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Control device for modifying images on smartphone display Invention relates to computer engineering and specifically to a control device for modifying images on the display of a smartphone. The control device for modifying images on the display of a smartphone is provided with a monitor that is installed with a resident screen device driver. The resident screen device driver comprises a real-time operating system which controls a TCP/IP communication protocol, a USB-Host communication protocol, a network and display server, a mobile telephone driver and processes data transmitted via a link and a Bluetooth-Host communication protocol. Said mobile telephone drive and processing of data transmitted via a link provide synchronous transmission of instructions to the mobile telephone via a peripheral input device to said monitor. The mobile telephone has a resident mobile telephone driver installed in the mobile telephone casing. The resident mobile telephone driver comprises a resident operation detection service, a remote human-machine interface, a remote disc, a screen resolution control device, a remote operation event handler and a virtual display driver. |
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Method and apparatus for determining active input area Invention relates to facilitating interaction of mobile devices with a remote environment or remote clients. The method of determining an active input area comprises acquiring frame buffer data defining an image area that has been refreshed; detecting a cursor indicating the active input area within the frame buffer data, wherein detecting the cursor includes determining that dimensions of the image area match dimensions of a previously acquired image area associated with a successful cursor detection; and transmitting coordinates and dimensions of the image area to a remote environment. |
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Method of controlling device using eye gestures in response to stimuli User indicates control positions and creates conditions for the onset of stimuli thereon at a different time. To issue instructions, the user focuses on the control position, waits for the stimulus and, upon seeing the stimulus, makes an eye gesture. User eye movement is detected and analysed and the eye gesture is detected and analysed. At the beginning of the eye gesture, a stimulus in response to which it was issued and the corresponding position are determined, and an instruction associated with said combination of eye gesture and control position is issued to a control device. |
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Information processing device and information processing method Invention relates to information processing technology. A display device displays a standard image where a link (S18) is shown. When a user handles an input device, the observation point enters a first boundary of the link (DA S20) in the absence of information on the need to resume playback (DA S22); a first data frame of a moving image displayed on the display device is read out. In the presence of information on resuming playback (DA S22), said information (S24) is read out and the display device displays a frame when resuming playback. If the observation point enters a second boundary of the link (DA S28), the process of creating and displaying a moving image (S30) is initiated. When the observation point exits the second boundary of the link (DA S32), an image frame is displayed when playback of the moving image stops, and the point of resuming playback (S34, S36) is stored. Exit of the observation point from the first boundary of the link (DA S38) leads to display of a standard image (S40), displayed at step S18. |
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Invention relates to computer engineering and specifically to a screen display for computing devices which control production processes of complex installations. The installation for extracting coal from the bottom of a mine includes devices for extracting coal from the bottom of a mine, which include a winning machine, a plurality of support units mounted along the bottom and a support control device. The support control device includes a ground-based control device, a computing device for the installation, control devices for the support units, a screen display for rendering instructions, functions, operating conditions, positions and/or functional conditions of the installation. The screen display comprises multiple independent and separate partial screen displays, each associated with a terminal control device which is independent of other control devices of partial screen displays. |
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Display control apparatus and method and computer programme product Invention relates to a display control apparatus, a display control method and a computer programme product and particularly to a display control apparatus, a method and a computer programme product suitable for use when controlling display in a display apparatus, which can be controlled by approaching said display apparatus. A graphical user interface control apparatus comprises a controller configured to cause display of an associated element, associated with the displayed element, on the display in response to reception of an indication to detect proximity of an object to the displayed element, wherein the displayed element is displayed on the periphery of the display, and configured to change the type of displaying a portion of the associated element situated near the object or in contact with the object as the object moves on the associated element. |
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Image capturing device and control method thereof Invention relates to computer engineering and specifically an image capturing device. The image capturing device has an image capturing means, a photographic preparation means for adjusting the predetermined photographic setting of photographing using the image capturing means, a photographic processing means for improving photographing using the image capturing means based on the photographic setting, a detection processing means, a control means for controlling the photographic preparation means. The method realises control of said device. |
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Image construction device, designed to superimpose a superposition image onto the colour region of colour background projection of a base image and to output the superposition image as the constructed image. The image construction device includes a storage module designed to store the position and size of the region to which the superposition image is mapped. The device also includes a module for changing the position and size of the image, which is designed to change the position and size of the superposition image according to information obtained from the storage module. Furthermore, the device includes a module for making a decision on the presence or absence of said base image. |
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Transmitting stereoscopic image data through display device interface Invention relates to transmission of image data for displaying stereoscopic images. Disclosed is a digital display device interface which transmits stereoscopic image data from a first audiovisual device to a second audiovisual device. Stereoscopic image data components are merged and inserted into an element carrying image data, wherein overhead information is used to identify or decode stereoscopic image data and is transmitted in elements carrying auxiliary data. Elements carrying auxiliary data are transmitted in retrace blanking periods of horizontal or vertical scanning and can contain isolated high definition multimedia interface (HDMI) data packets. Stereoscopic image data can also be sent through an auxiliary data transmission channel. The auxiliary data transmission channel may form part of the same cable used to support the main channel of the interface of the display device, a separate cable or a wireless link. |
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Device for organisation of 3d user interface Invention relates to equipment of optic-electronic measurement systems and devices of information input into calculation devices and systems. The device comprises optically coupled first and second emitters, "surface of shadow location", a television camera and a calculation device, besides, the emitters generate light beams with different spectral maxima γ1 and γ2, and the television camera has appropriate separate spectral channels for reception of these emissions, at the same time coordinates of half-shadows generated from a finger of a man operator located on the way of these light beams, are input into the calculation device, which by their values calculates its spatial position. |
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Imaging device and method of its control Proposed device comprises the following components: display panel first module designed to imaging in user direction. Display panel second module designed to imaging in subject direction. Imaging processing module is designed for photoelectric conversion of light incident on subject side to generate the signal of taken image. Record processing module designed to process recording of taken image signal on record carrier. Control module to control display panel first and second modules for each of multiple operation period types varying in operation of imaging processing module or record processing module, and control over imaging wherein display panel first and second modules can have different content of images in time, at least, during one period of operation. |
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Method and system for image viewing on display device Disclosed are a method and a system to comfortably view an image on a display device with an effect of scaling randomly selected regions of the image for detailed viewing thereof and deformation of the other regions according to defined rules. The method of viewing an image on the display device includes steps of selecting at least one region on the image and detecting rows and columns of the image associated with the background and the foreground. The method also involves the display device displaying an image where selected regions are displayed in a predefined scale, and rows and columns of the other regions of the image are deformed. |
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Multi-touch detection panel with disambiguation of touch coordinates Multi-touch detection system (100) has a touch panel (102), having a first section (104) and a second section (106); a first sensing subsystem (1 10, 112); a second sensing subsystem (122, 124); and a master controller (208) connected to the first sensing subsystem and the second sensing subsystem; for interpreting changes in the sensed coordinate pairs for a first touch of the first section and a second touch of the second section between a first period of time T1 and a second period of time T2 as a multi-touch single gesture for inputting rotation commands into the display controller (206). |
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Transmission of variable visual content Invention relates to transmission of variable video content in a terminal server session. The technical result is achieved due to that a technique is disclosed for rendering variable visual content which includes video, animation etc, in mapping mode. The variable visual content included in the visual rendering can be identified among other visual elements included in the visual rendering. The variable visual content can be controlled based on available resources that are associated with rendering of the variable visual content in mapping mode for the client. |
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Touch panel and method for production thereof Invention relates to a touch panel and a method for production thereof. The touch panel has a pair of transparent substrates arranged opposite each other and at a distance from each other; connection leads on opposite surfaces of the pair of transparent substrates; an interconnection substrate between the pair of transparent substrates, having one surface which is electrically connected to the connection leads, and another surface lying at a distance from one of the transparent substrates, opposite the other transparent substrate; an interconnection printed-circuit board includes a basic film, having first and second surfaces, wherein the first surface is provided with the lead of a first upper electrode and a lead of a second upper electrode, and the second surface is provided with a lead of a first lower electrode and a lead of a second lower electrode, wherein the lead of the first upper electrode and the lead of the second upper electrode are electrically connected to the first and second upper connection leads through first anisotropic electroconductive films, respectively, and the lead of the first lower electrode and the lead of the second lower electrode are electrically connected to the first and second lower connection leads through second anisotropic electroconductive films, respectively; and an insulating layer which fills the gap between the pair of transparent substrates in the region where the interconnection substrate is located, in a state in which the interconnection substrate an the connection leads are connected to each other. |
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Computer implemented method for assisting in colour selection involves associating, depending on a mathematical equation derived from measurements of psycho-physical responses of a certain set of test subjects to a first set of control colours, a colour emotion score with each of a second set of colours that are numerically defined in a colour library; displaying on a visual user interface a combination of at least three colours from the colour library; displaying on the visual user interface the combined colour emotion score for said combination of colours; the combined colour emotion score is calculated using a controller as follows: (a) calculating for each unique colour combination pair of adjacent colours the colour emotion score of a pair of adjacent colours using a first equation depending on the colour emotion score of each colour of the pair of adjacent colours; (b) calculating for each unique colour combination pair of non-adjacent colours the colour emotion score of a pair of non-adjacent colours using a second equation depending on the colour emotion score of each colour of the pair of non-adjacent colours; (c) wherein the combined colour emotion score = 1/n (Σ colour emotion score of the pair of adjacent colours + Σ colour emotion score of the pair of non-adjacent colours), where n is the total number of unique pairs of adjacent and non-adjacent colours of the colour combination. |
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Method to measure threshold voltage of a device based on micromechanical systems, according to which voltage differences are applied to the device, and quantity of the change is measured, which is sent to the device as at least one of the specified voltage differences is applied, on the basis of the measured charge it is determined whether each of the specified voltage differences varies the device condition, and threshold voltage is determined on the basis of the voltage difference, which causes condition variation. The device on the basis of microelectromechanical systems made as capable of transition into activated state under action of the activating voltage, possibility of transition into the disconnected condition under action of the disconnecting voltage and possibility to preserve the existing condition under action of retention voltage, comprising the first and second facilities of activation and disconnection in accordance with voltage, facilities of application of voltage differences into the first and second facilities of activation and disconnection, facilities of indication of charge quantity supplied to the device as at least one voltage difference is applied, facilities for determination on the basis of the measured charge whether condition of the device changes under action of at least one voltage difference and facilities to determine threshold voltage on the basis of voltage difference causing condition variation. |
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Image capturing device and driving method therefor Image capturing device has an operational means for enabling a user to input commands into said device, wherein the operational means is provided on at least two surfaces of the device; a vibration detecting means for detecting vibration acceleration applied to the device; an operation detecting means for detecting vibration applied by the user to carryout a predetermined process from the output of the vibration detecting means; and a control means for confirming invalidity of operation of at least part of the operational means in case of detection of vibration applied by the user. The control means confirms invalidity of the operational means provided on one surface of the device separately from the operational means provided on the other surface of the device. |
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Surface of the television receiver display is ribbed. Said ribs are straight triangular prisms passing from the bottom upwards on the entire height of the display, the lateral faces 1 and 2 of said prisms directed to the left side and the right side at an angle. An image of one television program is broadcast on the left faces 1 of the prisms and a second image is broadcast on the second faces 2. A full size image is formed on each of the composite half-screens, hence viewers located in lateral zones perpendicular to the plane of the faces will only see one video image formed on faces of the prisms facing them. Accompanying sound is transmitted at two separate outputs connected to headphones or extension loudspeakers. Each part of the screen is controlled using its own remote control device without affecting the second part of the display. |
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Display control device and method Clustering unit 611 subjects each frame of content to clustering in any cluster consisting of a plurality of clusters, and a scene classifying unit 612 classifies, with respect to each of a plurality of clusters, a frame belonging to a cluster into a scene that is a group of one or more frames that are continuous on time. The clustering unit 611 includes an attribute value selecting module that selects the attribute value of each frame of content of the reproduction object to perform clustering. A thumbnail creating unit 613 creates the thumbnail of a scene, and a display control unit 614 displays the thumbnail thereof on a display device 603. |
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Electronic portfolio of student as tool for their social profile formation Electronic portfolio of a student is made as capable of continuous replenishment with information received from a training portal, a training social network, an electronic interactive library and an electronic medical office. The electronic portfolio of a student includes six modules made as capable of their continuous replenishment with information received from a training portal, a training social network, an electronic interactive library and an electronic medical office. The electronic portfolio of a student is made as capable of interaction with a training portal, which comprises a teacher's computer, a remote PC of a trainee and a school administrator computer, with an electronic medical office, including a medical officer computer, and also with a training social network and an electronic interactive library, including a server with a database, besides, all the specified computers and the server with the data base are connected to each other by means of Internet or a local network. |
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Helmet device for display of operative information and surroundings with protection against high external exposure comprises a microdisplay module, a protective light filter, a control unit, a source of video information and a source of operative information, besides, the microdisplay module is made in the form of a binocular microdisplay module, a source of video information is made in the form of at least one binocular video camera and a generator of stereomarks, the device additionally comprises a semitransparent mirror, and the protective light filter is made with electrically controlled optical transmission. |
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Electronic device with rotary panels arranged for display and adaptive interface Portable computer device comprises the first panel, comprising a body and a processor arranged in it, the body is made as capable of functioning as a protective cover of the device; the second panel comprising the first display with a sensor screen. Besides, the first panel and the second panel are connected to each other as capable of rotation with the help of a hinged mechanism; and the third panel comprising the second display with the sensor screen; besides, the second panel and the third panel are connected to each other as capable of rotation; the specified first, second and third panels are made with the possibility of device functioning as a workstation, a tablet portable computer and a reader. |
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Electronic book with enhanced properties Method is realised by synchronising a visual segment in a visual file with the beginning of corresponding applications in an audio file in accordance with visual segments, such that if a user switches from a visual mode to an audio mode, the audio mode is not turned on from the middle of the application. The electronic book has a housing; a display; an audio output device; a digital processor; a machine readable tangible data medium, wherein electronic book files are stored on the medium, and the processor receives a user selection to simultaneously play an audio file and a visual file, wherein one of them forms a first file and the other forms a second file; supporting management of a tab of the first file in first files such that if the user jumps ahead in the second file, the first file stores the tab in the same point of the first file which was played when a "jump" signal was obtained in the second file in which a page in the visual file, corresponding to the last spoken word in the audio file, is a page containing the last spoken word or is a page on n pages before the page in the video file containing the last spoken word, where n is an integer. |
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Image display device and driving method Image display device has an image display unit configured to display a still image or a moving image, an image capturing unit configured to capture an image in a direction in which the image display unit displays a still image or a moving image, and a face recognition unit configured to execute a face recognition process during which, through given intervals, the face of the user contained in the image captured by the image capturing unit is recognised, wherein the given intervals vary according to whether the face of the user is contained in the image captured by the image capturing unit, and if the recognised face in its entirety or a part thereof does not change position over a given time interval during the face recognition process, the face recognition unit does not consider the recognised face the face of the user. |
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Electronic book with enhanced properties Electronic book has a housing; an electronic touch screen display; one or more pen holders on the housing; a keyboard cable socket for receiving a keyboard cable connector; a tangible machine-readable data medium in the housing with files for displaying text on the display in a natural format; a processor configured to selectively display on the display a list of headers stored on the medium, command input elements for supporting communication with other electronic books and a keyboard image for providing input into the processor using the display, wherein communication with other electronic books is supported for sharing electronic book files with another electronic book; and a processor configured to select a first electronic book file on the medium in a format other than the natural format, and automatically, without user interference, when the first file is selected by the user, reformat that file to a natural format and then display the first electronic book file. |
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Device for organisation of interface with object of virtual reality Device comprises two optically coupled TV chambers of IR-range, a source of IR-light, a radiation-scattering surface optically connected with them and a space indicator, besides, outputs of TV chambers are connected to an input of a calculating device, and the scattering surface is a screen of a 3D-monitor with appropriate glasses of a user-operator. Besides, there is an interface module that generates video signals for right and left eyes, which represent a 3D-image of a virtual reality object, and changing it depending on coordinates of a space indicator, besides, the input of the interface module is connected to the output of the calculating device and the input of the 3D-monitor. |
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System and method of controlling light Light control system has a light source (4) for illuminating a region (10), a pointing device (6) for projecting location information (11) onto the region (16), and a receiver (5) for detecting location information (11), the system being configured to determine the position of location information (11) on the region (10), and the controller being configured to control illumination of the region (10) depending on said location information (11). |
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Display control device and control method therefor Device displays an image together with an added region without an image during display in the display region of a display means which should be used to display an image having an image format different from the format of the display region. When applying a scrolling operation at the issue of a scrolling display instruction for an image displayed in the display region, the device performs display scrolling in accordance with the scrolling operation. At the same time, the device adjusts the region without an image in order to reduce the width of that region in the scrolling direction during scrolling display as the number of applied scrolling operations increases. |
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Technologies for control of supply energy use Method to control requests for provision of pictures realised in a computer includes the following stages: a request is received for provision of a picture, it is determined, whether a request for provision of a picture includes a request for provision of a picture, which may be displayed. Further the request for provision of a picture is selectively modified in response to a definition that the request for provision of a picture does not include a request for provision of a picture, which may be displayed, and also the request for provision of a picture is displayed. |
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System and method of providing multi-directional visual browsing (versions) In accordance with exemplary versions of the invention, a primary result and an additional result associated with a user of an electronic device are determined. A display screen layout based on attributes associated with the primary result and the additional result is generated. The display screen layout is then rendered and displayed on the electronic device. |
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Organic light-emitting device with controlled injection of charge carriers Invention relates to organic light-emitting devices (OLED) and displays comprising such OLED, which may function similarly to a transistor, and to methods for actuation of such OLED and displays, at the same time the organic light-emitting device comprises at least one organic light-emitting layer (3) as a collector layer arranged between the first electrode (1) and the second electrode (2), and at the same time at least the first electrode (1), however, without limitation, comprises the first emitter layer (1E) and the first basic layer (1B), arranged between the first emitter layer (2E) and the collector layer (3) and the second electrode comprising the second emitter layer (2E) and the second basic layer (2B), arranged between the second emitter layer and the collector layer. In case with a display the first emitting layer (1E) and the first basic layer (1B) are structured, in order to form a matrix of pixels (4) of the first electrodes (1), suitable for actuation separately by means of an operations unit (5), applicable in the mode of direct shift or in the mode of reverse shift, in order to activate/deactivate emission of light with a electric luminescent layer above each pixel. |
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Image processing device, image processing method and program Section for determining image format determines whether the image input from the image input section is in an image format for a flat input image or in an image format for a stereoscopic input image. A section for determining the reproduced format determines the reproduced format of the output image which can be displayed by an image reproducing section. A section for receiving real-time input receives the output format of the output image displayed in the image reproducing section as the assigned reproduction format. A section for determining the output format determines the output format of the output image based on the image format, the reproduced format and the assigned reproduction format. A section for forming the output image forms an output image from the input image based on the output format for its reproduction in the image reproducing section. |
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Disclosed is a display device which is characterised by caching of information, for which there is probability of use for display in the future, in response to the history of user activity with a graph. When scrolling the graph in one direction and the opposite direction, a predetermined portion of the cache memory region is allocated for data in one direction and the opposite direction regardless of the history of activity. The remaining region of the cache memory is additionally allocated for data in one direction and the opposite direction in proportion to the number of activities performed in each direction among several previous activities. |
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Display device includes a display unit, a unit (22) for controlling image display by applying electrode drive signals to electrodes of the display unit, where the voltage levels of said signals vary with a defined cycle, a touchpad unit and a touchpad control unit (21) which obtains a position detection signal by applying a scanning signal to the touchpad unit. The touchpad control unit (21) applies a scanning signal three or more times in a cycle in which voltage levels of electrode drive signals vary and compares the obtained signals, determines position information indicated by two or more position detection signals which indicate the same result as information on the correct position, and outputs information on the defined position as a position signal. The scanning signal is generated synchronously with a counter clock signal obtained by counting a clock signal using a line-synchronising signal as a reference signal. |
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Integrated interface device and method of controlling integrated interface device Provided is an integrated interface device for performing a hierarchical operation for specifying a desired content list. The interface device has a function to display a content list, content specified by the content list, or the like by efficiently using a vacant area in the lower part of the display by displaying icons which display a hierarchical relationship, for example, "display in a row", in the upper part of the screen, thereby freeing a large space in the lower part of the display. |
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Hybrid device for controlling the cursor of a window interface and/or graphic user interface of a personal computer includes a first manipulator which is a computer mouse movable on a plane with a 'classic' assembly of the housing, having a built-in processor, a displacement sensor, keys, a wire or wireless interface for connection to a personal interface, a second manipulator which is a computer mouse with a housing-mouse-stylus assembly, fitted with a displacement sensor and keys, without a processor, an adapter configured to connect the second manipulator to the built-in processor of the computer mouse - first manipulator, which is set in a working position on the adapter, wherein the computer mouse - second manipulator is connected to the adapter through a fibre-optic cable, and the displacement sensor of the computer mouse - first manipulator and the displacement sensor of the computer mouse - second manipulator are selected from a list which includes ball, contact, optical, optical laser sensors. |
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Turbo-scroll mode for rapid data item selection Method of scrolling through elements in a computing environment involves detecting holding down of a directional button; scrolling through a set of items in a direction corresponding to the directional button with a first rate of scrolling; entering the turbo-scrolling mode in response to determination that holding down of the directional button continues for a threshold time, and determining that the set of items includes at least one threshold number of items, stopping scrolling through the set of items in response to detection of release of the directional button; activating direction correction mode for a certain period of time after releasing the directional button, and exiting the turbo-scrolling mode to allow scrolling with the first rate of scrolling both in the direction corresponding to the directional button and in another direction corresponding to another directional button, if scrolling does not resume within a certain period of time. |
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Animated desktop, having a moving image, can be displayed on the display screen of a processing device. Foreground elements can appear on the surface of the animated desktop. Foreground content can be formed on an assembling surface which can be a surface with alpha-channel support, capable of displaying transparent elements. An animated desktop module can form content for part of the background of the animated desktop in the corresponding shared memory which is shared with the linker. The linker can periodically copy the formed content from the shared memory on the assembling surface, wherein the linker can assemble and mix the scene from background and foreground content. The assembled scene can then be displayed as an animated desktop. |
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Colour display method maps an input image signal into an output image signal for a display. The method involves gamma display, extraction of the sought brightness, determining coefficient and adaptation of the displayed brightness. Gamma display maps the input image signal, having input colour pixels defined by the input brightness and input colour index, into a displayed image signal having corresponding displayed pixel colours defined by the displayed brightness and displayed colour index. The input colour pixels lie within the input colour gamma, different from the colour gamma of the display. The sought brightness is extracted by searching stored brightness in a lookup table at the displayed colour index. The coefficient is determined from the difference between the sought brightness and the displayed brightness. The displayed brightness is adapted using the coefficient to obtain output brightness which is closer to the sought brightness than the displayed brightness. The output image signal is defined by the displayed colour index and the output brightness. |
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Device to control content and method to control content Device to control content, comprising a module to control display for control of display on a screen of the first displayed object, areas, in which the first displayed object must be stored, and the second displayed object; a module to receive instructions to receive the first instruction to move the second displayed object on the screen; a module of detection to detect a position, into which the second displayed object is moved; and a control module to control process performance for an element of the content corresponding to the first displayed object, which is stored in the specified area, in accordance with the second displayed object, which moves to the specified area, for performance, when it is identified with the help of the detection module that a position, into which the second displayed object is moved, is not located in the specified area, to control formation of a new area in the position, in which the first displayed object must be stored, and to control displacement of the second displayed object into a new area. |
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Methods and systems for display source light management with histogram processing Disclosed is a method of selecting the display source light illumination level involving the following sequence of actions. Calculating a luminance channel from three-colour-channel image data for an input image. Calculating a compound colour channel from the three-colour-channel image data. Generating a two-dimensional histogram from the luminance channel and the compound colour channel. Converting the two-dimensional histogram to a one-dimensional histogram. Determining a performance factor using the one-dimensional histogram. Selecting the display source light illumination level based on the performance factor. |
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Efficient navigation of search results In response to receiving a search query at least one separate search result is presented in an overlap window, besides, the overlap window is configured to close at least a part of the window for viewing documents. Navigation between the overlap window and the window for viewing documents may be carried out in response to receiving an input of at least one preset command. The content related to the selected separate search result (or a different document identifier) may be presented in a window of document viewing, and substantially at the same time the overlap window may be hidden. Successively, in response to receiving at least one preset command, the overlap window may be repeatedly represented so that it again closes at least a part of the window for viewing documents. |
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To bring separate single-pixel indicators and separate logic pixels into conformity, a control table is used, which determines the order of displaying image data on the screen of a display device. One single-pixel indicator and one logic pixel correspond to an arbitrary element of the control table. An indicator of a defined colour is activated to generate light flux according to data of the same colour selected from the logic pixel. Selection of these data from the logic pixel and activation of that single-pixel indicator are repeated at high speed. The order of arrangement on the image data plane of geometric centres of non-overlapping or partially overlapping groups from the plurality of logic pixels coincides with the order of arrangement on the surface of the screen of the display device of conditional geometric centres of non-overlapping groups from the plurality of single-pixel indicators, which (groups from a plurality of single-pixel indicators) correspond to those groups from the plurality of logic pixels. Each group from the plurality of logic pixels mutually explicitly corresponds to a group from the plurality of single-pixel indicators. To increase brightness of the image displayed on the screen of the display device, that screen contains white-colour single-pixel indicators which are activated to generate light flux according to data calculated based on data contained in logic pixels which correspond to those white-colour single-pixel indicators. |
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Distortion module reduces brightness of a backlight source according to the video signal histogram so that contrast can be a predetermined target contrast. A configuration projecting unit sets the gain according to the brightness level of the backlight source selected by the distortion module. During setup, the gain is attached to the control brightness level of the backlight source preset according to the video parameter value. If the video parameter value satisfies a preset condition, the input video signal is always amplified with the gain, otherwise the input video signal is amplified or not. |
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Display control device, display control method and program Signal processing module 12 performs given signal processing based on input image data. A display control module 13 facilitates display of an image corresponding to input image data meant for display in the display region of the display device 2, having a screen with more pixels than the input image data. The display region is part of the screen and also enables to display an image corresponding to processed image data resulting from given signal processing, meant for display in the display region which is another part of the screen of the display device. |
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Method and apparatus for interacting with user Display system, having a display device and a device for interacting with a user superimposed on the display device, wherein the device for interaction with a user (200, 300) has an optical module (210, 310), having a layer (5) of material which is electrically switched between a first visual state and a second visual state, and an electric switch (6a, 6b) for electric switching of the material between the first and second visual states, wherein the layer contains a scattering layer for scattering part of ambient light (222), a reflecting layer (5a) between the display device and the scattering layer for reflecting part of the scattered ambient light, a detector (6a, 11b) for detecting presence of a physical object and a control unit (290, 390) for controlling the electric switch in response to detection of a physical object. |
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User interface for media data status User interface for media data status indicates section of passed recorded content corresponding to content which is preliminary in time sequence relative to current view position, through the first visual element and section of future recorded content corresponding to content being subsequent in time sequence relative to current view position through the second visual element. The first and the second visual elements are visually distinct by means of representing each of the elements in contrast colour. Adjacent ends of visual elements mate at the border which visually represents current view position within media content. The third visual element in the form of position indicator tracks current view position at the border and provides additional information on playback and other manipulation of media content. |
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Image display device contains both information, which makes up a question relating to the visual surrounding, and option information used as answers to the questions making up information which makes up the question, and additionally contains a plurality of image quality control rules, suitable for the visual surrounding, the assessment of which of which was obtained in accordance with option information used as the answer. When determining power on, the image display device outputs questions; receives the result information which is a version used as the user answer to these questions, and which is used to obtain image quality control rules; and controls image quality in accordance with the image quality control rules obtained in accordance with the obtained result information. |
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Display module and apparatus for mobile communication having the same FIELD: electronics. SUBSTANCE: display assembly has a display module to receive a display signal, containing prescribed information, a main circuitry supporting substrate including a ground, a flexible circuitry supporting substrate module connected to the circuitry supporting substrate to process or transfer data for prescribed information from the circuit board to the display module, the flexible circuitry supporting substrate module having recessed conductive portions, and a conductive member connected to the flexible circuitry supporting substrate module to ground the flexible circuitry supporting substrate and the display module, the conductive member including conductive tape applied to the flexible circuitry supporting substrate module and conductive paste to connect recessed conductive portions of the flexible circuitry supporting substrate module to the conductive tape. The display assembly may be formed in a mobile terminal. EFFECT: mitigation of the internal and external static electricity impact on the display assembly. 12 cl, 8 dwg |
Another patent 2513300.