JPS5822008A - Cosmetic puff and method - Google Patents
Cosmetic puff and methodInfo
- Publication number
- JPS5822008A JPS5822008A JP12057981A JP12057981A JPS5822008A JP S5822008 A JPS5822008 A JP S5822008A JP 12057981 A JP12057981 A JP 12057981A JP 12057981 A JP12057981 A JP 12057981A JP S5822008 A JPS5822008 A JP S5822008A
- Authority
- JP
- Japan
- Prior art keywords
- core
- puff
- adhesive
- base material
- adhesive layer
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】
本抛@曇工化粧用バフ41に粉末化粧料t−塗布するた
めの塗布具及びその製造方法に関するものである。DETAILED DESCRIPTION OF THE INVENTION This invention relates to an applicator for applying powdered cosmetics to a cosmetic buff 41 and a method for manufacturing the same.
従来から粉末状の化粧料のm布具としては毛足り長い繊
布や発泡体へり植毛シート等がm布母材として多用され
てきている。BACKGROUND ART Conventionally, long-pile textiles, foam edge-flocked sheets, and the like have been frequently used as m-cloth base materials for powdered cosmetics.
そしてこれらm布母材の内部には中芯体として、使用時
の弾性効果とヘタリ防止効朱t’b的に合賦**材、又
はゴム材の発泡体や不織布等の多孔質のプレツク状のも
のか配置形成されている。Inside these m-fabric base materials, as a core material, a porous material such as rubber foam or non-woven fabric is used to provide elasticity and prevent settling during use. It is formed in a shape or arrangement.
これら従来パフの製造方法については11!布母材であ
る繊布や植毛ジ−トン所望の形状に打抜いた機動布面と
5しを重ね合わせた二枚のシートの端縁を予め縫製して
おき一部の未縫製部分を残しながら中芯体を挿入し、m
布母材を農返しにした後未@IIsを縫製(口閉じ処1
1M) L、て仕よげているのか普通である。11 for the manufacturing method of these conventional puffs! The edges of two sheets are sewn in advance by overlapping the movable cloth surface and the 5-pieces punched into the desired shape, leaving some unsewn parts. Insert the core, m
After turning the cloth base material into agricultural materials, sewing the un@IIs (closed part 1)
1M) L, I guess it's normal.
これがため従来のこの穂のパフにおいては、m専母材と
中芯体間で級合部かなく、中芯体がバフ母材円で阜に包
含された形となっている。Therefore, in the conventional puff of this panicle, there is no graded part between the m-only base material and the core body, and the core body is surrounded by the buff base material circle.
コノよ5なパフの間jllIAとしては、k日の使用に
おいて内部の中芯体が片側に移動を生じ、塗布時パフに
凹凸感を感じる等使用性か悪くなる傾向かある。As for the 5-year-old puff, after using it for k days, the inner core moves to one side, and the puff feels uneven during application, which tends to deteriorate usability.
又勢にパフの洗潅後の状態は着しく前記現象を生じ、使
用できなくなる場合もある。In addition, the condition of the puff after washing may cause the above-mentioned phenomenon, making it unusable.
本発明はこれらの背jtに銖みなされたものであり、そ
の1的とする点は、如伺株な使用条件においてもパフ内
の中芯体の位置が変化することな(、常に良好な使用状
−V長期に維持することかでき、しかもパフの洗欄V行
った後でも、中芯体に変化ン生じることかなく、従来の
この種のパフの問題点を一掃したlPr規な化粧用パフ
及びその製造方法ン提供することにある。The present invention has been developed in consideration of these problems, and one of its main points is to ensure that the position of the center body within the puff does not change even under normal use conditions (and always maintains a good position). Usage Conditions - A type of makeup that can be maintained for a long period of time and does not cause any change in the core even after washing the puff, eliminating the problems of conventional puffs of this type. An object of the present invention is to provide a puff for use and a method for manufacturing the same.
前記−的Y踏えた本発明の特像は、多孔質素材よりなる
パフ中芯基材費面に接着剤層Vllけ、前記接着剤層表
面K11ll性を有する樹脂扮粒層を設けた中芯体か塗
布社内Sに包含され(いる化粧用パフであり、その製造
方法の特llは、多孔質素材よりなるパフ中芯体基材狭
面に接着剤を塗布する第一のニーと、前記第−の工程で
得られた中芯体の接着剤41表面に接着性を有するI#
脂粉粒を散布した後固着処理する第二の工程と、前記第
二の工程で得られた中芯体を塗布材に内部包設してパフ
体に仕上げる第三の工程と、前記第三の工程で得られた
パフ体を加熱しなから加圧a11する第四の工程とから
なるものである。The characteristics of the present invention based on the above-mentioned objective are that an adhesive layer is provided on the puff core base material surface made of a porous material, and a resin particle layer having K11ll properties is provided on the surface of the adhesive layer. It is a cosmetic puff that is included in the body S, and the special feature of its manufacturing method is that the adhesive is applied to the narrow surface of the puff core base material made of a porous material, and the above-mentioned I# having adhesive properties on the surface of the adhesive 41 of the core obtained in the -th step
a second step in which fat powder particles are spread and then fixed; a third step in which the core obtained in the second step is internally encapsulated in a coating material to form a puff body; This process consists of a fourth step in which the puff body obtained in the step is heated and then pressurized a11.
又この時前記第四の工°程か有機溶剤の透過錫塩をも含
むものである。At this time, the fourth step also includes permeation of an organic solvent with a tin salt.
当初、発明者は、バフ母材と中芯体t−接合固定するた
め母材と中芯体間に液体状の接着剤を使用して解決Y試
みたが、中芯体も母材も多孔質材料であるため、接着剤
が素材内部に浸透してしまい膜厚の厚い被膜が得られず
良好な接合か計れなかった。更に接着剤の量を増加する
と、塗布母材のik布lll1面に接着剤か滲みめし、
それか部分固化し塗布具としての機能を失ってしまう結
果となった。Initially, the inventor attempted to solve the problem by using a liquid adhesive between the base material and the core to secure the T-joint between the buff base material and the core, but both the core and base material were porous. Because the material is made of high quality material, the adhesive penetrates into the material, making it impossible to obtain a thick film and making it impossible to measure whether the bond is good or not. When the amount of adhesive is further increased, the adhesive oozes out on one side of the ik cloth, which is the coating base material.
Otherwise, it would partially solidify and lose its function as an applicator.
通常の接着剤では多孔質問の接着は難しい事か41明し
た。It was revealed that it is difficult to bond porous materials with ordinary adhesives.
又、感圧タイプの接着剤Y中芯体KIIJit、ての試
作では、接着剤の滲み出し現象は無いか、塗布面どうし
を重ね合わせた二枚の塗布母材の111iIIIy!l
−縫製加工した後裏返し処理(縫目を円sK位置さセm
布面を表中させる=め)を行うとき、未縫製部分の小さ
な一口myt<ぐり抜けた時に、中芯か剥離したり、又
中芯の1圧接着剤の*布面どうしで接着が生じ中芯かダ
ンゴ状になり1しまう状態となり、効果¥祷る事かでき
なかった。In addition, in the trial production of the pressure-sensitive type adhesive Y core body KIIJit, we checked whether there was any oozing phenomenon of the adhesive or not, and the 111iIIIy! l
- After sewing, turn it inside out (seams are placed in the circle sK position)
When doing this, when a small piece of the unsewn part slips through, the inner core may peel off, or the one-pressure adhesive on the inner core may adhere to the fabric surfaces. It turned into a dango-like shape, and I couldn't do anything but pray for the effect.
ここにおいて発IPI省は塗布母材中に中芯体Y入れる
迄は、互いの木材はフリーな状11KL、ておき、中芯
材をパフ母材の中央に位置する如く修止した彼、卸ちパ
フ形状として整えた後にバフ母材と中芯体V接合固定す
る畢か得策である◆を見出した。In this case, the Department of IPI has kept both pieces of wood free until inserting the core material Y into the coated base material, and modified the core material so that it is located in the center of the puff base material. We found out that it is a good idea to fix the buff base material and the core by V-joining after shaping the material into a puff shape.
爽に、接合一定するための接着剤層は薄膜の接着剤11
Ii布では困−であり、部分的にでも厚みを形威し且つ
接合同化速度の速い合成411111Iの粉粒物が多孔
質の中芯体とm布母材の接合には最適である拳が判明し
た。Refreshingly, the adhesive layer for consistent bonding is a thin film of adhesive 11.
This is difficult to do with Ii cloth, but synthetic 411111I powder, which can partially shape the thickness and have a fast joining assimilation speed, is optimal for joining the porous core and the m fabric base material. There was found.
そしてこれらの粉粒−は、熱風又は有機溶剤透過で、七
〇費面か極めて簡単に溶融解でt!:接着効果がでるこ
とも見出した。These powder particles can be melted very easily by hot air or organic solvent permeation at a cost of 70 yen! : It was also found that it has an adhesive effect.
本発明は以上の段階な経てなされたものである。The present invention has been made through the above steps.
本発明を図WnKもとづいて説明すると、#!1図に示
す如くパフ中芯体基材lは、発泡ウレタン。To explain the present invention based on Figure WnK, #! As shown in Figure 1, the puff core base material l is foamed urethane.
発泡ゴム等のq!ra1発泡体木材や、不織布素材等の
弾性YNする多孔質の素材である。そしてこれら中芯体
基材lは打抜き処理されて楕円形1円形。Q of foam rubber, etc. RA1 is an elastic porous material such as foam wood or non-woven fabric material. These core base materials 1 are punched into an elliptical shape.
角形等所望の形状に加工する事か出来る。It can be processed into desired shapes such as squares.
このよ5Kしてできあがった中芯体基材Iの表1iIK
ポリアミド系′I/114!#I、アクリル系樹脂、ウ
レタン系樹脂、ポリエステル系樹脂、ポリオレフィン系
、ゴム系等の接着剤を塗布する。この時接着剤層2の状
1は未乾燥の状態にしておく、w着剤層コの塗布方法は
、スプレィ方式、0−ルコート万式、浸漬方法等で行え
ば良い、そして接着剤Iaλの未乾燥でタック性v1!
する状11において、そのlllI面Km着性を壱する
合IIL樹脂粉粒物Jを散布感層する。合**m粉粒−
Jは、ボリアミド糸掬脂。Table 1iIK of core material I completed after 5K
Polyamide-based 'I/114! #I: Apply an adhesive such as acrylic resin, urethane resin, polyester resin, polyolefin resin, or rubber adhesive. At this time, the state 1 of the adhesive layer 2 should be kept in an undried state.The adhesive layer 2 may be applied by a spray method, a zero-coat method, a dipping method, etc. Tackiness v1 without drying!
In the form 11, a composite IIL resin powder J having a high adhesion to the IllI surface Km is sprayed onto the sensitive layer. Combined **m powder grains -
J is boryamide thread resin.
アクリル系樹脂、ポリエステに系樹脂、ポリオレアイン
系′IIMk轡が良好であり、これらの粉粒体はホット
メルト性を有するか又は有機の溶剤で溶解するものか条
件とyrる。Acrylic resins, polyester-based resins, and polyolein-based resins are suitable, as long as their powders have hot-melt properties or can be dissolved in organic solvents.
接着剤jI−2の表面に形成された合成樹脂粉粒層Jは
加熱処理又は自然放置条件により接着剤層−に固着した
状1となる。The synthetic resin powder layer J formed on the surface of the adhesive jI-2 becomes fixed to the adhesive layer 1 by heat treatment or natural standing conditions.
次いで前記工程で得られた中芯体は塗布材となる繊布編
物又は発泡体又は斃泡体表面への植毛処理シート等の円
UK包含される。Next, the core obtained in the above step is used as a coating material, such as a fiber-knitted fabric, a foam, or a flocked sheet on the surface of the foam.
中芯体のm布社内への包含処理は、従来の工程と同様の
処理となり任意の形状に打抜いた塗布材のm布面ど5し
を重ね合わせた後、その端縁部を縫製するか又は融接す
るかの処IN!行う、この時一部未接合11t’lL−
ロmV設けておく、m布シート士に中芯体を添えた後、
塗布材の裏返し処理1行うとIk布材の基IIり上にあ
る塗布sjは表出する事となる。そしてm布村内の中芯
体の位置l修正した後、−口部の口閉じ処my行い、パ
フ状に仕上げる。パフ状に仕上げた後、次に塗布部jの
表面から内部へ熱風を送り込む、熱風の温度は黴as−
rv変化させないで合成樹脂粉粒体の表面を溶融せしめ
る条件に設定する。The process of incorporating the core into the m-cloth is similar to the conventional process, and after overlapping the two sides of the m-cloth of the coated material punched into an arbitrary shape, the edges are sewn. Or fusion welding IN! At this time, some parts are unjoined 11t'lL-
After adding the core to the m fabric sheet,
When the coating material is turned over (1), the coating sj on the base II of the Ik cloth material becomes exposed. After correcting the position of the core inside the fabric, the mouth part is closed and finished into a puff shape. After finishing it in a puff shape, hot air is then sent from the surface of the application part j into the inside, and the temperature of the hot air is as low as mold.
Conditions are set to melt the surface of the synthetic resin powder without changing rv.
次いで接着剤層コ上に固着された樹脂粉粒体Jの表面が
溶融された状Iilにおいて、t11布部j土より加圧
処理を行5゜数秒の加圧処理により塗布材基lB#と中
芯体は完全に接合固定される。Next, in the state Iil in which the surface of the resin powder J fixed on the adhesive layer is melted, pressure treatment is performed from the soil part t11, and by pressure treatment for 5 degrees and several seconds, the coating material base IB# is formed. The core is completely bonded and fixed.
次に接合固定する他の方法としては、パフ状に仕上−げ
た後、塗布sjの表面から、内部へ肩4II溶剤の蒸気
を吹き込む方法がある。有機溶剤は塗布材の材質、中芯
体の材質、接着剤の材質、樹脂粉粒体Jの材質により任
意に選定丁れば艮いか、樹脂粉粒体のみvs解するもの
で、他の材質には影譬を与えないものか条件となる。Another method for bonding and fixing is to blow vapor of Shoulder 4II solvent into the inside from the surface of the coating sj after finishing it in a puff shape. The organic solvent can be selected arbitrarily depending on the material of the coating material, the material of the core, the material of the adhesive, and the material of the resin powder or granules. The condition is that it does not give any influence.
有機溶剤の蒸気透過処11により樹脂粉粒体3の*ii
iか溶解した時点で塗布部!上より加圧処瀧奮して一定
を行うものである。*ii of resin powder 3 by organic solvent vapor permeation treatment 11
Once it has dissolved, apply it! This is done by applying pressure from above.
以上の如く本発明の骨子は、パフ円に設けられる中芯体
の構造及びパフ体に仕上げた後からの処理にある。As described above, the gist of the present invention lies in the structure of the core provided in the puff circle and the processing after finishing the puff body.
中芯体の表面に設けられた合成樹脂粉粒層は接着剤Mを
介し一定の厚みt持つものであり、しかも粉粒体である
ことから溶融時は一定厚みv有する部分的にフィルム状
を形成し、部分接着的な状態か塗布材の風合ン損なうこ
ともなく*に接着時点で多孔質材への内部浸透による接
合不良も生じる事かなく、強固な接合となる。The synthetic resin powder layer provided on the surface of the core has a constant thickness t through the adhesive M, and since it is a powder, it partially forms a film with a constant thickness v when melted. Formed into a partially adhesive state, the texture of the coating material is not impaired, and there is no bonding failure due to internal penetration into the porous material at the time of adhesion, resulting in a strong bond.
しかもその接合固着処理かパフ状に仕上げた彼に行える
事で、従来の問題点を一掃し且つ極めて簡単に製作でき
る、価値大きい化粧用パフである。What's more, since he can perform the bonding and fixing process to finish it into a puff shape, it is a highly valuable cosmetic puff that eliminates the problems of conventional products and is extremely easy to manufacture.
111図:中芯体の断面図
纂2I11:本発明のパフ体の断面図
1・−パフ母材基部、λ・・・パフ母材塗布部、J・・
・接着剤層、参−・・樹脂粉粒(体)層、!−・・中芯
体、4・・・縫製部。
特許出−人
中 村 憲 司Figure 111: Cross-sectional view of the core body Collection 2I11: Cross-sectional view of the puff body of the present invention 1 - Puff base material base, λ... Puff base material application part, J...
・Adhesive layer, resin powder layer (body) layer,! -... Core body, 4... Sewing part. Patent issued by Kenji Hitonakamura
Claims (1)
1け、前記接着剤層表面に装着性を有する樹脂費粒V款
けた中芯体i有する化粧用パフ。 (至)・多孔質素材よりなるパフ中芯基材表’1iiK
接着剤VIk布する第一の工程と、前記第一の工程で得
られた中芯体の接着剤層RTIiAK、II着性を有す
る樹脂粉粒を散布した後、−着処珍する第二の工程と、
前記第二の工程で得られた中芯体i塗布材に内部包設し
てパフ体に仕上げる第三の工程と、前配菖三の工程で得
られたパフ体ン加熱しながら加圧処1するII四の工程
とからなる化粧用パフの製造方法。 (3)特許請求範−IEZ項の第四の工程か有e*剤透
過処svも含む事Vt%黴とする化粧用パフの製造方i
。[Claims] (1) Adhesive layer v1 on the surface of the core base material made of a porous material.
1. A cosmetic puff having a core I having resin grains V having wearability on the surface of the adhesive layer. (to)・Puff core base material table made of porous material '1iiK
After applying the adhesive VIk to the adhesive layer RTIiAK, II of the core obtained in the first step, a second step of dispersing the resin particles with adhesion properties is performed. process and
A third step of finishing the puff body by wrapping it inside the core material i coating material obtained in the second step, and pressurizing the puff body obtained in the previous step 3 while heating. A method for producing a cosmetic puff comprising steps 1 and 4. (3) The fourth step in patent claims - IEZ also includes the agent permeation treatment sv. Method for producing a cosmetic puff with Vt% mold i
.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP12057981A JPS5822008A (en) | 1981-07-31 | 1981-07-31 | Cosmetic puff and method |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP12057981A JPS5822008A (en) | 1981-07-31 | 1981-07-31 | Cosmetic puff and method |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS5822008A true JPS5822008A (en) | 1983-02-09 |
Family
ID=14789770
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP12057981A Pending JPS5822008A (en) | 1981-07-31 | 1981-07-31 | Cosmetic puff and method |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5822008A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2014080676A1 (en) | 2012-11-22 | 2014-05-30 | 旭化成メディカル株式会社 | Method for producing parvovirus having high infectivity titer |
KR20180055900A (en) | 2015-11-06 | 2018-05-25 | 아사히 가세이 메디컬 가부시키가이샤 | How to produce high-purity parvovirus with high infection rate |
-
1981
- 1981-07-31 JP JP12057981A patent/JPS5822008A/en active Pending
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2014080676A1 (en) | 2012-11-22 | 2014-05-30 | 旭化成メディカル株式会社 | Method for producing parvovirus having high infectivity titer |
KR20180055900A (en) | 2015-11-06 | 2018-05-25 | 아사히 가세이 메디컬 가부시키가이샤 | How to produce high-purity parvovirus with high infection rate |
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