JPH0688027B2 - Increasing flavors of beverages such as coffee, tea and sake beer - Google Patents
Increasing flavors of beverages such as coffee, tea and sake beerInfo
- Publication number
- JPH0688027B2 JPH0688027B2 JP2760386A JP2760386A JPH0688027B2 JP H0688027 B2 JPH0688027 B2 JP H0688027B2 JP 2760386 A JP2760386 A JP 2760386A JP 2760386 A JP2760386 A JP 2760386A JP H0688027 B2 JPH0688027 B2 JP H0688027B2
- Authority
- JP
- Japan
- Prior art keywords
- water
- stone
- coffee
- tea
- beer
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Food Preservation Except Freezing, Refrigeration, And Drying (AREA)
- Tea And Coffee (AREA)
- Alcoholic Beverages (AREA)
- Non-Alcoholic Beverages (AREA)
Description
【発明の詳細な説明】 この発明は、公知の塩素殺菌を行った、水道水や、大腸
菌、アンモニア、の多い井戸水や、河川水を使用した、
水で、コーヒーや、お茶やジュース、ソーダーコカコー
ラを作る時は、塩素臭や、アンモニア臭カビ臭等によっ
て、風味を損ふ場合が多く、、又酒や、ビールの醸造
や、蒸溜酒に使用するガラス容器等は、大腸菌が附着し
ているで、洗瓶処理と殺菌を行ふ必要があり、その殺菌
剤使用による洗滌浄化法として、色々の問題があり、又
水道水自体の風味は、塩素臭や、カビ臭等が残存してい
て飲料水加工に利用するには、いささか問題があった
が、この水道水にラヂエーシヨン性の大理石石灰石、陽
起石、白雲石と時鉄礦石を組合せた砕石や、加工石を、
その鉱石の侭で、使用し、又は、これを、多孔質プラス
チツクス袋や、金属製多孔容器に入れた、加工礦石を浸
漬せしめ、塩素イオンはその礦石のカルシウム塩で、吸
着せしめ、そのラヂエーシヨン性と溶出する、硅炭酸カ
ルシウム塩の触媒作用によって、浸漬水を縮合して構造
水化せしめ、酒、ビール等のアルデヒドを還元せしめ、
又、米飯水に、この構造水を使用して防カビ効果を発揮
せしめて、黄変する事を防ぐ様にした、飲料水の風味を
高める様にした風味増加鉱石加工体にかかるものであ
る。DETAILED DESCRIPTION OF THE INVENTION The present invention uses well-known chlorine-sterilized tap water, well water containing a lot of E. coli, ammonia, and river water,
When making coffee, tea, juice, or soda coca cola with water, the flavor is often impaired due to chlorine odor, ammonia odor, mold odor, etc. Also used for sake, beer brewing, and distilled liquor E. coli is attached to the glass container, etc., and it is necessary to perform bottle washing and sterilization.There are various problems as a cleaning purification method using the bactericide, and the flavor of tap water itself is There were some problems in using it for drinking water processing due to residual chlorine odor, mold odor, etc., but this tap water had a combination of radiative marble limestone, positive stone, dolomite and sesame stone. Crushed stones and processed stones
Use the ore on the side of the ore, or dip it into a porous plastic bag or a metal perforated container to immerse the processed conglomerate, and adsorb the chloride ion with the calcium salt of the conglomerate, and then radiate it. By the catalytic action of calcium carbonate, which elutes with the property, the immersion water is condensed to form structural water, and aldehydes such as sake and beer are reduced,
In addition, this structure water is applied to cooked rice water to exert a mildew-proofing effect so as to prevent yellowing, and it is related to a flavor-increasing ore processed product that enhances the flavor of drinking water. .
一般公知のコーヒ水やお茶水を水道水を使用して処理し
たものは、殺菌剤の塩素イオンの影響で風味が損はれ、
脱塩処理が要求され、活性炭やゼオライトの組合せ、又
は、単独の吸着剤による処理が公知のなっていたが、吸
着には限度があり、その使用寿命は短かく、又は、この
吸着剤に、大腸菌が附着して、非衛生的であった。又、
この吸着剤の改良型として、亜硫酸カルシウムや、亜硝
酸カルシウムの様な、塩素分解方式による、脱塩法が開
発されたが、発癌性のイオンが溶出して、風味が損は
れ、その改善が要求されていた。What is generally known as coffee water or tea water treated with tap water, the flavor is impaired due to the effect of chlorine ions of the bactericide,
Desalination treatment is required, and a combination of activated carbon and zeolite, or treatment with a single adsorbent has been known, but adsorption is limited, its service life is short, or this adsorbent, Escherichia coli was attached and it was unsanitary. or,
As a modified type of this adsorbent, a desalting method by a chlorine decomposition method such as calcium sulfite and calcium nitrite was developed, but carcinogenic ions are eluted and the flavor is impaired, and its improvement Was required.
この発明は、この理由から、通常のお茶の葉をティーパ
ツク袋に入れた、耐水性で多孔質の繊維紙の熱融着性、
包装小袋を、多孔質プラスチツクス小袋又は、礦石の砕
石や、加工石のままの状態で又、金属容器に嵌着せしめ
た、状態で水道水に浸漬せしめる時は、1.2〜2.5倍のラ
ヂエーシヨン性のある、大理石、石灰石、陽起石、白雲
石と磁鉄礦石とを組合せた、砕石や、加工石を使用する
事によつて、先づカルシウム塩によって脱塩吸着が行は
れると、同時に、礦石中の金属イオン溶出が行はれ、そ
の硅炭酸カルシウムの溶出作用によって、水は、収剣
し、ラヂエーシヨン性と磁子によって、水は縮合し、高
分子の6員環5員環4員環の構造水を形成し、その構造
水に包埋された、お茶水として、風味のまるやかな水液
が得られ、特に水温を下げれば、下げる程、風味は増大
する、これは、時間の経過、即ち、浸漬礦石時間が長く
なる程、6員環、5員環4員環の縮合した構造水が多く
形成される為で、核磁気共鳴の測定によつて、明らかで
あり、酒ビール水に浸漬した酒ビール水も、冷却すると
共に、構造水が出来、そのラヂエーシヨン性と磁子によ
って、アルデヒドは環化されて、エタールアルコールに
変換して、アルデヒド値0.028%のものは、0.008%以下
に低下する。For this reason, the present invention is a heat-sealing property of water-resistant and porous fiber paper in which tea leaves are put in a tea bag, for this reason.
When the packaging pouch is a porous plastic pouch, or the crushed stone of rubble stone, or the processed stone as it is, or when it is fitted into a metal container and immersed in tap water, it has 1.2 to 2.5 times the radiation property. By using crushed stones and processed stones that have a combination of marble, limestone, olivine, dolomite and magnetite conglomerate with a certain amount, the desalting and adsorption of calcium salt is performed at the same time. The metal ions in the stone are eluted, and the calcium carbonate elutes to condense the water, and the radiation and the magnetism cause the water to condense, and the polymer 6-membered 5-membered ring 4 As a tea water that forms structural water of a member ring and is embedded in the structural water, a mellow water solution with a mellow flavor is obtained, and the lower the water temperature, the more the flavor increases. , The longer the soaking stone is, the 6-membered ring, the 5-membered It is obvious from the measurement of nuclear magnetic resonance that structural water with condensed 4-membered ring is formed, and the liquor beer water immersed in the liquor beer water is cooled, and structural water is formed. Radiation and magnetism cause aldehydes to be cyclized and converted into etal alcohols, and those with an aldehyde value of 0.028% decrease to 0.008% or less.
又、この水を、冷却して、氷結する時、本構造水の氷結
温度が−1.8℃であるに対し、水道水は−2.3℃で氷結す
る。又、アルコール水の沸点は、3%高い温度で蒸発す
る様になる。従つて、この酒ビールを飲む時、一級酒
は、二級酒の様な味を呈て、二日酔の要因を作らない
が、加温して80℃の温度になると、元の一級酒と同じ味
に変化する。そして、低温飲取ならば、二日酔は、2倍
量になるまで酔は無い。When the water is cooled and freezes, the freezing temperature of the structure water is −1.8 ° C., whereas tap water freezes at −2.3 ° C. Also, the boiling point of alcoholic water will be vaporized at a temperature higher by 3%. Therefore, when drinking this sake beer, the first-class liquor has the taste of second-class liquor and does not cause a hangover, but when heated to a temperature of 80 ° C, the original first-class liquor Changes to the same taste as. And if you drink at a low temperature, you won't get sick until the hangover is doubled.
又、ラヂエーシヨン性金属鉱物を使用した公知のものと
しては、実願昭52年第1820号があるがこれは、パイプ内
に少くとも、水の通過可能に天然放射性稀有金属元素を
含有するフエルグソン石を使用していて、その成分素は
一般的に、CaO 1.4、MgO、0.58、YiO2+Er3O3 28.3
9、Ce2O3+La2O3+Py2O3 0.29、uO2 3.8SnO2 0.35、
Al2O3 1.35、Fe2O3 0.6、TiO21.12Nf2O3+Ta2O3 44.
97、A2O 3.92 SiO2 0.79、Co2 0.57%が平均値であ
り、uO2及びLn2O3が主たる、ラヂエーシヨン発生源であ
り、ThO2もラヂエーシヨンを持つている。しかし、この
フエルグソン石は、日本の放射能制限基準値を1とする
時、20倍以上の高値を呈し、実用的でなく、又、実願昭
56年第71650号に示す、ラヂウム含有礦石を使用したラ
ドン水及びミネラル水の発生器が公知となつている。こ
れは、自動注水停止弁付、貯水タンク内にラヂウム含量
を有する礦石を脱着自由な容器内に入れ、発生する、ラ
ドン及びミネラル水を常に、自然作用で、貯水する、ミ
ネラル水発生器の構造で、ラドンミネラル水製造の礦石
を調べると2000マイクロキユリー以上のラヂエーシヨン
があり、制限基準値を遥かに越える礦石を使用してい
る。Also, as a publicly known thing using a radiative metallic mineral, there is Japanese Patent Application No. 1820 in 1972, which is a fuergusonite containing a natural radioactive rare metal element so that water can pass through at least in the pipe. , Whose constituents are generally CaO 1.4, MgO, 0.58, YiO 2 + Er 3 O 3 28.3
9, Ce 2 O 3 + La 2 O 3 + Py 2 O 3 0.29, uO 2 3.8SnO 2 0.35,
Al 2 O 3 1.35, Fe 2 O 3 0.6, TiO 2 1.12 Nf 2 O 3 + Ta 2 O 3 44.
97, A 2 O 3.92 SiO 2 0.79, Co 2 0.57% are the average values, uO 2 and Ln 2 O 3 are the main radiation sources, and ThO 2 also has the radiation. However, this fuerguson stone is 20 times or more high when the radioactivity limit standard value of Japan is set to 1, and it is not practical.
A generator of radon water and mineral water, which uses radia-containing conglomerate as shown in No. 71650 of '56, is known. This is a structure of a mineral water generator with an automatic water injection stop valve, in which a stone containing a radium content in a water storage tank is put into a desorption-free container and the generated radon and mineral water are always stored naturally. Then, when I looked at the sesame stones for producing radon mineral water, there was a radiance of more than 2000 microkyuries, and the sesame stones far exceeding the limit standard value were used.
又実願昭52年第6444号は水質安定化、充填体に、かかる
ものが、公知となつているがこれは、1周囲をシールし
た、繊維質容器にコーラルサンドを充填した、水質安定
化充填体にかかるもので、このコーラルサンドは、亜洋
性のサンゴ泥帯をサンゴ礁に分布する、CaO 58.0〜58.
5%CO2 40〜41.0%の炭酸カルシウムを使用したものが
公知となつている。Also, Japanese Patent Application No. 6244, No. 6444 is known to stabilize the water quality, and that such a packing is known. This is a water quality stabilization in which one circumference is sealed and a fibrous container is filled with coral sand. This coral sand is related to the filling body, CaO 58.0-58, which distributes coral mud zones of the subtropical coral to coral reefs.
It is known that calcium carbonate having 5% CO 2 40 to 41.0% is used.
これは、ラヂエーシヨン性は、まったく無い。又実願昭
57年第29277号に、天然活性石等を使用した装置から成
り、これは、容易に破れたり、くされたりする事がない
強い材料で造られた、通気性のある布状の物(1)と
(2)を重ねその間に天然活性石のくだいたもの(3)
を適当に入れる(イ)(ロ)の状態のものを、区別用の
糸(4)を使って(1)と(2)の布を、ぬい合せて、
石室(5)を作り、その内部の細石(3)が外部に散出
しなようにする、以上の加工を施した、天然活性石の使
用装置にかかるもので、その活性寂として、麥飯石、天
龍石、大陽石、グリーン石を使用する事が公知となつて
いる。この活性石は、ラヂエーシヨン性であるものと、
無いものがあるが、ラヂエーシヨン性のものは、屡々制
限値を越えるものがある、又之等の麥飯石等は、その組
成は、硅酸塩化合物でニオブ、タンタル、量の少くな
い、ゼオライに似た礦物質から成立つている。It has no radiating properties. Makoto Mitsuaki
No. 29277, 1957, consists of a device using natural activated stone, etc., which is made of a strong material that does not easily break or get burned, and is a breathable cloth-like material (1 ) And (2) are piled up and natural activated stones are used in between (3)
Put the (1) and (2) in the appropriate state, stitch the cloths of (1) and (2) using the distinguishing thread (4),
The stone chamber (5) is made, and the fine stones (3) inside the stone chamber (3) are prevented from scattering to the outside. The above-mentioned processing is applied to the device for using natural activated stones. It is known to use Tenryu stone, Taiyo stone, and green stone. This activated stone has a radiating property,
There are some that do not exist, but those that have a radiative property often exceed the limit value.Matayuki et al. Have a composition that is a silicate compound of niobium, tantalum, a small amount, or zeoli. It is made up of similar mineral substances.
又、一般の結晶性の方解石から成る石灰石や大理石で
は、その殆んどが、ラヂエーシヨンは無いこれに、対
し、本発明に於ける、ラヂエーシヨン性の大理石、石灰
石、陽起石、白雲石、天然放射能値を天然赤土粘土を1
とする時、1.2〜2.5倍の範囲の放射能を有するもので、
0.4マイクロキユリー乃至20マイクロキユリー程度の範
囲のもので公知のラヂウム石や、フエルグソン石の様な
高いラヂエーシヨン性は無く、従って、人体に直接影響
する強力なものではない。Most of the limestones and marbles composed of general crystalline calcite do not have a radiance, whereas, in the present invention, the radiant marble, limestone, yangseki, dolomite, natural Radioactivity value is 1 for natural red clay
, And the radioactivity in the range of 1.2 to 2.5 times,
It does not have the high radiative properties of the well-known Radium stone and Ferugsonite in the range of 0.4 to 20 Microkyurie, and therefore is not a powerful one that directly affects the human body.
又、本石灰石、大理石、陽起石、白雲石の礦石は昔2億
年以前に太平洋プレートが日本海溝に、めり込んだ時
に、隆起した、サンゴ礁の化石から成り、カリ、ナトリ
ウムの放射性同位元素を含んだものに、地殻マグマの噴
出によって突出した磁鉄礦や白金金属、金、銀その他の
金属を含んだ、磁鉄礦層から成立つたもので、公知の水
質安定剤のコーラルサンドの化石化したもでコーラルサ
ンドと異なるのは、本発明の礦石の大理石等がラヂエー
シヨン性であり、公知のものは、ラヂエーシヨン性は殆
んどなく、同位元素のカリ、ナトリウム塩が本発明のも
のは、多い異であり、又、本発明は、単磁子の多い磁鉄
礦石を組合せて縮合する、構造水の形成を促進したもの
で、その礦石の浸漬水には、構造水を作り易い、硅炭酸
カルシウムを多く溶出した、浸漬水を利用したもので、
コーラルサンド石、浸漬水に金属鉄を入れて一週間放置
する時、その金属鉄は、錆を生じ褐色の水液を作るが、
本発明の石灰石、礦石のものは、金属鉄の錆は生じな
い、そして、この本発明の礦石を幾度か浸漬水を、新し
くして使用する時は、次第に、その効果は低下する事
は、同位元素のカリやナトリウムイオンが減少しても錆
を生じ易く、硅酸イオン量も漸減している。従つて、こ
の構造水も漸次低分子化する性質がある。一般に、その
使用は、40〜100回使用が最も良い構造水が得られる。In addition, this limestone, marble, olivine, dolomite conglomerate is made up of coral reef fossils that were raised when the Pacific plate was immersed in the Japan Trench 200 million years ago, and contained radioactive isotopes of potassium and sodium. It is made up of a magnetite conglomerate layer containing magnetite conglomerate, platinum metal, gold, silver and other metals protruding from the eruption of crustal magma, and fossilized coral sand of a known water quality stabilizer. What differs from coral sand is that the marble of the present invention has a radiative property, and the known ones have almost no radiative property, and potassium isotopes and sodium salts of the present invention are many. The present invention is different, and the present invention promotes the formation of structural water by condensing and condensing magnetite conglomerate having many single magnetons, and the immersion water of the conglomerate makes it easy to make structural water. Dissolves a lot of calcium It was, utilizes the soaking water,
Coral sand stone, when you put metallic iron in immersion water and leave it for a week, the metallic iron rusts and makes brown water liquid,
The limestone of the present invention, the one of the conglomerate does not cause rust of metallic iron, and when this conglomerate of the present invention is used for several times with a new immersion water, its effect is gradually reduced. Even if the isotopes potassium and sodium ions are reduced, rust easily occurs, and the amount of silicate ions is gradually reduced. Therefore, this structured water also has a property of gradually lowering the molecular weight. In general, its use yields structured water that is best used 40 to 100 times.
この高分子化の縮合した構造水は、硅炭酸カルシウムイ
オンによる、水の収劍性とラヂエーシヨンと磁子による
磁気的作用によって、縮合が行はれ、構造水を作るが、
これに水温が低い事も條件となるが、炭酸カルシウムイ
オンが硅酸イオンの存在下で水に溶出し易くなり溶解が
盛になる時、水温も自ら低下する事は自明である。Condensed structural water of this high molecular weight is condensed due to the sorption of water due to calcium carbonate ion and the magnetic action of the radiation and the magnet to make structural water.
It is also a matter that the water temperature is low, but it is self-evident that when the calcium carbonate ion is easily eluted in water in the presence of silicate ion and the dissolution becomes high, the water temperature itself drops.
この発明の実施要領を図面によって、説明すれば、次の
如くである。第1図のクラツシヤー(1)で礦石塊を一
次破截した後、コンペアーで搬送してトロンメル(2)
により、選別し、大塊は、更に次のクラツシヤー(3)
で破截し、その礦石をコンペアーで搬送して、二次トロ
ンメル(4)で選別して、粒度を調整する。この調整し
た礦石は、更に、スクリニング機(5)で選別し、乾燥
器(5)に送り込んで、乾燥処理した礦石の1部をミル
粉砕器(6)で粉砕して、その粉体をサイクロン(7)
(7′)で空気分離して、粗破截粉は、ミル粉砕機に戻
して、再粉し、貯粉タンク(8)中に導入して貯蔵し、
秤量器で秤量して、100〜400メツシユの粉末を10〜500g
を秤量して、多孔質プラスチツク、フイルム袋に自動包
装機(9)で、包装して商品化するが、前記破截礦石塊
粒の加工礦石を浸漬水用に、その侭利用する。An embodiment of the present invention will be described below with reference to the drawings. The crushed stone block was first broken by the crusher (1) in Fig. 1 and then transported by a comparer to the trommel (2).
The lumps are sorted by the following crusher (3).
Then, the stones are crushed and transported by a comparer, sorted by the secondary trommel (4), and the particle size is adjusted. The adjusted sesame stones are further sorted by a screening machine (5), sent to a dryer (5), and one part of the dried sesame stones is pulverized by a mill pulverizer (6) to obtain the powder. Cyclone (7)
After air separation in (7 '), the coarse crushed powder is returned to the mill grinder, re-pulverized, and introduced into the powder storage tank (8) for storage.
Weigh with a weighing machine, 10-500 g of 100-400 mesh powder
Is weighed and put in a porous plastic or film bag by an automatic wrapping machine (9) to be commercialized. The processed crushed stones of the crushed rubble stone agglomerates are used for soaking water.
このプラスチツクスフイルムの多孔質樹脂材料はポリエ
チレン、ポリプロピレン樹脂を使用し、この繊維に同種
樹脂パウダーを塗布した、熱加工多孔袋も使用される。As the porous resin material of the plastic film, polyethylene or polypropylene resin is used, and a heat-processed porous bag in which the same type of resin powder is applied to this fiber is also used.
第2図は、プラスチツクスフイルムの多孔質性袋(10)
の正面図を示し、第3図は、そのA−B切断縦断面図で
ある。このフイルム袋(10)の外周は熱ヒーターで、シ
ール加工(11)(11′)して、底辺(11a)も熱シール
し、開口(11b)より、ラヂエーシヨン性の本大理石、
石灰石、陽起石、白雲石と自鉄礦石(1a)を破截同石
(2a)と共に、入れて熱シールする、この袋の上面に
は、吊り紐を、吊付けていてこの袋(10)を第4図に召
している、コーヒーワン(14)に入れて、コーヒー液
(14a)を次に入れ砂糖、ミルクを入れて常法で攝取す
る。このコーヒーワン(14)の側面には、把手(13)が
接合されていて皿(14b)上に静置し、又、インスタン
トコーヒーの場合には、予め、第5図に示す、魔法瓶
(15)の内部に本発明のラヂエーシヨン性礦石類(1a)
の入った小袋(10)を入れて、密封し、浮子(10a)の
ついた吊り紐(10b)で結んで、吊下げ温水又は冷水(1
6)中に浸漬して、蝶番(19)で連結した上蓋(17)を
開口(19)に嵌着具(20)で、嵌着し、その開閉にはそ
の上部の押ボタン(20a)でスプリングを押えて、上部
を開き、上蓋(17)を螺着した蝶番で回転する。Figure 2 shows a plastic film porous bag (10).
FIG. 3 is a vertical sectional view taken along line AB of FIG. The outer circumference of the film bag (10) is heat-heated by sealing (11) (11 '), and the bottom (11a) is also heat-sealed. From the opening (11b), the radiative main marble,
Put limestone, yokiseki, dolomite and sessile stone (1a) together with abandoned stone (2a) and heat seal. A hanging string is hung on the upper surface of this bag. ) Is put in coffee one (14) called in FIG. 4, coffee liquor (14a) is put in next, sugar and milk are put, and it collects by a conventional method. A handle (13) is joined to the side surface of the coffee one (14) so that the coffee one (14) is allowed to stand still on the plate (14b). In the case of instant coffee, the thermos bottle (15) shown in FIG. ) Radiation-type conglomerates of the present invention (1a)
Put a small bag (10) containing it, seal it, tie it with a hanging string (10b) with a float (10a), and hang the warm or cold water (1
6) Immerse it in the upper lid (17) connected with the hinge (19) to the opening (19) with the fitting (20), and open and close it with the push button (20a) on the top. Press the spring, open the upper part, and rotate the upper lid (17) with the hinged screw.
この上部の押ボタン(20a)により、その下部に嵌挿し
た、スプリングを押えて、上下昇降を保つ又、上蓋(1
7)の中央には、圧縮ポンプ(21)が突出して、上下運
動し、温水、又は、冷水(12)を、ノズル(1g)より噴
出する。With the push button (20a) on the upper part, the spring fitted in the lower part is pressed to keep the vertical movement.
A compression pump (21) projects in the center of 7) and moves up and down to eject hot water or cold water (12) from a nozzle (1g).
又、この魔法瓶(15)の底部には、回転台(22)が取付
けられている。この温水又は冷水をコーヒーと共に溶解
した後、コーヒー茶ワン(14)に注入して飲取する時
は、短時間で充分に作用して、風味のあるコーヒーが飲
取出来るが、通常1時間以上の礦石の浸漬が縮合した、
構造水を作るに適している。A rotary table (22) is attached to the bottom of the thermos bottle (15). When this hot water or cold water is dissolved with coffee and then poured into a coffee tea one (14) and drunk, it works well in a short time and a flavorful coffee can be drunk, but usually 1 hour or more Condensation of the impregnated stone of
Suitable for making structured water.
又、第6図は、水飯器(23)を示し、内部には上蓋(23
a)を開閉ボタン(23b)を押して、バネ鍵を開き、ステ
ンレスやプラスチツクスや、セラミツクガラス等から、
作られた、多孔質容器(24)中に予め前記、本発明のラ
ヂエーシヨン性の礦石(1a)を入れた、多孔質プラスチ
ツク袋(10)を複数、又は、単体として、嵌挿して、密
封し、又は、じかに礦石加工品を嵌挿して、水飯器の側
面と底面に固定した導線(25)(25′)で電源(26)と
電線熱器により、予め、水飯器内に嵌挿した、白米と水
(27)を、120℃に加熱し、約18分間熟熱後約25分で加
熱を終る。FIG. 6 shows a rice cooker (23), which has an upper lid (23
a) Press the open / close button (23b) and open the spring key. From stainless steel, plastics, ceramic glass, etc.,
A plurality of or a single porous plastic bag (10), in which the above-mentioned radiative sesame stone (1a) of the present invention is put in a prepared porous container (24), is inserted and sealed. Or, directly insert the stone stone processed product and insert it in the rice cooker beforehand with the power supply (26) and the electric wire heater with the conductors (25) (25 ') fixed to the side and bottom of the rice cooker. Also, white rice and water (27) are heated to 120 ° C., matured for about 18 minutes, and then heated in about 25 minutes.
この白米水(27)は、常法で洗米し、水を加えた後に、
第7図の水差し(28)のステンレス容器に予め、本発明
のラヂエーシヨン性石灰石、大理石等の礦石と磁鉄礦と
の砕石(1a)(2a)を入れた多孔質プラスチツク小袋
(10)を多孔質容器(29)に入れて、蝶番(29a)によ
って、連結し、止め金具(29b)で開放出来る上蓋(3
0)の内側、中央に吊り軸(31)を接合し、その先端を
鍵状に加工して、水差し(28)の上部開口(28′)に引
掛けて、固着した上蓋(32)の中底板(32′)中央に固
定し、水た水差し容器(28)内に、予め、水を入れて、
長し口(34)から、前記、水飯器(23)の内部容器に白
米水(27)を導入し、密閉して加熱する。第9図は、水
道水の塩素イオンの脱塩率と時間との関係を示すもので
(a)は水0.5kgにラヂエーシヨン性の本礦石粉塊1kgを
入れたもので、(b)は、水1kgに本礦石粉500gを入れ
たものである。又(c)は水1kgに対し、日本鉱石粉100
gを入れたもの、(d)は水1kgに本鉱石粉30gを入れた
もので(e)は零の添加のものであり、この結果は明ら
かに、ラヂエーシヨン性礦石の多いもの程脱塩率は高
く、短時間で処理される。This white rice water (27) is washed in the usual way and after adding water,
Porous plastic pouch (10) in which crushed stones (1a) (2a) of the radiant limestone of the present invention, gravel stones such as marble and magnetite gravel (1a) (2a) are put in advance in the stainless steel container of the jug (28) of FIG. Put it in a quality container (29), connect it with a hinge (29a), and open it with a stopper (29b) (3)
Inside the 0), the suspension shaft (31) is joined to the center, the tip is processed into a key shape, hooked in the upper opening (28 ') of the jug (28), and inside the fixed upper lid (32) Fix it in the center of the bottom plate (32 ') and put water in the water jug container (28) beforehand.
White rice water (27) is introduced into the inner container of the rice cooker (23) through the long mouth (34), and sealed and heated. Fig. 9 shows the relationship between the chloride ion desalination rate of tap water and time. (A) is a mixture of 0.5 kg of water and 1 kg of radiative honpeki stone lumps, and (b) is This is a mixture of 1g of water and 500g of Honshu stone powder. Also, (c) is 100 kg of Japanese ore powder for 1 kg of water.
g was added, (d) was 30 g of this ore powder added to 1 kg of water, and (e) was the addition of zero. The results clearly show that the more radiative conglomerate, the higher the desalination rate. Is high and processed in a short time.
以上の如く、この発明の特徴は、岡山県哲多町産のラヂ
エーシヨン性の大理石、石灰石、陽起石白雲石と、この
石灰石の下層に産出する磁鉄礦石を飲料水に浸漬したも
のを、飲取する水であり、そのラヂエーシヨン性の大理
石、石灰石陽起石、白雲石の多くは、海底爆発と隆起に
よって出来た、サンゴ礁化石とマグマの爆発によつて浸
出した、磁鉄礦石を組合せ使用したもので、この浸漬し
た縮合した構造水中の溶出、金属イオンの成分を下記の
如く示すと この水のPH価は、7.4〜8である。この石灰石の平均成
分は、CaO 40〜45% SiO2 2〜5% MgO 1〜2%
P2O5 0.001%以下、Cr2O3は0.01%以下でAs2O4 0.0
008%、Fe2O3 0.2〜5%、水分5%であり、磁鉄礦はF
eO、Fe2O3 90%のものである。As described above, the features of the present invention are that the radiative marble, limestone, and yogurite dolomite from Tetsuta-cho, Okayama Prefecture, and the magnetite conglomerate produced in the lower layer of this limestone are dipped in drinking water. It is the water to be taken, and most of its radiative marble, limestone olivine, and dolomite used a combination of magnetite conglomerate leached by coral reef fossils and magma explosions created by seabed explosion and uplift. The following shows the components of the metal ions that are dissolved in the condensed condensed water soaked. The PH value of this water is 7.4-8. The average component of this limestone is CaO 40-45% SiO 2 2-5% MgO 1-2%
P 2 O 5 0.001% or less, Cr 2 O 3 0.01% or less As 2 O 4 0.0
008%, Fe 2 O 3 0.2-5%, water content 5%, magnetite slag is F
eO, Fe 2 O 3 90%.
又、天然放射能を赤土にとり、これを1とする時は本ラ
ヂエーシヨン性石灰石は1.2倍乃至2.5倍である。そし
て、その多くが、カリとナトリウムの同位元素をランタ
ン、トリウム、ウラン、ラヂウムから発生される。又、
そのラヂエーシヨンの多くは、ガンマーベータ、線であ
った、前記の多孔質プラスチツクス小袋に入れた紅茶に
は、紅茶の葉を5g入れたものに、本礦石粉塊を10gいれ
て、密封して包装し、常法で水に浸漬加熱し、冷水とし
た、紅茶水は、風味がまるやかであり、又、この紅茶袋
の紅茶葉は保存中に、ガビの発生が抑制され、又ビタミ
ンCの分解も、少くないが、別に合成ビタミンCを入れ
る事もある。Moreover, when natural radioactivity is taken in red soil and this is set to 1, this radiation limestone is 1.2 to 2.5 times. And most of them generate potassium and sodium isotopes from lanthanum, thorium, uranium, and radium. or,
Much of the radiation was gamma-beta, ray, black tea in the above-mentioned small plastic bag of porous plastics, 5g of black tea leaves, 10g of this gemstone powder lump, and sealed. The black tea water was packed and soaked in water in the usual manner and chilled to make cold water. The tea leaves in this tea bag had a mild taste during storage, and the growth of mold was suppressed, and vitamin C Decomposition is not so small, but synthetic vitamin C may be added separately.
又、米飯の場合、ガラスや陶磁器に、予め混合した、本
礦石粉を焼成した容器を加工して、使用する事も可能で
ある。Further, in the case of cooked rice, it is also possible to process a container, which is premixed with glass or ceramics, and which is made by firing the sesame stone powder, and then used.
又、本発明のラヂエーシヨン性、大理石、石害、陽起
石、白雲石と磁鉄礦より成る礦石加工品は粉末が、より
速やかに、水を縮合し、風味を増大し、カビ発生も少く
ないが、その風味の増大には炭酸カルシウム水より、硅
炭酸カルシウム、カリ、ナトリウム、水がよく、CaSi
O4、CaCo3vH2Oや の溶解水が健康水を作るが、この外に、48種類以上の金
属イオの微量を含有している。Further, the radiative property, marble, stone damage, olivine, processed conglomerate product of dolomite and magnetite conglomerate, the powder condenses water more quickly, the flavor is increased, and the generation of mold is reduced. However, calcium carbonate, potassium, sodium, and water are better than calcium carbonate water to increase the flavor, and CaSi
O 4 , CaCo 3 vH 2 O and Dissolved water makes healthy water, but in addition to this, it contains trace amounts of more than 48 kinds of metal iodides.
一般にラヂエーシヨン性のものは、陰イオンガスを発生
し、之等の微量金属の存在によって、風味が増大し、酒
のフーゼル油を縮合した構造水で包埋するので、風味は
単純化され、又その還元力によって、アルデヒドは、ア
ルコールに還元される。又、本礦石の溶解水は、白金
属、金、銀、ゲルマニウムセレンの存在は、殺菌性であ
り、細胞の活性化を促進する、ばかりでなく、水は腐り
難くなる。又食品の鮮度保持に役立つばかりでなく、こ
の本礦石粉を混合した、多孔質プラスチツクスフイルム
小袋を使用したものは、より効果的で、鮮度保持包装袋
として、利用される外、魚貝類、海苔、畜産加工肉類に
本礦石も混合浸漬する時は、常温で3日保持されるもの
が、7日以上保存されて、又、魚箱にこの本礦石粉を氷
塊に混合する時は魚の鮮度を保持するが、本礦石粉の白
色化を防ぐには、小袋に入れたものが使用される。Generally, the radiative ones generate anion gas, and the presence of trace metals such as these increases the flavor, which is embedded in the structured water condensed with the fusel oil of sake, so the flavor is simplified, and Due to its reducing power, the aldehyde is reduced to alcohol. In addition, the dissolved water of the present sesame stone is bactericidal in the presence of white metal, gold, silver and germanium selenium, and not only accelerates the activation of cells, but also makes the water difficult to rot. Also, not only useful for keeping the freshness of food, but using this plastic syrup small bag, which is mixed with this sesame stone powder, is more effective and can be used as a freshness-keeping packaging bag. When soybean stone is mixed and soaked in seaweed and processed meat, it is kept at room temperature for 3 days, but it is stored for 7 days or more. Also, when the soybean stone powder is mixed with ice blocks in a fish box, the freshness of the fish However, in order to prevent the whitening of the Honshu stone powder, it is used in a small bag.
又、この本鉱石粉袋を水に長く浸漬した硅炭酸カルシウ
ム塩水の縮合した構造水は、核磁気共鳴の検索によっ
て、明らかにされ、この水分子集団が極わだって小さ
く、77.8ヘルツであり、この水分子の構造図を示すと第
10図の如くで、その図の(A)は一般水の氷の構造であ
り、(B)は、人体細胞中に最も多く存在する6員環の
構造で、本願の礦石浸漬による縮合した、水の構造であ
る。(C)は、5員環の構造水で(e)は4員環の構造
水で、一般の生体内細胞内の水の分子構造は6員環水が
62%5員環水が24%、4員環水は12〜14%が含まれてい
る。In addition, structural water obtained by condensing calcium silicate carbonate salt water in which this ore powder bag was immersed in water for a long time was revealed by a nuclear magnetic resonance search, and this water molecule population was extremely small, at 77.8 Hz, The structure diagram of this water molecule is
As shown in Fig. 10, (A) of the figure is the structure of ice of general water, and (B) is the structure of the 6-membered ring which is most abundant in human cells, which is condensed by impregnated stone of the present application, It is the structure of water. (C) is water having a 5-membered ring structure, and (e) is water having a 4-membered ring structure.
62% 5% ring water contains 24%, and 4 member ring water contains 12-14%.
又酒ビール液中に、この発明のラヂエーシヨン性礦石を
投入する時、アルデヒドが還元されて、アルコールに置
換される事は既に述べたが、これは、冷酒の場合に顕微
に現れ、縮合した、構造水を加熱によってエネルギーを
与へる時は、その構造は、解合して、バラ、バラに変化
して、風味が元のの味に戻る事も、既に述べた処である
が、より高い温度で構造水を保持するには、ラヂエーシ
ヨン性硅炭酸カルシウムと磁子の多い磁鉄礦との存在が
効果的であり、安定剤として、有用であり、40℃の温度
でも6員環、5員環、4員環の構造水は安定して存在す
る。In addition, it was already described that the aldehyde is reduced and replaced with alcohol when the radiative sesame stone of the present invention is added to the beer liquor of the present invention, but this appears microscopically in the case of cold liquor and condensed. As described above, when the structural water is heated to give energy, the structure is disassembled and changed into pieces, and the flavor returns to the original taste. In order to retain the structural water at high temperature, the presence of the radiative calcium silicate and the magnetic iron porcelain with many magnetic particles is effective, and it is useful as a stabilizer. Structure water of 5-membered ring and 4-membered ring exists stably.
又、本礦石粉に天ぷら油の不飽和脂肪酸エステル液に本
発明の礦石粉30〜100gを1の油に混合する時は、油脂
の酸化は、10倍も遅れ風味がよく、マヨネーズにも添加
される。When 30 to 100 g of the gemstone powder of the present invention is mixed with the oil of 1 in the unsaturated fatty acid ester liquid of tempura oil, the oxidation of fats and oils has a 10 times delayed flavor and is also added to mayonnaise. To be done.
以上の様に、この発明の特徴は、コーヒーや、紅茶等の
お茶類や、酒ビール、ジユース等の飲料水に、ラヂエー
シヨン性磁子の多い、石灰石、大理石、陽起石、白雲石
等のカルシウム塩を含む礦石と磁鉄礦石を組合せたもの
を、単独、又は、包装して、添加する時は、之等飲料水
の構造を高分子化して、構造水即ち、6員環5員環4員
環の構造水を作り、又、その溶出する硅炭酸カルシウム
や、磁子が縮合構造水の安定剤として、作用して、40℃
の温度でも安定した構造水を作るから、飲料中のバクテ
リアの繁殖を抑える。As described above, the features of the present invention include coffee, tea such as tea, drinking beer, drinking water such as juses, and many radiant porcelains, such as limestone, marble, positive stone, dolomite, etc. When adding a combination of sesame stones containing calcium salts and magnetite sesame stones, when added alone or by packing, the structure of drinking water is polymerized to make structural water, that is, a 6-membered 5-membered ring. It makes 4-membered ring structured water, and its eluent calcium silicate and magnetic particles act as stabilizers for condensed structured water, and the temperature is 40 ℃.
Stable structure water is produced even at the temperature, so the growth of bacteria in the beverage is suppressed.
又、天然、ミネラル水の様に容量水を搬送せずとも、同
等以上のミネラル水が、本発明の礦石の浸漬水によっ
て、作られ、さしかも、この鉱石は3ケ月以上繰返し、
使用出来るので、コーストに於いて50%も節減が出来る
と共に、この鉱石が、岡山県哲多町の石灰石、即ち、サ
ンゴ礁化石のラヂエーシヨン性礦石を使用するので、一
般公知のコーラルサンドや石灰石と異なった作用を呈
し、公知のフエルソング石、や、ラヂウム石やモナズ石
の如く、法定放射能制限値を起える、放射能による、人
体障害性の無い、天然放射能値の1.2〜2.5倍程度のラヂ
エーシヨン性のカルシウム磁石と磁気的単磁子を多く溶
解した、礦石を使用したものを、使用するので安全性が
高く、又、この成分系の水質が高分子構造を、特に作り
易い事が多くの用途に利用され産業上有用な発明であ
る。Moreover, even if it does not carry a volumetric water like natural and mineral water, the same or more mineral water is produced by the impregnated stone impregnated water of the present invention, and this ore is repeated for 3 months or more,
Since it can be used, it can save 50% on the coast, and since this ore uses limestone of Tetsuta Town, Okayama Prefecture, that is, the radiative pebbles of coral reef fossil, it is different from the commonly known coral sand and limestone. Radiation of 1.2 to 2.5 times the natural radioactivity level, which has the effect of causing radioactivity, which does not cause human injury due to radioactivity, such as known felsong stones, and radiological and monazite stones. It is highly safe to use the one that uses sesame stone, which has a large amount of soluble calcium magnet and magnetic single magneton dissolved, and the water quality of this component system is especially easy to make a polymer structure in many cases. It is an industrially useful invention that is used for various purposes.
第1図はラヂエーシヨン性大理石石灰石、陽起石白雲
石、磁鉄礦石の加工工程図、第2図は多孔質耐水性プラ
スチツクスフイルム袋の正面図、第3図は、そのA−B
切断縦断面図、第4図は、コーヒー茶ワンの斜側面図、
第5図は魔法瓶の斜側面図、第6図は水飯器の側面図.
第7図は、水さしの側面図、第8図は前記、水さし内部
に嵌挿するラヂエーシヨン性、本礦石袋容器の側面図、
第9図は水道水の脱塩率を示す特性、第10図は本発明の
ラヂエーシヨン性礦石を浸漬した、縮合構造水の構造
図.Fig. 1 is a process drawing of radiative marble limestone, yogurite dolomite and magnetite conglomerate, Fig. 2 is a front view of a porous water resistant plastic film bag, and Fig. 3 is its AB.
FIG. 4 is a vertical cross-sectional view of a cut, and FIG.
Figure 5 is an oblique side view of the thermos, and Figure 6 is a side view of the rice cooker.
FIG. 7 is a side view of the water bottle, FIG. 8 is a side view of the radiative property that is inserted into the water bottle, and a container for this stone stone,
FIG. 9 is a characteristic showing the desalination rate of tap water, and FIG. 10 is a structural diagram of condensed structure water in which the radiative conglomerate of the present invention is immersed.
フロントページの続き (56)参考文献 実願 昭52−1820号(実開 昭53− 97556号)の願書に添付した明細書及び図 面の内容を撮影したマイクロフィルム(J P,U) 実願 昭56−71650号(実開 昭57− 184795号)の願書に添付した明細書及び図 面の内容を撮影したマイクロフィルム(J P,U) 実願 昭52−6444号(実開 昭53− 102258号)の願書に添付した明細書及び図 面の内容を撮影したマイクロフィルムム (JP,U) 実願 昭57−29277号(実開 昭58− 132591号)の願書に添付した明細書及び図 面の内容を撮影したマイクロフィルム(J P,U)Continuation of the front page (56) Bibliography Practical application Microfilm (JP, U) Practical application photographed of the details and drawings attached to the application for Sho 52-1820 (Saikai Sho 53-97556) Microfilm (JP, U) Actual application No. 52-6444 (Actual exploitation No. 53-) which was photographed of the description and drawings attached to the application for Sho No. 56-71650 (Actual exploitation No. 57-184795) 102258) and the description attached to the application of Microfilm (JP, U) Practical Application No. 57-29277 (Actual Development No. 58-132591) in which the contents of the drawings are photographed Micro film (JP, U) which photographed contents of drawing
Claims (1)
ン性の大理石、石灰石、陽起石、白雲石と磁鉄礦石の砕
石や、その加工品を、嵌挿し、又は、加工品を、その侭
の状態で、コーヒー水やお茶水や、冷水や、酒、ビール
ー水液に浸漬して、その水液のカルシウム塩と他の金属
塩を溶出せしめる事によって、縮合した構造水を作り、
又、この構造水を添加せしめて防カビ効果を発揮せしめ
る事を特徴とした、ラジエーシヨン性の大理石、石灰
石、陽起石、白雲石と磁鉄礦石による構造水を作るコー
ヒーお茶水、酒、ビール飲料並びに米飯の風味増加体.1. A hollow body of a porous film, a radiated marble, limestone, olivine, dolomite and crushed stone of magnetite glazed stone, or a processed product thereof is inserted or a processed product thereof In this state, it is immersed in coffee water, tea water, cold water, liquor, beer-water liquid, and the calcium salt and other metal salts of the water liquid are eluted to make condensed structural water,
In addition, coffee tea water, liquor, beer that makes structural water by radiating marble, limestone, olivine, dolomite and magnetite glazed stone, characterized by adding this structural water to exert antifungal effect Beverage and rice flavor enhancer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2760386A JPH0688027B2 (en) | 1986-02-10 | 1986-02-10 | Increasing flavors of beverages such as coffee, tea and sake beer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2760386A JPH0688027B2 (en) | 1986-02-10 | 1986-02-10 | Increasing flavors of beverages such as coffee, tea and sake beer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS62186992A JPS62186992A (en) | 1987-08-15 |
| JPH0688027B2 true JPH0688027B2 (en) | 1994-11-09 |
Family
ID=12225498
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2760386A Expired - Fee Related JPH0688027B2 (en) | 1986-02-10 | 1986-02-10 | Increasing flavors of beverages such as coffee, tea and sake beer |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0688027B2 (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB9315678D0 (en) * | 1993-07-29 | 1993-09-15 | Whitbread & Co Ltd | Beer fining |
| ATE290797T1 (en) * | 1999-12-23 | 2005-04-15 | London & Overseas Trust | PACKAGING OF AQUEOUS LIQUIDS |
| JP2012201570A (en) * | 2011-03-28 | 2012-10-22 | Han-Tang Fu | Composite memory material and production method |
| JP6416733B2 (en) * | 2015-10-30 | 2018-10-31 | 株式会社 伊藤園 | Flavor balance adjustment method for liquid foods and drinks |
| JP6448677B2 (en) * | 2017-02-14 | 2019-01-09 | 株式会社 伊藤園 | Flavor balance adjustment method for liquid foods and drinks |
| JP6799889B1 (en) * | 2019-12-20 | 2020-12-16 | 時雄 中川 | Metal ion generator |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5397556U (en) * | 1977-01-11 | 1978-08-08 | ||
| JPS53102258U (en) * | 1977-01-21 | 1978-08-17 | ||
| JPS57184795U (en) * | 1981-05-18 | 1982-11-24 | ||
| JPS58132591U (en) * | 1982-03-01 | 1983-09-07 | 帆江 進 | Equipment using natural activated stones, etc. |
-
1986
- 1986-02-10 JP JP2760386A patent/JPH0688027B2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JPS62186992A (en) | 1987-08-15 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| LAPS | Cancellation because of no payment of annual fees |