JP2020204567A - Device for verifying effect of terahertz electromagnetic radiation - Google Patents
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Abstract
Description
本発明はテラヘルツの電磁波を照射した食材又は部材の照射の医療や健康への効果を実証する実証装置に関するものである。このテラヘルツの電磁波を照射して、その性質を改善する対象としては、食糧および食料品、衣料品の他に日用生活用品として消耗用品および耐久用品の生活用具、電化製品、楽器、遊具に広く活用できる。食糧および食料品の野菜や果実、魚介類を含む生産物、飲料水、魚介類、家畜、食糧の種子、家畜の食糧、犬猫の食糧、衣類（肌着や履物も含む）、電気機器、乗り物シートで、建材、塗料、化粧品、医療用具、樹木の苗、肥料、食糧栽培や観葉植物の土壌であり、日常生活に関わる広く活用でき、食糧および食料品の生産物、飲料水、衣類、ＬＥＤ搭載のパソコン、スマホ、ゲームソフト等の液晶画面から発せられる電磁波障害（ＥＭＩ）、青色公害（ブルーポリューション、ＢＰ）、前記本発明のテラヘルツ照射波効果の実証装置と方法のテラヘルツ照射波対象の前記ＬＥＤ搭載のパソコン、スマホ、ゲーム機器、液晶テレビ、蛍光灯、蛍光ランプ、蛍光管、照明灯（白熱電球含む）、および通常の蛍光灯等がある。 The present invention relates to a demonstration device for demonstrating the effects of irradiation of foodstuffs or members irradiated with terahertz electromagnetic waves on medical treatment and health. Targets for improving the properties of terahertz by irradiating it with electromagnetic waves are widely used in daily necessities such as consumables and durable items, electrical appliances, musical instruments, and playground equipment, in addition to food, groceries, and clothing. It can be used. Food and groceries Vegetables and fruits, products including seafood, drinking water, seafood, livestock, food seeds, livestock food, dog and cat food, clothing (including underwear and footwear), electrical equipment, vehicles Sheets, building materials, paints, cosmetics, medical equipment, tree seedlings, fertilizers, soil for food cultivation and foliage plants, can be widely used in daily life, food and grocery products, drinking water, clothing, LEDs Electromagnetic disturbance (EMI), blue pollution (blue pollution, BP) emitted from the liquid crystal screen of a mounted personal computer, smartphone, game software, etc., the above-mentioned terahertz irradiation wave target of the terahertz irradiation wave effect demonstrator and method of the present invention. There are LED-equipped personal computers, smartphones, game devices, liquid crystal televisions, fluorescent lamps, fluorescent lamps, fluorescent tubes, lighting lamps (including incandescent lamps), and ordinary fluorescent lamps.
テラヘルツ照射による医療や健康に対する効果を証明する手段が発見されていない現状では、体感的、又は主観的な推測に委ねられているのである。テラヘルツの照射による人体への効果の可視化が出来ない現状で、高額なテラヘルツ商品を買わされたとする被害がネット上で公開されている。 At present, no means have been found to prove the effects of terahertz irradiation on medical treatment and health, and it is left to sensory or subjective guessing. In the current situation where it is not possible to visualize the effects of terahertz irradiation on the human body, the damage caused by buying expensive terahertz products has been published online.
特許文献１は、ブルーライトを遮蔽し、且つ、透過光の黄色味が抑制されたブルーライトカットフィルムを遮蔽しながら表示される画像に黄変がなく高画質な表示装置、及び、上記ブルーライトカットフィルム用樹脂組成物を提供することを目的とすることを提供しているものであり、ブルーライト、フリッカーなどで発せられる健康面での影響などの記載やテラヘルツ照射した食糧が健康面での人体に与える影響を科学的、客観的な有意性を記述した臨床データの記載はなく、本発明とは技術的意図を異にする。 Patent Document 1 describes a display device having high image quality without yellowing in an image displayed while shielding a blue light cut film that shields blue light and suppresses the yellowness of transmitted light, and the above blue light. It is provided for the purpose of providing a resin composition for a cut film, and a description of the health effects caused by blue light, flicker, etc. and terahertz-irradiated foods are used for health. There is no description of clinical data that describes the scientific and objective significance of the effect on the human body, and the technical intent is different from that of the present invention.
特許文献２は、前記黄色色素１００質量部に対する、前記紫色色素の含有量は、２０〜６０質量部である。好ましくは２５〜４５質量部であり、より好ましくは２５〜３５質量部である。かかる割合で、黄色色素及び紫色色素を含む本発明のブルーライトカット用組成物は、自然な色調を損なわずに、ブルーライトをカットすることができることを提供しているものであり、ブルーライト、フリッカーなどで発せられる健康面での影響などの記載やテラヘルツ照射した食糧が健康面での人体に与える影響を科学的、客観的な有意性を記述した臨床データの記載はなく、本発明とは技術的意図を異にする。 In Patent Document 2, the content of the purple dye is 20 to 60 parts by mass with respect to 100 parts by mass of the yellow dye. It is preferably 25 to 45 parts by mass, and more preferably 25 to 35 parts by mass. In such a proportion, the composition for blue light cutting of the present invention containing a yellow pigment and a purple pigment provides that the blue light can be cut without impairing the natural color tone, and the blue light, There is no description of the health effects caused by flicker or the like, and no description of clinical data describing the scientific and objective significance of the effects of terahertz-irradiated food on the human body. Different technical intent.
特許文献３の、実用新案登録は、電磁波障害を軽減でき、携帯電話のバッテリー機能を改善できる機能性携帯電話用液晶保護フィルムを提供する。３２〜３８テラヘルツの共鳴電磁波を、２時間〜２４時間、２０℃〜９０℃の温度条件下で、携帯電話用液晶保護フィルムに照射することで、携帯電話用液晶保護自体を当該共鳴電磁波の転写放射体とすることを提供しているものであり、ブルーライト、フリッカーなどで発せられる健康面での影響などの記載やテラヘルツ照射した液晶保護フィルム、携帯電話液晶保護フィルム、食糧が従来の工業用の水質検査用の酸化還元電位装置で良好を推測していることにすぎず、健康面での人体に与える影響を科学的、客観的な有意性を記述したヒト唾液ＯＲＰ臨床データの記載はなく、本発明とは技術的意図を異にする。 The utility model registration of Patent Document 3 provides a liquid crystal protective film for a functional mobile phone that can reduce electromagnetic wave interference and improve the battery function of the mobile phone. By irradiating the mobile phone liquid crystal protective film with a resonance electromagnetic wave of 32 to 38 terahertz for 2 hours to 24 hours under a temperature condition of 20 ° C. to 90 ° C., the mobile phone liquid crystal protection itself is transferred to the resonance electromagnetic wave. It is provided as a radiator, and describes the effects on health caused by blue light, flicker, etc., and terahertz-irradiated liquid crystal protective film, mobile phone liquid crystal protective film, and food for conventional industrial use. There is no description of human saliva ORP clinical data that describes the scientific and objective significance of the effect on the human body in terms of health, only by estimating goodness with the oxidation-reduction potential device for water quality inspection. , The technical intent is different from the present invention.
特許文献４は、テラヘルツパルス波を用いた粉末中の異物検出装置は、テラヘルツパルス波の大部分を透過させる第１部位と、テラヘルツパルス波を透過させずに反射する第２部位とを有する容器内に収納された粉末中の異物を検出する異物検出装置とすることを提供しているものであり、ブルーライト、フリッカーで発せられる健康面での影響などの記載やテラヘルツ照射した食糧による健康面での人体に与える影響を科学的、客観的な有意性を記述した臨床データの記載はなく、本発明とは技術的意図を異にする。 According to Patent Document 4, a foreign matter detection device in a powder using a terahertz pulse wave has a first portion that transmits most of the terahertz pulse wave and a second portion that reflects the terahertz pulse wave without transmitting it. It is provided as a foreign matter detection device that detects foreign matter in the powder stored inside, and describes the effects on health caused by blue light and flicker, and the health aspect of terahertz-irradiated food. There is no description of clinical data that describes the scientific and objective significance of the effect on the human body, and the technical intent is different from that of the present invention.
従来技術では、生命や細胞にテラヘルツ波を照射すると細胞を構成する体内酵素やＤＮＡその他の有機分子の振動数が活発になり、自然治癒力や免疫力が大きく向上し、テラヘルツ波を多量に放射する繊維を着用すると、皮膚の傷や筋肉の損傷が著しく改善され、人体内部の臓器の損傷が短時間に治癒され、身体の機能が短期間に回復することが近代量子物理学の理論として言われているが、テラヘルツ照射効果を証明する手段が発見されていない現状では、体感的、又は主観的な推測に委ねられているのである。 In the conventional technique, when life or cells are irradiated with terahertz waves, the frequencies of internal enzymes, DNA and other organic molecules that make up the cells become active, the natural healing power and immunity are greatly improved, and a large amount of terahertz waves are emitted. According to the theory of modern quantum physics, wearing radiant fibers significantly improves skin damage and muscle damage, heals damage to internal organs in a short time, and restores physical function in a short period of time. However, in the present situation where no means to prove the effect of terahertz irradiation has been found, it is left to the sensational or subjective guess.
しかしながら、テラヘルツ照射効果については、従来客観的に証明されていない。これは、テラヘルツ電磁波の医療や健康に対する影響の科学的根拠が発見されていないからである。この現状で、テテラヘルツ照射効果を偽り詐欺紛いの商法が出回っている実状がある。これまでのテラヘルツ照射波を浴びた対象材の人間の健康面への影響についての効果確認は体感的、主観的な推測に委ねられていたのである。この点に注視し、本発明は、前記人間の健康面への影響についてヒト唾液ＯＲＰ酸化還元電位という指標で、科学的に数値データでの効果確認の手段に着眼したのである。 However, the terahertz irradiation effect has not been objectively proven in the past. This is because the scientific basis for the effects of terahertz electromagnetic waves on medical care and health has not been found. In this situation, there is a fact that commercial law that misrepresents the terahertz irradiation effect is circulating. Until now, confirmation of the effects of the target material exposed to the terahertz irradiation wave on human health has been left to the sensational and subjective guess. Focusing on this point, the present invention has focused on the means for confirming the effect of the effect on human health by scientifically using the index of human saliva ORP redox potential.
テラヘルツの電磁波を照射する電磁波照射筐体と、この照射筐体の内面に設けられたテラヘルツ共鳴電磁波放射シート（蒸着アルミシート）と、床面テラヘルツ共鳴電磁波放射シート（蒸着アルミシート）を装備することにより、前記蒸着アルミシートの下の床面に、ヒータを具備し、前記ヒータはテラヘルツ電磁波照射の制御、温度調節ＯＮ、又はＯＦＦ制御、共鳴共振電磁波放射時間設定制御、例えば、３２〜３８テラヘルツの照射範囲制御、共鳴共振電磁波のＯＮ、又はＯＦＦの制御により、例えば、２０℃〜９０℃範囲の温度で調節することで、前記テラヘルツの照射範囲制御によって、テラヘルツ電磁波照射帯を効率よく蒸着アルミシート全体に加熱伝導するように前記ヒータを備えている。前記蒸着アルミシートへテラヘルツの電磁波を照射させることを有するテラヘルツ照射波共鳴電磁波装置と、唾液の酸化還元電位測定筐体と、この測定筐体内に配置され被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部を有するヒト唾液ＯＲＰ酸化還元電位測定装置により、体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握するようにしたのである。 Equipped with an electromagnetic wave irradiation housing that irradiates terahertz electromagnetic waves, a terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of this irradiation housing, and a floor terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet). A heater is provided on the floor surface under the vapor-deposited aluminum sheet, and the heater controls terahertz electromagnetic wave irradiation, temperature control ON or OFF control, resonance resonance electromagnetic wave radiation time setting control, for example, 32 to 38 terahertz. By controlling the irradiation range and controlling the ON or OFF of the resonance resonance electromagnetic wave, for example, by adjusting the temperature in the range of 20 ° C. to 90 ° C., the terahertz electromagnetic wave irradiation band can be efficiently vapor-deposited by the terahertz irradiation range control. The heater is provided so as to conduct heating throughout. The terahertz irradiation wave resonance electromagnetic wave device that irradiates the vapor-deposited aluminum sheet with terahertz electromagnetic waves, the redox potential measurement housing of saliva, and the oxidation-reduction potential measured from the saliva of a subject placed in the measurement housing. , Human saliva ORP redox having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. The potential measuring device was used to grasp the irradiation effect of the terahertz electromagnetic wave from the physical condition value or the stress degree value.
舌の上に集約される唾液の総体唾液、３大唾液腺である耳下腺唾液、顎下腺唾液、舌下腺唾液の４種類から採取した唾液であり、これら４種類のいずれかの唾液含浸の綿棒を１０８の箇所に差し込み測定をするのであり、そこで、前記３大唾液腺の一つである顎下腺から産出される唾液成分に注目したのである。それは、アルブミン、コルチゾール、リゾチーム、ＩｇＡ、ラクトフェリン、ガスチンが産出されるのであり、これらの顎下腺から出る唾液成分の酸化は自律神経におけるストレス負荷が強い状態であり、ネバネバとした唾液状態は胃や内臓機能への負荷となり、日常生活で極度のストレス負荷が続くことで、体内に活性酸素が大量に発生するのである。眼精疲労、疲れやすい、眠れない、肩こり首筋が痛い、イライラ症状の訴えが多くなる特性は前記顎下腺から産出される唾液成分は強い酸化反応を明確に示すことに着眼し、前記ヒト唾液ＯＲＰ酸化還元電位測定装置で舌の上に集約される唾液の総体唾液採取の体調度、ストレス度測定で検証したのである。 Saliva collected from four types of saliva collected on the tongue: parotid saliva, submandibular gland saliva, and sublingual gland saliva, which are the three major salivary glands, and impregnated with saliva from any of these four types. The cotton stick was inserted into 108 points for measurement, and attention was paid to the saliva component produced from the submandibular gland, which is one of the three major salivary glands. It produces albumin, cortisol, lysozyme, IgA, lactoferrin, and gastin, and the oxidation of salivary components from these submandibular glands is a stress-bearing condition in the autonomic nerves, and the sticky salivary condition is the stomach. It becomes a load on the internal organs and functions, and a large amount of active oxygen is generated in the body due to the continuous extreme stress load in daily life. Eye strain, easy tiredness, sleeplessness, stiff shoulders, pain in the neck muscles, and frequent complaints of irritability are characterized by the fact that the saliva component produced from the submandibular gland clearly shows a strong oxidative reaction. It was verified by measuring the physical condition and stress level of total saliva collection of saliva collected on the tongue with an ORP oxidation-reduction potential measuring device.
１秒間に３５兆回振動する３５テラヘルツの電磁波が、水素結合を共振したり、電子の散乱運動を円滑化するということは、数値化検証が難しい仮設領域でした。ヒト唾液ＯＲＰ酸化還元電位測定装置により、ビフォーアフターの総合的な体調状態又はストレス状態を数値化検証できることで、前記３５テラヘルツと前記ヒト唾液ＯＲＰ酸化還元電位測定装置の組合せで、従来には可視化できなかったテラヘルツ照射の電磁波を受けた照射対象を食するか、使用するかして影響を受けた被験者の体調度数値又はストレス度数値からテラヘルツ電磁波の照射効果を実証することができたのである。 The fact that an electromagnetic wave of 35 terahertz, which vibrates 35 trillion times per second, resonates hydrogen bonds and smoothes the scattering motion of electrons, was a temporary region that was difficult to quantify and verify. By quantifying and verifying the overall physical condition or stress state before and after with the human saliva ORP oxidation-reduction potential measuring device, the combination of the 35 terahertz and the human saliva ORP oxidation-reduction potential measuring device can be visualized in the past. It was possible to demonstrate the irradiation effect of the terahertz electromagnetic wave from the physical condition value or the stress degree value of the subject who was affected by eating or using the irradiation target that received the electromagnetic wave of the terahertz irradiation that was not present.
本発明の実施形態について図面を参照して説明する。図１は、テラヘルツ照射波共鳴電磁波装置と、前記ヒト唾液ＯＲＰ酸化還元電位測定装置を組合せて可視化する機能を備えた実施形態の構成図であり、本発明の前記テラヘルツ照射波効果の実証装置で共鳴電磁波放射シート（アルミ反射シート）を用いて、テラヘルツ照射波対象物自体に３５テラヘルツを中心として３２〜３８テラヘルツの範囲での共鳴電磁波が転写される。ｃは、前記テラヘルツ照射波共鳴電磁波装置と前記ヒト唾液ＯＲＰ酸化還元電位測定装置の筐体外部に設けられた液晶画面表示装置で、テラヘルツ照射波の動作及びヒト唾液ＯＲＰ酸化還元電位測定結果も監視できるようにしている。この液晶画面表示装置ｃは、前記テラヘルツ照射波共鳴電磁波装置の放射シート（蒸着アルミシート）が設けられた筐体の外部に具備された前記ヒト唾液ＯＲＰ酸化還元電位測定装置の測定動作とともに前記テラヘルツ照射波制御部動作の開始及び終了を指示する液晶画面がそれぞれ具備され、動作とともに前記テラヘルツ照射波制御部動作の開始及び終了を指示する液晶画面が、前記テラヘルツ照射波共鳴電磁波装置の筐体外部にそれぞれ設置されている。 An embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a configuration diagram of an embodiment having a function of combining and visualizing a terahertz irradiation wave resonance electromagnetic wave device and the human saliva ORP oxidation-reduction potential measuring device, and is a demonstration device of the terahertz irradiation wave effect of the present invention. Using the resonance electromagnetic wave radiation sheet (aluminum reflection sheet), the resonance electromagnetic wave in the range of 32 to 38 terahertz is transferred to the terahertz irradiation wave object itself, centering on 35 terahertz. c is a liquid crystal screen display device provided outside the housing of the terahertz irradiation wave resonance electromagnetic wave device and the human saliva ORP redox potential measuring device, and monitors the operation of the terahertz irradiation wave and the human saliva ORP redox potential measurement result. I am trying to do it. The liquid crystal screen display device c is the terahertz along with the measurement operation of the human saliva ORP oxidation-reduction potential measuring device provided outside the housing provided with the radiation sheet (deposited aluminum sheet) of the terahertz irradiation wave resonance electromagnetic wave device. A liquid crystal screen for instructing the start and end of the operation of the irradiation wave control unit is provided, and the liquid crystal screen for instructing the start and end of the operation of the terahertz irradiation wave control unit is outside the housing of the terahertz irradiation wave resonance electromagnetic wave device. It is installed in each.
図２は本発明のテラヘルツ照射波共鳴電磁波が転写される形態についての一例図であり、図３は本発明のテラヘルツ照射波共鳴電磁波装置によりテラヘルツ照射波が転写されるテラヘルツ照射波共鳴電磁波装置室についての一例図としての、テラヘルツ照射波共鳴電磁波装置の筐体であり、図４は前記テラヘルツ照射波共鳴電磁波装置の中にテラヘルツ照射波させる対象材を収納した一例図であり、収納しテラ照射するものとしては、食糧および食料品の野菜や果実、魚介類を含む生産物の他に日用品であり、ＬＥＤ搭載のパソコン、スマホ、ゲームソフト等の液晶画面から発せられる電磁波障害（ＥＭＩ）、青色公害（ブルーポリューション、ＢＰ）、ＬＥＤ搭載の照明灯、および通常の蛍光灯、電気機器に用いる液晶、電気スタンド、コピー機器、ドライヤー、電子レンジ、ＩＨ機器、空気清浄機、加湿器、食器洗浄機、電磁調理器、炊飯器、扇風機、洗濯機、掃除機、冷蔵庫、電動歯ブラシ、オーディオ機器とする電気製品である。 FIG. 2 is an example of a form in which the terahertz irradiation wave resonance electromagnetic wave of the present invention is transferred, and FIG. 3 is a terahertz irradiation wave resonance electromagnetic wave device room in which the terahertz irradiation wave is transferred by the terahertz irradiation wave resonance electromagnetic wave device of the present invention. As an example diagram of the above, the housing of the terahertz irradiation wave resonance electromagnetic wave device, and FIG. 4 is an example diagram in which the target material to be terahertz irradiation wave is housed in the terahertz irradiation wave resonance electromagnetic wave device. In addition to food and food products including vegetables, fruits, and seafood, daily necessities include electromagnetic wave interference (EMI) emitted from LCD screens of LED-equipped personal computers, smartphones, game software, etc., and blue color. Pollution (Blue Pollution, BP), LED-equipped lighting, and ordinary fluorescent lamps, liquid crystal used for electrical equipment, electric stands, copy equipment, dryers, microwave ovens, IH equipment, air purifiers, humidifiers, dishwashers , Electromagnetic cookers, rice cookers, fans, washing machines, vacuum cleaners, refrigerators, electric toothbrushes, audio equipment.
図２において説明する。本発明のテラヘルツ照射波共鳴電磁波が転写される形態についての一例図であり、１はテラヘルツ照射波共鳴電磁波装置および概念図である。２はテラ共鳴電磁波放射シート（蒸着アルミシート）であり、３は床面テラ共鳴電磁波放射シートで、４はヒーターであり、テラヘルツ電磁波照射帯を効率よく蒸着アルミシートを用いることで全体に加熱伝導するように前記ヒータを備えているのである。５はテラ共鳴電磁波放射シート２により隅々まで共振転写されるのである。 This will be described with reference to FIG. It is an example diagram about the form in which the terahertz irradiation wave resonance electromagnetic wave of this invention is transferred, and 1 is a terahertz irradiation wave resonance electromagnetic wave apparatus and a conceptual diagram. 2 is a terahertz electromagnetic wave radiation sheet (deposited aluminum sheet), 3 is a floor terahertz electromagnetic wave radiation sheet, 4 is a heater, and the terahertz electromagnetic wave irradiation band is efficiently heated and conducted by using the vaporized aluminum sheet. The heater is provided so as to do so. 5 is resonantly transferred to every corner by the tera-resonant electromagnetic wave radiation sheet 2.
図３において説明する。１はテラヘルツ照射波共鳴電磁波装置であり、２はテラ共鳴電磁波放射シート（蒸着アルミシート）を前記テラ照射装置を覆いかぶせるようにして、テラ照射後は、照射された対象物を簡単に取り出させるように前記テラ共鳴電磁波放射シート（蒸着アルミシート）開閉が図で示す通り自由にできるようにしている。３は床面テラ共鳴電磁波放射シートであり、４はヒーターを装備し、２０℃至る９０℃以内で、１のテラ照射装置内で２０℃以下、又は９０℃以上になることのないように温度調節の制御機能が設けられ、９０℃を超えたときは発火を防ぐために電源ＯＦＦ機能を設けている。３の床面テラ共鳴電磁波放射シートからは共鳴電磁波が３５テラヘルツを中心として３２〜３８テラヘルツの範囲での共鳴電磁波で発せられ装置内の全体に共振されるようにすることで、２のテラ共鳴電磁波放射シート（蒸着アルミシート）によって、５の転写共鳴電磁波がテラ照射装置内の隅々まで共振転写されることで、テラ照射対象物自体に３５テラヘルツを中心として３２〜３８テラヘルツの範囲での共鳴電磁波が転写される。前記３５テラヘルツの電磁波は、水やその他の物質の水素結合を共振エネルギーで分断する。そして、水素結合の分断から３５テラヘルツで共振振動する水素イオン（Ｈ+）と電子（e−）を放出するのである。３５テラヘルツで共振振動している水素イオン（Ｈ+）や電子（e−）は、水素結合の分断により結合分子量（クラスター）の小さくなった水やその他の液体物質に安定して溶存されるのである。ちなみに、３５テラヘルツで共振振動させた後は、共振させない元の水素結合には戻らないのである。人間の体の水分は約６０〜７０％前後が水分で構成されていることは医学界でも周知されている通り、人間の体の約６０〜７０％の水分に、一度転写されることで本発明の前記テラヘルツ照射波を用いた対象物は、前記テラヘルツ照射波共鳴電磁波装置の筐体外部に具備された前記唾液ＯＲＰ酸化還元電位測定装置によってヒト唾液ＯＲＰ経時変化の測定を実施した結果が得られたのである。従来の人間の健康面への影響や有用性や植物育成効果や食糧への効果は、人間の場合には体感的、主観的な推測に委ねられていたのであり、植物育成効果や食糧への効果についても、目視での生育状態、味覚、嗅覚などの五感に委ねられていたのである。これらの問題を前記唾液ＯＲＰ酸化還元電位測定装置によって人間の健康面への影響を科学的に客観的な有意性が明確に可視化できたのである。 This will be described with reference to FIG. 1 is a terahertz irradiation wave resonance electromagnetic wave device, and 2 is a terahertz irradiation electromagnetic wave radiation sheet (vapor-deposited aluminum sheet) that covers the terahertz irradiation device so that the irradiated object can be easily taken out after the terahertz irradiation. As shown in the figure, the tera-resonant electromagnetic wave radiation sheet (vapor-deposited aluminum sheet) can be opened and closed freely. 3 is a floor tella resonance electromagnetic wave radiation sheet, 4 is equipped with a heater, and the temperature is kept within 90 ° C up to 20 ° C so as not to be 20 ° C or lower or 90 ° C or higher in 1 tella irradiation device. An adjustment control function is provided, and a power OFF function is provided to prevent ignition when the temperature exceeds 90 ° C. From the floor surface tera-resonance electromagnetic wave radiation sheet of 3, the resonance electromagnetic wave is emitted by the resonance electromagnetic wave in the range of 32 to 38 tera-hertz centering on 35 tera-hertz and resonated throughout the device, so that the tera-resonance of 2 By the electromagnetic wave radiation sheet (deposited aluminum sheet), the transfer resonance electromagnetic wave of 5 is resonantly transferred to every corner of the tera irradiation device, so that the tera irradiation object itself has a range of 32 to 38 terahertz centered on 35 terahertz. Resonant electromagnetic waves are transferred. The 35 terahertz electromagnetic wave breaks hydrogen bonds of water and other substances with resonant energy. Then, hydrogen ions (H +) and electrons (e−) that resonate and oscillate at 35 terahertz are emitted from the breakage of hydrogen bonds. Hydrogen ions (H +) and electrons (e-) that resonate and oscillate at 35 terahertz are stably dissolved in water and other liquid substances whose bond molecular weight (cluster) has decreased due to the disruption of hydrogen bonds. is there. By the way, after resonating and vibrating at 35 terahertz, it does not return to the original hydrogen bond that does not resonate. As is well known in the medical community that about 60 to 70% of the water content of the human body is composed of water, this book is once transferred to about 60 to 70% of the water content of the human body. The object using the terahertz irradiation wave of the present invention is obtained by measuring the change with time of human saliva ORP by the saliva ORP redox potential measuring device provided outside the housing of the terahertz irradiation wave resonance electromagnetic wave device. It was done. In the case of humans, the conventional effects and usefulness on human health, plant growing effects, and food effects were left to the olfactory and subjective guesses, and the plant growing effects and food effects. The effect was also left to the five senses such as visual growth, taste, and smell. With the saliva ORP redox potential measuring device, it was possible to clearly visualize the scientifically objective significance of these problems on human health.
さらに、人間の体の水分に健康面で良好な影響を与えるとする根拠と本発明のテラヘルツ照射波効果の実証装置と方法の有用性について述べる。宇宙から放射されている生命エネルギー（育成光線）は水ととても相性がよく、水はこのエネルギーを蓄積し他に放射する性質を持っている。生命の源は太陽の光と水（天の気、地の気）ともいわれる所以であり、私たちの体の水分は約６０〜７０％、脳の水分は約85％、血液の水分は約９０％と言われている。この水分に宇宙からの生命エネルギー（育成光線）が降り注ぎ、エネルギーを蓄え他に放射して健康を保っているのである。ところが歳を重ねるごとにこのエネルギーを蓄える力が劣ると当然放射するエネルギーも少なくなってくるのである。地球上で一番育成光線を放射しているのは人間であり、人間の中でも赤ちゃんが一番多く前記育成光線を放射しているのである。歳を重ねるごとに、この放射は少なくなり、若くても病気の人は放射量は少なく蓄えているエネルギーが少なくなっているからなのである。この生命エネルギー（育成光線）と同じエネルギーである、前記本発明のテラヘルツ照射波を１２〜２４時間、３６５日にわたり体内に与え続けることは、体内の水分の水素結合を分離しＨ＋イオンが増えると還元作用が働いて活性酸素を無害にし、また、水分の分子結合も小さくなるので血流がよくなり、毛細血管まで栄養が行きわたり老廃物を排出するので健康な体を維持することが期待できることを後述の表１〜表１３に示された通り、本発明の前記テラヘルツ照射波効果の実証装置と方法で得られる各種商材が、人間の健康面により良い影響をもたらすことがヒト唾液ＯＲＰの可視化で考察できたのである。 Furthermore, the rationale for having a positive effect on the water content of the human body in terms of health and the usefulness of the terahertz irradiation wave effect demonstrator and method of the present invention will be described. Life energy (nurturing rays) emitted from the universe is very compatible with water, and water has the property of accumulating this energy and radiating it to others. The source of life is also called sunlight and water (heavenly ki, earthly ki), and the water content of our body is about 60 to 70%, the water content of our brain is about 85%, and the water content of blood is about about 85%. It is said to be 90%. Life energy (nurturing rays) from the universe falls on this water, and it stores energy and radiates it to others to maintain health. However, as we get older, if the ability to store this energy is inferior, the amount of energy radiated will naturally decrease. It is humans who emit the most nurturing rays on the earth, and among humans, babies emit the most nurturing rays. This is because as we get older, this radiation decreases, and even young people who are sick have less radiation and less energy stored. Continuing to give the terahertz irradiation wave of the present invention, which is the same energy as this life energy (growth ray), into the body for 12 to 24 hours for 365 days will separate hydrogen bonds of water in the body and increase H + ions. The reducing action works to make active oxygen harmless, and the molecular bonds of water are also reduced, which improves blood flow, and nutrients are distributed to the capillaries and waste products are discharged, so it can be expected to maintain a healthy body. As shown in Tables 1 to 13 described later, it is possible that various products obtained by the terahertz irradiation wave effect demonstrator and method of the present invention have a better effect on human health in human saliva ORP. It was possible to consider it by visualization.
図４において説明する。１はテラヘルツ照射波共鳴電磁波装置であり、２はテラ共鳴電磁波放射シート（蒸着アルミシート）で前記テラヘルツ照射波装置内に設定する。３は床面テラ共鳴電磁波放射シートであり、４はヒーターを装備し、２０℃至る９０℃以内で、１のテラヘルツ照射波装置内で２０℃以下、又は９０℃以上になることのないように温度調節の自動制御機能が設けられ、９０℃を超えたときは発火を防ぐために電源ＯＮ、又はＯＦＦ機能を設けている。４のヒーター接している温度調整により３の床面テラ共鳴電磁波放射シートからは共鳴電磁波が３５テラヘルツを中心として３２〜３８テラヘルツの範囲での共鳴電磁波で発せられ装置内の全体に共振されるようにすることで、２のテラ共鳴電磁波放射シート（蒸着アルミシート）によって、図３で示した５の転写共鳴電磁波がテラ照射装置内の隅々まで共振転写されることで、テラヘルツ照射波対象物自体に３５テラヘルツを中心として３２〜３８テラヘルツの範囲での共鳴電磁波が転写される。６はテラ照射対象物の一例としてのパソコン液晶であり、７は蛍光灯管で、８はスマホ、ゲームソフト、電気機器に使用する部材の液晶そのものであり、９はＬＥＤ搭載の各種電球である（ＬＥＤ搭載されていない電球も含む）、１０は丸めたテラ共鳴電磁波放射シート（蒸着アルミシート）にテラ照射することにより、転写されたテラ共鳴電磁波放射シート（蒸着アルミシート）を、各種の商材となるものを包み込んで図７の一例図のように活用することで、前記本発明のテラヘルツ照射波効果の実証装置として広く応用活用できるようにしたのである。 This will be described with reference to FIG. 1 is a terahertz irradiation wave resonance electromagnetic wave device, and 2 is a terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) set in the terahertz irradiation wave device. 3 is a floor terahertz electromagnetic wave radiation sheet, and 4 is equipped with a heater so that the temperature does not fall below 20 ° C or above 90 ° C in 1 terahertz irradiation wave device within 90 ° C up to 20 ° C. An automatic control function for temperature control is provided, and a power ON / OFF function is provided to prevent ignition when the temperature exceeds 90 ° C. By adjusting the temperature in contact with the heater of 4, the resonance electromagnetic wave is emitted from the floor surface tera-resonant electromagnetic wave radiation sheet of 3 as a resonance electromagnetic wave in the range of 32 to 38 tera-hertz centering on 35 tera-hertz so that it is resonated throughout the device. By setting this, the transfer resonance electromagnetic wave of 5 shown in FIG. 3 is resonantly transferred to every corner of the tera irradiation device by the tera resonance electromagnetic wave radiation sheet (deposited aluminum sheet) of 2, so that the terahertz irradiation wave object Resonant electromagnetic waves in the range of 32 to 38 terahertz are transferred to itself, centering on 35 terahertz. 6 is a personal computer liquid crystal as an example of a terra irradiation object, 7 is a fluorescent lamp tube, 8 is the liquid crystal itself of a member used for smartphones, game software, and electrical equipment, and 9 is various light bulbs equipped with LEDs. (Including light bulbs not equipped with LEDs) 10 is a tera-resonant electromagnetic wave radiation sheet (vapor-deposited aluminum sheet) that has been transferred by irradiating the rolled tera-resonant electromagnetic wave radiation sheet (vapor-deposited aluminum sheet) with tera. By wrapping the material and utilizing it as shown in the example diagram of FIG. 7, it has been made possible to be widely applied and utilized as the demonstration device of the terahertz irradiation wave effect of the present invention.
図５について説明する。特許第６４５４８３６号を参照されたい。ヒト唾液ＯＲＰ測定装置は、複数個の開閉扉が設けられ、前記開閉扉が閉の状態で外気から遮断される筐体と、前記筐体内部に複数個設けられた測定部と、前記筐体の外部に設置され、前記測定部毎にその動作の開始及び終了を指示するスイッチと、前記筐体の外部に設置され、前記測定部毎にその測定結果を表示する表示部と、前記複数個の測定部により求められた酸化還元電位からそれぞれ被検者の体調度数値、ストレス度数値、又は薬物スクリーニング数値を含む検査結果を前記表示部に表示させる制御部とを有し、前記各測定部は、前記開閉扉が開の状態で唾液含浸の綿棒を装着する試料槽と、前記綿棒に含浸された唾液から酸化還元電位を検出する検出部と、前記試料槽及び前記検出部から構成された測定ＢＯＸを格納する格納箱とを有し、前記格納箱は、測定中における唾液の検体液が空気の流動による酸化や電磁波ノイズ、又は前記筐体内部の配線から発せられる微弱な電磁波ノイズを受けにくくするように前記測定ＢＯＸを格納する装置である。前記ヒト唾液ＯＲＰ測定装置について図５に基づき説明する。１０１はヒト唾液ＯＲＰ酸化還元電位測定装置であり、テラヘルツ照射波共鳴電磁波装置により、転写されたテラヘルツ照射波対象材が、人間の健康面の有意性が確認できるようにしたのである。１０２は測定時刻の表示部、１０３は測定結果をプリント排出部である。１０４は前記ヒト唾液ＯＲＰ酸化還元電位測定装置の持ち運びの持ち手部分、１０５は前記ヒト唾液ＯＲＰ酸化還元電位測定装置の動作過程表示の液晶部、１０６測定スタートボタン、１０７は電源部であり、１０８は測定部とする箇所に測定部の検体液が含浸された綿棒を差し込み１０６の測定スタートボタンを押すことで、測定結果が１０５の液晶部に表示される。１０９は測定部のＢＯＸを押し込む箇所を示し、１１０で測定部のＢＯＸを引き出すようにしている。１１１は測定ＢＯＸ開閉扉を設けている。検体液とは舌の上に集約される唾液の総体唾液、３大唾液腺である耳下腺唾液、顎下腺唾液、舌下腺唾液の４種類から採取した唾液であり、これら４種類のいずれかの唾液含浸の綿棒を１０８の箇所に差し込み測定をするのであり、前記３大唾液腺の一つである顎下腺から産出される唾液成分に注目したのである。それは、アルブミン、コルチゾール、リゾチーム、ＩｇＡ、ラクトフェリン、ガスチンが産出されるのであり、これらの顎下腺から出る唾液成分の酸化は自律神経におけるストレス負荷が強い状態であり、ネバネバとした唾液状態は胃や内臓機能への負荷となり、日常生活で極度のストレス負荷が続くことで、体内に活性酸素が大量に発生するのである。眼精疲労、疲れやすい、眠れない、肩こり首筋が痛い、イライラ症状の訴えが多くなる特性は前記顎下腺から産出される唾液成分は酸化反応を明確に示すことに着眼し、前記ヒト唾液ＯＲＰ酸化還元電位測定装置で舌の上に集約される唾液の総体唾液採取の体調度、ストレス度測定も検証したのである。 FIG. 5 will be described. See Japanese Patent No. 6454836. The human saliva ORP measuring device includes a housing in which a plurality of opening / closing doors are provided and is shielded from the outside air when the opening / closing door is closed, a plurality of measuring units provided inside the housing, and the housing. A switch installed outside the measurement unit for instructing the start and end of its operation for each measurement unit, a display unit installed outside the housing for displaying the measurement result for each measurement unit, and a plurality of the above. Each of the measuring units has a control unit that displays a test result including a physical condition value, a stress degree value, or a drug screening value of the subject from the oxidation-reduction potential obtained by the measuring unit. Consists of a sample tank to which a cotton rod impregnated with saliva is attached with the opening / closing door open, a detection unit for detecting an oxidation-reduction potential from saliva impregnated in the cotton rod, a sample tank, and the detection unit. It has a storage box for storing the measurement BOX, and the storage box receives oxidation of saliva sample liquid during measurement and electromagnetic noise due to air flow, or weak electromagnetic noise emitted from the wiring inside the housing. It is a device that stores the measurement BOX so as to make it difficult. The human saliva ORP measuring device will be described with reference to FIG. Reference numeral 101 denotes a human saliva ORP redox potential measuring device, which enables the terahertz irradiation wave target material transferred by the terahertz irradiation wave resonance electromagnetic wave device to confirm the significance of human health. 102 is a display unit for the measurement time, and 103 is a print discharge unit for the measurement result. 104 is a carrying handle portion of the human saliva ORP oxidation-reduction potential measuring device, 105 is a liquid crystal unit for displaying the operation process of the human saliva ORP oxidation-reduction potential measuring device, 106 measurement start button, 107 is a power supply unit, 108 Inserts a cotton rod impregnated with the sample solution of the measuring unit into the measurement unit, and presses the measurement start button of 106, so that the measurement result is displayed on the liquid crystal unit of 105. 109 indicates a place where the BOX of the measuring unit is pushed in, and 110 is used to pull out the BOX of the measuring unit. 111 is provided with a measurement BOX opening / closing door. The sample saliva is saliva collected from four types of saliva collected on the tongue: saliva in the ear gland, saliva in the submandibular gland, and saliva in the sublingual gland, which are the three major salivary glands. The saliva-impregnated cotton rod was inserted into 108 points for measurement, and attention was paid to the saliva component produced from the submandibular gland, which is one of the three major salivary glands. It produces albumin, cortisol, lysozyme, IgA, lactoferrin, and gastin, and the oxidation of salivary components from these submandibular glands is a stress-bearing condition in the autonomic nerves, and the sticky salivary condition is the stomach. It becomes a load on the internal organs and functions, and a large amount of active oxygen is generated in the body due to the continuous extreme stress load in daily life. Eye strain, easy tiredness, sleeplessness, stiff shoulders, pain in the neck muscles, and frequent complaints of irritability are characterized by the fact that the saliva component produced from the submandibular gland clearly shows an oxidative reaction, and the human saliva ORP. We also verified the physical condition and stress level measurement of total saliva collection of saliva collected on the tongue with an oxidation-reduction potential measuring device.
このヒト唾液から、その被験体の体調度及びストレス度の測定が可能になるが、その実施例について、詳細は、特許第４１５４８８４号を参照されたい。ヒト唾液ＯＲＰ測定装置は、健常者４９８名、疾病者５２３名、合計１０２１名に及ぶ被験者の唾液測定によって本体表面に体調度としての健康目安リストによって被験者の健康との相関を示し、正確な酸化還元電位値（ｍＶ）の測定ができることによって、体内が還元されている体調状態であるか、酸化されている体調状態であるかを数値限定で示唆できるようにしたのである。 From this human saliva, it is possible to measure the physical condition and the degree of stress of the subject, and for details of the examples, refer to Japanese Patent No. 4154884. The human saliva ORP measuring device shows the correlation with the health of the subjects by the health guideline list as the physical condition on the surface of the main body by measuring the saliva of a total of 1021 subjects including 498 healthy subjects and 523 sick subjects, and accurate oxidation. By being able to measure the reduction potential value (mV), it is possible to suggest in a numerical limit whether the body is in a reduced physical condition or an oxidized physical condition.
つづいて、ヒト唾液ＯＲＰ測定装置は、1台の装置で、舌の上に集まる総合唾液および還元有意に導くアミラーゼ、パロチン、ラクトペルオキシターゼ、ヒスタチンなどを主流とする酸化影響を受けやすい耳下腺左右から分泌される唾液成分３か所のヒト唾液成分の酸化還元電位値（ｍＶ）比較測定を可能にしたものである。 Next, the human saliva ORP measuring device is a single device that is susceptible to oxidative effects such as amylase, parotin, lactoperoxidase, and histatin, which are the mainstream of total saliva collected on the tongue and significantly reduced reduction. It enables comparative measurement of oxidation-reduction potential values (mV) of three human saliva components secreted from saliva components.
図６について説明する。１１は電気機器の組み立て生産ライン工場に、前記本発明のテラヘルツ照射波効果の実証装置として活用とする一例図である。生産ラインの活用では、食料品加工の生産ライン。各種乗り物の生産ライン（乗り物の一例として自動車、バス、電車、飛行機、自転車、オートバイ）。日用生活用具の生産ライン。日用生活のメンタル面の癒やし用具としての遊具生産ライン、楽器生産ライン、家電生産ライン、医療機器の生産ライン。そして食料備蓄庫、植物生育の工場、学校教室、オフィス、各種乗り物待合室、医療施術室、又は待合室などに活用できるものであり、２はテラ共鳴電磁波放射シート（蒸着アルミシート）で生産ラインの工場や室内に設置する。３は床面テラ共鳴電磁波放射シートであり、４はヒーターを装備し、２０℃至る９０℃以内で、１のテラ照射装置内で２０℃以下、又は９０℃以上になることのないように温度調節の自動制御機能が設けられ、９０℃を超えたときは発火を防ぐために電源ＯＮ、又はＯＦＦ機能を設けている。３の床面テラ共鳴電磁波放射シートからは共鳴電磁波が３５テラヘルツを中心として３２〜３８テラヘルツの範囲での共鳴電磁波で発せられ装置内の全体に共振されるようにすることで、生産ライン工場内の壁面、天井に貼られた２のテラ共鳴電磁波放射シート（蒸着アルミシート）によって、５の転写共鳴電磁波がテラ照射装置内の隅々まで共振転写されるのである。これら生産工場ラインは、動物の生育の厩舎、植物の生育生産ライン工場、植物の生育ハウス、食糧保管庫に活用できることで、テラ照射後は、照射された対象物を簡単に取り出させるように前記テラ共鳴電磁波放射シート（蒸着アルミシート）開閉が自由にできるようにするとともに、生産工場ライン、又は食糧保管の備蓄庫の開閉扉内側には２のテラ共鳴電磁波放射シート（蒸着アルミシート）を張り巡らせるのである。１２は生産ライン工場の地面であり、無人の生産ライン工場の場合は生産ラインおよび生産ラインに携わる作業員の足元および通行ラインにも２のテラ共鳴電磁波放射シートをセットする。有人の生産ライン工場は２のテラ共鳴電磁波放射シートが剥離しないように、生産ラインおよび生産ラインに携わる作業員の足元および通行ラインにはセットしないようにする。図３の丸めたテラ共鳴電磁波放射シート（蒸着アルミシート）にテラヘルツ照射波することにより１０は転写されたテラ共鳴電磁波放射シート（蒸着アルミシート）にするために活用したことで人間の健康面への有意性が表１〜表３、表５〜表７で考察できたのである。 FIG. 6 will be described. 11 is an example diagram to be used as a demonstration device for the terahertz irradiation wave effect of the present invention in an assembly production line factory for electrical equipment. In the utilization of the production line, the production line for food processing. Various vehicle production lines (automobiles, buses, trains, airplanes, bicycles, motorcycles as examples of vehicles). Production line for daily living tools. Playground equipment production line, musical instrument production line, home appliance production line, medical equipment production line as mental healing tools for daily life. It can also be used for food storage, plant growth factories, school classrooms, offices, various vehicle waiting rooms, medical treatment rooms, waiting rooms, etc. 2 is a terra-resonant electromagnetic wave radiation sheet (deposited aluminum sheet), which is a production line factory. Or indoors. 3 is a floor tella resonance electromagnetic wave radiation sheet, 4 is equipped with a heater, and the temperature is kept within 90 ° C up to 20 ° C so as not to be 20 ° C or lower or 90 ° C or higher in 1 tella irradiation device. An automatic control function for adjustment is provided, and a power ON / OFF function is provided to prevent ignition when the temperature exceeds 90 ° C. From the floor surface tera-resonant electromagnetic wave radiation sheet of No. 3, the resonance electromagnetic wave is emitted by the resonance electromagnetic wave in the range of 32 to 38 tera-hertz centering on 35 tera-hertz and resonated throughout the device, so that the inside of the production line factory can be resonated. The transfer resonance electromagnetic wave of 5 is resonantly transferred to every corner of the tera irradiation device by the tera-resonance electromagnetic wave radiation sheet (deposited aluminum sheet) of 2 attached to the wall surface and ceiling of the tera. These production factory lines can be used for animal growth stables, plant growth production line factories, plant growth houses, and food storages, so that after tera irradiation, the irradiated objects can be easily taken out. Tera-resonant electromagnetic wave radiation sheet (vapor-deposited aluminum sheet) can be opened and closed freely, and 2 tera-resonant electromagnetic wave radiation sheets (vapor-deposited aluminum sheet) are placed inside the opening / closing door of the production factory line or food storage storage. Let it go around. Reference numeral 12 denotes the ground of the production line factory. In the case of an unmanned production line factory, the tera-resonant electromagnetic wave radiation sheet of 2 is also set at the feet and passage lines of the production line and the workers involved in the production line. The manned production line factory should not set it at the feet and traffic lines of the production line and the workers involved in the production line so that the tera-resonant electromagnetic wave radiation sheet of 2 does not peel off. By irradiating the rolled terahertz electromagnetic wave radiation sheet (vapor-deposited aluminum sheet) in Fig. 3 with terahertz irradiation waves, 10 was used to make a transferred terahertz electromagnetic wave radiation sheet (deposited aluminum sheet) for human health. The significance of this can be considered in Tables 1 to 3 and Tables 5 to 7.
図７について説明する。本発明のテラヘルツ照射波効果の実証装置で転写された２のテラ共鳴電磁波放射シート（蒸着アルミシート）で、日用品小物の商材の一例として１４はヘヤードライヤー、携帯電話、眼鏡を１５のように包み込む、そして、１６のように前記ヘヤードライヤー、携帯電話、眼鏡を２時間〜２４時間にわたり包み込んでおくことにより、共鳴電磁波放射シートからは共鳴電磁波が３５テラヘルツを中心として３２〜３８テラヘルツの範囲での共鳴電磁波が発せられ転写されたことで、人間の体に健康面での有意性の可視化に活用した一例図である。有意性は表１〜表３および表５〜表７に示された通りである。従来においては前記本発明のテラヘルツ照射波を浴びさせたものと浴びさせないものとの客観的データはなく、従来の水質検査用の工業用のＯＲＰ測定で、健康に良さそうだという不確定な推測に過ぎなかったのである、そこで、前記本発明のテラヘルツ照射波効果の実証装置及び使用方法を用いた後の有意性の実証を前記ヒト唾液ＯＲＰ医療機器装置「ＯＲＰreaderオルプリーダー」測定装置で明確に示されたのである。 FIG. 7 will be described. In the terahertz electromagnetic wave radiation sheet (deposited aluminum sheet) of 2 transferred by the terahertz irradiation wave effect demonstrator of the present invention, 14 is a hair dryer, a mobile phone, and glasses as 15 as an example of a product of daily necessities and accessories. By wrapping and wrapping the hair dryer, mobile phone, and glasses for 2 to 24 hours as in 16, the resonance electromagnetic wave from the resonance electromagnetic wave radiation sheet is in the range of 32 to 38 terahertz centering on 35 terahertz. This is an example diagram that was used to visualize the significance of health in the human body by emitting and transcribing the resonance electromagnetic waves of. The significance is as shown in Tables 1 to 3 and 5 to 7. In the past, there was no objective data on what was exposed to the terahertz irradiation wave of the present invention and what was not, and it was uncertainly speculated that it would be good for health by the conventional industrial ORP measurement for water quality inspection. Therefore, the demonstration of the significance after using the terahertz irradiation wave effect demonstrator and the method of use of the present invention was clarified by the human saliva ORP medical device "ORPreader" measuring device. It was shown.
図８について説明する。１７本発明のテラヘルツ照射波共鳴電磁波装置の制御および活用のブロック図である。１８はテラ照射装置電源、１９は本発明のテラヘルツ照射波共鳴電磁波装置の制御部であり、２０は温度調節のＯＮ、又はＯＦＦの自動制御、２１は共鳴電磁波放射時間設定制御、２２はテラヘルツ照射波対象物に３５テラヘルツを中心として３２〜３８テラヘルツおよび7.9μｍ〜9.4μｍの範囲で共鳴電磁波を安定して照射させる制御部機能を装備、２３は共鳴共振電磁波のＯＮ、又はＯＦＦの制御により、前記テラ照射動作の開始及び終了を指示する液晶画面表示が設けられ、前記本発明のテラヘルツ照射波共鳴電磁波装置の人間の健康への有意性を可視化するために、前記本発明のテラヘルツ照射波共鳴電磁波装置の筐体外部に具備された前記ヒト唾液ＯＲＰ医療機器装置「ＯＲＰreaderオルプリーダー」測定装置（図せず）を設置している。図７でテラヘルツ照射波共鳴電磁波装置と前記ヒト唾液ＯＲＰ医療機器装置の概念図で示している。２４は本発明のテラヘルツ照射波共鳴電磁波装置制御部には、温度調節のＯＮ、又はＯＦＦの自動制御テラヘルツ照射波装置ヒーターを装備し、２０℃至る９０℃以内で、テラヘルツ照射波装置内で２０℃以下、又は９０℃以上になることのないように温度調節の自動制御機能が設けられ、９０℃を超えたときは発火を防ぐために電源ＯＮ、ＯＦＦ機能を設けている。２５は床面テラ共鳴電磁波放射シートであり、床面テラ共鳴電磁波放射シートからは共鳴電磁波が３５テラヘルツを中心として３２〜３８テラヘルツの範囲で共鳴電磁波で装置内の全体に共鳴共振されるようにしている。２６は天井、床、壁面に張り巡らすテラ共鳴電磁波放射シートであり、床面テラ共鳴電磁波放射シートから放射された共鳴電磁波が放射シートに反射してテラ照射装置内の隅々まで共振転写されることで、テラヘルツ照射波対象物自体に３５テラヘルツを中心として３２〜３８テラヘルツの範囲での共鳴電磁波が転写されるのである。２７は３２〜３８テラヘルツの転写共鳴電磁波で照射される共振作用により、固有振動数の一致する空気中の水蒸気の水分子クラスター水素結合が分断され、水素イオンと電子を空気中に放出し、単分子化されることであり、このようにして前記本発明のテラヘルツ照射波された各種日用品、ＬＥＤ搭載の有無に関係なく家電製品は、テラヘルツ照射波対象物自体に３５テラヘルツを中心として３２〜３８テラヘルツの範囲での共鳴電磁波が転写され、前記３５テラヘルツの電磁波は、水やその他の物質の水素結合を共振エネルギーで分断する。そして、水素結合の分断から３５テラヘルツで共振振動する水素イオン（Ｈ+）と電子（e−）を放出するのである。３５テラヘルツで共振振動している水素イオン（Ｈ+）や電子（e−）は、水素結合の分断により結合分子量（クラスター）の小さくなった水やその他の液体物質に安定して溶存されるのである。３５テラヘルツで共振振動させた後は、共振させない元の水素結合には戻らないことは前述した通りである。２８は前記テラ照射共鳴電磁波装置の有意性をヒト唾液ＯＲＰ酸化還元電位測定装置と組合せた液晶画面で可視化する機能が具備され、前記本発明のテラヘルツ照射波効果の実証装置を用いた対象物は、前記厚生労働省認可の医療機器であるヒト唾液ＯＲＰ酸化還元電位測定装置によって、表１〜表３、表５〜表７に示した通りである。従来においては健康効果や植物育成効果、食糧生産物が人間への健康に及ぼす効果は体感的、主観的な推測に委ねられていましたが、これらを人間が体内に摂取したり、視覚、聴覚、触覚、味覚、嗅覚の五感を通して体感後の人間の健康にとっての有意性が科学的に明確に数値で可視化することができたのである。２９は本発明のテラヘルツ照射波装置内に照射対象物を格納して活用する。３０は転写されたテラ共鳴電磁波放射シート（蒸着アルミシート）に日用品を包み込み１２時間〜２４時間以上かけて共鳴電磁波が転写されるようにする。３１は生産ラインの各業種活用では、食料品加工の生産ライン、各種乗り物の生産ライン（乗り物の一例として自動車、バス、電車、飛行機、自転車、オートバイ）、動植物の動物生育厩舎、植物生育ハウス、そして緊急時の食料保管備蓄庫などにも広く活用が期待できるのである。 FIG. 8 will be described. 17 It is a block diagram of control and utilization of the terahertz irradiation wave resonance electromagnetic wave apparatus of this invention. 18 is a terahertz irradiation device power supply, 19 is a control unit of the terahertz irradiation wave resonance electromagnetic wave device of the present invention, 20 is automatic control of ON or OFF of temperature control, 21 is resonance electromagnetic wave radiation time setting control, and 22 is terahertz irradiation. Equipped with a control unit function that stably irradiates the wave object with resonance electromagnetic waves in the range of 32 to 38 terahertz and 7.9 μm to 9.4 μm centering on 35 terahertz, and 23 is controlled by turning the resonance electromagnetic wave ON or OFF. A liquid crystal screen display instructing the start and end of the terahertz irradiation operation is provided, and in order to visualize the significance of the terahertz irradiation wave resonance electromagnetic wave device of the present invention to human health, the terahertz irradiation wave resonance of the present invention is provided. The human saliva ORP medical device "ORPreader" measuring device (not shown) provided outside the housing of the electromagnetic wave device is installed. FIG. 7 is a conceptual diagram of a terahertz irradiation wave resonance electromagnetic wave device and the human saliva ORP medical device device. 24 is equipped with an automatic control terahertz irradiation wave device heater for turning the temperature control ON or OFF in the terahertz irradiation wave resonance electromagnetic wave device control unit of the present invention, and within 90 ° C. up to 20 ° C., 20 in the terahertz irradiation wave device. An automatic control function for temperature control is provided so that the temperature does not fall below 90 ° C or above 90 ° C, and a power ON / OFF function is provided to prevent ignition when the temperature exceeds 90 ° C. Reference numeral 25 denotes a floor surface tera-resonant electromagnetic wave radiation sheet, from which the resonance electromagnetic wave is resonated from the floor surface tera-resonance electromagnetic wave radiation sheet in the range of 32 to 38 tera-hertz centering on 35 tera-hertz. ing. Reference numeral 26 denotes a tera-resonant electromagnetic wave radiation sheet stretched around the ceiling, floor, and wall surface, and the resonance electromagnetic wave radiated from the floor surface tera-resonance electromagnetic wave radiation sheet is reflected by the radiation sheet and resonated and transferred to every corner of the tera irradiation device. As a result, the resonant electromagnetic wave in the range of 32 to 38 terahertz is transferred to the terahertz irradiation wave object itself, centering on 35 terahertz. In No. 27, the water molecule cluster hydrogen bond of water vapor in the air having the same natural frequency is broken by the resonance action irradiated with the transfer resonance electromagnetic wave of 32 to 38 terahertz, and hydrogen ions and electrons are released into the air. It is to be molecularized, and in this way, the various daily necessities and home appliances that have been subjected to the terahertz irradiation wave of the present invention regardless of whether or not the terahertz irradiation wave object itself is equipped with 32 to 38 terahertz irradiation wave objects themselves. Resonant electromagnetic waves in the terahertz range are transcribed, and the 35 terahertz electromagnetic waves break hydrogen bonds in water and other substances with resonant energy. Then, hydrogen ions (H +) and electrons (e−) that resonate and oscillate at 35 terahertz are emitted from the breakage of hydrogen bonds. Hydrogen ions (H +) and electrons (e-) that resonate and oscillate at 35 terahertz are stably dissolved in water and other liquid substances whose bond molecular weight (cluster) has decreased due to the disruption of hydrogen bonds. is there. As described above, after the resonance vibration is performed at 35 terahertz, the original hydrogen bond that does not resonate is not restored. No. 28 is provided with a function of visualizing the significance of the tera irradiation resonance electromagnetic wave device on a liquid crystal screen combined with the human saliva ORP redox potential measuring device, and the object using the terahertz irradiation wave effect demonstrating device of the present invention is As shown in Tables 1 to 3 and 5 to 7 by the human saliva ORP redox potential measuring device, which is a medical device approved by the Ministry of Health, Labor and Welfare. In the past, health effects, plant growth effects, and effects of food products on human health were left to the sense and subjective guesses, but these can be ingested by humans, or visually or auditorily. Through the five senses of touch, taste, and smell, the significance for human health after the experience could be visualized scientifically and clearly numerically. 29 is used by storing an irradiation object in the terahertz irradiation wave device of the present invention. 30 wraps daily necessities in a transferred tera-resonant electromagnetic wave radiation sheet (deposited aluminum sheet) so that the resonance electromagnetic waves are transferred over 12 to 24 hours or more. 31 is a production line for each industry, such as a grocery processing production line, various vehicle production lines (automobiles, buses, trains, airplanes, bicycles, motorcycles as examples of vehicles), animal and plant animal growth sheds, plant growth houses, etc. It can also be expected to be widely used in emergency food storage and storage.
前述の説明から、３５テラヘルツ照射での木材の乾燥手段に応用する着眼として、従来の木材乾燥は、自然乾燥では年月がかかるとして人工的に低温４０度〜１２０度前後の高温乾燥が用いられているが、これらの乾燥は、木材外面の乾燥が最初に進み、木材内部の水分が閉じ込められ乾燥しにくくなる傾向があり、四季の温度、湿度変化で木材の変形、収縮、曲がり、反り、ひび割れ、ささくれの剥離が生じるのである。原木から製材したばかりの木材の含水率は、通常１５０％であり、乾燥材の基準含水率２０％前後とされているが、前記四季の温度、湿度変化で、人工的に乾燥させた木材の含水率は変化し、前記木材の変形、収縮、曲がり、反り、ひび割れ、ささくれの剥離が生じるのである。太陽光の間接的な光を受けての自然乾燥の基本原則を、もっとも効率的な３５テラヘルツ照射の乾燥に用いる理由は、３５テラヘルツで共振振動させた後は、共振させない元の水素結合には戻らないことは前述した通りであり、安定した状態を保つ水分の性質を持つことを意味するのである。すなわち３５テラヘルツ照射された木材の中の水分は、前記水素結合の分断により結合分子量（クラスター）の小さくなった水分として、乾燥を短期間で促進させることを確認するための実験を試みたのである。それは、３５テラヘルツ照射したミネラル水と３５テラヘルツ照射しない水を、それぞれ２リットルのペットボトルに充填し、キャップをしっかり閉めて６０日間の経過観察をした結果は、３５テラヘルツ照射したミネラル水の量は１リットル以上も蒸発し、一方、３５テラヘルツ照射しない水の蒸発は、ほとんどなく充填時の量のままであった。両方の容器ともキャップを閉めた条件下は同じにもかかわらず、わずかなキャップ閉めの微細な隙間から、前記水素結合の分断により結合分子量（クラスター）の小さくなった水分が蒸発したとしか考えられないのである。すなわち、材木の乾燥においては外表面が先に乾燥し、内部の細胞水がなかなか乾燥できないことで、短時間、又は短期間で乾燥としているのを３５テラヘルツ照射により、共振振動により水の液相（水）から気相（水蒸気）に変化させるために必要な相変化エネルギーが小さくなり常温でも活発に蒸発させるようになったことが考察されるのである。ピアノ、ウクレレ、ギター、太鼓など各種木材使用の楽器においては、前記内部の細胞水がなかなか乾燥できないことが共鳴音に影響するとされている。人工的な木材乾燥では木材内部の強い負荷により、前記木材の変形、収縮、曲がり、反り、ひび割れ、ささくれが起きることから木材乾燥が負荷とならない３５テラヘルツ照射は、前記ペットボトルに充填した水分が短期間での水分蒸発が確認されたことで、人工的な高温乾燥ではなく、常温下で、前記３５テラヘルツ照射により、木材が持つ香りや消臭、殺菌効用が温存された状態での水分の蒸発が促進されることが考察され、これらの木材を家具使用の木材、食用使用の木材、住宅使用の木材、楽器使用の木材、運動用具使用の木材、味噌、醤油、酒樽などの木材乾燥に活用できると考える。そして、乾燥する際の作業者又はこれを利用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 From the above explanation, as an eye to apply to the means of drying wood with 35 terahertz irradiation, conventional wood drying artificially uses high temperature drying of around 40 to 120 degrees Celsius because it takes years to dry naturally. However, in these dryings, the outer surface of the wood dries first, and the moisture inside the wood tends to be trapped, making it difficult to dry, and the wood deforms, shrinks, bends, warps, and changes due to changes in temperature and humidity in the four seasons. Cracks and peeling of the shavings occur. The moisture content of wood that has just been sawn from raw wood is usually 150%, and the standard moisture content of dried wood is around 20%. However, due to changes in temperature and humidity in the four seasons, wood that has been artificially dried The moisture content changes, resulting in deformation, shrinkage, bending, warping, cracking and peeling of the wood. The reason for using the basic principle of natural drying under the indirect light of sunlight for the most efficient drying of 35 terahertz irradiation is that after resonance vibration at 35 terahertz, the original hydrogen bond that does not resonate The fact that it does not return is as described above, and means that it has the property of water that maintains a stable state. That is, an experiment was attempted to confirm that the water content in the wood irradiated with 35 terahertz promotes drying in a short period of time as the water content whose bound molecular weight (cluster) has been reduced due to the disruption of the hydrogen bonds. .. It is because mineral water irradiated with 35 terahertz and water not irradiated with 35 terahertz were filled in 2 liter PET bottles, and the cap was closed tightly and the follow-up was carried out for 60 days. More than 1 liter of water evaporated, while the amount of water not irradiated with 35 terahertz remained at the time of filling with almost no evaporation. Although the conditions under which the caps were closed were the same for both containers, it is considered that the water with a reduced molecular weight (cluster) was evaporated from the minute gaps in the caps that were slightly closed. There is no such thing. That is, in the drying of timber, the outer surface dries first and the cell water inside cannot be dried easily, so that the drying is done in a short time or in a short period of time by 35 terahertz irradiation, and the liquid phase of water by resonance vibration. It is considered that the phase change energy required to change from (water) to gas phase (water vapor) has become smaller and has become actively evaporated even at room temperature. In musical instruments using various woods such as pianos, ukuleles, guitars, and drums, it is said that the difficulty in drying the cell water inside affects the resonance sound. In artificial wood drying, the strong load inside the wood causes the wood to deform, shrink, bend, warp, crack, and swell, so the wood drying does not become a load. Since it was confirmed that water evaporates in a short period of time, the scent, deodorization, and bactericidal effect of wood are preserved by the 35 terahertz irradiation at room temperature instead of artificial high-temperature drying. It is considered that evaporation is promoted, and these woods are used for drying wood such as furniture wood, edible wood, residential wood, musical instrument wood, exercise equipment wood, miso, soy sauce, and sake barrels. I think it can be used. Then, it is the utilization of the human saliva ORP redox potential measuring device of the worker or the person who uses the drying.
さらに、テラヘルツ照射波対象として、紅色合成細菌の一種である微生物肥料と３５テラヘルツ照射による合成により、フィリピンでのココナッツ苗栽培により収穫され絞り出されたココナッツオイルを食した前後および経時変化でのヒト唾液ＯＲＰの体調度、ストレス度、薬物スクリーニングでの酸化還元反応は表１〜表３で示す通りの結果が示されたのである。さらには、表５〜表７で示す通り、同じ栽培方法で前記紅色合成細菌の一種である微生物肥料と３５テラヘルツ照射による合成により、フィリピンでのココナッツ苗栽培により収穫され加工されたココナッツシュガーを食した前後および経時変化でのヒト唾液ＯＲＰの体調度の酸化還元反応は強い還元反応の結果が示され、表１〜表３および表５〜表７に示されたヒト唾液ＯＲＰが偶然に強い還元反応を示したのではなく、３５テラヘルツ照射の効果が明確に示されたことから、紅色合成細菌の一種である微生物肥料、嫌気性バクテリア又は好気性のバクテリアの活用に着眼したのである。 Furthermore, humans before and after eating coconut oil harvested and squeezed by coconut seedling cultivation in the Philippines by microbial fertilizer, which is a type of red synthetic bacterium, and synthesis by 35 terahertz irradiation as targets for terahertz irradiation waves. The results shown in Tables 1 to 3 were shown for the physical condition of saliva ORP, the degree of stress, and the redox reaction in drug screening. Furthermore, as shown in Tables 5 to 7, coconut sugar harvested and processed by coconut seedling cultivation in the Philippines is eaten by synthesizing with microbial fertilizer, which is a kind of red synthetic bacteria, and irradiation with 35 terahertz by the same cultivation method. The redox reaction of the physical condition of human saliva ORP before, after, and over time showed the result of a strong reduction reaction, and the human saliva ORP shown in Tables 1 to 3 and 5 to 7 was accidentally strongly reduced. Since the effect of 35 terahertz irradiation was clearly shown instead of showing a reaction, we focused on the utilization of microbial fertilizers, anaerobic bacteria, or aerobic bacteria, which are a kind of red synthetic bacteria.
前記表１〜３、表５〜表７で示された強い還元反応に注視し、追跡した結果として、食した前後および経時変化でのヒト唾液ＯＲＰの体調度、ストレス度、薬物スクリーニングでの酸化還元反応を次のように考察する理由は、３５テラヘルツ照射はノンローカリティ事象として、ある1点で起こった事象が、遠く離れた点で同時に顕れることを意味する。一般的にスピリチュアルな意味でつかわれることが多いのですが、前記３５テラヘルツ照射波の場合、物理学（量子力学的）にノンローカリティがきわめて重要な役割を果たしているとの着眼に至ったのである。すなわち、水の惑星でもある地球は、表面積の7割以上が水であり、空気中にも水蒸気として水が存在する。その水は水素結合でクラスターを形成している。前記３５テラヘルツ照射の電磁波は、水の水素結合の固有振動数（３５テラヘルツ）と共振し、水素結合をきわめて小さな波動エネルギー（約０．１５電子ボルト）で分断するのであり、水素結合が分断されると、水素陽イオンや電子が放出され、水は還元傾向を示し活性化する。つまり、前記ノンローカリティ事象は、水素結合から放出された水素陽イオンや電子は、共振周波数の３５テラヘルツで振動を続け、自らが３５テラヘルツ波の発射体となり、そして、同じ現象を繰り返して、遠く離れた位置にも光の速さで、水の活性化現象を起こすと考察したのである。この３５テラヘルツ波の特性は、前記表１〜表３、表５〜表７、表８、表１０で示された強い還元結果は、偶然ではなく、テラヘルツ電磁波照射効果をヒト唾液ＯＲＰ酸化還元電位測定装置で可視化できるという結論に至ったのである。 As a result of paying close attention to and tracking the strong reducing reactions shown in Tables 1 to 3 and 5 to 7, the physical condition, stress level, and oxidation of human salivary ORP in drug screening before and after eating and with time change. The reason for considering the reduction reaction as follows is that 35 terahertz irradiation is a non-locality event, which means that an event occurring at one point appears at a distant point at the same time. Generally, it is often used in a spiritual sense, but in the case of the 35 terahertz irradiation wave, we came to the point that non-locality plays an extremely important role in physics (quantum mechanics). .. That is, the earth, which is also a water planet, has more than 70% of its surface area, and water exists as water vapor in the air. The water forms clusters with hydrogen bonds. The electromagnetic wave of 35 terahertz irradiation resonates with the natural frequency (35 terahertz) of the hydrogen bond of water and breaks the hydrogen bond with extremely small wave energy (about 0.15 electron volt), so that the hydrogen bond is broken. Then, hydrogen cations and electrons are released, and water shows a reducing tendency and is activated. That is, in the non-locality event, the hydrogen cations and electrons emitted from the hydrogen bond continue to oscillate at the resonance frequency of 35 terahertz, become the projectile of the 35 terahertz wave, and repeat the same phenomenon in the distance. It was considered that the activation phenomenon of water would occur at a distant position at the speed of light. The characteristics of this 35 terahertz wave are that the strong reduction results shown in Tables 1 to 3, Tables 5 to 7, Tables 8 and 10 are not accidental, and the terahertz electromagnetic wave irradiation effect is the human saliva ORP redox potential. We came to the conclusion that it can be visualized with a measuring device.
本発明のテラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、紅色合成細菌の一種である微生物肥料、嫌気性バクテリア、又は好気性バクテリアの何れかであり、テラ照射された肥料により育成された植物を食した人、又は前記肥料を利用する作業者の
ヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。
The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator of the present invention is either a microbial fertilizer, an anaerobic bacterium, or an aerobic bacterium, which is a kind of red synthetic bacterium, and was grown by the terahertz-irradiated fertilizer. It is the utilization of the human saliva ORP oxidation-reduction potential measuring device of a person who ate a plant or a worker who uses the fertilizer.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、人間又は動物の頭部又は身体の全部又は一部への直接照射であり、もしくは照射されたアイマスク、メガネ、帽子、靴下、手袋、ストッキング、衣類の肌着に活用であり、これらの使用による人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is direct irradiation to all or part of the head or body of a human or animal, or the irradiated eye mask, glasses, hat, socks, gloves, etc. It is used for socks of stockings and clothing, and is the use of human saliva ORP oxidation-reduction potential measuring device by using these.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、テラヘルツ照射波対象は、石油、ガソリン、灯油、軽油、重油、天然ガス、液化天然ガス、液化石油ガス、ＬＰガス、オフガス、水素、空気、ジメルエーテル、ケロシン、石炭であり、気化や蒸発、又は沸騰による臭気などによって、これらを使用による人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The terahertz irradiation wave target of the terahertz electromagnetic wave irradiation effect demonstration device is petroleum, gasoline, kerosene, light oil, heavy oil, natural gas, liquefied natural gas, liquefied petroleum gas, LP gas, off gas, hydrogen, air. , Dimel ether, kerosine, and petroleum, and due to the odor caused by vaporization, evaporation, or boiling, it is the utilization of a human saliva ORP oxidation-reduction potential measuring device by using these.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、テーマパーク、映画館、又は各種イベント会場の入館若しくは乗車等に際し、その人に第１の唾液ＯＲＰ検査を実施して、それが体調度基準値以下であるか、又はテラヘルツ照射後の第２の唾液ＯＲＰ検査を実施して、第２の唾液ＯＲＰ検査結果が前記体調度基準値以内に好転した場合に入館、又は乗車を許可、又は空港、港、又は鉄道、バス、又はタクシーの乗車、又は搭乗等に際し、その人に第１の唾液ＯＲＰ検査を実施して、それが体調度基準値以下であるか、又はテラヘルツ照射後の第２の唾液ＯＲＰ検査を実施して、第２の唾液ＯＲＰ検査結果が前記体調度基準値以内に好転した場合にお客の乗車、又は乗務員の搭乗を許可することに活用する。ちなみに、舌の上での唾液採取による体調度であるヒト唾液ＯＲＰ基準値はプラス４０ｍV以下であり、顎下腺唾液採取のストレス度のヒト唾液ＯＲＰ基準値は０ｍV以下であり、耳下腺唾液採取の薬物スクリーニングのヒト唾液ＯＲＰ基準値は０ｍV以下である。タクシー運転手の搭乗前の体調チェックは、スマホでの顔色チェックや問診応答で昨晩遅くまで暴飲暴食、今、頭痛や吐き気はないか、睡眠不足はないかなどとの確認、運転手同士の動向交換などがあるが、欠勤したくないことから、その場しのぎで、運転者は問題ないとの返答をすることから、運転中に表面化しない体調不良のクモ膜下、心筋梗塞、脳梗塞などの突然襲う体調の変調からの運転トラブルが起きていると言われている。このことはパイロット、新幹線、在来線、バス、タクシーなどの運転にも当てはまることで大勢の命が、一人、又は数人のスタッフに命をたくしているのが実状である。さらには、マイカーなど個人で自動車運転する際にも、大きな事故に遭遇しないために、自らの体調状態を乗車前にリアルタイムに確認し自己管理にも役立たせる。さらに、前記唾液ＯＲＰ検査の実施は、前記テーマパーク、映画館、又は各種イベント会場、および前記空港、港、又は鉄道、バス、又はタクシーで関わるスタッフにもヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is a person who is subjected to a first saliva ORP test when entering or boarding a theme park, a movie theater, or various event venues, and that is the physical condition. If the value is below the standard value, or if the second saliva ORP test after terahertz irradiation is performed and the result of the second saliva ORP test improves within the above-mentioned physical condition standard value, admission or boarding is permitted, or When boarding or boarding an airport, port, railroad, bus, or taxi, the person is subjected to the first saliva ORP test, and it is below the physical condition standard value, or after terahertz irradiation. The saliva ORP test of 2 is carried out, and when the result of the second saliva ORP test improves within the above-mentioned physical condition reference value, it is utilized to allow the passenger to board or the crew to board. By the way, the human saliva ORP standard value, which is the physical condition of saliva collection on the tongue, is +40 mV or less, and the human saliva ORP standard value of the stress level of submandibular gland saliva collection is 0 mV or less, and the parotid gland saliva. The human saliva ORP reference value for drug screening of collection is 0 mV or less. Before boarding a taxi driver, check the complexion on your smartphone and answer questions to drink and eat until late last night. Now, check if you have a headache, nausea, lack of sleep, etc., trends between drivers Although there are exchanges, etc., I do not want to be absent, so the driver responds that there is no problem on the spot, so I feel unwell under the spider membrane, myocardial infarction, cerebral infarction, etc. that do not surface during driving It is said that driving troubles are occurring due to sudden changes in physical condition. This also applies to driving pilots, bullet trains, conventional lines, buses, taxis, etc., and the reality is that many lives are killed by one or several staff members. Furthermore, even when driving an individual car such as a private car, in order not to encounter a big accident, it is possible to check one's physical condition in real time before boarding and use it for self-management. Furthermore, the implementation of the saliva ORP test also utilizes the human saliva ORP redox potential measuring device for the theme park, movie theater, various event venues, and staff involved in the airport, port, railroad, bus, or taxi. Is.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、生コンクリート工場生産ライン、生コン運搬車、製鉄工場生産ライン、製薬工場生産ライン、化粧品工場生産ライン、廃棄物処理工場、浄水場、工場排水、又は家庭排水口であり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is the ready-mixed concrete factory production line, ready-mixed container carrier, steel factory production line, pharmaceutical factory production line, cosmetics factory production line, waste treatment factory, water purification plant, factory wastewater. Or, it is a domestic drainage outlet, and it is the utilization of the human saliva ORP oxidation-reduction potential measuring device of the person who uses them.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、表１〜表３、表５〜表７、表８、表１０に示された通り、本発明の前記テラヘルツ照射波効果の実証装置で得られる各種商材が、人間の健康面により良い影響をもたらすことがヒト唾液ＯＲＰの可視化で考察できたことから精神面での心の癒やし安定を必要とする隔離された狭い部屋内での宇宙船内、潜水艦内、航空操縦室内、新幹線操縦室内、スポーツトレーニング室内、又はリハビリ室内、刑務所内、精神病棟内の構造物であり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 As shown in Tables 1 to 3, Table 5 to Table 7, Table 8 and Table 10, the terahertz irradiation wave target of the terahertz electromagnetic wave irradiation effect demonstrator is the terahertz irradiation wave effect demonstrator of the present invention. Since it was possible to consider from the visualization of human saliva ORP that the various products obtained would have a better effect on human health, in an isolated and narrow room that requires mental healing and stability. Structures in spacecraft, submarines, air control rooms, Shinkansen control rooms, sports training rooms, or rehabilitation rooms, prisons, and psychiatric wards, and of human saliva ORP oxidation-reduction potential measuring devices of people who use them. Utilization.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、電流による人間の健康面での電磁波影響の可視化活用として、オートバイ、電気自動車、電車、各種生産工場、大規模施設、パソコン、携帯電話などに用いられる各種二次電池として、鉛電池、ニッケル電池、リチウムイオン電池、ＮＡＳ電池、バナジューム固形電池、キャパシタ電池、全固体電池であり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is motorcycles, electric vehicles, trains, various production plants, large-scale facilities, personal computers, mobile phones, etc. for visualization and utilization of the electromagnetic wave effect on human health due to current. The various secondary batteries used in the above are lead batteries, nickel batteries, lithium ion batteries, NAS batteries, vanadium solid-state batteries, capacitor batteries, and all-solid-state batteries, and are used in human saliva ORP oxidation-reduction potential measuring devices. It is a utilization.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、電流による人間の健康面での電磁波影響の可視化活用として、電気製品部材、自動車製品部材、オートバイ製品部材、飛行機製品部材、船舶製品部材、鉄道製品部材、ロケット製品部材、電柱に設置の変圧器、プリント基盤、電源配線、工場での配電盤および分電盤、又は制御盤、住まいでの配電盤および分電盤、又は制御盤、送電線、電気部品又は電子部品が含まれるのである。これらを使用する人、前記工場内又は住宅内にいる人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is electrical product parts, automobile product parts, motorcycle product parts, airplane product parts, marine product parts, etc. for visualization and utilization of the electromagnetic wave effect on human health due to current. Railroad product components, rocket product components, transformers installed on electric poles, printed boards, power wiring, distribution boards and distribution boards in factories, or control boards, distribution boards and distribution boards in homes, or control boards, transmission lines, It includes electrical or electronic components. It is the utilization of the human saliva ORP redox potential measuring device of the person who uses them, the person in the factory or the person in the house.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、日用生活用品の活用として食品の液体充填容器、食器（陶磁器およびガラス器）、籠（竹、ヤシ、トウ、ワラ、プラスチック、金属含む）、温水洗浄便座、シャワーヘッド、腕時計、柱時計、置き時計、空調用エアフィルターであり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator includes liquid-filled containers for foods, tableware (ceramics and glassware), baskets (bamboo, palm, tow, straw, plastic, metal) for the utilization of daily necessities. ), Warm water washing toilet seat, shower head, watch, wall clock, table clock, air filter for air conditioning, and utilization of human saliva ORP oxidation-reduction potential measuring device of the person who uses these.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、日用生活用品である食品の液体充填容器、生鮮食品又は加工食品保持フイルムであり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is a liquid-filled container for foods, which are daily necessities, a fresh food or a processed food holding film, and the human saliva ORP oxidation-reduction potential measurement of a person who uses these. Utilization of equipment.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、ノニ実（葉も含む）、又はモリンガの実（葉も含む）、アセロラ、グズベリー、ライチ、又はグァバの実、パラミツの実、ジャボチカバの実、これら収穫果実のなま物（絞り油を含む）、果実の加工生産物、ジュース若しくはその粉末、又は加工冷凍品の何れかであり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is noni fruit (including leaves), moringa fruit (including leaves), acerola, guzberry, lychee, or guava fruit, paramitsu fruit, jabotikaba. In fact, any of these harvested fruit raw materials (including squeezed oil), processed fruit products, juices or powders thereof, or processed frozen products, and the human saliva ORP oxidation-reduction potential measuring device of the person who uses them. Utilization.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、粉珈琲、焙煎コーヒー豆、焙煎前の珈琲生まめであり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is powdered coffee, roasted coffee beans, and coffee beans before roasting, and by utilizing the human saliva ORP oxidation-reduction potential measuring device of the person who uses these. is there.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、日用生活用具の生産ライン、学校又は職場で日用生活のメンタル面の癒やし遊具の生産ライン、各種スポーツ競技用体操用具の生産ライン、各種楽器の生産ライン、各種医療機器の生産ラインであり、生産ラインでは働く人、又は製作されたこれらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is the production line of daily living equipment, the production line of mental healing play equipment for daily life at school or workplace, and the production of gymnastics equipment for various sports competitions. It is a line, a production line for various musical instruments, and a production line for various medical devices. In the production line, the human saliva ORP oxidation-reduction potential measuring device of a worker or a person who uses these manufactured is utilized.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、移動遊具としてお手玉、おはじき、折り紙、けん玉、凧、独楽、こま、かるた、トランプ、メンコ、ベーゴマ、竹馬、羽子板、ビー玉、鞠、毬、積木、縄跳び、三輪車、自転車である。固定遊具としてぶらんこ、すべり台、ジャングルジム、雲梯、固定円木、遊動円木である。各種スポーツ用具としてサッカー用具、野球用具、スキー用具、スケート用具、陸上競技用具、体操用具、バレー用具、ソフトボール用具、テニス用具、ゴルフ用具であり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is a mobile playground equipment such as a handball, a hajiki, origami, a kentama, a kite, a soliloquy, a top, a karuta, a playing ball, a menko, a beigoma, a stilts, a feather board, a marble, a ball, and a ball. Stacked trees, jumping ropes, three-wheeled vehicles, and bicycles. As fixed playground equipment, there are swings, slides, jungle gyms, escalade, fixed circles, and floating circles. Various sports equipment includes soccer equipment, baseball equipment, ski equipment, skating equipment, athletic equipment, gymnastics equipment, volleyball equipment, softball equipment, tennis equipment, and golf equipment, and the human saliva ORP oxidation-reduction potential of the person who uses them. Utilization of measuring equipment.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、医療機器又は用具としては、放射線治療装置、ＣＴ、ＭＲＩ、レントゲン装置、マッサージ器、血圧計、体温計、心臓ペースメーカー、ＣＤ、ＤＶＤ，ＵＳＢ、保育器、注射針、鍼灸針、医療用ステント、整形外科用インプラント、歯科用インプラント、マウスピース、入れ歯、手術用具としてメス、ピンセット、ハサミ、持針器、縫合糸、サクションチューブ、体内固定用ネジおよび固定用プレートなどの外科器具であり、気功、鍼灸施術、アユルベーダー施術、指圧、柔道整復師による骨、関節、筋、腱、靭帯整復療法、音楽療法、温泉療法、温熱療法、アロマテラピー、按摩、波動整体療法、ハーブ療法、ホメオパシー、薬膳療法、ヨーガ、スピリチュアルヒーリング、ゲルマニウム療法であり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is a radiotherapy device, CT, MRI, roentgen device, massager, blood pressure monitor, thermometer, heart pacemaker, CD, DVD, USB, as medical equipment or equipment. Incubator, injection needle, acupuncture and moxibustion needle, medical stent, orthopedic implant, dental implant, mouthpiece, insert tooth, scalpel as surgical tool, tweezers, scissors, needle holder, suture, suction tube, internal fixing screw And surgical instruments such as fixation plates, such as qi gong, acupuncture and moxibustion, ayurvader, acupressure, bone, joint, muscle, tendon, ligament rehabilitation therapy, music therapy, hot spring therapy, hyperthermia, aromatherapy, massage , Wave manipulative therapy, herbal therapy, homeopathy, medicinal therapy, yoga, spiritual healing, germanium therapy, and utilization of human saliva ORP oxidation-reduction potential measuring device of the person who uses these.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、楽器としては、弦楽器である擦弦楽器の一例としてヴァイオリン、胡弓、胡琴、マンドリン、ギター、ハープ、ウクレレ、三味線である。鍵盤楽器の一例としてピアノ、チェンバロ、オルガン、パイプオルガンである。管楽器の一例としてクラリネットである。横笛楽器の一例としてピッコロ、フルート、尺八、オカリナである。金管楽器の一例としてトランペット、トロンボーン、ホルンである。多管楽器の一例としてパイプオルガン、ハーモニカである。打楽器である体鳴楽器の一例として木製のカスタネット、木魚、拍子木である。金属製の音叉、シンバル、チャイム、ベル、鈴、カウベル、鐘、マラカスである。鍵盤打楽器の一例として木琴、マリンバ、鉄琴である。膜鳴楽器の一例としてドラム、太鼓、コンゴ、ボンゴである。電子楽器の一例としてテルミン、シンセサイザー、エレクトーン、キーボード、エレクトリックギター、エレクトリックピアノ、エレクトリックヴァイオリンである。音響装置の一例としてスピーカー、携帯電話のスピーカーであり、これらを使用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is a violin, a kokyu, a huqin, a mandolin, a guitar, a harp, a ukulele, and a samisen as an example of a stringed stringed instrument. Pianos, harpsichords, organs, and pipe organs are examples of keyboard instruments. An example of a wind instrument is the clarinet. Piccolo, flute, shakuhachi, and ocarina are examples of flute instruments. Examples of brass instruments are the trumpet, trombone, and horn. An example of a multi-wind instrument is a pipe organ and harmonica. Wooden castanets, mokugyo, and clapping trees are examples of percussion instruments. Metal tuning forks, cymbals, chimes, bells, bells, cowbells, bells and maracas. Xylophone, marimba, and metallophone are examples of keyboard percussion instruments. Drums, drums, congos, and bongos are examples of membranophones. Examples of electronic musical instruments are theremin, synthesizer, electric tone, keyboard, electric guitar, electric piano, and electric violin. An example of an audio device is a speaker and a speaker of a mobile phone, and the human saliva ORP redox potential measuring device of a person who uses them is utilized.
前記テラヘルツ電磁波照射効果の実証装置のテラヘルツ照射波対象は、錆止め塗料、防湿・防食塗料、又は耐油の性質を利用して保護するための塗料であり、前記塗料を有機溶剤、若しくは水で希釈した希釈塗料又は溶媒を用いない紛体塗料として、建築物、構造物、自動車、鉄道車両、船舶、オートバイ、自転車、電気機械、金属製品、コンクリート、ガーデニング用品、家具、皮革又は模型に塗布する際の各種塗料の乾燥における気化過程での臭気に対して、作業者又はこれを利用する人のヒト唾液ＯＲＰ酸化還元電位測定装置の活用である。 The target of the terahertz irradiation wave of the terahertz electromagnetic wave irradiation effect demonstrator is a rust preventive paint, a moisture-proof / corrosion-proof paint, or a paint for protection by utilizing the properties of oil resistance, and the paint is diluted with an organic solvent or water. Various types of diluted paints or solvent-free powder paints when applied to buildings, structures, automobiles, railroad vehicles, ships, motorcycles, bicycles, electric machines, metal products, concrete, gardening supplies, furniture, leather or models. It is the utilization of the human saliva ORP oxidation-reduction potential measuring device of the worker or the person who uses the odor in the vaporization process in the drying of the paint.
前記テラヘルツ電磁波照射効果の実証装置の有意性を証明するために用いたヒト唾液ＯＲＰ酸化還元電位測定装置について述べる前記唾液ＯＲＰとは、その物質が他の物質を酸化しやすい状態にあるのか、還元しやすい状態にあるのかをｍＶの単位で表し、通常はプラスの高い電位は酸化状態であり、マイナスの電位は還元状態にあることを意味する。血液検査は現在の体調の状況を知らせ、尿検査は体調の結果を表し、唾液ＯＲＰ検査は近未来の体調変化の前兆をリアルタイムにとらえるのである。血液がそのまま唾液となるわけではありませんが、唾液は、血液中の成分が唾液の成分になっているので体内をめぐる血液とほぼ同じ情報を数多く持っていることも医学分野で周知され唾液測定が注目されている。 The human saliva ORP redox potential measuring device used to prove the significance of the terahertz electromagnetic wave irradiation effect demonstrating device is described as to whether the substance is in a state of easily oxidizing other substances or not. It is expressed in units of mV whether it is in an easy-to-use state, and usually a high positive potential means an oxidizing state and a negative potential means a reducing state. A blood test informs you of your current physical condition, a urine test shows the result of your physical condition, and a saliva ORP test captures the signs of a change in your physical condition in the near future in real time. Blood does not become saliva as it is, but it is well known in the medical field that saliva has almost the same information as blood that goes around the body because the components in the blood are the components of saliva, and saliva measurement is performed. Attention has been paid.
（１）請求項１の構成および使用方法とで構成されているので、厚生労働省が認証している医療機器であるヒト唾液ＯＲＰ測定装置「ＯＲＰreaderオルプリーダー」を用いて横浜・金沢文庫のビレモ横浜の岡澤美江子小児内科医の協力のもとに測定を実施したのである。その結果として、後述する表５〜表７は人間の健康面に及ぼす影響は、体内を還元方向に導く有意性を証明できるとして着眼した所期の目的を達成出来たのである。 (1) Since it is composed of the configuration and usage of claim 1, it is a medical device certified by the Ministry of Health, Labor and Welfare. Using the human saliva ORP measuring device "ORPreader Orpreader", Biremo of Yokohama / Kanazawa Bunko The measurement was carried out with the cooperation of Mieko Okazawa, a pediatric physician in Yokohama. As a result, Tables 5 to 7, which will be described later, have achieved the intended purpose of focusing on the fact that the effect on human health can prove the significance of guiding the body in the reducing direction.
前記テラヘルツ電磁波照射効果の実証装置を施した発明効果（１）によって、舌の上に集約される前記総体唾液、顎下腺唾液、耳下腺唾液の唾液ＯＲＰ測定によって前記テラヘルツ照射波を用いた有意性の証明に至ったのである。唾液ＯＲＰ測定とは、血液検査は現在の体調の状況（リアルタイムに変化を把握しにくい）を知らせ、尿検査は体調の結果を表すのであり、唾液ＯＲＰ測定装置を用いての有意性を確認する手段とした理由は、唾液ＯＲＰ検証は近未来の体調変化の前兆をリアルタイムにとらえられることにある。従来の体内の酸化（体調不良）状態を確認するには、体感的、又は主観的な推測に委ねられていました。検体液を唾液ＯＲＰ測定装置で科学的に客観的な数値データで体内の酸化還元状態の可視化により、テラヘルツ電磁波照射効果の医療や健康に対する実証装置を実施したのである。 The terahertz irradiation wave was used by saliva ORP measurement of the total saliva, submandibular gland saliva, and parotid gland saliva collected on the tongue by the invention effect (1) in which the terahertz electromagnetic wave irradiation effect was demonstrated. It led to the proof of significance. With saliva ORP measurement, a blood test informs the current physical condition (it is difficult to grasp changes in real time), and a urine test shows the result of physical condition, and confirms the significance using a saliva ORP measuring device. The reason for this is that saliva ORP verification can capture the precursors of changes in physical condition in the near future in real time. In the past, it was left to the sensational or subjective guess to confirm the oxidative (poor physical condition) state in the body. By visualizing the redox state in the body with scientifically objective numerical data using a saliva ORP measuring device, a demonstration device for medical treatment and health of the terahertz electromagnetic wave irradiation effect was carried out.
（２）請求項１至る請求項２０も前記（１）と同様に、従来の体内の酸化（体調不良）状態を確認するには、体感的、又は主観的な推測に委ねられていました。侵襲をともなわないストレス負荷のない検体液を唾液ＯＲＰ測定装置で科学的に客観的な数値データで体内の酸化還元状態の可視化により、前記テラヘルツ電磁波照射効果の実証装置によって表１〜表３、表５〜７に示された通り、テラヘルツ電磁波照射された対象物が、人体の健康面への還元効果として食する、使用する前後の酸化還元作用が偶然に一致を示したとは考えられないのであり、前記本発明の着眼点とする前記テラヘルツ電磁波照射効果の実証装置の有意性が科学的に客観的に示されたのである。 (2) In claim 20 up to claim 1, as in (1) above, in order to confirm the conventional oxidative (poor physical condition) state in the body, it was left to a perceptual or subjective guess. Tables 1 to 3 and Table 3 by the terahertz electromagnetic wave irradiation effect demonstrator by visualizing the redox state in the body with scientifically objective numerical data using a saliva ORP measuring device for a sample solution without stress load without invasiveness. As shown in 5 to 7, it is unlikely that the redox action before and after use, which the object irradiated with terahertz electromagnetic waves eats as a reducing effect on the health of the human body, coincided by chance. The significance of the terahertz electromagnetic wave irradiation effect demonstrator, which is the focus of the present invention, has been scientifically and objectively shown.
本発明のテラヘルツ電磁波照射効果の実証装置とするテラヘルツ照射波共鳴電磁波装置の内部は壁面全面にテラヘルツ照射波共鳴電磁波シートが設けられた筐体であり、前記テラ照射共鳴電磁波装置によりテラヘルツ照射波された商材が、人間の健康面の有意性確認できるように、ヒト唾液ＯＲＰ酸化還元電位測定装置を組合せて可視化する機能が前記筐体の外部に具備され、前記テラ照射後の商品を体内摂取、又は体感後の前記ヒト唾液ＯＲＰ酸化還元電位で液晶画面で可視化できるようにして、前記テラヘルツ照射波された商品の出し入れ交換は前記筐体を覆う前記テラ照射共鳴電磁波シートを簡単に開閉できるようにし、又前記共鳴電磁波装置が気密性の高い生産ラインでの開閉扉で外気から遮断させた場合においては、前記開閉扉の内部にテラ照射共鳴電磁波シートが設置され、前記開閉扉により前記テラヘルツ照射波された商品の出し入れ交換ができることを有し、前記テラヘルツ照射波共鳴電磁波装置の制御部には温度調節ＯＮ、又はＯＦＦ制御、共鳴共振電磁波放射時間設定制御、３２〜３８テラヘルツの照射範囲制御、共鳴共振電磁波のＯＮ、又はＯＦＦの制御により、前記テラ照射動作の開始及び終了を指示する液晶画面表示で動作を確認できるようにしたのである。これらのテラヘルツ照射波共鳴電磁波材が、人間の健康面の有意性確認するために設けられた、ヒト唾液ＯＲＰ酸化還元電位測定装置は、前記テラヘルツ照射波共鳴電磁波装置筐体の外部に具備され、制御部の各制御機能の設定および動作確認、前記テラヘルツ照射波動作の開始及び終了を指示する液晶画面表示装置は前記筐体の外部に具備された前記ヒト唾液ＯＲＰ酸化還元電位測定装置の液晶画面とともに前記のテラヘルツ照射波共鳴電磁波装置が３２〜３８テラヘルツの範囲、7.9〜9.4μｍ波長範囲で前記テラヘルツ照射波を制御しているかを取り扱う作業員が常に監視できるようにしている（図せず）。前記本発明のテラヘルツ照射波共鳴電磁波装置の動作はＷi-Ｆi(商標登録)や「無線ＬＡＮ中継器」よりパソコン、携帯電話で随時、監視できるようにしたのである（図せず）。 The inside of the terahertz irradiation wave resonance electromagnetic wave device as the demonstrating device of the terahertz electromagnetic wave irradiation effect of the present invention is a housing provided with a terahertz irradiation wave resonance electromagnetic wave sheet on the entire wall surface, and the terahertz irradiation wave is generated by the terahertz irradiation resonance electromagnetic wave device. The product is equipped with a function to visualize the product in combination with a human saliva ORP oxidation-reduction potential measuring device so that the significance of human health can be confirmed, and the product after tera irradiation is ingested in the body. Or, the human saliva ORP oxidation-reduction potential after the experience can be visualized on the liquid crystal screen so that the tera-irradiated resonance electromagnetic wave sheet covering the housing can be easily opened and closed when the tera-hertz-irradiated product is taken in and out. In addition, when the resonance electromagnetic wave device is blocked from the outside air by an opening / closing door in a highly airtight production line, a tera irradiation resonance electromagnetic wave sheet is installed inside the opening / closing door, and the terahertz irradiation is performed by the opening / closing door. It has the ability to take in and out the waved products, and the control unit of the terahertz irradiation wave resonance electromagnetic wave device has temperature control ON or OFF control, resonance resonance electromagnetic wave radiation time setting control, 32 to 38 terahertz irradiation range control, By controlling the ON or OFF of the resonance resonance electromagnetic wave, the operation can be confirmed on the liquid crystal screen display instructing the start and end of the tera irradiation operation. The human saliva ORP oxidation-reduction potential measuring device provided with these terahertz irradiation wave resonance electromagnetic wave materials for confirming the significance of human health is provided outside the terahertz irradiation wave resonance electromagnetic wave device housing. The liquid crystal screen display device for instructing the setting and operation confirmation of each control function of the control unit and the start and end of the terahertz irradiation wave operation is the liquid crystal screen of the human saliva ORP oxidation-reduction potential measuring device provided outside the housing. At the same time, the operator who handles whether the terahertz irradiation wave resonance electromagnetic wave device controls the terahertz irradiation wave in the range of 32 to 38 terahertz and the wavelength range of 7.9 to 9.4 μm can be constantly monitored (not shown). .. The operation of the terahertz irradiation wave resonance electromagnetic wave device of the present invention can be monitored at any time by a personal computer or a mobile phone from Wi-Fi (registered trademark) or a "wireless LAN repeater" (not shown).
テラヘルツ電磁波照射効果の実証装置が人間の健康面での有意性を証明するために、厚生労働省認可の医療機器であるヒト唾液ＯＲＰ測定装置を用いて、舌の上で採取する総体唾液、顎下腺唾液、耳下腺唾液の唾液成分及び唾液ＯＲＰ測定結果は表で示された通りである。前記の日用品の家電機器、前記食料品に広く活用でき、前記テラヘルツ照射波効果の実証装置でテラヘルツ照射波を浴びさせたものと、浴びさせていないものとの有意性を証明した唾液ＯＲＰの測定結果である。前記本発明のテラヘルツ照射波効果の実証装置によって前記テラヘルツ照射波を浴びたものと浴びていないものの各種テラヘルツ照射波共鳴電磁波材を、人間が体感、又は体内摂取したことによる人間への健康面の有意性を、従来の体感的、主観的な推測ではなく、唾液ＯＲＰ測定による指標で、口腔内の舌の上に集約される総体唾液採取での体調度、顎下腺、耳下腺の局所唾液採取によるストレス度の酸化還元作用を測定する３つの測定項目により人間の健康面での影響を数値限定で科学的、客観的に明確に有意性を可視化したのである。 In order to prove the significance of the terahertz electromagnetic wave irradiation effect on human health, the total saliva collected on the tongue and the submandibular gland using the human saliva ORP measuring device, which is a medical device approved by the Ministry of Health, Labor and Welfare. The saliva components of gland saliva and parotid gland saliva and saliva ORP measurement results are as shown in the table. Measurement of saliva ORP that can be widely used for home appliances and food products for daily necessities and proves the significance of those exposed to terahertz irradiation waves and those not exposed to the terahertz irradiation wave effect demonstrator. The result. Humans experience or ingest various terahertz irradiation wave resonance electromagnetic wave materials, one that has been exposed to the terahertz irradiation wave and the other that has not been exposed to the terahertz irradiation wave effect by the terahertz irradiation wave effect demonstrator of the present invention. Significance is an index based on saliva ORP measurement, rather than the conventional sensory and subjective guess, and is the physical condition, submandibular gland, and parotid gland locality in total saliva collection that is concentrated on the tongue in the oral cavity. The significance of the effects on human health was scientifically and objectively and clearly visualized by numerically limiting the effects on human health by using three measurement items for measuring the redox effect of the degree of stress caused by saliva collection.
前記テラヘルツ電磁波照射効果の実証装置において、テラヘルツは、周波数の単位であり、１テラヘルツは１秒間に１兆回の振動数のことである。テラヘルツ波は一般的に０．１〜１００テラヘルツ付近の周波数を持つ電磁波で、波長３〜３０００μｍのエネルギー帯のことであり、これは、電波と光波の中間領域になり、この領域の中には遠赤外線や育成光線も含まれるのである。前記本発明のテラヘルツ照射波効果の実証装置は、３２〜３８テラヘルツおよび波長３〜３００μｍのエネルギー帯を用いて前記テラヘルツ照射波させる対象物にテラヘルツ照射波共鳴電磁波装置によって転写し、前記テラヘルツ照射波効果の実証装置と方法で得られた前記テラヘルツ照射波共鳴電磁波材が、従来の体感的、又は主観的な推測ではなく、人間の健康面への影響を科学的にヒト唾液ＯＲＰ酸化還元電位測定よって客観的に有意性を証明したのである。よって、後述の表１、表２、表３、表５、表６、表７で示された測定結果は、前記テラヘルツ照射波共鳴電磁波は３５テラヘルツ、８．６μｍ波長に絞り込んで転写された前記テラヘルツ照射波共鳴電磁波材であり、従来のテラヘルツ、赤外線、育成光線とは明らかに異なり、本発明でのテラヘルツ照射の周波数特定ができたのである。従来においては、０．１〜１００テラヘルツおよび波長３〜３０００μｍのエネルギー帯を用いてのテラヘルツ照射波を浴びたＬＥＤ搭載のパソコン、スマホ、ゲーム機器、液晶テレビ、蛍光灯、蛍光ランプ、蛍光管、照明灯（白熱電球含む）、および通常の蛍光灯を含む生活家電製品、製品部材、又は完成製品、食糧、野菜、果実生産物、水産物である魚介類が人間の健康面での影響の有意性を数値で可視化したものはなく、３２〜３８テラヘルツの範囲、7.9〜9.4μｍ波長範囲が効果がありそうだと言われてきたが、テラヘルツ照射波共鳴電磁波浴びさせたものと、浴びさせない前記テラヘルツ照射波共鳴電磁波材が人間の健康面への有意性を比較検証する手段が見出だせなかった問題に注視し、人間の健康面への影響を科学的にヒト唾液ＯＲＰ酸化還元電位測定で客観的に有意性を証明出来ることに着眼したのである。 In the terahertz electromagnetic wave irradiation effect demonstration device, terahertz is a unit of frequency, and 1 terahertz is a frequency of 1 trillion times per second. A terahertz wave is an electromagnetic wave generally having a frequency of about 0.1 to 100 terahertz, and is an energy band having a wavelength of 3 to 3000 μm, which is an intermediate region between radio waves and light waves, and is contained in this region. Far infrared rays and nurturing rays are also included. The terahertz irradiation wave effect demonstrator of the present invention transfers the terahertz irradiation wave to an object to be subjected to the terahertz irradiation wave using an energy band of 32 to 38 terahertz and a wavelength of 3 to 300 μm by the terahertz irradiation wave resonance electromagnetic wave device, and the terahertz irradiation wave. The terahertz irradiation wave resonance electromagnetic wave material obtained by the effect demonstrator and method scientifically measures the human saliva ORP oxidation-reduction potential, instead of the conventional sensory or subjective guess, on human health. Therefore, it proved its significance objectively. Therefore, the measurement results shown in Table 1, Table 2, Table 3, Table 5, Table 6, and Table 7 described later show that the terahertz irradiation wave resonance electromagnetic wave was transferred by narrowing down to 35 terahertz and 8.6 μm wavelength. It is a terahertz irradiation wave resonance electromagnetic wave material, which is clearly different from the conventional terahertz, infrared rays, and growing rays, and the frequency of terahertz irradiation in the present invention can be specified. Conventionally, LED-equipped personal computers, smartphones, game devices, liquid crystal televisions, fluorescent lamps, fluorescent lamps, fluorescent tubes, which have been exposed to terahertz irradiation waves using an energy band of 0.1 to 100 terahertz and a wavelength of 3 to 3000 μm. Significance of the impact on human health of household appliances, product components, or finished products, food, vegetables, fruit products, and marine products, including lighting (including incandescent lamps) and ordinary fluorescent lamps. It has been said that the range of 32 to 38 terahertz and the wavelength range of 7.9 to 9.4 μm are likely to be effective, but the one exposed to the terahertz irradiation wave resonance electromagnetic wave and the one not exposed to the terahertz irradiation are said to be effective. Focusing on the problem that we could not find a means to compare and verify the significance of wave-resonant electromagnetic wave materials on human health, we objectively measure the effects on human health by measuring the oxidation-reduction potential of human saliva ORP. I focused on being able to prove its significance.
ネット検索すると、テラヘルツ照射波を浴びさせていない商材を、テラヘルツ照射波を浴びさせたかのように偽る詐欺商法を防止することが急務と考える。０．１〜１００テラヘルツおよび波長３〜３０００μｍのエネルギー帯の中から、３２〜３８テラヘルツの範囲、7.9〜9.4μｍ波長範囲が効果がありそうだと言われてきた推測にとどまらず、ヒト唾液ＯＲＰ酸化還元電位測定によって科学的に客観的有意性を証明したのが表１〜表３、表５〜表７に示したデータである。よって、前記テラヘルツ照射波効果の実証装置は、０．１〜１００テラヘルツおよび波長３〜３０００μｍのエネルギー帯の何れの範囲が、より、人間の健康面での影響を体内が還元側に有意にするものかを実証する装置である。電気（蓄電池）消費の削減、又はガソリンなどの燃費軽減、若しくは野菜、果実、魚介類の食糧生産物の増産、又は製造品の生産の増産につながる考察ができても、効率優先だけでなく、テラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液から、その酸化還元電位を測定し、人間の健康面での影響の有意性を数値で可視化できることで、人間が健康で未来に生きることに繋がると考える。 When searching the Internet, it is urgent to prevent fraudulent commercial law that pretends that products that have not been exposed to terahertz irradiation waves are exposed to terahertz irradiation waves. From the energy band of 0.1 to 100 terahertz and wavelength of 3 to 3000 μm, the range of 32 to 38 terahertz and the wavelength range of 7.9 to 9.4 μm are not limited to the speculation that it seems to be effective, but human saliva ORP oxidation. The data shown in Tables 1 to 3 and Tables 5 to 7 scientifically proved the objective significance by the reduction potential measurement. Therefore, in the terahertz irradiation wave effect demonstrator, any range of the energy band of 0.1 to 100 terahertz and a wavelength of 3 to 3000 μm makes the effect on human health more significant on the reducing side in the body. It is a device to prove that it is a thing. Even if it is possible to consider reducing electricity (storage battery) consumption, reducing fuel consumption such as gasoline, increasing the production of food products such as vegetables, fruits, and seafood, or increasing the production of manufactured products, not only efficiency is prioritized but also efficiency is prioritized. The oxidation-reduction potential of the subject's saliva, which was affected by eating or using the subject irradiated with the electromagnetic wave of terahertz irradiation, was measured to determine the significance of the effect on human health. We believe that being able to visualize numerically will lead to healthy human beings living in the future.
表１で示す通り、本発明のテラヘルツ照射を紅色合成細菌の一種である微生物肥料に前記テラヘルツ照射波共鳴電磁波は３５テラヘルツ、８．６μｍ波長に絞り込んで照射による合成により、土壌が改善されフィリピンでのココナッツ苗栽培により収穫され絞り出されたココナッツオイルの飲用を食した前後および経時変化でのヒト唾液ＯＲＰの体調度、ストレス度、薬物スクリーニングでの酸化還元反応における有意性も明確に証明されたのである。 As shown in Table 1, the terahertz irradiation of the present invention was applied to a microbial fertilizer which is a kind of crimson synthetic bacteria, and the terahertz irradiation wave resonance electromagnetic wave was narrowed down to 35 terahertz and 8.6 μm wavelength, and the soil was improved by synthesis by irradiation in the Philippines. The significance of human saliva ORP in physical condition, stress level, and redox reaction in drug screening before and after eating squeezed coconut oil harvested and squeezed by coconut seedling cultivation was also clearly demonstrated. It is.
表２で示す通り、本発明のテラヘルツ照射を紅色合成細菌の一種である微生物肥料に前記テラヘルツ照射波共鳴電磁波は３５テラヘルツ、８．６μｍ波長に絞り込んで照射による合成により、土壌が改善されフィリピンでのココナッツ苗栽培により収穫され絞り出されたココナッツオイルのうがい、歯磨き、塗布用を使用した前後および経時変化でのヒト唾液ＯＲＰの体調度、ストレス度、薬物スクリーニングでの酸化還元反応における有意性も明確に証明されたのである。 As shown in Table 2, the terahertz irradiation of the present invention was applied to a microbial fertilizer which is a kind of red synthetic bacterium, and the terahertz irradiation wave resonance electromagnetic wave was narrowed down to 35 terahertz and 8.6 μm wavelength, and the soil was improved by synthesis by irradiation in the Philippines. The significance of human saliva ORP in physical condition, stress level, and redox reaction in drug screening before and after using coconut oil squeezed, toothbrushed, and applied for coconut seedling cultivation. It was clearly proven.
表３で示す通り、本発明のテラヘルツ照射を紅色合成細菌の一種である微生物肥料に前記テラヘルツ照射波共鳴電磁波は３５テラヘルツ、８．６μｍ波長に絞り込んで照射による合成により、土壌が改善されフィリピンでのココナッツ苗栽培により収穫され絞り出されたココナッツオイルの毛髪、肌ぬり込み用を使用した前後および経時変化でのヒト唾液ＯＲＰの体調度、ストレス度、薬物スクリーニングでの酸化還元反応における有意性も明確に証明されたのである。 As shown in Table 3, the terahertz irradiation of the present invention was applied to a microbial fertilizer which is a kind of red synthetic bacterium, and the terahertz irradiation wave resonance electromagnetic wave was narrowed down to 35 terahertz and 8.6 μm wavelength, and the soil was improved by synthesis by irradiation in the Philippines. The significance of human saliva ORP in physical condition, stress level, and redox reaction in drug screening before and after using coconut oil harvested and squeezed by coconut seedling cultivation, and for skin squeezing. It was clearly proven.
表４で示す通り、インターネット販売されている通常の生産国タイの有機エキストラヴァジンココナッツオイル固形のものを１０グラム食べた前後および経時変化でのヒト唾液ＯＲＰの体調度、ストレス度、薬物スクリーニングでの酸化還元反応では、表１〜３と比較して、テラヘルツ照射されていない、前記有機エキストラヴァジンココナッツオイルを食べた前後における表４では、ヒト唾液ＯＲＰは酸化側に傾く異なる数値が示されたのである。 As shown in Table 4, the physical condition, stress level, and drug screening of human saliva ORP before and after eating 10 grams of solid organic extra vagin coconut oil from Thailand, which is a normal producing country sold on the Internet, and over time. In the redox reaction of, in Table 4 before and after eating the organic extra vagin coconut oil which was not irradiated with terahertz as compared with Tables 1 to 3, human saliva ORP showed different values leaning toward the oxidation side. It was.
表５で示す通り、同じ栽培方法で前記紅色合成細菌の一種である微生物肥料にテラヘルツ照射波共鳴電磁波は３５テラヘルツ、８．６μｍ波長に絞り込んで照射による合成により、土壌が改善されフィリピンでのココナッツ苗栽培により収穫され加工されたココナッツシュガー粉末を食した前後および経時変化でのヒト唾液ＯＲＰの体調度の酸化還元反応における有意性も明確に証明されたのである。 As shown in Table 5, terahertz irradiation wave resonance electromagnetic wave is narrowed down to 35 terahertz, 8.6 μm wavelength to the microbial fertilizer which is one of the red synthetic bacteria by the same cultivation method, and the soil is improved by synthesis by irradiation, and coconut in the Philippines. The significance of the redox reaction of the physical condition of human saliva ORP before and after eating the processed coconut sugar powder harvested by seedling cultivation and over time was also clearly demonstrated.
表６で示す通り、同じ栽培方法で前記紅色合成細菌の一種である微生物肥料にテラヘルツ照射波共鳴電磁波は３５テラヘルツ、８．６μｍ波長に絞り込んで照射による合成により、土壌が改善されフィリピンでのココナッツ苗栽培により収穫され加工されたココナッツシュガーの小粒固形を食した前後および経時変化でのヒト唾液ＯＲＰの体調度の酸化還元反応における有意性も明確に証明されたのである。 As shown in Table 6, terahertz irradiation wave resonance electromagnetic wave is narrowed down to 35 terahertz, 8.6 μm wavelength to microbial fertilizer which is one of the red synthetic bacteria by the same cultivation method, and the soil is improved by synthesis by irradiation, and coconut in the Philippines. The significance of the redox reaction of human saliva ORP's physical condition before and after eating small solids of coconut sugar harvested and processed by seedling cultivation was also clearly demonstrated.
表７で示す通り、同じ栽培方法で前記紅色合成細菌の一種である微生物肥料にテラヘルツ照射波共鳴電磁波は３５テラヘルツ、８．６μｍ波長に絞り込んで照射による合成により、土壌が改善されフィリピンでのココナッツ苗栽培により収穫され加工されたココナッツシュガーの緑色顆粒状を食した前後および経時変化でのヒト唾液ＯＲＰの体調度の酸化還元反応における有意性も明確に証明されたのである。
As shown in Table 7, terahertz irradiation wave resonance electromagnetic wave is narrowed down to 35 terahertz, 8.6 μm wavelength to the microbial fertilizer which is one of the red synthetic bacteria by the same cultivation method, and the soil is improved by synthesis by irradiation, and coconut in the Philippines. The significance of the redox reaction of human saliva ORP's physical condition before and after eating the green granules of coconut sugar harvested and processed by seedling cultivation was also clearly demonstrated.
表８で示す通り、ヘヤードライヤーにテラヘルツ照射波共鳴電磁波は３５テラヘルツ、８．６μｍ波長に絞り込んで照射したものでの使用前後におけるヒト唾液ＯＲＰ測定は、体調度およびストレスの酸化還元反応における有意性も明確に示したのである。 As shown in Table 8, the human saliva ORP measurement before and after use with the terahertz irradiation wave resonance electromagnetic wave narrowed down to 35 terahertz and 8.6 μm wavelength on the hair dryer is significant in the redox reaction of physical condition and stress. Was also clearly shown.
表９で示す通り、ヘヤードライヤーにテラヘルツ照射無しでの使用前後におけるヒト唾液ＯＲＰは体調度およびストレスとも強い酸化作用を示し、表８、表９ともヒト唾液ＯＲＰは、偶然に示された酸化還元反応ではなく明らかな違いを示したのである。 As shown in Table 9, human saliva ORP before and after use of the hair dryer without terahertz irradiation showed a strong oxidative effect on both physical condition and stress, and in both Tables 8 and 9, human saliva ORP was accidentally shown as redox. It showed a clear difference, not a reaction.
表１０で示す通り、蓄電池式の電気バリカンにテラヘルツ照射波共鳴電磁波は３５テラヘルツ、８．６μｍ波長に絞り込んで照射したものでの使用前後におけるヒト唾液ＯＲＰ測定は、体調度およびストレスの酸化還元反応における有意性も明確に示したのである。 As shown in Table 10, the human saliva ORP measurement before and after use of a storage battery type electric varican with a terahertz irradiation wave resonance electromagnetic wave narrowed down to a wavelength of 35 terahertz and 8.6 μm is a redox reaction of physical condition and stress. The significance of the above was also clearly shown.
表１１で示す通り、電池式の電気バリカンにテラヘルツ照射無しでの使用前後におけるヒト唾液ＯＲＰは、体調度およびストレスとも強い酸化作用を示し、表１０、表１１ともヒト唾液ＯＲＰは、偶然に示された酸化還元反応ではなく、明らかな違いを示したのである。 As shown in Table 11, human saliva ORP before and after use of a battery-powered electric hair clipper without terahertz irradiation showed a strong oxidative effect on both physical condition and stress, and in both Tables 10 and 11, human saliva ORP was shown by chance. It showed a clear difference, not the redox reaction that took place.
これまでは、前記本発明のテラヘルツ照射波を浴びさせた各種の商材が、人間の健康面への影響を確認するには、体感的、又は主観的な推測に委ねられていました。侵襲をともなわない検体液である唾液ＯＲＰで科学的に客観的な数値データを通して、目に見えない体内の酸化（体調不良）状態、精神的なストレス状態、薬物スクリーニングの３つのテラヘルツ照射効果を数値で可視化できたことで本発明の有意性が証明できたことにより、人間の未病対策、健康寿命に大いに資すると考える。
Until now, the various products exposed to the terahertz irradiation wave of the present invention have been left to the sensational or subjective guess to confirm the effect on human health. Through scientifically objective numerical data using saliva ORP, which is a sample solution that does not involve invasion, the three terahertz irradiation effects of invisible internal oxidation (illness), mental stress, and drug screening are numerically calculated. It is considered that the significance of the present invention can be proved by being able to visualize it in the above, which greatly contributes to human pre-illness measures and healthy life expectancy.
ａ．テラヘルツ照射波共鳴電磁波装置。
ｂ．ヒト唾液ＯＲＰ酸化還元電位測定装置。
ｃ．液晶画面表示装置。
１.テラヘルツ照射波共鳴電磁波装置の概念図。
２.テラヘルツ照射波共鳴電磁波放射シート。
３.床面テラヘルツ共鳴電磁波放射シート。
４.ヒーター。
５.テラヘルツ共鳴電磁波放射シート２により隅々まで共振転写。
６.テラヘルツ照射波対象物の一例としてのパソコン液晶ソコン液晶。
８.スマホ、ゲームソフト、電気機器に使用する部材の液晶。
９.ＬＥＤ搭載の各種電球。
１０.丸めたテラヘルツ共鳴電磁波放射シート（蒸着アルミシート）。
１１.各種生産ラインへの活用。
１２.各種生産ライン工場の地面。
１３.テラヘルツ共鳴電磁波放射シート（蒸着アルミシート）設置への配慮。
１４.１５.転写されたテラヘルツ照射波共鳴電磁波放射シートでヘヤードライヤー、
携帯電話、眼鏡を包み込む。
１６.テラヘルツ照射波共鳴電磁波で転写している状態図。
１７.テラヘルツ照射波共鳴電磁波装置の制御および活用のブロック図。
１８.テラヘルツ照射波装置電源。
１９.制御部
２０.温度調節の制御。
２１.テラヘルツ照射波共鳴電磁波放射時間設定制御。
２２.テラヘルツ照射波が３２〜３８範囲のテラ照射制御。
２３.テラヘルツ照射波共鳴電磁波放射のＯＮ、又はＯＦＦの自動制御。
２４.温度調節のヒーター。
２５.床面テラヘルツ照射波共鳴電磁波放射シート。
２６.天井、床、壁面に張り巡らすテラヘルツ照射波共鳴電磁波放射シート。
２７. テラヘルツ照射波共鳴電磁波放射による水素イオンと電子を空気中に放出。
２８.本発明のテラヘルツ照射波共鳴電磁波放射による人間への健康面での有意性を
証明するために用いた医療機器である唾液ＯＲＰ測定装置。
２９.本発明のテラヘルツ照射波共鳴電磁波装置内に照射対象物を格納して活用。
３０.テラ照射装置を用いて転写されたシートを活用。
３１.生産ライン工場、動植物の動物生育厩舎、植物生育ハウス、食糧保管庫に活用。
３２.液晶画面表示装置。
１０１．ヒト唾液ＯＲＰ酸化還元電位測定装置。
１０２．測定時刻の表示部。
１０３．測定結果プリント排出部
１０４．ヒト唾液ＯＲＰ酸化還元電位測定装置の持ち運びの持ち手部分。
１０５．動作過程の表示の液晶部。
１０６．測定スタートボタン。
１０７．電源部。
１０８．唾液含浸綿棒差し込み箇所。
１０９．測定ＢＯＸ押し込み箇所。
１１０．測定ＢＯＸ引き出し箇所。
１１１．測定ＢＯＸ開閉扉。
a. Terahertz irradiation wave resonance electromagnetic wave device.
b. Human saliva ORP redox potential measuring device.
c. Liquid crystal screen display device.
1. Conceptual diagram of terahertz irradiation wave resonance electromagnetic wave device.
2. Terahertz irradiation wave resonance electromagnetic wave radiation sheet.
3. Floor terahertz resonance electromagnetic wave radiation sheet.
4. Heater.
5. Resonant transfer to every corner by the terahertz resonance electromagnetic wave radiation sheet 2.
6. Personal computer liquid crystal as an example of terahertz irradiation wave object.
8. Liquid crystal of parts used for smartphones, game software, and electrical equipment.
9. Various light bulbs equipped with LEDs.
10. Rolled terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet).
11. Utilization for various production lines.
12. The ground of various production line factories.
13. Consideration for installing terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet).
14.15. Terahertz irradiation wave resonance electromagnetic wave radiation sheet transferred hair dryer,
Wrap your mobile phone and glasses.
16. Terahertz irradiation wave Resonant electromagnetic wave transfer state diagram.
17. Block diagram of control and utilization of terahertz irradiation wave resonance electromagnetic wave device.
18. Terahertz irradiation wave device power supply.
19. Control unit 20. Control of temperature control.
21. Terahertz irradiation wave resonance electromagnetic wave radiation time setting control.
22. Terahertz irradiation control with terahertz irradiation wave in the range of 32 to 38.
23. Terahertz irradiation wave Resonance Automatic control of turning on or off electromagnetic wave radiation.
24. Temperature control heater.
25. Floor terahertz irradiation wave resonance electromagnetic wave radiation sheet.
26. Terahertz irradiation wave resonance electromagnetic wave radiation sheet that stretches around the ceiling, floor, and walls.
27. Terahertz irradiation wave resonance Electromagnetic wave radiation emits hydrogen ions and electrons into the air.
28. The saliva ORP measuring device, which is a medical device used to prove the significance of the terahertz irradiation wave resonance electromagnetic wave radiation of the present invention to human health.
29. The object to be irradiated is stored and utilized in the terahertz irradiation wave resonance electromagnetic wave device of the present invention.
30. Utilize the sheet transferred using the tella irradiation device.
31. Used for production line factories, animal and plant animal growth stables, plant growth houses, and food storage.
32. Liquid crystal screen display device.
101. Human saliva ORP redox potential measuring device.
102. Measurement time display.
103. Measurement result print discharge unit 104. The carrying handle of the human saliva ORP redox potential measuring device.
105. The liquid crystal part of the operation process display.
106. Measurement start button.
107. Power supply part.
108. Saliva impregnated cotton swab insertion point.
109. Measurement BOX pushing point.
110. Measurement BOX drawer location.
111. Measurement BOX opening / closing door.
Claims (20)
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射対象は、家具使用の木材、食用使用の木材、住宅使用の木材、楽器使用の木材、運動用具使用の木材、味噌、醤油、酒樽などの木材乾燥の何れかであり、乾燥する際の作業者又はこれを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of terahertz irradiation is any of wood used for furniture, wood used for food, wood used for housing, wood used for musical instruments, wood used for exercise equipment, miso, soy sauce, wood such as sake barrels, etc. A terahertz electromagnetic wave irradiation effect demonstrator, characterized in that the terahertz electromagnetic wave irradiation effect is grasped from a physical condition value or a stress degree value of a worker or a person who uses the terahertz electromagnetic wave.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射対象は、紅色合成細菌の一種である微生物肥料、嫌気性バクテリア、又は好気性バクテリアの何れかであり、テラ照射された肥料により育成された植物を食した人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of terahertz irradiation is either microbial fertilizer, which is a kind of red synthetic bacteria, anaerobic bacteria, or aerobic bacteria, and the physical condition value or stress level of the person who ate the plant grown by the terahertz-irradiated fertilizer. A terahertz electromagnetic wave irradiation effect demonstrator, which is characterized by grasping the terahertz electromagnetic wave irradiation effect from numerical values.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、人間又は動物の頭部又は身体の全部又は一部の何れかであり、体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of the terahertz irradiation wave is any one of the head or the body of a human or an animal, and the terahertz electromagnetic wave is characterized in that the irradiation effect of the terahertz electromagnetic wave is grasped from the physical condition value or the stress degree value. Irradiation effect demonstration device.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射対象は、オートバイ、電気自動車、電車、各種生産工場、大規模施設、パソコン、携帯電話などに用いられる各種二次電池として使用される鉛電池、ニッケル電池、リチウムイオン電池、ＮＡＳ電池、バナジューム固形電池、キャパシタ電池、又は全固体電池の何れかであり、前記オートバイ、電気自動車、又は電車などを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
Terrahertz irradiation targets are lead batteries, nickel batteries, lithium-ion batteries, NAS batteries, and vanadium batteries used as various secondary batteries used in motorcycles, electric vehicles, trains, various production plants, large-scale facilities, personal computers, mobile phones, etc. It is either a solid-state battery, a capacitor battery, or an all-solid-state battery, and it is necessary to grasp the irradiation effect of the terahertz electromagnetic wave from the physical condition value or stress degree value of the person who uses the motorcycle, electric vehicle, train, or the like. A characteristic terahertz electromagnetic irradiation effect demonstration device.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、電柱に設置の変圧器、プリント基盤、電源配線、工場若しくは住宅用の配電盤若しくは分電盤、又は制御盤、送電線、電気部品、又は電子部品の何れかであり、前記工場又は住宅内にいる人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of the terahertz irradiation wave is any of a transformer, a printed board, a power supply wiring, a distribution board or a distribution board for a factory or a house, or a control board, a transmission line, an electric component, or an electronic component installed on a utility pole. A terahertz electromagnetic wave irradiation effect demonstrating device, characterized in that the terahertz electromagnetic wave irradiation effect is grasped from a physical condition value or a stress degree value of a person in a factory or a house.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射対象は、テラヘルツ照射対象は、粉珈琲、焙煎コーヒー豆、焙煎前の珈琲生まめの何れかであり、これらの対象物を利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The terahertz irradiation target is any of powdered coffee, roasted coffee beans, and unroasted coffee beans, and the terahertz irradiation target is based on the physical condition value or stress level value of the person who uses these objects. A terahertz electromagnetic wave irradiation effect demonstration device characterized by grasping the terahertz electromagnetic wave irradiation effect.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射対象は、飲料水、又は固形物の充填容器としての、ガラス瓶容器、プラスチック容器、竹筒容器、紙容器、生鮮食品又は加工食品鮮度保持フイルムの何れかであり、これを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of terahertz irradiation is either a glass bottle container, a plastic container, a bamboo tube container, a paper container, a fresh food or a processed food freshness-preserving film as a container for filling drinking water or solid matter, and the physical condition of the person using this. A terahertz electromagnetic wave irradiation effect demonstrator, characterized in that the irradiation effect of the terahertz electromagnetic wave is grasped from a degree value or a stress degree value.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射対象は、ノニ実（葉も含む）、又はモリンガの実（葉も含む）、アセロラ、グズベリー、ライチ、又はグァバの実、パラミツの実、ジャボチカバの実、これら収穫果実のなま物（絞り油を含む）、果実の加工生産物、ジュース若しくはその粉末、又は加工冷凍品の何れかであり、これを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of terahertz irradiation is noni fruit (including leaves), moringa fruit (including leaves), acerola, guzberry, lychee, or guaba fruit, paramitsu fruit, jabotikaba fruit, and raw fruits of these harvested fruits (squeezed oil). ), Processed fruit products, juices or powders thereof, or processed frozen products, and the effect of irradiating the terahertz electromagnetic waves should be grasped from the physical condition value or stress level value of the person who uses the product. A terahertz electromagnetic wave irradiation effect demonstrator.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、生産ラインで組み立て使用する各種部材として乗り物組み立てライン、工業製品製造組み立てライン、食糧栽培および食料製品加工乾燥製造ライン、日用生活用具の生産ライン、学校又は職場で日用生活のメンタル面の癒やし遊具の生産ライン、各種スポーツ競技用体操用具の生産ライン、各種楽器の生産ライン、各種医療機器の生産ライン、各種植物生育生産ライン、各種医療機器の生産ラインの何れかであり、この生産ラインで働く人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
Terrahertz irradiation wave target is vehicle assembly line, industrial product manufacturing assembly line, food cultivation and food product processing and drying production line, daily life equipment production line, daily life at school or workplace as various parts to be assembled and used on the production line. Any of the mental healing play equipment production line, various sports competition gym equipment production line, various musical instrument production line, various medical equipment production line, various plant growth production line, various medical equipment production line The terahertz electromagnetic wave irradiation effect demonstrator, which is characterized in that the irradiation effect of the terahertz electromagnetic wave is grasped from the physical condition value or the stress degree value of the person working on this production line.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射対象は、日用生活のメンタル面の癒やし用具としての遊具又は各種スポーツ用具であり、前記遊具のうち移動遊具は、お手玉、おはじき、折り紙、けん玉、凧、独楽、こま、かるた、トランプ、メンコ、ベーゴマ、竹馬、羽子板、ビー玉、鞠、毬、積木、縄跳び、三輪車、自転車である。固定遊具としてぶらんこ、すべり台、ジャングルジム、雲梯、固定円木、遊動円木である。各種スポーツ用具としてサッカー用具、野球用具、スキー用具、スケート用具、陸上競技用具、体操用具、バレー用具、ソフトボール用具、テニス用具、ゴルフ用具であり、これを使う人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of terahertz irradiation is playground equipment or various sports equipment as a healing tool for the mental aspect of daily life, and among the playground equipment, mobile playground equipment includes marbles, stilts, origami, stilts, kites, soliloquy, frames, karuta, etc. Playground equipment, menko, beigoma, stilts, feather boards, marbles, balls, stilts, piles, rope jumpers, three-wheeled vehicles, and bicycles. As fixed playground equipment, there are swings, slides, jungle gyms, escalade, fixed circles, and floating circles. Various sports equipment includes soccer equipment, baseball equipment, ski equipment, skating equipment, athletic equipment, gymnastics equipment, valley equipment, softball equipment, tennis equipment, golf equipment, and the physical condition value or stress level value of the person who uses them. A terahertz electromagnetic wave irradiation effect demonstrator, which is characterized by grasping the terahertz electromagnetic wave irradiation effect.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、医療機器又は用具としては、放射線治療装置、ＣＴ、ＭＲＩ、レントゲン装置、液晶画面保護フィルム、マッサージ器、血圧計、体温計、心臓ペースメーカー、ＣＤ、ＤＶＤ，ＵＳＢ、保育器、注射針、鍼灸針、医療用ステント、整形外科用インプラント、歯科用インプラント、マウスピース、入れ歯、手術用具としてメス、ピンセット、ハサミ、持針器、縫合糸、サクションチューブ、体内固定用ネジおよび固定用プレートなどの外科器具の何れかであり、これを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of terahertz irradiation wave is radiotherapy equipment, CT, MRI, roentgen equipment, liquid crystal screen protection film, massager, blood pressure monitor, thermometer, heart pacemaker, CD, DVD, USB, incubator, injection as medical equipment or equipment. Needles, acupuncture needles, medical stents, orthopedic implants, dental implants, mouthpieces, insert teeth, scalpels as surgical instruments, tweezers, scissors, needle holders, sutures, suction tubes, internal fixing screws and fixing plates A terahertz electromagnetic wave irradiation effect demonstrator, which is one of the surgical instruments such as the above, and is characterized in that the irradiation effect of the terahertz electromagnetic wave is grasped from the physical condition value or the stress degree value of the person who uses the surgical instrument.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、弦楽器のヴァイオリン、胡弓、胡琴、マンドリン、ギター、ハープ、ウクレレ、三味線、鍵盤楽器のピアノ、チェンバロ、オルガン、パイプオルガン、管楽器のクラリネット、横笛楽器のピッコロ、フルート、尺八、オカリナ、金管楽器のトランペット、トロンボーン、ホルン、多管楽器のパイプオルガン、ハーモニカ、打楽器の木製のカスタネット、木魚、拍子木、金属製の音叉、シンバル、チャイム、ベル、鈴、カウベル、鐘、マラカス、鍵盤打楽器の木琴、マリンバ、鉄琴、膜鳴楽器のドラム、太鼓、コンゴ、ボンゴ、電子楽器のテルミン、シンセサイザー、エレクトーン、キーボード、エレクトリックギター、エレクトリックピアノ、エレクトリックヴァイオリン、音響装置のスピーカー、携帯電話のスピーカーの何れかであり、これを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
Terrahertz irradiation waves Targets are string instruments such as violin, bow, harp, mandolin, guitar, harp, ukulele, trimiline, keyboard instrument piano, chambero, organ, pipe organ, wind instrument clarinet, flute instrument piccolo, flute, shakuhachi, Ocarina, trumpet of gold wind instrument, trombone, horn, pipe organ of multi-wind instrument, harmonica, wooden castanet of percussion instrument, wood fish, clapping wood, metal sound fork, cymbal, chime, bell, bell, cowbell, bell, malakas, Organs for keyboards, Organs, Organs, Drums for Wind Instruments, Drums, Congos, Bongos, Termins for Electronic Instruments, Synthesizers, Electric Tones, Keyboards, Electric Guitars, Electric Pianos, Electric Violins, Speakers for Sound Devices, Mobile Phones A terahertz electromagnetic wave irradiation effect demonstrator, which is one of the speakers and is characterized by grasping the terahertz electromagnetic wave irradiation effect from the physical condition value or stress degree value of the person who uses the speaker.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、気功、鍼灸施術、アユルベーダー施術、指圧、柔道整復師による骨、関節、筋、腱、靭帯整復療法、音楽療法、温泉療法、温熱療法、アロマテラピー、按摩、波動整体療法、ハーブ療法、ホメオパシー、薬膳療法、ヨーガ、スピリチュアルヒーリング、又はゲルマニウム療法の施術者の何れかであり、施術者又は被施術者のこれを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
Terahertz irradiation wave Targets are Qi Gong, acupuncture and moxibustion treatment, Ayurveder treatment, shiatsu, bone, joint, muscle, tendon, ligament rehabilitation therapy, music therapy, hot spring therapy, hyperthermia, aromatherapy, massage, wave rehabilitation therapy, The terahertz is based on the physical condition value or stress level value of the practitioner or the person who uses the herb therapy, homeopathy, medicinal therapy, yoga, spiritual healing, or germanium therapy. A terahertz electromagnetic irradiation effect demonstration device characterized by grasping the electromagnetic irradiation effect.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、石油、ガソリン、灯油、軽油、重油、天然ガス、液化天然ガス、液化石油ガス、ＬＰガス、オフガス、水素、空気、ジメルエーテル、ケロシン、石炭の何れかであり、これを利用する際の作業者又はこれを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of the terahertz irradiation wave is petroleum, gasoline, kerosene, light oil, heavy oil, natural gas, liquefied natural gas, liquefied petroleum gas, LP gas, off-gas, hydrogen, air, dimer ether, kerosene, or coal. A terahertz electromagnetic wave irradiation effect demonstrator, characterized in that the irradiation effect of the terahertz electromagnetic wave is grasped from the physical condition value or the stress degree value of the worker or the person who uses the terahertz electromagnetic wave.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、生コンクリート工場生産ライン、生コン運搬車、製鉄工場生産ライン、製薬工場生産ライン、化粧品工場生産ライン、廃棄物処理工場、浄水場、工場排水、又は家庭排水口の何れかであり、これを利用する際の作業者又はこれを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of the terahertz irradiation wave is either a ready-mixed concrete factory production line, a ready-mixed concrete carrier, a steel factory production line, a pharmaceutical factory production line, a cosmetics factory production line, a waste treatment factory, a water purification plant, factory wastewater, or a household drainage port. A terahertz electromagnetic wave irradiation effect demonstrator, characterized in that the terahertz electromagnetic wave irradiation effect is grasped from the physical condition value or stress degree value of a worker or a person who uses the terahertz electromagnetic wave irradiation effect.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、宇宙船内、潜水艦内、航空機操縦室内、新幹線操縦室内、スポーツトレーニング室内、又はリハビリ室内、刑務所内、又は精神病棟内の設備又は壁の何れかであり、これを利用する際の作業者又はこれを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of terahertz irradiation waves is either in a spacecraft, in a submarine, in an aircraft cockpit, in a Shinkansen cockpit, in a sports training room, or in a rehabilitation room, in a prison, or in a mental ward, and when using this. A terahertz electromagnetic wave irradiation effect demonstrator, which is characterized in that the irradiation effect of the terahertz electromagnetic wave is grasped from the physical condition value or the stress degree value of the worker or a person who uses the terahertz electromagnetic wave.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、アイマスク、メガネ、帽子、靴下、インソール、手袋、ストッキング、衣類の肌着の何れかであり、これを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of the terahertz irradiation wave is any of eye masks, glasses, hats, socks, insoles, gloves, stockings, and underwear of clothing, and the irradiation of the terahertz electromagnetic waves is based on the physical condition value or stress level value of the person who uses the terahertz electromagnetic wave. A terahertz electromagnetic wave irradiation effect demonstrator that is characterized by grasping the effect.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射波対象は、テーマパーク、映画館、又は各種イベント会場の入館若しくは乗車等に際し、その人に第１の唾液ＯＲＰ検査を実施して、それが体調度基準値以下であるか、又はテラヘルツ照射後の第２の唾液ＯＲＰ検査を実施して、第２の唾液ＯＲＰ検査結果が前記体調度基準値以内に好転した場合に係員、又はお客の入館、又は乗車を許可し、又は空港、港、又は鉄道、バス、又はタクシーの乗車、又は搭乗等に際し、その人に第１の唾液ＯＲＰ検査を実施して、それが体調度基準値以下であるか、又はテラヘルツ照射後の第２の唾液ＯＲＰ検査を実施して、第２の唾液ＯＲＰ検査結果が前記体調度基準値以内に好転した場合に係員、又はお客の乗車、又は乗務員の搭乗を許可にすることを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of terahertz irradiation wave is that the person is subjected to the first saliva ORP test when entering or boarding a theme park, movie theater, or various event venues, and whether it is below the physical condition standard value or terahertz. If the second saliva ORP test after irradiation is performed and the result of the second saliva ORP test improves within the above-mentioned physical condition reference value, the staff or the customer is allowed to enter or board, or the airport or port Or, when boarding or boarding a railroad, bus, or taxi, the person is subjected to the first saliva ORP test, which is below the physical condition standard value, or the second saliva after terahertz irradiation. A terahertz electromagnetic wave irradiation effect characterized by permitting a staff member, a customer, or a crew member to board when an ORP test is performed and the result of the second saliva ORP test improves within the above-mentioned physical condition reference value. Demonstration device.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射対象は、日用生活用品である食品の液体充填容器、食器（陶磁器およびガラス器）、籠（竹、ヤシ、トウ、ワラ、プラスチック、金属含む）、温水洗浄便座、便座シート、シャワーヘッド、腕時計、柱時計、置き時計、空調用エアフィルターの何れかであり、これを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
Terahertz irradiation targets are liquid-filled containers for daily necessities, tableware (ceramics and glassware), baskets (including bamboo, palm, tow, straw, plastic, and metal), warm water washing toilet seats, toilet seat sheets, and shower heads. , A watch, a wall clock, a table clock, or an air filter for air conditioning, and the terahertz electromagnetic wave irradiation is characterized in that the irradiation effect of the terahertz electromagnetic wave is grasped from the physical condition value or the stress degree value of the person who uses the filter. Effect demonstration device.
測定筐体と、この測定筐体内に配置されテラヘルツ照射の電磁波の照射を受けた前記照射対象を食するか、使用するかして影響を受けた被験者の唾液からその酸化還元電位を測定し、この酸化還元電位から被験者の体調度数値又はストレス度数値を含む検査結果を求める測定部と、前記検査結果から被験者の体調度数値又はストレス度数値を表示する表示部と、を有するヒト唾液ＯＲＰ酸化還元電位測定装置と、
を有し、
テラヘルツ照射対象は、錆止め塗料、防湿・防食塗料、又は耐油の性質を利用して保護するための塗料であり、前記塗料を有機溶剤、若しくは水で希釈した希釈塗料又は溶媒を用いない紛体塗料として、建築物、構造物、自動車、鉄道車両、船舶、オートバイ、自転車、電気機械、金属製品、コンクリート、ガーデニング用品、家具、皮革又は模型に塗布する際の作業者又はこれを利用する人の体調度数値又はストレス度数値から、前記テラヘルツ電磁波の照射効果を把握することを特徴とするテラヘルツ電磁波照射効果の実証装置。 The irradiation housing, the terahertz resonance electromagnetic wave radiation sheet (deposited aluminum sheet) provided on the inner surface of the irradiation housing, and the vaporized aluminum sheet are heated to a predetermined temperature to irradiate the terahertz electromagnetic waves from the vaporized aluminum sheet. A terahertz irradiation wave resonance electromagnetic wave device having a heater for irradiating a target, and
The oxidation-reduction potential was measured from the measurement housing and the saliva of the subject who was affected by eating or using the irradiation target placed in the measurement housing and irradiated with the electromagnetic wave of terahertz irradiation. Human saliva ORP oxidation having a measuring unit for obtaining a test result including a subject's physical condition value or stress degree value from this oxidation-reduction potential, and a display unit for displaying the subject's physical condition value or stress degree value from the test result. Reduction potential measuring device and
Have,
The target of terahertz irradiation is a rust preventive paint, a moisture-proof / corrosion-proof paint, or a paint for protection by utilizing the properties of oil resistance, and is a diluted paint obtained by diluting the paint with an organic solvent or water, or a powder paint that does not use a solvent. Physical condition of the worker or the person who uses it when applying it to buildings, structures, automobiles, railroad vehicles, ships, motorcycles, bicycles, electric machines, metal products, concrete, gardening supplies, furniture, leather or models. A terahertz electromagnetic wave irradiation effect demonstrator, characterized in that the irradiation effect of the terahertz electromagnetic wave is grasped from a numerical value or a stress degree numerical value.
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| WO2023080244A1 (en) * | 2021-11-05 | 2023-05-11 | エバートロン ホールディングス ピーティーイー リミテッド | Tone or quality control device for musical instrument or the like, control method, and program |
| JPWO2023080244A1 (en) * | 2021-11-05 | 2023-05-11 | ||
| JP7493863B2 (en) | 2021-11-05 | 2024-06-03 | エバートロン ホールディングス ピーティーイー リミテッド | Sound quality control device, control method and program for musical instruments |
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| JP6593910B1 (en) | 2019-10-23 |
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