Real-time exercising procedure adjusting system and method thereof

Abstract

This specification discloses a real-time exercising procedure adjusting system and the method thereof. By analyzing biological information of the user, the invention loads an appropriate exercising mode. According to the target time and target calories entered by the user, the invention calculates exercising strength and then generates an exercising procedure. During the execution of the exercising procedure, the system can real-time adjust exercising strength of the fitness device. Moreover, the invention detects the heartbeat rate of the user during the exercising process execution for further adjusting the exercising strength. Therefore, the fitness device can immediately adjust its exercising strength according to the user's state.

Description

BACKGROUND OF THE INVENTION[0001]1. Field of Invention[0002]The invention relates to a real-time exercising procedure adjusting system and the method thereof and, in particular, to the real-time exercising procedure adjusting system and the method thereof applicable to fitness devices.[0003]2. Related Art[0004]In recent years, people have more choices for amusement, thanks to rapid economical and industrial developments. As a result, people pay more attention to exercises during leisure time. However, most people cannot do outdoor activities for one reason or another. Therefore, a lot of people purchase fitness devices and exercise at home or use fitness devices at fitness centers.[0005]Currently, most fitness centers provide such fitness devices as treadmills, walkers, and exercising bicycles. In order for users to control on their own, many of the fitness devices are provided with controllers that can display exercising time, distance, consumed calories, etc. Some of them even all...

AI Technical Summary

Benefits of technology

[0010]The disclosed real-time exercising procedure adjusting system includes at least an exercising mode database, a receiving module, an analyzing and inquiring module, a calculating and generating module, an executing module, a detecting module, an adjusting module, and a converting and displaying module. The exercising mode database stores a plurality of exercising modes, each of which corresponds to a qualified condition. The receiving module receives biological information of a user, a target time, and target calories. The analyzing and inquiring module uses an applicable principle to analyze the biological information to obtain the qualified condition. The qualified condition is then used to find a corresponding exercising mode from the exercising mode database. The calculating and generating module loads in the exercising mode and calculates according to the target time and the target calories to generate an exercising procedure. The exercising procedure includes at least a time parameter and an exercising strength for each of the time parameters. The executing module executes the exercising procedure on the fitness device. The detecting module detects the heartbeat rate parameter of the user using a heartbeat rate detector. The adjusting module adjusts the exercising strength in the exercising procedure according to the heartbeat rate parameter and an adjusting rule. The converting and displaying module converts the exercising procedure given by the calculating and generating module into a graphic exercising procedure and displays it.

[0011]The disclosed real-time exercising procedure adjusting method includes the steps of: establishing an exercising mode database for storing

Problems solved by technology

However, most people cannot do outdoor activities for one reason or another.

However, it is possible that the user does not know how to correctly set the exercising mode and parameters because of no appropriate instructions or too many buttons arranged in a complicated way.

Besides, even if the user knows how to correctly set the exercising mode and parameters, most users do not have sufficient professional exercising knowledge to know which mode to use or what parameters to set for himself.

If the user selects an inappropriate mode or sets wrong parameters, it is likely for him to get injuries.

If the user feels tired after using the device for some time, he may want to reduce the exercising strength again.

If such adjustments about the exercising strength have to be done by the user during his exercise, it is very inconvenient.

In summary, the prior art always has the problem that the user can only manually and repeatedly adjust his exercising procedure according to the exercising state.

As a consequence, the user cannot fully concentrate on exercising due to the adjustments.

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