CN100409917C - Trace element activity analysis and extraction method and device - Google Patents

Abstract

The invention relates to a method and a device for analyzing and extracting the activity of trace elements, wherein the device comprises: a filter device; a preheating device is communicated with the filtering device; an extraction tank communicated with the preheating device and filled with material; the activation tank is communicated with the extraction tank and is filled with ozone; an ozone generator, which is communicated with the extraction tank and the activation tank and provides an ozone source; a high pressure oxygen generator, which is communicated with the extraction tank and provides a high pressure oxygen source; a filtering storage tank which is communicated with the activation tank for filtering and storing; the extraction method includes mixing ozone, high pressure oxygen and water, and ultrasonic diathermy, and at normal temperature, its high decomposition capacity and forced permeability are used to stabilize the physical property of extracted matter, make nutrients not easy to be lost, and make the extracted matter possess high pharmacological activity.

Description

Extraction method and device for trace element activity analysis

technical field

The present invention is a trace element activity analysis and extraction method and its device, which can be carried out at normal temperature, so that the physical properties of the extracted substance are stable, the nutrient components are not easy to lose, the method and the device have high extraction components and complete pharmacological activity.

Background technique

The human body, and all other living organisms, require specific nutrients to maintain the health of body tissues and provide the calories needed for activity. The nutrients generally referred to include two categories: one is macronutrients, including protein, carbohydrates and fats, which are used to supply calories and tissue substances; the other is micronutrients, which require very small amounts, including micronutrients and Although minerals cannot supply calories, they play a very important role in the biochemical metabolism in the body.

The so-called trace elements refer to very small amounts of tissue composition and requirements in the human body, generally less than 100 mg or as low as micrograms, but they are necessary for the biochemical metabolism and function execution of macronutrients. Without minerals and With the existence of trace elements, the functions of microorganisms, enzymes and coenzymes in the body will be completely lost. These trace elements include zinc, copper, manganese, iron, cobalt, fluorine, molybdenum, iodine, boron, chromium, silicon, selenium, germanium, vanadium, gallium, nickel, tin, lanthanum, lithium.

In the human body, trace elements usually form complexes with organic compounds (mainly proteins, for example, iron and proteins form transferrin, which is used to transport and store iron; iron ions bound in heme itself are active centers and can interact with The combination of protein and oxygen molecules is responsible for the transportation of oxygen; zinc is a component of dehydrogenase and phosphohydrolase; cell oxidative enzymes need both copper and iron.

Over the past fifty years, research on the biological functions of trace elements and related diseases caused by their deficiencies has progressed rapidly, and their importance has thus increased. Generally speaking, the lack of trace elements will cause health problems, such as anemia caused by iron deficiency and goiter caused by iodine deficiency are the most typical examples. Most people suffer from various pains due to unbalanced absorption of protein and calories, or various diseases due to insufficient intake of trace elements. Although malnutrition and muscle starvation are mainly found in some poor areas of Asia, Africa and Latin America, deficiencies of several trace elements, including zinc, copper, and selenium, have commonly occurred in various parts of the world (including rich areas. It is generally believed that Requirements for trace elements such as chromium, copper, manganese and selenium are so low that deficiencies of these elements are often overlooked.

From a nutritional point of view, trace elements can be obtained from natural foods without additional supplementation. If our land is pure and natural without any pollution, if our water source and water quality are naturally clean, if our air is clean and pleasant, then the nutrients we need every day, including trace elements, can be supplied from food, vegetables and fruits. It is a pity that human factors destroy the physical, chemical and biological chains of the entire nature. Therefore, in this case, the daily food and drinking water cannot ensure the nutrition we need for a healthy day.

At present, the trace elements in the water are to be extracted by high temperature method, but the extraction in this way will make the extracted trace elements unstable in physical properties, and the nutrients are easily lost, and the physical structure (or the pharmacological activity produced by it) will also be affected. May be destroyed by heat and, therefore, incomplete.

Contents of the invention

In view of the current environmental factors, balanced food and drinking water cannot ensure the supply of trace elements needed by people for a day, so the inventor invented a method for analyzing and extracting trace element activity and its device, which uses ozone and high pressure oxygen to mix with water Finally, combined with ultrasonic heat permeability, at room temperature, using its high decomposition ability and forced permeability, the physical properties of the extracted substances are stabilized, the nutrients are not easy to lose, the extracted components are high and the pharmacological activity is complete. This is the purpose of the invention.

In order to achieve the aforementioned object of the invention, the technical means used in the present invention is to provide a trace element activity analysis extraction device, which includes:

A filter device to deionize the water source to form deionized water;

A preheating device, connected with the filter device, can heat the deionized water to 25-50°C;

An extraction tank, which communicates with the preheating device, has a built-in material, and can be used for the introduction of the above-mentioned heated water, and is passed through ozone and high-pressure oxygen to form an extraction liquid;

An activation tank, connected with the extraction tank, for the introduction of the above-mentioned extract solution fed with ozone and high pressure oxygen, and activated with ozone to form an activation solution;

An ozone generator, connected to the extraction tank and the activation tank, provides an ozone source, and injects the generated ozone into the extraction tank and the activation tank;

A hyperbaric oxygen generator, connected with the extraction tank, providing a high-pressure oxygen source, and injecting the generated hyperbaric oxygen into the extraction tank mixed with the above-mentioned ozone;

A filter storage tank, connected with the activation tank, for the introduction of the activation solution, with a filter device inside to filter the activation solution and store the filtrate;

An encapsulation device communicates with the filter storage tank and encapsulates the filtrate.

The material of the device is ore, seaweed, ganoderma lucidum, dandelion or coix seed.

A method for analyzing and extracting trace elements, comprising:

obtain a source of water;

Deionize it to form deionized pure water;

Warm the pure water into heated water at 25-50°C;

Add heated water to the substance material to form a mixed liquid;

The mixture is passed through ozone and high pressure oxygen to become an extract carrying trace elements;

Activating the extract with ozone into activated water;

Contact the activated water with the material again and pass it through ozone and high pressure oxygen, then activate it with ozone, and repeat this step;

Filter this activated water into a filtrate;

The filtrate is bottled.

In the method, the material is ore, seaweed, ganoderma lucidum, dandelion or coix seed.

In the method, the mixing ratio of heating water to material is 2:3.

In the method described above, the activated water is contacted with the material again and passed through ozone and high-pressure oxygen, and then activated with ozone, and this step is repeated for at least five hours.

Description of drawings

Figure 1 is a schematic diagram of the present invention.

10: Filtration device 20: Preheating device

30: Extraction tank 31: Hyperbaric oxygen generator

32: Ozone generator 40: Activation tank

50: Filtration storage tank 60: Packaging equipment

The trace element activity analysis and extraction device of the present invention is shown in Fig. 1, and it comprises: a filter device 10, deionizes water source and forms deionized water; A preheating device 20, communicates with above-mentioned filter device 10, can The deionized water is heated to 25-50°C; an extraction tank 30 is connected with the aforementioned preheating device 20, and has a built-in material 31, which can be introduced into the heated water and passed through ozone and high-pressure oxygen to form Extraction solution; an activation tank 40, which communicates with the above-mentioned extraction tank 30, can be used for the introduction of the above-mentioned extraction solution with ozone and high pressure oxygen, and is activated with ozone to become an activation solution; an ozone generator 32, connected with the above-mentioned extraction tank 30 and activation tank 40 are communicated to provide an ozone source, and inject the ozone produced in the extraction tank 30 and activation tank 40; a high-pressure oxygen generator 31 communicates with the above-mentioned extraction tank 30 to provide a high-pressure oxygen source and generate The high pressure oxygen and the above-mentioned ozone are mixed and injected into the extraction tank 30; a filter storage tank 50 is connected with the activation tank 40 for the introduction of the activation solution, and a filter device is arranged in it to filter the activation solution and provide the filtrate Storage: an encapsulation device 60 communicated with the filter storage tank for encapsulating the filtrate.

The method for analyzing and extracting trace elements of the present invention includes: obtaining a water source; deionizing it in the filter device 10 to form deionized pure water; introducing the pure water into the preheating device 20 and heating it to 25- Heated water at 50°C; add this heated water into the extraction tank 30 with the material material to make it a mixed solution; put the mixed solution in the extraction tank 30, and then pass through the ozone and high-pressure oxygen produced by the ozone generator 32 The high-pressure oxygen produced by the generator 31 makes it an extract containing trace elements; then the extract is introduced into the activation tank 40, and then activated by the ozone produced by the ozone generator 32 to become activated water; continue to activate this Water is introduced into the extraction tank 30, ozone and high pressure oxygen are passed through the extraction tank 30, and then introduced into the activation tank 40, activated with ozone, and this step is repeated for more than five hours, and all are carried out at room temperature , to increase the trace element content in the activated water; introduce the activated water into the filter storage tank 50 to filter into a filtrate and store it;

The above-mentioned material material placed in the extraction tank 30 can be ore, seaweed, Ganoderma lucidum, dandelion or coix seed, etc. In addition, the mixing ratio of the heating water and the material material is 2:3, such as 40% water, 60% material material, at normal temperature Under the condition of using hyperbaric oxygen and ozone to produce ultrasonic diathermy, the trace elements contained in the above materials are extracted and dissolved in water to make the water contain trace elements. The ratio of the materials used can be 40% ore, Ganoderma lucidum 10%, seaweed 20%, dandelion 15%, coix seed 15%.

And during implementation, the capacity of above-mentioned extraction tank 30 is 30 metric tons, and the ozone concentration of extraction liquid is 0.08ppm to 0.13ppm, and the gas outlet pressure of ozone is 3.5 kilograms, and other hyperbaric oxygen flow rate is 700 liters/minute; In addition, activation tank The capacity of 40 is 10 metric tons, and the ozone concentration in it is 0.3ppm to 0.5ppm, and the outlet pressure of its ozone is 3.5kg to 5kg.

In summary, the trace element activity analysis and extraction method and its device of the present invention use ozone and high pressure oxygen to mix with water, and then cooperate with ultrasonic heat permeability, and use its high decomposition ability and forced permeability at room temperature , is an invention that can stabilize the physical properties of the extracted substance, prevent the loss of nutrients, have high extraction components and complete pharmacological activity.

Claims (6)

1. a micro-activity analysis extraction equipment is characterized in that, comprising:

One filter forms deionized water with the water source deionization;

One preheating device is connected with filter, deionized water can be heated to 25-50 ℃;

One extraction tank is communicated with preheating device, and it is built-in with material, and can import for the water after the above-mentioned heating, and passes to ozone and hyperbaric oxygen formation extract;

One activated bath is communicated with extraction tank, for the above-mentioned extract importing that passes to ozone and hyperbaric oxygen, and passes to ozone and is activated into activating solution;

One ozone generating machine is connected with extraction tank and activated bath, and ozone source is provided, and the ozone that produces is injected extraction tank and activated bath;

One hyperbaric oxygen produces machine, with extraction trough, provides the high pressure oxygen source, and the hyperbaric oxygen that produces is mixed the injection extraction tank with above-mentioned ozone;

One filters accumulator tank, is connected with activated bath, imports for activating solution, is provided with a filter in it, activating solution is filtered, and can store for this filtered fluid;

One sealed in unit is connected with the filtration accumulator tank, and filtered fluid is encapsulated.

2. device as claimed in claim 1 is characterized in that, material is ore, marine alga, glossy ganoderma, dandelion or coix seed.

3. the method for an analytical extraction trace element is characterized in that, this method includes:

Obtain a water source;

With its deionization, form the pure water of deionization;

This pure water heated into 25-50 ℃ the hot water that adds;

To add hot water admixture material and become mixed liquor;

This mixed liquor is passed to ozone and hyperbaric oxygen become the extract that carries trace element;

This extract is activated into activated water with ozone;

After this activated water contacted and pass to ozone and hyperbaric oxygen with material once more, activated with ozone again, repeated this step;

This activated water is filtered into cleaner liquid;

Cleaner liquid is bottled.

4. method as claimed in claim 3 is characterized in that, material is ore, marine alga, glossy ganoderma, dandelion or coix seed.

5. method as claimed in claim 3 is characterized in that, adding hot water and material mixing ratio is 2: 3.

6. method as claimed in claim 3 is characterized in that, activated water is contacted and passes to ozone and hyperbaric oxygen with material once more after, activated with ozone again, repeated this step minimum five hours.

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