Abstract: An image processing apparatus inputs stereoscopic images, detects a depth of each of the inputted stereoscopic images, lays out the stereoscopic images at least in partial overlap in such a manner that the lager the depth is, the more forward the corresponding stereoscopic image is placed, and records the stereoscopic images having been laid out.

Abstract: A stereoscopic image generating apparatus is constituted by: an image obtaining section, for obtaining a plurality of image groups, each constituted by a plurality of images for generating stereoscopic images and obtained by photography of subjects from different viewpoints; and an image layout section, for generating a stereoscopic layout image, in which a single image group selected from among the plurality of image groups as an image of interest is arranged at a predetermined position on a display screen in a stereoscopically viewable manner, and selected images from among the image groups other than the single image group are arranged such that they appear to be inclined and facing toward the predetermined position on the display screen at at least one of the right and left sides of the predetermined position.

Abstract: The main power source unit of an image read-out device supplies power to an laser diode (LD) power supply unit of an electronic cassette through a contact. The LD power supply unit supplies the supplied power to a laser diode (LD), as power used for emitting laser light, and also supplies a portion of the supplied power to an LD power supply unit of the image read-out device through a contact. The power supplied to the LD power supply unit of the image read-out device is supplied as power for emitting laser light to an LD of the image read-out device. When there is a change in the relative position of the casings of the electronic cassette and the image read-out device, the contact and electrical continuation of the contacts breaks and laser light stops being emitted from the LDs.

Abstract: An electronic apparatus includes a housing that has a first concave section, a first emission unit that emits a laser beam into the first concave section, and a first modulator that modulates the laser beam emitted from the first emission unit in accordance with transmission information. The first emission unit is disposed so as not to emit at least a direct beam of the emitted laser beam to the outside of the first concave section.

Abstract: A file generation apparatus comprises three-dimensional data acquisition means for obtaining a three-dimensional data set comprising distance data representing a three-dimensional shape of a subject, data conversion means for generating a converted three-dimensional data set by arranging the distance data according to distance, and generation means for identifying the distance data at a boundary in the case where the converted three-dimensional data set is divided at predetermined distance intervals and for generating a three-dimensional data file storing the converted three-dimensional data set and storage location information representing a storage location of the identified distance data in the file.

Abstract: A print system comprises a digital camera and a printer. The digital camera photographs a subject and produces image data. Print data including print-setting data and printing data is produced from the image data and print setting information. The digital camera is provided with a high-speed radio I/F and a low-speed radio I/F. The printer is also provided with a high-speed radio I/F and a low-speed radio I/F. The setting data is transferred from the digital camera to the printer through the low-speed radio I/F. The printing data is transferred from the digital camera to the printer through the high-speed radio I/F. The printer prints an image of the subject on the basis of the print data transferred from the digital camera to the printer.

Abstract: A camera system includes: a lens assembly and a camera body. The lens assembly has: an image-taking optical system, a storage section that stores screen information for display on an input screen, a screen transmission section that transmits the screen information, an information receiving section that receives the information entered according to the input screen, and a function execution section that executes a function according to the information received by the information receiving section. The camera body has: a connection section on which the lens assembly is detachably mounted, an image processing section that processes image data of the subject light image formed through the image-taking optical system, a screen receiving section that receives the screen information, a display input section that displays the input screen and receives information input according to the input screen, and an information transmitting section that transmits information entered through the display input section.

Abstract: A digital camera has an imaging information record mode where imaging information including information on a target to be picked up is recorded in association with image data as well as a regular shooting mode. When imaging information to be recorded is determined, the details of the information is sent to external apparatus via a radio interface and an antenna and corrected by the user interface of the external apparatus. The corrected image is input via the antenna again and updated. The updated image is recorded as property information in an image file including the shot image. According to the digital camera, it is possible to readily correct and add imaging information recorded as property information of image data.

Abstract: In operation of a server such as a printer with use of a client such as a digital camera, the client can operate the server without having a complex configuration therefor. The printer is connected to the digital camera for direct printing of image data obtained by the digital camera. An operation screen for operation of the printer is provided to the digital camera 1 as image data.

Abstract: The present invention provides an image taking main unit that prevents entry of foreign matter and has excellent usability even when an image taking lens unit is not attached thereto. The image taking main unit has a concave mount to which the image taking lens unit with an image taking optical system and an imaging device is removably attached and receives image signals from the image taking lens unit attached thereto to record the image signals therein. The image taking main unit also has a barrier and an electronic device disposed on the barrier. The barrier covers an opening of the mount and retracts into the concave portion of the mount by being pressed by the image taking lens unit when the image taking lens unit is attached to the image taking main unit.

Abstract: A mobile device is equipped with a transmitting function to transmit data. When a power switch is turned off during data transmission, a transition is made to a transmission-during-power-off mode that continues data transmission. The transition to the transmission-during-power-off mode is performed when an inquiry is made on a screen as to whether transmission will be performed and “continue” is subsequently selected. In this mode, even when the mobile device with the power switch being turned off is carried around, data transmission is continued and data is recorded into a storage section of a home personal computer.

Abstract: An image distribution system includes an image storage device and an image distribution server. The image storage device includes a storage section which memorizes image data, and the image storage device switches into a mass storage mode when a switching signal is inputted. The image distribution server outputs the switching signal to the image storage device when there is a request from an external section, acquires the image data from the storage section of the image storage device which has switched to the mass storage mode, and distributes the acquired image data in response to a request from an image display browser.

Abstract: A main frame adapter is detachably mounted, instead of a camera head, on a camera main frame from which the camera head is separated. The camera head comprises an image taking optical system and an imaging device. The camera main frame is adapted to receive an image signal from the camera head that is detachably mounted on the camera main frame. A head adapter that is detachably mounted, instead of the camera main frame, on the camera head separated from the camera main frame. Both the adapters have each the radio communication section.

Abstract: In operation of a server such as a printer with use of a client such as a digital camera, the client can operate the server without having a complex configuration therefor. The printer is connected to the digital camera for direct printing of image data obtained by the digital camera. An operation screen for operation of the printer is provided to the digital camera 1 as image data.

Abstract: A camera system includes: an optical unit and a camera main frame. The optical unit has: an image-taking optical system, a storage section that stores screen information representing an input screen, a screen transmission section that transmits the screen information, an information receiving section that receives the information entered according to the input screen, and a function execution section that executes a function according to the information received by the information receiving section. The camera main frame has: a connection section on which the optical unit is detachably mounted, an image processing section that processes image data of the subject light formed through the image-taking optical system, a screen receiving section that receives the screen information, a display input section that displays the input screen and receives information input according to the input screen, and an information transmitting section that transmits information entered through the display input section.

Abstract: A Web page is displayed on a display screen of a digital camera. The Web page is composed of an image corresponding to one frame. When a radio button corresponding area is clicked, a http request indicating that the radio button corresponding area is clicked is transmitted from the digital camera to a conversion server. In the conversion server, a Web page in which the clicked radio button corresponding area is marked with a solid circle is generated. A html response representing the generated Web page is transmitted from the conversion server to the digital camera. The Web page in which the clicked radio button corresponding area is marked with a solid circle is displayed on the display screen of the digital camera. The radio button function of the Web page can be substantially utilized.

Abstract: A print system comprises a digital camera and a printer. The digital camera photographs a subject and produces image data. Print data including print-setting data and printing data is produced from the image data and print setting information. The digital camera is provided with a high-speed radio I/F and a low-speed radio I/F. The printer is also provided with a high-speed radio I/F and a low-speed radio I/F. The setting data is transferred from the digital camera to the printer through the low-speed radio I/F. The printing data is transferred from the digital camera to the printer through the high-speed radio I/F. The printer prints an image of the subject on the basis of the print data transferred from the digital camera to the printer.

Abstract: A digital camera has an imaging information record mode where imaging information including information on a target to be picked up is recorded in association with image data as well as a regular shooting mode. When imaging information to be recorded is determined, the details of the information is sent to external apparatus via a radio interface and an antenna and corrected by the user interface of the external apparatus. The corrected image is input via the antenna again and updated. The updated image is recorded as property information in an image file including the shot image. According to the digital camera, it is possible to readily correct and add imaging information recorded as property information of image data.