Abstract:
A communication device having a display control determining unit configured to evaluate a display form of a display unit to determine a type of display form, a selecting unit configured to select a service corresponding to the type of display form determined by the display control determining unit, and a communication unit configured to establish a communication with a partner device by using the service selected by the selecting unit.
Abstract:
A communication apparatus includes a confirmation unit configured to confirm whether a processing, which is to be executed between the communication apparatus and a partner communication apparatus in communication therewith, has been selected by a user, a selection unit configured to select a processing to be executed according to a priority assigned to each of a plurality of processings, and an execution unit configured to execute the processing selected by the selection unit when the communication apparatus is again connected to the partner communication apparatus after the communication with the partner communication apparatus is disconnected, wherein the execution unit executes the selected processing when the confirmation unit confirms that there is a processing selected by the user during a period when the communication with the partner communication apparatus is disconnected and when the communication is connected again.
Abstract:
Disclosed herein is an imaging device including an imaging element, an imaging controller, first and second shutter members, and a shutter controller. The imaging element carries out photoelectric conversion of subject image light incident through a lens and produces an imaging signal. The imaging controller controls readout of the imaging signal and carries out control of change setting of a frame cycle of imaging. The shutter members are disposed on an optical path of image light incident and can set a state in which incident light on the imaging element is blocked and a state in which incident light on the imaging element is not blocked. The shutter controller sets a timing at which the optical path is blocked by the first shutter member and a timing at which the optical path is blocked by the second shutter member.
Abstract:
A communication apparatus includes a confirmation unit configured to confirm whether a processing, which is to be executed between the communication apparatus and a partner communication apparatus in communication therewith, has been selected by a user, a selection unit configured to select a processing to be executed according to a priority assigned to each of a plurality of processings, and an execution unit configured to execute the processing selected by the selection unit when the communication apparatus is again connected to the partner communication apparatus after the communication with the partner communication apparatus is disconnected, wherein the execution unit executes the selected processing when the confirmation unit confirms that there is a processing selected by the user during a period when the communication with the partner communication apparatus is disconnected and when the communication is connected again.
Abstract:
Disclosed herein is an imaging device including: a lens mount section with a removable lens section; an imaging element adapted to generate a video signal by converting image light of the subject entering through the lens section attached to the lens mount section into an electric signal; a disk-shaped shutter having a light shielding section and a transmission section, the light shielding section adapted to shield the imaging element from incident light, and the transmission section adapted to transmit incident light onto the imaging element; a shutter drive motor adapted to drive the disk-shaped shutter; a detection section adapted to detect whether the lens section is attached or detached; and a shutter control section adapted to supply a control signal to the shutter drive motor to stop the shutter if the detection section has detected that the lens section is detached.
Abstract:
An image pickup apparatus includes a pixel unit divided into at least two regions which generates pixel signals, driving controllers which controls reading of the pixel signals from the regions, a storage unit storing pixel signals for one screen, a timing controller controlling a timing when the pixel signals are read from the storage unit based on a setting value of an input frame rate, and a timing generator which generates a driving signal for performing the reading processes of the pixel signals the regions in parallel in terms of time when the frame rate is larger than a predetermined threshold value and generates a driving signal for performing the reading processes of the pixel signals from the regions in series in terms of time when the frame rate is not larger than the predetermined threshold value, and which supplies the generated driving signal to the driving controllers.
Abstract:
Disclosed herein is an imaging device including: an imaging element configured to carry out photoelectric conversion of subject image light incident through a lens and produce a video signal; an imaging element controller configured to control timing of readout of the video signal from the imaging element; a circular disk shutter configured to have a light-blocking part and a passage part, the shutter being driven to rotate by a motor; a shutter position detector configured to detect a rotational position of the shutter; and a shutter controller configured to control a rotational speed of the shutter and cause the imaging element controller to start readout of a video signal from the imaging element when the light-blocking part of the shutter is located in front of the imaging element based on information on the rotational position of the shutter, detected by the shutter position detector.
Abstract:
There is disclosed an image photographing apparatus which makes it possible to electrically perform inversion/non-inversion of positional relation of a captured image according to the kind of an optical lens. The image photographing apparatus of the present invention includes an optical lens for converging an image of an object to be captured, CCDs for receiving the image converged by the optical lens and for converting it into an electric signal, and an image processing portion for electrically performing, on the basis of an inversion/non-inversion control signal, an inversion/non-inversion processing of positional relation which is in the electric signal obtained through conversion at the CCDs and which is at the time when the image was received.