Control system of sports equipment carrying intelligent display screen and starting method of control system

Abstract

The invention discloses a control system of sports equipment carrying an intelligent display screen and a starting method of the control system. The sports equipment is in a self-generating form, the starting method is used for a Uboot stage of starting of the intelligent display screen, and the starting method comprises steps that when a starting instruction is received, configuration and state parameters of the sports equipment are read, and initialization setting is carried out; an electric signal of the sports equipment and a voltage value of a rechargeable battery of the sports equipment are detected; when the electric signal of the sports equipment changes, a data change instruction is generated to determine user input; when the voltage value of the rechargeable battery is larger than a first threshold value and smaller than a second threshold value, the rechargeable battery enters a power storage state, and change data is called and sent to a designated area when a data change instruction is received, so the dynamic display data on the intelligent display screen can be synchronously updated and displayed according to user input, the current state parameters of the sports equipment are displayed, therefore, the user time is saved, and the user experience is improved.

Description

technical field [0001] The invention relates to the technical field of sports equipment design, and specifically relates to a control system and a starting method for a self-generating sports equipment equipped with an intelligent display screen. Background technique [0002] With the improvement of people's quality of life, sports equipment has begun to be equipped with smart displays, so that users can observe the changes in fitness data during exercise, and at the same time watch movies or listen to music through the APP on the smart display. , to enhance the fun of the exercise process and prolong the exercise time. [0003] However, most of the existing smart display screens use the Android system, because the Android system needs to go through the first stage UBOOT (Universal Boot Loader, an open source project that follows the terms of the GPL) and the second stage Kernel (operating system kernel) during the boot process. 3. In the third stage, it takes about 25-30 s...

AI Technical Summary

Problems solved by technology

[0003] However, most of the existing smart display screens use the Android system, because the Android system needs to go through the first stage UBOOT (Universal Boot Loader, an open source project that follows the terms of the GPL) and the second stage Kernel (operating system kernel) during the boot process. 3. In the third stage, it takes about 25-30 seconds for the Android to start up until the Launcher system starts up on the desktop. Therefore, it takes a while for the smart display to enter the working interface after receiving the boot command. During this process, the smart display The display screen cannot dynamically follow and display the current status parameters of the sports equipment, so even if the user is exercising during this period, he cannot observe the fitness data in real time, and can only use it after the system is fully started. In this way, it will waste more time for the user and affect User experience; in addition, due to the high power consumption of sports equipment equipped with smart displays, most of the existing sports equipment equipped with smart displays are plugged in, and the placement of sports equipment will be restricted, resulting in users unable to Place the sports equipment in the desired position according to the demand, which will affect the user experience

[0004] In summary, the control system and starting method of self-generating sports equipment equipped with smart display screens in the prior art still need to be further improved

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