Fujifilm Corporation

Fuji Photo Film Company, Limited

Hideyasu Ishibashi

Takashi Murooka

Hiroshi Yamaguchi

Ichiro Amimori

Takashi Wakui

Kiyohiro Maeda

Makoto Yamada

Osamu Shimazaki

Takahiro Okamoto

Hideki Yamagishi

Hiroyuki Furuya

Naoko Yoshida

Koji Takahashi

Jun Watanabe

Hiroyuki Yoneyama

Keiichi Suzuki

Kazuchika Iwami

Hiroaki Hyuga

Tomohiro Mizuno

Takeharu Tani

Daiki Wakizaka

Kazuhiro Nakamura

Tetsuya Asakura

Hiroshi Ishizuka

Yoshitaka Yamaguchi

Katsumi Inoue

Hiroki Watanabe

Isao Ikuhara

Eriko Ikeda

Koichi Tozuka

Ryusuke Osanai

Takao Uchiyama

A skin evaluation apparatus includes a shape information acquisition unitthat acquires information on a surface unevenness shape of the skin; an optical feature information acquisition unitthat acquires information on an optical feature of the skin; and an evaluation unitthat evaluates gloss of the skin on the basis of the information on the surface unevenness shape and the information on the optical feature.

Skin evaluation apparatus, skin evaluation method, and skin evaluation program

Provided is an ink image matter generating method for selecting a fluorescent ink by performing (a) a process of color-measuring a target color which is a target of color reproduction on a medium and the medium on which an inkjet color ink for color reproduction of the target color is printed; (b) a process of calculating a difference between a colorimetric value of the target color and a colorimetric value of the medium on which the color ink is printed; and (c) a process of selecting a fluorescent ink for reducing the difference between the colorimetric value of the target color and the colorimetric value of the medium on which the color ink is printed, from fluorescent inks that are set in advance, and jetting droplets of the selected fluorescent ink together with the color ink, or after the droplets of the color ink are jetted to cause the fluorescent ink to exist on a surface of an ink image matter, thereby making it possible to select and use an appropriate fluorescent ink with respect to a specific color of which the color reproducibility cannot be ensured using only a color ink in inkjet printing on a medium which is a printing substrate and to ensure high color reproducibility ensuring high color reproducibility for the specific color.

Ink image matter generating method

A printing management device includes: a customer property DB configured to accumulate history data for each customer; a printer property DB configured to record printer property data for each of multiple printers; target image quality index decision means configured to decide a target image quality index by the use of the history data of the customer property DB; and printout condition decision means configured to decide/output output conditions with reference to the printer property DB according to order information and the target image quality index.

Printing management device and method, printing management system, printing system information processing device and recording medium for deciding a printout condition

A camera system includes: a database which stores a plurality of stereoscopic color profiles, in which conversion relationships calculated from second image data obtained by photographing a plurality of reference color stereoscopic objects assigned with reference colorimetric values in advance and the reference colorimetric values corresponding to the second image data are associated with a plurality of illumination conditions in photographing; a selection unit which, based on an illumination condition at the time of photographing of a stereoscopic subject, selects a stereoscopic color profile corresponding to the illumination condition; and a color conversion unit which performs color conversion from first image data of a photographed image of the stereoscopic subject to colorimetric values, based on the selected stereoscopic color profile.

Camera system, color conversion device and method employed thereupon, and recording medium for color conversion program

The present invention pertains to: a conductive sheet, a touch panel, a display device, a method for producing the conductive sheet, and a recording medium. In the present invention, the relative refractive index of a substrate with respect to a first protective layer, and/or the relative refractive index of the substrate with respect to a second protective layer is 0.86-1.15. The relative refractive index of a first substrate with respect to the first protective layer, and/or the relative refractive index of a second substrate with respect to the second protective layer is 0.86-1.15.

Conductive sheet, touch panel, display device, method for producing said conductive sheet, and non-transitory recording medium

Disclosed is a method for manufacturing a conductive film in which a mesh pattern comprising a wire material is provided on a base material. Also disclosed are a conductive film and a recording medium. Image data representing a mesh pattern is created on the basis of a plurality of selected positions. On the basis of said image data, an evaluation value which quantifies noise characteristics of the mesh pattern is computed. On the basis of the computed evaluation value and prescribed evaluation conditions, one image datum is chosen as an output image datum.

Conductive film manufacturing method, conductive film, and recording medium

A base makeup cosmetic satisfying the relationship expressed by the following Formula (1) and the relationship expressed by the following Formula (2) and exhibiting a hue angle of the cosmetic in a range of from 40&#xb0; to 80&#xb0;, wherein, when incident light falls on a light-receiving surface from a direction at &#x2212;45&#xb0; relative to the light-receiving surface, the light-receiving surface being a surface of a coating layer obtained by applying the base makeup cosmetic, (C*45) and (angle h*45) respectively represent the chroma (C*45) and hue angle (angle h*45) of reflected light in a specular reflection direction (a direction at)45&#xb0;; and, when incident light falls on the light-receiving surface from a direction at &#x2212;45&#xb0; relative to the light-receiving surface, (C*0) and (angle h*0) respectively represent the chroma (C*0) and hue angle (angle h*0) of reflected light in a diffuse reflection direction (a direction at 0&#xb0;).(*0)&#x2212;(*45)&#x2266;2.0&#x2003;&#x2003;Formula (1)|(angle*0)&#x2212;(angle*45)|&#x2266;1.5&#x2003;&#x2003;Formula (2)

Base makeup cosmetic and method for producing the same

Provided is a printed matter, a printed matter forming apparatus, and a printed matter forming method, which improve the expression of the texture. A lower layer having an upper surface provided with concavities and convexities different for each region; an image layer provided above the lower layer, the image layer forming an image and transmitting part of incident light towards the lower layer; and a surface layer provided above the image layer, the surface layer having an upper surface provided with concavities and convexities different for each region, the surface layer transmitting part of incident light towards the image layer are included. This allows various textures to be expressed fully.

Printed matter forming method

A computer readable medium including a digital image print support program that is executable in a computer is used for determining which one of plural printers is suitable for printing an image to be printed. The program has: a first step of dividing an area of the image to be printed into a first image area where a defect is conspicuous, and a second image area where a defect is inconspicuous, and obtaining an area rate of the first image area or the second image area; and a second step of outputting a result of comparison of the area rate with a threshold. A printer is selected in accordance with an output result, and then a less-defective print image can be obtained.

Computer readable medium including digital image print support program, digital image print support apparatus, and digital image print system

Provided is an image capturing system comprising an irradiating section that sequentially irradiates an observed position with a plurality of types of irradiation light having different polarizations; a polarization filter section that includes a plurality of polarization filter units, which each include a plurality of returned polarized light filters that each pass light having a different polarization, the polarization filter section passing returned light from the observed position having each of the plurality of polarizations; and a light receiving section that receives the returned light passed by the polarization filter section having each of the plurality of polarizations.

Image capturing system and image capturing method

Provided is an unevenness detecting apparatus comprising a determining section that determines a polarization state of returned light obtained from radiated light; an uneven portion judging section that judges whether an uneven portion is present based on the polarization state determined by the determining section; a convex/concave identifying section that identifies whether the uneven portion is convex or concave based on image data, captured by an image capturing element, of the uneven portion; and an output section that outputs information identifying whether the uneven portion is convex or concave.

Unevenness detecting apparatus, method, and computer readable medium

Provided is an image capturing system including an image capturing section that includes a plurality of first light receiving elements for receiving light of a first wavelength region and a plurality of second light receiving elements for receiving light of a second wavelength region, a control section that causes to be generated, from a subject, light of a different spectrum at a different timing for each of the first wavelength region and the second wavelength region, and an image generating section that generates an image from light of a first spectrum from the subject received by the first light receiving elements at a predetermined timing, and light of a second spectrum from the subject received by the second light receiving elements at a timing other than the predetermined timing.

Image capturing system, image capturing method, and computer readable medium

An optical system includes a light sending section that sends light to an object having a scattering medium and a lower medium positioned below the scattering medium, where the scattering medium scatters light and the lower medium feeds back polarized light in response to light incident thereon, a light receiving section that receives (i) light that is sent from the light sending section and then scattered by the scattering medium and (ii) light from the lower medium, and a thickness calculating section that calculates a thickness of the scattering medium, by referring to at least one of a non-polarization component and a polarization component of the light received by the light receiving section.

Growing community of inventors

Kanagawa, Japan

Hideyasu Ishibashi