1132 results about "Display size" patented technology

A personal digital device comprises a variable stiffness screen capable of varying its display size by managing its stiffness, and a body carrying means for wireless communication and for storing and processing information. The functional flexibility of the screen allows for creating an adjustable visual interface between the user and the device: with the screen inside the device for compact storage, and with the screen extended to display high-quality graphics and images. In some particular embodiments the device incorporates a detachable audio unit allowing configuration of the user audio interface depending on the specifics of usage.

Pop-up display information is created and displayed in a dynamic manner even without establishing settings in advance related to pop-up display for an anchor or an icon or the like, and implementing simple and efficient browsing by a user of linked contents by varying the display size in accordance with the display region. Mouse events of a mouse cursor upon a screen of an information device by the user are observed, and the fact that the mouse cursor has entered into a region of an object which has a linked destination is detected from the mouse events; a new window is displayed upon the screen; linked contents which are connected to the object are acquired; contents for presentation are created based upon the linked contents which have been acquired; and they are displayed within the new window which has been displayed upon the screen.

An information processing apparatus includes: a display control section for displaying a window showing a first icon and a second icon of a predetermined display size on a display screen. The display control section reduces the display size of at least either the first icon or the second icon so as not to overlap with each other if it determines that the icons overlap with each other when it alters a display area of the window being displayed on the display screen.

An information device includes a controller for controlling the display position and the display size of a window, a semi-maximization instruction receiving part for receiving instructions for semi-maximizing the window, a semi-maximization region setting part for setting a plurality of display regions in which the window can be semi-maximized, and a display region determination part for determining the display region in which the window is semi-maximized. When the semi-maximization instruction receiving part receives the instructions for semi-maximizing the window, the controller allows the window to be enlarged and displayed in the entire area of the display region determined by the display region determination part from the plurality of display regions.

A slot machine 10 is provided with a display device 30 for displaying an image and display control means for causing the display device 30 to display an image relating to a game. The slot machine 10 is further provided with a subsidiary control board 74 having the display control means packaged therein, and a scale board 76 having control means packaged therein for accepting image signals fed from the display control means, to convert the image signals into enlarged image signals having a larger display size than that displayed by the image signals, thereby to feed the enlarged image signals to the display device 30.

A system and method is described that attempts to increase the presentation of information in dynamic information objects arranged on a graphical user interface (GUI) designed for a specific display size and resolution. When such a GUI application window is displayed on a display size and resolution different from the designed size, the application obtains the projected dimension information for the GUI window to be displayed on the new display and re-sizes the constituent elements to maximize the presentation of information on the dynamic information objects.

The present disclosure is directed toward tracking visual gaze information. Methods and systems of the present disclosure track a visual gaze of a user with respect to a display of a computing device. In particular, one or more embodiments track a visual gaze of a user with respect to content on a display. The methods and systems can use information about the visual gaze of the user for use in improving the presentation of content. For example, the systems and methods can increase a display size or volume of content in response to the visual gaze of the user. Still further, the methods and systems can use the visual gaze information for providing analytics regarding the viewing habits of the user.

In a portable telephone, a sensor constructed of, for example, a 3-axial acceleration sensor is built in the vicinity of a display unit which is provided on a main body of the portable telephone. When a user moves the display unit along a vertical direction (Z-axis direction) with respect to a display screen thereof while the user holds the appliance main body, the sensor senses both a move direction and a move amount of the display unit, and thus, information displayed on the display screen of the display unit is enlarged, or compressed in display magnification defined in response to the sensed move amount. As a result, a display size of the information displayed on the display screen can be changed in such a manner that the user may have such a natural feeling achieved by moving a magnifying glass.

This invention provides a stereoscopic-vision image processing apparatus, a stereoscopic-vision image providing method, and an image display method that are capable of managing specification of display unit on which a stereoscopic-vision image is desired to be displayed as accessory information (assumed display information). The assumed display information includes a type and a display size of the display unit on which a stereoscopic-vision image is desired to be displayed. This allows an appropriate stereoscopic-vision image to be obtained by specifying a type or a display size of the display unit that is desired to be displayed with them being combined with the stereoscopic-vision image and scaling the stereoscopic-vision image up or down, in display of a stereoscopic image, in accordance with the type or the display size of the display unit.

A system for delivering coupons containing barcodes to a mobile device such as a mobile phone is disclosed. A message processor means (106) generates message data comprising a coupon. A message optimizer means (116) generates an optimized message responsive to the message data and the capabilities of the mobile device (124). Preferably the capabilities of the mobile device comprise device attribute associated with a mobile device type, and are stored in a database means (110). The optimized message is transmitted to the mobile device. For basic mobile devices, simple text message including barcode number and associated text will be delivered. Otherwise, subject to the mobile device supporting the required display dimensions and color depth, a barcode image, picture, and/or multimedia content will be delivered.

The present invention provides a technique to improve productivity on a task for redesigning a screen depending on change in a display size of the screen displayed on a display unit. In a computer environment, a display of a screen composed of a container for defining a frame of the screen and a GUI part arranged in this container is controlled as follows. When an event is detected for changing the size of the screen displayed on a display section, the size of the container in this screen is changed according to the detected event. Furthermore, data relating to a GUI part arranged within the container are changed on the basis of transformation assist lines 341 and 342 set on the container. Then the changed size of the container, a position and the size of the GUI part are reflected to update the screen.

During Graphical User Interface (GUI) layout and design, selection of a GUI component causes either the selected component or an ancestor of the selected component to be displayed in a design area. If the selected component is capable of displaying other GUI components within its boundaries, it is the selected component that is displayed in the design area. Otherwise, an ancestor GUI component of the selected component that is capable of displaying other GUI components within its boundaries is displayed in the design area. The displayed component is displayed in a size that is larger than its usual display size, so that component features may more easily be seen and, if desired, manipulated. The larger size may fill the design area. Selection may be effected by a designer or by automatic programmatic selection, e.g., by layout editor software, and may in some cases be a reselection.

A display device system for driving a display having one of a plurality of predetermined sizes provides a scalable instruction picture to instruct an operator in operation of input devices. The system includes a device for accepting an operator input selecting a scaling factor to adjust the size of the instruction picture such that indicators in the instruction picture are arranged at spacings substantially equal to spacing of the input devices. In an embodiment, the size of the instruction picture is only adjusted in a width wise horizontal direction. Furthermore, scaling indicators corresponding to a plurality of predetermined display sizes are optionally provided to permit the user to select a scaling factor corresponding to the display.

A video terminal such as a kiosk or gaming device is set forth which has a continuous curved display configured to provide one or more displays as well as a touch or gesture based player/user interface. The display by be a flexible OLED or LED display. Also disclosed in an embodiment is a mechanism to increase the size of the display for certain applications.

An information processing apparatus which accepts one of a plurality of processes of different types in accordance with an operation instruction issued on a display screen, comprising: an input unit adapted to input the operation instruction issued on the display screen; an extraction unit adapted to extract an object of interest out of objects displayed on the display screen based on a position where the operation instruction has been input on the display screen; an obtaining unit adapted to obtain information indicating a display size of the object of interest extracted by the extraction unit; and a determination unit adapted to determine executable processing out of the processes of different types in accordance with the display size.

A partially collapsing hierarchical display system aids information navigation by providing a dynamic mechanism for labeling items with one or more states. In one embodiment, states comprise “hidden”, “visible” and “unmarked”. An expanded list of items displays all items. A partially expanded list of items displays all visible and unmarked items, removing hidden items from the display. A further collapsed list of items displays all visible items. A completely collapsed list of items hides all items. Users customize the amount of detail displayed in a sub-tree, reducing the display size of the sub-tree. Expansion of a hierarchical structure is combined with filtering, allowing users to partially collapse or partially expand a sub-tree structure. Partially collapsed lists comprise one or more focus points, allowing users to view several relevant sections of a hierarchical structure concurrently. Displayed sizes or other visual characteristics of items within the hierarchical structure are automatically adjusted to reflect the states designated by the user.

The invention discloses an image processing method and electronic equipment; the image processing method is for a display to display an image, and comprises the following steps that the tracking to human eyes is carried out, and observation coordinate of the human eyes on a display interface of the display and a distance between the human eyes and the display interface are acquired; the image which is currently displayed on the display interface is determined, and a target object which corresponds to the observation coordinate is inquired in the image; and image parameters which correspond to the target object are acquired, the display state of the target object in the image is adjusted according to the image parameters which correspond to the target object and the distance between the human eyes and the display interface, wherein the display state includes the display clarity and/or the display size. According to the image processing method and equipment, the truer display of the image can be realized, so that the watching effect of a user is improved.

An apparatus of changing a display size and a method thereof in an image recording and reproducing apparatus are provided. The apparatus includes an MPEG decoder for separating a signal reproduced by an optical disc reproducing device and outputting the separated signal; a scaler for changing the size of the signal output from the MPEG decoder and outputting the signal having the changed size; and a control unit for controlling to display a screen-size selection screen on the display device, driving the scaler to change the reproduced image to have a selected screen size, and controlling to display the changed image on the display device, thereby changing the display size. Thus, the screen size can be adjusted when the image quality is significantly deteriorated on a large-sized screen, thereby solving a problem of image spread or pixel damage.

The invention relates to a map splicing display method based on a plurality of display terminals. The method provided by the invention comprises the following steps of: virtually splicing screens of a plurality of the display terminals; transmitting all display sizes, relative position information and map operation instructions to a splicing module by a plurality of the display terminals; calculating map parameters needed by map display of all the display terminals by the splicing module, and transmitting the map parameters to a map server; generating corresponding map data by the map server according to the map parameters and sending the map data to all the display terminals, so as to assure the synchronous splicing display of the map on a plurality of the display terminals. Therefore, the aim of splicing a plurality of the display terminals with different sizes, different brands and different operation systems is achieved; under the condition of not influencing the display effects of the own screen of each equipment, a display range of the map on a combined screen is enlarged; and furthermore, the same map application can be operated on any one piece of equipment in the combination and results of the operation can keep that all the splicing display terminals can be synchronously displayed.