JP2018117668A - Applicator - Google Patents

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JP2018117668A
JP2018117668A JP2017009264A JP2017009264A JP2018117668A JP 2018117668 A JP2018117668 A JP 2018117668A JP 2017009264 A JP2017009264 A JP 2017009264A JP 2017009264 A JP2017009264 A JP 2017009264A JP 2018117668 A JP2018117668 A JP 2018117668A
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liquid
coating material
applicator
liquid coating
core
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JP6241972B1 (en
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高橋　宏明
Hiroaki Takahashi
宏明 高橋
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Wintrading Co Ltd
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Wintrading Co Ltd
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Priority to JP2017009264A priority Critical patent/JP6241972B1/en
Priority to PCT/JP2017/017699 priority patent/WO2017195830A1/en
Priority to KR1020187035277A priority patent/KR102248616B1/en
Priority to KR1020207017554A priority patent/KR102181363B1/en
Priority to CN201780028750.1A priority patent/CN109068829B/en
Priority to US15/742,225 priority patent/US10827816B2/en
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Abstract

PROBLEM TO BE SOLVED: To provide an applicator which can be used with the same standard for example in the size, shape, etc., even if a liquid coating material, namely, a bulk liquid to be stored inside has varieties in viscosity and materials and has various different storage amounts in the liquid coating material to be stored in a storage part, which can make each structured free from liquid leak, and which can make impregnation adjustable of the bulk liquid from the storage part to a core material, with no liquid shortage taken place to the end.SOLUTION: The present invention is structured to have: a roughly cylindrical body; a coating member that makes a core shape having a tip end part from one end in the longitudinal direction of the body; a storage part for storing a liquid coating material; and a constitution making the liquid coating material impregnable in a coating member by being exposed to the storage part side. Also, it is in a state of contact with an absorbing body that holds the rear end part of the coating member and that is attached inside the storage part so as to make the liquid coating material impregnated. The absorbing body is characterized in that the length and the size can be changed so that the impregnation amount is adjustable in accordance with the viscosity and quality of the liquid coating material.SELECTED DRAWING: Figure 1

Description

本発明は、例えばアイライナーやアイブローのような化粧用具、あるいは頭髪や眉毛などの部分白髪染め具など内部に貯留した液状塗布材を塗布部に浸潤させ、これを先端塗布部より塗布あるいは描画して使用する塗布具に関するものである。
In the present invention, for example, a liquid application material stored inside, for example, a cosmetic device such as an eyeliner or eyebrow, or a partial gray hair dyeing device such as head hair or eyebrows is infiltrated into the application part, and this is applied or drawn from the tip application part. The present invention relates to an applicator used.

従来、アイライナーなど内部に液状塗布材を貯留し、この液状塗布材を繊維部材などからなる芯材により構成された塗布部材に吸収、浸潤させ、該塗布部材の先端塗布部によって塗布あるいは描画する塗布具が一般に知られている。   Conventionally, a liquid coating material is stored in an eyeliner or the like, and this liquid coating material is absorbed and infiltrated into a coating member composed of a core material made of a fiber member or the like, and is applied or drawn by a tip coating portion of the coating member. Applicators are generally known.

これら塗布具については、内部に貯留されている液状塗布材のバルク出量調整をするため、通常、前記芯材を覆う吸収体が設けられており、この吸収体により、芯材に送出される液状塗布材の出量を調整するものとしていた。   About these applicators, in order to adjust the amount of liquid coating material stored inside, an absorbent body that covers the core material is usually provided, and the absorbent material is delivered to the core material. The amount of liquid coating material was adjusted.

ここで、吸収体は一般的に外周面を蛇腹状の凹凸面に形成した樹脂成形品によって作製されており、その設計には多くの調整が必要で、また高額な金型費用が必要とされていた。
また、内部に液状塗布材を貯留する貯留部の領域も確定していて、この領域を変更できる構成にはなっていなかった。 Here, the absorber is generally made of a resin molded product having an outer peripheral surface formed into a bellows-like irregular surface, and its design requires a lot of adjustments, and expensive mold costs are required. It was.
Moreover, the area | region of the storage part which stores a liquid coating material inside is also decided, and it was not the structure which can change this area | region.

ところで、前記液状塗布材は、使用の用途や態様によって、その液状塗布材の粘性や材質が異なっており、また前記貯留部に貯留させる液状塗布材の貯留量も様々異なるものである。   By the way, the liquid coating material has different viscosities and materials of the liquid coating material depending on the usage and mode of use, and the storage amount of the liquid coating material stored in the storage section varies.

よって、上記の様に、複数種類存在する液状塗布材に対応させ、しかもその貯留量の異なる場合も含めて、同じ形状で同じ大きさの構造をなす塗布具や内部の吸収体を使用することは困難なこととされていた。   Therefore, as described above, it is necessary to use an applicator that has the same shape and the same size as the liquid applicator, and includes the same size and the same size, including cases where the amount of storage is different. Was considered difficult.

すなわち、長さなどを変更した樹脂成形品からなる吸収体を別々に作製することは、高額な金型費用を必要とし、また、前記貯留量を変更するには塗布具の大きさそのものを変更しなければならないとの課題があるからである。   That is, it is necessary to separately manufacture an absorbent body made of a resin molded product whose length is changed, which requires expensive mold costs, and to change the storage amount, the size of the applicator itself is changed. This is because there is a problem that must be done.

尚、バルク液の粘度は、バルク液の種類によって異なっており、粘度の異なったバルク液にあわせて、液漏れが起こらないようそれぞれ塗布具の形状を変更することはきわめてコスト高になり、到底容認されるものではなかった。   Note that the viscosity of the bulk liquid varies depending on the type of bulk liquid, and changing the shape of the applicator according to the bulk liquid with different viscosities would be extremely costly. It was not acceptable.

そこで前記バルクの粘度が異なる場合であっても、同じ規格の塗布具を用いることが出来、しかもそれぞれ液漏れが起こらないように構成された塗布具が要請されていた。   Accordingly, there has been a demand for an applicator configured so that the applicator of the same standard can be used even when the bulk has different viscosities and each does not leak.

さらに、一般的な塗布具は、塗布具内に貯留されたバルク液が少なくなると、芯材に送出される液状塗布材の出量が保持できなくなる傾向にあった。なぜなら塗布具の使用状態はそれを平行にして使用するか或いは少し後端側を下げて使用することが多く、その様な使用状態であると、芯材への貯留部からのバルク液の含浸がうまく調整出来ないからである。
Furthermore, when the bulk liquid stored in the applicator decreases, the general applicator tends to be unable to maintain the amount of liquid applicator delivered to the core material. Because the usage state of the applicator is often used in parallel or slightly lowering the rear end side, in such a usage state, impregnation of the bulk liquid from the reservoir to the core material This is because cannot be adjusted well.

特開平１１−４８６７８号公報Japanese Patent Laid-Open No. 11-48678 特開２０１３−１０２９１０号公報JP2013-102910A 特開２００４−３４４８５８号公報JP 2004-344858 A

かくして、本発明による塗布具は、前記従来の課題を解決するために創案されたものであって、内部に貯留させる液状塗布材、すなわちバルク液につき、その粘性や材質の異なるものが複数種類存在し、また前記貯留部に貯留させる液状塗布材の貯留量も様々異なるものであったとしても、この複数種類存在するバルク液に対応でき、しかもそのバルク液の粘度が異なる場合であっても、例えば大きさや形状など同じ規格の塗布具を用いることが出来、それぞれ液漏れが起こらないように構成し、さらには塗布具を平行にして使用するか或いは少し後端側を下げて使用した状態が長くなったとしても、芯材への貯留部からのバルク液の含浸が調整出来て、たとえバルク液の量が少なくなってきたとしても最後まで液切れしない塗布具を提供することを目的とするものである。
Thus, the applicator according to the present invention has been devised to solve the above-described conventional problems, and there are a plurality of types of liquid coating materials to be stored inside, that is, bulk liquids having different viscosities and materials. And even if the storage amount of the liquid coating material to be stored in the storage part is variously different, even if it can correspond to this multiple types of bulk liquid, and the viscosity of the bulk liquid is different, For example, it is possible to use applicators of the same standard such as size and shape, each configured so that no liquid leakage occurs, and furthermore, the applicator is used in parallel or with the rear end side slightly lowered Even if it becomes longer, the impregnation of the bulk liquid from the reservoir to the core material can be adjusted, and even if the amount of bulk liquid decreases, an applicator that does not run out until the end is provided. It is an object of the present invention.

本発明による塗布具は、
略円筒状をなすボディと、該ボディ内に収納され、ボディの長手方向一端から描画可能に構成された先端部を有する芯状をなす塗布部材と、前記ボディ内に設けられ、前記塗布部材に含浸する液状塗布材を貯留する貯留部と、前記ボディ内に収納された前記塗布部材後端側につき、貯留部側へ露出させて前記液状塗布材を塗布部材に含浸可能な構成とし、かつ前記塗布部材後端部を保持すると共に、液状塗布材を含浸出来るよう前記貯留部内に取り付けられた吸収体に接触状態としてなり、
前記吸収体は、前記液状塗布材の粘性や材質に応じて前記含浸量が調節できるよう長さや大きさが変更できる、
ことを特徴とし、
または、
前記芯状をなす塗布部材は、繊維部材で構成され、前記液状塗布材が毛細管現象により含浸できるよう構成された、
ことを特徴とし、
または、
前記塗布部材は、長尺の中継芯と該中継芯の先端に接続された塗布用ブラシとを有して構成された、
ことを特徴とするのである。
The applicator according to the present invention comprises:
A body having a substantially cylindrical shape, a coating member that is housed in the body and has a core shape having a tip portion that can be drawn from one end in the longitudinal direction of the body, and provided in the body. A storage section for storing the liquid coating material to be impregnated, and a rear end side of the coating member housed in the body, the liquid coating material being exposed to the storage section side so that the coating member can be impregnated, and While holding the rear end portion of the application member, it is in contact with the absorber attached in the reservoir so that the liquid application material can be impregnated,
The absorber can be changed in length and size so that the amount of impregnation can be adjusted according to the viscosity and material of the liquid coating material.
It is characterized by
Or
The core-shaped application member is composed of a fiber member, and the liquid application material is configured to be impregnated by capillary action.
It is characterized by
Or
The coating member is configured to have a long relay core and a brush for application connected to the tip of the relay core.
It is characterized by that.

本発明による塗布具であれば、内部に貯留させる液状塗布材につき、その粘性や材質の異なるものが複数種類存在し、また前記貯留部に貯留させる液状塗布材の貯留量も様々異なるものであったとしても、この複数種類存在する液状塗布材に対応でき、しかもそのバルク液の粘度が異なる場合であっても、例えば大きさや形状につき同じ規格の塗布具を用いることが出来、それぞれ液漏れが起こらないよう構成し、さらには塗布具を平行にして使用するか或いは少し後端側を下げて使用した状態が長くなったとしても、芯材への貯留部からのバルク液の含浸が調整出来て、たとえバルク液の量が少なくなってきたとしても最後まで液切れしない塗布具を提供できるとの優れた効果を奏する。
In the case of the applicator according to the present invention, there are a plurality of types of liquid application materials that are stored in the interior, and the viscosity and material of the liquid application materials are different, and the storage amount of the liquid application material stored in the storage section is also different. Even if it is possible to deal with this plurality of types of liquid coating materials, and even when the bulk liquid has different viscosities, for example, the same standard applicator can be used for each size and shape. Even when the applicator is used with the applicator in parallel or the rear end side is lowered slightly, the impregnation of the bulk liquid from the reservoir to the core material can be adjusted. Thus, even if the amount of the bulk liquid decreases, an excellent effect is provided that an applicator that does not run out until the end can be provided.

本発明による塗布具の構成を説明する説明図（１）である。It is explanatory drawing (1) explaining the structure of the applicator by this invention. 他の実施例による塗布具の構成を説明する説明図（１）である。It is explanatory drawing (1) explaining the structure of the applicator by another Example. 他の実施例による塗布具の構成を説明する説明図（２）である。It is explanatory drawing (2) explaining the structure of the applicator by another Example.

以下、本発明を図に示す実施例に基づいて説明する。   Hereinafter, the present invention will be described based on embodiments shown in the drawings.

図１は、本発明による塗布具１の構成を示す構成説明図である。本発明による塗布具１は、略円筒状をなすボディ２を有している。このボディ２の長さは一応規格で定められてあり、内部に貯留されている液状塗布材６の粘性や材質が異なっていても、同じ長さのボディ２で各種類の塗布具１を構成できる。そのため複数種類の塗布具１を形成してもそのボディ２につき同じものを使用できて最終的に製造コストを安価に出来る。
そして、当該ボディ２の先端には、キャップ３及びインナーキャップ４が装着される。 FIG. 1 is an explanatory diagram illustrating the configuration of an applicator 1 according to the present invention. The applicator 1 according to the present invention has a body 2 having a substantially cylindrical shape. The length of the body 2 is stipulated in the standard, and each type of applicator 1 is constituted by the body 2 having the same length even if the viscosity and material of the liquid application material 6 stored therein are different. it can. Therefore, even if a plurality of types of applicators 1 are formed, the same one can be used for the body 2 and finally the manufacturing cost can be reduced.
A cap 3 and an inner cap 4 are attached to the tip of the body 2.

ここで、ボディ２内には、芯状をなす長尺の塗布部材５が保持されており、図から理解されるように、当該塗布部材５は、中継芯２１と該中継芯２１の先端に被嵌され、描画に使用される塗布用ブラシ１０とを有して構成される。   Here, a long coating member 5 having a core shape is held in the body 2. As understood from the drawing, the coating member 5 is attached to the relay core 21 and the distal end of the relay core 21. The coating brush 10 is configured to be fitted and used for drawing.

しかして、中継芯２１および塗布用ブラシ１０は、通常繊維部材で構成され、後述する液状塗布材６が毛細管現象などによって徐々に含浸できるように構成されている。   Thus, the relay core 21 and the coating brush 10 are usually made of fiber members, and are configured so that the liquid coating material 6 described later can be gradually impregnated by a capillary phenomenon or the like.

符号７は、吸収体を示す。図から理解出来る様に、当該吸収体７は、外周面に何らの凹凸形状も施さない円柱状に構成され、その軸方向中心部には、表面に設けられた開口２０から軸方向奥側に向かって設けられた長孔８が形成されている。   The code | symbol 7 shows an absorber. As can be understood from the figure, the absorbent body 7 is formed in a cylindrical shape that does not have any irregular shape on the outer peripheral surface, and the axial center portion thereof has an opening 20 provided on the surface to the back side in the axial direction. A long hole 8 is formed.

そして、この長孔８に前記塗布部材５の後端部２２が嵌まり込んで、塗布部材５と吸収体７とが接触出来るように構成され、両者が接続された状態となっている。   And the rear end part 22 of the said application member 5 fits in this long hole 8, and it is comprised so that the application member 5 and the absorber 7 can contact, It is the state which both connected.

従来この吸収体７は、外周が蛇腹状の凹凸面として構成された樹脂成形品で作製されていたが、前記したように、前記樹脂成形品の金型費用が高額であり、そのため複数種類の形態をなす異なった吸収体７を作製すると塗布具自体のコストが高価となってしまうとの課題があった。   Conventionally, the absorbent body 7 has been made of a resin molded product whose outer periphery is configured as an accordion-shaped uneven surface. However, as described above, the mold cost of the resin molded product is high, and therefore, there are a plurality of types. If different absorbers 7 having different forms were produced, there was a problem that the cost of the applicator itself would be expensive.

しかして、本発明の吸収体７は、例えば、内部に連続気泡を有するフォーム材などの含浸力を有する柔軟部材で構成されており、その大きさや長さを簡単に切断することにより形状が容易に変更することもできる。   Thus, the absorbent body 7 of the present invention is composed of, for example, a flexible member having an impregnation force such as a foam material having open cells inside, and the shape and the length of the absorbent body 7 can be easily cut. It can also be changed.

符号９はノーズピースであり、前記芯状をなす塗布部材５の先端側を保持して、ボディ２の先端部に固着している。尚、前記塗布部材５の先端側には前述したように塗布ブラシ１０が中継芯２１に被嵌した状態で接続されて取り付けられており、該塗布用ブラシ１０により含浸した液状塗布材６を使って、描画あるいは塗布するように構成されている。このように塗布部材５を中継芯２１と塗布用ブラシ１０との別体部品を連結して構成しても構わないし、中継芯２１と塗布用ブラシ１０とを一体的に形成した塗布部材５でも構わない。   Reference numeral 9 denotes a nosepiece, which is fixed to the distal end portion of the body 2 while holding the distal end side of the coating member 5 having the core shape. As described above, the application brush 10 is connected to and attached to the front end side of the application member 5 so as to be fitted on the relay core 21, and the liquid application material 6 impregnated with the application brush 10 is used. And configured to draw or apply. Thus, the application member 5 may be configured by connecting separate parts of the relay core 21 and the application brush 10, or the application member 5 in which the relay core 21 and the application brush 10 are integrally formed. I do not care.

次に符号２３はシュノーケルを示す。該シュノーケル２３は、長尺の略筒状に形成されており、内部の軸方向に貫通する貫通空間２５に前述した中継芯２１が挿通出来るよう構成されている。   Reference numeral 23 indicates a snorkel. The snorkel 23 is formed in a long and substantially cylindrical shape, and is configured such that the above-described relay core 21 can be inserted into a through space 25 penetrating in the axial direction inside.

そして、図から理解されるように、中継芯２１の後端はシュノーケル２３より露出し、その後端部２２が、前述したように吸収体７の長孔８に嵌り込んで保持されている。   As can be understood from the figure, the rear end of the relay core 21 is exposed from the snorkel 23, and the rear end 22 is fitted and held in the long hole 8 of the absorber 7 as described above.

また、シュノーケル２３の外周面とボディ２の内周面との間の空間は、液状塗布材６の貯留部１２として構成されている。
ここで、シュノーケル２３の先端側は、前記貫通空間２５の形より大きな孔を有した膨出筒体２６として構成され、この膨出筒体２６内にはプラグ１１が嵌り込んでいる。 Further, the space between the outer peripheral surface of the snorkel 23 and the inner peripheral surface of the body 2 is configured as a storage portion 12 for the liquid coating material 6.
Here, the tip end side of the snorkel 23 is configured as a bulging cylindrical body 26 having a hole larger than the shape of the through space 25, and the plug 11 is fitted in the bulging cylindrical body 26.

尚、符号１４はいわゆる第２吸収体とも称することが出来、中継芯２１が貫通する貫通孔を有すると共に、その一方側端面はプラグ１１の端面に接し、他方側端面はボディ2の係止突部２７に係止してボディ２内に装着されている。   Reference numeral 14 can also be referred to as a so-called second absorber, which has a through-hole through which the relay core 21 passes, one end face of which is in contact with the end face of the plug 11, and the other end face is a locking protrusion of the body 2. Locked to the portion 27 and mounted in the body 2.

ところで、前記シュノーケル２３の後端側における貫通空間２５−１は、中継芯２１の円柱状外周面にすべて接する円筒状には構成されておらず、例えば、６角形状或いは８角形状などの多角形状をなす貫通空間２５として構成され、中継芯２１の外周面と前記貫通空間２５とは例えば６点或いは８点で接するが、他の外周面位置では隙間が生じ、その隙間から液状塗布材６が中継芯２１の外周面から含浸できるよう構成されている。また、該隙間から空気が導入できるようになっていて、液状塗布材６が中継芯２１へスムーズに含浸出来るよう、即ち毛細管現象がスムーズに行えるよう構成されている。   By the way, the penetration space 25-1 on the rear end side of the snorkel 23 is not configured in a cylindrical shape that is in contact with the columnar outer peripheral surface of the relay core 21, and is, for example, a polygon such as a hexagonal shape or an octagonal shape. The penetrating space 25 is formed as a shape, and the outer peripheral surface of the relay core 21 and the penetrating space 25 are in contact with each other at, for example, six points or eight points. Can be impregnated from the outer peripheral surface of the relay core 21. Further, air can be introduced from the gap, and the liquid coating material 6 can be smoothly impregnated into the relay core 21, that is, the capillary phenomenon can be smoothly performed.

すなわち、シュノーケル２３の中間部から先端側に位置する貫通空間２５−２の径は、中継芯２１の径より大きく形成されており、よってシュノーケル２３の中間部から先端側に位置する貫通空間２５−２には前記液状塗布材６が流入でき、かつ空気が流入できる隙間、すなわちクリアランス部２８として構成できるのである。   That is, the diameter of the through space 25-2 located on the front end side from the intermediate portion of the snorkel 23 is formed larger than the diameter of the relay core 21, and thus the through space 25- located on the front end side from the intermediate portion of the snorkel 23. 2, the liquid coating material 6 can flow in, and a gap through which air can flow, that is, a clearance portion 28 can be formed.

ところで、前述した吸収体７は、例えば尾栓１７の後端側に取り付けられており、当該尾栓１７はボディ２の後方開口からボディ２内に差し込まれて、前記吸収体７の長孔８に中継芯２１が嵌り込み、吸収体７と中継芯２１とが接触して接続するようになっており、また吸収体７は前記液状塗布材６が貯留される貯留部１２内に配置されることとなるので、該吸収体７には絶えず液状塗布材６が含浸される状態となる。そして、この吸収体７は常時中継芯２１に接触しているから、含浸した液状塗布材６を毛細管現象によって中継芯２１側へ供給出来るようになっているのである。したがって、貯留部１２内の液状塗布材６の量が少なくなり、塗布具１を平行にして使用するような状態が長くなって、貯留部１２の液状塗布材６が前記貯留部材１２に露出してある中継芯２１に届かなくなった場合でも、あらかじめ液状塗布材６を含浸した吸収体７から液状塗布材６が供給出来、もって塗布用ブラシ１０において液切れ状態を引き起こすことがないのである。その意味からすると前記吸収体７は液状塗布材６の予備タンクの役目を果たしていると言える。   By the way, the above-described absorber 7 is attached to, for example, the rear end side of the tail plug 17, and the tail plug 17 is inserted into the body 2 from the rear opening of the body 2, and the elongated hole 8 of the absorber 7 is inserted. The relay core 21 is fitted to the absorbent core 7 so that the absorbent body 7 and the relay core 21 are in contact with each other, and the absorbent body 7 is disposed in the storage portion 12 in which the liquid coating material 6 is stored. Therefore, the absorbent body 7 is constantly impregnated with the liquid coating material 6. Since the absorbent body 7 is always in contact with the relay core 21, the impregnated liquid coating material 6 can be supplied to the relay core 21 side by capillary action. Accordingly, the amount of the liquid coating material 6 in the storage portion 12 is reduced, the state in which the applicator 1 is used in parallel is lengthened, and the liquid coating material 6 in the storage portion 12 is exposed to the storage member 12. Even when it does not reach the relay core 21, the liquid coating material 6 can be supplied from the absorbent body 7 impregnated with the liquid coating material 6 in advance, so that the liquid-spraying state is not caused in the coating brush 10. In that sense, it can be said that the absorbent body 7 serves as a reserve tank for the liquid coating material 6.

ここで、本発明による塗布具の組み立てにつき説明すると、例えば、先端側に第２吸収体１４が取り付けられ、この第２吸収体１４の隣にプラグ１１が嵌着されたシュノーケル２３が被嵌された中継芯２１がボディ２の後方から差し込まれる。次いで、吸収体７を取り付けた尾栓１７をボディ２の後方から差し込んで、前記中継芯２１を所定の位置に装着させると共に、中継芯２１と吸収体７とを接触、接続させて尾栓１７を装着する。尚、前記尾栓１７を装着する前に、あらかじめ貯留部１２には液状塗布材６を充填しておく必要がある。   Here, the assembly of the applicator according to the present invention will be described. For example, the second absorbent body 14 is attached to the distal end side, and the snorkel 23 with the plug 11 fitted is fitted next to the second absorbent body 14. The relay core 21 is inserted from the rear of the body 2. Next, the tail plug 17 to which the absorber 7 is attached is inserted from the rear of the body 2 so that the relay core 21 is mounted at a predetermined position, and the relay core 21 and the absorber 7 are brought into contact with each other and connected to each other. Wear. Before the tail plug 17 is attached, the reservoir 12 needs to be filled with the liquid coating material 6 in advance.

さらに、ボディ２の先端側から、中継芯２１の先端側にノーズピース９が装着された塗布用ブラシ１０を連結させる。そして、ボディ２の先端側にインナーキャップ４およびキャップ３を取り付け、これにより塗布具１の組み立てが完了する。   Further, the application brush 10 with the nosepiece 9 attached is connected from the front end side of the body 2 to the front end side of the relay core 21. And the inner cap 4 and the cap 3 are attached to the front end side of the body 2, and the assembly of the applicator 1 is thereby completed.

図２、図３は本発明の他の実施例を示すものであり、吸収体７の長さ、大きさを変更した構成の例である。このように吸収体７の大きさや長さは自在に変更することが出来、もってこれにより液状塗布材６の粘度や材質に違いがあっても、何ら問題なく前記吸収体７が液状塗布材６の予備タンクの機能を果たすことが出来るものとなる。   2 and 3 show another embodiment of the present invention, which is an example of a configuration in which the length and size of the absorber 7 are changed. In this way, the size and length of the absorbent body 7 can be freely changed. Therefore, even if there is a difference in the viscosity or material of the liquid coating material 6, the absorbent body 7 can be used without any problem. It is possible to fulfill the function of the spare tank.

ところでプラグ１１の孔も多角形状にして隙間を設ければ、その隙間が空気の動入路となって、中継芯２１への液状塗布材の含浸をスムーズにすることが出来る。   By the way, if the hole of the plug 11 is also formed in a polygonal shape and a gap is provided, the gap serves as an air inflow path, and the relay core 21 can be smoothly impregnated with the liquid coating material.

また、第２吸収体１４の存在により、中継芯２１への液状塗布材６の含浸量を調整出来、もってこれにより液漏れや液切れを防止することが出来る。
Further, the presence of the second absorbent body 14 can adjust the amount of impregnation of the liquid coating material 6 into the relay core 21, thereby preventing liquid leakage and running out of liquid.

１ 塗布具
２ ボディ
３ キャップ
４ インナーキャップ
５ 塗布部材
６ 液状塗布材
７ 吸収体
８ 長孔
９ ノーズピース
１０ 塗布用ブラシ
１１ プラグ
１２ 貯留部
１４ 第２吸収体
１７ 尾栓
２０ 開口
２１ 中継芯
２２ 塗布部材の後端部
２３ シュノーケル
２５ 貫通空間
２５−１ シュノーケルの後端側における貫通空間
２５−２ シュノーケルの中間位置から先端側に位置する貫通空間
２６ 膨出筒体
２７ 係止突部
２８ クリアランス部 DESCRIPTION OF SYMBOLS 1 Applicator 2 Body 3 Cap 4 Inner cap 5 Application member 6 Liquid application material 7 Absorber 8 Long hole 9 Nosepiece 10 Application brush 11 Plug 12 Reservoir 14 Second absorber 17 Tail plug 20 Opening 21 Relay core 22 Application Rear end portion 23 of member Snorkel 25 Through space 25-1 Through space 25-2 at rear end side of snorkel Through space 26 located from the middle position of the snorkel to the front end side 26 Swelling cylindrical body 27 Locking protrusion 28 Clearance portion

本発明は、例えばアイライナーやアイブローのような化粧用具、あるいは頭髪や眉毛などの部分白髪染め具など内部に貯留した液状塗布材を塗布部に浸潤させ、これを先端塗布部より塗布あるいは描画して使用する塗布具に関するものである。
In the present invention, for example, a liquid application material stored inside, for example, a cosmetic device such as an eyeliner or eyebrow, or a partial gray hair dyeing device such as head hair or eyebrows is infiltrated into the application part, and this is applied or drawn from the tip application part. The present invention relates to an applicator used.

従来、アイライナーなど内部に液状塗布材を貯留し、この液状塗布材を繊維部材などからなる芯材により構成された塗布部材に吸収、浸潤させ、該塗布部材の先端塗布部によって塗布あるいは描画する塗布具が一般に知られている。   Conventionally, a liquid coating material is stored in an eyeliner or the like, and this liquid coating material is absorbed and infiltrated into a coating member composed of a core material made of a fiber member or the like, and is applied or drawn by a tip coating portion of the coating member. Applicators are generally known.

これら塗布具については、内部に貯留されている液状塗布材のバルク出量調整をするため、通常、前記芯材を覆う吸収体が設けられており、この吸収体により、芯材に送出される液状塗布材の出量を調整するものとしていた。   About these applicators, in order to adjust the amount of liquid coating material stored inside, an absorbent body that covers the core material is usually provided, and the absorbent material is delivered to the core material. The amount of liquid coating material was adjusted.

ここで、吸収体は一般的に外周面を蛇腹状の凹凸面に形成した樹脂成形品によって作製されており、その設計には多くの調整が必要で、また高額な金型費用が必要とされていた。
また、内部に液状塗布材を貯留する貯留部の領域も確定していて、この領域を変更できる構成にはなっていなかった。 Here, the absorber is generally made of a resin molded product having an outer peripheral surface formed into a bellows-like irregular surface, and its design requires a lot of adjustments, and expensive mold costs are required. It was.
Moreover, the area | region of the storage part which stores a liquid coating material inside is also decided, and it was not the structure which can change this area | region.

ところで、前記液状塗布材は、使用の用途や態様によって、その液状塗布材の粘性や材質が異なっており、また前記貯留部に貯留させる液状塗布材の貯留量も様々異なるものである。   By the way, the liquid coating material has different viscosities and materials of the liquid coating material depending on the usage and mode of use, and the storage amount of the liquid coating material stored in the storage section varies.

よって、上記の様に、複数種類存在する液状塗布材に対応させ、しかもその貯留量の異なる場合も含めて、同じ形状で同じ大きさの構造をなす塗布具や内部の吸収体を使用することは困難なこととされていた。   Therefore, as described above, it is necessary to use an applicator that has the same shape and the same size as the liquid applicator, and includes the same size and the same size, including cases where the amount of storage is different. Was considered difficult.

すなわち、長さなどを変更した樹脂成形品からなる吸収体を別々に作製することは、高額な金型費用を必要とし、また、前記貯留量を変更するには塗布具の大きさそのものを変更しなければならないとの課題があるからである。   That is, it is necessary to separately manufacture an absorbent body made of a resin molded product whose length is changed, which requires expensive mold costs, and to change the storage amount, the size of the applicator itself is changed. This is because there is a problem that must be done.

尚、バルク液の粘度は、バルク液の種類によって異なっており、粘度の異なったバルク液にあわせて、液漏れが起こらないようそれぞれ塗布具の形状を変更することはきわめてコスト高になり、到底容認されるものではなかった。   Note that the viscosity of the bulk liquid varies depending on the type of bulk liquid, and changing the shape of the applicator according to the bulk liquid with different viscosities would be extremely costly. It was not acceptable.

そこで前記バルクの粘度が異なる場合であっても、同じ規格の塗布具を用いることが出来、しかもそれぞれ液漏れが起こらないように構成された塗布具が要請されていた。   Accordingly, there has been a demand for an applicator configured so that the applicator of the same standard can be used even when the bulk has different viscosities and each does not leak.

さらに、一般的な塗布具は、塗布具内に貯留されたバルク液が少なくなると、芯材に送出される液状塗布材の出量が保持できなくなる傾向にあった。なぜなら塗布具の使用状態はそれを平行にして使用するか或いは少し後端側を下げて使用することが多く、その様な使用状態であると、芯材への貯留部からのバルク液の含浸がうまく調整出来ないからである。
Furthermore, when the bulk liquid stored in the applicator decreases, the general applicator tends to be unable to maintain the amount of liquid applicator delivered to the core material. Because the usage state of the applicator is often used in parallel or slightly lowering the rear end side, in such a usage state, impregnation of the bulk liquid from the reservoir to the core material This is because cannot be adjusted well.

特開平１１−４８６７８号公報Japanese Patent Laid-Open No. 11-48678 特開２０１３−１０２９１０号公報JP2013-102910A 特開２００４−３４４８５８号公報JP 2004-344858 A

かくして、本発明による塗布具は、前記従来の課題を解決するために創案されたものであって、内部に貯留させる液状塗布材、すなわちバルク液につき、その粘性や材質の異なるものが複数種類存在し、また前記貯留部に貯留させる液状塗布材の貯留量も様々異なるものであったとしても、この複数種類存在するバルク液に対応でき、しかもそのバルク液の粘度が異なる場合であっても、例えば大きさや形状など同じ規格の塗布具を用いることが出来、それぞれ液漏れが起こらないように構成し、さらには塗布具を平行にして使用するか或いは少し後端側を下げて使用した状態が長くなったとしても、芯材への貯留部からのバルク液の含浸が調整出来て、たとえバルク液の量が少なくなってきたとしても最後まで液切れしない塗布具を提供することを目的とするものである。
Thus, the applicator according to the present invention has been devised to solve the above-described conventional problems, and there are a plurality of types of liquid coating materials to be stored inside, that is, bulk liquids having different viscosities and materials. And even if the storage amount of the liquid coating material to be stored in the storage part is variously different, even if it can correspond to this multiple types of bulk liquid, and the viscosity of the bulk liquid is different, For example, it is possible to use applicators of the same standard such as size and shape, each configured so that no liquid leakage occurs, and furthermore, the applicator is used in parallel or with the rear end side slightly lowered Even if it becomes longer, the impregnation of the bulk liquid from the reservoir to the core material can be adjusted, and even if the amount of bulk liquid decreases, an applicator that does not run out until the end is provided. It is an object of the present invention.

本発明による塗布具は、
略円筒状をなすボディと、該ボディ内に収納され、ボディの長手方向一端から描画可能に構成された先端部を有する芯状をなす塗布部材と、前記ボディ内に設けられ、前記塗布部材に含浸する液状塗布材を貯留する貯留部と、前記ボディ内に収納された前記塗布部材後端側につき、貯留部側へ露出させて前記液状塗布材を塗布部材に含浸可能な構成とし、かつ前記塗布部材後端部を保持すると共に、液状塗布材を含浸出来るよう前記貯留部内に取り付けられた吸収体に接触状態としてなり、
前記塗布部材は、略筒状に形成され、内部の軸方向に貫通する貫通空間を有するシュノーケルの前記貫通空間を挿通し、該塗布部材の後端はシュノーケルより露出し、露出した後端部は、前記吸収体に設けられた長孔に嵌り込んで保持され、
シュノーケルの外周面とボディの内周面との間の空間は、液状塗布材の貯留部として構成され、
シュノーケルの先端側は、前記貫通空間より大きな孔を有した膨出筒体として構成され、該膨出筒体内にはプラグが嵌り込み、
前記プラグの端面には、第２吸収体の一方側端面が接し、第２吸収体の他方側端面はボディの係止突部に係止してボディ内に装着され、
前記塗布部材は、前記第２吸収体、プラグ及びシュノーケルを嵌挿してなり、
前記吸収体は、前記液状塗布材の粘性や材質に応じて前記含浸量が調節できるよう長さや大きさが変更できる、
ことを特徴とし、
または、
略円筒状をなすボディと、該ボディ内に収納され、ボディの長手方向一端から描画可能に構成された先端部を有する芯状をなす塗布部材と、前記ボディ内に設けられ、前記塗布部材に含浸する液状塗布材を貯留する貯留部と、前記ボディ内に収納された前記塗布部材後端側につき、貯留部側へ露出させて前記液状塗布材を塗布部材に含浸可能な構成とし、かつ前記塗布部材後端部を保持すると共に、液状塗布材を含浸出来るよう前記貯留部内に取り付けられた吸収体に接触状態としてなり、
前記塗布部材は、略筒状に形成され、内部の軸方向に貫通する貫通空間を有するシュノーケルの前記貫通空間を挿通し、該塗布部材の後端はシュノーケルより露出し、露出した後端部は、前記吸収体に設けられた長孔に嵌り込んで保持され、
シュノーケルの外周面とボディの内周面との間の空間は、液状塗布材の貯留部として構成され、
シュノーケルの先端側は、前記貫通空間より大きな孔を有した膨出筒体として構成され、該膨出筒体内にはプラグが嵌り込み、
前記プラグの端面には、第２吸収体の一方側端面が接し、第２吸収体の他方側端面はボディの係止突部に係止してボディ内に装着され、
前記塗布部材は、前記第２吸収体、プラグ及びシュノーケルを嵌挿してなり、
前記シュノーケルの後端側における貫通空間は、多角形状をなす貫通空間として構成され、塗布部材の外周面と前記貫通空間との間では隙間が生じ、該隙間から空気が導入できるよう構成され、
前記吸収体は、前記液状塗布材の粘性や材質に応じて前記含浸量が調節できるよう長さや大きさが変更できる、
ことを特徴とし、
または、
略円筒状をなすボディと、該ボディ内に収納され、ボディの長手方向一端から描画可能に構成された先端部を有する芯状をなす塗布部材と、前記ボディ内に設けられ、前記塗布部材に含浸する液状塗布材を貯留する貯留部と、前記ボディ内に収納された前記塗布部材後端側につき、貯留部側へ露出させて前記液状塗布材を塗布部材に含浸可能な構成とし、かつ前記塗布部材後端部を保持すると共に、液状塗布材を含浸出来るよう前記貯留部内に取り付けられた吸収体に接触状態としてなり、
前記塗布部材は、略筒状に形成され、内部の軸方向に貫通する貫通空間を有するシュノーケルの前記貫通空間を挿通し、該塗布部材の後端はシュノーケルより露出し、露出した後端部は、前記吸収体に設けられた長孔に嵌り込んで保持され、
シュノーケルの外周面とボディの内周面との間の空間は、液状塗布材の貯留部として構成され、
シュノーケルの先端側は、前記貫通空間より大きな孔を有した膨出筒体として構成され、該膨出筒体内にはプラグが嵌り込み、
前記プラグの端面には、第２吸収体の一方側端面が接し、第２吸収体の他方側端面はボディの係止突部に係止してボディ内に装着され、
前記塗布部材は、前記第２吸収体、プラグ及びシュノーケルを嵌挿してなり、
前記シュノーケルの後端側における貫通空間は、多角形状をなす貫通空間として構成され、塗布部材の外周面と前記貫通空間との間には隙間が生じ、該隙間から空気が導入できるよう構成され、
シュノーケルの中間部から先端側に位置する貫通空間の径は、塗布部材の径より大きく形成されて、シュノーケルの中間部から先端側に位置する貫通空間には空気が流入できる隙間が構成され、
前記吸収体は、前記液状塗布材の粘性や材質に応じて前記含浸量が調節できるよう長さや大きさが変更できる、
ことを特徴とし、
または、
略円筒状をなすボディと、該ボディ内に収納され、ボディの長手方向一端から描画可能に構成された先端部を有する芯状をなす塗布部材と、前記ボディ内に設けられ、前記塗布部材に含浸する液状塗布材を貯留する貯留部と、前記ボディ内に収納された前記塗布部材後端側につき、貯留部側へ露出させて前記液状塗布材を塗布部材に含浸可能な構成とし、かつ前記塗布部材後端部を保持すると共に、液状塗布材を含浸出来るよう前記貯留部内に取り付けられた吸収体に接触状態としてなり、
前記塗布部材は、略筒状に形成され、内部の軸方向に貫通する貫通空間を有するシュノーケルの前記貫通空間を挿通し、該塗布部材の後端はシュノーケルより露出し、露出した後端部は、前記吸収体に設けられた長孔に嵌り込んで保持され、
シュノーケルの外周面とボディの内周面との間の空間は、液状塗布材の貯留部として構成され、
シュノーケルの先端側は、前記貫通空間より大きな孔を有した膨出筒体として構成され、該膨出筒体内にはプラグが嵌り込み、
前記プラグの端面には、第２吸収体の一方側端面が接し、第２吸収体の他方側端面はボディの係止突部に係止してボディ内に装着され、
前記塗布部材は、前記第２吸収体、プラグ及びシュノーケルを嵌挿してなり、
前記シュノーケルの後端側における貫通空間は、多角形状をなす貫通空間として構成され、塗布部材の外周面と前記貫通空間との間には隙間が生じ、該隙間から空気が導入できるよう構成され、
シュノーケルの中間部から先端側に位置する貫通空間の径は、塗布部材の径より大きく形成されて、シュノーケルの中間部から先端側に位置する貫通空間には空気が流入できる隙間が構成され、
前記プラグに設けられた孔は、多角形状をなす孔として構成され、該孔を貫挿する塗布部材の外周面と前記孔との間には隙間が生じ、該隙間から空気が導入できるよう構成され、
前記吸収体は、前記液状塗布材の粘性や材質に応じて前記含浸量が調節できるよう長さや大きさが変更できる、
ことを特徴とし、
または、
前記芯状をなす塗布部材は、繊維部材で構成され、前記液状塗布材が毛細管現象により含浸できるよう構成された、
ことを特徴とし、
または、
前記塗布部材は、長尺の中継芯と該中継芯の先端に接続された塗布用ブラシとを有して構成された、
ことを特徴とするのである。
The applicator according to the present invention comprises:
A body having a substantially cylindrical shape, a coating member that is housed in the body and has a core shape having a tip portion that can be drawn from one end in the longitudinal direction of the body, and provided in the body. A storage section for storing the liquid coating material to be impregnated, and a rear end side of the coating member housed in the body, the liquid coating material being exposed to the storage section side so that the coating member can be impregnated, and While holding the rear end portion of the application member, it is in contact with the absorber attached in the reservoir so that the liquid application material can be impregnated,
The coating member is formed in a substantially cylindrical shape and is inserted through the through space of the snorkel having a through space penetrating in the axial direction inside, the rear end of the coating member is exposed from the snorkel, and the exposed rear end portion is , Fitted into a long hole provided in the absorber and held,
The space between the outer peripheral surface of the snorkel and the inner peripheral surface of the body is configured as a reservoir for the liquid coating material,
The tip side of the snorkel is configured as a bulging cylinder having a hole larger than the through space, and a plug is fitted into the bulging cylinder,
One end face of the second absorbent body is in contact with the end face of the plug, and the other end face of the second absorbent body is attached to the body by engaging with the engaging protrusion of the body,
The application member is formed by inserting the second absorber, a plug, and a snorkel,
The absorber can be changed in length and size so that the amount of impregnation can be adjusted according to the viscosity and material of the liquid coating material.
It is characterized by
Or
A body having a substantially cylindrical shape, a coating member that is housed in the body and has a core shape having a tip portion that can be drawn from one end in the longitudinal direction of the body, and provided in the body. A storage section for storing the liquid coating material to be impregnated, and a rear end side of the coating member housed in the body, the liquid coating material being exposed to the storage section side so that the coating member can be impregnated, and While holding the rear end portion of the application member, it is in contact with the absorber attached in the reservoir so that the liquid application material can be impregnated,
The coating member is formed in a substantially cylindrical shape and is inserted through the through space of the snorkel having a through space penetrating in the axial direction inside, the rear end of the coating member is exposed from the snorkel, and the exposed rear end portion is , Fitted into a long hole provided in the absorber and held,
The space between the outer peripheral surface of the snorkel and the inner peripheral surface of the body is configured as a reservoir for the liquid coating material,
The tip side of the snorkel is configured as a bulging cylinder having a hole larger than the through space, and a plug is fitted into the bulging cylinder,
One end face of the second absorbent body is in contact with the end face of the plug, and the other end face of the second absorbent body is attached to the body by engaging with the engaging protrusion of the body,
The application member is formed by inserting the second absorber, a plug, and a snorkel,
The penetrating space on the rear end side of the snorkel is configured as a penetrating space having a polygonal shape, and a gap is formed between the outer peripheral surface of the coating member and the penetrating space, and air can be introduced from the gap,
The absorber can be changed in length and size so that the amount of impregnation can be adjusted according to the viscosity and material of the liquid coating material.
It is characterized by
Or
A body having a substantially cylindrical shape, a coating member that is housed in the body and has a core shape having a tip portion that can be drawn from one end in the longitudinal direction of the body, and provided in the body. A storage section for storing the liquid coating material to be impregnated, and a rear end side of the coating member housed in the body, the liquid coating material being exposed to the storage section side so that the coating member can be impregnated, and While holding the rear end portion of the application member, it is in contact with the absorber attached in the reservoir so that the liquid application material can be impregnated,
The coating member is formed in a substantially cylindrical shape and is inserted through the through space of the snorkel having a through space penetrating in the axial direction inside, the rear end of the coating member is exposed from the snorkel, and the exposed rear end portion is , Fitted into a long hole provided in the absorber and held,
The space between the outer peripheral surface of the snorkel and the inner peripheral surface of the body is configured as a reservoir for the liquid coating material,
The tip side of the snorkel is configured as a bulging cylinder having a hole larger than the through space, and a plug is fitted into the bulging cylinder,
One end face of the second absorbent body is in contact with the end face of the plug, and the other end face of the second absorbent body is attached to the body by engaging with the engaging protrusion of the body,
The application member is formed by inserting the second absorber, a plug, and a snorkel,
The penetrating space on the rear end side of the snorkel is configured as a penetrating space having a polygonal shape, and a gap is formed between the outer peripheral surface of the coating member and the penetrating space, and air can be introduced from the gap,
The diameter of the through space located on the tip side from the middle part of the snorkel is formed larger than the diameter of the coating member, and a gap through which air can flow is formed in the through space located on the tip side from the middle part of the snorkel,
The absorber can be changed in length and size so that the amount of impregnation can be adjusted according to the viscosity and material of the liquid coating material.
It is characterized by
Or
A body having a substantially cylindrical shape, a coating member that is housed in the body and has a core shape having a tip portion that can be drawn from one end in the longitudinal direction of the body, and provided in the body. A storage section for storing the liquid coating material to be impregnated, and a rear end side of the coating member housed in the body, the liquid coating material being exposed to the storage section side so that the coating member can be impregnated, and While holding the rear end portion of the application member, it is in contact with the absorber attached in the reservoir so that the liquid application material can be impregnated,
The coating member is formed in a substantially cylindrical shape and is inserted through the through space of the snorkel having a through space penetrating in the axial direction inside, the rear end of the coating member is exposed from the snorkel, and the exposed rear end portion is , Fitted into a long hole provided in the absorber and held,
The space between the outer peripheral surface of the snorkel and the inner peripheral surface of the body is configured as a reservoir for the liquid coating material,
The tip side of the snorkel is configured as a bulging cylinder having a hole larger than the through space, and a plug is fitted into the bulging cylinder,
One end face of the second absorbent body is in contact with the end face of the plug, and the other end face of the second absorbent body is attached to the body by engaging with the engaging protrusion of the body,
The application member is formed by inserting the second absorber, a plug, and a snorkel,
The penetrating space on the rear end side of the snorkel is configured as a penetrating space having a polygonal shape.
The diameter of the through space located on the tip side from the middle part of the snorkel is formed larger than the diameter of the coating member, and a gap through which air can flow is formed in the through space located on the tip side from the middle part of the snorkel,
The hole provided in the plug is configured as a polygonal hole, and a gap is formed between the outer peripheral surface of the coating member penetrating the hole and the hole, and air can be introduced from the gap. And
The absorber can be changed in length and size so that the amount of impregnation can be adjusted according to the viscosity and material of the liquid coating material.
It is characterized by
Or
The core-shaped application member is composed of a fiber member, and the liquid application material is configured to be impregnated by capillary action.
It is characterized by
Or
The coating member is configured to have a long relay core and a brush for application connected to the tip of the relay core.
It is characterized by that.

本発明による塗布具であれば、内部に貯留させる液状塗布材につき、その粘性や材質の異なるものが複数種類存在し、また前記貯留部に貯留させる液状塗布材の貯留量も様々異なるものであったとしても、この複数種類存在する液状塗布材に対応でき、しかもそのバルク液の粘度が異なる場合であっても、例えば大きさや形状につき同じ規格の塗布具を用いることが出来、それぞれ液漏れが起こらないよう構成し、さらには塗布具を平行にして使用するか或いは少し後端側を下げて使用した状態が長くなったとしても、芯材への貯留部からのバルク液の含浸が調整出来て、たとえバルク液の量が少なくなってきたとしても最後まで液切れしない塗布具を提供できるとの優れた効果を奏する。
In the case of the applicator according to the present invention, there are a plurality of types of liquid application materials that are stored in the interior, and the viscosity and material of the liquid application materials are different, and the storage amount of the liquid application material stored in the storage section is also different. Even if it is possible to deal with this plurality of types of liquid coating materials, and even when the bulk liquid has different viscosities, for example, the same standard applicator can be used for each size and shape. Even when the applicator is used with the applicator in parallel or the rear end side is lowered slightly, the impregnation of the bulk liquid from the reservoir to the core material can be adjusted. Thus, even if the amount of the bulk liquid decreases, an excellent effect is provided that an applicator that does not run out until the end can be provided.

本発明による塗布具の構成を説明する説明図（１）である。It is explanatory drawing (1) explaining the structure of the applicator by this invention. 他の実施例による塗布具の構成を説明する説明図（１）である。It is explanatory drawing (1) explaining the structure of the applicator by another Example. 他の実施例による塗布具の構成を説明する説明図（２）である。It is explanatory drawing (2) explaining the structure of the applicator by another Example.

以下、本発明を図に示す実施例に基づいて説明する。   Hereinafter, the present invention will be described based on embodiments shown in the drawings.

図１は、本発明による塗布具１の構成を示す構成説明図である。本発明による塗布具１は、略円筒状をなすボディ２を有している。このボディ２の長さは一応規格で定められてあり、内部に貯留されている液状塗布材６の粘性や材質が異なっていても、同じ長さのボディ２で各種類の塗布具１を構成できる。そのため複数種類の塗布具１を形成してもそのボディ２につき同じものを使用できて最終的に製造コストを安価に出来る。
そして、当該ボディ２の先端には、キャップ３及びインナーキャップ４が装着される。 FIG. 1 is an explanatory diagram illustrating the configuration of an applicator 1 according to the present invention. The applicator 1 according to the present invention has a body 2 having a substantially cylindrical shape. The length of the body 2 is stipulated in the standard, and each type of applicator 1 is constituted by the body 2 having the same length even if the viscosity and material of the liquid application material 6 stored therein are different. it can. Therefore, even if a plurality of types of applicators 1 are formed, the same one can be used for the body 2 and finally the manufacturing cost can be reduced.
A cap 3 and an inner cap 4 are attached to the tip of the body 2.

ここで、ボディ２内には、芯状をなす長尺の塗布部材５が保持されており、図から理解されるように、当該塗布部材５は、中継芯２１と該中継芯２１の先端に被嵌され、描画に使用される塗布用ブラシ１０とを有して構成される。   Here, a long coating member 5 having a core shape is held in the body 2. As understood from the drawing, the coating member 5 is attached to the relay core 21 and the distal end of the relay core 21. The coating brush 10 is configured to be fitted and used for drawing.

しかして、中継芯２１および塗布用ブラシ１０は、通常繊維部材で構成され、後述する液状塗布材６が毛細管現象などによって徐々に含浸できるように構成されている。   Thus, the relay core 21 and the coating brush 10 are usually made of fiber members, and are configured so that the liquid coating material 6 described later can be gradually impregnated by a capillary phenomenon or the like.

符号７は、吸収体を示す。図から理解出来る様に、当該吸収体７は、外周面に何らの凹凸形状も施さない円柱状に構成され、その軸方向中心部には、表面に設けられた開口２０から軸方向奥側に向かって設けられた長孔８が形成されている。   The code | symbol 7 shows an absorber. As can be understood from the figure, the absorbent body 7 is formed in a cylindrical shape that does not have any irregular shape on the outer peripheral surface, and the axial center portion thereof has an opening 20 provided on the surface to the back side in the axial direction. A long hole 8 is formed.

そして、この長孔８に前記塗布部材５の後端部２２が嵌まり込んで、塗布部材５と吸収体７とが接触出来るように構成され、両者が接続された状態となっている。   And the rear end part 22 of the said application member 5 fits in this long hole 8, and it is comprised so that the application member 5 and the absorber 7 can contact, It is the state which both connected.

従来この吸収体７は、外周が蛇腹状の凹凸面として構成された樹脂成形品で作製されていたが、前記したように、前記樹脂成形品の金型費用が高額であり、そのため複数種類の形態をなす異なった吸収体７を作製すると塗布具自体のコストが高価となってしまうとの課題があった。   Conventionally, the absorbent body 7 has been made of a resin molded product whose outer periphery is configured as an accordion-shaped uneven surface. However, as described above, the mold cost of the resin molded product is high, and therefore, there are a plurality of types. If different absorbers 7 having different forms were produced, there was a problem that the cost of the applicator itself would be expensive.

しかして、本発明の吸収体７は、例えば、内部に連続気泡を有するフォーム材などの含浸力を有する柔軟部材で構成されており、その大きさや長さを簡単に切断することにより形状が容易に変更することもできる。   Thus, the absorbent body 7 of the present invention is composed of, for example, a flexible member having an impregnation force such as a foam material having open cells inside, and the shape and the length of the absorbent body 7 can be easily cut. It can also be changed.

符号９はノーズピースであり、前記芯状をなす塗布部材５の先端側を保持して、ボディ２の先端部に固着している。尚、前記塗布部材５の先端側には前述したように塗布ブラシ１０が中継芯２１に被嵌した状態で接続されて取り付けられており、該塗布用ブラシ１０により含浸した液状塗布材６を使って、描画あるいは塗布するように構成されている。このように塗布部材５を中継芯２１と塗布用ブラシ１０との別体部品を連結して構成しても構わないし、中継芯２１と塗布用ブラシ１０とを一体的に形成した塗布部材５でも構わない。   Reference numeral 9 denotes a nosepiece, which is fixed to the distal end portion of the body 2 while holding the distal end side of the coating member 5 having the core shape. As described above, the application brush 10 is connected to and attached to the front end side of the application member 5 so as to be fitted on the relay core 21, and the liquid application material 6 impregnated with the application brush 10 is used. And configured to draw or apply. Thus, the application member 5 may be configured by connecting separate parts of the relay core 21 and the application brush 10, or the application member 5 in which the relay core 21 and the application brush 10 are integrally formed. I do not care.

次に符号２３はシュノーケルを示す。該シュノーケル２３は、長尺の略筒状に形成されており、内部の軸方向に貫通する貫通空間２５に前述した中継芯２１が挿通出来るよう構成されている。   Reference numeral 23 indicates a snorkel. The snorkel 23 is formed in a long and substantially cylindrical shape, and is configured such that the above-described relay core 21 can be inserted into a through space 25 penetrating in the axial direction inside.

そして、図から理解されるように、中継芯２１の後端はシュノーケル２３より露出し、その後端部２２が、前述したように吸収体７の長孔８に嵌り込んで保持されている。   As can be understood from the figure, the rear end of the relay core 21 is exposed from the snorkel 23, and the rear end 22 is fitted and held in the long hole 8 of the absorber 7 as described above.

また、シュノーケル２３の外周面とボディ２の内周面との間の空間は、液状塗布材６の貯留部１２として構成されている。
ここで、シュノーケル２３の先端側は、前記貫通空間２５の形より大きな孔を有した膨出筒体２６として構成され、この膨出筒体２６内にはプラグ１１が嵌り込んでいる。 Further, the space between the outer peripheral surface of the snorkel 23 and the inner peripheral surface of the body 2 is configured as a storage portion 12 for the liquid coating material 6.
Here, the tip end side of the snorkel 23 is configured as a bulging cylindrical body 26 having a hole larger than the shape of the through space 25, and the plug 11 is fitted in the bulging cylindrical body 26.

尚、符号１４はいわゆる第２吸収体とも称することが出来、中継芯２１が貫通する貫通孔を有すると共に、その一方側端面はプラグ１１の端面に接し、他方側端面はボディ2の係止突部２７に係止してボディ２内に装着されている。   Reference numeral 14 can also be referred to as a so-called second absorber, which has a through-hole through which the relay core 21 passes, one end face of which is in contact with the end face of the plug 11, and the other end face is a locking protrusion of the body 2. Locked to the portion 27 and mounted in the body 2.

ところで、前記シュノーケル２３の後端側における貫通空間２５−１は、中継芯２１の円柱状外周面にすべて接する円筒状には構成されておらず、例えば、６角形状或いは８角形状などの多角形状をなす貫通空間２５として構成され、中継芯２１の外周面と前記貫通空間２５とは例えば６点或いは８点で接するが、他の外周面位置では隙間が生じ、その隙間から液状塗布材６が中継芯２１の外周面から含浸できるよう構成されている。また、該隙間から空気が導入できるようになっていて、液状塗布材６が中継芯２１へスムーズに含浸出来るよう、即ち毛細管現象がスムーズに行えるよう構成されている。   By the way, the penetration space 25-1 on the rear end side of the snorkel 23 is not configured in a cylindrical shape that is in contact with the columnar outer peripheral surface of the relay core 21. The penetrating space 25 is formed as a shape, and the outer peripheral surface of the relay core 21 and the penetrating space 25 are in contact with each other at, for example, six points or eight points. Can be impregnated from the outer peripheral surface of the relay core 21. Further, air can be introduced from the gap, and the liquid coating material 6 can be smoothly impregnated into the relay core 21, that is, the capillary phenomenon can be smoothly performed.

すなわち、シュノーケル２３の中間部から先端側に位置する貫通空間２５−２の径は、中継芯２１の径より大きく形成されており、よってシュノーケル２３の中間部から先端側に位置する貫通空間２５−２には前記液状塗布材６が流入でき、かつ空気が流入できる隙間、すなわちクリアランス部２８として構成できるのである。   That is, the diameter of the through space 25-2 located on the front end side from the intermediate portion of the snorkel 23 is formed larger than the diameter of the relay core 21, and thus the through space 25- located on the front end side from the intermediate portion of the snorkel 23. 2, the liquid coating material 6 can flow in, and a gap through which air can flow, that is, a clearance portion 28 can be formed.

ところで、前述した吸収体７は、例えば尾栓１７の後端側に取り付けられており、当該尾栓１７はボディ２の後方開口からボディ２内に差し込まれて、前記吸収体７の長孔８に中継芯２１が嵌り込み、吸収体７と中継芯２１とが接触して接続するようになっており、また吸収体７は前記液状塗布材６が貯留される貯留部１２内に配置されることとなるので、該吸収体７には絶えず液状塗布材６が含浸される状態となる。そして、この吸収体７は常時中継芯２１に接触しているから、含浸した液状塗布材６を毛細管現象によって中継芯２１側へ供給出来るようになっているのである。したがって、貯留部１２内の液状塗布材６の量が少なくなり、塗布具１を平行にして使用するような状態が長くなって、貯留部１２の液状塗布材６が前記貯留部材１２に露出してある中継芯２１に届かなくなった場合でも、あらかじめ液状塗布材６を含浸した吸収体７から液状塗布材６が供給出来、もって塗布用ブラシ１０において液切れ状態を引き起こすことがないのである。その意味からすると前記吸収体７は液状塗布材６の予備タンクの役目を果たしていると言える。   By the way, the above-described absorber 7 is attached to, for example, the rear end side of the tail plug 17, and the tail plug 17 is inserted into the body 2 from the rear opening of the body 2, and the elongated hole 8 of the absorber 7 is inserted. The relay core 21 is fitted to the absorbent core 7 so that the absorbent body 7 and the relay core 21 are in contact with each other, and the absorbent body 7 is disposed in the storage portion 12 in which the liquid coating material 6 is stored. Therefore, the absorbent body 7 is constantly impregnated with the liquid coating material 6. Since the absorbent body 7 is always in contact with the relay core 21, the impregnated liquid coating material 6 can be supplied to the relay core 21 side by capillary action. Accordingly, the amount of the liquid coating material 6 in the storage portion 12 is reduced, the state in which the applicator 1 is used in parallel is lengthened, and the liquid coating material 6 in the storage portion 12 is exposed to the storage member 12. Even when it does not reach the relay core 21, the liquid coating material 6 can be supplied from the absorbent body 7 impregnated with the liquid coating material 6 in advance, so that the liquid running out of the coating brush 10 is not caused. In that sense, it can be said that the absorbent body 7 serves as a reserve tank for the liquid coating material 6.

ここで、本発明による塗布具の組み立てにつき説明すると、例えば、先端側に第２吸収体１４が取り付けられ、この第２吸収体１４の隣にプラグ１１が嵌着されたシュノーケル２３が被嵌された中継芯２１がボディ２の後方から差し込まれる。次いで、吸収体７を取り付けた尾栓１７をボディ２の後方から差し込んで、前記中継芯２１を所定の位置に装着させると共に、中継芯２１と吸収体７とを接触、接続させて尾栓１７を装着する。尚、前記尾栓１７を装着する前に、あらかじめ貯留部１２には液状塗布材６を充填しておく必要がある。   Here, the assembly of the applicator according to the present invention will be described. For example, the second absorbent body 14 is attached to the distal end side, and the snorkel 23 with the plug 11 fitted is fitted next to the second absorbent body 14. The relay core 21 is inserted from the rear of the body 2. Next, the tail plug 17 to which the absorber 7 is attached is inserted from the rear of the body 2 so that the relay core 21 is mounted at a predetermined position, and the relay core 21 and the absorber 7 are brought into contact with each other and connected to each other. Wear. Before the tail plug 17 is attached, the reservoir 12 needs to be filled with the liquid coating material 6 in advance.

さらに、ボディ２の先端側から、中継芯２１の先端側にノーズピース９が装着された塗布用ブラシ１０を連結させる。そして、ボディ２の先端側にインナーキャップ４およびキャップ３を取り付け、これにより塗布具１の組み立てが完了する。   Further, the application brush 10 with the nosepiece 9 attached is connected from the front end side of the body 2 to the front end side of the relay core 21. And the inner cap 4 and the cap 3 are attached to the front end side of the body 2, and the assembly of the applicator 1 is thereby completed.

図２、図３は本発明の他の実施例を示すものであり、吸収体７の長さ、大きさを変更した構成の例である。このように吸収体７の大きさや長さは自在に変更することが出来、もってこれにより液状塗布材６の粘度や材質に違いがあっても、何ら問題なく前記吸収体７が液状塗布材６の予備タンクの機能を果たすことが出来るものとなる。   2 and 3 show another embodiment of the present invention, which is an example of a configuration in which the length and size of the absorber 7 are changed. In this way, the size and length of the absorbent body 7 can be freely changed. Therefore, even if there is a difference in the viscosity or material of the liquid coating material 6, the absorbent body 7 can be used without any problem. It is possible to fulfill the function of the spare tank.

ところでプラグ１１の孔も多角形状にして隙間を設ければ、その隙間が空気の動入路となって、中継芯２１への液状塗布材の含浸をスムーズにすることが出来る。   By the way, if the hole of the plug 11 is also formed in a polygonal shape and a gap is provided, the gap serves as an air inflow path, and the relay core 21 can be smoothly impregnated with the liquid coating material.

また、第２吸収体１４の存在により、中継芯２１への液状塗布材６の含浸量を調整出来、もってこれにより液漏れや液切れを防止することが出来る。
Further, the presence of the second absorbent body 14 can adjust the amount of impregnation of the liquid coating material 6 into the relay core 21, thereby preventing liquid leakage and running out of liquid.

１ 塗布具
２ ボディ
３ キャップ
４ インナーキャップ
５ 塗布部材
６ 液状塗布材
７ 吸収体
８ 長孔
９ ノーズピース
１０ 塗布用ブラシ
１１ プラグ
１２ 貯留部
１４ 第２吸収体
１７ 尾栓
２０ 開口
２１ 中継芯
２２ 塗布部材の後端部
２３ シュノーケル
２５ 貫通空間
２５−１ シュノーケルの後端側における貫通空間
２５−２ シュノーケルの中間位置から先端側に位置する貫通空間
２６ 膨出筒体
２７ 係止突部
２８ クリアランス部 DESCRIPTION OF SYMBOLS 1 Applicator 2 Body 3 Cap 4 Inner cap 5 Application member 6 Liquid application material 7 Absorber 8 Long hole 9 Nosepiece 10 Application brush 11 Plug 12 Reservoir 14 Second absorber 17 Tail plug 20 Opening 21 Relay core 22 Application Rear end portion 23 of member Snorkel 25 Through space 25-1 Through space 25-2 at rear end side of snorkel Through space 26 located from the middle position of the snorkel to the front end side 26 Swelling cylindrical body 27 Locking protrusion 28 Clearance portion

Claims (3)

略円筒状をなすボディと、該ボディ内に収納され、ボディの長手方向一端から描画可能に構成された先端部を有する芯状をなす塗布部材と、前記ボディ内に設けられ、前記塗布部材に含浸する液状塗布材を貯留する貯留部と、前記ボディ内に収納された前記塗布部材後端側につき、貯留部側へ露出させて前記液状塗布材を塗布部材に含浸可能な構成とし、かつ前記塗布部材後端部を保持すると共に、液状塗布材を含浸出来るよう前記貯留部内に取り付けられた吸収体に接触状態としてなり、
前記吸収体は、前記液状塗布材の粘性や材質に応じて前記含浸量が調節できるよう長さや大きさが変更できる、
ことを特徴とする塗布具。
A body having a substantially cylindrical shape, a coating member that is housed in the body and has a core shape having a tip portion that can be drawn from one end in the longitudinal direction of the body, and provided in the body. A storage section for storing the liquid coating material to be impregnated, and a rear end side of the coating member housed in the body, the liquid coating material being exposed to the storage section side so that the coating member can be impregnated, and While holding the rear end portion of the application member, it is in contact with the absorber attached in the reservoir so that the liquid application material can be impregnated,
The absorber can be changed in length and size so that the amount of impregnation can be adjusted according to the viscosity and material of the liquid coating material.
An applicator characterized by that.
前記芯状をなす塗布部材は、繊維部材で構成され、前記液状塗布材が毛細管現象により含浸できるよう構成された、
ことを特徴とする請求項１記載の塗布具。
The core-shaped application member is composed of a fiber member, and the liquid application material is configured to be impregnated by capillary action.
The applicator according to claim 1.
前記塗布部材は、長尺の中継芯と該中継芯の先端に接続された塗布用ブラシとを有して構成された、
ことを特徴とする請求項１又は請求項２記載の塗布具。
The coating member is configured to have a long relay core and a brush for application connected to the tip of the relay core.
The applicator according to claim 1 or 2, wherein the applicator is used.
JP2017009264A 2016-05-11 2017-01-23 Applicator Active JP6241972B1 (en)

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JP2017009264A JP6241972B1 (en) 2017-01-23 2017-01-23 Applicator
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KR1020187035277A KR102248616B1 (en) 2016-05-11 2017-05-10 Applicator
KR1020207017554A KR102181363B1 (en) 2016-05-11 2017-05-10 Applicator
CN201780028750.1A CN109068829B (en) 2016-05-11 2017-05-10 Coating device
US15/742,225 US10827816B2 (en) 2016-05-11 2017-05-10 Applicator

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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4747410B1 (en) * 1967-09-09 1972-11-30
JP2010089383A (en) * 2008-10-08 2010-04-22 Kowa Kagaku Sangyo Kk Liquid directly feeding type instrument

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4747410B1 (en) * 1967-09-09 1972-11-30
JP2010089383A (en) * 2008-10-08 2010-04-22 Kowa Kagaku Sangyo Kk Liquid directly feeding type instrument

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