cycling, while the price of the smart riding platform is relatively high. Due to the constraints of consumption levels, some people are more Willing to buy ordinary riding platform for cycling exercise

However, I am troubled by the fact that the ordinary riding platform cannot be connected to the Internet for virtual reality cycling, and I cannot experience the most beautiful cycling routes in different regions of the motherland while riding.

[0004] At present, for the bicycle riding platform industry, Yu Xinyi and Chen Wei proposed a stepless adjustment magnetic control device for bicycle fitness equipment (Yu Xinyi, Chen Wei. Stepless adjustment magnetic control device for bicycle fitness equipment: China, 204447224[ P].2015-07-08), which introduced in detail the internal mechanical structure and driving mode of bicycle stepless adjustment; Kong Fanbin, Yu Feng, and Meng Lingang proposed an ultra-quiet intelligent power riding platform with electromagnetic resistance (Kong Fanbin, Yu Feng, Meng Lingang. An ultra-quiet intelligent power riding platform with electromagnetic resistance: China, 106890444A.2017-06-27), a large belt pulley is used for electromagnetic resistance control, and the rear wheel of the bicycle is removed and installed on the riding platform In order to reduce the noise when riding on the riding platform; but they are all smart riding platforms, the price is relatively high, and they do not understand how the non-smart ordinary riding platform can be connected with the client riding software to realize the virtual reality. Live rides have been studied

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