JP5224436B2 - Method for producing soft drink - Google Patents

Description

The present invention relates to a process for the production of the Qing cool drinking water.

  In recent years, so-called “detox” purification in the body (hereinafter simply referred to as “detox”), which promotes health by discharging toxin components accumulated in the body, has attracted attention. By this “detox”, various effects such as improvement of health condition, immunity, and improvement of organ functions such as liver and kidney can be expected.

  Toxins targeted by this “detox” include toxins that accumulate in the body through meals, such as food additives such as synthetic sweeteners and pigments, disinfectants such as chlorine, preservatives, herbicides, etc. Pesticides and various harmful heavy metals. In addition to meals, there are toxins that accumulate in the body through the external environment, and environmental pollutants such as exhaust gases, chlorofluorocarbons, and acid rain can be considered.

  As described above, “Detox” attracting attention from various fields has been intensively researched and developed, and has been filed for a patent. As prior art relating to such “detox”, for example, one described in Patent Document 1 (Japanese Patent Application Laid-Open No. 2007-151549, title of invention; in-vivo purification kit and in-body purification method) is known.

  The prior art described in Patent Document 1 discloses an internal purification kit containing a food and a bath agent. In particular, the food is [A group] food for cleansing the body containing herbal medicine, [[I] group] food for nutrition supplement containing herbal medicine, [[group]] food containing at least one selected from vegetables, fruits and cereals, [ D group] Foods including vegetable juice and fruit juice, [O group] Foods that combine fruit juice and jelly containing herbal medicines, [Food group] Rice, wheat, rice cake, beans, rice cake, rice cake, etc. It has become.

JP 2007-151549 A (particularly paragraph numbers [0009] to [0015])

  The food in the body purification kit is a food containing a large amount of crude drugs and natural foods. Further, as described in paragraph [0009] of Patent Document 1, it is assumed that “detox” is performed over a long period of one to three months or a short period of one to two days such as a weekend.

However, there are people who are difficult to take food regularly, such as single working adults who are busy on holiday or can only eat out, and people who are difficult to cook by themselves, making `` detox '' in a simpler way possible There was a request to do.
In addition, it is not classified as a medicine or quasi-drug, but if it is discussed at all, it contains ingredients that can be sold as soft drinks, such as juice, so that it can be easily detoxified as if it were a normal drinking water. There was a request to make it possible.

Therefore the present invention has been made to solve the above problems, its object is to provide a method of manufacturing the Sayaka Sei drinking water purification work more easily.

In order to solve the above-mentioned problems, the present invention stirs a mixed solution obtained by mixing hard natural zeolite in powder form and high-purity sericite in powder form in at least one of fulvic acid or humic acid. A primary stirring step;
A second stirring step of stirring a mixed solution obtained by mixing natural mineral water with the mixed solution stirred in the first stirring step;
A first stationary step of allowing the liquid mixture stirred in the second stirring step to stand for a predetermined time to precipitate unnecessary substances;
A filtration step of removing unnecessary substances by filtering the mixed solution left in the first standing step through a filter;
A homogenization step of heating and homogenizing the mixed liquid filtered in the filtration step;
A second stationary step in which the liquid mixture homogenized in the homogenizing step is allowed to stand for a predetermined time to precipitate impurities;
A supernatant liquid extracting step of extracting the supernatant liquid by heating the liquid mixture left standing in the second stationary step;
A sterilization step for heat sterilization of the supernatant extracted in the supernatant extraction step;
The final step of using the supernatant liquid sterilized in the sterilization step as a soft drink,
Have
Wherein A packaged the soft drink 30mL per a hard natural zeolite 0.015 mg, and high purity sericite 0.012 mg, in that it contains, at least one of the fulvic acid or humic acid 0.021mL And

According to the present invention, it is possible to provide a the Sayaka Sei drinking water purification work more easily.

Hereinafter, a method for manufacturing the Sayaka Sei drinking water of the best mode for carrying out the present invention. First, RuKiyoshi cool drinking water put in this embodiment, the natural minerals Le water can be used as drinking water, and hard natural zeolite, a highly pure sericite, and at least one of fulvic acid or humic acid, Are mixed.

Natural minerals Le water, for example, per 1L, lipid 0 g / L, protein 0 g / L, carbohydrates 0 g / L, calcium 33.60mg / L, sodium 10.72mg / L, magnesium 11.20mg / L, iron 1. Contains 92 mg / L and 0.02 mg / L potassium.
Mg / L indicates how many mg is contained in 1L.

Hard natural zeolite is, for example, silicic acid 67.73 wt%, aluminum 11.88 wt%, iron 0.77 wt%, manganese 0.02 wt%, calcium 1.72 wt%, magnesium 0.40 wt%, sodium 2.50 wt%, potassium 1.94 wt%, titanium 0.22 wt%, etc. are contained. Hard natural zeolite is a powdery powder.
The wt% is expressed in% by (mass of component / mass of hard natural zeolite) / 100, for example.

High-purity sericite (sericite) is hydrous magnesium potassium silicate, but is called sericite because the crystal is finer than mica and has a silky luster. This high-purity sericite (sericite) has an average particle size of 5 to 7 (μm), a particle size distribution (90%) of 11 to 13 (μm), a specific surface area of 2 to 4 (m ² / g), Hunter white It is a powdery powder having a degree of 95% or more, a specific volume of 1 to 3 (ml / g), an aspect ratio of 20 to 30, and an oil absorption of 60 to 80 (ml / 100 g).

Fulvic acids, of the corrosion material the final product to be degraded by microorganisms such as plants, an amorphous polymer organic acid does not precipitate with acid. Widely distributed in soil and natural water. For example, soil-derived fulvic acid contains 35 to 42 wt% carbon, 3 to 6 wt% hydrogen, about 1 wt% nitrogen, and about 0.3 to 0.7 wt% sulfur.

The humic acid, among humic such plants, the final product that is decomposed by microorganisms, an amorphous polymer material is acidic. For example, carbon 52-58%, hydrogen 3.6-6.0%, nitrogen 3.0-5.7%, most of the remainder is oxygen, but contains 1% or less sulfur.

Then, Sayaka Kiyoshi drinking water A packaged Sayaka Sei drinking water 30mL per a hard natural zeolite 0.015 mg, and high purity sericite 0.012 mg, at least one of fulvic acid or humic acid 0.021mL And drinking water that contains.
Here, at least one of 0.021 mL of fulvic acid or humic acid may be 0.021 mL of fulvic acid only, 0.021 mL of humic acid only, or 0.021 mL of fulvic acid and humic acid. It may be a mixture with

Sayaka Sei drinking water of this, for example, drink and put 5-6 drops of water or warm water of a full glass, preferably when you drink three to four times a day. Natural minerals mineral supplement by Le water, suction removal of harmful substances by micropores of hard natural zeolites and high purity silk mica, can be expected sterilized by fulvic acids or humic acid.

Next, description will be given of a manufacturing method of the Sayaka Sei drinking water of this. Here, 60L is assumed as a production lot.
A mixed liquid obtained by mixing 600 g of powdered hard natural zeolite and 450 g of powdered high-purity sericite with 9 L of liquid fulvic acid is stirred (first stirring step). Instead of 9 L of this fulvic acid, only 9 L of humic acid may be used, or a mixture of 9 L of fulvic acid and humic acid may be used.

Then stirring the mixed solution obtained by mixing natural minerals Le water 51L to the mixed solution was stirred at the primary stirring step (secondary stirring step).
Next, the liquid mixture stirred in the second stirring step is allowed to stand for a predetermined period to precipitate unwanted substances (first standing step).

Then removing unnecessary by filtration through Ri濾 by the mixture was allowed to stand at about first Tsugisei置工Filter (Filtration Step).
Heating the mixture was filtered through a Filtration step in the next homogenized (homogenization step).
Next, the liquid mixture homogenized in the homogenization step is allowed to stand for a predetermined period of time to precipitate unwanted substances (secondary static step).

Next, the supernatant liquid is extracted by heating the liquid mixture that has been allowed to stand in the second stationary step ( supernatant liquid extraction step).
Next, the supernatant liquid extracted in the supernatant liquid extraction process is sterilized by heating (sterilization process).
Then supernatant was sterilized by sterilizing step is packaged and Sayaka Sei drinking water after cooling (final step).

It has been described above manufacturing method of the Sayaka Sei drinking water of the present invention. According to the present invention, it can be expected the following advantages.
(1) Adsorption and discharge of heavy metals Adsorb heavy metals such as mercury, cadmium, lead, and arsenic by their physical molecular structure and chemical charge characteristics, and discharge them from the body.
(2) Inhibition of virus growth
By adsorbing to a part of the virus, the growth process is inhibited, and as a result, the virus growth is suppressed.

Claims (1)

A primary stirring step of stirring a mixed liquid obtained by mixing hard natural zeolite of powdered powder and high-purity sericite of powdered powder with at least one of fulvic acid or humic acid;
A second stirring step of stirring a mixed solution obtained by mixing natural mineral water with the mixed solution stirred in the first stirring step;
A first stationary step of allowing the liquid mixture stirred in the second stirring step to stand for a predetermined time to precipitate unnecessary substances;
A filtration step of removing unnecessary substances by filtering the mixed solution left in the first standing step through a filter;
A homogenization step of heating and homogenizing the mixed liquid filtered in the filtration step;
A second stationary step in which the liquid mixture homogenized in the homogenizing step is allowed to stand for a predetermined time to precipitate impurities;
A supernatant liquid extracting step of extracting the supernatant liquid by heating the liquid mixture left standing in the second stationary step;
A sterilization step for heat sterilization of the supernatant extracted in the supernatant extraction step;
The final step of using the supernatant liquid sterilized in the sterilization step as a soft drink,
Have
Wherein A packaged the soft drink 30mL per a hard natural zeolite 0.015 mg, and high purity sericite 0.012 mg, in that it contains, at least one of the fulvic acid or humic acid 0.021mL method of manufacturing a RuKiyoshi cool drinking water to the.