Massage strength control structure

Abstract

The invention discloses a massage strength control structure. The massage strength control structure is characterized in that the massage strength control structure is composed of a glove body and a pressure sensing circuit; the two side faces of the glove body are respectively a front face corresponding to the palm of the hand and a back face corresponding to the back of the hand, and the glove body is further provided with finger sleeves corresponding to fingers of the hand; the pressure sensing circuit is formed by sequential and serial connection of a switch element, a plurality of pressure detection elements connected in parallel, a comparison element, a display element and a power element; the pressure detection elements are arranged on the back of the switch element and are arranged on fingertip portions, allowing force application and massage, of the finger sleeves, and palm bottom and palm protrusion portions respectively, and the comparison element is arranged on the backs of the pressure detection elements. The massage strength control structure has the advantages of helping massage people to control massage strength effectively so as to promote the overall massage effect; in addition, discomfort of people who get the massage because of uneven force application can be avoided.

Description

technical field [0001] The invention relates to a massage structure, in particular to a massage force control structure. Background technique [0002] With the progress of the times, the life of modern people is busy and tense, and it is very easy to have physical discomfort or stiffness. Massage is a way for modern people to eliminate fatigue. Tuina massage moves the massage points left and right synchronously, while kneading massage moves the massage points back and forth in the opposite direction to achieve different massage effects. Traditionally, the fingertips and the bottom of the palm are used as the force point to perform massage and kneading massage movements. Although it can effectively target the desired massage position and match the body size and curvature changes, the massager uses the palm of the hand to perform massage movements. During massage, there is a problem of uneven application of force, often with too little or too much force, causing disco...

AI Technical Summary

Problems solved by technology

Traditionally, the fingertips and the bottom of the palm are used as the force point to perform massage and kneading massage movements. Although it can effectively target the desired massage position and match the body size and curvature changes, the massager uses the palm of the hand to perform massage movements. When massaging, there is a problem of uneven application of force, often with too little or too much force, causing discomfort to the massaged

Therefore, there are many massagers, massage chairs, etc. developed on the market to massage mechanically, but this type of mechanical massage structure cannot accurately massage and knead the muscles and acupuncture points to be massaged. Due to the influence of the size of the massage roller and the size and curvature of the human body, it cannot perform deep massage, so its massage effect is limited, and even the inaccurate massage position causes great discomfort, and its price is extremely high , is not affordable by ordinary people

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