Abstract: An illumination apparatus provided with a light source 4, a polarization splitter 6 disposed facing the light source at about 45 degrees with respect to its light emission direction, a first reflector 8 reflecting and condensing one of the polarization light components polarized and split by the polarization splitter, a quarter wave plate 20 disposed between the polarization splitter and the first reflector, a second reflector 10 reflecting and condensing the other of the polarization light components polarized and split by the polarization splitter, a third reflector 12 disposed around the light source and reflecting the other polarization light reflected by the second reflector and the polarization splitter and proceeding in the light source direction, and a quarter wave plate 22 disposed between the polarization splitter and the third reflector and around the light source, the light reflected at the first reflector and reflected at the polarization splitter being used to illuminate a predetermined surface

Abstract: An imaging apparatus mounted on a vehicle and imaging a vicinity of the vehicle, includes a photographic lens, an image pickup device, an accident detection sensor, an image processing section, and a recording section. The image pickup device generates an image signal by performing photoelectric conversion of an object image based on a light flux from the photographic lens. The accident detection sensor detects an accident occurrence based on a shock to the vehicle. The image processing section generates first accident image data and second accident image data which photograph the same accident situation at an accident occurrence, based on the image signal. The recording section records the first accident image data and the second accident image data in different states of security levels regarding data credibility, respectively.

Abstract: A polarization converting element includes: a main body that is made from a transparent member; an incident section that is provided to the main body, and upon which light generated from a light source is incident; an annular reflecting section that is formed on the periphery of the incident section; and a polarization splitting section that is formed opposite to the annular reflecting section on the emission side of light incident upon the incident section. One polarized light component of the incident light passes through the main body and is emitted from the polarization splitting section. Another polarized light component of the incident light is reflected towards the annular reflecting section by the polarization splitting section, and is emitted from the polarization splitting section after having again been reflected by the annular reflecting section and having been converted into light of a same polarization component as the light of the one polarized light component.

Abstract: A projector includes: a solid-state light emitting element that emits light; a projection image forming unit that includes an effective area in order to form a projection image; and a reflecting member disposed between the solid-state light emitting element and the projection image forming unit, wherein: the reflecting member reflects part of the light emitted from the solid-state light emitting element and thus redirects the part of the light to travel back to the solid-state light emitting element, the part of the light not entering the effective area.

Abstract: An cradle 100 equipped with a projector commands the power supply to an electronic camera 200 that is mounted on the cradle 100 to be turned on and the display of a main liquid crystal display 201 to be turned off in response to an on signal from a projection switch 101. A CPU 131 (FIG. 2) is provided in the cradle 100, and the CPU 131 (FIG. 2) performs expansion processing on the image data transmitted to the cradle 100 from the electronic camera 200 if the image data is compressed. The CPU 131 (FIG. 2) of the cradle 100 performs resizing processing on the image data having been expanded according to a projection resolution of the projector unit and records the resized data in a memory card. The CPU 131 reads out the resized image data from the memory card and performs replay processing to project the image data via the projector unit.

Abstract: It is possible to provide a technique for accurately performing an operation desired by a user. A user's head operation is identified according to information detected by a head motion detection unit. A process desired by the user is executed according to an angular velocity of the head motion. Moreover, the technique uses a control unit which can accurately execute an operation by the user's head operation without reflecting the return motion of the user's head in the process. The control unit executes a process for a start and an end of each process corresponding to the detected angular velocity according to a predetermined threshold value.

Abstract: A digital photo frame enabling video to be viewed not only in a stationary state but also when carried in the hand of the viewer, that is, a digital photo frame having a display for displaying an image, a detector detecting if the frame is carried on a cradle or is detached from the cradle, and an output controller setting different output modes of the video in accordance with the results of detection of the detector.

Abstract: A projector device, includes: a projector unit, including a light source and a projection lens whose focal position is variable, that projects an image upon a projection surface with a light flux outputted from the light source that passes through the projection lens; an image-capturing unit, including a photographic lens whose focal position is variable, that captures an image of a subject with a light flux from the exterior that passes through the photographic lens; and a single drive source that generates drive force for changing both the focal position of the projection lens and the focal position of the photographic lens.

Abstract: A display device includes: a transmission-type optical image forming element that forms an image based upon image signals; an illuminating device that illuminates the optical image forming element; and a light adjustment device that allows illuminating light emitted from the illuminating device to the optical image forming element to have a specific light quantity distribution.

Abstract: An imaging apparatus mounted on a vehicle and imaging a vicinity of the vehicle, includes a photographic lens, an image pickup device, an accident detection sensor, an image processing section, and a recording section. The image pickup device generates an image signal by performing photoelectric conversion of an object image based on a light flux from the photographic lens. The accident detection sensor detects an accident occurrence based on a shock to the vehicle. The image processing section generates first accident image data and second accident image data which photograph the same accident situation at an accident occurrence, based on the image signal. The recording section records the first accident image data and the second accident image data in different states of security levels regarding data credibility, respectively.

Abstract: An illuminating device includes: a solid-state light emitting element that includes a light source and a phosphor and emits light from the light source and phosphorescent light emitted from the phosphor excited with the light from the light source toward an optical system; and a reflective portion that reflects part of the light emitted from the solid-state light emitting element, which does not enter the optical system, back to the solid-state light emitting element so that the reflected light having originated from the light source is used to excite the phosphor.

Abstract: A projector module adopts a structure having an optical image forming block and an optical block integrated via a locking member. The optical image forming block adopts a structure achieved by disposing an aluminum substrate at which an LED is mounted and a liquid crystal panel in a casing constituted with a plastic material having low thermal conductivity. The locking member is formed by bending a metal sheet through a sheet metal bending process and the locking member is set in surface contact with the substrate. The optical block adopts a structure achieved by disposing a PBS and a reflecting member at the casing constituted with a plastic material having low thermal conductivity with a quarter-wave plate disposed at the boundary of the two members.

Abstract: A digital camera equipped with a projector, includes a photographing device; a projector device that projects an optical image; a mode switching operation member that outputs a switching operation signal indicating a changeover to one of a photographing operation mode in which image data photographed by the photographing device are saved as a photographic image file in a recording medium and a projection operation mode in which a reproduced image is projected by the projector device; a top surface operation member disposed at an upper surface of a casing; and a projection control device that controls the projector device based upon an operation signal provided by the top surface operation member upon receiving a switching operation signal indicating a changeover to the projection operation mode from the mode switching operation member.

Abstract: A projection system includes: a projection device mounted at a member that moves through space and projects an optical image; a detection device that detects relative position assumed in the space by a projection target surface onto which the optical image is projected and the projection device; and a control device that controls projection by the projection device in correspondence to the relative position detected by the detection device.

Abstract: A digital camera equipped with a projector, includes a photographing device; a projector device that projects an optical image; a mode switching operation member that outputs a switching operation signal indicating a changeover to one of a photographing operation mode in which image data photographed by the photographing device are saved as a photographic image file in a recording medium and a projection operation mode in which a reproduced image is projected by the projector device; a top surface operation member disposed at an upper surface of a casing; and a projection control device that controls the projector device based upon an operation signal provided by the top surface operation member upon receiving a switching operation signal indicating a changeover to the projection operation mode from the mode switching operation member.

Abstract: An electronic device includes: a moving part; a projector device provided to the moving part; and a projection control unit that starts projection of an image by the projector device according to the state of the moving part, and the projection control unit starts projection of an image when a first time period has elapsed with the moving part in a predetermined state.

Abstract: A digital still camera includes an image-capturing device, a recording device that records a subject image captured by the image-capturing device into an image recording medium, a first monitor device and a second monitor device. The images repeatedly captured by the image-capturing device are displayed in real time at the first monitor device and, at the same time, a photographic support image having been captured by the image-capturing device is displayed at the second monitor device. A single image or a plurality of images recorded in the image recording medium, for instance, may be displayed at the second monitor device as the photographic support image. Alternatively, an image obtained by partially enlarging the image displayed at the first monitor device may be displayed at the second monitor device.

Abstract: A projector module adopts a structure having an optical image forming block and an optical block integrated via a locking member. The optical image forming block adopts a structure achieved by disposing an aluminum substrate at which an LED is mounted and a liquid crystal panel in a casing constituted with a plastic material having low thermal conductivity. The locking member is formed by bending a metal sheet through a sheet metal bending process and the locking member is set in surface contact with the substrate. The optical block adopts a structure achieved by disposing a PBS and a reflecting member at the casing constituted with a plastic material having low thermal conductivity with a quarter-wave plate disposed at the boundary of the two members.

Abstract: An electronic device includes: a first image reproduction unit that reproduces an image; a second image reproduction unit that reproduces an image at a resolution different from that of the first image reproduction unit; a reproduction data generation unit that generates reproduction data at a resolution according to an image reproduction unit by using image data; and a control unit that instructs one of the first image reproduction unit and the second image reproduction unit alternatively image reproduction in response to a switching instruction, and that controls the reproduction data generation unit to generate reproduction data according to a resolution of an image reproduction unit that is instructed.

Abstract: A liquid crystal panel including a plurality of rectangular pixels in parallel, the liquid crystal panel includes: a liquid crystal containing liquid crystal molecules; a color filter that transmits a light having a predetermined color from among lights that have been transmitted through the liquid crystal; a plurality of pixel electrodes that applies electric fields to the liquid crystal; a common electrode opposite to the plurality of the pixel electrodes through the liquid crystal; a first rubbing member that aligns the liquid crystal molecules in a first direction at an interface of the liquid crystal on the side of the pixel electrode; and a second rubbing member that aligns the liquid crystal molecules in a second direction at an interface of the liquid crystal on the side of the common electrode, wherein the first direction is a shorter direction of the rectangular pixel.