Abstract: Provided are a counseling method and counseling device which present a skincare advice appropriate to a user. The counseling device includes an obtaining unit that obtains genetic information representing a result of a genetic test on a user and stratum corneum information representing a result of a stratum corneum test on the user; a skin constitution determining unit that determines skin constitution of the user, based on the genetic information; a skin capability determining unit that determines skin capability representing a skin condition of the user, based on the stratum corneum information; an identifying unit that identifies a skincare advice and/or a cosmetic to be proposed to the user, based on the skin constitution and the skin capability; and a presenting unit that presents counseling information including information on the skincare advice and/or cosmetic to the user.

Abstract: A load port including: a tabular portion which constitutes a part of a wall surface of a wafer carrying chamber and has an opening through which the wafer carrying chamber is opened; a mounting table on which a wafer storage container is mounted; a door section which can open and close the opening; a sucking tool which can suck and hold a lid; a latch which can fix and unfix a container main body and lid; and a latch driving mechanism storage section which stores a latch driving mechanism therein, load port being configured to enable setting an air pressure in latch driving mechanism storage section to be equal to the air pressure in a clean room or lower than the air pressure in clean room. Consequently, it is possible to provide the load port and a method for carrying wafers which can prevent dust from adhering to the wafers.

Abstract: A load port including: a tabular portion which constitutes a part of a wall surface of a wafer carrying chamber and has an opening through which the wafer carrying chamber is opened; a mounting table on which a wafer storage container is mounted; a door section which can open and close the opening; a sucking tool which can suck and hold a lid; a latch which can fix and unfix a container main body and lid; and a latch driving mechanism storage section which stores a latch driving mechanism therein, load port being configured to enable setting an air pressure in latch driving mechanism storage section to be equal to the air pressure in a clean room or lower than the air pressure in clean room. Consequently, it is possible to provide the load port and a method for carrying wafers which can prevent dust from adhering to the wafers.

Abstract: A touch panel device includes a plurality of touch position detection electrodes provided in a touch area, and a detection circuit configured to detect a touch position or positions based on a capacitance or capacitances formed between the touch position detection electrodes and a touching object. The touch position detection electrodes include a first electrode and second electrodes formed along a curved substrate surface. The first electrode has a center portion provided at a center of the touch area, and a plurality of tip portions radially extending from the center portion to reach a periphery of the touch area. The second electrodes are located in a region including the periphery of the touch area, and one of the second electrodes is located between each adjacent pair of the tip portions.

Abstract: A method to manufacture a divided waveplate filter by laser irradiation. A material layer is formed on the surface of a substrate material. A laser oscillator programmed to form a predetermined pattern scans light to form the divided waveplates. In some embodiments, the divided waveplate material layer may be selectively removed by laser ablation. In some embodiments, the material layer has a phase-difference characteristic and the divided waveplates may be formed by removing the phase-difference characteristic of the material layer using laser light without removing the material layer itself. The material layer may be covered by a laser absorbing layer such as titanium oxide. The divided waveplate may be protected by covering the entire surface with a protective layer 6.

Abstract: A controller (101) designates the method of integrating viewpoint images. An image integrator (102) creates an integrated image by placing individual viewpoint images in appropriate positions. A 3D image control information creator (103) creates 3D image control information by formatting the placement mode of individual viewpoint images and various 3-dimensional image characteristics. An encoder (104) encodes integrated image data. A multiplexer (105) multiplexes the coded data and the 3D image control information and outputs them. A filename deciding unit (106) decides the name of a file when multiplexed data is recorded as a file. A storage directory deciding unit (107) decides the directory in which a file to be recorded is stored. A file creator (108) records a file with the decided filename under the decided storage directory. Thus, the distinction between 3-dimensional display image data and 2-dimensional image data can be clarified.

Abstract: This invention provides a stereoscopic-vision image processing apparatus, a stereoscopic-vision image providing method, and an image display method that are capable of managing specification of display unit on which a stereoscopic-vision image is desired to be displayed as accessory information (assumed display information). The assumed display information includes a type and a display size of the display unit on which a stereoscopic-vision image is desired to be displayed. This allows an appropriate stereoscopic-vision image to be obtained by specifying a type or a display size of the display unit that is desired to be displayed with them being combined with the stereoscopic-vision image and scaling the stereoscopic-vision image up or down, in display of a stereoscopic image, in accordance with the type or the display size of the display unit.

Abstract: This invention provides a stereoscopic-vision image processing apparatus, a stereoscopic-vision image providing method, and an image display method that are capable of managing specification of display unit on which a stereoscopic-vision image is desired to be displayed as accessory information (assumed display information). The assumed display information includes a type and a display size of the display unit on which a stereoscopic-vision image is desired to be displayed. This allows an appropriate stereoscopic-vision image to be obtained by specifying a type or a display size of the display unit that is desired to be displayed with them being combined with the stereoscopic-vision image and scaling the stereoscopic-vision image up or down, in display of a stereoscopic image, in accordance with the type or the display size of the display unit.

Abstract: A controller (101) designates the method of integrating viewpoint images. An image integrator (102) creates an integrated image by placing individual viewpoint images in appropriate positions. A 3D image control information creator (103) creates 3D image control information by formatting the placement mode of individual viewpoint images and various 3-dimensional image characteristics. An encoder (104) encodes integrated image data. A multiplexer (105) multiplexes the coded data and the 3D image control information and outputs them. A filename deciding unit (106) decides the name of a file when multiplexed data is recorded as a file. A storage directory deciding unit (107) decides the directory in which a file to be recorded is stored. A file creator (108) records a file with the decided filename under the decided storage directory. Thus, the distinction between 3-dimensional display image data and 2-dimensional image data can be clarified.

Abstract: Even if a divided wavelength plate filter is mounted, it is possible to reliably display a three-dimensional image or perform a displaying operation on from one screen to a plurality of screens. In a display device, the relative positions of an image display section and a divided wavelength plate filter for rotating polarized light from image information at a first segment in a direction that is different from the direction of polarized light from image information at a second segment can be adjusted. At the time of positional adjustment, the display device displays a position adjustment pattern (112) having colors, figures, characters, symbols, diagrams, or designs, or combinations thereof which differ from each other depending on the segment.

Abstract: A transmission-side device, when transmitting as data a plurality of two-dimensional images of different viewpoints, used as stereoscopic vision-use images, transmits the data of the two-dimensional images, and in addition, viewpoint-number information allotted to each data of the two-dimensional images and viewpoint-number information as information for selecting one or more two-dimensional images, together with the data of the two-dimensional images as attached information. A transmission-side device receives the plurality of image data and the attached information, and when performing a thumb-nail display, etc., by one image out of the plurality of the image data for example, performs a process for selecting the image data from the viewpoint-number information as information for selecting the two-dimensional images.

Abstract: An adhesive layer is formed on a substrate by printing such that the adhesive layer has a predetermined pattern. A film having a phase-difference characteristic is bonded thereon to form a divided waveplate material layer. The divided waveplate material layer is divided all at once with cutter blades disposed in a row such that the divided waveplate material layer has the predetermined pattern. Then the divided waveplate material layer remaining on portions to be removed is removed, thereby forming divided waveplates on the substrate such that the divided waveplates have the predetermined pattern.

Abstract: A polarizing plate (11) having a rightward and upward polarization angle is provided on a display screen (10), and a ½-wave plate (21) whose optical axis is at 45 deg. to said polarization angle is applied to said right half. A ½-wave plate (22) whose optical axis is orthogonal to that of said ½-wave plate (21) is applied to a right-eye side of a polarizing plate (12) (glasses) which has a leftward and upward polarization angle and which is to be worn by a viewer. Thus, images for left and right eyes can be viewed by left and right eyes through the ½-wave plates. The image for a right eye (13R) that should not enter a left eye (14L) is completely blocked by a polarization angle orthogonal thereto. The image for a left eye (13L) that should not enter a right eye (14R) is completely blocked to prevent crosstalk between the left and right images because the optical axes of the two phase difference plates (21, 22) are in an orthogonal state in which the coordinate axis is rotated 90 deg.

Abstract: An adhesive layer is formed on a substrate by printing such that the adhesive layer has a predetermined pattern. A film having a phase-difference characteristic is bonded thereon to form a divided waveplate material layer. The divided waveplate material layer is divided all at once with cutter blades disposed in a row such that the divided waveplate material layer has the predetermined pattern. Then the divided waveplate material layer remaining on portions to be removed is removed, thereby forming divided waveplates on the substrate such that the divided waveplates have the predetermined pattern.

Abstract: Even if a divided wavelength plate filter is mounted, it is possible to reliably display a three-dimensional image or perform a displaying operation on from one screen to a plurality of screens. In a display device, the relative positions of an image display section and a divided wavelength plate filter for rotating polarized light from image information at a first segment in a direction that is different from the direction of polarized light from image information at a second segment can be adjusted. At the time of positional adjustment, the display device displays a position adjustment pattern (112) having colors, figures, characters, symbols, diagrams, or designs, or combinations thereof which differ from each other depending on the segment.

Abstract: A polarizing plate (11) having a rightward and upward polarization angle is provided on a display screen (10), and a ½-wave plate (21) whose optical axis is at 45 deg. to said polarization angle is applied to said right half. A ½-wave plate (22) whose optical axis is orthogonal to that of said ½-wave plate (21) is applied to a right-eye side of a polarizing plate (12) (glasses) which has a leftward and upward polarization angle and which is to be worn by a viewer. Thus, images for left and right eyes can be viewed by left and right eyes through the ½-wave plates. The image for a right eye (13R) that should not enter a left eye (14L) is completely blocked by a polarization angle orthogonal thereto.

Abstract: A color printer for thermally transferring a set of monochrome images of each desired color reproduction from a color transfer strip to a recipient sheet as the latter is fed back and forth by and past a platen roll disposed intermediate a sheet loading cassette and a sheet unloading cassette. The printer additionally comprises a thermal printing head for pressing the transfer strip, in superposition with each recipient sheet fed from the loading cassette, against the platen roll for thermal ink transfer, and a pinch roller disposed upstream of the printing head, with respect to the traveling direction of the recipient sheet from the loading cassette to the unloading cassette, for pressing the recipient sheet against the platen roll. For more precise registration of the monochrome images of each color reproduction, a retractable end abutment is disposed between printing head and pinch roller.

Abstract: A flat yarn wherein fibers composing a yarn are bonded to each other substantially in a side-by-side manner to form a tape-like flat body and the flat body has a plurality of gear-crimped portions across a width thereof. There may be a plurality of reverse points at which front and back surfaces of the yarn replace each other. The points are twisted in the same direction and positioned at random intervals from each other. The gear-crimped portions are arranged randomly in the lengthwise direction of the yarn. The fibers composing the yarn are bonded to each other in an intermittent manner in the lengthwise direction of the yarn. A fabric made from the flat yarn has an aesthetic appearance and soft touch as well as good crease resistance. A method of production for the same is also provided.

Abstract: A flat yarn wherein fibers composing a yarn are bonded to each other substantially in a side-by-side manner to form a tape-like flat body and the flat body has a plurality of gear-crimped portions across a width thereof. There may be a plurality of reverse points at which front and back surfaces of the yarn replace each other. The points are twisted in the same direction and positioned at random intervals from each other. The gear-crimped portions are arranged randomly in the lengthwise direction of the yarn. The fibers composing the yarn are bonded to each other in an intermittent manner in the lengthwise direction of the yarn. A fabric made from the flat yarn has an aesthetic appearance and soft touch as well as good crease resistance. A method of production for the same is also provided.

Abstract: Decorated soap and method for producing the same. The decorated soap comprises a cake of soap, a synthetic resin layer formed on one side surface of said soap, a release layer having a printed layer representing a desired pattern of designs and/or characters and an adhesive layer which joins the synthetic resin layer to the release layer. The above method comprises the steps of: (a) forming a synthetic resin layer on one side surface of soap to be treated, (b) forming a release layer on a backing film, reversely printing a desired pattern to the release layer and forming an adhesive layer on the printed release layer, thereby preparing a transfer sheet, (c) bringing the adhesive layer of transfer sheet into contact with the synthetic resin layer of soap to join the transfer sheet to the synthetic resin layer under heat and pressure, and (d) peeling only the backing film of transfer sheet from the above joined product.