JP2012228188A - Carbonized powdered food - Google Patents

Carbonized powdered food Download PDF

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JP2012228188A
JP2012228188A JP2011096967A JP2011096967A JP2012228188A JP 2012228188 A JP2012228188 A JP 2012228188A JP 2011096967 A JP2011096967 A JP 2011096967A JP 2011096967 A JP2011096967 A JP 2011096967A JP 2012228188 A JP2012228188 A JP 2012228188A
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powder
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JP5985157B2 (en
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Junshaku Nakagawa
淳釋 中川
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Abstract

PROBLEM TO BE SOLVED: To provide carbonized powdered food obtained by mixing carbonized garlic powder, spirulina powder and oyster shell powder that can heat the body from the internal organs by far-infrared radiation by eating and drinking the carbonized powdered food, thereby raising the internal temperature of the body to raise body temperature and making the functions of the internal organs active to improve immune strength, and furthermore adsorbing harmful substances and radioactive substances such as a pesticide residue and heavy metal taken into the body, by the adsorbing action of a porous carbide of carbonized garlic powder and discharging them together with excrement.SOLUTION: The carbonized powdered food is obtained by mixing carbonized garlic powder of garlic steam-charred by a low-temperature carbonization method and then powdered, spirulina powder and oyster shell powder.

Description

本発明は、にんにくを低温乾留法により蒸黒焼きにした後、粉砕して粉末にした炭化にんにく粉末とスピルリナ粉末および牡蠣殻粉末とを混合した炭化状粉末食品、あるいは前記炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末に、更にカリウム40を含有する天然放射性鉱物である角閃石粉末を混合した炭化状粉末食品であって、前記炭化状粉末食品を、飲料あるいは食品に混入したりして飲食して、該炭化状粉末食品を口から飲食された飲食料物の流通路である口から肛門までの内臓の粘膜に付着、または内臓内に滞留させ、該付着または滞留した炭化状粉末食品中の、炭化にんにく粉末の炭化成分である炭素および角閃石から放射される遠赤外線により、体内から加温して体内温度を上昇させて体温を上げ、内臓の働きを活発にし、これにより免疫力を高めると共に、便秘することもなく、更に、炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末の作用による疲労回復効果、殺菌効果、癌予防効果や健胃等の医療効果を上げることができ、更にまた、体内に取り込まれた放射性ヨウ素、セシウム等の有害な人工の放射性物質や残留農薬や重金属等の有害物質を、多数の微細孔が形成された多孔質の炭化物である炭化にんにく粉末が吸着して、便と共に排泄することができる炭化状粉末食品に関するものである。 The present invention relates to a carbonized powder food obtained by mixing carbonized garlic powder, spirulina powder and oyster shell powder after garlic is steamed by low temperature carbonization and then pulverized into powder, or the carbonized garlic powder, spirulina powder and It is a carbonized powdered food in which oyster shell powder is further mixed with amphibole powder, which is a natural radioactive mineral containing potassium 40, and the carbonized powdered food is mixed with beverages or foods to eat and drink, The carbonized powdered food is attached to or retained in the mucous membrane of the viscera from the mouth to the anus, which is a flow passage for food and drink eaten or consumed from the mouth, and carbonized in the adhering or staying carbonized powdered food. The far-infrared rays radiated from carbon and amphibole, which are carbonized components of garlic powder, warm the body to raise the body temperature and increase the body temperature, and activate the internal organs. This enhances immunity, does not cause constipation, and further improves fatigue recovery effects, bactericidal effects, cancer prevention effects, and medical effects such as healthy stomach due to the action of carbonized garlic powder, spirulina powder and oyster shell powder. In addition, harmful artificial radioactive substances such as radioactive iodine and cesium that have been taken into the body, and harmful substances such as residual agricultural chemicals and heavy metals, and carbonized garlic powder, which is a porous carbide with many micropores formed Relates to a carbonized powdered food that can be adsorbed and excreted together with feces.

従来、にんにくを低温乾留法により蒸黒焼きした後、これを粉末状に粉砕した炭化にんにく粉末状食品は、これを飲食してもにんにく臭がなく、且つ炭化物のため多数の微細孔が形成された多孔質であるため、活性炭と同一の作用を有することから、口、胃や腸内の残留農薬等の有害物質を吸着して便と共に排泄する作用があるとして、所謂、健康食品として販売されている。 Conventionally, carbonized garlic powdered food obtained by steaming garlic by low-temperature carbonization and then pulverizing it into powder has no garlic odor even if it is eaten or consumed, and many fine pores are formed due to the carbide. Because it is porous, it has the same action as activated carbon, so it has the action of adsorbing harmful substances such as pesticides in the mouth, stomach and intestines and excreting together with feces, so-called health foods are sold Yes.

そして、前記炭化にんにく粉末食品に関する過去の特許文献を遡及検索したところ、下記の特許文献に記載されたものが公知である。 And when the past patent document regarding the said carbonized garlic powder food was searched retrospectively, what was described in the following patent document is well-known.

特開2009−112191号公報JP 2009-112191 A

前記従来販売されている炭化にんにく粉末食品、および特許文献1に開示された発明によって得られた炭化にんにく粉末食品は、多数の微細孔が形成された多孔質であるので、前記炭化にんにく粉末食品を飲食した場合、その微細孔に口、胃や腸内の残留農薬等の有害物質が吸着されるが、前記有害物質を吸着して大きな塊状に固化して便秘の原因となり、あるいは腸が詰まって体調に悪い影響を与えるという課題があった。 Since the carbonized garlic powder food sold in the past and the carbonized garlic powder food obtained by the invention disclosed in Patent Document 1 are porous with a large number of micropores formed, the carbonized garlic powder food When eating and drinking, harmful substances such as pesticide residue in the mouth, stomach and intestines are adsorbed in the micropores, but the harmful substances are adsorbed and solidified into large lumps, causing constipation or clogging the intestines There was a problem of having a bad influence on the physical condition.

本発明は、前記従来の炭化にんにく粉末食品の微細孔に、口、食道、胃や腸内の残留農薬等の有害物質が吸着して大きな塊状に固化して便秘の原因となり、あるいは腸が詰まって体調に悪い影響を与えるという課題を解決すべくなされたものであって、前記炭化にんにく粉末に螺旋状藍藻類であるスピルリナ粉末および牡蠣殻粉末を混合した炭化状粉末食品、または前記炭化にんにく粉末とスピルリナ粉末および牡蠣殻粉末の外に、更に遠赤外線放射特性を有する天然放射性鉱物である角閃石粉末を混合した炭化状粉末食品とすることにより、該スピルリナの螺旋状部に炭化にんにく粉末および牡蠣殻粉末、角閃石粉末が分散して取り込まれ、特に多孔質の前記炭化にんにく粉末が前記食物や水分、あるいは有害物質を吸着しても大きな塊状に固化することなく、従って便秘になることもなく、また前記炭化にんにく粉末および牡蠣殻粉末の作用により種々の医療効果があり、更に、前記炭化状粉末食品は炭素成分より成るので、当然遠赤外線放射特性を有し、また更に、角閃石粉末を混合すると遠赤外線放射特性が高まり、本発明炭化状粉末食品を飲食した場合、体の内部から遠赤外線放射により加温されて、体内温度を上昇させて体温を上げ、内臓の働きを活発にして免疫力を高めることができ、体内に取り込まれた残留農薬や重金属等の有害物質の外、平成23年3月11日に発生した東北大震災による福島原子力発電所からの極めて危険な人工の放射性物質の飛散により、人体が前記放射性物質を飲食物等を介して取り込んでも、本発明食品は多孔質の炭化物(活性炭)であるため、前記炭化物の吸着作用により、前記体内に取り込まれた有害物質や放射性物質を吸着して、便と共に排泄することができる炭化状粉末食品を提供しようとするものである。 In the present invention, harmful substances such as pesticides in the mouth, esophagus, stomach and intestine are adsorbed into the fine pores of the conventional carbonized garlic powder food and solidify into a large lump, causing constipation or clogging the intestine. In order to solve the problem of adversely affecting the physical condition, the carbonized garlic powder is a mixture of the spiral cyanobacterium Spirulina powder and oyster shell powder mixed with the carbonized garlic powder, or the carbonized garlic powder. In addition to spirulina powder and oyster shell powder, in addition to the amphibole powder, which is a natural radioactive mineral having far-infrared radiation characteristics, a carbonized powder food is obtained. Shell powder and amphibole powder are dispersed and taken in, especially when the porous carbonized garlic powder adsorbs the food, moisture, or harmful substances, and it is a large lump. Without solidification and therefore without constipation, there are various medical effects due to the action of the carbonized garlic powder and oyster shell powder, and since the carbonized powdered food is composed of a carbon component, it is naturally far-infrared radiation. In addition, when mixing amphibole powder, far infrared radiation characteristics are enhanced, and when eating and drinking the carbonized powdered food of the present invention, it is heated by far infrared radiation from the inside of the body to increase the body temperature. Fukushima due to the Great Tohoku Earthquake that occurred on March 11, 2011, in addition to residual pesticides and heavy metals, etc. taken up by the body Even if the human body takes in the radioactive material through food or drink due to the scattering of extremely dangerous artificial radioactive material from the nuclear power plant, the food of the present invention is porous carbide (activated carbon). Because, by the adsorption action of the carbide, adsorbs harmful substances and radioactive substances incorporated into the body, it is intended to provide a carbonized powder foods which can be excreted with feces.

本発明は、にんにくを低温乾留法により蒸黒焼きにした後、粉砕して粉末にした炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末を混合した炭化状粉末食品、または、
にんにくを低温乾留法により蒸黒焼きにした後、粉砕して粉末にした炭化にんにく粉末、スピルリナ粉末、牡蠣殻粉末および角閃石粉末を混合した炭化状粉末食品、
とすることにより、上記課題を解決した。
The present invention is a carbonized powdered food in which garlic is steamed by low temperature carbonization and then pulverized into a powdered carbonized garlic powder, spirulina powder and oyster shell powder, or
Carbonized garlic powder, spirulina powder, oyster shell powder and amphibole powder mixed with garlic after steamed by low-temperature carbonization method,
By solving this, the above problems were solved.

上記構成より成る本発明によれば、多孔質の炭化にんにく粉末が食物や水分、あるいは有害物質を吸着しても大きな塊状に固化することなく、従って便秘になることもなく、また炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末の作用により種々の医療効果があり、更に、前記炭化状粉末食品は炭素成分より成るので、当然遠赤外線放射特性を有し、また更に、角閃石粉末を混合すると遠赤外線放射特性が高まるので、本発明炭化状粉末食品を飲食した場合、体の内部から遠赤外線放射により加温されて、体内温度を上昇させて体温を上げ、内臓の働きを活発にして免疫力を高めることができ、然も体内に取り込まれた残留農薬や重金属等の有害物質の外、放射性ヨウ素やセシウム等の人体に危険な人工の放射性物質が飲食物等を介して取り込まれても、本発明食品は多孔質の炭化物(活性炭)であるため、前記炭化物の吸着作用により、前記体内に取り込まれた有害物質や放射性物質を吸着して、便と共に排泄することができるという優れた効果を奏することができる。 According to the present invention having the above-described configuration, the porous carbonized garlic powder does not solidify into a large lump even if it adsorbs food, moisture, or harmful substances, and therefore does not become constipated, and carbonized garlic powder. There are various medical effects due to the action of spirulina powder and oyster shell powder, and further, the carbonized powder food is composed of a carbon component, so it naturally has far-infrared radiation characteristics. Because the radiation characteristics are enhanced, when eating and drinking the carbonized powder food of the present invention, it is heated by far-infrared radiation from the inside of the body, raising the body temperature and raising the body temperature, activating the internal organs and improving immunity Besides harmful substances such as residual agricultural chemicals and heavy metals that have been taken into the body, artificial radioactive substances that are dangerous to the human body, such as radioactive iodine and cesium, can be passed through food and drink Since the food of the present invention is a porous carbide (activated carbon) even if it is caught, it can adsorb harmful substances and radioactive substances taken into the body and excrete together with feces by the adsorption action of the carbide. An excellent effect of being able to do so can be achieved.

一般に体を冷やすと体に良くないといわれている。最近、「体を温めれば病気は必ず治る」と題する書籍がベストセラーになっている。そして、体表では暖房器を使用するとか、使い捨てカイロを使用するなどして温度コントロールができるが、内臓の温度はコントロールすることができないのが現状である。本発明は、かかる観点から、遠赤外線の作用により、体の内部から加温することによって体温を上昇させて免疫力を高めることができると共に、体内に取り込まれた残留農薬や重金属等の有害物質の外、危険な人工の放射性物質を炭化にんにく粉末の吸着作用により吸着して、便と共に排泄することができる炭化状粉末食品を提供しようとするものである。 It is generally said that cooling the body is not good for the body. Recently, a book titled "Healing the body will cure the disease" has become a best seller. And on the body surface, the temperature can be controlled by using a heater or a disposable body warmer, but the temperature of the internal organs cannot be controlled. From this point of view, the present invention can raise body temperature by heating from the inside of the body by the action of far-infrared rays to increase immunity, and harmful substances such as residual agricultural chemicals and heavy metals incorporated into the body In addition, the present invention intends to provide a carbonized powder food that can adsorb dangerous artificial radioactive substances by the adsorption action of carbonized garlic powder and excrete it with feces.

本発明炭化状粉末食品は、炭化にんにく粉末とスピルリナ粉末および牡蠣殻粉末とを混合して製造するか、あるいは前記炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末に、更にカリウム40を含有する天然放射性鉱物である角閃石粉末を混合して製造するものである。 The carbonized powder food of the present invention is produced by mixing carbonized garlic powder with spirulina powder and oyster shell powder, or a natural radioactive mineral containing potassium 40 in addition to the carbonized garlic powder, spirulina powder and oyster shell powder. It is produced by mixing amphibole powder.

そして、本発明方法において、炭化状粉末食品の素材として使用する炭化にんにく粉末は、乾燥したにんにくを低温乾留法により蒸黒焼きして炭化させた後、粉砕して粉末にしたものである。前記にんにくを低温乾留法により蒸黒焼きして炭化する方法は既に広く知られているが、にんにくを300〜400℃のような高温で加熱すると、単に「燃えカス」に過ぎないが、前記にんにくを110℃程度の低温乾留法により炭化すると、にんにくのミネラル、アミノ酸等の栄養価を落とすことなく多孔質の炭化にんにくが製造される。そして、本発明で使用する炭化にんにくは、前記公知の低温乾留法により製造されて市販されている炭化にんにく粉末は、いずれも本発明炭化状粉末食品の素材として使用することができる。 In the method of the present invention, the carbonized garlic powder used as a raw material for the carbonized powder food is obtained by carbonizing a dried garlic by steaming by low temperature carbonization, and then pulverizing it. Although the method of carbonizing the garlic by steaming by low-temperature carbonization is already widely known, when garlic is heated at a high temperature such as 300 to 400 ° C., it is merely “burning residue”. When carbonized by a low temperature carbonization method of about 110 ° C., porous carbonized garlic is produced without reducing the nutritional value of garlic minerals, amino acids and the like. The carbonized garlic used in the present invention can be any of the carbonized garlic powders produced by the known low-temperature carbonization method and marketed as a raw material for the carbonized powdered food of the present invention.

本発明炭化状粉末食品の素材として使用する炭化にんにく粉末は、炭化する前のにんにくと同様の効果を有する。すなわち、前記ミネラル、アミノ酸等の栄養価を有する外、疲労回復効果、殺菌作用、血栓予防効果、動脈硬化予防の効果、および癌予防効果を有する。特に、にんにくに含まれているイオウ化合物、アリキシン、テルペン、セレン等が癌予防の役目を果たすのである。更に、前記炭化にんにく粉末は、炭化されて炭素を主成分とするので、当然炭素と同様の作用を有し、遠赤外線放射特性を有すると共に、多孔質であるので活性炭と同一の吸着作用を有するものである。 The carbonized garlic powder used as a raw material for the carbonized powder food of the present invention has the same effect as garlic before carbonization. That is, in addition to having the nutritional value of the minerals, amino acids and the like, it has fatigue recovery effect, bactericidal action, thrombus prevention effect, arteriosclerosis prevention effect, and cancer prevention effect. In particular, sulfur compounds, allixins, terpenes, selenium, and the like contained in garlic play a role in preventing cancer. Furthermore, since the carbonized garlic powder is carbonized and contains carbon as a main component, it naturally has the same action as carbon, has far-infrared radiation characteristics, and has the same adsorption action as activated carbon because it is porous. Is.

また、前記スピルリナは、藍藻網ユレモ目の幅5〜8μm、長さ300〜500μm程度の螺旋形をした濃緑色の単細胞微細藻類で、約30億年前に出現した原核生物の仲間で、現在でも熱帯地方の湖に自生している。 Spirulina is a dark green single-celled microalgae with a spiral shape with a width of 5-8 μm and a length of 300-500 μm. But it grows naturally on a lake in the tropics.

本発明炭化状粉末食品の素材として使用する乾燥したスピルリナは、タンパク質を約60%含み、ビタミン、ミネラル、多糖類(食物繊維)、クロロフィル等を含んでいる。中でも、カロテノイド系色素のβ−カロテン、ゼアキサンチンを多く含み、その抗酸化作用がある。また、クロレラと比較して、スピルリナは、β−カロテン含有量が多く、消化吸収性が良いのが特徴である。橙黄色のカロテノイドの外、緑色の葉緑素(クロロフィル)、青色のフィコシアニンの3種の色素を含んでいる。 The dried spirulina used as the raw material of the carbonized powder food of the present invention contains about 60% protein and contains vitamins, minerals, polysaccharides (dietary fiber), chlorophyll and the like. Among them, it contains a large amount of carotenoid pigments β-carotene and zeaxanthin and has an antioxidant action. In addition, spirulina is characterized by a high β-carotene content and good digestion and absorption compared to chlorella. In addition to the orange-yellow carotenoid, it contains three pigments: green chlorophyll and blue phycocyanin.

前記のような成分を含むスピルリナは、マクロファージ機能を活性化したり、腫瘍免疫能を向上させることにより、免疫賦活作用を有すると共に、硫酸化多糖の作用により、癌転移抑制作用を有し、更にゼアキサンチン、β−カロテンの作用により癌予防作用等、優れた作用を有することが知られている。 Spirulina containing the above components has an immunostimulatory effect by activating macrophage function and improving tumor immunity, and also has a cancer metastasis inhibitory effect by the action of sulfated polysaccharide, and zeaxanthin It is known that β-carotene has excellent actions such as cancer prevention action.

本発明炭化状粉末食品の素材として、前記作用を有するスピルリナ粉末を使用するのは、前記炭化にんにく粉末のみであると、炭化にんにく粉末が多孔質であるため、飲食した食物や水分、あるいは前記有害物質や放射性物質を吸着して大きく塊状に固化してしまい、便秘等、人体に悪影響を及ぼすが、スピルリナ粉末は螺旋状をなしているため、該螺旋状部に炭化にんにく粉末、牡蠣殻粉末、更には角閃石粉末が分散して取込まれるので、特に炭化にんにく粉末が前記食物や水分、あるいは有害物質や放射性物質を吸着しても大きく塊状に固化することがなく、便秘や腸の詰まりを防止するためである。 As the material of the carbonized powder food of the present invention, the spirulina powder having the above action is only the carbonized garlic powder. Since the carbonized garlic powder is porous, the food and water eaten or drink, or the harmful Substances and radioactive substances are adsorbed and solidified into a large lump, which has an adverse effect on the human body, such as constipation, but since Spirulina has a spiral shape, carbonized garlic powder, oyster shell powder, Furthermore, since the amphibole powder is dispersed and taken in, especially when carbonized garlic powder adsorbs the food, water, harmful substances and radioactive substances, it does not solidify into a large lump, thereby causing constipation and intestinal clogging. This is to prevent it.

更に、本発明炭化状粉末食品の素材として使用する牡蠣殻粉末は、従来公知の方法により焼成して粉末としたものを使用する。牡蠣殻粉末は炭酸カルシウム、燐酸カルシウム、珪酸、アミノ酸を含有しており、該牡蠣殻粉末の飲食により、口の渇き、胃のもたれ、胃酸過多に効果があると共に、健胃および鎮静作用があることが知られている。 Furthermore, the oyster shell powder used as the raw material of the carbonized powder food of the present invention is a powder baked by a conventionally known method. Oyster shell powder contains calcium carbonate, calcium phosphate, silicic acid, and amino acids. By eating and drinking the oyster shell powder, it is effective for thirst, stomach sag, excessive stomach acidity, and has a healthy stomach and sedation. It is known.

また更に、本発明炭化状粉末食品の素材として、前記作用を有する牡蠣殻粉末を使用するのは、前記炭化にんにく粉末は、飲食すると胃に負担がかかるので、これを防止することと、体内にカルシウム分を補給する目的のためである。 Furthermore, the use of the oyster shell powder having the above-mentioned action as the material of the carbonized powder food of the present invention is because the carbonized garlic powder is burdened on the stomach when eating and drinking, and preventing this, This is for the purpose of supplementing calcium.

前記本発明炭化状粉末食品を構成する炭化にんにく粉末、スピルリナ粉末、および牡蠣殻粉末の混合比率は、特に限定する必要はないが、好ましくは、炭化にんにく粉末30〜50重量%、スピルリナ粉末30〜50重量%、牡蠣殻粉末10〜30重量%、特に好ましくは、炭化にんにく粉末35〜45重量%、スピルリナ粉末35〜45重量%、牡蠣殻粉末15〜25重量%とすることが推奨される。 The mixing ratio of carbonized garlic powder, spirulina powder, and oyster shell powder constituting the carbonized powder food of the present invention is not particularly limited, but is preferably 30 to 50% by weight of carbonized garlic powder, 30 to spirulina powder. 50% by weight, 10-30% by weight oyster shell powder, particularly preferably 35-45% by weight carbonized garlic powder, 35-45% by weight spirulina powder, and 15-25% by weight oyster shell powder.

また、前記炭化状粉末食品は、飲食した場合、体内で迅速に分散するようにするため、粉末状とする。そして、その粒径は特に限定する必要はないが、好ましくは200μm以下とすることが推奨される。 The carbonized powdered food is powdered so that it can be quickly dispersed in the body when eaten or consumed. The particle size need not be particularly limited, but is preferably 200 μm or less.

本発明者は、本発明炭化状粉末食品の安全性を確認するため、残留塩素の除去試験を行った。この試験に用いた炭化状粉末食品は、炭化にんにく粉末40重量%、スピルリナ粉末40重量%、牡蠣殻粉末20重量%の混合比率で製造したものである。そして、試験方法、測定方法および試験結果は下記の通りである。試験は、静岡市清水区所在の東プ株式会社で実施した。
1.試験方法
(1) 水道水2Lを試料1,2に分け次亜塩素酸ナトリウムにより、残留塩素濃度を5.0ppmとする。試料1を対照とする。
(2) 試料2に「炭化状粉末食品」を1.0249g添加し、撹拌後30分静置する。
(3) 試料1,2の残留塩素濃度を測定する。
2.測定方法 DPD法
3.試験結果
試料1の残留塩素濃度:5.0ppm
試料2の残留塩素濃度:0.3ppm
除去率{(試料1の残留塩素濃度)−(試料2の残留塩素濃度)}/(試料1の残留塩素濃度)×100(5.0−0.3)/5.0×100=94.0%
The present inventor conducted a residual chlorine removal test in order to confirm the safety of the carbonized powder food of the present invention. The carbonized powder food used in this test was prepared at a mixing ratio of 40% by weight of carbonized garlic powder, 40% by weight of spirulina powder, and 20% by weight of oyster shell powder. The test method, measurement method, and test results are as follows. The test was conducted at Topu Co., Ltd., Shimizu-ku, Shizuoka City.
1. Test Method (1) Divide 2 L of tap water into Samples 1 and 2, and adjust the residual chlorine concentration to 5.0 ppm with sodium hypochlorite. Sample 1 is the control.
(2) Add 1.0249 g of “carbonized powdered food” to Sample 2 and leave it for 30 minutes after stirring.
(3) Measure the residual chlorine concentration of samples 1 and 2.
2. Measuring method DPD method3. Test result Residual chlorine concentration of sample 1: 5.0 ppm
Residual chlorine concentration of sample 2: 0.3 ppm
Removal rate {(residual chlorine concentration of sample 1) − (residual chlorine concentration of sample 2)} / (residual chlorine concentration of sample 1) × 100 (5.0−0.3) /5.0×100=94. 0%

前記試験結果に示すように、本発明炭化状粉末食品は、水道水中の残留塩素の除去率が94.0%と非常に高いことが判った。 As shown in the test results, the carbonized powder food of the present invention was found to have a very high removal rate of residual chlorine in tap water of 94.0%.

更に、本発明者は、前記炭化状粉末食品の農薬や重金属等の吸着率を試験した。この試験に用いた炭化状粉末食品は、炭化にんにく粉末40重量%、スピルリナ粉末40重量%、牡蠣殻粉末20重量%の混合比率で製造したものである。そして、試験結果は下記の表1に示す通りである。試験は、静岡県蒲原町所在の株式会社日軽分析センター、静岡県藤枝市所在の株式会社静環検査センターおよび静岡県静岡市所在の日本ケミカル工業株式会社で行った。 Furthermore, the present inventor examined the adsorption rate of the carbonized powder food such as agricultural chemicals and heavy metals. The carbonized powder food used in this test was prepared at a mixing ratio of 40% by weight of carbonized garlic powder, 40% by weight of spirulina powder, and 20% by weight of oyster shell powder. The test results are as shown in Table 1 below. The test was conducted at Nikkei Analysis Center Co., Ltd. located in Ebara-cho, Shizuoka Prefecture, Shizuoka Inspection Center Co., Ltd. located in Fujieda City, Shizuoka Prefecture, and Nippon Chemical Industry Co., Ltd. located in Shizuoka City, Shizuoka Prefecture.

Figure 2012228188
Figure 2012228188

前記表1に示すように、本発明炭化状粉末食品は、砒素が12.0%と低い吸着率を有するが、農薬のダイアジノンが58.5%、水銀が45.0%と中低度の吸着率を有し、これら以外の農薬であるトリクロホスメチルおよびブタミホス、臭気の発生源であるアンモニアや硫化水素、重金属であるカドミウムおよび水銀、並びに塩素の吸着率はいずれも90.1〜99.5%と非常に高く、一般細菌数も少なく、また大腸菌群も陰性であることが確認できた。前記吸着率が高いのは、炭化状粉末食品に含有されている炭化にんにく粉末が、低温乾留されることによって、多数の微細孔を形成した多孔質の炭化物となるので、活性炭と同様の働きをするからである。 As shown in Table 1, the carbonized powder food of the present invention has a low adsorption rate of 12.0% for arsenic, but 58.5% for pesticide diazinon and 45.0% for mercury. The adsorption rates of triclofosmethyl and butamifos, which are pesticides other than these, and ammonia and hydrogen sulfide, which are sources of odor, cadmium and mercury, which are heavy metals, and chlorine, are 90.1 to 99. It was very high at 5%, the number of general bacteria was small, and it was confirmed that the coliform group was negative. The adsorption rate is high because the carbonized garlic powder contained in the carbonized powdered food becomes a porous carbide formed with a large number of micropores by low-temperature carbonization, so that it functions similarly to activated carbon. Because it does.

人体が食物や飲料を体内に取入れた後は、これら食物や飲料の分解、腐敗、発酵等の過程でアンモニアや硫化水素等のガスを発生すると共に、農薬や重金属類も体内に蓄積され、このような毒素が口臭や体臭、加齢臭、便臭等として現れ、様々な病気につながる。そして、前記炭化状粉末食品の吸着率のテスト結果から、該炭化状粉末食品を飲食すると、前記体内に蓄積された様々な毒素を分解吸着し、排泄する機能を保持しているということができる。 After the human body takes food and beverages into the body, it generates gases such as ammonia and hydrogen sulfide in the process of decomposition, rot, and fermentation of these foods and beverages, and pesticides and heavy metals accumulate in the body. Such toxins appear as bad breath, body odor, aging odor, fecal odor, etc., leading to various diseases. And, from the test result of the adsorption rate of the carbonized powdered food, it can be said that when eating and drinking the carbonized powdered food, it retains the function of decomposing and adsorbing and excreting various toxins accumulated in the body. .

前記本発明炭化状粉末食品を飲食し、該炭化状粉末食品を口から肛門までの飲食物の通路である内臓の粘膜に付着、または内臓内に滞留させる。その間、前記炭化状粉末食品中の炭化にんにく粉末が多孔質であるため、前記体内のアンモニアや硫化水素、あるいはカドミニウムや水銀等の重金属類の有害物質を吸着して、便と共に排泄すると共に、炭化にんにく粉末は炭化物で炭素を多量に含有しているため、遠赤外線を放射する放射体である。なお、前記したようにスピルリナ粉末の作用で、前記有害物質を吸着した炭化にんにく粉末はスピルリナ粉末の螺旋状部に取り込まれて、大きく塊状に固化せず分散して流状化し、内臓の粘膜に付着したり、または内臓内に滞留する。 The carbonized powdered food of the present invention is eaten or consumed, and the carbonized powdered food is adhered to or stays in the visceral mucous membrane, which is a passage for food and drink from the mouth to the anus. Meanwhile, the carbonized garlic powder in the carbonized powdered food is porous, so it adsorbs harmful substances such as ammonia, hydrogen sulfide, heavy metals such as cadmium and mercury in the body and excretes it together with feces, and carbonizes it. Because garlic powder is a carbide and contains a large amount of carbon, it is a radiator that emits far-infrared rays. As described above, the action of the spirulina powder causes the carbonized garlic powder adsorbing the harmful substances to be taken into the spiral portion of the spirulina powder and dispersed and flowed into a visceral mucosa without solidifying into a large lump. It adheres or stays in the internal organs.

前記人体の内臓の粘膜に付着、または内臓内に滞留している炭化状粉末食品中の炭化にんにく粉末から遠赤外線が放射され、該遠赤外線の作用により、前記付着または滞留している人体の内臓部分を加温し、人体内部から体温を上げることができる。 Far-infrared rays are emitted from the carbonized garlic powder in the carbonized powder food that adheres to or stays in the mucous membrane of the internal organs of the human body, and the internal organs of the human body that adheres or stays by the action of the far-infrared rays The body can be heated to increase body temperature from within the human body.

更に、前記炭化状粉末食品中の炭化にんにく粉末は、微細孔を多数有する多孔質で、活性炭と同一の作用を有するため、体内に飲食物と共に取り込まれた放射性ヨウ素、セシウム等の人体にとって極めて危険な人工の放射性物質を吸着することができる。なお、活性炭が前記放射性物質を吸着する作用を有することは、前記東北大震災後に発行された新聞に多数報道されていて、広く一般に知られている。 Furthermore, the carbonized garlic powder in the carbonized powdered food is porous with many fine pores and has the same action as activated carbon, so it is extremely dangerous for the human body such as radioactive iodine and cesium taken together with food and drink. It can adsorb various artificial radioactive materials. The fact that activated carbon has the action of adsorbing the radioactive substance has been reported in many newspapers issued after the Tohoku Earthquake and is widely known.

なお、前記記載の炭化状粉末食品は、低温乾留して炭化したにんにく粉末、スピルリナ粉末および牡蠣殻粉末を混合したものであるが、前記炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末の外に、更に遠赤外線放射特性を有する角閃石の粉末を混合して炭化状粉末食品とすることもできる。前記角閃石を混合した炭化状粉末食品を飲食すると、更に遠赤外線放射率が高くなり、人体の体温上昇効果を上げることができる。 The carbonized powder food described above is a mixture of garlic powder, spirulina powder and oyster shell powder carbonized by carbonization at low temperature, but in addition to the carbonized garlic powder, spirulina powder and oyster shell powder, An amphibole powder having far-infrared radiation characteristics can be mixed to obtain a carbonized powder food. When eating and drinking the carbonized powdered food mixed with the amphibole, the far-infrared emissivity is further increased, and the effect of increasing the body temperature of the human body can be increased.

すなわち、本発明において使用する天然放射性鉱物である角閃石は、岩手県遠野市に埋蔵されている花崗斑岩の一種である。前記角閃石の効果については、既に多くの特許公報に開示されていると共に、その他の文献、並びにインターネットのウエブサイトに掲載されて広く知られている。 That is, amphibole, which is a natural radioactive mineral used in the present invention, is a kind of granite porphyry buried in Tono City, Iwate Prefecture. The effect of the amphibole has already been disclosed in many patent publications, and is widely known by being published in other documents and on the Internet website.

そして、前記角閃石の生産者である岩手県遠野市所在の株式会社古代石器が、岩手県工業技術センターに該角閃石の定量分析を依頼したころ、前記角閃石はシリカ60重量%、酸化アルミニウム17重量%、酸化第二鉄17重量%、酸化チタン0.7重量%、酸化カルシウム6.2重量%、酸化マグネシウム2.7重量%、酸化ナトリウム3.3重量%、酸化カリウム1.6重量%等を含んでいるという分析結果が得られた And when the ancient stoneware in Tono City, Iwate Prefecture, which is the producer of the amphibole, asked the Iwate Industrial Technology Center for quantitative analysis of the amphibole, the amphibole was composed of 60% silica, aluminum oxide. 17 wt%, ferric oxide 17 wt%, titanium oxide 0.7 wt%, calcium oxide 6.2 wt%, magnesium oxide 2.7 wt%, sodium oxide 3.3 wt%, potassium oxide 1.6 wt% % Analysis results were obtained

更に、前記株式会社古代石器は、食品衛生法に基づく角閃石の定量分析を前記岩手県工業技術センターに依頼したころ、下記の表2に示す定量分析結果が得られた。そして、表2の定量分析結果により、角閃石は食品衛生法上問題がないことが確認できた。 Furthermore, when the ancient stoneware Co., Ltd. requested the Iwate Prefectural Industrial Technology Center for quantitative analysis of amphibole based on the Food Sanitation Law, the quantitative analysis results shown in Table 2 below were obtained. From the quantitative analysis results in Table 2, it was confirmed that amphibole had no problem in the Food Sanitation Law.

Figure 2012228188
Figure 2012228188

また更に、前記株式会社古代石器は、前記角閃石の遠赤外線放射率の測定を長野県工業試験場に依頼したところ、生体に良好な作用を及ぼすという4〜15μmの波長範囲内の遠赤外線放射率が、90%以上であるという測定結果が得られ、本発明方法の素材として採用する前記角閃石は遠赤外線放射率が高いことが立証されている。 Furthermore, the ancient stone tool Co., Ltd. requested the Nagano Prefectural Industrial Research Institute to measure the far-infrared emissivity of the amphibole. As a result, the far-infrared emissivity in the wavelength range of 4 to 15 μm that has a good effect on the living body However, it was proved that the amphibole used as a material for the method of the present invention has a high far-infrared emissivity.

そして、多数のインターネットのウエブサイトにおいて、前記角閃石が低線量の放射線を放射する旨記載されているので、この事実を確認するため、前記株式会社古代石器が、茨城県つくば市所在の財団法人放射線計測協会へ、角閃石のδ線量当量率の測定を依頼したところ、δ線量当量率が0.07μSv/hという測定結果が得られた。なお、この測定数値は、バックグラウンド(角閃石のないδ線量当量率が0.06μSv/h)を含んでおり、従って、前記δ線量当量率が0.07μSv/hの数値は、人体に全く悪い影響を及ぼすような数値ではなく、人体にとって安全な極めて低線量の放射線を放射していることが確認することができた。 And in many Internet websites, it is stated that the amphibole emits a low dose of radiation, so in order to confirm this fact, the ancient stone tool was founded in Tsukuba City, Ibaraki Prefecture. When the Radiation Measurement Association was requested to measure the δ dose equivalent rate of amphibole, a measurement result of δ dose equivalent rate of 0.07 μSv / h was obtained. This measured numerical value includes the background (δ dose equivalent rate without amphibole is 0.06 μSv / h). Therefore, the numerical value with the δ dose equivalent rate of 0.07 μSv / h is completely different from the human body. We were able to confirm that it was not a numerical value that would have a negative effect, but that it emitted very low doses of radiation that was safe for the human body.

本発明者は、前記角閃石が極めて低線量の放射線を放射しているという測定結果から、該角閃石が低線量の放射線を放射するのは、特開2004−121685号公報の記載、並びに多数のインターネットのウエブサイトの記載から、前記角閃石にはカリウム40が含有されており、該カリウム40から低線量の放射線が放射されていると判断した。 Based on the measurement result that the amphibole emits a very low dose of radiation, the present inventor has disclosed that the amphibole emits a low dose of radiation as described in JP-A No. 2004-121865, and many From the description on the Internet website, it was determined that the amphibole contained potassium 40 and that a low dose of radiation was emitted from the potassium 40.

なお、前記特開2004−121685号に開示された鉱物は、石英斑岩である旨記載されているが、本願発明の角閃石が属する花崗斑岩の中で、特に斑晶の少ないものが石英斑岩と云われているので、両者は同一性状を有する鉱物であると判断できる。 In addition, although the mineral disclosed by the said Unexamined-Japanese-Patent No. 2004-121585 is described that it is a quartz porphyry, the granite porphyry to which the amphibole of this invention belongs has a thing with especially few phenocrysts. Since it is said to be quartz porphyry, it can be judged that both are minerals having the same properties.

前記特開2004−121685号公報中に、カリウム40は、ウラン、トリウムのように取扱いに危険性がある放射性物質ではなく、低放射能で法規制のない安全な物質である旨記載されていることからも、本発明で採用する角閃石は、低線量の放射線を放射するカリウム40を含有するものの、極めて安全な天然放射性鉱物であるということができる。 In JP-A-2004-121585, it is described that potassium 40 is not a radioactive substance that is dangerous to handle, such as uranium and thorium, but is a safe substance with low radioactivity and no legal restrictions. From this, it can be said that the amphibole employed in the present invention is an extremely safe natural radioactive mineral, although it contains potassium 40 that emits a low dose of radiation.

そして、前記カリウム40を含有している角閃石は、該カリウム40によって角閃石を組成するNa、Ca、Mg、Kが励起されて活性化され、遠赤外線放射効果を高めることができる。 The amphibole containing potassium 40 is activated by activation of Na, Ca, Mg, and K constituting the amphibole by the potassium 40, thereby enhancing the far-infrared radiation effect.

前記のような作用および効果を有する角閃石粉末を、前記炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末の外に混合して炭化状粉末食品とすることにより、前記炭化状粉末食品中の炭化にんにく粉末からの遠赤外線放射が、前記角閃石の励起作用で遠赤外線放射効果が更に高まると共に、該角閃石自体からの遠赤外線放射で、人体の内部から加温して体温を上昇させるのである。 The carbonized garlic powder in the carbonized powder food is obtained by mixing the amphibole powder having the above actions and effects with the carbonized garlic powder, spirulina powder and oyster shell powder to obtain a carbonized powder food. The far-infrared radiation from the hornblende further enhances the far-infrared radiation effect due to the excitation of the amphibole, and the far-infrared radiation from the amphibole itself heats the body from the inside of the human body and raises the body temperature.

前記炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末の外に角閃石粉末を混合する混合比率は、特に限定する必要はないが、好ましくは、炭化にんにく粉末30〜50重量%、スピルリナ粉末30〜40重量%、牡蠣殻粉末15〜20重量%、角閃石粉末5〜20重量%とすることが推奨される。なお、角閃石粉末は、飲食するため、できるだけ粒径を小さくする必要があり、特に限定する必要はないが、好ましくは200μm以下の粉末とすることが推奨される。 The mixing ratio of mixing the amphibole powder in addition to the carbonized garlic powder, spirulina powder and oyster shell powder is not particularly limited, but preferably 30 to 50% by weight of carbonized garlic powder, 30 to 40% by weight of spirulina powder. %, Oyster shell powder 15-20% by weight, and amphibole powder 5-20% by weight. In addition, in order to eat and drink, the amphibole powder needs to have a particle size as small as possible and does not need to be particularly limited. However, it is recommended that the powder be 200 μm or less.

なお、前記炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末の外に角閃石粉末を混合して製造された炭化状粉末食品の作用および効果は、角閃石微粉末を混合していない炭化状粉末食品とほぼ同一であるので、詳細な説明を省略する。 The action and effect of the carbonized powdered food produced by mixing the carbonized garlic powder, spirulina powder and oyster shell powder with the amphibole powder is the same as that of the carbonized powdered food not mixed with the amphibole fine powder. Since it is almost the same, detailed description is omitted.

Claims (2)

にんにくを低温乾留法により蒸黒焼きにした後、粉砕して粉末にした炭化にんにく粉末、スピルリナ粉末および牡蠣殻粉末を混合して成ることを特徴とする炭化状粉末食品。 A carbonized powdered food comprising a mixture of carbonized garlic powder, spirulina powder, and oyster shell powder, which are made from steamed garlic by low temperature carbonization and then pulverized into powder. にんにくを低温乾留法により蒸黒焼きにした後、粉砕して粉末にした炭化にんにく粉末、スピルリナ粉末、牡蠣殻粉末および角閃石粉末を混合して成ることを特徴とする炭化状粉末食品。
A carbonized powdered food comprising a mixture of carbonized garlic powder, spirulina powder, oyster shell powder, and amphibole powder, which is made by steaming garlic into a black-and-white grill by the low-temperature carbonization method, and then pulverized into powder.
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