TWM519506U - Massager of resonance frequency - Google Patents

Abstract

A massager of resonance frequency, which consists of a pulse sensor, an analysis and control platform, and one or more massagers. In process, the pulse sensor captures the body pulse signals and provides for frequency analysis of the analysis and control platform. The received eigenfrequency of body pulse via the frequency analysis of the analysis and control platform is set as the base frequency. Based on the measured eigenfrequency of body pulse, the analysis and control platform further provides the signals of the multiple eigenfrequencies which matches the required resonance frequency of the different human organs for massagers. Finally, the massagers provide the energy of resonance frequency for therapy of human organs.

Description

Resonant frequency massager

This creation is about a device that uses the principle of human resonance frequency to estimate the resonance frequency of each organ according to the natural frequency of the heartbeat pulse of the human body, and allows the massager to output the frequency of resonance with various organs of the human body to promote the activities of various organs.

In recent years, people have paid more and more attention to the health of the body. More and more related health equipments have been introduced, including electric massagers. Most of the general electric massagers are used for several fixed vibration modes for users to switch to press. Vibration or electrical stimulation helps the user relax muscles and promote blood circulation, relieving user fatigue.

Dr. Wang Weigong from the Institute of Physics of the Academia Sinica of Taiwan proposed a new theory of blood circulation-the theory of blood resonance, which shows that the various organs of the human body and the pulse are related to the resonant frequency. Different organs have their own resonance harmonics, because the heart pulse is played out. The frequency and the frequency of the organ are opposite, and the blood will flow to the organ correctly. This theory explains the basis of the pulse and nourishing of Chinese medicine in a scientific way, and can clearly explain some blood flow problems that fluid mechanics theory cannot explain. .

In Germany, there have also been related studies such as Bioresonance, by German physician Franz. Franz Morell and electrical engineer Jerry. Nara Snow (Erich Rasche) developed in the process of investigating Volx acupuncture drug testing. The theory believes that there is frequency fluctuation inside the human body. If a certain part of the disease has a pain, it means that the frequency fluctuation of the part is unbalanced, which leads to an unhealthy reaction. Therefore, they developed a treatment method called bioresonance method, using special instruments. It can detect the energy distribution of the human body, find out the part of the unhealthy reaction, transmit the relevant frequency of the part to the whole body, and make the body self-adjust and repair to achieve the therapeutic effect.

The bioresonance method coincides with the concept of some meridian circulation of traditional Chinese medicine. This concept is integrated into the massage equipment to enhance the overall efficacy of the massage equipment, and to popularize the public's understanding of the heartbeat frequency and organ association. The purpose.

This patent develops a resonant frequency massager, which combines the concept of bioresonance, detects the pulse of the user with a pulse sensor and obtains the frequency signal and analyzes and derives the resonance frequency value of each organ of the user, and provides the user to select and control the output of the massager. The frequency is the vibration of the resonance frequency of the organ that wants to be nursed to achieve the therapeutic effect.

This concept can also be applied to the electrotherapy massager, which is to stimulate the muscles around the affected part with appropriate frequency for the affected part. Compared with the compression and vibration massager, the electrotherapy massager can more accurately beat the frequency. Into the human body.

100‧‧‧ pulse sensor

200‧‧‧Analysis Control Platform

300‧‧‧ Massager

The first picture is a schematic diagram of the resonant frequency massager of the present invention.

Referring to Fig. 1, a schematic diagram of the resonant frequency massager of the present invention is provided by the user in advance. The massager 300 is placed on the affected part, and the pulse sensor 100 is placed on the sensing part such as the finger or the neck, and the measured pulse signal is transmitted to the analysis control platform 200 for analysis and processing to find the natural frequency of the pulse. Afterwards, the user can select the operating organ resonance frequency mode of the control platform 200 and transmit the control signal to the massager 300 for the treatment.

Although the present invention has been disclosed in a preferred embodiment as above, it is not intended to limit the present invention, and any person skilled in the art can make various changes and refinements without departing from the spirit and scope of the present invention. The scope of protection of the creation shall be subject to the definition of the scope of the patent application attached.

100‧‧‧ pulse sensor

200‧‧‧Analysis Control Platform

300‧‧‧ Massager

Claims (4)

A resonance frequency massager comprises: an analysis control platform; a pulse sensor, electrically connected to the analysis control platform; a set of massagers, the massager is also electrically connected to the analysis control platform; the resonance frequency massager is connected to the human body Based on the resonance principle, the individual's pulse frequency is measured, and the resonance frequency of each organ is derived from the frequency. For the organ to be treated, the massager is controlled to operate at a corresponding frequency to achieve a resonance effect and promote the organ. The blood circulation. The resonant frequency massager of claim 1, wherein the pulse sensor can transmit the pulse frequency or the pulse spectrum into an electronic signal to be transmitted to the analysis control platform. The resonant frequency massager of claim 1, wherein the analysis control platform comprises: an analysis and control program, a frequency display interface, and a control menu. The resonant frequency massager of claim 1, wherein the massager comprises: electric pressing, vibration, tapping, and electrical stimulation.