Method for micronization of material having human body far-infrared ray wave band

Abstract

The present invention relates to a method for micronization of a material having a human body far-infrared ray wave band, wherein a material storing far-infrared ray energy is grinded into powder through a -20-70 DEG C temperature grinding process, the average particle size of the powder is micron to nanometer, preferably less than 100 nm, and the far-infrared ray wavelength range of the material is 6-14 mum and meets the human body wavelength range of 8-12 mum. According to the present invention, micronization is adopted to increase the total surface area, such that the radiation area of the far-infrared ray is substantially increased so as to increase the effect of the far-infrared ray having the wavelength suitable for the human body; and the material can exist in the nanometer dispersion state and has the quantum activation microwave effect, such that the radioactivity is stable, and the effects of metabolism promotion, blood circulation promotion and cell activation are provided.

Description

technical field [0001] The present invention relates to a method for miniaturizing the material with far-infrared energy of the human body, especially a method for miniaturizing the material with far-infrared energy to reach the micron to nanometer level, so that the total surface area of ​​the material can be increased, which can not only Increase the radiation area of ​​far-infrared rays, and because it can exist in a nano-dispersion state, it makes the radioactivity stable, and has the effect of promoting metabolism, blood circulation and activating cells. Background technique [0002] Please refer to the invention patent of China Taiwan Publication No. 201000028 "shell powder and its preparation method". In the background technology of its description, it is disclosed that the technician first washes the oyster shell to remove the silt dirt, and then the oyster is crushed with a crusher. The shell is broken into pieces about 5X5 cm in size, and then fired in an electric ...

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Problems solved by technology

[0003] Furthermore, the mechanism of clinically causing hypertension can be roughly divided into two categories: one is hypertension caused by a clear cause, such as: renal abnormalities (such as nephritis complications, kidney stones, renal cortical atrophy, etc.) ), vascular abnormalities (such as aortic stenosis, renal artery stenosis) or endocrine abnormalities in the body (such as tumors or hyperfunction of organs), etc., if the cause of this type of hypertension can be removed and the blood pressure returns to normal, no medication is required; The other type is hypertension caused by no clear etiology. Patients with this type of hypertension often have a family history, so it is considered to be related to genetics. The symptoms of hypertension in this type of patients usually cannot be cured, although it can be cured through lifestyle measures. Adjustments and changes in eating habits can alleviate the symptoms of high blood pressure, but basically all of them need to be controlled by drugs; moreover, the drugs currently used for the treatment of high blood pressure are all chemically synthesized drugs, which have obvious side effects in clinical use, for example, The most common side effect of diuretics is to reduce the potassium ion content in the patient's body, make the patient feel weak and tired or produce cramps, and it is more likely for diabetic patients to increase blood sugar; while beta-adrenergic blockers may cause insomnia, tired hands and feet , slow heartbeat or asthma and other symptoms; alpha-adrenaline blockers may cause dizziness, rapid heartbeat, etc.; calcium ion blockers may cause palpitations, constipation, headache or dizziness, etc.; angiotensin converting enzyme Blockers may produce rashes, loss of taste, dry cough and other symptoms; these side effects will cause certain physical damage or inconvenience to patients, and for long-term drug users, it is nothing less than a kind of torture

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