JP5963344B2 - Cosmetic cold touch puff and container - Google Patents

Cosmetic cold touch puff and container Download PDF

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JP5963344B2
JP5963344B2 JP2011264674A JP2011264674A JP5963344B2 JP 5963344 B2 JP5963344 B2 JP 5963344B2 JP 2011264674 A JP2011264674 A JP 2011264674A JP 2011264674 A JP2011264674 A JP 2011264674A JP 5963344 B2 JP5963344 B2 JP 5963344B2
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cosmetic
puff
contact cooling
cooling sensation
metal plate
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JP2013116192A (en
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大輔 杉山
大輔 杉山
耕司 相原
耕司 相原
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Taiki Corp Ltd
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Description

本発明は、化粧料を塗布するための化粧用接触冷感パフに関する。   The present invention relates to a cosmetic contact cooling sensation puff for applying cosmetics.

日常生活の中で化粧をするときに、使用する化粧料にあわせて様々な化粧用具が使用されている。その中でスポンジパフは液体の化粧料、あるいは粉体等の固体の化粧料を塗布する際に広く使用されている。
近年、このスポンジパフを夏場の暑い時期に使用する際に、発汗すると化粧を円滑に行えないばかりか、意図する化粧を行うことが困難であり、冷たさを感じたいとの要望が高まってきた。そのため、固体の化粧料を塗布する際に予めスポンジパフを水で濡らして使用する化粧方法が提案されている。
When applying makeup in daily life, various cosmetic tools are used according to the cosmetics used. Among them, sponge puffs are widely used when applying liquid cosmetics or solid cosmetics such as powder.
In recent years, when this sponge puff is used in the hot summer months, it is difficult to make makeup when sweating, and it is difficult to perform intended makeup, and there is an increasing demand for feeling cold. . Therefore, a makeup method has been proposed in which a sponge puff is previously wetted with water when a solid cosmetic is applied.

一方、肌に直接接触すると冷たさを感じる接触冷感生地が知られている。接触冷感は肌から生地へ瞬時に移動する熱量が多い場合に感じる。そして、接触冷温感評価値(qmax値)を測定することにより、生地の接触冷感度合いを評価することができる。なお、特許文献1には、衣類に使用する生地の接触冷感は、qmax値が0.2J/sec/cm(W/cm)以上、好ましくは0.23〜0.27J/sec/cm(W/cm)であると良いとの記載がある。
なお、接触冷感生地は、衣類や寝具等にひんやり感を付与するために利用されているが、化粧用パフの生地等には使用されていない。
これまで、化粧用パフとしては使用感や化粧性等の化粧用としての目的に即した性質を向上させるためのものがあるが、化粧時に冷感を感じさせることまでを考慮してない。
On the other hand, a contact cold sensation fabric that feels cold when directly touching the skin is known. A feeling of cold contact is felt when there is a large amount of heat that instantaneously moves from the skin to the fabric. Then, by measuring the contact cold / warm feeling evaluation value (qmax value), it is possible to evaluate the degree of contact cold sensitivity of the fabric. In Patent Document 1, the contact cooling sensation of the fabric used for clothing has a qmax value of 0.2 J / sec / cm 2 (W / cm 2 ) or more, preferably 0.23 to 0.27 J / sec /. There is a description that it is good that it is cm 2 (W / cm 2 ).
The contact-cooled fabric is used to give a cool feeling to clothes, bedding, etc., but is not used as a fabric for a cosmetic puff.
Up to now, there are cosmetic puffs for improving properties suitable for cosmetic purposes such as feeling of use and cosmetic properties, but no consideration is given to the feeling of cooling during makeup.

特開2011−184828号公報JP 2011-184828 A

前記した固体の化粧料を塗布する際に予めスポンジパフを水で濡らして使用する化粧方法では、スポンジパフを濡らす水が必要であり、必ずしも場所を問わずできる化粧方法ではなかった。そこで、特に夏場の暑い時期に冷たさを感じることができる化粧方法を実現する化粧用具が求められており、本発明はそのような化粧用具、及びその化粧用具を収納し、ひんやりとした感触を伴う化粧を行うことができる粉体状化粧料用容器を提供することを課題とする。   The makeup method in which the sponge puff is previously wetted with water when applying the solid cosmetic described above requires water to wet the sponge puff, and is not necessarily a makeup method that can be used regardless of location. Therefore, there is a need for a cosmetic tool that realizes a makeup method capable of feeling cold, particularly in the hot summer season, and the present invention accommodates such a cosmetic tool and the cosmetic tool, providing a cool feel. It is an object of the present invention to provide a powdery cosmetic container capable of performing makeup.

上記課題を解決すべく本発明者らは、鋭意検討を重ねた結果、下記の手段を採用することにより、上記課題が解決されることを見出した。
1.柔軟な基体とそれを被覆する表面基材からなり、該表面基材のqmax値が0.2J/sec/cm(W/cm)以上である化粧用接触冷感パフ。
2.該表面基材のqmax値が0.25J/sec/cm(W/cm)以上である1に記載の化粧用接触冷感パフ。
3.該表面基材がパイル無し生地からなる1又は2に記載の化粧用接触冷感パフ。
4.基体が樹脂ビーズ入り袋状物である1〜3のいずれかに記載の化粧用接触冷感パフ。
5.容器内部に孔を有する金属板を設け、その金属板によって下室及び上室に分割されてなり、該下室には粉体状化粧料を収納し、上室には1〜4のいずれかに記載の化粧用接触冷感パフを収納してなる粉体状化粧料用容器。
As a result of extensive studies, the present inventors have found that the above problems can be solved by adopting the following means.
1. A cosmetic contact cooling sensation puff comprising a flexible substrate and a surface substrate covering the flexible substrate, the qmax value of the surface substrate being 0.2 J / sec / cm 2 (W / cm 2 ) or more.
2. The cosmetic contact cooling sensation puff according to 1, wherein the surface base material has a qmax value of 0.25 J / sec / cm 2 (W / cm 2 ) or more.
3. The cosmetic contact cooling sensation puff according to 1 or 2, wherein the surface base material is made of a fabric without a pile.
4). 4. The cosmetic contact cooling sensation puff according to any one of 1 to 3, wherein the substrate is a bag-like product containing resin beads.
5. A metal plate having a hole is provided inside the container, and is divided into a lower chamber and an upper chamber by the metal plate. The lower chamber stores powdery cosmetics, and the upper chamber is any one of 1-4 A powdery cosmetic container containing the cosmetic contact cooling sensation puff described in 1.

本発明の化粧用接触冷感パフは、表面基材に接触冷感生地を使用していることから、化粧時にひんやりとした感触を得ることができる。このため、夏季等における化粧時において発汗を抑制することができ、より円滑に化粧を行うことができると共に、意図したとおりの化粧を行うことができる。
また、本発明の化粧用接触冷感パフを金属板と接触させることにより、接触冷感を維持することができるので、化粧時に継続的にひんやりとした感触を得るようにすることも可能である。
さらに、金属板を収納してなる粉体状化粧料用容器に化粧用接触冷感パフを収納させることによって、化粧時に該金属板に化粧用接触冷感パフの塗布面を接触させることができ、よりひんやりとした感触を伴う化粧を行うことができる。
Since the contact cooling sensation puff of the present invention uses a contact cooling sensation fabric as the surface base material, it can provide a cool feel during makeup. For this reason, sweating can be suppressed at the time of makeup in summer or the like, makeup can be performed more smoothly, and makeup as intended can be performed.
In addition, since the contact cooling sensation puff of the present invention is brought into contact with the metal plate, the contact cooling sensation can be maintained, so that it is also possible to obtain a cool feeling continuously during makeup. .
Further, by storing the cosmetic contact cooling sensation puff in a powdery cosmetic container containing a metal plate, the application surface of the cosmetic contact cooling sensation puff can be brought into contact with the metal plate during makeup. Make up with a cooler feel.

粉体状化粧料用容器斜視図Powder cosmetic container perspective view 化粧用接触冷感パフを収納していない粉体状化粧料用容器斜視図A perspective view of a powdery cosmetic container not containing a cosmetic contact cooling sensation puff 図2の上面図Top view of FIG. 粉体状化粧料用容器断面図Cross section of powder cosmetic container 粉体状化粧料用容器を反転させた状態の図Illustration of a powder cosmetic container inverted 実施例の頬の温度変化を示す図The figure which shows the temperature change of the cheek of an Example

(本発明の化粧用接触冷感パフの構造)
本発明の化粧用接触冷感パフは、従来のパフと同様に内部に発泡体やスポンジなどの柔軟な素材を基体として設けることができる。その基体としては、低反発性ポリウレタン、軟質ポリウレタン、シリコーン樹脂発泡体、多孔質NBR、不織布、スポンジ等の公知の素材を使用することができ、その大きさや厚さも公知のパフと同程度でよい。
気泡を有する基体であれば、その気泡は独立気泡、連続気泡又はこれらの混在型種々の形態のいずれでも良い。その密度(又は空隙率)は、目的に応じて製造工程での発泡倍率の制御により所定の範囲に設定できる。
基体を被覆する表面基材は薄いので、本発明の化粧用接触冷感パフの形状は基体の形状によって決定される。該基体の形状は円盤状が一般的ではあるが、角が円くなった扁平な四角形状、球状、棒状等任意の形状とすることができる。
また上記の素材ではなく、樹脂ビーズを充填した袋状物を採用することができ、そのような基体を採用した場合には、極めて柔軟な基体と伸縮性に優れた表面基材を組み合わせることによって、肌への密着性がさらに向上する。
また公知のパフのように、パフの片面に指を差し込むための隙間を形成できるよう、パフの一端に帯状物の一端を、パフの他端に帯状物の他端を固定することができる。
(Structure of cosmetic contact cooling puff of the present invention)
The cosmetic contact cooling sensation puff of the present invention can be provided with a flexible material such as a foam or a sponge as a base, as in the conventional puff. As the substrate, known materials such as low resilience polyurethane, soft polyurethane, silicone resin foam, porous NBR, non-woven fabric, sponge and the like can be used, and the size and thickness thereof may be similar to those of known puffs. .
As long as the substrate has air bubbles, the air bubbles may be closed cells, open cells, or a mixed type of these. The density (or porosity) can be set within a predetermined range by controlling the expansion ratio in the production process according to the purpose.
Since the surface substrate covering the substrate is thin, the shape of the cosmetic contact cooling sensation puff of the present invention is determined by the shape of the substrate. The shape of the substrate is generally a disc shape, but may be any shape such as a flat quadrangular shape with a rounded corner, a spherical shape, or a rod shape.
Also, instead of the above materials, a bag-like material filled with resin beads can be used. When such a base is used, a very flexible base and a surface base material excellent in stretchability are combined. Furthermore, the adhesion to the skin is further improved.
Further, like a known puff, one end of the band can be fixed to one end of the puff and the other end of the band can be fixed to the other end of the puff so that a gap for inserting a finger can be formed on one side of the puff.

本発明の化粧用接触冷感パフは、表面基材として特にqmax値が大きい値を示す素材を使用することが、使用時に冷感を与えることができる点において重要である。
表1に表面基材用生地のqmax値を示す。
In the cosmetic contact cooling sensation puff of the present invention, it is important to use a material exhibiting a particularly large qmax value as a surface base material in that a cooling sensation can be imparted during use.
Table 1 shows the qmax values of the surface base material.

Figure 0005963344
Figure 0005963344

qmax値が0.2J/sec/cm(W/cm)以上であれば接触冷感性能があると考えらるが、上記の各種表面基材の中でも、EVOH(パイルなし)が最も高いqmax値を示しており、使用時に接触冷感を感じさせるための表面基材としては優れることがわかる。他にも、ポリアミド、ポリエステル、綿等も比較的優れた接触冷感性能を示す。
表面基材が同じ場合には、パイルあり生地よりもパイルなし生地の方が接触冷感性に優れる。
If the qmax value is 0.2 J / sec / cm 2 (W / cm 2 ) or more, it is considered that there is a contact cooling sensation performance, but among the above various surface substrates, EVOH (no pile) is the highest. The qmax value is shown, and it can be seen that it is excellent as a surface base material for giving a feeling of cool contact during use. In addition, polyamide, polyester, cotton, and the like also show relatively excellent contact cooling performance.
When the surface base material is the same, the fabric without pile is superior to the fabric with pile in contact cooling sensitivity.

このように、本発明においてはqmax値が高ければ特に表面基材の種類を問わず、パイルの有無も問わないが、qmax値が高いことを前提に化粧時の肌触りに優れた素材が好ましい。
本発明におけるqmax値は0.2J/sec/cm(W/cm)以上であれば良いが、好ましくは0.25J/sec/cm(W/cm)以上、より好ましくは0.3J/sec/cm(W/cm)以上、さらに好ましくは0.35J/sec/cm(W/cm)以上である。
Thus, in the present invention, if the qmax value is high, regardless of the type of the surface base material, it does not matter whether there is a pile or not, but a material excellent in touch at the time of makeup is preferable on the assumption that the qmax value is high.
The qmax value in the present invention may be 0.2 J / sec / cm 2 (W / cm 2 ) or more, preferably 0.25 J / sec / cm 2 (W / cm 2 ) or more, more preferably 0.8. It is 3 J / sec / cm 2 (W / cm 2 ) or more, more preferably 0.35 J / sec / cm 2 (W / cm 2 ) or more.

(本発明の化粧用接触冷感パフの製造)
上記基体を表面基材により被覆する場合、基体の全面を被覆しても良いし、該基体のなかで化粧時に皮膚へ接触しない面に面した部位については、本発明における表面基材ではない素材によって被覆することもできる。
被覆方法としては、基体を1枚以上の表面基材で被覆して、表面基材の端部同士を縫製することにより被覆する方法、あるいは基体を1枚以上の表面基材により被覆して、その端部同士を熱融着する方法を採用できる。熱融着手段としては熱ロール、熱プレス、熱風処理、超音波加熱等任意の手段を採用できるが、表面基材同士を熱融着することに鑑みて、微細な部位を熱融着できる手段が好ましい。
(Manufacture of cosmetic contact cooling sensation puff of the present invention)
When the substrate is coated with a surface substrate, the entire surface of the substrate may be coated, or a portion of the substrate that faces a surface that does not contact the skin during makeup is not a surface substrate in the present invention. Can also be coated.
As a coating method, the base is coated with one or more surface base materials, and the base material is coated by sewing the edges of the surface base materials, or the base body is coated with one or more surface base materials, A method of heat-sealing the ends can be employed. Arbitrary means such as a hot roll, hot press, hot air treatment, ultrasonic heating, etc. can be adopted as the heat fusing means, but in consideration of fusing the surface base materials to each other, means capable of heat fusing fine parts. Is preferred.

熱融着することにより表面基材を被覆する場合には、基体と表面基材との接着性を付与するために、基体と表面基材との間にホットメルトシート層を設けることができる。
該ホットメルトシート層が加熱されることによって基体と接着し、かつ表面基材とも接着することによって、結果的に基体と表面基材が固定される。また、基体端部において表面基材の端部同士を熱融着する際にも、該ホットメルトシートを介在させることにより接着強度をより高くすることが可能である。
また、該ホットメルトシートを基体と表面基材との間の一部、例えば片面等に設けてもよい。
When the surface base material is coated by heat fusion, a hot melt sheet layer can be provided between the base material and the surface base material in order to provide adhesion between the base material and the surface base material.
The hot melt sheet layer is heated to adhere to the substrate and also to the surface substrate, so that the substrate and the surface substrate are fixed as a result. Further, when the end portions of the surface base materials are heat-sealed at the end portions of the substrate, the adhesive strength can be further increased by interposing the hot melt sheet.
Moreover, you may provide this hot-melt sheet in a part between base | substrate and a surface base material, for example, one side.

該ホットメルトシートの素材は、ポリアミド類、ポリエステル類、ポリエチレン、ポリプロピレン、エチレン・プロピレン共重合体、エチレン−酢酸ビニル共重合体、イソブチレン等のポリオレフィン類、ブチルゴム、ニトリルゴムなどの各種ゴム類、エポキシ、シリコーン変性エポキシ、アクリル変性エポキシ系等のエポキシ類、シリコーン類、ポリ塩化ビニリデン、ポリウレタン類又はアイオノマー類等の低融点ポリマーからなる繊維から構成される不織布又は任意の不織布基材にこれらの低融点成分を含有させた不織布などを用いることができる。該ホットメルトシートの形態は、特に限定されるものではない。加工性、取扱い性の点で、これら素材の融点は、60〜130℃程度が好ましい。
融点が、60℃を下回ると常温での粘着性が大きくなり加工性、取扱い性が悪くなり、130℃を越えると、接合強度を向上し難くなるからである。好ましくは、70〜120℃程度である。これらの中で、表面基材や基体との溶着安定性、伸縮性を具備する点で、ポリアミド系、ポリウレタン系、ゴム系のものが特に好ましい。
Materials for the hot melt sheet are polyamides, polyesters, polyethylene, polypropylene, ethylene / propylene copolymer, ethylene-vinyl acetate copolymer, polyolefins such as isobutylene, various rubbers such as butyl rubber and nitrile rubber, and epoxy. , Non-woven fabrics composed of fibers made of low-melting polymers such as silicone-modified epoxies, acrylic-modified epoxy-based epoxies, silicones, polyvinylidene chloride, polyurethanes, ionomers, etc. A nonwoven fabric containing components can be used. The form of the hot melt sheet is not particularly limited. From the viewpoint of processability and handleability, the melting point of these materials is preferably about 60 to 130 ° C.
This is because if the melting point is lower than 60 ° C., the adhesiveness at normal temperature is increased and the workability and handleability are deteriorated, and if it exceeds 130 ° C., it is difficult to improve the bonding strength. Preferably, it is about 70-120 degreeC. Among these, polyamide-based, polyurethane-based, and rubber-based ones are particularly preferable in that they have welding stability and stretchability with a surface base material or a substrate.

(本発明の化粧用接触冷感パフの使用)
本発明の化粧用接触冷感パフは、パウダリー化粧料、液状化粧料、リキッドファンデーション、ペースト又はクリーム等各種の化粧料を対象として使用することができるが、パウダリー化粧料用とすることが好ましい。
使用者は化粧用接触冷感パフを片手に持ち、パウダリー化粧料であればその化粧料入りの容器内の化粧料表面に化粧用接触冷感パフの塗布面を付けて、該塗布面に該パウダリー化粧料を移した後に、肌に該塗布面を数回付ける等して化粧を行う。
液状化粧料、リキッドファンデーション、ペースト又はクリームを使用する場合には、化粧用接触冷感パフの塗布面にこれらの化粧料をチューブ等から付け、これを拡げるようにして化粧用接触冷感パフを肌に付ける。
(Use of cosmetic contact cooling sensation puff of the present invention)
The cosmetic contact cooling sensation puff of the present invention can be used for various cosmetics such as powdery cosmetics, liquid cosmetics, liquid foundations, pastes or creams, but is preferably used for powdery cosmetics.
The user holds a cosmetic contact cooling sensation puff in one hand, and if it is a powdery cosmetic, attaches a cosmetic contact cooling sensation puff to the cosmetic surface in the cosmetic container, After transferring the powdery cosmetic, makeup is performed by applying the application surface to the skin several times.
When using liquid cosmetics, liquid foundations, pastes or creams, apply these cosmetics from a tube or the like to the application surface of the cosmetic contact cooling sensation puff. Apply to skin.

特に本発明の化粧用接触冷感パフを使用する場合には、該パフの塗布面に化粧料を付ける度、または該パフの塗布面に化粧料を付ける動作を数回行う度に、該塗布面を金属板に押しつける等して付着させて、肌から伝熱して温度が上昇した該塗布具表面の熱を該金属板に放熱させることができ、そのような動作によって本発明の化粧用接触冷感パフを使用して、さらに継続してひんやりとした感触を得ることが可能となる。
下記表2に示すように、ステンレス等の金属板はqmax値が大きいので、使用中の本発明の化粧用接触冷感パフを金属板に付けることにより、極めて効率良く化粧用接触冷感パフの熱を吸熱することができる。本発明において使用できる金属板は下記表2に示す金属板でも良く、その他の金属からなる板でも良い。
In particular, when using the cosmetic contact cooling sensation puff of the present invention, the coating is applied each time the cosmetic is applied to the application surface of the puff or the cosmetic is applied to the application surface of the puff several times. The surface of the applicator can be attached by pressing the surface against the metal plate, etc., and the heat of the applicator surface whose temperature has been increased due to heat transfer from the skin can be dissipated to the metal plate. By using the cold feeling puff, it is possible to obtain a cool feeling further continuously.
As shown in Table 2 below, since the metal plate such as stainless steel has a large qmax value, by attaching the cosmetic contact cooling sensation puff of the present invention in use to the metal plate, the cosmetic contact cooling sensation puff can be very efficiently obtained. It can absorb heat. The metal plate that can be used in the present invention may be a metal plate shown in Table 2 below, or a plate made of other metals.

Figure 0005963344
Figure 0005963344

(本発明の粉体状化粧料用容器)
本発明の粉体状化粧料用容器を図面に基づいて説明する。
図1は本発明の粉体状化粧料用容器1を示し、内部に本発明の化粧用接触冷感パフ2を収納している。粉体状化粧料用容器1には図1において透明なものとして示した蓋3を有しており、未使用時には内部に化粧用接触冷感パフ2を収納して蓋3を閉めた状態とされている。
(Powder cosmetic container of the present invention)
The powdery cosmetic container of the present invention will be described with reference to the drawings.
FIG. 1 shows a powdery cosmetic container 1 of the present invention, in which a cosmetic contact cooling sensation puff 2 of the present invention is housed. The powder cosmetic container 1 has a lid 3 which is shown as transparent in FIG. 1, and a cosmetic contact cooling sensation puff 2 is housed inside and closed when not in use. Has been.

粉体状化粧料用容器1の材質、大きさ、蓋の開閉機構は、公知の粉体状化粧料用容器と共通するもので良く、必要量の粉体状化粧料と本発明の化粧用接触冷感パフを収納可能な大きさであればよい。その結果、該粉体状化粧料用容器1全体を片手にて反転するなどすることができる。
特に、本発明の粉体状化粧料用容器1は粉体状化粧料を収納する下室と本発明の化粧用接触冷感パフを収納するための上室とを備えている。
図2には、蓋3を閉じた状態での粉体状化粧料用容器1が示されており、化粧用接触冷感パフは容器外に出されている。また、図3は粉体状化粧料用容器1の蓋3をとり、内部の化粧用接触冷感パフを取り出した容器を上方からみた図が記載されている。
この図2及び3からわかるように、粉体状化粧料用容器1には孔が開けられた金属板4が設置されており、その金属板4によって、粉体状化粧料用容器1は上室と下室に分けられている。
The material, size, and lid opening / closing mechanism of the powdery cosmetic container 1 may be the same as those of a known powdery cosmetic container, and the required amount of the powdery cosmetic and the cosmetic of the present invention. What is necessary is just a magnitude | size which can accommodate the contact cooling sensation puff. As a result, the entire powdery cosmetic container 1 can be inverted with one hand.
In particular, the powder cosmetic container 1 of the present invention includes a lower chamber for storing the powder cosmetic and an upper chamber for storing the cosmetic contact cooling puff of the present invention.
FIG. 2 shows the powder cosmetic container 1 with the lid 3 closed, and the cosmetic contact cooling sensation puff is taken out of the container. FIG. 3 shows a view of the container from which the lid 3 of the powder cosmetic container 1 is removed and the internal contact cooling sensation puff is taken out from above.
As can be seen from FIGS. 2 and 3, the powdery cosmetic container 1 is provided with a metal plate 4 having a hole, and the powdered cosmetic container 1 is placed on the upper side by the metal plate 4. It is divided into a room and a lower room.

粉体状化粧料5が充填され、かつ化粧用接触冷感パフ2が備えられてなる本発明の粉体状化粧料用容器1の断面を図4に示す。
図4において、本発明の粉体状化粧料用容器1内に金属板4にて区切られた上室6及び下室7が形成されている。金属板4には孔8が形成され、粉体状化粧料は該孔8を通過することができる。
金属板4により区切られた上室6には化粧用接触冷感パフ2が収納されており、その塗布面が金属板4に接している。蓋3を閉めた状態において、該化粧用接触冷感パフ2は金属板4に押しつけられていてもよい。
FIG. 4 shows a cross section of the powder cosmetic container 1 of the present invention, which is filled with the powder cosmetic 5 and is provided with the cosmetic contact cooling sensation puff 2.
In FIG. 4, an upper chamber 6 and a lower chamber 7 separated by a metal plate 4 are formed in the powdery cosmetic container 1 of the present invention. A hole 8 is formed in the metal plate 4, and the powdery cosmetic can pass through the hole 8.
A cosmetic contact cooling sensation puff 2 is accommodated in the upper chamber 6 partitioned by the metal plate 4, and its application surface is in contact with the metal plate 4. In the state in which the lid 3 is closed, the cosmetic contact cooling sensation puff 2 may be pressed against the metal plate 4.

該化粧用接触冷感パフ2を収納することにより、未使用時に粉体状化粧料用容器が転動して該孔8を通過した粉体状化粧料がパフの塗布面でない背面側の指を添える面に付着することを防止する。このようにして収納することにより使用時に指に粉体状化粧料5が付着することを防止する。
粉体状化粧料用容器1を使用し、化粧用接触冷感パフ2によって化粧を行う際に、該化粧用接触冷感パフ2に粉体状化粧料5を付着させて化粧を継続させる際には、図5に示すように一旦化粧用接触冷感パフ2を上室6に収納して蓋3を閉めた後に、粉体状化粧料用容器1を手でもって上下反転させることによって、下室に充填された粉体状化粧料5を金属板4に形成された孔8を通じて上室6内に収納した化粧用接触冷感パフ2の塗布面に付着させる。
続いて、化粧用接触冷感パフ2の塗布面に粉体状化粧料5を付着させたら、蓋3を開けて化粧用接触冷感パフ2を取り出して、化粧を続けることができる。
By storing the cosmetic contact cooling puff 2, the powdery cosmetic container rolls when not in use, and the powdery cosmetic that has passed through the hole 8 is not a puff application surface. To prevent it from adhering to the surface. By storing in this way, the powdery cosmetic 5 is prevented from adhering to the finger during use.
When using the powdery cosmetic container 1 and applying makeup with the cosmetic contact cooling sensation puff 2, when applying the powdery cosmetic 5 to the cosmetic contact cooling sensation puff 2 and continuing makeup As shown in FIG. 5, after the cosmetic contact cooling sensation puff 2 is temporarily stored in the upper chamber 6 and the lid 3 is closed, the powder cosmetic container 1 is turned upside down by hand, The powdery cosmetic 5 filled in the lower chamber is attached to the application surface of the cosmetic contact cooling sensation puff 2 stored in the upper chamber 6 through the holes 8 formed in the metal plate 4.
Subsequently, after the powdery cosmetic 5 is adhered to the application surface of the cosmetic contact cooling sensation puff 2, the makeup can be continued by opening the cover 3 and taking out the cosmetic contact cooling sensation puff 2.

上記においては、本発明の粉体状化粧料用容器を示して金属板が該容器内にある場合を説明したが、本発明の化粧用接触冷感パフを使用する際には、金属板を使用しなくても所定の効果を発揮できる。
金属板を使用する場合においては、必ずしも金属板を粉体状化粧料用容器内に設けなくても、該パフの塗布面を容器内ではない箇所、例えば容器外面に設けた金属板部分に押しつける等して付着させることによって、金属板を使用しない場合と比較して、よりひんやりとした感触を得ることが可能である。
加えて金属板を粉体状化粧料用容器とは別に用意することも可能であり、別に金属板を用意して、化粧時にその金属板にパフの塗布面を付着させることもでき、そのような手段によってもよりひんやりとした感触を得ることができる。
In the above description, the powder cosmetic container of the present invention is shown and the metal plate is in the container. However, when the cosmetic contact cooling sensation puff of the present invention is used, the metal plate is Even if it is not used, a predetermined effect can be exhibited.
When using a metal plate, even if the metal plate is not necessarily provided in the powder cosmetic container, the application surface of the puff is pressed against a portion not in the container, for example, the metal plate portion provided on the outer surface of the container. By attaching them equally, it is possible to obtain a cooler feel compared to the case where a metal plate is not used.
In addition, it is possible to prepare a metal plate separately from the powder cosmetic container, and to prepare a separate metal plate and attach the puffed application surface to the metal plate during makeup. A cooler feeling can be obtained by simple means.

このような金属板を使用して、本発明の化粧用接触冷感パフを使用して粉体状化粧料を使用する化粧方法を説明する。
下記の実施例にて用意した化粧用具としては、本発明の化粧用接触冷感パフを収納した粉体状化粧料用容器であり、該粉体状化粧料用容器は、容器内部に孔を有する金属板を設け、その金属板によって下室及び上室に分割されてなり、該下室には粉体状化粧料を収納し、上室には化粧用接触冷感パフを収納してなる粉体状化粧料用容器である。
このような粉体状化粧料用容器を採用することにより、容器とは別に金属板を持つ必要がなく、化粧用接触冷感パフの塗布面に粉体状化粧料を付着させる度に同時に金属板にも接触することができる。
A makeup method using such a metal plate and using a powdery cosmetic material using the cosmetic contact cooling sensation puff of the present invention will be described.
The cosmetic tool prepared in the following examples is a powdery cosmetic container containing the cosmetic contact cooling sensation puff of the present invention, and the powdery cosmetic container has a hole in the container. A metal plate is provided and divided into a lower chamber and an upper chamber by the metal plate, the powdery cosmetic is stored in the lower chamber, and the contact cooling puff for makeup is stored in the upper chamber. This is a powder cosmetic container.
By adopting such a powder cosmetic container, it is not necessary to have a metal plate separately from the container, and every time the powder cosmetic is attached to the application surface of the cosmetic contact cooling sensation puff, The plate can also be contacted.

qmax値(接触冷温感評価値)の測定方法
9cm、質量9.79gの純銅板に熱を蓄えて40℃とする。これを各種表面基材の温度が20℃の試料物体の表面に接触させた直後、蓄えられた熱量が低温側の試料物体に移動する熱流の単位面積当たりの最大値をqmax値として測定する。この値が大きいほど熱流速が早く冷たく感じることができる。
Measurement method of qmax value (contact cool / warm feeling evaluation value) Heat is stored in a pure copper plate of 9 cm 2 and a mass of 9.79 g to 40 ° C. Immediately after this is brought into contact with the surface of the sample object having a surface temperature of 20 ° C., the maximum value per unit area of the heat flow in which the stored heat moves to the sample object on the low temperature side is measured as the qmax value. The larger this value is, the faster the heat flow rate can be felt.

(実施例1)
化粧用接触冷感パフの生地となる表面基材として接触冷感生地「ソフィスタ」((株)クラレ製)(qmax値が0.372J/sec/cm(W/cm))と、中芯となる基体として軟質ポリウレタンをそれぞれ所定の形状に裁断した。次に、裁断した表面基材に基体をセットし、表面基材の表返しをした後、形状を調整すると共にリボンの位置決めをし、最後に口閉じをして、化粧用接触冷感パフを製造した。
なお、この化粧用接触冷感パフで化粧した際の使用感について、化粧料として「コスメデコルテ ラクチュール ルースファンデーション」((株)コーセー)を使用し、パネラーに評価してもらった。その結果、クール感があり肌すべりが良い、伸縮性のある生地で細部へのフィット感も良い、適度にパウダーをキャッチ・アンド・リリースし、ムラなく肌に広がるとの評価であった。
Example 1
As a surface base material to be used as a fabric for a cosmetic cooling puff, a contact cooling fabric “Sophista” (manufactured by Kuraray Co., Ltd.) (qmax value is 0.372 J / sec / cm 2 (W / cm 2 )), Soft polyurethane was cut into a predetermined shape as a core substrate. Next, after setting the substrate on the cut surface substrate, turning the surface substrate upside down, adjusting the shape and positioning the ribbon, and finally closing the mouth, Manufactured.
In addition, about the feeling of use at the time of making up with this cosmetic cold touch puff, “Cosme de Corte Lactule Loose Foundation” (Kose Co., Ltd.) was used as a cosmetic and was evaluated by the panelists. As a result, it was evaluated that it was cool and smooth on the skin, had a stretchy fabric with good fit to details, caught and released the powder moderately, and spread evenly on the skin.

(実施例2)
上記実施例1に記載の化粧用接触冷感パフにおいて、中芯となる基体として樹脂ビーズ入り袋状物を用いた以外は実施例1と同様にして化粧用接触冷感パフを製造した。
なお、この化粧用接触冷感パフで化粧した際の使用感について、実施例1と同様にパネラーに評価してもらった。その結果、クール感があり肌すべりが良い、伸縮性のある生地で細部へのフィット感も良い、適度にパウダーをキャッチ・アンド・リリースし、ムラなく肌に広がるとの評価であった。
(Example 2)
In the cosmetic contact cooling sensation puff described in Example 1 above, a cosmetic contact cooling sensation puff was produced in the same manner as in Example 1 except that a bag-like product containing resin beads was used as the base substrate.
In addition, as in Example 1, the panelists evaluated the feeling of use when making up with this cosmetic contact cooling puff. As a result, it was evaluated that it was cool and smooth on the skin, had a stretchy fabric with good fit to details, caught and released the powder moderately, and spread evenly on the skin.

(試験例1)
実施例1で製造した化粧用接触冷感パフの接触冷感を持続させる方法について検討した。すなわち、この化粧用接触冷感パフをステンレス板(150mm×300mm×0.5mm)に3秒間接触させた後、右頬に3秒間接触させるという動作を1サイクルとして、この動作を80サイクル行い、サーモグラフィーにて頬の温度変化を観察した。
(Test Example 1)
The method for maintaining the contact cooling feeling of the cosmetic contact cooling puff produced in Example 1 was examined. That is, this contact cooling sensation puff is brought into contact with a stainless steel plate (150 mm × 300 mm × 0.5 mm) for 3 seconds and then contacted with the right cheek for 3 seconds. The temperature change of the cheek was observed by thermography.

その80サイクルを行う動作中の適用部位である右頬表面の温度変化を、図6A〜Eに示すサーモグラフィの結果の模式図によって説明する。左頬には化粧を施さないので、右頬表面の温度変化に対する対照とする。
図6Aは化粧開始前の両頬の様子であり、左右の頬は共に通常の皮膚温程度である。これに対して、20サイクル終了後の図6Bにおいては、若干右頬の表面温度が低下するようであり、40サイクル終了後を図6Cで、60サイクル終了後を図6Dで、及び80サイクルを図6Eで、これらのサイクルの終了後の頬の様子を、それぞれ図6A〜Eに示す模式図にて示す。
The temperature change of the right cheek surface that is the application site during the operation of performing the 80 cycles will be described with reference to the schematic diagrams of the results of thermography shown in FIGS. Since no makeup is applied to the left cheek, it is used as a control for the temperature change on the right cheek surface.
FIG. 6A shows the appearance of both cheeks before the start of makeup, and both the left and right cheeks are at a normal skin temperature. On the other hand, in FIG. 6B after the end of 20 cycles, the surface temperature of the right cheek seems to decrease slightly. FIG. 6C shows after 40 cycles, FIG. 6D shows after 60 cycles, and 80 cycles. In FIG. 6E, the state of the cheeks after the end of these cycles is shown in the schematic diagrams shown in FIGS.

この図6A〜Eに示すようにサイクルを重ねる毎に右頬の表面温度が低下しており、化粧された肌表面はひんやりと冷感を感じることが理解できる。本試験例においては、80サイクル終了後において、化粧前よりも約3℃の温度低下が確認された。
このことから、本発明の化粧用接触冷感パフを使用するに際して、ステンレス等の金属板に接触させることにより、常に接触冷感を維持した化粧用接触冷感パフとすることができることがわかった。
As shown in FIGS. 6A to 6E, it can be understood that the surface temperature of the right cheek decreases every time the cycle is repeated, and the skin surface of the makeup feels cool and cool. In this test example, after the end of 80 cycles, a temperature drop of about 3 ° C. was confirmed compared to before makeup.
From this, it was found that when using the cosmetic contact cooling sensation puff of the present invention, it is possible to obtain a cosmetic contact cooling sensation puff that always maintains the contact cooling sensation by contacting with a metal plate such as stainless steel. .

(試験例2)
本発明の化粧用接触冷感パフを金属板に接触させた後、頬に粉体状化粧料を塗布した場合と、従来のボアパフを同様に金属板に接触させた後、頬に粉体状化粧料を塗布した場合を比較すると、前者の場合には図6Dで示す程度に表面温度が約2℃低下したのに対し、後者の場合にはほとんど肌の表面温度が低下しなかった。
この結果によれば、金属板に接触させた後に粉体状化粧料を頬に塗布する際に、本発明の化粧用接触冷感パフを選択使用することによって、初めて肌の表面温度を低下させることができることを確認できた。
(Test Example 2)
After the cosmetic contact cooling sensation puff of the present invention is brought into contact with the metal plate, the powdery cosmetic is applied to the cheek, and the conventional bore puff is similarly brought into contact with the metal plate, and then the powder is applied to the cheek. Comparing the case where cosmetics were applied, the surface temperature decreased by about 2 ° C. as shown in FIG. 6D in the former case, whereas the skin surface temperature hardly decreased in the latter case.
According to this result, when the powdery cosmetic is applied to the cheek after being brought into contact with the metal plate, the surface temperature of the skin is lowered for the first time by selectively using the cosmetic contact cooling sensation puff of the present invention. I was able to confirm that it was possible.

(試験例3)
本発明の化粧用接触冷感パフを金属板に接触させずに、頬に粉体状化粧料を塗布した場合と、従来のボアパフを金属板に接触させた後、頬に粉体状化粧料を塗布した場合を比較すると、前者は図6Cで示す程度に皮膚の表面温度が2℃弱低下したのに対し、後者の場合にはほとんど肌の表面温度が低下しなかった。
この結果によると、本発明の化粧用接触冷感パフを金属板に接触させない場合であっても、肌の表面温度を低下させることができるという効果を発揮する。
(Test Example 3)
When the cosmetic contact cooling sensation puff of the present invention is not brought into contact with the metal plate, the powdery cosmetic is applied to the cheek, and after the conventional bore puff is brought into contact with the metal plate, the powdery cosmetic is applied to the cheek. In comparison with the case where the coating was applied, the skin surface temperature decreased slightly by 2 ° C. as shown in FIG. 6C, whereas in the latter case, the skin surface temperature hardly decreased.
According to this result, even if it is a case where the cosmetic contact cooling sensation puff of this invention is not made to contact a metal plate, the effect that the surface temperature of skin can be reduced is exhibited.

1・・・粉体状化粧料用容器
2・・・化粧用接触冷感パフ
3・・・蓋
4・・・金属板
5・・・粉体状化粧料
6・・・上室
7・・・下室
8・・・孔
DESCRIPTION OF SYMBOLS 1 ... Container for powdery cosmetics 2 ... Contact cooling sensation puff 3 ... Lid 4 ... Metal plate 5 ... Powdery cosmetics 6 ... Upper chamber 7 ...・ Lower chamber 8 ... hole

Claims (5)

柔軟な基体とそれを被覆する表面基材からなり、該表面基材のqmax値が0.2J/sec/cm(W/cm)以上である化粧用接触冷感パフ。 A cosmetic contact cooling sensation puff comprising a flexible substrate and a surface substrate covering the flexible substrate, the qmax value of the surface substrate being 0.2 J / sec / cm 2 (W / cm 2 ) or more. 該表面基材のqmax値が0.25J/sec/cm(W/cm)以上である請求項1に記載の化粧用接触冷感パフ。 The cosmetic contact cooling sensation puff according to claim 1, wherein the surface base material has a qmax value of 0.25 J / sec / cm 2 (W / cm 2 ) or more. 該表面基材がパイル無し生地からなる請求項1又は2に記載の化粧用接触冷感パフ。   The cosmetic contact cooling sensation puff according to claim 1 or 2, wherein the surface substrate is made of a pile-free fabric. 基体が樹脂ビーズ入り袋状物である請求項1〜3のいずれかに記載の化粧用接触冷感パフ。   The cosmetic contact cooling sensation puff according to any one of claims 1 to 3, wherein the substrate is a bag-like product containing resin beads. 容器内部に孔を有する金属板を設け、その金属板によって下室及び上室に分割されており、該下室には粉体状化粧料を収納し、上室には請求項1〜4のいずれかに記載の化粧用接触冷感パフを収納してなる粉体状化粧料用容器。   A metal plate having a hole is provided inside the container, and is divided into a lower chamber and an upper chamber by the metal plate, the powdery cosmetic is stored in the lower chamber, and the upper chamber according to claims 1 to 4. A powdery cosmetic container containing the cosmetic contact cooling sensation puff according to any one of the above.
JP2011264674A 2011-12-02 2011-12-02 Cosmetic cold touch puff and container Expired - Fee Related JP5963344B2 (en)

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