Muscle activity training facility for upper body of user

Abstract

A muscle activity training facility includes a monitor electrically connecting to a processing device and having a screen, the screen includes two areas, and two figures in one of the areas for indicating the standard operations of the muscle groups in front and rear portions of the user, and two further figures in the other area for indicating the muscle groups in the front and the rear portions of the user, a carrier is attached to an upper body of the user, and a number of electrodes are attached to the carrier and electrically coupled to the processing device for detecting the activities of the muscle groups and for showing the detected activities of the muscle groups of the user in the other figures in the other area of the screen.

Description

BACKGROUND OF THE INVENTION[0001]1. Field of the Invention[0002]The present invention relates to a muscle activity training facility, and more particularly to a muscle activity training facility including a structure for easily and quickly and readily attaching or mounting or securing onto the upper body of the user and for contacting or engaging with the selected or predetermined or required portions of the muscle groups of the user and for suitably sensing or detecting or training the muscle activities or the degrees of the muscle groups in the upper body of the user.[0003]2. Description of the Prior Art[0004]Typical muscle activity detecting or training facilities comprise one or more sensors or detectors or electrodes or transducers or electrical contacts or the like for attaching or mounting or securing onto various portions or positions or locations of a user and for sensing or detecting the muscle activities or the degrees of the fatigue and pain of muscles or the like.[0005]...

AI Technical Summary

Benefits of technology

The invention provides a training facility for muscles in the upper body of a user. It can be easily and quickly attached to the user's body, and it can be adjusted to touch specific muscle groups. It can also sense and train the user's muscle activities.

Problems solved by technology

However, normally, the sensors or detectors or electrodes or transducers or electrical contacts or the like are attached or mounted or secured onto the user with tapes or adhesive materials and may not be solidly and stably attached or mounted or secured onto the user at the selected or required portions or positions or locations, particularly the hairy portions of the user, and may have a good chance to be disengaged from the user after use particularly when or while the muscles are moved or activated or operated.

However, the electrical contacts are normally attached or mounted or secured onto the user with tapes or adhesive materials and may not be solidly and stably attached or mounted or secured onto the user at the selected or required portions or positions or locations, particularly the hairy portions of the user, and also may have a good chance to be disengaged from the user after use particularly when or while the muscles are moved or activated or operated.

However, the splint may not be easily attached or mounted or secured onto the selected or required portions or positions or locations of the user, and thus may not be used to suitably sense or detect the muscle activities of the user.

However, the electrodes are normally attached or mounted or secured onto the user with tapes or adhesive materials or the like and may not be solidly and stably attached or mounted or secured onto the user at the selected or required portions or positions or locations, particularly the hairy portions of the user, and also may have a good chance to be disengaged from the user after use particularly when or while the muscles are moved or activated or operated.

Actually, the sensors or detectors or electrodes or transducers or electrical contacts or the like of the typical muscle activity detecting or training facilities may not be easily and quickly and readily attached or mounted or secured onto the upper body of the user and may not be used to correctly or properly sense or detect or train the muscle groups in the upper body of the user, and the positions or locations of the sensors or detectors or electrodes or transducers or electrical contacts or the like should be attached or mounted or secured onto the user by trial and error method and should be calibrated many times.

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