31results about How to "Improve visual confirmation" patented technology

In a camera unit, with respect to a relationship between an image height of respective image portion on an image formed on the pickup element and an image angle of the light lays made incident into the respective image portions, the lens system is configured so that an amount of change in the image height with respect to a change in the image angle is greater at a peripheral portion of the image than at a center part of the image.

In a display device (301), in order to improve the visibility by changing a size for displaying character or patterns on a display screen in accordance with a distance from a user viewing the display screen, a text-containing image generating unit (305) generates a character image indicative of a character train to be presented to a user, a graphic image generating unit (306) generates a pattern image indicative of patterns to be presented to a user, a measuring unit (303) measures a distance between a display screen on which a displaying unit (302) displays the image and the user, a enlargement/contraction ratio acquiring unit (304) acquires a pattern enlarging and reducing rate that increases as the measured distance becomes large and a character enlarging and reducing rate that gently changes at a rate that is less than the pattern enlarging and reducing rate, and a control unit (307) gives the pattern image, the pattern enlarging and reducing rate, the character image and the character enlarging and reducing rate to a displaying unit (302) and makes it display them.

Provided is a prize acquisition game device which makes it possible to improve the visibility of a space containing prizes and arouse motivation of a player candidate for playing. This prize acquisition game device 1 is provided with: light emitting units 8 as light emitting parts; and side boards 6 which close off the ends in the width direction of a storage space 30. The light emitting units 8 are each disposed to face a light entering surface 61a which is one end surface of a side portion 61. The side boards 6 guide light entering through the light entering surface 61a to the front side while reflecting the light therein and cause some of the light to be emitted from a curved portion 62 and the remaining light to be emitted from a front portion 63.

A rearview monitor apparatus 1 includes: a display 17 provided on an instrument panel 3; and a housing 5 formed to surround a periphery of the display 17, wherein the housing 5 includes an upper surface 21 arranged above the display 17, a side surface 24 arranged at the outside in a vehicle width direction of the display 17, and a visor 19 that extends in a vehicle rearward direction beyond the display 17 from vehicle rearward positions of the upper surface 21 and the side surface 24 and that forms an opening part in a vehicle rearward direction, wherein a first recess part 46 of which a depthgradually increases toward a vehicle frontward direction towards the inside in the vehicle width direction from an outer end in the vehicle width direction is formed on the upper surface side of thevisor 19.

A head-up display device, which displays an image as a virtual image (VTI) by projecting and reflecting image display light of the image onto a projection member (3), is provided with: an illuminationlight source unit (10) for emitting illumination light; an image forming unit (50) for forming an image by partial transmission of the illumination light and emitting the image as display light; andanisotropic diffusion units (20, 220) disposed on an optical path between the illumination light source unit (10) and the image forming unit (50) and diffusing the illumination light at an anisotropicdiffusion angle. When the image is displayed as a virtual image, if an image vertical axis (Ay) is defined as a direction along the vertical direction of a vehicle in the image, and an image horizontal axis (Ax) is defined as a direction perpendicular to the image vertical axis (Ay) in the image, in the anisotropic diffusion units, a divergence angle in a direction (LDd) corresponding to the image horizontal axis (Ax) of the image is larger than a divergence angle in a direction (SDd) corresponding to the image vertical axis (Ay).

The present invention provides a display device, a display control method, and a storage medium that can improve visual confirmation. The display device includes a light projection device which projects light including an image, an optical mechanism which is capable of adjusting a distance from a predetermined position to a position where the light is formed as a virtual image, a concave mirror which reflects light toward a reflector, a concave mirror actuator which adjusts a reflection angle of the concave mirror, and a control device which controls the light projection device and the concavemirror actuator, in which the control device adjusts a projection position on a projection surface of the light projected from the light projection device having an angle formed by a horizontal surface passing through a predetermined position on an image and a segment from the predetermined position to a position where the light is formed as a virtual image so as to curb fluctuation occurring dueto movement of a vehicle.

The present invention addresses the problem of providing a pouch and a pouch including liquid contents that, using a simple configuration, enable a fragrant component included in the contents of the pouch to be released to the outside without opening the pouch, while avoiding external leakage and degradation in the quality of the contents. This pouch is formed in a bag-shape by forming an externalperipheral seal section having a film thermally adhered thereto, and accommodates contents in an accommodation part that is inward of the external peripheral seal section, wherein the pouch is characterized in that: at least one side of the film has formed thereon a fragrant component release section in a position that corresponds to the accommodation part; and the fragrant component release section is constructed by a material removal section formed in a partial range in the thickness direction of the film and/or a notch-type score.

The invention provides a lighting device for a vehicle. The cost increasing is inhibited. The design and visual effect of the appearance of the lighting device are both improved. A headlight includesan LED light source, a substrate on which the LED light source is mounted, and a reflecting member configured to reflect light radiated from the LED light source. The reflecting member includes a reflector that is provided in a radiation direction of the LED light source with respect to the LED light source and that has a first reflecting surface configured to reflect light radiated from the LED light source toward outside, a second reflecting surface that is provided in the radiation direction of the LED light source with respect to the LED light source and that is configured to reflect lightradiated from the LED light source, the second reflecting surface being separately provided from the first reflecting surface, and a third reflecting surface that faces a side opposite to the LED light source and that is configured to reflect the light reflected by the second reflecting surface toward outside.

A liquid crystal panel (101) is provided with a liquid crystal cell (20), a first polarizer (30), a second polarizer (40), and an optically anisotropic element (50). The liquid crystal cell is provided with a liquid crystal layer including liquid crystal molecules in a homogeneous alignment in the absence of an electric field, and a color filter (22) disposed on a first principal surface of the liquid crystal layer. The slow-axis direction (53) of the optically anisotropic element (50) and the absorption axis direction (45) of the second polarizer are parallel. The thickness-direction retardation of the optically anisotropic element and the thickness-direction retardation of the color filter of the liquid crystal cell satisfy a predetermined relationship for each of a wavelength of 550 nmand a wavelength of 650 nm.