Graphene far-infrared warm acupuncture device and application device thereof

Abstract

The invention provides a graphene far-infrared warm acupuncture device and an application device thereof. The warm acupuncture device comprises a plastic upper cover, a plastic tablet, a graphene far-infrared heating sheet, a plastic lower cover and a moxa medicine package. The plastic upper cover is a hollow cylindrical cavity, and the bottom thereof is annular. One side of the plastic upper cover is provided with a power supply line hole. One side of the plastic upper cover is connected with a power supply line through the power supply line hole. The top of the plastic lower cover is in matched connection with the bottom of the plastic upper cover. The plastic tablet and the graphene far-infrared heating sheet are positioned between the plastic upper cover and the plastic lower cover. The moxa medicine package is arranged at the bottom of the plastic lower cover. The warm acupuncture device is applied to a specific device, so that the device integrates graphene far infrared rays, acupuncture, the moxa medicine package and smoke therapy into a whole body. The use requirement of a user is greatly satisfied. According to the invention, through the structure improvements, the graphene far-infrared warm acupuncture device and the application device thereof have the characteristics of safety, stability, wide application range, controllable temperature, energy concentration, simpleand reasonable structure, low manufacturing cost, easy production, easy operation and high practicability.

Description

technical field [0001] The invention relates to a graphene far-infrared thermal acupuncture appliance and its application equipment. Background technique [0002] The thermal efficiency of the graphene far-infrared heating sheet is as high as 95%, and it can heat up rapidly. When it rises to 35 degrees Celsius, it can generate infrared rays with a spectral frequency similar to that of human cells. Far-infrared rays with a wavelength of 5.6-15 microns in sunlight are essential factors for biological survival and can produce biological activation phenomena, which are called "light of life" by experts, while 8-14 microns produced by graphene Far-infrared rays are just the most suitable waveband for human health, and are closest to far-infrared rays produced by sunlight and moxibustion fire. They can improve the microcirculation environment of cells inside the human body and activate human immunity. Therefore, the graphene far-infrared heating product with such functions can pe...

AI Technical Summary

Problems solved by technology

[0006] There are certain disadvantages in the clinical application of traditional warming needling moxibustion: 1. The moxa fire is easy to fall off, scald the skin, and burn the bed sheet; 2. The thinner and shorter needles cannot bear the weight of moxa sticks or moxa sticks, so warm needling moxibustion cannot be used; 3. 1. The skin of the acupoint area is shallow, and warm needling moxibustion cannot be used for flat or oblique needling with fine needles; 4. When using far-infrared lamps to care for warm needling moxibustion, if the temperature is too hot, the pores will be blocked, and the moxibustion effect will not penetrate deep into the skin. In the skin, after a long time, low-temperature burns will occur without the patient's awareness; 5. The heat of moxibustion moves upwards, and only part of it acts on the human body, which cannot be effectively concentrated into bundles, and the heat sensitivity of acupoints is low. ; 6. The physical condition of the modern body is quite different from that of the ancients. The ancients mostly caused diseases due to the lack of energy and blood in the body caused by famine and war, while modern people have environmental factors, stress factors, eating cold, irregular work and rest, etc. , the body is mostly blocked, and cardiovascular lesions are increasing, so it is not possible to follow the ancient methods for acupuncture and moxibustion.

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