Development of Multi-Angle Image Capturing System and Industrial Application for Functional Cosmetics

Make-up cosmetic consisting of dispersed pigments such as titanium dioxide, iron-oxide and pearlescent pigments is one of the coloring materials. Quantitative estimation of the effect of make-up cosmetic has been a very challenging problem because the effect is very dependent on the properties of hu...

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Published inFuntai Kogakkaishi Vol. 45; no. 9; pp. 642 - 647
Main Authors Misaki, Eiichiro, Nakao, Keisuke, Oshitani, Jun, Igarashi, Takanori, Shiomi, Hiroyuki
Format Journal Article
LanguageEnglish
Published The Society of Powder Technology, Japan 2008
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ISSN0386-6157
1883-7239
1883-7239
DOI10.4164/sptj.45.642

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Abstract Make-up cosmetic consisting of dispersed pigments such as titanium dioxide, iron-oxide and pearlescent pigments is one of the coloring materials. Quantitative estimation of the effect of make-up cosmetic has been a very challenging problem because the effect is very dependent on the properties of human skin. In order to evaluate the appearance of make-up skin quantitatively, we have developed the multiangle image capturing system that has 21 digital cameras and 40 light sources that are mounted on a hemispherical gantry, and the images of object under the multiple views are captured simultaneously. Using this system, we compared the color changes dependant on the observation angle between aged skin and beautiful skin, and then we found some differences in the specular region. Based on this result, we attempted to develop a coloring material which can give higher chroma in the specular region.
AbstractList Make-up cosmetic consisting of dispersed pigments such as titanium dioxide, iron-oxide and pearlescent pigments is one of the coloring materials. Quantitative estimation of the effect of make-up cosmetic has been a very challenging problem because the effect is very dependent on the properties of human skin. In order to evaluate the appearance of make-up skin quantitatively, we have developed the multiangle image capturing system that has 21 digital cameras and 40 light sources that are mounted on a hemispherical gantry, and the images of object under the multiple views are captured simultaneously. Using this system, we compared the color changes dependant on the observation angle between aged skin and beautiful skin, and then we found some differences in the specular region. Based on this result, we attempted to develop a coloring material which can give higher chroma in the specular region.
Author Misaki, Eiichiro
Nakao, Keisuke
Oshitani, Jun
Igarashi, Takanori
Shiomi, Hiroyuki
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  fullname: Misaki, Eiichiro
  organization: Department of Applied Chemistry, Okayama University
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  fullname: Nakao, Keisuke
  organization: Makeup Beauty Laboratory, Kao Corporation
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  fullname: Oshitani, Jun
  organization: Department of Applied Chemistry, Okayama University
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  fullname: Igarashi, Takanori
  organization: Makeup Beauty Laboratory, Kao Corporation
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  fullname: Shiomi, Hiroyuki
  organization: Makeup Beauty Laboratory, Kao Corporation
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References 9) Suzuki, F., et al.: “Preparation and Optical Property of Titanium Dioxixide Flake as a Novel Iridescent Material”, J. Japan. Soc. Colour Mater., 80 (3), 359-368 (2007
11) Kubo, H., et al.: “Development of the powder for cosmetics with supercritical carbon dioxide”, Soc. Chemical Engineers, Japan, 1, 38-40 (2004
1) SHISEIDO Institute of Beauty Sciences: “The Psychology of Cosmetic Behavior”, FRAGRANCE JOURNAL (1993
5) Nonomura, Y., et al.: “Physical Properties of Lamellar Crystalline Powder and Application to Cosmetics”, J. Japan. Soc. Colour Mater., 75 (11), 525-529 (2002
7) Ito, M., et al.: “Optical Characteristic of Zirconia Coated Spherical Complex Silica and Application to Cosmetic Foundations”, J. Soc. Cosmet. Chem., Japan, 34 (2), 166 (2000
2) Murasawa, H., et al.: “Hadairo wo motto kireinisuru hon”, POLA Reserch Institute of Beuty & Culture (1999
4) Nonomura, Y., et al.: “The Internal Structure and Tribology of Calcium Lauroyl Taurate”, Chemistry Letter, 2, 216-217 (2002
6) Nakamura, N., et al.: “Blurring of Wrinkles Through Control of Optical Properties”, J. Soc. Cosmet. Chem., Japan, 21 (2), 119 (1987
8) Noguchi, T., et al.: “Crystal Analysis and Magnetic Characteristics of Black-Iron-Oxide-Coated Mica”, J. Japan. Soc. Colour Mater., 70 (6), 359-368 (1997
10) Yagi, K., et al.: “Optical Rejuvenating Makeup Using An Innovative Shape-controlled Hybrid Powder”, IFSCC Conference., Florence (2005
3) Misaki, E., et al.: “Development and Application of Single-wire-sliding-type Friction Tester for Cosmetics”, J. Soc. Powder Technol., Japan, 44, 19-23 (2007
References_xml – reference: 9) Suzuki, F., et al.: “Preparation and Optical Property of Titanium Dioxixide Flake as a Novel Iridescent Material”, J. Japan. Soc. Colour Mater., 80 (3), 359-368 (2007)
– reference: 1) SHISEIDO Institute of Beauty Sciences: “The Psychology of Cosmetic Behavior”, FRAGRANCE JOURNAL (1993)
– reference: 2) Murasawa, H., et al.: “Hadairo wo motto kireinisuru hon”, POLA Reserch Institute of Beuty & Culture (1999)
– reference: 4) Nonomura, Y., et al.: “The Internal Structure and Tribology of Calcium Lauroyl Taurate”, Chemistry Letter, 2, 216-217 (2002)
– reference: 5) Nonomura, Y., et al.: “Physical Properties of Lamellar Crystalline Powder and Application to Cosmetics”, J. Japan. Soc. Colour Mater., 75 (11), 525-529 (2002)
– reference: 11) Kubo, H., et al.: “Development of the powder for cosmetics with supercritical carbon dioxide”, Soc. Chemical Engineers, Japan, 1, 38-40 (2004)
– reference: 3) Misaki, E., et al.: “Development and Application of Single-wire-sliding-type Friction Tester for Cosmetics”, J. Soc. Powder Technol., Japan, 44, 19-23 (2007)
– reference: 7) Ito, M., et al.: “Optical Characteristic of Zirconia Coated Spherical Complex Silica and Application to Cosmetic Foundations”, J. Soc. Cosmet. Chem., Japan, 34 (2), 166 (2000)
– reference: 6) Nakamura, N., et al.: “Blurring of Wrinkles Through Control of Optical Properties”, J. Soc. Cosmet. Chem., Japan, 21 (2), 119 (1987)
– reference: 8) Noguchi, T., et al.: “Crystal Analysis and Magnetic Characteristics of Black-Iron-Oxide-Coated Mica”, J. Japan. Soc. Colour Mater., 70 (6), 359-368 (1997)
– reference: 10) Yagi, K., et al.: “Optical Rejuvenating Makeup Using An Innovative Shape-controlled Hybrid Powder”, IFSCC Conference., Florence (2005)
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Snippet Make-up cosmetic consisting of dispersed pigments such as titanium dioxide, iron-oxide and pearlescent pigments is one of the coloring materials. Quantitative...
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StartPage 642
SubjectTerms Appearance
Cosmetic
High chroma
Multi-angle image capturing system
Pearlescent pigment
Skin
Title Development of Multi-Angle Image Capturing System and Industrial Application for Functional Cosmetics
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