JP3209382U - Bubble car - Google Patents

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JP3209382U
JP3209382U JP2016005383U JP2016005383U JP3209382U JP 3209382 U JP3209382 U JP 3209382U JP 2016005383 U JP2016005383 U JP 2016005383U JP 2016005383 U JP2016005383 U JP 2016005383U JP 3209382 U JP3209382 U JP 3209382U
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bubbles
hot water
rotating
detergent
ceramic balls
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幸二 横内
幸二 横内
福島 伸一
伸一 福島
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CHOJYU-NO-SATO co., Ltd
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CHOJYU-NO-SATO co., Ltd
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Abstract

【課題】水素泡が発生する環境で洗浄泡を生成するための、より操作性に優れ、小型、低コストな新規の泡生成器の泡車を提供する。【解決手段】回転羽根1、2、3を回転させて湯水、洗剤により細かい粒子の洗浄泡を生成する泡生成器に関して、湯水、容器本体17の底部に設ける洗剤の貯留部22に所定寸法のセラミックボール21を複数個配置するとともに、セラミックボール21が回転羽根1、2、3に触れて破損することを防ぐために、貯留部22をセラミックボール21の外径より深く形成し、または回転羽根1、2、3とセラミックボール21との間にボールプロテクターを兼ねたクレーパーを配置することにより、水素泡を発生させつつ回転羽根1、2、3を手動または自動で回転させて濃密な洗浄泡を生成する。【選択図】図1The present invention provides a new bubble generator for a bubble generator, which is superior in operability, small size and low cost, for generating cleaning bubbles in an environment where hydrogen bubbles are generated. A foam generator that rotates rotating blades 1, 2, and 3 to generate washing bubbles of fine particles with hot water or detergent has a predetermined size in a reservoir 22 of the detergent provided at the bottom of hot water or a container body 17. A plurality of ceramic balls 21 are arranged, and in order to prevent the ceramic balls 21 from being damaged by touching the rotating blades 1, 2, 3, the storage portion 22 is formed deeper than the outer diameter of the ceramic balls 21, or the rotating blade 1 By placing a creper that also serves as a ball protector between 2, 3 and the ceramic ball 21, the rotating blades 1, 2, 3 are rotated manually or automatically while generating hydrogen bubbles to produce dense cleaning bubbles. Generate. [Selection] Figure 1

Description

本考案は、液体石鹸や粒状石鹸などの石鹸類や洗顔料などの洗浄剤を用いて洗浄泡を作りだす際に、水素泡を発生させることにより生成する洗浄泡に空気を含まれやすくして濃密な洗浄泡を生成する洗浄剤用の泡生成器に関するものである。The present invention makes it easy to include air in the cleaning foam generated by generating hydrogen bubbles when creating soap bubbles using soaps such as liquid soap and granular soap and detergents such as face wash. The present invention relates to a foam generator for a cleaning agent that generates clean cleaning foam.

洗浄剤を用いて肌を洗浄する際には、皮膚の表面の汚れを有効に除去するために洗浄剤から生成した洗浄泡を用いることが推奨されており、手動、電動などによる多くの泡生成器が実用化されているが、濃密な洗浄泡を生成するためには泡生成の環境で水素泡を発生させることが望ましいため、ネットに水素発生のためのセラミックボールを入れて手で揉んで水素泡とともに洗浄泡を生成する方法が主に利用されているが、この方法は種々の課題を抱えている。When cleaning the skin with a cleaning agent, it is recommended to use cleaning foam generated from the cleaning agent in order to effectively remove dirt on the surface of the skin. Although the vessel has been put to practical use, it is desirable to generate hydrogen bubbles in the bubble generation environment in order to generate dense washing bubbles, so put ceramic balls for hydrogen generation in the net and rub them by hand A method of generating cleaning bubbles together with hydrogen bubbles is mainly used, but this method has various problems.

考案が解決しようとする課題Problems that the device tries to solve

ネットを用いて手で揉んで洗浄泡を生成する方法で細かい粒子の洗浄泡を作り出すことには難点があるため、より濃密な洗浄泡を生成するために複数個のセラミックボールをネットの中に入れて湯水や洗剤などとともに手で揉む動作を行うが、手で揉む動作が人によっては煩わしく使い勝手が悪く、さらにセラミックボール同士がぶつかり合って破損して破片が洗浄泡に交じるなどのトラブルが起きやすいなどの課題を有しているため、水素泡が発生する環境で洗浄泡を生成するための、より操作性に優れ、小型、低コストな新規の泡生成器を提供する。There is a difficulty in creating a fine particle cleaning foam by hand squeezing it using a net, so multiple ceramic balls are put in the net to produce a denser cleaning foam. Put it in with hot water or detergent, but it may be cumbersome and unusable for some people, and the ceramic balls may collide with each other and break down, causing debris to mix with the cleaning foam. Since it has problems such as easy generation, a new bubble generator with improved operability, small size, and low cost for generating cleaning bubbles in an environment where hydrogen bubbles are generated is provided.

課題を解決するための手段Means for solving the problem

回転羽根を回転させて湯水、洗剤により細かい粒子の洗浄泡を生成する場合に、生成環境に水素泡が存在するとより濃密な洗浄泡を生成することが出来るため、湯水、洗剤の貯留部を構成し、貯留部に所定寸法のセラミックボールを複数個配置し、セラミックボールを貯留部の湯水、洗剤に浸すとともに、セラミックボールに回転羽根を直接接触させないボールプロテクター構造を備えることにより、水素泡を発生させつつ回転羽根を手動または自動で回転させて洗浄泡を生成する。When the rotating blades are rotated to produce washing bubbles of fine particles with hot water or detergent, if hydrogen bubbles are present in the production environment, denser washing bubbles can be produced, thus constituting a reservoir for hot water and detergent. In addition, by placing a plurality of ceramic balls of a predetermined size in the reservoir, soaking the ceramic balls in hot water or detergent in the reservoir, and providing a ball protector structure that prevents the rotating blades from contacting the ceramic balls directly, hydrogen bubbles are generated. The cleaning blade is generated by rotating the rotary blade manually or automatically.

考案の効果Effect of device

貯留部で複数個のセラミックボールが水、洗剤に浸ることにより、セラミックボールは電位差により酸化と還元が同時に起こり、直流電気が発生し水が電気分解されて水素泡が発生する。このような環境において回転羽根を回転させて湯水、洗剤により洗浄泡を生成することにより細かい粒子の濃密な洗浄泡が生成される。ただし、泡生成の過程で回転羽根などにセラミックボールが当たるとセラミックボールが破損して、破片などが洗浄泡に混ざりこむトラブルを起こすため、セラミックボールに回転羽根を直接接触させないボールプロテクターを備えることにより、水素泡を発生させつつ回転羽根を手動または自動で回転させて濃密な洗浄泡を生成させることが可能となる。When a plurality of ceramic balls are immersed in water or a detergent in the reservoir, the ceramic balls are oxidized and reduced simultaneously due to a potential difference, and direct current electricity is generated and water is electrolyzed to generate hydrogen bubbles. In such an environment, the rotating blades are rotated to generate cleaning bubbles with hot water or a detergent, whereby dense cleaning bubbles with fine particles are generated. However, if the ceramic balls hit the rotating blades during foam generation, the ceramic balls will be damaged, causing problems such as debris mixing with the cleaning foam, so a ball protector that prevents the rotating blades from coming into direct contact with the ceramic balls should be provided. Thus, it is possible to generate dense foam bubbles by manually or automatically rotating the rotating blades while generating hydrogen bubbles.

本考案による構造は、容器本体に泡を生成する元となる湯水や洗剤などを注入し、容器本体の底の貯留部に溜めるが、洗剤などは湯水に溶かすか回転羽根の先端部の貫通穴に塗布することも可能で、この状態で回転羽根が回転すると回転羽根の先端部や先端部にある貫通穴は湯水に浸かり、湯水を通過して、湯水から出る回転を繰り返す。この動きにより洗剤などは湯水に溶かされるとともに、湯水に浸かった貫通穴が湯水から出るときにシャボン玉状に洗浄泡を生成し、回転羽根の回転を繰り返すごとに洗浄泡が多くなり、生成された洗浄泡が回転羽根の貫通穴を再通過することにより小さな洗浄泡が生成されが、より濃密な洗浄泡を生成するためには、水素泡の環境で洗浄泡を生成する必要があるため、セラミックボールを湯水、洗剤などに浸ことにより電位差で酸化と還元が同時に始まり、直流電気が生じて水が電気分解され水素泡が発生する。The structure according to the present invention injects hot water or detergent that generates bubbles into the container body and collects it in the reservoir at the bottom of the container body, but the detergent is dissolved in hot water or the through hole at the tip of the rotary blade When the rotating blade rotates in this state, the tip of the rotating blade and the through hole at the tip are immersed in the hot water, and the rotation of the hot water passing through the hot water is repeated. This movement dissolves detergent, etc. in hot water, and when the through hole soaked in hot water comes out of the hot water, it generates soap bubbles in the form of soap bubbles. Small cleaning bubbles are generated by re-passing through the through holes of the rotating blades, but in order to generate a denser cleaning bubble, it is necessary to generate the cleaning bubbles in a hydrogen bubble environment. When a ceramic ball is immersed in hot water or detergent, oxidation and reduction start simultaneously due to a potential difference, direct current electricity is generated, water is electrolyzed, and hydrogen bubbles are generated.

図1に本考案による手動泡車の構成概念図を示す。キャップ8に連結される支柱6を挟んで両側に軸5が形成され、両側の軸に4枚ずつの回転羽根1,2,3,4が2組み構成され、これらの回転羽根は軸とともに回転可能であり、回転羽根の少なくとも1枚には強磁性体7が取り付けられて泡生成ユニットを構成している。キャップ、支柱、回転羽根などは樹脂材で形成され、強磁性体はSUS430や鉄などで形成される。湯水、洗剤、洗浄泡、水素泡を収容する容器本体17の外面には回転摘み18を手で回すことにより回転する回転プレート11が構成され、回転プレート11には、回転羽根に取り付けた強磁性体と磁力で吸引する位置にマグネット12が配置され、回転プレートの回転により回転羽根は磁力により吸引回転される。22は、湯水、洗剤の貯留部を構成し、この貯留部にセラミックボール21が配置され、このセラミックボールを収めた貯留部の湯水、洗剤はセラミックボールの破損を防ぐため回転羽根には触れない位置にあり洗浄泡が生成されても貯留部に残留してセラミックボールによる水素泡を発生する。なお貯留部に関しては、特別な溝構造を構成せずにクレーパーから容器本体の底までの間にセラミックボールがクレーパーに触れないだけの隙間を設ける構造でも良く、貯留部は容器本体における湯水、洗剤の注入場所の一部である場合も有る。FIG. 1 shows a conceptual diagram of a manual bubble wheel according to the present invention. A shaft 5 is formed on both sides of a support column 6 connected to the cap 8, and two rotary blades 1, 2, 3, 4 are formed on each side shaft, and these rotary blades rotate together with the shaft. The ferromagnetic material 7 is attached to at least one of the rotating blades to form a bubble generating unit. A cap, a support | pillar, a rotary blade, etc. are formed with a resin material, and a ferromagnetic material is formed with SUS430, iron, etc. A rotating plate 11 that rotates by rotating the rotary knob 18 by hand is formed on the outer surface of the container main body 17 that contains hot water, detergent, washing bubbles, and hydrogen bubbles. The rotating plate 11 has a ferromagnetic plate attached to the rotating blades. A magnet 12 is disposed at a position to be attracted by the body and magnetic force, and the rotating blade is attracted and rotated by the magnetic force by the rotation of the rotating plate. 22 constitutes a reservoir for hot water and detergent, and ceramic balls 21 are arranged in the reservoir, and the hot water and detergent in the reservoir containing the ceramic balls do not touch the rotating blades to prevent damage to the ceramic balls. Even if cleaning foam is generated at the position, it remains in the reservoir and generates hydrogen bubbles due to ceramic balls. In addition, regarding the storage part, there may be a structure that does not constitute a special groove structure, and a gap is provided between the scraper and the bottom of the container body so that the ceramic balls do not touch the scraper, and the storage part is hot water or detergent in the container body. May be part of the injection site.

図2は回転羽根1,2,3,4などで形成し、クレーパーを備えない泡生成ユニットの概念図を示す。図3は生成した泡を取り出すためのクレーパー19を備えた泡生成ユニットの概念図を示し、図3では水抜き小穴20が形成されているが、本泡生成ユニットを容器本体に装着した場合、クレーパー19は湯水、洗剤などの貯留部22より上に位置するためボールプロテクターを兼ね、回転羽根がセラミックボールに当たることが防がれ、セラミックボールが破損して破片などが洗浄泡に混ざるトラブルが防がれる。図4は回転羽根2の先端部に構成するボールプロテクター23の内部に所定寸法のセラミックボール21を複数個配置した手動泡車の構成概念図を示す。図5はボールプロテクター23の概念図を示し、ボール21を装着した状態で回転羽根2が容器本体の底部に到達するとボールプロテクター23の開口部24を通して貯留部の湯水、洗剤に浸されて水素泡を発生する構造である。FIG. 2 is a conceptual diagram of a foam generating unit formed by rotating blades 1, 2, 3, 4 and the like and not equipped with a creper. FIG. 3 shows a conceptual diagram of a foam generation unit provided with a creper 19 for taking out the generated foam. In FIG. 3, a water draining small hole 20 is formed, but when this foam generation unit is attached to a container body, Since the scraper 19 is located above the reservoir 22 for hot water, detergent, etc., it also serves as a ball protector, preventing the rotating blades from hitting the ceramic balls and preventing troubles such as breakage of the ceramic balls and mixing of debris with the cleaning foam. Can be removed. FIG. 4 shows a conceptual diagram of a manual bubble wheel in which a plurality of ceramic balls 21 having a predetermined size are arranged inside a ball protector 23 formed at the tip of the rotary blade 2. FIG. 5 is a conceptual diagram of the ball protector 23. When the rotating blade 2 reaches the bottom of the container body with the ball 21 attached, the bubble protector is immersed in hot water or detergent in the reservoir through the opening 24 of the ball protector 23 to generate hydrogen bubbles. It is a structure that generates

図6は電動泡車の構成概念図を示す。湯水、洗剤、泡、を収容する容器本体17の外面にはモーター15の回転を伝達する駆動プレート13を介して駆動ベルト14により回転する回転プレート11が構成され、回転プレート11には、回転羽根に取り付けた強磁性体と磁力で吸引する位置にマグネット12が配置され、回転プレートの回転により回転羽根は磁力により吸引回転する。駆動プレート、回転プレートは樹脂材で形成し、駆動ベルトはゴム材で形成する。マグネットは磁力の強いネオジュウム磁石などで構成する。水素泡を生成する機能は図1で説明した構成と同じであり、Ca(カルシウム)、Mg(マグネシウム)、K(カリウム)、Fe(鉄)、Zn(亜鉛)等の金属で構成されたセラミックボールは水に触れると電位差により酸化と還元が同時に始まり、直流電気が発生し水が電気分解され水素泡が発生する。FIG. 6 is a conceptual diagram of the configuration of the electric bubble wheel. A rotating plate 11 that is rotated by a driving belt 14 via a driving plate 13 that transmits rotation of a motor 15 is formed on the outer surface of a container body 17 that stores hot water, detergent, and foam. A magnet 12 is disposed at a position attracted by a magnetic body and a ferromagnetic body attached to the rotating body, and the rotating blades are attracted and rotated by a magnetic force by the rotation of the rotating plate. The driving plate and the rotating plate are formed of a resin material, and the driving belt is formed of a rubber material. The magnet is composed of a strong magnetic neodymium magnet. The function of generating hydrogen bubbles is the same as that described with reference to FIG. 1, and the ceramic is made of a metal such as Ca (calcium), Mg (magnesium), K (potassium), Fe (iron), or Zn (zinc). When the ball touches water, oxidation and reduction start simultaneously due to the potential difference, and direct current electricity is generated, water is electrolyzed and hydrogen bubbles are generated.

キャップ、容器本体は透明なポリカーボネートで形成し、容器本体の泡収納サイズを幅×厚×高を50×60×100mm、内容積を約300mlとした。回転羽根は23×28mm、厚1.5mmを8枚としABS樹脂で構成し、貫通穴をφ3.0mmとした。クレーパーは容器本体に適合する半円弧状,厚1.5mm、ABS樹脂プレートで、φ2mmの小穴を形成して支柱に嵌め込む構成とした。回転羽根には強磁性体のSUS430を取り付け、回転プレートにはネオジュウム磁石を回転羽根の強磁性体と相互に重なる位置で近接する位置に配置し、電動モーターは小型の直流モーターを使用した。またセラミックボールはMg(マグネシウム)を主とした素材でφ3mmのものを5個使用した。The cap and the container main body were formed of transparent polycarbonate, the foam storage size of the container main body was 50 × 60 × 100 mm in width × thickness × height, and the internal volume was about 300 ml. The rotating blades were 23 × 28 mm, eight 1.5 mm thick, made of ABS resin, and the through holes were φ3.0 mm. The creper is a semicircular arc shape, 1.5 mm thick, and an ABS resin plate that fits the container body, and has a configuration in which a small hole of φ2 mm is formed and fitted into the support column. A ferromagnetic SUS430 was attached to the rotating blade, a neodymium magnet was placed on the rotating plate at a position adjacent to the rotating blade ferromagnetic material, and a small DC motor was used as the electric motor. In addition, five ceramic balls having a diameter of 3 mm and mainly made of Mg (magnesium) were used.

回転羽根と回転プレートの両方にマグネット、または回転羽根にマグネット、回転プレートに強磁性体で構成しても良い。貫通穴はφ2〜φ5mm程度、回転羽根の枚数は貫通穴の数、容器本体サイズ見合いで適切に選ぶことが出来る。マグネットは磁力を満たせばサマリウムコバルト磁石、フェライト磁石などでも良い。セラミックボールはCa(カルシウム)、Mg(マグネシウム)、K(カリウム)、Fe(鉄)、Zn(亜鉛)等の金属で構成され、水との反応速度、サイズなどは自由に最適化が可能である。また回転摘みに関しても摘みに限るものではなく指かけ構造でも良く、回転プレートと駆動プレートの連結はベルトに限らずギヤなどでも良く、クレーパーは支柱に着脱可能、または一体でも良い。さらに回転羽根をマグネットなどを使用せずに直接駆動源と連結しても良く、本体容器に注入する湯水の高さをガイドするマーカーラインを表示するなど、機能、性能、外観、使用する素材、ディメンジョンなどに関しては本考案の趣旨を逸脱しない範囲であれば種々変形実施が可能である。A magnet may be used for both the rotating blade and the rotating plate, a magnet may be used for the rotating blade, and a ferromagnetic material may be used for the rotating plate. The through holes are about φ2 to φ5 mm, and the number of rotating blades can be appropriately selected according to the number of through holes and the container body size. The magnet may be a samarium cobalt magnet or a ferrite magnet as long as the magnetic force is satisfied. The ceramic balls are made of metal such as Ca (calcium), Mg (magnesium), K (potassium), Fe (iron), Zn (zinc), etc., and the reaction rate and size with water can be optimized freely. is there. Further, the rotary knob is not limited to the knob, but may be a finger-holding structure. The rotation plate and the drive plate may be connected to each other not only by a belt but also by a gear. In addition, the rotating blades may be directly connected to the drive source without using a magnet, etc., such as displaying a marker line that guides the height of the hot water injected into the main body container, functions, performance, appearance, materials used, With respect to the dimension and the like, various modifications can be made without departing from the spirit of the present invention.

本考案に基づく手動泡車の構成概念図を示すFig. 2 shows a conceptual diagram of a manual bubble wheel according to the present invention. 回転羽根などで形成する泡生成ユニットの概念図を示すA conceptual diagram of a bubble generation unit formed with rotating blades is shown. クレーパーを装着した泡生成ユニットの概念図を示すA conceptual diagram of a foam generation unit equipped with a creper is shown. 本考案に基づく手動泡車の構成概念図を示すFig. 2 shows a conceptual diagram of a manual bubble wheel according to the present invention. 回転羽根に装着するボールプロテクターの概念図を示すA conceptual diagram of a ball protector attached to a rotating blade is shown. 本考案に基づく電動泡車の構成概念図を示すThe composition conceptual diagram of the electric bubble wheel based on this invention is shown

1.回転羽根 11.回転プレート
2.回転羽根 12.マグネット
3.回転羽根 13.駆動プレート
4.回転羽根 14.駆動ベルト
5.軸 15.モーター
6.支柱 16.電池
7.強磁性体 17.容器本体 21.セラミックボール
8.キャップ 18.回転摘み 22.貯留部
9.キャップ摘み 19.クレーパー 23.ボールプロテクター
10.回転羽根回転方向 20.小穴 24.開口部
1. Rotating blade 11. Rotating plate Rotary blade 12. Magnet 3. Rotary blade 13. Drive plate 4. Rotary blade 14. 4. Driving belt Axis 15. Motor 6. Prop 16. Battery 7. Ferromagnetic material 17. Container body 21. Ceramic ball 8. Cap 18. Rotary knob 22. Reservoir 9. Cap picking 19. Creper 23. Ball protector10. Rotating blade rotation direction 20. Small hole 24. Aperture

Claims (2)

回転羽根を回転させて湯水、洗剤により細かい粒子の洗浄泡を生成する泡生成器に関して、湯水、洗剤の貯留部を構成し、貯留部に所定寸法のセラミックボールを複数個配置するとともに、セラミックボールに回転羽根を直接接触させないボールプロテクターを備えることにより、水素泡を発生させつつ回転羽根を手動または自動で回転させて濃密な洗浄泡を生成する泡車。Concerning a foam generator that generates washing bubbles of fine particles with hot water and detergent by rotating a rotating blade, a reservoir for hot water and detergent is configured, and a plurality of ceramic balls of a predetermined size are arranged in the reservoir, and the ceramic ball A bubble wheel that generates a dense washing bubble by rotating a rotating blade manually or automatically while generating hydrogen bubbles by providing a ball protector that does not directly contact the rotating blade. 回転羽根の先端部に、所定寸法のセラミックボールを複数個内装し、セラミックボールを湯水、洗剤に浸すための開口部を備えるとともに、セラミックボールを容器本体などに直接接触させないためのボールプロテクターを備える、請求項1に記載する泡車。Provided with a plurality of ceramic balls of a predetermined size at the tip of the rotary blade, with an opening for immersing the ceramic ball in hot water or detergent, and a ball protector for preventing the ceramic ball from directly contacting the container body The foam wheel according to claim 1.
JP2016005383U 2016-10-19 2016-10-19 Bubble car Expired - Fee Related JP3209382U (en)

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