JP7833232B2 - Pore cleansing and massage device - Google Patents
Pore cleansing and massage deviceInfo
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- JP7833232B2 JP7833232B2 JP2025521461A JP2025521461A JP7833232B2 JP 7833232 B2 JP7833232 B2 JP 7833232B2 JP 2025521461 A JP2025521461 A JP 2025521461A JP 2025521461 A JP2025521461 A JP 2025521461A JP 7833232 B2 JP7833232 B2 JP 7833232B2
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47K—SANITARY EQUIPMENT; ACCESSORIES THEREFOR, e.g. TOILET ACCESSORIES
- A47K7/00—Body washing or cleaning implements
- A47K7/04—Mechanical washing or cleaning devices, hand or mechanically, i.e. power operated
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H23/00—Percussion or vibration massage, e.g. using supersonic vibration; Suction-vibration massage; Massage with moving diaphragms
- A61H23/04—Percussion or vibration massage, e.g. using supersonic vibration; Suction-vibration massage; Massage with moving diaphragms with hydraulic or pneumatic drive
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B1/00—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means
- B05B1/02—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means designed to produce a jet, spray, or other discharge of particular shape or nature, e.g. in single drops, or having an outlet of particular shape
- B05B1/10—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means designed to produce a jet, spray, or other discharge of particular shape or nature, e.g. in single drops, or having an outlet of particular shape in the form of a fine jet, e.g. for use in wind-screen washers
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B1/00—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means
- B05B1/14—Nozzles, spray heads or other outlets, with or without auxiliary devices such as valves, heating means with multiple outlet openings; with strainers in or outside the outlet opening
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- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Epidemiology (AREA)
- General Health & Medical Sciences (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Rehabilitation Therapy (AREA)
- Physical Education & Sports Medicine (AREA)
- Pain & Pain Management (AREA)
- Life Sciences & Earth Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- Veterinary Medicine (AREA)
- Nozzles (AREA)
- Massaging Devices (AREA)
- Brushes (AREA)
- Percussion Or Vibration Massage (AREA)
- Body Washing Hand Wipes And Brushes (AREA)
Description
本発明は、毛穴クレンジングおよびマッサージ装置に関するものであって、より詳細には、ノズル部を介して微細筋洗浄水を噴射するが、毛穴に直射することにより微細筋洗浄水によって皮膚の毛穴およびその周辺に挟まれた汚染物の洗浄が円滑にできることによって皮膚をより清潔に管理できるようにする毛穴クレンジングおよびマッサージ装置に関する。 This invention relates to a pore cleansing and massage device, and more particularly, to a pore cleansing and massage device that sprays micro-cleansing water through a nozzle, directly onto the pores, thereby enabling smooth cleansing of contaminants trapped in and around the pores of the skin, and thus allowing for cleaner skin management.
生活過程で身体、特に皮膚には、ほこりなどの各種汚染物が挟まることがある。
これにシャワーおよび洗髪を実施して皮膚に挟まれた汚染物を洗浄することにより皮膚の清潔を維持している。
しかし、皮膚の微細部位、例えば、毛穴およびその周辺に挟まれた汚染物は、単純なシャワーおよび洗髪だけでは洗浄が容易ではないという問題があった。
During daily life, various contaminants, such as dust, can get trapped in the body, especially the skin.
In addition, skin cleanliness is maintained by showering and washing hair to remove any contaminants trapped in the skin.
However, there was a problem in that contaminants trapped in the microscopic areas of the skin, such as pores and their surroundings, are not easily cleaned by simple showering and washing hair.
すなわち、韓国公開特許第１０－２０２２－００８４６４３号などに開示されたような一般の「シャワーヘッド」を通じて噴射される水柱は、液滴 が相当大きいため、毛穴のような皮膚の微細部位に及ぼしにくく、当該部位に残存する汚染物の洗浄が困難な問題があった。
このとき、毛穴などの皮膚微細部位に残存する汚染物は、皮膚の清潔を阻害するだけでなく、特に皮膚疾患発生の原因となる問題があった。
このような理由で吐出口の直径が微細化され、一般のシャワーヘッドに比べて細い筋の洗浄水の噴射ができるようにするシャワーヘッドなどが提案されている。
しかし、シャワーヘッドなどで吐出口の直径が微細化される場合、洗浄水の噴射が期待に及ばないという問題があった。
In other words, the water column sprayed through a typical "shower head," such as the one disclosed in Korean Published Patent No. 10-2022-0084643, has droplets that are considerably large, making it difficult to reach minute areas of the skin such as pores, and thus making it difficult to wash away any remaining contaminants from those areas.
At that time, contaminants remaining in microscopic areas of the skin, such as pores, not only hindered skin cleanliness but also posed a particular problem as a cause of skin diseases.
For these reasons, showerheads have been proposed that feature a smaller nozzle diameter, allowing for a finer stream of water compared to conventional showerheads.
However, when the diameter of the nozzle is made very small, such as in a showerhead, there was a problem in that the spray of cleaning water did not meet expectations.
すなわち、シャワーヘッドなどで吐出口の直径が微細化される場合、洗浄水の噴射量および噴射圧などが期待に及ばない問題があり、特に吐出口の先端が皮膚または毛髪と接触する場合、毛髪の固まりが発生して遮断膜の役割をするため、洗浄水が噴射されても毛穴に直接及ばず洗浄力が弱くなる問題があった。 In other words, when the diameter of the nozzle is made smaller, such as in a showerhead, there are problems with the amount and pressure of the cleaning water being sprayed not meeting expectations. In particular, when the tip of the nozzle comes into contact with the skin or hair, clumps of hair form, acting as a barrier. Therefore, even if cleaning water is sprayed, it does not directly reach the pores, resulting in reduced cleaning power.
前述の理由から当該分野では、微細筋洗浄水の噴射により毛穴およびその周辺に挟まれた汚染物の洗浄が円滑にできるようにする装置の開発を試みているが、現在までは満足できる結果を得られていない実情である。 For the reasons mentioned above, efforts are being made in this field to develop a device that facilitates the cleaning of contaminants trapped in pores and their surrounding areas by spraying micro-cleansing water. However, to date, satisfactory results have not been achieved.
本発明は、前述のような従来技術の問題点を解消するために提案されたものであって、ノズル部を介して微細筋洗浄水を噴射するが、毛穴に直射することにより微細筋洗浄水によって毛穴およびその周辺に挟まれた汚染物の洗浄が円滑にできるようにする毛穴クレンジングおよびマッサージ装置を提供することにその目的がある。 This invention was proposed to solve the problems of the prior art described above, and aims to provide a pore cleansing and massage device that sprays micro-cleansing water through a nozzle, but by directly spraying it into the pores, the micro-cleansing water can smoothly cleanse contaminants trapped in the pores and their surroundings.
前述の目的を達成するために本発明は、
内部空間を通じて外部から流入する洗浄水を収容するチャンバ部と、前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、前記微細ホールは、前記ノズル部において長手方向につながる通路が形成された複数の突起を支持する支持面にインサート射出される円板部材の複数箇所に前記通路と連通するように形成され、前記微細ホールを通過した前記洗浄水が前記突起それぞれの前記通路を経て微細筋状に噴射されることを特徴とする毛穴クレンジングおよびマッサージ装置を提案する。
To achieve the aforementioned objectives, the present invention provides
The proposed pore cleansing and massage device includes a chamber section that contains cleaning water flowing in from the outside through an internal space, and a nozzle section connected to the chamber section that sprays the cleaning water contained in the chamber section in a plurality of fine streaks through a plurality of fine holes communicating with the internal space of the chamber section, wherein the fine holes are formed at multiple locations on a disc member that is inserted and injected into a support surface that supports a plurality of protrusions having longitudinally connected passages, and the cleaning water that has passed through the fine holes is sprayed in a fine streak through the passages of each of the protrusions.
また、前述の目的を達成するために本発明は、
内部空間を通じて外部から流入する洗浄水を収容するチャンバ部と、前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、前記微細ホールは、前記ノズル部において長手方向につながる通路が形成された複数の突起を支持する支持面の内側に密着配置される円板部材の複数箇所に前記通路と連通するように形成され、前記微細ホールを通過した前記洗浄水が前記突起それぞれの前記通路を経て微細筋状に噴射されることを特徴とする毛穴クレンジングおよびマッサージ装置を提案する。
Furthermore, in order to achieve the aforementioned objectives, the present invention provides
The proposed pore cleansing and massage device includes a chamber section that contains cleaning water flowing in from the outside through an internal space, and a nozzle section connected to the chamber section that sprays the cleaning water contained in the chamber section in a plurality of fine streaks through a plurality of fine holes communicating with the internal space of the chamber section, wherein the fine holes are formed at multiple locations on a disc member that is in close contact with the inside of a support surface that supports a plurality of protrusions having longitudinally connected passages in the nozzle section, and the cleaning water that has passed through the fine holes is sprayed in a fine streak through the passages of each of the protrusions.
また、前述の目的を達成するために本発明は、
内部空間を通じて外部から流入する洗浄水を収容するチャンバ部と、前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、前記微細ホールは、前記ノズル部において長手方向につながる通路が形成された複数の突起を支持する支持面の複数箇所に前記通路と連通するように形成され、前記微細ホールを通過した前記洗浄水が前記ノズルそれぞれの前記通路を介して微細筋状に噴射されることを特徴とする毛穴クレンジングおよびマッサージ装置を提案する。
Furthermore, in order to achieve the aforementioned objectives, the present invention provides
The present invention proposes a pore cleansing and massage device comprising: a chamber portion for containing cleaning water flowing in from the outside through an internal space; and a nozzle portion connected to the chamber portion for spraying the cleaning water contained in the chamber portion in multiple fine streaks through multiple fine holes communicating with the internal space of the chamber portion, wherein the fine holes are formed at multiple locations on a support surface supporting multiple protrusions in the nozzle portion that have longitudinally connected passages, and the cleaning water that has passed through the fine holes is sprayed in multiple streaks through the passages of each nozzle.
また、前述の目的を達成するために本発明は、
内部空間を通じて外部から流入する洗浄水を収容するチャンバ部と、前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、前記微細ホールは、前記ノズル部で複数の突起を支持する支持面の複数箇所に前記突起を向かい合うように形成され、複数箇所のそれぞれに放射状に形成され、前記微細ホールを通過した前記洗浄水が前記突起に放射状に配置される複数の翼のいずれか１つと他の１つとの間を通じて微細筋状に噴射されることを特徴とする毛穴クレンジングおよびマッサージ装置を提案する。
Furthermore, in order to achieve the aforementioned objectives, the present invention provides
The proposed pore cleansing and massage device includes a chamber section that contains cleaning water flowing in from the outside through an internal space, and a nozzle section connected to the chamber section that sprays the cleaning water contained in the chamber section in a plurality of fine streaks through a plurality of fine holes communicating with the internal space of the chamber section, wherein the fine holes are formed at multiple locations on a support surface that supports a plurality of protrusions in the nozzle section, with the protrusions facing each other, and are formed radially at each of the multiple locations, and the cleaning water that has passed through the fine holes is sprayed in a fine streak through one of a plurality of wings arranged radially on the protrusions and another of them.
また、前述の目的を達成するために本発明は、
内部空間を通じて外部から流入する洗浄水を収容するチャンバ部と、前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、前記微細ホールは、前記ノズル部で支持面によって支持される複数の突起それぞれの内側に長手方向につながるように形成される通路先端に放射状に形成され、前記微細ホールを通過した前記洗浄水が前記突起に放射状に配置される複数の翼のいずれか１つと他の１つとの間を通じて微細筋状に噴射されることを特徴とする毛穴クレンジングおよびマッサージ装置を提案する。
Furthermore, in order to achieve the aforementioned objectives, the present invention provides
The present invention proposes a pore cleansing and massage device comprising: a chamber portion for containing cleaning water flowing in from the outside through an internal space; and a nozzle portion connected to the chamber portion for spraying the cleaning water contained in the chamber portion in a plurality of fine streaks through a plurality of fine holes communicating with the internal space of the chamber portion, wherein the fine holes are formed radially at the ends of passages formed so as to connect longitudinally inside each of a plurality of protrusions supported by a support surface of the nozzle portion, and the cleaning water that has passed through the fine holes is sprayed in a fine streak through the space between one of a plurality of wings arranged radially on the protrusions.
また、前述の目的を達成するために本発明は、
内部空間を通じて外部から流入する洗浄水を収容するチャンバ部と、前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、前記微細ホールは、前記ノズル部で支持面によって支持される円錐形の複数の突起それぞれの内側に長手方向につながるように形成される通路先端部の周囲に沿って放射状に形成され、前記微細ホールを通過した前記洗浄水が前記通路先端部の周囲から微細筋状に噴射されることを特徴とする毛穴クレンジングおよびマッサージ装置を提案する。
Furthermore, in order to achieve the aforementioned objectives, the present invention provides
The present invention proposes a pore cleansing and massage device comprising: a chamber portion for containing cleaning water flowing in from the outside through an internal space; and a nozzle portion connected to the chamber portion for spraying the cleaning water contained in the chamber portion in a plurality of fine streaks through a plurality of fine holes communicating with the internal space of the chamber portion, wherein the fine holes are formed radially along the periphery of a passage tip formed so as to connect longitudinally inside each of a plurality of conical protrusions supported by a support surface of the nozzle portion, and the cleaning water that has passed through the fine holes is sprayed in a fine streak from around the passage tip.
本発明による毛穴クレンジングおよびマッサージ装置は、ノズル部が微細ホールを含んでおり、チャンバ部からノズル部へ流動する洗浄水が微細ホールを通過するにつれて微細筋状に噴射できるため、微細筋洗浄水を使用者皮膚の毛穴およびその周辺に及ぼすことにより毛穴およびその周辺に挟まれた汚染物の洗浄が円滑にできるため、皮膚をより清潔に管理することができる。 The pore cleansing and massage device according to the present invention has a nozzle section containing micro-holes. As the cleansing water flows from the chamber section to the nozzle section, it can be sprayed in a fine, streaky pattern as it passes through the micro-holes. This allows for smooth cleaning of contaminants trapped in and around the pores of the user's skin, thus enabling cleaner skin management.
また、本発明による毛穴クレンジングおよびマッサージ装置は、ノズル部に複数の突起が設けられており、各突起の先端が皮膚と接触することによりマッサージが行われるだけでなく、突起が微細ホールに向かう毛髪の接近を遮断することにより毛髪による微細ホールの詰まりが防止されながら、洗浄水の微細筋の形が完全に維持できるため、微細ホールを介する洗浄水の微細筋状の噴射が持続的に円滑にできる。 Furthermore, the pore cleansing and massage device according to the present invention has multiple protrusions on the nozzle. The tips of each protrusion not only perform massage when they come into contact with the skin, but the protrusions also block hair from approaching the micro-holes, preventing clogging of the micro-holes. This ensures that the shape of the micro-strands of cleansing water is perfectly maintained, allowing for a continuous and smooth spray of cleansing water in micro-strands through the micro-holes.
また、本発明による毛穴クレンジングおよびマッサージ装置は、ノズル部の突起先端に傾斜面が設けられており、傾斜面により突起の内側通路が幅広く開放できるため、洗浄水の噴射過程で通路内部での真空形成が防止され、微細ホールを介して洗浄水が相互間の衝突なしに微細筋状に円滑に噴射できる。 Furthermore, the pore cleansing and massage device according to the present invention has an inclined surface at the tip of the projection of the nozzle. This inclined surface allows for a wide opening of the inner passage of the projection, preventing vacuum formation within the passage during the spraying process of the cleansing water. As a result, the cleansing water can be smoothly sprayed in fine strands through the micro-holes without collision.
また、本発明による毛穴クレンジングおよびマッサージ装置は、ノズル部の突起の一側にスリットが形成されており、通路とともにスリットによっても突起の開放が行われ得るため、洗浄水の噴射過程で通路内部での真空形成が防止され、微細ホールを介して洗浄水が相互間の衝突なしに微細筋状に円滑に噴射できる。 Furthermore, the pore cleansing and massage device according to the present invention has a slit formed on one side of the projection of the nozzle. Since the projection can be opened both by the passage and the slit, vacuum formation within the passage is prevented during the spraying process of the cleansing water. This allows the cleansing water to be smoothly sprayed in fine strands through the micro-holes without collision.
また、本発明による毛穴クレンジングおよびマッサージ装置は、ノズル部の突起が前後に流動する可動部材を含み得、可動部材の前後流動が行われることによって皮膚の屈曲部位などに安定的に接触でき、皮膚と接触するときに摩擦力が調節されて皮膚の屈曲部位などでの移動が容易になるため、皮膚上での移動によって毛髪の分けが円滑になり、毛髪を避けて毛穴に洗浄水の直射ができるだけでなく、皮膚が屈曲してもマッサージがスムーズにできる。 Furthermore, the pore cleansing and massage device according to the present invention may include a movable member whose nozzle projection moves back and forth. This back-and-forth movement of the movable member allows for stable contact with curved areas of the skin. The frictional force is adjusted upon contact with the skin, facilitating movement in curved areas. This movement on the skin facilitates smooth hair separation, allowing for direct spraying of cleansing water into the pores while avoiding hair, and enabling smooth massage even when the skin is curved.
また、本発明による毛穴クレンジングおよびマッサージ装置は、ノズル部の可動部材が電源印加によって微小電流を放出する伝導体チップを含み得、突起接触による皮膚マッサージ過程でチップを介して微小電流の放出が行われることによって皮膚に電気刺激が加えられるようになるため、突起接触による皮膚マッサージ効果をさらに高めることができる。 Furthermore, the pore cleansing and massage device according to the present invention may include a conductive tip in the movable member of the nozzle that emits a minute current when power is applied. Since the emission of this minute current through the tip during the skin massage process via protrusion contact applies electrical stimulation to the skin, the skin massage effect via protrusion contact can be further enhanced.
また、産業全般に存在する表面粗さが激しいところに直噴射で洗浄するすべての場所の汚染物質を洗浄するのにも優れた効果がある。すなわち、フィルター、果物、野菜、機器表面、機器内部などの汚染物質の洗浄が円滑にできるため、産業上の活用効果も増大する。 Furthermore, it is highly effective in cleaning contaminants in all areas with rough surfaces, such as those found throughout industry, through direct spraying. In other words, it facilitates the smooth cleaning of contaminants on filters, fruits, vegetables, equipment surfaces, and equipment interiors, thus increasing its industrial applicability.
以下、添付図面に基づいて本発明を詳細に説明すると、以下の通りである。
図１および図２に示すように、本発明による毛穴クレンジングおよびマッサージ装置Ａは、チャンバ部２００およびノズル部３００を含む。
本発明のチャンバ部２００は、内部空間２１０を介して外部から流入する洗浄水を収容する。
このとき、チャンバ部２００は、外周面の周囲に沿って凹面（図面符号未表示）が形成されることによって、凹面によって把持が容易である。
The present invention will now be described in detail based on the attached drawings.
As shown in Figures 1 and 2, the pore cleansing and massage device A according to the present invention includes a chamber section 200 and a nozzle section 300.
The chamber portion 200 of the present invention contains cleaning water that flows in from the outside through the internal space 210.
In this case, the chamber portion 200 has a concave surface (not shown in the drawing reference numerals) formed around its outer circumference, which facilitates gripping.
一方、チャンバ部２００は、一端が洗浄水供給管（図示せず）と連結されることによって、洗浄水供給管を通じて供給される洗浄水が内部空間２１０に収容できる。
ここで、洗浄水供給管は、例えば、水栓（図示せず）などに連結されることによって、洗浄水の供給を安定して行い得る。
On the other hand, one end of the chamber section 200 is connected to a cleaning water supply pipe (not shown), so that the cleaning water supplied through the cleaning water supply pipe can be contained in the internal space 210.
Here, the cleaning water supply pipe can be connected to a faucet (not shown) or the like, for example, to ensure a stable supply of cleaning water.
本発明のノズル部３００は、チャンバ部２００に結合され、チャンバ部２００の内部空間２１０と連通する複数の微細ホールＨを介してチャンバ部２００に収容された洗浄水を複数の微細筋状に噴射、より具体的に直射する。
このとき、ノズル部３００とチャンバ部２００との連結は、通常のいかなる方式によって行われても構わず、その一例としては螺旋かみ合い方式であり得る。
The nozzle portion 300 of the present invention is coupled to the chamber portion 200 and sprays the cleaning water contained in the chamber portion 200 in multiple fine streaks through multiple fine holes H that communicate with the internal space 210 of the chamber portion 200, or more specifically, directs it.
In this case, the connection between the nozzle section 300 and the chamber section 200 can be made by any conventional method, one example of which is a helical interlocking method.
このようなノズル部３００で微細ホールＨは、図４に示すように、ノズル部３００において長手方向につながる通路３１１が形成された複数の突起３１０を支持する支持面３２０にインサート射出される円板部材３３０の複数箇所に通路３１１と連通して形成され得る。
したがって、微細ホールＨを通過した洗浄水が突起３１０のそれぞれの通路３１１を経て微細筋状に噴射できる。
In such a nozzle portion 300, as shown in Figure 4, fine holes H can be formed at multiple locations on a disc member 330 that is inserted and injected into a support surface 320 that supports a plurality of protrusions 310, each having a longitudinally connected passage 311 formed in the nozzle portion 300, and these holes H communicate with the passage 311.
Therefore, the cleaning water that has passed through the micro-holes H can be sprayed in a fine, streaky manner through each of the passages 311 of the projections 310.
微細ホールＨが支持面３２０にインサート射出される円板部材３３０の複数箇所に形成されるとき、ノズル部３００の突起３１０は、支持面３２０から遠距離に位置する一端に一定の角度で形成される傾斜面３１２を含むことによって、傾斜面３１２によって突起３１０の先端で通路３１１の開放が幅広く行われ得る。
一方、微細ホールＨは、その直径が０．０５～０．２ｍｍであることにより洗浄水が微細筋状に噴射できる。
そして、微細ホールＨは、各箇所に群がって配置され得る。
したがって、各箇所で複数の微細筋洗浄水の噴射が行われ得る。
When micro-holes H are formed at multiple locations on the disc member 330 that is inserted and injected into the support surface 320, the projection 310 of the nozzle portion 300 includes an inclined surface 312 formed at a certain angle at one end located at a distance from the support surface 320, thereby allowing the opening of the passage 311 at the tip of the projection 310 to be wide.
On the other hand, the micro-holes H, with a diameter of 0.05 to 0.2 mm, allow the cleaning water to be sprayed in a fine, streaky pattern.
Furthermore, the micro-holes H can be arranged in clusters at various locations.
Therefore, multiple fine-needle cleaning water jets may be sprayed at each location.
また、微細ホールＨは、図５に示すように、ノズル部３００において長手方向につながる通路３１１が形成された複数の突起３１０を支持する支持面３２０の内側に密着配置される円板部材３３０の複数箇所に通路３１１と連通するように形成され得る。
したがって、微細ホールＨを通過した洗浄水が突起３１０のそれぞれの通路３１１を経て微細筋状に噴射できる。
Furthermore, as shown in Figure 5, the micro-holes H can be formed at multiple locations on a disc member 330 that is in close contact with the passages 311, which are formed in the nozzle portion 300 and support multiple protrusions 310, and which support a support surface 320.
Therefore, the cleaning water that has passed through the micro-holes H can be sprayed in a fine, streaky manner through each of the passages 311 of the projections 310.
微細ホールＨが支持面３２０の内側に密着配置される円板部材３３０の複数箇所に形成されるとき、ノズル部３００の突起３１０は、支持面３２０から遠距離に位置する一端に一定の角度で形成される傾斜面３１２を含むことによって、傾斜面３１２によって突起３１０の先端で通路３１１の開放が幅広く行われ得る。 When micro-holes H are formed at multiple locations on the disc member 330, which is closely positioned inside the support surface 320, the projection 310 of the nozzle portion 300 includes an inclined surface 312 formed at a certain angle at one end located at a distance from the support surface 320. This inclined surface 312 allows for a wider opening of the passage 311 at the tip of the projection 310.
そして、微細ホールＨが支持面３２０の内側に密着配置される円板部材３３０の複数箇所に形成されるとき、ノズル部３００の突起３１０は、図６に示すように、支持面３２０に隣接する傾斜面３１２の一端から長手方向につながるように形成されるスリット３１３をさらに含むことによって、スリット３１３によっても突起３１０の開放が行われ得る。 Furthermore, when multiple micro-holes H are formed on the disc member 330, which is closely positioned inside the support surface 320, the projection 310 of the nozzle portion 300 may also be opened by the slit 313, which is formed to extend longitudinally from one end of the inclined surface 312 adjacent to the support surface 320, as shown in Figure 6.
また、微細ホールＨは、図７に示すように、ノズル部３００において長手方向につながる通路３１１が形成された複数の突起３１０を支持する支持面３２０の複数箇所に通路３１１と連通して形成され得る。
したがって、微細ホールＨを通過した洗浄水が突起３１０のそれぞれの通路３１１を経て微細筋状に噴射できる。
Furthermore, as shown in Figure 7, the micro-holes H can be formed in multiple locations on the support surface 320 that supports the multiple protrusions 310, each having a longitudinally connected passage 311, and communicate with the passage 311.
Therefore, the cleaning water that has passed through the micro-holes H can be sprayed in a fine, streaky manner through each of the passages 311 of the projections 310.
微細ホールＨが支持面３２０の複数箇所に形成されるとき、ノズル部３００の突起３１０は、支持面３２０から遠距離に位置する一端に一定の角度で形成される傾斜面３１２を含むことによって、傾斜面３１２によって突起３１０の先端で通路３１１の開放が幅広く行われ得る。 When multiple micro-holes H are formed on the support surface 320, the projection 310 of the nozzle portion 300 includes an inclined surface 312 formed at a certain angle at one end located far from the support surface 320. This inclined surface 312 allows for a wider opening of the passage 311 at the tip of the projection 310.
そして、微細ホールＨが支持面３２０の複数箇所に形成されるとき、微細ホールＨは、図８に示すように、通路３１１の外側の支持面３２０の複数箇所にさらに形成されることによって、通路３１１の外側微細ホールＨを介しても微細筋状の洗浄水の噴射が行われ得る。 Furthermore, when multiple micro-holes H are formed on the support surface 320, as shown in Figure 8, additional micro-holes H are formed on multiple locations on the support surface 320 outside the passage 311, allowing for the spraying of fine, streaky cleaning water through the micro-holes H on the outside of the passage 311.
また、微細ホールＨは、図９から図１１に示すように、ノズル部３００において突起３１０を支持する支持面３２０の複数箇所に突起３１０を向かい合うように形成されるが、複数箇所のそれぞれに放射状に形成され得る。 Furthermore, as shown in Figures 9 to 11, the micro-holes H are formed at multiple locations on the support surface 320 that supports the projection 310 in the nozzle portion 300, with the projection 310 facing the support surface. However, they can also be formed radially at each of these multiple locations.
したがって、微細ホールＨを通過した洗浄水は、突起３１０に放射状に配置された複数の翼３１４のいずれか１つと他の１つとの間を介して微細筋状に噴射できる。 Therefore, the cleaning water that has passed through the micro-holes H can be sprayed in a fine streak pattern between one of the multiple vanes 314 arranged radially on the projection 310 and another of them.
微細ホールＨが支持面３２０の複数箇所のそれぞれに放射状に形成されるとき、突起３１０の翼３１４は、先端に進むと次第に幅が狭くなるように形成されることによって、翼３１４を含む突起３１０の先端が尖ることができ、突起３１０の先端が毛髪の間に簡単に浸透することによって毛髪の分け（突起の間に毛髪を誘導すること）が容易にできるだけでなく、皮膚１０との接触によるマッサージがスムーズにできる。 When the micro-holes H are formed radially at multiple locations on the support surface 320, the wings 314 of the projection 310 are formed so that their width gradually narrows towards the tip. This allows the tip of the projection 310, including the wings 314, to become pointed, making it easy to separate the hair (guide the hair between the projections) and allowing for smooth massage through contact with the skin 10.
そして、微細ホールＨが支持面３２０の複数箇所のそれぞれに放射状に形成されるとき、突起３１０の翼３１４の数に制限はなく、その例としては、図１０または図１１に示すように３つまたは４つであり得る。 Furthermore, when the micro-holes H are formed radially at multiple locations on the support surface 320, there is no limit to the number of wings 314 on the projection 310; for example, there may be three or four, as shown in Figure 10 or Figure 11.
また、微細ホールＨは、図１２に示すように、ノズル部３００において支持面３２０によって支持される複数の突起３１０のそれぞれの内側に長手方向につながるように形成された通路３１１の先端に放射状に形成され得る。 Furthermore, as shown in Figure 12, the micro-holes H can be formed radially at the tips of passages 311 that are formed to connect longitudinally inside each of the multiple protrusions 310 supported by the support surface 320 in the nozzle portion 300.
したがって、微細ホールＨを通過した洗浄水は、突起３１０に放射状に配置された複数の翼３１４のいずれか１つと他の１つとの間を介して微細筋状に噴射できる。 Therefore, the cleaning water that has passed through the micro-holes H can be sprayed in a fine streak pattern between one of the multiple vanes 314 arranged radially on the projection 310 and another of them.
微細ホールＨが突起３１０の通路３１１の先端に放射状に形成されるとき、突起３１０の翼３１４は、先端に進むと次第に幅が狭くなるように形成されることによって、翼３１４を含む突起３１０の先端が尖ることができ、突起３１０の先端が毛髪の間に簡単に浸透することによって毛髪の分けが容易にできるだけでなく、皮膚１０との接触によるマッサージがスムーズにできる。 When the micro-holes H are formed radially at the tip of the passage 311 of the projection 310, the wings 314 of the projection 310 are formed so that they gradually narrow towards the tip. This allows the tip of the projection 310, including the wings 314, to become pointed, making it easy to separate the hair by allowing the tip of the projection 310 to easily penetrate between the hairs, and also facilitating smooth massage through contact with the skin 10.
そして、微細ホールＨが突起３１０の通路３１１の先端に放射状に形成されるとき、突起３１０の翼３１４の数に制限はなく、その例としては３つまたは４つであり得る。 Furthermore, when the micro-holes H are formed radially at the tip of the passage 311 of the projection 310, there is no limit to the number of wings 314 of the projection 310; for example, there may be three or four.
そして、微細ホールＨが突起３１０の通路３１１の先端に放射状に形成されるとき、支持面３２０は、通路３１１の周囲に沿って形成される螺旋溝３２１を含むことによって、チャンバ部２００の洗浄水が螺旋溝３２１に乗って旋回流動することによって通路３１１内側への流入が円滑にできる。 Furthermore, when the micro-holes H are formed radially at the tip of the passage 311 of the projection 310, the support surface 320 includes a helical groove 321 formed along the periphery of the passage 311. This allows the cleaning water from the chamber section 200 to flow smoothly into the passage 311 by swirling along the helical groove 321.
そして、微細ホールＨが突起３１０の通路３１１の先端に放射状に形成されるとき、微細ホールＨの中心は、突起３１０の中心と並んでいるか、または突起３１０の中心とずれて前方に向かって外側に１０～２０°傾くことができる。 Furthermore, when the micro-holes H are formed radially at the tip of the passage 311 of the projection 310, the center of the micro-holes H can be aligned with the center of the projection 310, or it can be offset from the center of the projection 310 and tilted outward toward the front by 10 to 20°.
微細ホールＨの中心が突起３１０の中心とずれて 外側に傾くことによって、微細ホールＨを介して微細筋状に噴射される洗浄水が皮膚１０表面により幅広く及ぶことができる。 By offsetting the center of the micro-hole H from the center of the projection 310 and tilting outward, the cleansing water sprayed in a micro-stripe pattern through the micro-hole H can reach a wider area of the skin surface 10.
また、微細ホールＨが突起３１０の通路３１１先端に放射状に形成されるとき、複数の突起３１０は、図１３に示すように、ゴムまたはシリコンなどの柔軟材質で別途製作され、支持面３２０にはめ込み結合されることによって、突起３１０の接触による皮膚１０のマッサージ時の突起３１０の材質特性により過度の刺激が抑制できる。 Furthermore, when the micro-holes H are formed radially at the tip of the passage 311 of the projection 310, the multiple projections 310 are separately manufactured from a flexible material such as rubber or silicone, as shown in Figure 13, and fitted and bonded to the support surface 320. This allows for the suppression of excessive irritation during skin massage caused by contact with the projections 310, due to the material properties of the projections 310.
また、微細ホールＨが突起３１０の通路３１１先端に放射状に形成されるとき、突起３１０は、図１４に示すように、翼３１４の配置中心を貫通するが、前後に流動可能に結合される可動部材３１５を含むことによって、可動部材３１５の前後流動が行われることによって皮膚の屈曲部位などに安定的に接触でき、皮膚と接触するときに摩擦力が調節されて皮膚の屈曲部位などでの移動が容易になるため、皮膚上での移動により毛髪の分けが円滑になり、毛髪を避けて毛穴に洗浄水の直射ができるだけでなく、皮膚が屈曲してもマッサージがスムーズにできる。 Furthermore, when the micro-holes H are formed radially at the tip of the passage 311 of the projection 310, the projection 310, as shown in Figure 14, penetrates the center of the arrangement of the wing 314. By including a movable member 315 that is connected to allow for forward and backward movement, the forward and backward movement of the movable member 315 allows for stable contact with curved areas of the skin. The frictional force is adjusted when in contact with the skin, facilitating movement in curved areas of the skin. This movement on the skin allows for smoother hair separation, enabling direct spraying of cleansing water into the pores while avoiding hair, and also allowing for smooth massage even when the skin is curved.
このとき、可動部材３１５は、突起３１０の通路３１１内側につながる長手方向の末端がコイルばねなどの弾性体３１５ａによって弾力的に支持されることによって、加圧により挿入状態で加圧解除がなされるとき、弾性体３１５ａの伸張力が作用することによって挿入前の状態、言い換えれば突出状態に自動復帰できる。 In this case, the movable member 315 is elastically supported by an elastic body 315a, such as a coil spring, at its longitudinal end connected to the inside of the passage 311 of the projection 310. Therefore, when the pressure is released from the inserted state due to pressure, the elastic force of the elastic body 315a acts to automatically return the movable member to its pre-insertion state, or in other words, the protruding state.
また、可動部材３１５は、図１５に示すように、電源が印加されるにつれて微小電流を放出する伝導体チップ３１５ｂを含むことによって、チップ３１５ｂが皮膚１０に接触して微小電流を放出するにつれてマッサージ効果を高めることができる。 Furthermore, as shown in Figure 15, the movable member 315 includes a conductive tip 315b that emits a minute current when power is applied. This allows the massage effect to be enhanced as the tip 315b contacts the skin 10 and emits the minute current.
ここで、チップ３１５ｂは、電源が印加されるにつれて微小電流を放出することができるものであれば、通常のいかなる構造および方式のものであっても構わないため、チップ３１５ｂに関する詳細な説明は省略する。
一方、チップ３１５ｂへの電源供給は、チャンバ部２００の外面に取り付けられたバッテリ（図示せず）を介して行われ得る。
このとき、チップ３１５ｂとバッテリとの間には、配線（図面符号未表示）が連結される。
Here, since the chip 315b can be of any ordinary structure and type as long as it is capable of releasing a small current as power is applied, a detailed explanation of the chip 315b is omitted.
On the other hand, power can be supplied to the chip 315b via a battery (not shown) attached to the outer surface of the chamber 200.
At this time, wiring (not shown in the diagram) is connected between the chip 315b and the battery.
また、微細ホールＨは、図１６に示すように、ノズル部３００において支持面３２０によって支持される円錐状の複数の突起３１０のそれぞれの内側に長手方向につながるように形成された通路３１１の先端部の周囲に沿って放射状に形成され得る。
したがって、微細ホールＨを通過した洗浄水は、通路３１１の先端部の周囲から微細筋状に噴射することができる。
Furthermore, as shown in Figure 16, the micro-holes H can be formed radially around the tip of a passage 311 that is formed to connect longitudinally inside each of the conical protrusions 310 supported by the support surface 320 in the nozzle portion 300.
Therefore, the cleaning water that has passed through the micro-holes H can be sprayed in a fine streak from around the tip of the passage 311.
微細ホールＨが突起３１０の通路３１１の先端部の周囲に沿って放射状に形成されるとき、支持面３２０は、通路３１１の周囲に沿って形成された螺旋溝３２１を含むことによって、チャンバ部２００の洗浄水が螺旋溝３２１に乗って旋回流動することによって通路３１１内側への流入が円滑にできる。
本発明による毛穴クレンジングおよびマッサージ装置Ａによる毛穴１１の洗浄について詳細に説明すると、以下の通りである。
本発明のチャンバ部２００は、内部空間２１０を含み、内部空間２１０によって外部から流入する洗浄水の収容が行われ得る。
そして、本発明のノズル部３００には、微細ホールＨが形成されており、微細ホールＨによって洗浄水の微細筋の噴射、より具体的に直射が行われ得る。
ただし、ノズル部３００に微細ホールＨを形成する過程では、煩わしさが伴うことがある。
When the micro-holes H are formed radially around the tip of the passage 311 of the projection 310, the support surface 320 includes a helical groove 321 formed around the passage 311, which allows the cleaning water from the chamber 200 to flow smoothly into the inside of the passage 311 by swirling along the helical groove 321.
The cleansing of pores 11 using the pore cleansing and massage device A according to the present invention will be described in detail as follows.
The chamber portion 200 of the present invention includes an internal space 210, which can accommodate cleaning water flowing in from the outside.
Furthermore, the nozzle portion 300 of the present invention has fine holes H formed in it, which enable the spraying of cleaning water in fine spurts, or more specifically, direct spraying.
However, the process of forming the fine holes H in the nozzle portion 300 can be cumbersome.
しかし、本発明の一実施形態によると、微細ホールＨは、ノズル部３００で長手方向につながる通路３１１が形成された複数の突起３１０を支持する支持面３２０にインサート射出される円板部材３３０の複数箇所に通路３１１と連通して形成され得、円板部材３３０に微細ホールＨを形成することによって微細ホールＨの形成が比較的簡単に行われ得るため、微細ホールＨの形成に伴う煩わしさを少なくすることができる。 However, according to one embodiment of the present invention, the micro-holes H can be formed at multiple locations on a disc member 330 that is insert-injected into a support surface 320 that supports multiple protrusions 310, each having a longitudinally connected passage 311 formed in the nozzle portion 300. Since the formation of the micro-holes H can be carried out relatively easily by forming the micro-holes H on the disc member 330, the hassle associated with forming the micro-holes H can be reduced.
このとき、微細ホールＨを通過した洗浄水は、突起３１０のそれぞれの通路３１１を経て微細筋状に噴射され、図３に示すように、突起３１０を包むことによって微細筋洗浄水と毛髪の接触が遮断されるため、微細筋洗浄水、言い換えれば微細液滴の洗浄水が皮膚１０の毛穴１１およびその周辺に円滑に伝達でき、毛穴１１およびその周辺に挟まれた汚染物２０の洗浄が円滑にできる。 At this time, the cleaning water that has passed through the micro-holes H is sprayed in a fine-stripe pattern through each of the passages 311 of the projections 310. As shown in Figure 3, the contact between the fine-stripe cleaning water and the hair is blocked by enclosing the projections 310. Therefore, the fine-stripe cleaning water, or in other words, the cleaning water in the form of fine droplets, can be smoothly transmitted to the pores 11 and their surroundings in the skin 10, and contaminants 20 trapped in the pores 11 and their surroundings can be smoothly cleaned.
ここで、ノズル部３００の突起３１０は、支持面３２０から遠距離に位置する一端に一定の角度で形成される傾斜面３１２を含み、傾斜面３１２によって突起３１０の先端で通路３１１の開放が幅広く行われ得るため、洗浄水の噴射過程で通路３１１内部での真空形成が防止でき、微細ホールＨによる洗浄水の微細筋状の噴射がより円滑にできる。
ただし、円板部材３３０のインサート射出過程では、煩わしさが伴うことがある。
Here, the projection 310 of the nozzle portion 300 includes an inclined surface 312 formed at a certain angle at one end located far from the support surface 320. The inclined surface 312 allows for a wide opening of the passage 311 at the tip of the projection 310, thereby preventing the formation of a vacuum inside the passage 311 during the spraying process of the cleaning water, and enabling smoother spraying of the cleaning water in fine streaks by the fine holes H.
However, the insert injection process for the disc member 330 can be cumbersome.
しかし、本発明の他の実施形態によると、微細ホールＨは、ノズル部３００において長手方向につながる通路３１１が形成された複数の突起３１０を支持する支持面３２０内側に密着配置される円板部材３３０の複数箇所に通路３１１と連通して形成され得、円板部材３３０をインサート射出せずに単純に支持面３２０の内側に配置するだけで洗浄水の微細筋状の噴射が行われ得るため、円板部材３３０のインサート射出に伴う煩わしさおよび賃率低下を少なくすることができる。 However, according to another embodiment of the present invention, the micro-holes H can be formed at multiple locations on a disc member 330, which is closely positioned inside the support surface 320 that supports the multiple protrusions 310, each having longitudinally connected passages 311 in the nozzle portion 300. Since the fine, streaky spray of cleaning water can be achieved simply by placing the disc member 330 inside the support surface 320 without insert injection, the inconvenience and cost reduction associated with insert injection of the disc member 330 can be reduced.
このとき、支持面３２０の内側に密着配置される円板部材３３０の複数箇所に形成される微細ホールＨを通過した洗浄水も突起３１０それぞれの通路３１１を経て微細筋状に噴射され、突起３１０の包みにより微細筋洗浄水と毛髪との接触が遮断されるため、微細筋洗浄水が皮膚１０の毛穴１１およびその周辺に円滑に伝達でき、毛穴１１およびその周辺に挟まれた汚染物２０の洗浄が円滑にできる。 At this time, the cleaning water that has passed through multiple micro-holes H formed in the disc member 330, which is closely positioned inside the support surface 320, is also sprayed in a fine-stripe pattern through the passages 311 of each projection 310. Because the projection 310 prevents contact between the fine-stripe cleaning water and the hair, the fine-stripe cleaning water can be smoothly transmitted to the pores 11 and their surroundings in the skin 10, allowing for smooth cleaning of contaminants 20 trapped in the pores 11 and their surroundings.
さらに、微細ホールＨが支持面３２０の内側に密着配置される円板部材３３０の複数箇所に形成されるとき、突起３１０は、支持面３２０に隣接する傾斜面３１２の一端から長手方向につながるように形成されるスリット３１３をさらに含み得、スリット３１３によっても突起３１０の開放が行われ得るため、洗浄水の噴射過程で通路３１１内部での真空形成が防止でき、微細ホールＨを介した洗浄水の微細筋状の噴射がより円滑にできる。 Furthermore, when multiple micro-holes H are formed at multiple locations on the disc member 330, which is closely positioned inside the support surface 320, the projection 310 may further include a slit 313 formed to extend longitudinally from one end of the inclined surface 312 adjacent to the support surface 320. Since the projection 310 can also be opened by the slit 313, vacuum formation inside the passage 311 during the cleaning water injection process can be prevented, and the fine, streaky injection of cleaning water through the micro-holes H can be made smoother.
また、本発明の他の実施形態によると、微細ホールＨは、ノズル部３００において長手方向につながる通路３１１が形成された複数の突起３１０を支持する支持面３２０の複数箇所に通路３１１と連通して形成され得、円板部材３３０自体を設けなくても、洗浄水の微細筋状の噴射が行われ得、製造コストおよび生産組立管理コストを削減できる。 Furthermore, according to another embodiment of the present invention, the micro-holes H can be formed at multiple locations on the support surface 320 that supports the multiple protrusions 310, each having a longitudinally connected passage 311 in the nozzle portion 300, communicating with the passage 311. This allows for the fine, streaky spray of cleaning water without the need for the disc member 330 itself, thereby reducing manufacturing costs and production assembly management costs.
このとき、微細ホールＨは、通路３１１外側の支持面３２０の複数箇所にさらに形成され得、通路３１１外側の微細ホールＨを介しても微細筋状の洗浄水の噴射が行われ得るため、これにより特に毛髪の分けによって突起３１０の間に挟まれた毛髪などの洗浄が円滑にできる。 In this case, multiple micro-holes H may be further formed on the support surface 320 outside the passage 311. Since fine, streaky spray of cleaning water can also be performed through the micro-holes H outside the passage 311, this allows for smoother cleaning of hair and other debris, particularly hair caught between the protrusions 310 due to hair parting.
また、本発明の他の実施形態によると、微細ホールＨは、ノズル部３００において突起３１０を支持する支持面３２０の複数箇所に突起３１０を向かい合うように形成されており、複数箇所のそれぞれに放射状に形成され得る。 Furthermore, according to another embodiment of the present invention, the micro-holes H are formed at multiple locations on the support surface 320 that supports the projection 310 in the nozzle portion 300, with the projection 310 facing the support surface 320, and can be formed radially at each of the multiple locations.
このとき、微細ホールＨを通過した洗浄水は、突起３１０に放射状に配置された複数の翼３１４のいずれか１つと他の１つとの間を通じて微細筋状に噴射されるため、複数の翼３１４によって毛髪との接触が遮断されてその噴射形態が完全に維持され、毛穴１１およびその周辺に及ぶことになるため、毛穴１１およびその周辺に挟まれた汚染物２０の洗浄が円滑にできる。 At this time, the cleaning water that has passed through the micro-holes H is sprayed in a fine filament pattern through the gap between one of the multiple wings 314 radially arranged on the projection 310 and another of them. Because the multiple wings 314 prevent contact with the hair, the spray pattern is completely maintained, and the water reaches the hair follicle 11 and its surroundings, thus enabling smooth cleaning of contaminants 20 trapped in the hair follicle 11 and its surroundings.
ここで、突起３１０の翼３１４は、先端に進むと徐々に幅が狭くなるように形成されることによって、翼３１４を含む突起３１０の先端が尖ることができ、突起３１０の先端、より具体的には、翼３１４の先端によって毛髪の間に簡単に浸透することができ、毛髪の分けが容易にできるだけでなく、皮膚マッサージがスムーズにできる。 Here, the wings 314 of the projection 310 are formed so that they gradually narrow towards the tip, allowing the tip of the projection 310, including the wings 314, to become pointed. This allows the tip of the projection 310, more specifically the tip of the wings 314, to easily penetrate between the hairs, facilitating not only hair parting but also smooth skin massage.
ただし、支持面３２０の複数箇所のそれぞれに放射状に形成された微細ホールＨは、突起３１０の長さによって皮膚１０から相当な距離離隔するため、毛髪の干渉などによって毛穴１１およびその周辺への洗浄水の伝達が低下することがある。 However, because the micro-holes H, which are radially formed at multiple locations on the support surface 320, are separated from the skin 10 by a considerable distance due to the length of the protrusions 310, the transmission of cleansing water to the hair follicles 11 and their surroundings may be reduced due to interference from hair, etc.
しかし、本発明の他の実施形態によると、微細ホールＨは、ノズル部３００において支持面３２０によって支持される複数の突起３１０のそれぞれの内側に長手方向につながるように形成された通路３１１の先端に放射状に形成され得、微細ホールＨが皮膚１０により近づくことができ、微細筋洗浄水が毛穴１１およびその周辺により円滑に伝達できるため、微細筋洗浄水による毛穴１１およびその周辺の汚染物２０の洗浄がより円滑にできる。 However, according to another embodiment of the present invention, the micro-holes H may be formed radially at the tips of passages 311 formed longitudinally inside each of the multiple protrusions 310 supported by the support surface 320 in the nozzle portion 300. This allows the micro-holes H to get closer to the skin 10, and the micro-muscle cleansing water to be transmitted more smoothly to the pores 11 and their surroundings, thus enabling smoother cleaning of contaminants 20 in the pores 11 and their surroundings by the micro-muscle cleansing water.
このとき、支持面３２０は、通路３１１の周囲に沿って形成された螺旋溝３２１を含んでおり、チャンバ部２００の洗浄水が螺旋溝３２１に乗って旋回流動することによって通路３１１の内側に円滑に流入でき、微細筋洗浄水の噴射がより円滑にできる。 In this configuration, the support surface 320 includes a helical groove 321 formed along the periphery of the passage 311. The cleaning water from the chamber 200 flows smoothly into the passage 311 by swirling along the helical groove 321, allowing for smoother spraying of the fine-muscle cleaning water.
そして、微細ホールＨが突起３１０の通路３１１先端に放射状に形成されるとき、微細ホールＨの中心は、突起３１０の中心と並んでいるか、または突起３１０の中心とずれて前方に向かって外側に１０～２０°傾くことができ、特に、突起３１０の中心とずれて前方に傾くことによって、各微細ホールＨを介して微細筋状に噴射される洗浄水が皮膚１０の表面により幅広く及ぶことができる。 Furthermore, when the micro-holes H are formed radially at the tip of the passage 311 of the projection 310, the center of the micro-holes H can be aligned with the center of the projection 310, or it can be offset from the center of the projection 310 and tilted outward toward the front by 10 to 20°. In particular, by being offset from the center of the projection 310 and tilted forward, the cleansing water sprayed in a micro-stripe pattern through each micro-hole H can reach a wider area of the skin 10.
また、微細ホールＨが突起３１０の通路３１１先端に放射状に形成されるとき、複数の突起３１０は、ゴムやシリコンなどの柔軟材質で別途作製され、支持面３２０にはめ込み結合されることができ、突起３１０の接触による皮膚１０のマッサージ時の突起３１０の材質特性によって過度の刺激が抑制でき、マッサージがスムーズにできる。 Furthermore, when the micro-holes H are formed radially at the tip of the passage 311 of the projection 310, multiple projections 310 can be separately manufactured from a flexible material such as rubber or silicone and fitted and joined to the support surface 320. The material properties of the projections 310 can suppress excessive stimulation during skin massage caused by contact with the skin 10, allowing for smoother massage.
また、微細ホールＨが突起３１０の通路３１１先端に放射状に形成されるとき、突起３１０は、翼３１４の配置中心を貫通するが、前後に流動可能に結合される可動部材３１５を含み、可動部材３１５の前後流動が行われることによって皮膚の屈曲部位などに安定的に接触でき、皮膚と接触するときに摩擦力が調節されて皮膚の屈曲部位などでの移動が容易になるため、皮膚上での移動によって毛髪の分けが円滑になり、毛髪を避けて毛穴に洗浄水の直射ができるだけでなく、皮膚が屈曲してもマッサージがスムーズにできる Furthermore, when the micro-holes H are formed radially at the tip of the passage 311 of the projection 310, the projection 310 includes a movable member 315 that penetrates the center of the arrangement of the wing 314 and is connected to allow for forward and backward movement. The forward and backward movement of the movable member 315 allows for stable contact with curved areas of the skin, and the frictional force is adjusted when in contact with the skin, facilitating movement at curved areas of the skin. This movement on the skin allows for smoother hair separation, enabling direct spraying of cleansing water into the pores while avoiding hair, and also allowing for smooth massage even when the skin is curved.
ここで、可動部材３１５は、突起３１０の通路３１１内側につながる長手方向の末端がコイルばねなどの弾性体３１５ａによって弾力的に支持されており、加圧により挿入状態で加圧解除がなされるとき、弾性体３１５ａの伸張力が作用することによって挿入前の状態、言い換えれば突出状態に自動復帰できるため、挿入状態の可動部材３１５を突出させるのに伴う煩わしさを少なくすることができる。 Here, the movable member 315 is elastically supported by an elastic body 315a, such as a coil spring, at its longitudinal end connected to the inside of the passage 311 of the projection 310. When the pressure is released while the member is inserted under pressure, the stretching force of the elastic body 315a acts to automatically return the member to its pre-insertion state, or in other words, the protruding state. This reduces the inconvenience associated with protruding the movable member 315 from the inserted state.
また、可動部材３１５は、電源が印加されるにつれて微小電流を放出するチップ３１５ｂを含み、チップ３１５ｂが皮膚１０に接触して微小電流を放出するにつれてマッサージ効果をさらに高めることができる。 Furthermore, the movable member 315 includes a tip 315b that emits a minute current when power is applied, and the massage effect can be further enhanced as the tip 315b comes into contact with the skin 10 and emits a minute current.
このとき、チップ３１５ｂによる微小電流の放出は、一例にすぎず、チップ３１５ｂの他に可動部材３１５自体が伝導体からなるか、または可動部材３１５の表面が伝導物質でコーティングされることによっても微小電流の放出が行われ得る。 In this case, the emission of minute current by the chip 315b is merely one example; minute current emission can also occur if the movable member 315 itself is made of a conductor, or if the surface of the movable member 315 is coated with a conductive material.
また、本発明の他の実施形態によると、微細ホールＨは、ノズル部３００において支持面３２０によって支持される円錐状の複数の突起３１０のそれぞれの内側に長手方向につながるように形成された通路３１１の先端部の周辺に沿って放射状に形成され得、通路３１１により微細ホールＨが皮膚１０により近づくことができ、微細筋洗浄水が毛穴１１およびその周辺により円滑に直射できるため、微細筋洗浄水による毛穴１１およびその周辺の汚染物２０の洗浄がより円滑にできる。 Furthermore, according to another embodiment of the present invention, the micro-holes H may be formed radially along the periphery of the tip of a passage 311 formed longitudinally inside each of the multiple conical protrusions 310 supported by the support surface 320 in the nozzle portion 300. The passage 311 allows the micro-holes H to approach the skin 10 more closely, enabling the micro-muscle cleansing water to be more smoothly directed into the pores 11 and their surroundings. Therefore, the cleaning of contaminants 20 in and around the pores by the micro-muscle cleansing water becomes more efficient.
このとき、支持面３２０は、通路３１１の周囲に沿って形成された螺旋溝３２１を含んでおり、チャンバ部２００の洗浄水が螺旋溝３２１に乗って旋回流動することによって通路３１１の内側に円滑に流入でき、微細筋洗浄水の噴射がより円滑にできる。 In this configuration, the support surface 320 includes a helical groove 321 formed along the periphery of the passage 311. The cleaning water from the chamber 200 flows smoothly into the passage 311 by swirling along the helical groove 321, allowing for smoother spraying of the fine-muscle cleaning water.
以上で説明したような本発明は、前述の実施形態に限定されないため、特許請求の範囲から請求する本発明の要旨を逸脱しない範囲内で変更可能であり、このような変更は、以下の特許請求の範囲の記載によって定義される本発明の保護範囲内にあることになる。 The present invention, as described above, is not limited to the embodiments described herein and can be modified without departing from the spirit of the invention as claimed in the claims. Such modifications will fall within the scope of protection of the present invention as defined by the following claims.
１０ 皮膚
１１ 毛穴
２０ 汚染物
２００ チャンバ部
２１０ 内部空間
３００ ノズル部
３１０ 突起
３１１ 通路
３１２ 傾斜面
３１３ スリット
３１４ 翼
３１５ 可動部材
３１５ａ 弾性体
３１５ｂ 伝導体チップ
３１５ｂ チップ
３２０ 支持面
３２０ 外側支持面
３２１ 螺旋溝
３３０ 円板部材
10 Skin 11 Pore 20 Contaminants 200 Chamber section 210 Internal space 300 Nozzle section 310 Projection 311 Passage 312 Inclined surface 313 Slit 314 Wing 315 Movable member 315a Elastic body 315b Conductor tip 315b Tip 320 Support surface 320 Outer support surface 321 Helical groove 330 Disc member
Claims (15)
前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、
前記微細ホールは、前記ノズル部において長手方向につながる通路が形成された複数の突起を支持する支持面にインサート射出される円板部材の複数箇所に前記通路と連通するように形成され、前記微細ホールを通過した前記洗浄水が前記突起それぞれの前記通路を経て微細筋状に噴射され、
前記ノズル部の前記突起は、前記支持面から遠距離に位置する一端に一定の角度で形成される傾斜面を含み、前記支持面に隣接する前記傾斜面の一端から長手方向につながるように形成されるスリットをさらに含むことを特徴とする毛穴クレンジングおよびマッサージ装置。 A chamber section that contains cleaning water flowing in from the outside through the internal space,
The nozzle portion is connected to the chamber portion and sprays the cleaning water contained in the chamber portion in multiple fine streaks through a plurality of fine holes communicating with the internal space of the chamber portion,
The micro-holes are formed at multiple locations on a disc member that is inserted into a support surface that supports a plurality of protrusions in the nozzle portion, each having a passage connected in the longitudinal direction, so as to communicate with the passage, and the cleaning water that has passed through the micro-holes is sprayed in a fine streak through the passage of each of the protrusions.
The pore cleansing and massage device is characterized in that the projection of the nozzle portion includes an inclined surface formed at a certain angle at one end located at a distance from the support surface, and further includes a slit formed to extend longitudinally from one end of the inclined surface adjacent to the support surface.
前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、
前記微細ホールは、前記ノズル部において長手方向につながる通路が形成された複数の突起を支持する支持面の内側に密着配置される円板部材の複数箇所に前記通路と連通するように形成され、前記微細ホールを通過した前記洗浄水が前記突起それぞれの前記通路を経て微細筋状に噴射され、
前記ノズル部の前記突起は、先端に一方向に傾斜を成す傾斜面を含み、前記支持面に隣接する前記傾斜面の一端から長手方向につながるように形成されるスリットをさらに含むことを特徴とする毛穴クレンジングおよびマッサージ装置。 A chamber section that contains cleaning water flowing in from the outside through the internal space,
The nozzle portion is connected to the chamber portion and sprays the cleaning water contained in the chamber portion in multiple fine streaks through a plurality of fine holes communicating with the internal space of the chamber portion,
The micro-holes are formed at multiple locations on a disc member that is in close contact with the inner surface of a support surface that supports multiple protrusions in the nozzle portion, each having a passage connected in the longitudinal direction, and the cleaning water that has passed through the micro-holes is sprayed in a fine stream pattern through the passage of each of the protrusions.
A pore cleansing and massage device characterized in that the projection of the nozzle portion includes an inclined surface at its tip that slopes in one direction, and further includes a slit formed to extend longitudinally from one end of the inclined surface adjacent to the support surface.
前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、
前記微細ホールは、前記ノズル部において長手方向につながる通路が形成された複数の突起を支持する支持面の複数箇所に前記通路と連通するように形成され、前記微細ホールを通過した前記洗浄水が前記ノズルそれぞれの前記通路を介して微細筋状に噴射され、
前記ノズル部の前記突起は、先端に一方向に傾斜を成す傾斜面を含み、前記支持面に隣接する前記傾斜面の一端から長手方向につながるように形成されるスリットをさらに含むことを特徴とする毛穴クレンジングおよびマッサージ装置。 A chamber section that contains cleaning water flowing in from the outside through the internal space,
The nozzle portion is connected to the chamber portion and sprays the cleaning water contained in the chamber portion in multiple fine streaks through a plurality of fine holes communicating with the internal space of the chamber portion,
The micro-holes are formed at multiple locations on the support surface that supports multiple protrusions in the nozzle portion, each having a longitudinally connected passage, so as to communicate with the passage, and the cleaning water that has passed through the micro-holes is sprayed in a fine stream pattern through the passage of each nozzle.
A pore cleansing and massage device characterized in that the projection of the nozzle portion includes an inclined surface at its tip that slopes in one direction, and further includes a slit formed to extend longitudinally from one end of the inclined surface adjacent to the support surface.
前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、
前記微細ホールは、前記ノズル部で複数の突起を支持する支持面の複数箇所に前記突起を向かい合うように形成され、複数箇所のそれぞれに放射状に形成され、前記微細ホールを通過した前記洗浄水が前記突起に放射状に配置される複数の翼のいずれか１つと他の１つとの間を通じて微細筋状に噴射されることを特徴とする毛穴クレンジングおよびマッサージ装置。 A chamber section that contains cleaning water flowing in from the outside through the internal space,
The nozzle portion is connected to the chamber portion and sprays the cleaning water contained in the chamber portion in multiple fine streaks through a plurality of fine holes communicating with the internal space of the chamber portion,
The pore cleansing and massage device is characterized in that the micro-holes are formed at multiple locations on the support surface of the nozzle portion that supports the multiple protrusions, with the protrusions facing each other, and are formed radially at each of the multiple locations, and the cleansing water that has passed through the micro-holes is sprayed in a fine streak through the gap between one of the multiple wings arranged radially on the protrusions and another.
前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、
前記微細ホールは、前記ノズル部で支持面によって支持される複数の突起それぞれの内側に長手方向につながるように形成される通路先端に放射状に形成され、前記微細ホールを通過した前記洗浄水が前記突起に放射状に配置される複数の翼のいずれか１つと他の１つとの間を通じて微細筋状に噴射されることを特徴とする毛穴クレンジングおよびマッサージ装置。 A chamber section that contains cleaning water flowing in from the outside through the internal space,
The nozzle portion is connected to the chamber portion and sprays the cleaning water contained in the chamber portion in multiple fine streaks through a plurality of fine holes communicating with the internal space of the chamber portion,
The pore cleansing and massage device is characterized in that the micro-holes are formed radially at the ends of passages formed so as to connect longitudinally inside each of a plurality of protrusions supported by a support surface in the nozzle portion, and the cleansing water that has passed through the micro-holes is sprayed in a fine streak through the space between one of a plurality of wings arranged radially on the protrusions and another of the wings.
前記チャンバ部に結合され、前記チャンバ部の前記内部空間と連通する複数の微細ホールを介して前記チャンバ部に収容された前記洗浄水を複数の微細筋状に噴射するノズル部と、を含み、
前記微細ホールは、前記ノズル部で支持面によって支持される円錐形の複数の突起それぞれの内側に長手方向につながるように形成される通路先端部の周囲に沿って放射状に形成され、前記微細ホールを通過した前記洗浄水が前記通路先端部の周囲から微細筋状に噴射され、
前記支持面は、前記通路の周囲に沿って形成された螺旋溝を含むことを特徴とする毛穴クレンジングおよびマッサージ装置。 A chamber section that contains cleaning water flowing in from the outside through the internal space,
The nozzle portion is connected to the chamber portion and sprays the cleaning water contained in the chamber portion in multiple fine streaks through a plurality of fine holes communicating with the internal space of the chamber portion,
The micro-holes are formed radially along the periphery of the passage tip, which is formed so as to connect longitudinally inside each of the multiple conical protrusions supported by the support surface in the nozzle portion, and the cleaning water that has passed through the micro-holes is sprayed in a fine streak from around the passage tip.
A pore cleansing and massage device characterized in that the support surface includes a spiral groove formed along the periphery of the passage.
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|---|---|---|---|
| KR10-2022-0131603 | 2022-10-13 | ||
| KR1020220131603A KR102517925B1 (en) | 2022-10-13 | 2022-10-13 | skin pore cleansing and massaging device |
| PCT/KR2023/015403 WO2024080674A1 (en) | 2022-10-13 | 2023-10-06 | Pore cleansing and massage device |
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| JP2025534738A JP2025534738A (en) | 2025-10-17 |
| JP7833232B2 true JP7833232B2 (en) | 2026-03-19 |
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| JP2025521461A Active JP7833232B2 (en) | 2022-10-13 | 2023-10-06 | Pore cleansing and massage device |
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| JP (1) | JP7833232B2 (en) |
| KR (1) | KR102517925B1 (en) |
| CN (1) | CN120076745A (en) |
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| KR102517925B1 (en) * | 2022-10-13 | 2023-04-05 | 요크공조(주) | skin pore cleansing and massaging device |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3090194U (en) | 2002-02-21 | 2002-11-29 | 芳枝 嘉数 | Hair restoration, health, ion, massage, water saving, shower with grip |
| JP2018183442A (en) | 2017-04-26 | 2018-11-22 | パナソニックＩｐマネジメント株式会社 | Shower head with microbubble generation function |
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| JPH0499243U (en) * | 1991-01-17 | 1992-08-27 | ||
| AT402164B (en) * | 1992-11-04 | 1997-02-25 | Ideal Standard | SHOWER HEAD |
| JPH11225827A (en) * | 1998-02-16 | 1999-08-24 | Chikako Mizuno | Shower brush |
| KR100673211B1 (en) * | 2000-06-30 | 2007-01-22 | 주식회사 하이닉스반도체 | Shower head |
| US10750849B2 (en) * | 2015-04-03 | 2020-08-25 | Water Pik, Inc. | Skin cleansing and massaging system |
| KR20180021262A (en) * | 2016-08-18 | 2018-03-02 | 유세운 | shower for washing scalp |
| KR20210002244U (en) * | 2020-04-01 | 2021-10-12 | (주)피엘엠 | Water discharge assembly for pet dog and pet dog shower head comprising the same |
| KR102437773B1 (en) | 2020-12-14 | 2022-08-30 | 홍기 | Bathroom shower head with hose twist prevention structure |
| CN114932021A (en) * | 2022-05-09 | 2022-08-23 | 深圳作为科技有限公司 | Sprinklers, Shower Components and Bathing Fixtures |
| KR102517925B1 (en) * | 2022-10-13 | 2023-04-05 | 요크공조(주) | skin pore cleansing and massaging device |
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- 2022-10-13 KR KR1020220131603A patent/KR102517925B1/en active Active
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- 2023-10-06 CN CN202380072697.0A patent/CN120076745A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3090194U (en) | 2002-02-21 | 2002-11-29 | 芳枝 嘉数 | Hair restoration, health, ion, massage, water saving, shower with grip |
| JP2018183442A (en) | 2017-04-26 | 2018-11-22 | パナソニックＩｐマネジメント株式会社 | Shower head with microbubble generation function |
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| KR102517925B1 (en) | 2023-04-05 |
| JP2025534738A (en) | 2025-10-17 |
| WO2024080674A1 (en) | 2024-04-18 |
| CN120076745A (en) | 2025-05-30 |
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