Abstract: According to one embodiment, an electronic device includes multiple terminals and a hardware processor. Each of the terminals is connectable to a display device. The hardware processor is configured to detect, if a first display device is connected to one of the terminals, a connection of a second display device to another of the terminals, and inform a user of the connection of the second display device.

Abstract: According to one embodiment, an electronic device includes a display controller. The display controller performs a process for displaying a first image on a second display, the first image obtained by scaling a first window to a resolution of the second display, the first window selected from at least one window displayed on a first display and/or the second display.

Abstract: Disclosed herein is an electronic apparatus that can use not only an LCD monitor provided as a standard component, but also a DVI monitor. The apparatus incorporates a BIOS. The BIOS acquires display parameters from the DVI monitor if the DVI monitor is connected to the apparatus and causes the DVI monitor to function as display device of the apparatus.

Abstract: A flexural-mode tuning-fork type quartz crystal resonator includes a proximal portion, a pair of vibrating arm portions, and a plurality of first concave portions. The vibrating arm portions project in a direction from the proximal portion. The first concave portions are formed into groove shapes in the upper and lower principal surfaces of the proximal portion, and extend in the widthwise direction perpendicular to the longitudinal direction of the pair of vibrating arm portions. The first concave portions formed in the upper principal surface of the proximal portion and those formed in the lower principal surface of the proximal portion are arranged at a predetermined interval not to face each other.

Abstract: Disclosed herein is an electronic apparatus that can use not only an LCD monitor provided as a standard component, but also a DVI monitor. The apparatus incorporates a BIOS. The BIOS acquires display parameters from the DVI monitor if the DVI monitor is connected to the apparatus and causes the DVI monitor to function as display device of the apparatus.

Abstract: Disclosed herein is an electronic apparatus that can use not only an LCD monitor provided as a standard component, but also a DVI monitor. The apparatus incorporates a BIOS. The BIOS acquires display parameters from the DVI monitor if the DVI monitor is connected to the apparatus and causes the DVI monitor to function as display device of the apparatus.

Abstract: A flexural-mode tuning-fork type quartz crystal resonator includes a proximal portion, a pair of vibrating arm portions, and a plurality of first concave portions. The vibrating arm portions project in a direction from the proximal portion. The first concave portions are formed into groove shapes in the upper and lower principal surfaces of the proximal portion, and extend in the widthwise direction perpendicular to the longitudinal direction of the pair of vibrating arm portions. The first concave portions formed in the upper principal surface of the proximal portion and those formed in the lower principal surface of the proximal portion are arranged at a predetermined interval not to face each other.

Abstract: A tuning fork flexural crystal vibration device includes a base, two vibration arms, grooves, electrodes, and wirings. The base has a flat plate shape. The two vibration arms have flat panel shapes extending from a side surface of the base in the same direction. The grooves are provided for the two vibration arms so as to extend from base-side end portions of the vibration arms along the longitudinal direction of the vibration arms and are depressed in the thickness direction of the vibration arms. The grooves include front-side grooves which open in the front main surfaces of the vibration arms and are provided at least one by one for each vibration arm, and rear-side grooves which open in the rear main surfaces of the vibration arms and are provided at least one by one for each vibration arm. The bottom surface of the front-side groove does not face the bottom surface of the rear-side groove provided in the same vibration arm in which the front-side groove is provided.

Abstract: A tuning fork crystal oscillation plate includes a tuning fork crystal oscillation piece, first and second grooves, first and second groove electrodes, first side surface electrodes, and second side surface electrodes. The first groove electrode is connected to the second side surface electrodes to constitute one terminal. The second groove electrode is connected to the first side surface electrodes to constitute the other terminal. A method of manufacturing a tuning fork crystal oscillation plate is also disclosed.

Abstract: Disclosed herein is an electronic apparatus that can use not only an LCD monitor provided as a standard component, but also a DVI monitor. The apparatus incorporates a BIOS. The BIOS acquires display parameters from the DVI monitor if the DVI monitor is connected to the apparatus and causes the DVI monitor to function as display device of the apparatus.

Abstract: A tuning fork flexural crystal vibration device includes a base, two vibration arms, grooves, electrodes, and wirings. The base has a flat plate shape. The two vibration arms have flat panel shapes extending from a side surface of the base in the same direction. The grooves are provided for the two vibration arms so as to extend from base-side end portions of the vibration arms along the longitudinal direction of the vibration arms and are depressed in the thickness direction of the vibration arms. The grooves include front-side grooves which open in the front main surfaces of the vibration arms and are provided at least one by one for each vibration arm, and rear-side grooves which open in the rear main surfaces of the vibration arms and are provided at least one by one for each vibration arm. The bottom surface of the front-side groove does not face the bottom surface of the rear-side groove provided in the same vibration arm in which the front-side groove is provided.

Abstract: Disclosed herein is an electronic apparatus that can use not only an LCD monitor provided as a standard component, but also a DVI monitor. The apparatus incorporates a BIOS. The BIOS acquires display parameters from the DVI monitor if the DVI monitor is connected to the apparatus and causes the DVI monitor to function as display device of the apparatus.

Abstract: A tuning fork crystal oscillation plate includes a tuning fork crystal oscillation piece, first and second grooves, first and second groove electrodes, first side surface electrodes, and second side surface electrodes. The first groove electrode is connected to the second side surface electrodes to constitute one terminal. The second groove electrode is connected to the first side surface electrodes to constitute the other terminal. A method of manufacturing a tuning fork crystal oscillation plate is also disclosed.

Abstract: According to one embodiment, an information processing apparatus includes an external display connection terminal, a display controller which receives video data from software and generates a digital video signal from the received video data, an interface control circuit which outputs the digital video signal, which is generated by the display controller, to an outside via the external display connection terminal, and a control unit which sets the interface control circuit in an operative state after an operating system, which has a content protection function for protecting the video data against unlawful use, is booted up.

Abstract: According to one embodiment, there is provided an electronic apparatus including: a processor that executes an application program for processing data; and a wireless communication unit that wirelessly transfers data to an external apparatus at a first data transfer rate, while the application program is inactive. The wireless communication unit wirelessly transfers data pursuant to the execution of the application program to the external apparatus at a second data transfer rate that is different from the first data transfer rate, while the application program is active.

Abstract: An information processing apparatus capable of displaying moving-picture image on a display device comprises a display controller which generates an image signal corresponding to a display image to be displayed on the display device, an image processing controller which processes the image signal generated by the display controller to enhance a quality of the display image, means for determining a type of the display device, and a controller configured to set an image quality enhancement parameter at the image processing controller according to the type of the display device determined by the determining means.

Abstract: An information-processing apparatus comprises a graphics controller which generates a video signal, a video processing controller which improves an image quality with respect to the video signal generated by the graphics controller, a detecting unit which detects whether or not a display mode of a display device is a full screen mode, and a control unit which sets a display control mode to a high image quality mode when it is detected that the display mode is the full screen mode, and wherein the video signal from the graphics controller is transmitted to the display device via the video processing controller in the high image quality mode.

Abstract: An information-processing apparatus for displaying a moving image in a full-screen mode on a display device, comprises a graphics controller which generates a first video signal having a first resolution which is smaller than a resolution of the display device, a video processing unit which generates a second video signal by improving an image quality with respect to the first video signal, and a scaling processing unit which generates a third video signal for displaying the moving image in a full-screen mode on the display device by executing a scaling processing for converting a resolution of the second video signal to a second resolution which is greater than the first resolution.

Abstract: Disclosed herein is an electronic apparatus that can use not only an LCD monitor provided as a standard component, but also a DVI monitor. The apparatus incorporates a BIOS. The BIOS acquires display parameters from the DVI monitor if the DVI monitor is connected to the apparatus and causes the DVI monitor to function as display device of the apparatus.

Abstract: In a surface mounting crystal unit comprising a quartz plate, a receptacle-like terminal member holding the quartz plate therein in such a way as to enable it to oscillate, and a lid covering an opening of the terminal member, the quartz plate is prepared in the shape of a rectangular parallelepiped and disposed such that one or both of shorter sides of the quartz plate at its both ends can be fixedly attached to flat surface portions of the terminal member with an electrically conductive adhesive of high plasticity so that the impact of a drop is buffered by the adhesive. A likelihood of any leakage is minimized by airtight bonding of the lid to the opening of the terminal member with an inorganic material such as a solder, and the like. Furthermore, crystal impedance is lowered by producing a vacuum inside the terminal member airtightly bonded by the lid.