Sore pain detection handle and massage chair

Abstract

The invention provides a sore pain detection handle, which comprises a handle body that is held by the hand of a user. According to the sore pain detection handle provided by the invention, when a user undergoes physiological parameter detection, fingers of the user are placed on a detection assembly; the detection assembly can transmit pressure applied to the detection assembly by the fingers ofthe user to a sensing assembly through elastic deformation of a force transmission assembly; the sensing assembly obtains the magnitude of the force applied by the fingers of the user according to theelastic deformation condition of the force transmission assembly; and when the force applied by the hand of the user is too large and the joints of the fingers are bent, blood flow in blood vessels in the fingers becomes small, which leads to inaccuracy of measured physiological parameters, and at the moment, the sensing assembly can give an alarm through a control assembly to remind a user of too large pressing force of the fingers during detection, so the pressing force of the fingers of the user can be reduced, and it is guaranteed that the detection assembly can measure more accurate physiological data.

Description

technical field [0001] The invention belongs to the technical field of physiological detection equipment, and in particular relates to a pain detection handle and a massage chair. Background technique [0002] Massage chairs can massage people all over the body, relieve physical fatigue, promote blood circulation throughout the body, stimulate body acupuncture points, and improve the body's immunity. It is for this reason that massage chairs are favored by the general public. With the rapid development of the massage chair industry, the functions are becoming more and more abundant, and the meridian massage medical skills of traditional Chinese medicine are gradually integrated with modern high-tech methods. The condition of the massage chair has become an important requirement. [0003] The acquisition of physiological parameters such as pulse rate and blood oxygen can generally be realized by photoelectric principle biosensors and photoplethysmography (PPG) technology. T...

AI Technical Summary

Problems solved by technology

Since the detection device is held by a handle, if the user holds it too hard during detection, it will cause the pulp of the index finger to be compressed and block the blood flow, resulting in poor blood circulation at the tip of the index finger and making the PPG pulse wave signal quality Deterioration, which in turn affects the detection success rate and the accuracy of detection parameters

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