Novel material heating method

Abstract

The invention discloses a novel material heating method which comprises the following steps: (1) preparing a container, namely preparing the container, and putting a material to be processed into the container; (2) steam heating: according to the quality properties of different substances, firstly adding the substances, or firstly injecting steam, and then adding the substances needing to be heated; (3) water heating: according to the quality properties of different substances, firstly adding the substances, or firstly injecting water, and then adding the substances needing to be heated; and (4) baking and heating: putting the substance into a tool made of soil, and heating and baking. According to the technical scheme, the container, steam heating, water heating, baking heating and the like are adopted, the problem that in the prior art, when Chinese herbal medicine, other medicine and substances are processed, substance genes, components and elements are damaged by the temperature is solved, the substances are processed according to the naturally formed temperature, the substance genes, the components and the elements are prevented from being damaged, and the quality of the Chinese herbal medicine, the other medicine and the substances is improved. And the effective performance and function of the substance can be exerted.

Description

Technical Field

[0001] The invention relates to the technical field of material heating methods, and in particular to a new material heating method. Background Art

[0002] For the sake of human health and life safety, humans have currently formulated many international and domestic "standards" for the use of substances, various inheritances and scientific formulas, especially for food and medicine. However, do you know that under the premise of formulating "standards" for the use of substances at home and abroad, it involves the genes, components, properties, performance, functions, effects, and safety of substances, a problem that has never been known to humans in history, that is, the chemical reactions caused by temperature processing substances on the genes, components, and elements of substances, and the problems of damaging the genes, components, properties, performance, functions, effects, safety, and side effects of substances. For ordinary people, the genes of substances will feel unfamiliar. People know that there are genes in the human body and that genes can be inherited, but they do not have a deep understanding of genes, because this aspect is basically out of reach for ordinary people. In fact, genes are a very common phenomenon, existing in every substance and closely related to every substance. If the premise problem is not solved and it is a way and method to be out of touch with the "root cause" of the matter, then no matter how good the standards are, there will be problems. The problem comes from the following scientific discoveries.

[0003] Heating a substance to 100°C will destroy the stability of DNA genes, leading to damage such as gene chain breakage and base oxidation. DNA is the genetic material in cells. It carries the genetic information of organisms and plays a vital role in the growth, development and function of organisms. Genes (genetic factors) are all the nucleotide sequences required to produce a polypeptide chain or functional RNA. They support the basic structure and performance of life. They record and transmit genetic information and determine the genetic characteristics of organisms. Genes have duality: materiality (existence) and information (fundamental attributes). All substances are related to temperature.

[0004] However, due to various reasons, DNA can be damaged, which may cause cell abnormalities or even cancer, affecting health problems and triggering diseases. For example, at 100°C, if violent boiling or vibration occurs, DNA will break. DNA breakage will affect inheritance. Is gene a substance? Gene is genetic material. Gene is a fragment of DNA that encodes protein and is part of DNA. DNA is deoxyribonucleic acid, composed of hydrogen, oxygen, phosphorus, nitrogen and other elements, so gene is also a substance. In addition to gene damage, chemical changes will also occur to other components of the substance, destroying the properties, performance and function of the substance, which will also affect the use effect and cause side effects.

[0005] DNA breaks, and hydrogen, oxygen, phosphorus, nitrogen and other elements in the gene are damaged. The damaged hydrogen, oxygen, phosphorus and nitrogen will cause a chain reaction and affect other elements in the substance to change. For example, the bases in the substance will be oxidized, and the oxidation of the bases will remove amino acids. The amino acid changes will cause a series of chemical chain reactions on the component elements in the substance, resulting in changes in the properties of the substance. Changes in the properties of the substance will directly affect the effect of the substance. Changes in the properties of the substance will not only affect the effect, but will also produce side effects. Side effects will cause new problems.

[0006] Scientific exploration of genes was from the early 20th century to the 1940s. During this period, scientists began to study material genes and discovered that genes are the basic units of biological genetic information. From the discovery of material genes in 1909 to 2024, there is only 120 years of history.

[0007] The temperature of traditional material processing is sometimes 100℃, and sometimes even higher than 100℃, which can damage the genes, components, elements, etc. of the materials. Why have we not noticed the above problems? Because the traditional method of material processing has been around for thousands of years, and the discovery of material genes has only been around for more than 120 years. 120 years ago, the genes in the materials were not discovered, and it was a blank area. We knew nothing about the damage to the genes and elements of the materials, and there was no mention of the problem of damage to the genes, components, and elements of the materials. With the development of science and technology, science and technology have discovered the genes in the materials. Since the discovery of material genes, they have basically been used in genetic inheritance or DNA comparison, and we have not noticed the problem of temperature damage to the genes, components, and elements of the materials, let alone the side effects during use and the impact on the use effect. This is also the reason why we need to recognize the discovery of material genes.

[0008] The human body is also a naturally formed substance, and the human body has a naturally formed temperature. The natural substances used by the human body correspond to the natural human body and reach consistency in order to solve the problem. When the material components and elements undergo chemical reactions, the properties of the natural substances are changed, and when they enter the natural human body, they will change the natural human body and fail to solve the problem, and other health problems will arise.

[0009] In order to solve the problem of temperature damage to material genes, components and elements during product processing, a new method for heating materials is urgently needed to be disclosed. Summary of the invention

[0010] In order to solve the above technical problems, the technical solution provided by the present invention is: a new method for heating a substance, comprising the following method steps:

[0011] (1) Container: prepare the container and then put the material to be processed into the container;

[0012] (2) Steam heating: depending on the quality of the material, the material is placed first, or steam is injected first and then the material to be heated is placed;

[0013] (3) Water heating: according to the properties of different substances, put the substances first, or inject water first and then put in the substances that need to be heated;

[0014] (4) Baking and heating: Place the material in a tool made of clay and heat it to bake.

[0015] Furthermore, in the step (2) of steam heating, each substance has its own temperature. Before heating, the temperature of each substance is accurately calculated, and the substance is heated according to its own temperature. The temperature of the steam heating cannot be higher or lower than this standard, so as to activate the properties and performance of the substance and bring the effective performance of the substance into play.

[0016] Furthermore, in the step (3) of water heating, each substance has its own temperature. Before heating, the temperature of each substance is accurately calculated, and the substance is heated according to its own temperature. The water heating temperature cannot be higher or lower than this standard, so as to activate the properties and performance of the substance and bring the effective performance of the substance into play.

[0017] Furthermore, in the step (4) of baking and heating, each substance has its own temperature. Before heating, the temperature of each substance is accurately calculated, and the substance is heated according to its own temperature. The baking and heating temperature cannot be higher or lower than this standard, so as to activate the properties and performance of the substance and bring out the effective performance of the substance.

[0018] The advantages of the invention compared with the prior art are:

[0019] The present invention adopts the above-mentioned container, steam heating, water heating and baking heating and other technical solutions to solve the problem of temperature damage to the material genes, components and elements during processing of Chinese herbal medicines, other drugs and substances in the prior art. It processes according to the naturally formed temperature of its own existence to prevent the material genes, components and elements from being destroyed, so as to bring into play the effective performance functions of the material.

[0020] The present invention adopts the above-mentioned material heating method to reduce the traditional heating temperature, and heats the material at the measured material temperature heating degree, which can save the heating degree, thus saving the heating temperature cost. The present invention can process and prepare each material according to the temperature naturally formed by the material, solving the problem of putting many materials together and processing them at one temperature in the traditional technology and the problem of the traditional process destroying the genetic component elements of the material and causing the material to be produced. DETAILED DESCRIPTION

[0021] The present invention is described in further detail below.

[0022] The present invention provides a novel method for heating a substance in a specific implementation, comprising the following steps:

[0023] (1) Container: prepare the container and then put the material to be processed into the container;

[0024] (2) Steam heating: depending on the quality of the material, the material is placed first, or steam is injected first and then the material to be heated is placed;

[0025] (3) Water heating: according to the properties of different substances, put the substances first, or inject water first and then put in the substances that need to be heated;

[0026] (4) Baking and heating: Place the material in a tool made of clay and heat it to bake.

[0027] Example:

[0028] In the step (2), each substance has its own temperature during steam heating. Before heating, the temperature of each substance is accurately calculated and the substance is heated according to its own temperature. For example, the temperature of substance A is 63 degrees Celsius. The temperature of steam heating cannot be higher or lower than this standard, so as to activate the properties and performance of the substance and bring the effective performance of the substance into play.

[0029] In the step (3), each substance has its own temperature during water heating. Before heating, the temperature of each substance is accurately calculated and the substance is heated according to its own temperature. For example, the temperature of substance A is 63 degrees Celsius. The water heating temperature cannot be higher or lower than this standard, so as to activate the properties and performance of the substance and bring the effective performance of the substance into play.

[0030] In the step (4), each substance has its own temperature during the baking and heating. Before heating, the temperature of each substance is accurately calculated and the substance is heated according to its own temperature. For example, the temperature of substance A is 63 degrees Celsius. The baking and heating temperature cannot be higher or lower than this standard, so as to activate the properties and performance of the substance and bring out the effective performance of the substance.

[0031] Because the human body is also a naturally formed substance, and the human body has a naturally formed temperature. The natural substances used by the human body correspond to the natural human body and reach consistency in order to solve the problem. When the material components and elements undergo chemical reactions, the properties of the natural substances are changed and they enter the natural human body, which will change the natural human body and fail to solve the problem, and other health problems will arise.

[0032] New heating temperature: The new heating temperature is to lower the traditional heating temperature. Heating at the calculated material temperature heating factor can save the new heating factor. This can save the heating cost. For example: the traditional heating is 100 degrees, and the new heating is reduced to 50 degrees. The new heating temperature can save 50% of the heating cost compared to the traditional heating.

[0033] New heating time: Traditionally, materials are heated at 100 degrees and kept at 100 degrees for a long time, usually 30 minutes, or even longer. The new heating method reaches the heating degree under the measured material heating degree, stops heating after 1 minute, and then uses the residual heat to cool the material step by step, so as to maintain the stability of the material's properties. The new heating time can save more than 1 minute of heating time compared to the traditional heating time.

[0034] The present invention adopts the above technical scheme to mainly solve the problem of damage to drug genes, components, elements, changes in drug properties, and drug performance and function during temperature processing of Chinese herbal medicine. One is to exceed the existing temperature of the substance itself. One is to process at a temperature lower than the temperature of the substance itself. One is not to process according to the temperature formed by the substance itself. One is that multiple substances are mixed at one temperature to damage the properties, performance and function of the substances, and the side effects that occur ultimately affect the effect.

[0035] Through the above technical solution, the innovation of the present invention lies in the overall substance, and it is named because the gene in the substance was discovered. Innovative gene medicine is only one of the substances, and other substances also have innovation, because each substance contains the gene, composition, elements and effects of use of the substance. For other substances, we also process and prepare them according to the temperature of each substance, and each substance has its own temperature. It has changed the problems caused by traditional temperature in material processing, and changed the traditional inability to bring out the effective performance functions of the substance, and prevented the side effects of material processing during use. The effective functions of the substance are fully brought into play, so that the effect of the use of the substance is significantly improved. It has achieved twice the result with half the effort.

[0036] The present invention and its implementation methods are described above, and such description is not restrictive. In short, if ordinary technicians in the field are inspired by it, without departing from the purpose of the invention, they can design structures and embodiments similar to the technical solution without creativity, which should all fall within the protection scope of the present invention.

Claims

1. A novel method for heating a substance, characterized in that: The method comprises the following steps: (1) Container: prepare the container and then put the material to be processed into the container; (2) Steam heating: depending on the quality of the material, the material is placed first, or steam is injected first and then the material to be heated is placed; (3) Water heating: according to the properties of different substances, put the substances first, or inject water first and then put in the substances that need to be heated; (4) Baking and heating: Place the material in a tool made of clay and heat it to bake.

2. A novel method for heating a substance according to claim 1, characterized in that: In the step (2) of steam heating, each substance has its own temperature. Before heating, the temperature of each substance is accurately calculated, and the substance is heated according to its own temperature. The temperature of the steam heating cannot be higher or lower than this standard, so as to activate the properties and performance of the substance and bring the effective performance of the substance into play.

3. A novel method for heating a substance according to claim 1, characterized in that: In the step (3) of water heating, each substance has its own temperature. Before heating, the temperature of each substance is accurately calculated, and the substance is heated according to its own temperature. The temperature of the water heating cannot be higher or lower than this standard, so as to activate the properties and performance of the substance and bring the effective performance of the substance into play.

4. A novel method for heating a substance according to claim 1, characterized in that: In the step (4), each substance has its own temperature. Before heating, the temperature of each substance is accurately calculated, and the substance is heated according to its own temperature. The baking temperature cannot be higher or lower than this standard, so as to activate the properties and performance of the substance and bring the effective performance of the substance into play.