JPH11123226A - Aesthetic probe using pure titanium - Google Patents
Aesthetic probe using pure titaniumInfo
- Publication number
- JPH11123226A JPH11123226A JP30647497A JP30647497A JPH11123226A JP H11123226 A JPH11123226 A JP H11123226A JP 30647497 A JP30647497 A JP 30647497A JP 30647497 A JP30647497 A JP 30647497A JP H11123226 A JPH11123226 A JP H11123226A
- Authority
- JP
- Japan
- Prior art keywords
- probe head
- vibrator
- probe
- diameter
- dimension
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は美容、理容の分野やエス
テティック事業の分野、総合セラピーの分野に於いて、
純チタン鋼を用いる事により、金属アレルギーやアトピ
ー性皮膚炎などの皮膚の不調和を整え、身体を調整する
と共に、優れた抗菌性による安全性のもと、全身美容技
術を提供せんとするものである。The present invention relates to the fields of beauty, hairdressing, esthetics, and general therapy.
By using pure titanium steel, skin disharmony such as metal allergy and atopic dermatitis is adjusted, the body is adjusted, and the whole body beauty technology is provided based on excellent antibacterial safety. It is.
【０００２】[0002]
【従来の技術】チタニウム（以後、チタンと云う）は周
期律表第ＩＶ族の金属元素であり、１７９０年にイギリ
スのグレガーが元素としての存在を発見した。2. Description of the Related Art Titanium (hereinafter referred to as titanium) is a metal element of Group IV of the periodic table. In 1790, Gregger of England discovered its existence as an element.
【０００３】チタンは比重が小さく銅の約１／２、鋼の
約２／３で、強さは鋼に匹敵し、耐食性はステンレス鋼
に勝り、耐熱性も優秀であるなど優れた性質を持つ。[0003] Titanium has a small specific gravity, about 1/2 that of copper, and about 2/3 that of steel. Its strength is comparable to steel, its corrosion resistance is superior to stainless steel, and it has excellent properties such as excellent heat resistance. .
【０００４】地殻構成比の０．４４％を占め全元素中の
９番目、実用金属中では鉄・アルミニウム・マグネシウ
ムに次いで多く存在している。[0004] It accounts for 0.44% of the earth's crustal composition, and is the ninth of all elements, and is the second largest in practical metals, after iron, aluminum and magnesium.
【０００５】酸化チタンの形で白色顔料にかなり古くか
ら使われてきたが、単体金属としての利用は第二次大戦
後で、科学式はＴｉ・式量４７．９０・比重４．５０
（２０℃）・融点１８００℃・沸点＞３０００℃であ
る。Although it has been used for a long time as a white pigment in the form of titanium oxide, its use as a simple metal was made after World War II, and the scientific formula was Ti, formula weight 47.90, specific gravity 4.50.
(20 ° C.) Melting point 1800 ° C. Boiling point> 3000 ° C.
【０００６】鉱石には金紅石（ルチル）ＴｉＯ2とチタ
ン鉄鉱ＦｅＯ・ＴｉＯ2があり、わが国では東北地方な
どのチタン鉄鉱（含チタン砂鉄）の鉄分を分離したチタ
ンスラグと、輸入金紅石を精錬原料としている。[0006] The ores include rutile TiO 2 and ilmenite FeO.TiO 2. In Japan, titanium slag from which the iron component of ilmenite (including titanium sand iron) in the Tohoku region and the like is refined and imported gilded red stone is refined. Raw materials.
【０００７】精錬にはアメリカで開発されたクロール法
により、原料に炭素を加えて塩化炉で塩素を通じて加
熱、液状の四塩化チタンとし、精錬して不純物を除去、
真空還元炉でナトリウム又はマグネシウムで還元して、
スポンジチタンを作る。[0007] In the refining, carbon is added to the raw material by a chlor method developed in the United States, heated by chlorine in a chlorination furnace to form liquid titanium tetrachloride, refined to remove impurities,
Reduction with sodium or magnesium in a vacuum reduction furnace,
Make titanium sponge.
【０００８】此れを棒状に圧縮したものを電極として真
空中でアーク溶解し、インゴットにして、圧延・押出し
などにより、板・棒・管などに加工する。[0008] The material obtained by compressing the material into a rod shape is arc-melted in a vacuum as an electrode, formed into an ingot, and processed into a plate, a rod, a tube or the like by rolling, extrusion, or the like.
【０００９】チタンは軽くて強い事から、ジェットエン
ジンの材料やミサイルの部品、超音速機の機体材料にも
用いられている。Since titanium is light and strong, it is also used in jet engine materials, missile parts, and supersonic body materials.
【００１０】また、耐食性に優れている事から、蒸留塔
・反応塔・バルブなど化学工業装置の材料として、重要
な役割を示している。[0010] Further, since it is excellent in corrosion resistance, it plays an important role as a material for chemical industrial equipment such as distillation towers, reaction towers and valves.
【００１１】チタンの生産はアメリカで１９４８年、わ
が国での生産は１９５２年に開始され、ジェットエンジ
ンの材料として急速に発展、現在、工業的に生産してい
るのはアメリカ、ロシア、わが国で、イギリスが１９６
５年から試験的に生産を開始している。Titanium production began in the United States in 1948, and production in Japan began in 1952. It rapidly developed as a material for jet engines, and the current industrial production is in the United States, Russia, and Japan. Great Britain 196
Production has started on a trial basis for five years.
【００１２】チタンは前述したように、比較的、古くか
ら発見されていた金属であるが、アメリカのクロール博
士による精錬法が発見される迄、約１５０年間は実用に
用いられていなかった。As described above, titanium is a metal that has been relatively long discovered, but has not been used in practical use for about 150 years before the refining method was discovered by Dr. Kroll in the United States.
【００１３】しかし、一旦その精錬技術が確立される
と、軽く、強く、錆びないという特性から実用に珍重さ
れ、重工業主体の重要資材として用いられ始めた。However, once the refining technology has been established, it has been prized for practical use because of its light, strong, and rust-resistant properties, and has begun to be used as an important material mainly for heavy industry.
【００１４】[0014]
【発明が解決しようとする課題】チタンには様々な特性
がある事が解明されると共に、現代社会においては欠く
事の出来ない金属である事も確認されつつあり、前記に
示している如く、軽く、強く、錆びないという特性を持
つのはもとより、チタンの持つ抗菌性が話題になってい
る。It has been elucidated that titanium has various properties, and it has been confirmed that it is a metal that is indispensable in modern society. The antibacterial properties of titanium have become a hot topic, as well as being light, strong and rust resistant.
【００１５】さらに、本発明に用いる高機能抗菌チタン
は新規に開発された抗菌性チタン合金であり、組成をコ
ントロールし、表面を酸化処理する事により、光触媒反
応を飛躍的に向上させ、抗菌性の他、防臭、防汚などの
効果も有する。Further, the high-performance antibacterial titanium used in the present invention is a newly developed antibacterial titanium alloy. By controlling the composition and oxidizing the surface, the photocatalytic reaction is dramatically improved, and the antibacterial property is improved. In addition, it also has effects such as deodorization and antifouling.
【００１６】近年、抗菌対策を求められている細菌とし
てブドウ球菌がある。ブドウ球菌は皮膚の化膿および傷
口、皮膚のひどく荒れているところや鼻腔に存在してお
り、通常は熱や抗生物質で死滅するが、ブドウ球菌が産
生する毒素（エンテロトキシン）が人体に影響を及ぼ
す。In recent years, there is staphylococcus as a bacterium for which antibacterial measures are required. Staphylococci are found in purulent and wounded skin, in severely rough areas of the skin and in the nasal passages, and are usually killed by heat or antibiotics, but the toxins (enterotoxins) produced by staphylococci affect the human body .
【００１７】ブドウ球菌に感染した場合、今迄はメチシ
リンと云う抗生物質で治療する事が出来たが、この、メ
チシリンが全く効果を現さない抵抗力の強いブドウ球菌
が発生、此れらをＭＲＳＡと呼んでいる。In the case of infection with staphylococci, it was possible to treat with an antibiotic called methicillin. However, strong staphylococci, which methicillin does not show any effect, occur. I'm calling
【００１８】ＭＲＳＡとは、Ｍ（メチシリン・抗生物質
の一種）Ｒ（レジスタント・対抗する）ＳＡ（スタヒロ
コッカス・ブドウ球菌）で、病院内感染としては非常に
問題視されている細菌である。[0018] MRSA is M (a kind of methicillin / antibiotic) R (resistant / opposing) SA (Staphylococcus staphylococcus), a bacterium which is regarded as a very serious problem as a hospital infection. .
【００１９】本発明者はチタンの持つ耐候性と抗菌性に
着目し、病院内感染のみでなく美容、理容を始めとし
て、エステティック分野などにおいても、細菌感染の対
策を摂らなければならない時期と考え、本発明に至っ
た。The present inventor pays attention to the weather resistance and antibacterial property of titanium, and considers the time when it is necessary to take measures against bacterial infection not only in hospital infection but also in beauty and hairdressing as well as in aesthetic fields. With this in mind, the present invention has been made.
【００２０】[0020]
【課題を解決するための手段】エステティック産業は近
年とみに発展し、美容、理容の分野にも取り入れられる
ようになり、日常社会の中でも総合セラピー産業とし
て、需要も多岐にわたりつつある。[Means for Solving the Problems] The aesthetic industry has developed in recent years and has been adopted in the fields of beauty and barber, and the demand is becoming widespread as a general therapy industry in everyday society.
【００２１】また、１メガヘルツと２メガヘルツの超音
波に付いて触れる。此の波長の超音波は、従来よりすで
に用いられており、これらの技術は業界に浸透しつつあ
るが、ステンレス鋼を用いたプローブヘッドが主流を形
成している事から、その機能を充分に発揮するに至らな
かった。[0021] Also, ultrasonic waves of 1 MHz and 2 MHz are touched. Ultrasound of this wavelength has been used in the past, and these technologies are permeating the industry.However, since the probe head using stainless steel is forming the mainstream, its function is fully used. Did not show up.
【００２２】しかし、本発明によるバイオウエーブプロ
ーブヘッドを用いる事によって、セラピーの効果を一段
と高める事が出来るものと確信する。However, it is believed that the use of the biowave probe head according to the present invention can further enhance the effect of the therapy.
【００２３】エステティックをはじめ総合美容産業は、
従来、美顔、美肌、美白また痩身などを中心に生りわっ
ていた産業であるが、昨今の美容、エステティック産業
は顔をはじめとして、全身美容をその主眼においてい
る。The general beauty industry, including esthetics,
Conventionally, this industry has been created mainly for beautiful face, beautiful skin, whitening, slimming, etc., but the beauty and esthetic industry in recent years has focused on the whole body beauty, including the face.
【００２４】これらを総合セラピーとし、中国医学の中
から美容と予防を兼ねた技術をバイオウエーブ技術に付
加させる事により、現代人のストレスの解消をはじめ、
総合リラクゼーション効果を高めて、心身両面の美しさ
を求める形になっている。[0024] These are comprehensive therapies, and by adding a beauty and prevention technology from Chinese medicine to the biowave technology, it is possible to eliminate stress of modern people,
It is designed to enhance the overall relaxation effect and seek the beauty of both body and mind.
【００２５】ここでバイオウエーブに付いて簡単に述べ
るが、それに先立って専門的用語の説明を付しておく。Here, the biowave will be briefly described, but prior to that, an explanation of technical terms will be given.
【００２６】シナプス＝神経と神経のギャップ（神経の
すき間）を云い、通常、神経伝達物質が分泌されて接続
している。Synapse is a gap between nerves (a gap between nerves). Usually, a neurotransmitter is secreted and connected.
【００２７】テタヌス刺激＝神経シナプスに印加され
た、１メガヘルツと２メガヘルツの２種類のサイン波。Tetanus stimulus = Two kinds of sine waves of 1 MHz and 2 MHz applied to a nerve synapse.
【００２８】ＬＴＰ効果＝テタヌス刺激により、神経細
胞に誘起される興奮状態（長期増強効果）。LTP effect = excitation state induced in nerve cells by tetanus stimulation (long-term potentiation effect).
【００２９】バイオウエーブの持つ機能として、テタヌ
ス刺激による皮膚細胞の新陳代謝活性化作用が有り、プ
ローブをスイッチオンの状態で皮接すると、内蔵してい
る振動子から出る１メガヘルツ又は２メガヘルツの超音
波によって、表皮下約２ｍｍの深さに分布している末梢
神経のシナプスを刺激する。The function of the biowave is to activate the metabolism of skin cells by the stimulation of tetanus. When the probe is in contact with the skin while the probe is switched on, 1 MHz or 2 MHz ultrasonic waves emitted from the built-in vibrator are provided. Stimulates the synapses of peripheral nerves distributed at a depth of about 2 mm under the epidermis.
【００３０】末梢神経のシナプスを刺激するとＬＴＰ効
果を引き起こし、ＬＴＰ効果は末梢神経細胞を興奮さ
せ、此れによって末梢神経がコントロールしている皮膚
細胞領域の生理活性作用を４〜５倍高める。Stimulation of peripheral nerve synapses causes an LTP effect, which excites peripheral nerve cells, thereby increasing the bioactivity of the skin cell area controlled by the peripheral nerve by a factor of 4-5.
【００３１】その結果、肌の若返りが促進されて、化粧
のノリが良くなると共に化粧疲れした素肌の回復に効果
を発揮すると云う事である。As a result, rejuvenation of the skin is promoted, the stickiness of the makeup is improved, and the effect of restoring the bare skin that has been tired from the makeup is exerted.
【００３２】バイオウエーブ刺激を受ける事によって、
皮膚細胞内の、特に真皮層の中の結合織と呼ばれる部分
で、保水効果を持つ多水層の中をサイン波が流れる事に
より、体液の流れを整え、細胞の新陳代謝活性作用を促
進する。By receiving biowave stimulation,
Sinusoidal waves flow through a multi-aqueous layer having a water-retaining effect in the skin cells, particularly in a portion called connective tissue in the dermis layer, thereby regulating the flow of body fluids and promoting the metabolic activation of the cells.
【００３３】此のような、美容、エステティックにおい
ては欠くべからざるものとして、バイオウエーブプロー
ブと云う器具が有り、皮膚細胞領域及び真皮層内の末梢
神経シナプスを刺激する事によって、古い角質をはじ
め、内外の老廃物の除去を促進させるために用いられて
いる。An essential element in such cosmetics and aesthetics is a biowave probe, which stimulates peripheral nerve synapses in the skin cell region and the dermis layer to remove old keratin. It is used to facilitate the removal of internal and external waste products.
【００３４】プローブは顔面のマッサージに用いるのは
もとより、腹部、二の腕、太ももなど、身体のあらゆる
場所を揉み解し、和らげ、古い角質を除去するために用
いられているが、従来より錆びない材質を求める事か
ら、ステンレス鋼を用いるものが大多数である。The probe is used not only for massage of the face but also for rubbing and softening all parts of the body such as the abdomen, upper arms and thighs, soothing and removing old dead skin. Therefore, most use stainless steel.
【００３５】昨今の美容、エステティックは、美顔、美
肌に効果を示す事はもとより、ストレスの解消、総合的
なリラクゼーション効果を高める事もあらゆるデータか
ら示されるに至って、一部、針灸をはじめ、カイロ、指
圧などの医学的治療分野にさえ用いられ始めている。In recent years, beauty and aesthetics have been shown from all kinds of data to show not only the effects on beautiful faces and beautiful skin, but also the release of stress and the enhancement of comprehensive relaxation effects. It is even beginning to be used in medical treatment areas such as Cairo and Shiatsu.
【００３６】しかし、前述したプローブの要部はステン
レス鋼を用いているものが大多数であり、その事から、
金属に対して敏感に反応する人々には用いる事が出来な
いなどの弊害が生じている。However, most of the above-mentioned probe parts are made of stainless steel, so that
There are adverse effects such as inability to use for people who react sensitively to metals.
【００３７】本発明者は、軽く、強く、錆びなく、熱伝
導率の良いと云うチタンの持つ特性と、近年認識されて
きた抗菌性をプローブヘッドに用いる事により、エステ
ティック自体の効率アップと、万人に用いる事が出来る
プローブを開発せんとする。The inventor of the present invention has improved the efficiency of the aesthetic itself by using the characteristics of titanium, which is light, strong, rust-free, and having good thermal conductivity, and the antibacterial property that has been recently recognized, for the probe head. To develop a probe that can be used by everyone.
【００３８】[0038]
【実施例１】チタン鋼を用いたプローブヘッドＢのプロ
ーブヘッド直径寸法Ｋを６０ｍｍとし、振動子貼り付け
代Ｆの振動子貼り付け代直径寸法Ｌを４６．４ｍｍとす
る。Embodiment 1 A probe head diameter dimension K of a probe head B using titanium steel is set to 60 mm, and a transducer attachment diameter F of a transducer attachment allowance F is set to 46.4 mm.
【００３９】プローブヘッド全高寸法Ｔを１８ｍｍと
し、プローブヘッド側面厚み寸法Ｎを６．８ｍｍ、プロ
ーブヘッド皮接面厚み寸法Ｓを８ｍｍ、セラミック振動
子Ｃの振動子直径寸法Ｍを４０ｍｍとする。The total height T of the probe head is 18 mm, the thickness N of the probe head side surface is 6.8 mm, the thickness S of the probe head skin contact surface is 8 mm, and the diameter M of the vibrator of the ceramic vibrator C is 40 mm.
【００４０】以上を組立ててプローブ本体Ａとし、リー
ド線Ｄを介してサイン波振動を提供する事により、内蔵
されたセラミック振動子Ｃが振動するが、セラミック振
動子Ｃの種別によって、１メガヘルツと２メガヘルツの
二種類の超音波振動を発生する。By assembling the above into a probe main body A and providing a sine wave vibration via a lead wire D, the built-in ceramic vibrator C vibrates. It generates two types of ultrasonic vibration of 2 MHz.
【００４１】此の、セラミック振動子Ｃの振動と電気的
出力の強弱によって微熱が発生、プローブヘッドＢへの
熱源が求められ、プローブヘッド皮接面Ｇの温度を体温
よりやや高い４０℃〜４５℃に保ち、心地良さを増幅せ
しめる。Due to the vibration of the ceramic vibrator C and the strength of the electric output, slight heat is generated, a heat source for the probe head B is required, and the temperature of the probe head skin contact surface G is set to 40 ° C. to 45 ° C. slightly higher than the body temperature. Keep at ℃ and amplify comfort.
【００４２】[0042]
【実施例２】チタン鋼を用いたプローブヘッドＢのプロ
ーブヘッド直径寸法Ｋを５５ｍｍとし、振動子貼り付け
代Ｆの振動子貼り付け代直径寸法Ｌを４１．４ｍｍとす
る。Embodiment 2 The probe head B made of titanium steel has a probe head diameter K of 55 mm, and a vibrator pasting allowance F of the vibrator pasting allowance F has a diameter L of 41.4 mm.
【００４３】プローブヘッド全高寸法Ｔを１８ｍｍと
し、プローブヘッド側面厚み寸法Ｎを６．８ｍｍ、プロ
ーブヘッド皮接面厚み寸法Ｓを８ｍｍ、セラミック振動
子Ｃの振動子直径寸法Ｍを３５ｍｍとする。The total height T of the probe head is 18 mm, the thickness N of the probe head side surface is 6.8 mm, the thickness S of the probe head skin contact surface is 8 mm, and the diameter M of the ceramic vibrator C is 35 mm.
【００４４】以上を組立ててプローブ本体Ａとし、リー
ド線Ｄを介してサイン波振動を提供する事により、内蔵
されたセラミック振動子Ｃが振動するが、セラミック振
動子Ｃの種別によって、１メガヘルツと２メガヘルツの
二種類の超音波振動を発生する。By assembling the above into a probe main body A and providing a sine wave vibration via the lead wire D, the built-in ceramic vibrator C vibrates. It generates two types of ultrasonic vibration of 2 MHz.
【００４５】此の、セラミック振動子Ｃの振動と電気的
出力の強弱によって微熱が発生、プローブヘッドＢへの
熱源が求められ、プローブヘッド皮接面Ｇの温度を体温
よりやや高い４０℃〜４５℃に保ち、心地良さを増幅せ
しめる。The vibration of the ceramic vibrator C and the strength of the electrical output generate weak heat, and a heat source for the probe head B is required. The temperature of the probe head skin contact surface G is set to 40 ° C. to 45 ° C. slightly higher than the body temperature. Keep at ℃ and amplify comfort.
【００４６】[0046]
【実施例３】チタン鋼を用いたプローブヘッドＢのプロ
ーブヘッド直径寸法Ｋを５０ｍｍとし、振動子貼り付け
代Ｆの振動子貼り付け代直径寸法Ｌを３６．４ｍｍとす
る。Embodiment 3 The probe head diameter dimension K of the probe head B using titanium steel is set to 50 mm, and the transducer attachment allowance F of the transducer attachment allowance F is set to 36.4 mm.
【００４７】プローブヘッド全高寸法Ｔを１８ｍｍと
し、プローブヘッド側面厚み寸法Ｎを６．８ｍｍ、プロ
ーブヘッド皮接面厚み寸法Ｓを８ｍｍ、セラミック振動
子Ｃの振動子直径寸法Ｍを３０ｍｍとする。The total height T of the probe head is 18 mm, the thickness N of the probe head side surface is 6.8 mm, the thickness S of the probe head skin contact surface is 8 mm, and the diameter M of the ceramic vibrator C is 30 mm.
【００４８】以上を組立ててプローブ本体Ａとし、リー
ド線Ｄを介してサイン波振動を提供する事により、内蔵
されたセラミック振動子Ｃが振動するが、セラミック振
動子Ｃの種別によって、１メガヘルツと２メガヘルツの
二種類の超音波振動を発生する。By assembling the above into a probe main body A and providing a sine wave vibration via a lead wire D, the built-in ceramic vibrator C vibrates. It generates two types of ultrasonic vibration of 2 MHz.
【００４９】此の、セラミック振動子Ｃの振動と電気的
出力の強弱によって微熱が発生、プローブヘッドＢへの
熱源が求められ、プローブヘッド皮接面Ｇの温度を体温
よりやや高い４０℃〜４５℃に保ち、心地良さを増幅せ
しめる。Due to the vibration of the ceramic vibrator C and the strength of the electric output, slight heat is generated, a heat source for the probe head B is required, and the temperature of the probe head skin contact surface G is set to 40 ° C. to 45 ° C. slightly higher than the body temperature. Keep at ℃ and amplify comfort.
【００５０】[0050]
【実施例４】チタン鋼を用いたプローブヘッドＢのプロ
ーブヘッド直径寸法Ｋを４５ｍｍとし、振動子貼り付け
代Ｆの振動子貼り付け代直径寸法Ｌを３１．４ｍｍとす
る。Embodiment 4 The probe head B made of titanium steel has a probe head diameter dimension K of 45 mm, and a transducer attachment allowance F has a transducer attachment allowance diameter L of 31.4 mm.
【００５１】プローブヘッド全高寸法Ｔを１８ｍｍと
し、プローブヘッド側面厚み寸法Ｎを６．８ｍｍ、プロ
ーブヘッド皮接面厚み寸法Ｓを８ｍｍ、セラミック振動
子Ｃの振動子直径寸法Ｍを２５ｍｍとする。The total height T of the probe head is 18 mm, the thickness N of the probe head side surface is 6.8 mm, the thickness S of the probe head skin contact surface is 8 mm, and the diameter M of the vibrator of the ceramic vibrator C is 25 mm.
【００５２】以上を組立ててプローブ本体Ａとし、リー
ド線Ｄを介してサイン波振動を提供する事により、内蔵
されたセラミック振動子Ｃが振動するが、セラミック振
動子Ｃの種別によって、１メガヘルツと２メガヘルツの
二種類の超音波振動を発生する。By assembling the above into a probe main body A and providing a sine wave vibration through the lead wire D, the built-in ceramic vibrator C vibrates. It generates two types of ultrasonic vibration of 2 MHz.
【００５３】此の、セラミック振動子Ｃの振動と電気的
出力の強弱によって微熱が発生、プローブヘッドＢへの
熱源が求められ、プローブヘッド皮接面Ｇの温度を体温
よりやや高い４０℃〜４５℃に保ち、心地良さを増幅せ
しめる。The vibration of the ceramic vibrator C and the strength of the electrical output generate weak heat, and a heat source for the probe head B is required. The temperature of the probe head skin contact surface G is set to 40 ° C. to 45 ° C. slightly higher than the body temperature. Keep at ℃ and amplify comfort.
【００５４】[0054]
【実施例５】チタン鋼を用いたプローブヘッドＢのプロ
ーブヘッド直径寸法Ｋを４０ｍｍとし、振動子貼り付け
代Ｆの振動子貼り付け代直径寸法Ｌを２６．４ｍｍとす
る。Fifth Embodiment A probe head B made of titanium steel has a probe head diameter K of 40 mm, and a vibrator pasting allowance F of a vibrator pasting allowance F has a diameter L of 26.4 mm.
【００５５】プローブヘッド全高寸法Ｔを１８ｍｍと
し、プローブヘッド側面厚み寸法Ｎを６．８ｍｍ、プロ
ーブヘッド皮接面厚み寸法Ｓを８ｍｍ、セラミック振動
子Ｃの振動子直径寸法Ｍを２０ｍｍとする。The total height T of the probe head is 18 mm, the thickness N of the probe head side surface is 6.8 mm, the thickness S of the probe head skin contact surface is 8 mm, and the diameter M of the ceramic vibrator C is 20 mm.
【００５６】以上を組立ててプローブ本体Ａとし、リー
ド線Ｄを介してサイン波振動を提供する事により、内蔵
されたセラミック振動子Ｃが振動するが、セラミック振
動子Ｃの種別によって、１メガヘルツと２メガヘルツの
二種類の超音波振動を発生する。By assembling the above into a probe main body A and providing a sine wave vibration via a lead wire D, the built-in ceramic vibrator C vibrates. It generates two types of ultrasonic vibration of 2 MHz.
【００５７】此の、セラミック振動子Ｃの振動と電気的
出力の強弱によって微熱が発生、プローブヘッドＢへの
熱源が求められ、プローブヘッド皮接面Ｇの温度を体温
よりやや高い４０℃〜４５℃に保ち、心地良さを増幅せ
しめる。The vibration of the ceramic vibrator C and the strength of the electrical output generate weak heat, and a heat source for the probe head B is required. The temperature of the probe head skin contact surface G is set at 40 ° C. to 45 ° C. slightly higher than the body temperature. Keep at ℃ and amplify comfort.
【００５８】なお、プローブヘッド皮接面の温度を４０
℃〜４５℃とフレキシブルにしたのは、季節の温度差や
室温の差、エアコンのオンオフにより、多少の誤差が生
じるためであり、また、ジェル（エマルジョン状の美容
液）の種類、性質によっても温度差が生じる。The temperature of the probe head skin contact surface was set to 40.
The reason why it was made flexible from ℃ to 45 ℃ is that some errors occur due to seasonal temperature differences, room temperature differences, air conditioner on / off, and also depending on the type and nature of the gel (emulsion serum). A temperature difference occurs.
【００５９】従って、セラミック振動子Ｃの種別と振動
と電気的出力の強弱によって、皮接面Ｇの温度を３８℃
〜４８℃程度に変える任意性を持たせる事も必要であ
る。Therefore, the temperature of the skin contact surface G is set to 38 ° C. depending on the type of the ceramic vibrator C and the strength of vibration and electric output.
It is also necessary to have the option of changing the temperature to about 48 ° C.
【００６０】[0060]
【発明の効果】本発明は主材料として、純チタンを用い
たバイオウエーブプローブヘッドを使う事により、皮膚
細胞内、特に、表皮及び真皮層内にある結合織と呼ばれ
る部分の新陳代謝活性化を促す事により、全身の美顔、
美肌、美白、抗アレルギー効果などの総合美容効果を促
進する。According to the present invention, the use of a biowave probe head using pure titanium as a main material promotes the metabolic activation of skin cells, particularly the portion called connective tissue in the epidermis and dermis. By the thing, a beautiful face of the whole body,
Promotes comprehensive beauty effects such as skin whitening, whitening and antiallergic effects.
【００６１】また、末梢神経シナプスを刺激する事によ
って、ストレスの解消、総合リラクゼーション効果の促
進を図る事が出来るため、美容、理容分野をはじめ、エ
ステティック分野において、現代社会のニーズに合っ
た、新しい技術を提供する事が出来た。Further, by stimulating peripheral nerve synapses, stress can be eliminated and a comprehensive relaxation effect can be promoted. New technology could be provided.
【００６２】さらに、優れたチタンの抗菌作用によっ
て、昨今、問題となっている公共施設における細菌感染
の対策を図る事が出来る事から、より清潔で安全性の高
い美容技術を提供する事が出来るものとなった。Furthermore, due to the excellent antibacterial action of titanium, it is possible to take measures against bacterial infection in public facilities, which is a problem in recent years, so that it is possible to provide a cleaner and safer beauty technique. It became something.
【図面の簡単な説明】[Brief description of the drawings]
【図１】プローブ本体側面図FIG. 1 is a side view of a probe main body.
【図２】プローブヘッドの組み合わせを示す断面図FIG. 2 is a sectional view showing a combination of probe heads.
【図３】プローブヘッドの要部寸法を示す断面図FIG. 3 is a cross-sectional view showing dimensions of a main part of the probe head.
【図４】プローブヘッドの要部寸法を示すＸ−Ｘ平面図FIG. 4 is an XX plan view showing the main part dimensions of the probe head.
【図５】プローブヘッドの組み合わせを示すＸ−Ｘ平面
図FIG. 5 is an XX plan view showing a combination of probe heads.
Ａ プローブ本体 Ｂ プローブヘッド Ｃ セラミック振動子 Ｄ リード線 Ｅ プローブヘッド内捻子 Ｆ 振動子貼り付け代 Ｇ プローブヘッド皮接面 Ｋ プローブヘッド直径寸法 Ｌ 振動子貼り付け代直径寸法 Ｍ 振動子直径寸法 Ｎ プローブヘッド側面厚み寸法 Ｓ プローブヘッド皮接面厚み寸法 Ｔ プローブヘッド全高寸法 Ｘ 平面を示す矢印 A Probe body B Probe head C Ceramic vibrator D Lead wire E Internal screw of probe head F Vibrator sticking allowance G Probe head skin contact surface K Probe head diameter L L Vibrator sticking allowance diameter M Vibrator diameter N Probe Head side thickness dimension S Probe head skin contact surface thickness dimension T Probe head overall height X Arrow indicating plane
───────────────────────────────────────────────────── フロントページの続き (72)発明者 高橋 多智子 北海道札幌市中央区宮ヶ丘３丁目３番１号 株式会社プリズム・リラ内 (72)発明者 保科 雅子 北海道札幌市中央区宮ヶ丘３丁目３番１号 株式会社プリズム・リラ内 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Tachiko Takahashi 3-3-1 Miyagaoka, Chuo-ku, Sapporo, Hokkaido Inside Prism Rela (72) Inventor Masako Hoshina Miyagaoka, Chuo-ku, Sapporo, Hokkaido 3-3-1, Prism Rira Co., Ltd.
Claims (5)
ローブヘッド直径寸法Ｋを６０ｍｍとし、振動子貼り付
け代Ｆの振動子貼り付け代直径寸法Ｌを４６．４ｍｍと
する。プローブヘッド全高寸法Ｔを１８ｍｍとし、プロ
ーブヘッド側面厚み寸法Ｎを６．８ｍｍ、プローブヘッ
ド皮接面厚み寸法Ｓを８ｍｍにする事により、セラミッ
ク振動子Ｃの振動子直径寸法Ｍを４４ｍｍ〜３６ｍｍと
して、構成したプローブ本体Ａ。1. A probe head B made of titanium steel has a probe head diameter K of 60 mm, and a transducer attachment allowance F of a transducer attachment allowance F has a diameter L of 46.4 mm. By setting the probe head total height T to 18 mm, the probe head side surface thickness N to 6.8 mm, and the probe head skin contact surface thickness S to 8 mm, the vibrator diameter M of the ceramic vibrator C is set to 44 mm to 36 mm. , Configured probe body A.
ローブヘッド直径寸法Ｋを５５ｍｍとし、振動子貼り付
け代Ｆの振動子貼り付け代直径寸法Ｌを４１．４ｍｍと
する。プローブヘッド全高寸法Ｔを１８ｍｍとし、プロ
ーブヘッド側面厚み寸法Ｎを６．８ｍｍ、プローブヘッ
ド皮接面厚み寸法Ｓを８ｍｍにする事により、セラミッ
ク振動子Ｃの振動子直径寸法Ｍを３８ｍｍ〜３２ｍｍと
して、構成したプローブ本体Ａ。2. The probe head B made of titanium steel has a probe head diameter K of 55 mm, and a transducer attachment allowance F has a transducer attachment allowance diameter L of 41.4 mm. By setting the probe head total height T to 18 mm, the probe head side surface thickness N to 6.8 mm, and the probe head skin contact surface thickness S to 8 mm, the vibrator diameter M of the ceramic vibrator C is set to 38 mm to 32 mm. , Configured probe body A.
ローブヘッド直径寸法Ｋを５０ｍｍとし、振動子貼り付
け代Ｆの振動子貼り付け代直径寸法Ｌを３６．４ｍｍと
する。プローブヘッド全高寸法Ｔを１８ｍｍとし、プロ
ーブヘッド側面厚み寸法Ｎを６．８ｍｍ、プローブヘッ
ド皮接面厚み寸法Ｓを８ｍｍにする事により、セラミッ
ク振動子Ｃの振動子直径寸法Ｍを３２ｍｍ〜２８ｍｍと
して、構成したプローブ本体Ａ。3. The probe head B made of titanium steel has a probe head diameter K of 50 mm, and a transducer attachment allowance F of a transducer attachment allowance F has a diameter L of 36.4 mm. By setting the probe head total height T to 18 mm, the probe head side surface thickness N to 6.8 mm, and the probe head skin contact surface thickness S to 8 mm, the vibrator diameter M of the ceramic vibrator C becomes 32 mm to 28 mm. , Configured probe body A.
ローブヘッド直径寸法Ｋを４５ｍｍとし、振動子貼り付
け代Ｆの振動子貼り付け代直径寸法Ｌを３１．４ｍｍと
する。プローブヘッド全高寸法Ｔを１８ｍｍとし、プロ
ーブヘッド側面厚み寸法Ｎを６．８ｍｍ、プローブヘッ
ド皮接面厚み寸法Ｓを８ｍｍにする事により、セラミッ
ク振動子Ｃの振動子直径寸法Ｍを２７ｍｍ〜２３ｍｍと
して、構成したプローブ本体Ａ。4. The probe head B made of titanium steel has a probe head diameter K of 45 mm, and a transducer attachment allowance F has a transducer attachment allowance diameter L of 31.4 mm. By setting the probe head total height T to 18 mm, the probe head side surface thickness N to 6.8 mm, and the probe head skin contact surface thickness S to 8 mm, the vibrator diameter M of the ceramic vibrator C is 27 mm to 23 mm. , Configured probe body A.
ローブヘッド直径寸法Ｋを４０ｍｍとし、振動子貼り付
け代Ｆの振動子貼り付け代直径寸法Ｌを２６．４ｍｍと
する。プローブヘッド全高寸法Ｔを１８ｍｍとし、プロ
ーブヘッド側面厚み寸法Ｎを６．８ｍｍ、プローブヘッ
ド皮接面厚み寸法Ｓを８ｍｍにする事により、セラミッ
ク振動子Ｃの振動子直径寸法Ｍを２２ｍｍ〜１８ｍｍと
して、構成したプローブ本体Ａ。5. A probe head B made of titanium steel has a probe head diameter K of 40 mm, and a transducer attachment allowance F has a transducer attachment allowance diameter L of 26.4 mm. By setting the probe head total height T to 18 mm, the probe head side surface thickness N to 6.8 mm, and the probe head skin contact surface thickness S to 8 mm, the vibrator diameter M of the ceramic vibrator C becomes 22 mm to 18 mm. , Configured probe body A.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP30647497A JPH11123226A (en) | 1997-10-21 | 1997-10-21 | Aesthetic probe using pure titanium |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP30647497A JPH11123226A (en) | 1997-10-21 | 1997-10-21 | Aesthetic probe using pure titanium |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH11123226A true JPH11123226A (en) | 1999-05-11 |
Family
ID=17957459
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP30647497A Pending JPH11123226A (en) | 1997-10-21 | 1997-10-21 | Aesthetic probe using pure titanium |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH11123226A (en) |
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