WO2015111092A1 - Medical sheet material working method - Google Patents
Medical sheet material working method Download PDFInfo
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- WO2015111092A1 WO2015111092A1 PCT/JP2014/000262 JP2014000262W WO2015111092A1 WO 2015111092 A1 WO2015111092 A1 WO 2015111092A1 JP 2014000262 W JP2014000262 W JP 2014000262W WO 2015111092 A1 WO2015111092 A1 WO 2015111092A1
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- sheet material
- medical sheet
- electrode plate
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Images
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Definitions
- the present invention relates to a medical sheet material used as a bed, a futon, or the like for the purpose of treating insomnia or ensuring a good night's sleep, directly pasting or wrapping around an affected part of a human body such as low back pain, stiff shoulders, and hemostasis.
- This is related to the improvement of the processing method. It generates potential fluctuations and electric field fluctuations in the electrode plate brought into contact with the sheet material, and radiates far infrared energy from the far infrared radiation layer of the electrode plate to form the sheet material.
- the present invention relates to a method for processing a medical sheet material that can quickly and efficiently cure stiff shoulders, hemostasis, insomnia, and the like.
- conventional medical sheet materials of this type such as poultices and bandages for treating low back pain and stiff shoulders, usually have a desired thickness of a therapeutic agent on one side of a flat substrate. It is manufactured and processed by coating it and drying it appropriately. For this reason, the medical sheet material has only an effect on low back pain, stiff shoulders, and the like, which is inherently retained by the therapeutic drug layer, and does not exhibit a therapeutic effect beyond that inherent in the drug layer.
- FIG. 3 is a plan view of the bedding sheet A for insomnia treatment and sleep ensuring developed by the inventor of the present application, and the outer surface of the sheet material B is made of ink containing far-infrared radiation ceramic powder. It is manufactured and processed by printing a large number of patterns C such as a circle or a polygon.
- the sheet material A for bedding shown in FIG. 3 utilizes the above-described phenomenon, and absorbs far-infrared energy on the skin outer surface to statically stimulate the skin outer surface, thereby activating capillary blood vessels.
- By increasing the blood flow and activating the nerve transmission system the same sleepiness as in the case of massage or the like is induced in a person.
- the present invention can be applied directly to or wound around the affected part of the human body for the treatment of conventional low back pain or stiff shoulders, hemostasis, etc., or laid on the outer surface of a bed or a futon to ensure insomnia or ensure sleep.
- the above-mentioned problems in the medical sheet material that is, the therapeutic drug layer in the medical sheet material such as a poultice material or a bandage simply by laminating and fixing the therapeutic drug layer on one side of the sheet material can only affect the tissues of humans and animals, and the high efficacy beyond that inherent to the drug layer can be obtained, and b, bed sheets, blanket covers for sleep, futon sheets, etc.
- the whole material That is, not only the drug component fixed or impregnated on the sheet material, but also the whole medical sheet material including the sheet material holding the drug is placed in a fluctuating electric field and subjected to an electric field treatment, and far infrared rays are applied thereto. It is a main object of the present invention to provide a method for processing a medical sheet material that significantly improves the therapeutic effects of the medical sheet material, such as stiffness, pain, hemostasis, and sleep, by irradiating and absorbing Is.
- the inventor of the present application has previously developed a method for modifying a substance using high-frequency electromagnetic waves, and disclosed this as Japanese Patent Laid-Open No. 8-187428.
- the method of modifying the substance is to irradiate water with high-frequency electromagnetic waves to activate it, thereby promoting chemical reactivity and organic matter decomposition, brewing fermentation and shortening the ripening time, preventing food spoilage, plant growth It enables promotion and the like, and actually has a high practical utility.
- the inventor of the present application activates the entire medical part and base material part of a conventional medical sheet material, such as a poultice material, a bandage, a sleep sheet material, etc. It was conceived that by enhancing the activation of water, which is the main component of tissues, it is possible to promote the activation and regeneration / repair of the affected tissue of the human body. Numerous studies have been conducted on the therapeutic effect of medical sheet materials on various affected areas, such as those with stiffness, pain, cuts, rheumatism and neuralgia, and analysis and confirmation of the results.
- the invention of claim 1 includes an AC power supply with one output terminal grounded, and the other non-grounded output terminal of the AC power supply.
- An LC parallel circuit connected in series, with the other end of the LC parallel circuit as an output terminal, an output voltage v of the AC power supply and an induced electromotive force v ′ induced in the LC parallel circuit by an external electromagnetic wave
- a medical sheet material is arranged directly or with a gap on the upper part of the wire, and the superimposed wave vo is output from the output terminal of the power supply device to the electrode plate made of the conductor to generate a fluctuating electric field on the electrode plate made of the conductor.
- a floating electric field With exposing the
- the conductor electrode plate is supported and fixed by an insulator base.
- the conductor electrode plate and the ground are connected by a resistor Ro.
- the invention of claim 4 is the invention according to claim 1, claim 2 or claim 3, wherein the frequency of the AC power source is 2 Hz to 200 Hz.
- the invention of claim 5 is the invention according to claim 1, 2 or 3, wherein the resonance frequency of the LC parallel circuit is 20 kHz to 2000 kHz.
- the invention of claim 6 is the invention according to claim 1, claim 2 or claim 3, wherein the conductive electrode plate is a conductive electrode plate made of rubber or plastic containing metal or metal powder. is there.
- the invention of claim 7 is the invention of claim 1, 2 or 3, wherein the far-infrared radiator layer is made of a ceramic sintered body or a rubber or plastic mixed with ceramics.
- the invention according to claim 8 is the invention according to claim 1, claim 2 or claim 3, wherein the sheet-like base material of the medical sheet material is composed mainly of vegetable fibers such as cotton, hemp and paper. It is made into the sheet-like base material to perform.
- the invention according to claim 9 is the invention according to claim 1, claim 2 or claim 3, wherein the medical sheet material is applied to the body stiffness, pain, poor blood circulation, bleeding prevention, trauma, burns, rheumatism, neuralgia.
- the medical sheet material used for any of the above treatments.
- the present invention consists of an AC power supply with one output terminal grounded and an LC parallel circuit connected in series with the other non-grounded output terminal of the AC power supply, with the other end of the LC parallel circuit as an output terminal, A power supply device that outputs a superimposed wave vo of an output voltage v of the AC power supply and an induced electromotive force v ′ induced in the LC parallel circuit by an external electromagnetic wave, and connected to the output terminal of the power supply device via a lead wire
- a conductive electrode plate is used, and a medical sheet material is arranged directly or with a gap on the far-infrared radiator layer of the conductive electrode plate, and the output of the power supply device
- a high-frequency electromotive force v ′ is induced in the LC parallel circuit of the power supply device by an external electromagnetic wave, and the induced electromotive force v ′ is superimposed on the alternating voltage v of the AC power supply. Then, when the output voltage vo of the superimposed wave in which the induced electromotive force v ′ is superimposed on the alternating voltage v is applied from the power supply device to the conductive electrode plate, the potential of the conductive electrode plate fluctuates minutely. The electric field on the surface of the electrode plate made of a conductor and in the vicinity thereof fluctuates.
- the frequency of molecules and atoms constituting the medical sheet generated by the electric field fluctuation and far-infrared radiation energy varies greatly depending on the resonance frequency of the LC resonance circuit. Therefore, by appropriately adjusting the frequency of the induced electromotive force v ′ and resonating the resonance frequency of the LC resonance circuit with the vibration of molecules and atoms of the affected tissue, the activation of the affected tissue and the like is further promoted and the healing thereof. Will be faster.
- the molecules of the sheet material resonate and a part of the molecular structure of the material is denatured, and the far infrared radiation amount and emissivity of the material itself are slightly improved. As a result, the so-called far-infrared effect or terahertz effect of the sheet-like material is further enhanced.
- the medical sheet material processed according to the present invention has a high utility in the treatment of the affected tissue of living organisms, and its utility has been confirmed by clinical tests.
- the theoretical analysis that the medical sheet material processed according to the present invention has a high clinical therapeutic effect on biological tissue stiffness, pain, neuralgia, rheumatism, etc. has not been sufficiently performed. Accordingly, there are many unclear points regarding the cause, action, and mechanism of the improvement of the therapeutic effect of the medical sheet material resulting from the electric field fluctuation process.
- the medical sheet material according to the invention of the present application has an actual high therapeutic effect and healing effect.
- a single alternating voltage is not output, but a superposed wave in which a high-frequency alternating voltage is superimposed on a low-frequency basic alternating voltage is output. It has been confirmed that a high frequency fluctuation electric field synergistically acts on the medical sheet material, and a higher processing effect can be obtained.
- the medical sheet material can be more effectively activated, and the affected part It has been confirmed that it is possible to accelerate the healing of tissues and the like, and the therapeutic effect of the medical sheet material obtained by the electric field fluctuation varies depending on the material of the electrode plate.
- FIG. 1 is a block system diagram illustrating a first embodiment of a method for processing a medical sheet material according to the present invention. It is explanatory drawing which shows 2nd Embodiment of this invention. It is outline
- FIG. 1 is a block system diagram showing a first embodiment of a method for processing a medical sheet material according to the present invention, in which an affected tissue having pain or swelling due to bruise or the like, an affected tissue having stiffness, or an injury
- the present invention shows a method for processing a medical sheet material used for treatment of affected tissues and the like, as well as for ensuring restful sleep and insomnia, rheumatism, neuralgia, prostatic hypertrophy, diabetes and the like.
- a medical sheet material processing method includes a power supply device 1 corresponding to a transmitter and a conductor including a far-infrared radiation layer 4a connected to the power supply device 1 via a lead wire 7.
- the treatment is performed using a medical sheet material processing apparatus including the electrode plate 4 and the insulating material base 5 that supports the conductor electrode plate 4.
- the medical sheet material 8 processed in the present invention includes a compress sheet, a wound tape, a bandage, a bandage, and an adhesive layer applied to one side of the substrate. All medical sheet materials such as a sleep sheet containing or fixing a far-infrared radiator are included.
- the material of the sheet-like base material constituting the medical sheet material 8 (object to be processed 8) may be a material mainly composed of vegetable fibers such as cotton, hemp, paper, or a synthetic resin. It may be a fiber-based material or a non-woven fabric.
- the power source device 1 is formed of an AC power source 2 and an LC parallel circuit 10 connected in series with the AC power source 2.
- One side of the AC power source 2 is connected to a grounded output terminal 2b.
- the output terminal 2a on the non-ground side of the AC power supply 2 is connected in series to one connection point 9a of the LC parallel circuit 10, and the other connection point 9b of the LC parallel circuit 10 is connected to the power supply
- the output terminal 3b of the device 1 is connected.
- R and Ro are protective resistors.
- the LC parallel circuit 10 resonates with an external electromagnetic wave having a frequency of 20 KHz to 2000 KHz by varying the capacitance C, and induces an alternating voltage v ′ having the resonance frequency. Then, a superimposed voltage vo of the alternating voltage v of the AC power source 2 having a frequency of 2 Hz to 200 Hz and the alternating voltage v 'of the resonance frequency is output between the terminals 2b and 3b.
- the conductor electrode plate 4 is obtained by forming a far-infrared radiator layer 4b on the upper surface side of the metal electrode plate 4a.
- the metal electrode plate 4a may be a conductive electrode plate made of rubber or plastic containing metal powder.
- 1a is a case, 2a is an output terminal on the non-ground side, 2b is an output terminal on the ground side, 3b is an output side terminal of a power source, 4 is an electrode plate made of a conductor, 4a is a conductive electrode plate, 4b is a far-infrared radiator layer, 4c is a terminal, 5 is a support base made of an insulating material, 6 is a ground point, 7 lead wires, 8 is an object to be processed (medical sheet material), v is a voltage waveform of an AC power source, v 'Is an induced electromotive force of the LC parallel circuit, i is a current due to the superimposed voltage Vo of v and v', C 'is a stray capacitance, and R and Ro are protective resistors.
- a medical sheet material manufactured by a conventional manufacturing method for example, a poultice sheet, wound tape, bandage, or adhesive bandage in which a drug layer is applied and fixed to one side of a base material
- a sleep sheet or the like containing or fixing a far-infrared radiator is placed above the conductive electrode plate 4a.
- the sine wave AC power supply 2 is activated and the LC parallel circuit 10 is tuned to a spatial electromagnetic wave having a desired frequency, and the voltage v of the AC power supply 2 and the induction of the LC parallel circuit 10 are induced between the terminals 3 b and 2 b of the power supply device 1.
- the superimposed voltage Vo with the power v ′ is output.
- the alternating current i by the superimposed voltage Vo flows through the lead wire 7, the conductor electrode plate 4, and the stray capacitance C ′.
- the electric potential of the electrode plate 4 made of the conductor fluctuates, and thereby the electric field also fluctuates. Further, radiant energy from the far-infrared radiator 4 b is radiated to the object to be processed (medical sheet material) 8. That is, when the electric field of the electrode plate 4 made of a conductor fluctuates, protons (plus ions) are generated in the electrode plate 4a, and thereby quantum waves are emitted. Further, far-infrared rays are emitted from the far-infrared radiator 4b.
- the object to be processed (medical sheet material) 8 is more highly activated, The healing effect of the affected tissue is improved.
- variation, and absorption of far-infrared radiation energy is the following. As described above, it is in reality that it cannot be said that it has been completely elucidated theoretically at present. However, these healing effects have been confirmed by tests and experiments.
- the frequency of the AC power source 2 of the power source device (transmitter) 1 is optimally about 2 Hz to 200 Hz
- the resonant frequency of the LC parallel resonant circuit 10 is optimally about 20 KHz to 2000 KHz. ing.
- an AC power supply 2 having a frequency of 2 Hz to 200 Hz, an LC parallel resonance circuit having a resonance frequency of 20 KHz to 2000 KHz, a maximum output voltage vo of 25 to 250 volts, and a maximum transmission output of 3 to 10 watts
- the conductive electrode plate 4a is made of a rubber plate kneaded with metal powder (150 mm ⁇ 300 mm ⁇ 10 mm (thickness)), and the far infrared radiator layer 4b is made of rubber containing a far infrared radiation ceramic powder (thickness 30 mm).
- a commercially available ship material (100 mm ⁇ 200 mm / thickness mm), a bandage and a sleep sheet are placed on the upper part of the far-infrared radiator layer 4b as an object to be treated (a medical treatment sheet material 8), and each has an activity of 30 to 180 minutes. The treatment was performed.
- the treated ship material or adhesive bandage is directly attached to a human shoulder, the treatment for 24 hours per day is continuously performed for 3 days, and a commercially available ship material or adhesive bandage is used on the shoulder and the present invention.
- a comparison test of the state of elimination of stiff shoulder with the case of using the heel-shipping material and bandage treated by the above was performed.
- the average output of the power supply device (transmitter) 1 was 5 watts.
- each test subject is given the same load condition to cause stiff shoulders, and once a day, 24 hours, 3 days on the market.
- each of the same subjects was given the same load conditions as the previous time to cause stiff shoulders and processed according to the present invention once a day, 24 hours, 3 days.
- FIG. 2 shows a second embodiment of the present invention.
- the electrode plate 4 made of a conductor and the grounding point 6 in FIG. 1 are connected via a resistor Ro and the frequency of the AC power source 2 is low (that is, the frequency of the output vo (superposed alternating voltage) from the power source device 1 is The only difference from the case of the first embodiment is that the current flowability when the current is low) is different from that of the first embodiment.
- Other processing apparatus configurations and medical sheet material processing methods Is exactly the same as in the first embodiment.
- the power supply device (transmitter) 1 is configured to change the waveform of the superimposed output voltage vo from the power supply device (transmitter) 1 to the conductor electrode plate 4 by adjusting the capacitance C of the LC parallel circuit.
- the power supply device (transmitter) 1 may have any configuration as long as it is a transmitter configured to transmit a transmission wave (fundamental wave) and a high-frequency superimposed wave, It is also possible to provide a high-frequency transmitter configured to output a modulated wave obtained by amplitude-modulating a transmission wave (fundamental wave) with a high frequency (carrier wave). Since the power supply device (transmitter) 1 itself is known, detailed description thereof is omitted here.
- the present invention increases the activity of the medical sheet material itself by generating potential fluctuations and electric field fluctuations in the conductive electrode 4, thereby improving the effectiveness of the drug inherently held by the medical sheet material itself.
- the above high healing effect is obtained.
- it is possible to more effectively perform treatment of affected parts such as body stiffness, cuts, and rheumatic pains of all living organisms, and to achieve an excellent practical utility that rapid healing and recovery can be achieved.
- the present invention can be applied not only to the treatment of affected parts of humans and animals but also to the processing of medical sheet materials for various organisms, and can also be used in fields such as agriculture and livestock industry and fishery.
Abstract
The present invention allows a further increase in a treatment effect of a medical sheet material which is used in treatment of a living body, for example, muscle stiffness or pain, cuts, etc., of a human being. A medical sheet material working method according to the present invention uses: a power source device formed from an AC power source which is grounded at one output terminal, and an LC parallel circuit which is connected in series to the other non-ground side output terminal of the AC power source, said power source device outputting a superpositioned wave (vo) of an output voltage (v) of the AC power source and an induced electromotive force (v') which is induced in the LC parallel circuit by an external electromagnetic wave with the other terminal of the LC parallel circuit as an output terminal; and a conductive electrode plate connected via a lead wire to the output terminal of the power source device and comprising a far-infrared radiator layer. A medical sheet material is positioned upon the upper part of the far-infrared radiator layer of the conductive electrode plate, either directly or with a gap therebetween. A fluctuating electrical field is generated in the conductive electrode plate by outputting the superpositioned wave (vo) from the output terminal of the power source device to the conductive electrode plate, the medical sheet material overall is located within the fluctuating electrical field, and the medical sheet material overall is activated.
Description
本発明は、腰痛や肩こり、止血用等の人体の患部に直接に貼付け又は巻付けたり、或いは、不眠の治療や快眠の確保等の為にベッドや布団等の敷布として用いる医療用シート材の加工方法の改良に関するものであり、シート材に接触させた電極板に電位変動や電界変動を発生させると共に、電極板の遠赤外線放射層から遠赤外線エネルギーを放射させ、シート材を形成する素材の原子及び分子の振動を促進させることによりその活性化を図り、これによって、シート材を貼付け又は巻付けした人の皮膚や筋肉等の人体組織の血行を促進したり、新陳代謝を旺盛にし、腰痛や肩こり、止血、不眠等を迅速且つ効率よく治癒できるようにした医療用シート材の加工方法に関するものである。
The present invention relates to a medical sheet material used as a bed, a futon, or the like for the purpose of treating insomnia or ensuring a good night's sleep, directly pasting or wrapping around an affected part of a human body such as low back pain, stiff shoulders, and hemostasis. This is related to the improvement of the processing method. It generates potential fluctuations and electric field fluctuations in the electrode plate brought into contact with the sheet material, and radiates far infrared energy from the far infrared radiation layer of the electrode plate to form the sheet material. It promotes the activation of vibrations of atoms and molecules, thereby promoting the circulation of human tissues such as the skin and muscle of the person who has pasted or wrapped the sheet material, vigorous metabolism, low back pain and The present invention relates to a method for processing a medical sheet material that can quickly and efficiently cure stiff shoulders, hemostasis, insomnia, and the like.
従前から、腰痛や肩こりの治療や止血等のために人体の患部に直接貼付けたり、或いは、不眠の治療や安眠の確保のためにベッドや布団、毛布等に敷き詰めたりする医療用シート材は、数多く開発されて実用に供されている。
Traditionally, medical sheet materials that are attached directly to the affected area of the human body for treatment of back pain, stiff shoulders, hemostasis, etc., or spread on beds, duvets, blankets, etc. to treat insomnia and ensure sleep, Many have been developed and put into practical use.
ところが、従前のこの種の医療用シート材、例えば腰痛や肩こりの治療用の湿布材や絆創膏等は、通常、平板状の柔軟性を有する基材の一側面に治療用薬剤を所望の厚さにコーティングし、これを適宜に乾燥することにより製造加工されている。
そのため、医療用シート材が有する腰痛や肩凝り等に対する効能は、治療用薬剤層が固有に保持する効能だけであり、上記薬剤層が固有に具備する以上の治療効果を発揮することは無い。 However, conventional medical sheet materials of this type, such as poultices and bandages for treating low back pain and stiff shoulders, usually have a desired thickness of a therapeutic agent on one side of a flat substrate. It is manufactured and processed by coating it and drying it appropriately.
For this reason, the medical sheet material has only an effect on low back pain, stiff shoulders, and the like, which is inherently retained by the therapeutic drug layer, and does not exhibit a therapeutic effect beyond that inherent in the drug layer.
そのため、医療用シート材が有する腰痛や肩凝り等に対する効能は、治療用薬剤層が固有に保持する効能だけであり、上記薬剤層が固有に具備する以上の治療効果を発揮することは無い。 However, conventional medical sheet materials of this type, such as poultices and bandages for treating low back pain and stiff shoulders, usually have a desired thickness of a therapeutic agent on one side of a flat substrate. It is manufactured and processed by coating it and drying it appropriately.
For this reason, the medical sheet material has only an effect on low back pain, stiff shoulders, and the like, which is inherently retained by the therapeutic drug layer, and does not exhibit a therapeutic effect beyond that inherent in the drug layer.
このことは、不眠治療や安眠確保用のシート材でも同様である。図３は、本願発明者が先に開発をした不眠治療や安眠確保用の寝具用シートＡの平面図であり、シート材Ｂの外表面に、遠赤外線放射性セラミックの粉体を含有するインクにより円形又は多角形等の多数の模様Ｃを印刷形成することにより製造、加工されている。
This is also true for sheet materials for insomnia treatment and ensuring sleep. FIG. 3 is a plan view of the bedding sheet A for insomnia treatment and sleep ensuring developed by the inventor of the present application, and the outer surface of the sheet material B is made of ink containing far-infrared radiation ceramic powder. It is manufactured and processed by printing a large number of patterns C such as a circle or a polygon.
ところで、人間は、皮膚外表面にマッサージ等により適宜の刺激を受けると、大多数の者は眠気を催すことになる。これ等の事象については、医学的な多くの解析研究が行なわれているが、一般的には、皮膚外表面への刺激によって神経伝達系の活動や毛細血管の活動が活発になり、睡眠に関係する脳神経や脳細胞の働きに変化が生じて、眠気が誘発されると説明されている。
By the way, if a person receives an appropriate stimulus by massage or the like on the outer surface of the skin, the majority of people will be drowsy. Many medical analysis studies have been conducted on these events, but in general, stimulation of the outer surface of the skin increases the activity of the neurotransmitter system and capillaries, resulting in sleep. It has been explained that changes in the functions of related cranial nerves and brain cells cause sleepiness.
上記図３の寝具用シート材Ａは、上記のような事象を活用するものであり、皮膚外表面に遠赤外線エネルギーを吸収させて皮膚外表面を静的に刺激し、毛細血管の活性化による血流の増加や神経伝達系の活性化を図ることにより、マッサージ等の場合と同様の眠気を人に誘発させるものである。
The sheet material A for bedding shown in FIG. 3 utilizes the above-described phenomenon, and absorbs far-infrared energy on the skin outer surface to statically stimulate the skin outer surface, thereby activating capillary blood vessels. By increasing the blood flow and activating the nerve transmission system, the same sleepiness as in the case of massage or the like is induced in a person.
しかし、図３の寝具用シート材Ａでは、模様Ｃを形成する赤外線放射性セラミックからの遠赤外線放射エネルギーのみが人に眠気を誘発する作用をし、模様Ｃ以外の部分，例えばシート材Ｂの部分は、単に遠赤外線エネルギーを放射する模様Ｃを保持するだけの機能しか果たさない。
そのため、皮膚外表面に対する刺激効果は、模様Ｃの部分からの遠赤外線放射エルギーのみに限定され、皮膚外表面の刺激効果が相対的に低くい。その結果、患部に十分な刺激を与えて血行の促進や筋肉組織の活性化等を高度に図ることが困難となり、凝りや痛みを短期間で治癒できないうえ、止血や切り傷の直りも悪いと云う難点がある。また、刺激効果を高めるために模様Ｃの面積を大きくすると、寝具用シート材Ａとしての美観が損なわれると云う問題がある（特開平９－３２７３６２号）。 However, in the sheet material A for bedding shown in FIG. 3, only the far-infrared radiant energy from the infrared radioactive ceramic forming the pattern C acts to induce drowsiness in humans, and a part other than the pattern C, for example, a part of the sheet material B Only performs the function of retaining the pattern C that emits far-infrared energy.
Therefore, the stimulating effect on the skin outer surface is limited only to the far-infrared radiation energy from the pattern C portion, and the stimulating effect on the skin outer surface is relatively low. As a result, it is difficult to give sufficient stimulation to the affected area to promote blood circulation and activate muscle tissue at a high level, and it is difficult to cure stiffness and pain in a short period of time. There are difficulties. Further, when the area of the pattern C is increased in order to enhance the stimulating effect, there is a problem that the beauty as the bedding sheet material A is impaired (Japanese Patent Laid-Open No. 9-327362).
そのため、皮膚外表面に対する刺激効果は、模様Ｃの部分からの遠赤外線放射エルギーのみに限定され、皮膚外表面の刺激効果が相対的に低くい。その結果、患部に十分な刺激を与えて血行の促進や筋肉組織の活性化等を高度に図ることが困難となり、凝りや痛みを短期間で治癒できないうえ、止血や切り傷の直りも悪いと云う難点がある。また、刺激効果を高めるために模様Ｃの面積を大きくすると、寝具用シート材Ａとしての美観が損なわれると云う問題がある（特開平９－３２７３６２号）。 However, in the sheet material A for bedding shown in FIG. 3, only the far-infrared radiant energy from the infrared radioactive ceramic forming the pattern C acts to induce drowsiness in humans, and a part other than the pattern C, for example, a part of the sheet material B Only performs the function of retaining the pattern C that emits far-infrared energy.
Therefore, the stimulating effect on the skin outer surface is limited only to the far-infrared radiation energy from the pattern C portion, and the stimulating effect on the skin outer surface is relatively low. As a result, it is difficult to give sufficient stimulation to the affected area to promote blood circulation and activate muscle tissue at a high level, and it is difficult to cure stiffness and pain in a short period of time. There are difficulties. Further, when the area of the pattern C is increased in order to enhance the stimulating effect, there is a problem that the beauty as the bedding sheet material A is impaired (Japanese Patent Laid-Open No. 9-327362).
本発明は、従前の腰痛や肩こりの治療や止血等のために人体の患部に直接に貼付け又は巻付けたり、或いは、不眠の治療や安眠の確保のためにベッドや布団等の外表面に敷いたりする医療用シート材における上述のような問題、即ち、イ、単に治療用薬剤層をシート材の一側面に積層固着しただけの湿布材や絆創膏等の医療用シート材では、治療用薬剤層が固有に有する効能しか人や動物の組織に及ぼすことが出来ず、薬剤層が固有に具備する以上の高い効能が得られないこと、及びロ、安眠用のベッドシーツや毛布カバー、布団シーツ等の医療用シート材においては、塗布した遠赤外線放射体の部分のみしか治療効能を発揮することができず、高い治療効果が得にくいこと等の問題を解決せんとするものであり、医療用シート材の全体、即ち、シート材に固着又は含侵させた薬剤成分のみならず、薬剤を保持するシート材を含めて医療用シート材の全体を変動電場内に配置して電場処理を施すと共に、これに遠赤外線を照射、吸収させることにより、医療用シート材の凝りや痛み、止血、安眠等の治療効果を大幅に向上させるようにした医療用シート材の加工方法を提供することを発明の主目的とするものである。
The present invention can be applied directly to or wound around the affected part of the human body for the treatment of conventional low back pain or stiff shoulders, hemostasis, etc., or laid on the outer surface of a bed or a futon to ensure insomnia or ensure sleep. The above-mentioned problems in the medical sheet material, that is, the therapeutic drug layer in the medical sheet material such as a poultice material or a bandage simply by laminating and fixing the therapeutic drug layer on one side of the sheet material Can only affect the tissues of humans and animals, and the high efficacy beyond that inherent to the drug layer can be obtained, and b, bed sheets, blanket covers for sleep, futon sheets, etc. In the medical sheet material, only the part of the applied far-infrared radiator can exert the therapeutic effect, and it is difficult to obtain a high therapeutic effect. The whole material, That is, not only the drug component fixed or impregnated on the sheet material, but also the whole medical sheet material including the sheet material holding the drug is placed in a fluctuating electric field and subjected to an electric field treatment, and far infrared rays are applied thereto. It is a main object of the present invention to provide a method for processing a medical sheet material that significantly improves the therapeutic effects of the medical sheet material, such as stiffness, pain, hemostasis, and sleep, by irradiating and absorbing Is.
本願発明者は、先に、高周波電磁波による物質の改質方法を開発し、これを特開平８－１８７４２８号として公開している。当該物質の改質方法は、水に高周波電磁波を照射してこれを活性化させることにより、化学的反応性や有機物分解の促進、醸造発酵及び熟成時間の短縮、食品の腐敗防止、植物の成長促進等を可能とするものであり、現実に高い実用的効用を奏するものである。
The inventor of the present application has previously developed a method for modifying a substance using high-frequency electromagnetic waves, and disclosed this as Japanese Patent Laid-Open No. 8-187428. The method of modifying the substance is to irradiate water with high-frequency electromagnetic waves to activate it, thereby promoting chemical reactivity and organic matter decomposition, brewing fermentation and shortening the ripening time, preventing food spoilage, plant growth It enables promotion and the like, and actually has a high practical utility.
本願発明者は、上記物質の改質方法の開発研究を通して、従前の医療用シート材、例えば湿布材や絆創膏、安眠用シート材等の薬剤部分と基材部分の全体を活性化処理して人体組織等の主要な構成材である水の活性化作用を高めることにより、人体の患部組織そのものの活性化や再生修復等の促進が可能なことを着想し、当該着想に基づいて人間や動物の各種患部、例えば凝りや痛みを有する部分や切り傷を負った部分、リュウマチや神経痛の部分等に対する医療用シート材の治療効果試験とその結果の分析・確認を数多く積み重ねて来た。
Through the research and development of a method for modifying the above substances, the inventor of the present application activates the entire medical part and base material part of a conventional medical sheet material, such as a poultice material, a bandage, a sleep sheet material, etc. It was conceived that by enhancing the activation of water, which is the main component of tissues, it is possible to promote the activation and regeneration / repair of the affected tissue of the human body. Numerous studies have been conducted on the therapeutic effect of medical sheet materials on various affected areas, such as those with stiffness, pain, cuts, rheumatism and neuralgia, and analysis and confirmation of the results.
本願発明は、上記試験及び試験結果の分析等を通して創作されたものであり、請求項１の発明は、一方の出力端子を接地した交流電源と、当該交流電源の他方の非接地側出力端子に直列に接続したＬＣ並列回路とからなり、当該ＬＣ並列回路の他端を出力端子として、前記交流電源の出力電圧ｖと外部電磁波により前記ＬＣ並列回路に誘導された誘導起電力ｖ’との重畳波ｖｏを出力する電源装置と、当該電源装置の前記出力端子にリード線を介して接続した遠赤外線放射層を有する導電体製電極板を用い、前記導電体製電極板の遠赤外線放射体層の上部に直接又は間隙を置いて医療用シート材を配置して、電源装置の出力端子から導電体製電極板へ前記重畳波ｖｏを出力することにより導電体製電極板に変動電場を生じさせ、変動電場内に医療用シート材の全体をさらすと共に、遠赤外線放射体層からの遠赤外線を照射することにより、医療用シート材の全体を活性化させることを発明の基本構成とするものである。
The invention of the present application was created through the above-described test and analysis of the test results. The invention of claim 1 includes an AC power supply with one output terminal grounded, and the other non-grounded output terminal of the AC power supply. An LC parallel circuit connected in series, with the other end of the LC parallel circuit as an output terminal, an output voltage v of the AC power supply and an induced electromotive force v ′ induced in the LC parallel circuit by an external electromagnetic wave A far-infrared radiator layer of the electrode plate made of a conductor using a power source device that outputs a wave vo, and a conductor electrode plate having a far-infrared radiation layer connected to the output terminal of the power source device via a lead wire A medical sheet material is arranged directly or with a gap on the upper part of the wire, and the superimposed wave vo is output from the output terminal of the power supply device to the electrode plate made of the conductor to generate a fluctuating electric field on the electrode plate made of the conductor. In a floating electric field With exposing the entire medical sheet, by irradiating far infrared rays from the far infrared radiator layer, in which the basic structure of the invention to activate the whole of the medical sheet.
請求項２の発明は、請求項１の発明において、前記導電体製電極板を絶縁材製架台により支持固定する構成としたものである。
According to a second aspect of the present invention, in the first aspect of the invention, the conductor electrode plate is supported and fixed by an insulator base.
請求項３の発明は、請求項１の発明において、導電体製電極板と大地間を抵抗Ｒｏにより接続するようにしたものである。
According to a third aspect of the invention, in the first aspect of the invention, the conductor electrode plate and the ground are connected by a resistor Ro.
請求項４の発明は、請求項１、請求項２又は請求項３に記載の発明において、交流電源の周波数を２Ｈｚから２００Ｈｚとしたものである。
The invention of claim 4 is the invention according to claim 1, claim 2 or claim 3, wherein the frequency of the AC power source is 2 Hz to 200 Hz.
請求項５の発明は、請求項１、請求項２又は請求項３に記載の発明において、ＬＣ並列回路の共振周波数を２０kＨｚ～２０００kＨｚとしたものである。
The invention of claim 5 is the invention according to claim 1, 2 or 3, wherein the resonance frequency of the LC parallel circuit is 20 kHz to 2000 kHz.
請求項６の発明は、請求項１、請求項２又は請求項３に記載の発明において、導電体製電極板を金属又は金属粉を含むゴム若しくはプラスチック製の導電体性電極板としたものである。
The invention of claim 6 is the invention according to claim 1, claim 2 or claim 3, wherein the conductive electrode plate is a conductive electrode plate made of rubber or plastic containing metal or metal powder. is there.
請求項７の発明は、請求項１、請求項２又は請求項３に記載の発明において、遠赤外線放射体層をセラミックス焼結体又はセラミクスを混合したゴム若しくはプラスチックとしたものである。
The invention of claim 7 is the invention of claim 1, 2 or 3, wherein the far-infrared radiator layer is made of a ceramic sintered body or a rubber or plastic mixed with ceramics.
請求項８の発明は、請求項１、請求項２又は請求項３に記載の発明において、医療用シート材のシート状基材を、綿、麻、紙のような植物性繊維を主成分とするシート状基材とするようにしたものである。
The invention according to claim 8 is the invention according to claim 1, claim 2 or claim 3, wherein the sheet-like base material of the medical sheet material is composed mainly of vegetable fibers such as cotton, hemp and paper. It is made into the sheet-like base material to perform.
請求項９の発明は、請求項１、請求項２又は請求項３に記載の発明において、前記医療用シート材を、人体の凝り、痛み、血行不良、出血止め、外傷、火傷，リューマチ、神経痛の何れかの治療に用いる医療用シート材とするようにしたものである。
The invention according to claim 9 is the invention according to claim 1, claim 2 or claim 3, wherein the medical sheet material is applied to the body stiffness, pain, poor blood circulation, bleeding prevention, trauma, burns, rheumatism, neuralgia. The medical sheet material used for any of the above treatments.
本願発明では、一方の出力端子を接地した交流電源と、当該交流電源の他方の非接地側出力端子に直列に接続したＬＣ並列回路とからなり、当該ＬＣ並列回路の他端を出力端子として、前記交流電源の出力電圧ｖと外部電磁波により前記ＬＣ並列回路に誘導された誘導起電力ｖ’との重畳波ｖｏを出力する電源装置と、当該電源装置の前記出力端子にリード線を介して接続した遠赤外線放射層を有すると導電体製電極板を用い、前記導電体製電極板の遠赤外線放射体層の上部に直接又は間隙を置いて医療用シート材を配置して、電源装置の出力端子から導電体製電極板へ前記重畳波ｖｏを出力することにより導電体製電極板に変動電場を生じさせ、変動電場内に医療用シート材の全体をさらすと共に、遠赤外線放射体層からの遠赤外線を照射することにより、医療用シート材の全体を活性化させるようにしている。
The present invention consists of an AC power supply with one output terminal grounded and an LC parallel circuit connected in series with the other non-grounded output terminal of the AC power supply, with the other end of the LC parallel circuit as an output terminal, A power supply device that outputs a superimposed wave vo of an output voltage v of the AC power supply and an induced electromotive force v ′ induced in the LC parallel circuit by an external electromagnetic wave, and connected to the output terminal of the power supply device via a lead wire When the far-infrared radiation layer is used, a conductive electrode plate is used, and a medical sheet material is arranged directly or with a gap on the far-infrared radiator layer of the conductive electrode plate, and the output of the power supply device By outputting the superimposed wave vo from the terminal to the electrode plate made of the conductor, a fluctuating electric field is generated in the electrode plate made of the conductor, and the entire medical sheet material is exposed to the fluctuating electric field, and from the far-infrared radiator layer Irradiate far infrared By, and the entire medical sheet to activate.
即ち、電源装置のＬＣ並列回路には、外部電磁波により高周波の起電力ｖ’が誘導されると共に、この誘起起電力ｖ’が交流電源の交番電圧ｖに重畳される。そして、電源装置から、前記交番電圧ｖに誘起起電力ｖ’が重畳した重畳波の出力電圧ｖｏが導電体製電極板に印加されることにより、導電体製電極板の電位が微細に変動し、導電体製電極板の表面やその近傍の電場が変動することになる。
That is, a high-frequency electromotive force v ′ is induced in the LC parallel circuit of the power supply device by an external electromagnetic wave, and the induced electromotive force v ′ is superimposed on the alternating voltage v of the AC power supply. Then, when the output voltage vo of the superimposed wave in which the induced electromotive force v ′ is superimposed on the alternating voltage v is applied from the power supply device to the conductive electrode plate, the potential of the conductive electrode plate fluctuates minutely. The electric field on the surface of the electrode plate made of a conductor and in the vicinity thereof fluctuates.
上記導電体製電極板の電位変動により電場が変動すると、導電体製電極板を構成する素材の原子の外殻電子軌道に変動が生じ、陽子の振動に基づく量子波が放射され、これにより、導電体製電極板に接触又はその近傍に位置する医療用シート材の分子や原子の振動が激しくなる。
また、導電体製電極板設けた遠赤外線放射体からの放射エネルギーが医療用シート材に照射されることのより、熱運動等によって医療用シートを構成する分子や原子の集団が激しく振動をくり返すことになる。このように、電場変動に相乗して遠赤外線放射エネルギーが加わることになり、医療用シート材は薬剤層を含めてシート状素材全体が高度に活性化され、患部組織の血行の改善や新陳代謝が高められて医療用シート材の治療効果が向上する。 When the electric field fluctuates due to the potential fluctuation of the conductor electrode plate, fluctuation occurs in the outer electron orbit of the atoms of the material constituting the conductor electrode plate, and a quantum wave based on proton vibration is emitted, The vibration of molecules and atoms in the medical sheet material in contact with or near the electrode plate made of a conductor becomes intense.
In addition, the radiant energy from the far-infrared radiator provided with the electrode plate made of conductor is irradiated onto the medical sheet material, so that the group of molecules and atoms constituting the medical sheet vibrates vigorously due to thermal motion. Will return. In this way, far-infrared radiant energy is added in synergy with electric field fluctuations, and the medical sheet material is highly activated throughout the sheet material, including the drug layer, improving the blood circulation of the affected tissue and the metabolism. This increases the therapeutic effect of the medical sheet material.
また、導電体製電極板設けた遠赤外線放射体からの放射エネルギーが医療用シート材に照射されることのより、熱運動等によって医療用シートを構成する分子や原子の集団が激しく振動をくり返すことになる。このように、電場変動に相乗して遠赤外線放射エネルギーが加わることになり、医療用シート材は薬剤層を含めてシート状素材全体が高度に活性化され、患部組織の血行の改善や新陳代謝が高められて医療用シート材の治療効果が向上する。 When the electric field fluctuates due to the potential fluctuation of the conductor electrode plate, fluctuation occurs in the outer electron orbit of the atoms of the material constituting the conductor electrode plate, and a quantum wave based on proton vibration is emitted, The vibration of molecules and atoms in the medical sheet material in contact with or near the electrode plate made of a conductor becomes intense.
In addition, the radiant energy from the far-infrared radiator provided with the electrode plate made of conductor is irradiated onto the medical sheet material, so that the group of molecules and atoms constituting the medical sheet vibrates vigorously due to thermal motion. Will return. In this way, far-infrared radiant energy is added in synergy with electric field fluctuations, and the medical sheet material is highly activated throughout the sheet material, including the drug layer, improving the blood circulation of the affected tissue and the metabolism. This increases the therapeutic effect of the medical sheet material.
更に、上記電場変動や遠赤外線放射エネルギーによって生ずる医療用シートを構成する分子や原子の振動数は、ＬＣ共振回路の共振周波数とによって大きく変化する。そのため、誘起起電力ｖ’の周波数を適宜に調整して、ＬＣ共振回路の共振周波数を患部組織の分子や原子の振動と共振させることにより、患部組織等の活性化が一層促進されてその治癒が早まることになる。
Furthermore, the frequency of molecules and atoms constituting the medical sheet generated by the electric field fluctuation and far-infrared radiation energy varies greatly depending on the resonance frequency of the LC resonance circuit. Therefore, by appropriately adjusting the frequency of the induced electromotive force v ′ and resonating the resonance frequency of the LC resonance circuit with the vibration of molecules and atoms of the affected tissue, the activation of the affected tissue and the like is further promoted and the healing thereof. Will be faster.
加えて、変動電場内で遠赤外線を放射させると、シート状素材の分子が共振して素材の分子構造の一部が変性し、素材自体の遠赤外線放射量や放射率が若干向上する。これにより、シート状素材の所謂遠赤外線効果やテラヘルツ効果かより高まることになる。
In addition, when far infrared rays are radiated in a fluctuating electric field, the molecules of the sheet material resonate and a part of the molecular structure of the material is denatured, and the far infrared radiation amount and emissivity of the material itself are slightly improved. As a result, the so-called far-infrared effect or terahertz effect of the sheet-like material is further enhanced.
このように、本発明により加工した医療用シート材は、生物の患部組織の治療に高い効用を有するものであり、臨床テストによってその効用が確認されている。ただ、本発明により加工した医療用シート材が、生物組織の凝りや痛み、神経痛、リューマチ等に対して高い臨床上の治療効果を奏することについての理論的な解析は、未だ十分に行なわれておらず、従がって、電場変動処理に起因する医療用シート材の治療効果の向上の原因や作用、機構については、不明な点が多く存在する。しかし、本願発明にかかる医療用シート材は、現実に高い治療効果と治癒効果を奏するものである。
As described above, the medical sheet material processed according to the present invention has a high utility in the treatment of the affected tissue of living organisms, and its utility has been confirmed by clinical tests. However, the theoretical analysis that the medical sheet material processed according to the present invention has a high clinical therapeutic effect on biological tissue stiffness, pain, neuralgia, rheumatism, etc. has not been sufficiently performed. Accordingly, there are many unclear points regarding the cause, action, and mechanism of the improvement of the therapeutic effect of the medical sheet material resulting from the electric field fluctuation process. However, the medical sheet material according to the invention of the present application has an actual high therapeutic effect and healing effect.
尚、本発明においては、単一の交番電圧を出力するのでなしに、低周波の基本となる交番電圧に高周波の交番電圧を重畳した重畳波を出力する構成としているため、低周波の変動電場と高周波の変動電場が相乗的に医療用シート材に作用することになり、より高い処理効果が得られることは、確認されている。
In the present invention, a single alternating voltage is not output, but a superposed wave in which a high-frequency alternating voltage is superimposed on a low-frequency basic alternating voltage is output. It has been confirmed that a high frequency fluctuation electric field synergistically acts on the medical sheet material, and a higher processing effect can be obtained.
また、医療用シート材の種類等に応じて、前記交流電源の基本周波とＬＣ並列回路の共振周波数を適宜に選定することにより、医療用シート材に対するより効果的な活性化処理が行なえ、患部組織等の治癒を早めることが可能となること、及び電極板の材質によって、電場変動により得られる医療用シート材の治療効果に差異のあることが確認されている。
In addition, by appropriately selecting the basic frequency of the AC power supply and the resonance frequency of the LC parallel circuit according to the type of medical sheet material, the medical sheet material can be more effectively activated, and the affected part It has been confirmed that it is possible to accelerate the healing of tissues and the like, and the therapeutic effect of the medical sheet material obtained by the electric field fluctuation varies depending on the material of the electrode plate.
以下、図面に基づいて本発明の各実施形態を説明する。
図１は、本発明に係る医療用シート材の加工方法の第１実施形態を示すブロック系統図であり、打撲等による痛みや腫れを有する患部組織や凝りの在る患部組織、切り傷を負った患部組織等の治療の他、安眠の確保や不眠の治療、リューマチ、神経痛、前立腺肥大、糖尿病等の治療に使用する医療用シート材の加工方法を示すものである。 Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a block system diagram showing a first embodiment of a method for processing a medical sheet material according to the present invention, in which an affected tissue having pain or swelling due to bruise or the like, an affected tissue having stiffness, or an injury The present invention shows a method for processing a medical sheet material used for treatment of affected tissues and the like, as well as for ensuring restful sleep and insomnia, rheumatism, neuralgia, prostatic hypertrophy, diabetes and the like.
図１は、本発明に係る医療用シート材の加工方法の第１実施形態を示すブロック系統図であり、打撲等による痛みや腫れを有する患部組織や凝りの在る患部組織、切り傷を負った患部組織等の治療の他、安眠の確保や不眠の治療、リューマチ、神経痛、前立腺肥大、糖尿病等の治療に使用する医療用シート材の加工方法を示すものである。 Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a block system diagram showing a first embodiment of a method for processing a medical sheet material according to the present invention, in which an affected tissue having pain or swelling due to bruise or the like, an affected tissue having stiffness, or an injury The present invention shows a method for processing a medical sheet material used for treatment of affected tissues and the like, as well as for ensuring restful sleep and insomnia, rheumatism, neuralgia, prostatic hypertrophy, diabetes and the like.
図１を参照して、本発明に係る医療用シート材の加工方法は、発信器に相当する電源装置１と、リード線７を介してこれに接続した遠赤外線放射層４ａを備えた導電体製電極板４と、導電体製電極板４を支持する絶縁材製架台５等から成る医療用シート材の処理装置を用いて実施される。
Referring to FIG. 1, a medical sheet material processing method according to the present invention includes a power supply device 1 corresponding to a transmitter and a conductor including a far-infrared radiation layer 4a connected to the power supply device 1 via a lead wire 7. The treatment is performed using a medical sheet material processing apparatus including the electrode plate 4 and the insulating material base 5 that supports the conductor electrode plate 4.
また、本発明で加工処理される医療用シート材８（以下、被処理物８と呼ぶ）には、基材の一側面に薬剤層を塗布固着した湿布用シートや傷テープ、包帯、絆創膏、遠赤外線放射体を含有又は固着した安眠用シート等のあらゆる医療用のシート材が含まれている。
尚、医療用シート材８（被処理物８）を構成するシート状基材の材質は、綿や麻、紙等の植物性繊維を主成分とするものであっても、或いは、合成樹脂製繊維を主体とするものや不織布であっても良い。 In addition, themedical sheet material 8 processed in the present invention (hereinafter referred to as an object to be treated 8) includes a compress sheet, a wound tape, a bandage, a bandage, and an adhesive layer applied to one side of the substrate. All medical sheet materials such as a sleep sheet containing or fixing a far-infrared radiator are included.
In addition, the material of the sheet-like base material constituting the medical sheet material 8 (object to be processed 8) may be a material mainly composed of vegetable fibers such as cotton, hemp, paper, or a synthetic resin. It may be a fiber-based material or a non-woven fabric.
尚、医療用シート材８（被処理物８）を構成するシート状基材の材質は、綿や麻、紙等の植物性繊維を主成分とするものであっても、或いは、合成樹脂製繊維を主体とするものや不織布であっても良い。 In addition, the
In addition, the material of the sheet-like base material constituting the medical sheet material 8 (object to be processed 8) may be a material mainly composed of vegetable fibers such as cotton, hemp, paper, or a synthetic resin. It may be a fiber-based material or a non-woven fabric.
前記電源装置１は、交流電源2と、これに直列に接続したＬＣ並列回路１０とから形成されており、交流電源２の一方は接地した出力端子２ｂへ接続されている。また、交流電源２の非接地側の出力端子２ａは、前記ＬＣ並列回路１０の一方の接続点９ａへ直列状に接続されており、更に、ＬＣ並列回路１０の他方の接続点９ｂは、電源装置１の出力端子３ｂへ接続されている。尚、Ｒ及びＲｏは保護抵抗である。
The power source device 1 is formed of an AC power source 2 and an LC parallel circuit 10 connected in series with the AC power source 2. One side of the AC power source 2 is connected to a grounded output terminal 2b. The output terminal 2a on the non-ground side of the AC power supply 2 is connected in series to one connection point 9a of the LC parallel circuit 10, and the other connection point 9b of the LC parallel circuit 10 is connected to the power supply The output terminal 3b of the device 1 is connected. R and Ro are protective resistors.
上記ＬＣ並列回路１０は、容量Ｃの可変により周波数２０ＫＨｚ～２０００ＫＨｚの外部電磁波に共振し、当該共振周波数の交番電圧ｖ’を誘起する。そして、周波数２Ｈｚ～２００Ｈｚの交流電源２の交番電圧ｖと前記共振周波数の交番電圧ｖ’との重畳電圧ｖｏが、端子２ｂ、３ｂ間に出力される。
The LC parallel circuit 10 resonates with an external electromagnetic wave having a frequency of 20 KHz to 2000 KHz by varying the capacitance C, and induces an alternating voltage v ′ having the resonance frequency. Then, a superimposed voltage vo of the alternating voltage v of the AC power source 2 having a frequency of 2 Hz to 200 Hz and the alternating voltage v 'of the resonance frequency is output between the terminals 2b and 3b.
前記導電体製電極板４は、金属電極板４ａの上面側に遠赤外線放射体層４ｂを形成したものである。また、この金属電極板４ａは、金属粉を含むゴム若しくはプラスチック製の導電体性電極板とすることも可能である。
The conductor electrode plate 4 is obtained by forming a far-infrared radiator layer 4b on the upper surface side of the metal electrode plate 4a. The metal electrode plate 4a may be a conductive electrode plate made of rubber or plastic containing metal powder.
尚、図1において、１ａはケース、２ａは非接地側の出力端子、２ｂは接地側の出力端子、３ｂは電源の出力側端子、４は導電体製電極板、４ａは導電性電極板、４ｂは遠赤外線放射体層、４ｃは端子、５は絶縁材製支持架台、６は接地点、７リード線、８は被処理物（医療用シート材）、ｖは交流電源の電圧波形、ｖ’はＬＣ並列回路の誘導起電力、ｉはｖとｖ’の重畳電圧Ｖｏによる電流、Ｃ’は漂遊容量、Ｒ及びＲｏは保護抵抗である。
In FIG. 1, 1a is a case, 2a is an output terminal on the non-ground side, 2b is an output terminal on the ground side, 3b is an output side terminal of a power source, 4 is an electrode plate made of a conductor, 4a is a conductive electrode plate, 4b is a far-infrared radiator layer, 4c is a terminal, 5 is a support base made of an insulating material, 6 is a ground point, 7 lead wires, 8 is an object to be processed (medical sheet material), v is a voltage waveform of an AC power source, v 'Is an induced electromotive force of the LC parallel circuit, i is a current due to the superimposed voltage Vo of v and v', C 'is a stray capacitance, and R and Ro are protective resistors.
本発明による医療用シート材の加工に際しては、先ず、在来の製法により製造した医療用シート材、例えば、基材の一側面に薬剤層を塗布固着した湿布用シートや傷テープ、包帯、絆創膏、遠赤外線放射体を含有又は固着した安眠用シート等を導電性電極板４ａの上方に設置する。
次に、正弦波交流電源２を作動させると共にＬＣ並列回路１０を所望周波数の空間電磁波に同調させ、電源装置１の端子３ｂ，２ｂ間に交流電源２の電圧ｖとＬＣ並列回路１０の誘導起電力ｖ’との重畳電圧Ｖｏを出力させる。これにより、リード線７と導電体製電極板４と漂遊容量Ｃ’とを通して重畳電圧Ｖｏによる交番電流ｉが流通する。 In the processing of the medical sheet material according to the present invention, first, a medical sheet material manufactured by a conventional manufacturing method, for example, a poultice sheet, wound tape, bandage, or adhesive bandage in which a drug layer is applied and fixed to one side of a base material A sleep sheet or the like containing or fixing a far-infrared radiator is placed above theconductive electrode plate 4a.
Next, the sine waveAC power supply 2 is activated and the LC parallel circuit 10 is tuned to a spatial electromagnetic wave having a desired frequency, and the voltage v of the AC power supply 2 and the induction of the LC parallel circuit 10 are induced between the terminals 3 b and 2 b of the power supply device 1. The superimposed voltage Vo with the power v ′ is output. Thereby, the alternating current i by the superimposed voltage Vo flows through the lead wire 7, the conductor electrode plate 4, and the stray capacitance C ′.
次に、正弦波交流電源２を作動させると共にＬＣ並列回路１０を所望周波数の空間電磁波に同調させ、電源装置１の端子３ｂ，２ｂ間に交流電源２の電圧ｖとＬＣ並列回路１０の誘導起電力ｖ’との重畳電圧Ｖｏを出力させる。これにより、リード線７と導電体製電極板４と漂遊容量Ｃ’とを通して重畳電圧Ｖｏによる交番電流ｉが流通する。 In the processing of the medical sheet material according to the present invention, first, a medical sheet material manufactured by a conventional manufacturing method, for example, a poultice sheet, wound tape, bandage, or adhesive bandage in which a drug layer is applied and fixed to one side of a base material A sleep sheet or the like containing or fixing a far-infrared radiator is placed above the
Next, the sine wave
導電体製電極板４に重畳電圧ｖｏによる交番電流ｉが流通することにより、導電体製電極板４の電位が変動し、これにより電場も変動する。また、遠赤外線放射体４ｂからの放射エネルギーが被処理物（医療用シート材）８へ放射される。
即ち、導電体製電極板４の電場が変動することにより、電極板４ａに陽子（プラスイオン）が起生し、これによって量子波が放出される。また、遠赤外線放射体４ｂからは遠赤外線が放射される。そして、放出された量子波及び遠赤外線エネルギーを吸収することにより、前記００２３欄及び００２４欄に記載したように、被処理物（医療用シート材）８がより高度に活性化され、これによって、患部組織の治癒効能が向上する。 When the alternating current i by the superimposed voltage vo flows through theelectrode plate 4 made of the conductor, the electric potential of the electrode plate 4 made of the conductor fluctuates, and thereby the electric field also fluctuates. Further, radiant energy from the far-infrared radiator 4 b is radiated to the object to be processed (medical sheet material) 8.
That is, when the electric field of theelectrode plate 4 made of a conductor fluctuates, protons (plus ions) are generated in the electrode plate 4a, and thereby quantum waves are emitted. Further, far-infrared rays are emitted from the far-infrared radiator 4b. Then, by absorbing the emitted quantum waves and far-infrared energy, as described in the 0023 column and the 0024 column, the object to be processed (medical sheet material) 8 is more highly activated, The healing effect of the affected tissue is improved.
即ち、導電体製電極板４の電場が変動することにより、電極板４ａに陽子（プラスイオン）が起生し、これによって量子波が放出される。また、遠赤外線放射体４ｂからは遠赤外線が放射される。そして、放出された量子波及び遠赤外線エネルギーを吸収することにより、前記００２３欄及び００２４欄に記載したように、被処理物（医療用シート材）８がより高度に活性化され、これによって、患部組織の治癒効能が向上する。 When the alternating current i by the superimposed voltage vo flows through the
That is, when the electric field of the
尚、上記導電体製電極板４の電位変動や電場変動及び遠赤外線放射エネルギーの吸収により、被処理物（医療用シート材）８の患部治癒効能が向上することに付いての作用機構は、前述の通り現時点においても理論的に完全に解明されているとは言えない実情にある。しかし、これ等の治癒効果は、何れも試験や実験によって確認されているものである。
In addition, the action mechanism about improving the affected part healing effect of the to-be-processed object (medical sheet material) 8 by the electric potential fluctuation | variation of the said conductor electrode plate 4, electric field fluctuation | variation, and absorption of far-infrared radiation energy is the following. As described above, it is in reality that it cannot be said that it has been completely elucidated theoretically at present. However, these healing effects have been confirmed by tests and experiments.
また、前記電源装置（発信器）１の交流電源２の周波数は、２Ｈｚから２００Ｈｚ程度が最適であり、また、ＬＣ並列共振回路１０の共振周波数は２０ＫＨｚ～２０００ＫＨｚ程度が最適であることが確認されている。
Further, it is confirmed that the frequency of the AC power source 2 of the power source device (transmitter) 1 is optimally about 2 Hz to 200 Hz, and the resonant frequency of the LC parallel resonant circuit 10 is optimally about 20 KHz to 2000 KHz. ing.
電源装置（発信器）１として、交流電源２の周波数が２Ｈｚ～２００Ｈｚ・ＬＣ並列共振回路の共振周波数２０ＫＨｚ～２０００ＫＨｚ，最大出力電圧ｖｏを２５～２５０ボルト、最大発信出力３～１０ワットのものを用いると共に、導電体電極板４ａを金属粉を混練りしたゴム板（１５０ｍｍ×３００ｍｍ×１０ｍｍ（厚さ）、遠赤外線放射体層４ｂを遠赤外線放射セラミック粉を含有するゴム製(厚み３０ｍｍ)とし、市販のシップ材（１００ｍｍ×２００ｍｍ・厚みｍｍ）及び絆創膏並びに安眠用シートを被処理物（イ療養シート材８）として、遠赤外線放射体層４ｂの上部に載せ、夫々３０～１８０分間の活性化処理を行った。
As the power supply device (transmitter) 1, an AC power supply 2 having a frequency of 2 Hz to 200 Hz, an LC parallel resonance circuit having a resonance frequency of 20 KHz to 2000 KHz, a maximum output voltage vo of 25 to 250 volts, and a maximum transmission output of 3 to 10 watts The conductive electrode plate 4a is made of a rubber plate kneaded with metal powder (150 mm × 300 mm × 10 mm (thickness)), and the far infrared radiator layer 4b is made of rubber containing a far infrared radiation ceramic powder (thickness 30 mm). A commercially available ship material (100 mm × 200 mm / thickness mm), a bandage and a sleep sheet are placed on the upper part of the far-infrared radiator layer 4b as an object to be treated (a medical treatment sheet material 8), and each has an activity of 30 to 180 minutes. The treatment was performed.
そして、当該処理済のシップ材や絆創膏を人間の肩部へ直接貼り付けし、一日に２４時間の治療を３日間連続して行い、市販のシップ材や絆創膏を肩使用した場合と本発明により処理した シップ材や絆創膏を使用した場合との肩こりの解消状態の比較テストを行なった。尚、電源装置（発信器）１の平均出力は、５ワットであった。
Then, the treated ship material or adhesive bandage is directly attached to a human shoulder, the treatment for 24 hours per day is continuously performed for 3 days, and a commercially available ship material or adhesive bandage is used on the shoulder and the present invention. A comparison test of the state of elimination of stiff shoulder with the case of using the heel-shipping material and bandage treated by the above was performed. The average output of the power supply device (transmitter) 1 was 5 watts.
上記試験の被試験対象者は５人であり、先ず、各被試験対象者の夫々に同一の負荷条件を付与して肩こりを発生させ、一日に１回・２４時間・３日間の市販の薬剤付きシップ材の貼り付けによる治療を行い、肩凝りの解消状況を調査した。次に、１０日間の間隔を置いて、同じ被験対象者の夫々に前回と同一の負荷条件を付与して肩こりを発生させ、一日に１回・２４時間・３日間の本発明により処理した市販の薬剤付きシップ材の貼り付けによる治療を行い、同じ内容の肩凝りの解消状況調査をした。
There are five test subjects in the above test. First, each test subject is given the same load condition to cause stiff shoulders, and once a day, 24 hours, 3 days on the market. We performed treatment by pasting the shipping material with drugs and investigated the resolution of stiff shoulders. Next, at the interval of 10 days, each of the same subjects was given the same load conditions as the previous time to cause stiff shoulders and processed according to the present invention once a day, 24 hours, 3 days. We performed treatment by pasting a shipping material with a drug on the market, and investigated the elimination of stiff shoulders with the same contents.
調査の結果に依れば、試験対象５人の内の全員が、本願発明により加工処理した薬剤付きシップ材による治療が最も肩こりの治癒効果の高いことを認めており、本願発明の優れた効用が証明されている。
According to the results of the survey, all of the five test subjects recognized that the treatment with the drug-added ship material processed according to the present invention had the highest healing effect for the stiff shoulders. Has been proven.
図２は、本発明の第２実施形態を示すものである。図1における導電体製電極板４と接地点６間を抵抗Ｒｏを介して連結し、交流電源２の周波数が低くい場合（即ち、電源装置１からの出力ｖｏ（重畳交番電圧）の周波数が低い時）の電流の流通性を高めるようにした点のみが、第１実施形態の場合と異なっており、その他の処理装置構成や医療用シート材の処理方法（医療用シート材の処理方法）は、第１実施形態の場合と全く同一である。
FIG. 2 shows a second embodiment of the present invention. When the electrode plate 4 made of a conductor and the grounding point 6 in FIG. 1 are connected via a resistor Ro and the frequency of the AC power source 2 is low (that is, the frequency of the output vo (superposed alternating voltage) from the power source device 1 is The only difference from the case of the first embodiment is that the current flowability when the current is low) is different from that of the first embodiment. Other processing apparatus configurations and medical sheet material processing methods (medical sheet material processing methods) Is exactly the same as in the first embodiment.
本発明では、電源装置（発信器）1を、ＬＣ並列回路の容量Ｃの調整により、電源装置（発信器）1から導電体製電極板４への重畳出力電圧ｖｏの波形を変える構成としている。
しかし、図示していないが、電源装置（発信器）1としては、伝送波（基本波）と高周波の重畳波を発信する構成の発信機であれば、如何なる構成のものであっても良く、また、伝送波（基本波）を高周波（搬送波）で振幅変調した被変調波を出力する構成の高周波発信器とすることも可能である。
尚、電源装置（発信器）1そのものは公知であるため、ここではその詳細な説明は省略する。 In the present invention, the power supply device (transmitter) 1 is configured to change the waveform of the superimposed output voltage vo from the power supply device (transmitter) 1 to theconductor electrode plate 4 by adjusting the capacitance C of the LC parallel circuit. .
However, although not shown, the power supply device (transmitter) 1 may have any configuration as long as it is a transmitter configured to transmit a transmission wave (fundamental wave) and a high-frequency superimposed wave, It is also possible to provide a high-frequency transmitter configured to output a modulated wave obtained by amplitude-modulating a transmission wave (fundamental wave) with a high frequency (carrier wave).
Since the power supply device (transmitter) 1 itself is known, detailed description thereof is omitted here.
しかし、図示していないが、電源装置（発信器）1としては、伝送波（基本波）と高周波の重畳波を発信する構成の発信機であれば、如何なる構成のものであっても良く、また、伝送波（基本波）を高周波（搬送波）で振幅変調した被変調波を出力する構成の高周波発信器とすることも可能である。
尚、電源装置（発信器）1そのものは公知であるため、ここではその詳細な説明は省略する。 In the present invention, the power supply device (transmitter) 1 is configured to change the waveform of the superimposed output voltage vo from the power supply device (transmitter) 1 to the
However, although not shown, the power supply device (transmitter) 1 may have any configuration as long as it is a transmitter configured to transmit a transmission wave (fundamental wave) and a high-frequency superimposed wave, It is also possible to provide a high-frequency transmitter configured to output a modulated wave obtained by amplitude-modulating a transmission wave (fundamental wave) with a high frequency (carrier wave).
Since the power supply device (transmitter) 1 itself is known, detailed description thereof is omitted here.
本発明は上述の如く、導電体製電極４に電位変動や電場変動を発生させることにより、医療用シート材そのものの活性度を高め、これによって医療用シート材自体が固有に保持する薬剤の効用以上の高い治癒効能を得るようにしたものである。その結果、あらゆる生物、特に人間の身体凝りや切り傷、痛みリューマチ等の患部治療をより効率的に行なえ、迅速な治癒、回復が達成できると云う優れた実用的効用を奏するものである。
As described above, the present invention increases the activity of the medical sheet material itself by generating potential fluctuations and electric field fluctuations in the conductive electrode 4, thereby improving the effectiveness of the drug inherently held by the medical sheet material itself. The above high healing effect is obtained. As a result, it is possible to more effectively perform treatment of affected parts such as body stiffness, cuts, and rheumatic pains of all living organisms, and to achieve an excellent practical utility that rapid healing and recovery can be achieved.
本発明は、人間や動物の患部治療のみならず各種の生物を対象とする医療用シート材の加工に適用できるものであり、農畜産業や漁業等の分野においても利用可能なものであ
The present invention can be applied not only to the treatment of affected parts of humans and animals but also to the processing of medical sheet materials for various organisms, and can also be used in fields such as agriculture and livestock industry and fishery.
１ 電源装置（発信器）
１ａ ケース
２ 交流電源
２ａ 交流電源非接地側出力端子
２ｂ 交流電源接地側出力端子（電源装置の出力側端子）
３ｂ 電源装置の出力側端子
４ 導電体製電極板
４ａ 導電性電極板
４ｂ 遠赤外線放射体層
４ｃ 端子
５ 絶縁材製指示架台
６ アース点
７ リード線
８ 医療用シート材（被処理物）
９ａ 接続点
９ｂ 接続点
１０ ＬＣ並列回路
ｉ 電流
ｖ 交流電源電圧
ｖ’ 誘導起電力
ｖｏ 出力電圧（ｖ及びｖ’の重畳波）
Ｃ 静電容量
Ｌ コイル
Ｃ’ 漂遊容量
Ｒ 保護抵抗
Ｒｏ 保護抵抗 1 Power supply (transmitter)
1a Case 2 AC power supply 2a AC power supply ungrounded output terminal 2b AC power supply grounded output terminal (output terminal of power supply device)
3b Output side terminal ofpower supply device 4 Conductor electrode plate 4a Conductive electrode plate 4b Far-infrared radiator layer 4c Terminal 5 Insulating material indicator 6 Grounding point 7 Lead wire 8 Medical sheet material (object to be processed)
9a connection point 9b connection point 10 LC parallel circuit i current v AC power supply voltage v 'induced electromotive force vo output voltage (superposed wave of v and v')
C capacitance L coil C 'stray capacitance R protection resistance Ro protection resistance
１ａ ケース
２ 交流電源
２ａ 交流電源非接地側出力端子
２ｂ 交流電源接地側出力端子（電源装置の出力側端子）
３ｂ 電源装置の出力側端子
４ 導電体製電極板
４ａ 導電性電極板
４ｂ 遠赤外線放射体層
４ｃ 端子
５ 絶縁材製指示架台
６ アース点
７ リード線
８ 医療用シート材（被処理物）
９ａ 接続点
９ｂ 接続点
１０ ＬＣ並列回路
ｉ 電流
ｖ 交流電源電圧
ｖ’ 誘導起電力
ｖｏ 出力電圧（ｖ及びｖ’の重畳波）
Ｃ 静電容量
Ｌ コイル
Ｃ’ 漂遊容量
Ｒ 保護抵抗
Ｒｏ 保護抵抗 1 Power supply (transmitter)
3b Output side terminal of
C capacitance L coil C 'stray capacitance R protection resistance Ro protection resistance
Claims (9)
- 一方の出力端子を接地した交流電源と、当該交流電源の他方の非接地側出力端子に直列に接続したＬＣ並列回路とからなり、当該ＬＣ並列回路の他端を出力端子として、前記交流電源の出力電圧ｖと外部電磁波により前記ＬＣ並列回路に誘導された誘導起電力ｖ’との重畳波ｖｏを出力する電源装置と、当該電源装置の前記出力端子にリード線を介して接続した遠赤外線放射層を有すると導電体製電極板を用い、前記導電体製電極板の遠赤外線放射体層の上部に直接又は間隙を置いて医療用シート材を配置して、電源装置の出力端子から導電体製電極板へ前記重畳波ｖｏを出力することにより導電体製電極板に変動電場を生じさせ、変動電場内に医療用シート材の全体をさらすと共に、遠赤外線放射体層からの遠赤外線を照射することにより、医療用シート材の全体を活性化させることを特徴とする医療用シート材の加工方法。 An AC power supply having one output terminal grounded and an LC parallel circuit connected in series to the other non-grounded output terminal of the AC power supply, with the other end of the LC parallel circuit serving as an output terminal, A power supply device that outputs a superimposed wave vo of an output voltage v and an induced electromotive force v ′ induced in the LC parallel circuit by an external electromagnetic wave, and far-infrared radiation connected to the output terminal of the power supply device via a lead wire A conductive electrode plate having a layer, a medical sheet material is disposed directly or with a gap on the far-infrared radiator layer of the conductive electrode plate, and the conductive material is disposed from the output terminal of the power supply device. By outputting the superimposed wave vo to the electrode plate, a fluctuating electric field is generated on the electrode plate made of the conductor, and the entire medical sheet material is exposed to the fluctuating electric field, and far infrared rays from the far infrared radiator layer are irradiated. By doing Method of processing a medical sheet, characterized in that to activate the whole of the medical sheet.
- 前記導電体製電極板を絶縁材製架台により支持固定する構成とした請求項１に記載の医療用シート材の加工方法。 The method for processing a medical sheet material according to claim 1, wherein the conductive electrode plate is supported and fixed by an insulating material stand.
- 導電体製電極板と大地間を抵抗Ｒにより接続するようにした請求項１に記載の医療用シート材の加工方法。 The method for processing a medical sheet material according to claim 1, wherein the conductor electrode plate and the ground are connected by a resistance R.
- 交流電源の周波数を２Ｈｚから２００Ｈｚとした請求項１、請求項２又は請求項３に記載の医療用シート材の加工方法。 The method for processing a medical sheet material according to claim 1, wherein the frequency of the AC power source is 2 Hz to 200 Hz.
- ＬＣ並列回路の共振周波数を２０kＨｚ～２０００kＨｚとした請求項１、請求項２又は請求項３に記載の医療用シート材の加工方法。 4. The method for processing a medical sheet material according to claim 1, wherein the resonance frequency of the LC parallel circuit is 20 kHz to 2000 kHz.
- 導電体製電極板を金属又は金属粉を含むゴム若しくはプラスチック製の導電体性電極板とした請求項１、請求項２又は請求項３に記載の医療用シート材の加工方法。 The method for processing a medical sheet material according to claim 1, 2, or 3, wherein the conductive electrode plate is a rubber or plastic conductive electrode plate containing metal or metal powder.
- 遠赤外線放射体層をセラキックス焼結体又はセラミクスを混合したゴム若しくはプラスチックとした請求項１、請求項２又は請求項３に記載の医療用シート材の加工方法。 The method for processing a medical sheet material according to claim 1, wherein the far-infrared radiator layer is a ceramic sintered body or rubber or plastic mixed with ceramic.
- 医療用シート材のシート状基材を、綿、麻、紙のような植物性繊維を主成分とするシート状基材とするようにした請求項１、請求項２又は請求項３に記載の医療用シート材の加工方法。 The sheet-like base material of the medical sheet material is a sheet-like base material mainly composed of vegetable fibers such as cotton, hemp, and paper, according to claim 1, claim 2, or claim 3. Processing method of medical sheet material.
- 前記医療用シート材を、人体の凝り、痛み、血行不良、出血止め、外傷、火傷、リューマチ、神経痛、前立腺肥大、糖尿病の何れかの治療に用いる医療用シート材とするようにした請求項１、請求項２又は請求項３に記載の医療用シート材の加工方法。 The medical sheet material is a medical sheet material used for the treatment of stiffness, pain, poor circulation, bleeding prevention, trauma, burns, rheumatism, neuralgia, prostatic hypertrophy, or diabetes. The processing method of the medical sheet material of Claim 2 or Claim 3.
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| CN201480021268.1A CN105209114A (en) | 2014-01-21 | 2014-01-21 | Medical sheet material working method |
| PCT/JP2014/000262 WO2015111092A1 (en) | 2014-01-21 | 2014-01-21 | Medical sheet material working method |
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| JP2018154408A (en) * | 2017-02-27 | 2018-10-04 | 新エネルギー産業株式会社 | Packaging material supplied for wrapping of foodstuffs and flowers, and processing method thereof |
| JP2019201921A (en) * | 2018-05-23 | 2019-11-28 | 株式会社リコー | Power supply device and magnetic field generation system |
| JP7464669B2 (en) | 2022-09-22 | 2024-04-09 | 株式会社リコー | Cancer Treatment Devices |
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| ES2644290T3 (en) * | 2013-05-15 | 2017-11-28 | Koc Universitesi | System to decrease the blood flow of an artery of an objective organ with an electrical stimulation |
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- 2014-01-21 CN CN201480021268.1A patent/CN105209114A/en active Pending
- 2014-01-21 JP JP2014528778A patent/JP5657841B1/en active Active
- 2014-01-21 WO PCT/JP2014/000262 patent/WO2015111092A1/en active Application Filing
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| JPS5958659U (en) * | 1983-03-16 | 1984-04-17 | ヤンマー農機株式会社 | Tool box attachment device for agricultural machinery |
| JPH08187428A (en) * | 1995-01-10 | 1996-07-23 | Tsunemasa Tsuchiya | Substance modification by high-frequency eletromagnetic wave |
| JPH09327362A (en) * | 1996-06-11 | 1997-12-22 | Nippon Gijutsu Kaihatsu Center:Kk | Sheet type material for bedding |
| JPH11285542A (en) * | 1998-04-01 | 1999-10-19 | Sc:Kk | High frequency and far infrared beauty device |
| JP2004267738A (en) * | 2003-03-10 | 2004-09-30 | Kyung-Bok Lee | Bed for medical examination with generation function of ultra-long wave while cutting off water vein and electromagnetic wave |
| JP2009136587A (en) * | 2007-12-07 | 2009-06-25 | Union Electronics Co Ltd | Lc resonance health sheet |
| WO2013150609A1 (en) * | 2012-04-03 | 2013-10-10 | 株式会社伊勢屋 | Hyperthermic medical care apparatus |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2018154408A (en) * | 2017-02-27 | 2018-10-04 | 新エネルギー産業株式会社 | Packaging material supplied for wrapping of foodstuffs and flowers, and processing method thereof |
| JP7173479B2 (en) | 2017-02-27 | 2022-11-16 | 新エネルギー産業株式会社 | Packaging materials used for packaging food and flowers, and processing methods thereof |
| JP2019201921A (en) * | 2018-05-23 | 2019-11-28 | 株式会社リコー | Power supply device and magnetic field generation system |
| JP7152709B2 (en) | 2018-05-23 | 2022-10-13 | 株式会社リコー | Power supply and magnetic field generation system |
| JP7464669B2 (en) | 2022-09-22 | 2024-04-09 | 株式会社リコー | Cancer Treatment Devices |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5657841B1 (en) | 2015-01-21 |
| CN105209114A (en) | 2015-12-30 |
| JPWO2015111092A1 (en) | 2017-03-23 |
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