90 results about "Infographic" patented technology

A system and method for configuring an integrated information system through a common user interface are provided. A user accesses a graphical user interface and selects client, premises, location, monitoring device, and processing rule information. The graphical user interface transmits the user selection to a processing server, which configures one or more monitoring devices according to the user selections.

In one embodiment, a method for creating one or more infographics, comprising: receiving and storing data associated with an individual or an entity, in a format according to a schema that includes at least two properties associated with the individual or entity; reading at least a portion of the data; determining which of the at least two properties in the schema do not have corresponding read data associated with the individual or entity; based on that determination, selecting an infographic definition from among a plurality of infographic definitions defining the appearance of at least a portion of an infographic; generating one or more infographics based on (i) the at least a portion of the data and (ii) the selected infographic definition; and providing the one or more generated infographics to an output device.

A graphical user display for providing real-time process information to a user for a process that is operable under control of one or more process variables is described. The graphical user display includes one or more graphical devices with each graphical device corresponding to a process variable. At least one graphical device for a corresponding process variable includes a gauge axis and at least one pair of high and low limit elements displayed on the gauge axis is representative of high and low process limit values for the corresponding process variable. A graphical shape displayed along the gauge axis is representative of the current value of the corresponding process variable relative to the process limit values. A computer implemented method for providing the at least one graphical device is also provided.

An improved graphics processing system and method are described for magnifying visual output information for printing, display, or other output. A graphics engine transforms display information so as to magnify one or more components or areas of an output image for display via output hardware such as a screen or printer. Magnification parameters are supplied to the graphics engine by one or more magnification applications. In an embodiment of the invention, the graphics engine performs compositing of magnified and unmagnified content for display. In an alternative embodiment, the graphics engine outputs corresponding scaled image material to the appropriate magnification application for rendering. In a further embodiment, the graphics engine may operate in both modes. The magnified output according to various embodiments of the invention enhances the accessibility of the computer system for visually handicapped or impaired users by providing high quality magnification and increased system and application stability.

The creation and management of a new dynamic object format referred to as an Information Graphic Object (IGO). The IGO enables intuitive capturing, managing and sharing of dynamic content. These objects may be created manually using a conventional mouse, or automatically using an "Automatic Scan Manager (ASM) Engine". The ASM includes an Article Recognition Engine" (ARE(TM)) for capturing actual articles, with multiple formats, from a plurality of content sources simultaneously. These articles are converted into IGO and can be subsequently manipulated, managed and shared with other users. The IGO are dynamic objects that can be sent to other users using the Player 2 Player (PL2PL) capabilities of the system. These capabilities furthermore enable graphic chatting in real time. The IGO can also be stored with their live properties, whereupon extraction of an IGO from an IGO gallery activates the live properties.

A direct manipulation event associated with a chart of an analytics report can be detected. The event can be a user interface input and the chart can be an information graphic. The graphic can be a graphically rendered HTML compliant element and a data set. The report can conform to a JAVASCRIPT OBJECT NOTATION (JSON) format. The analytics report can be presented within a browser. An action can be run responsive to the detecting. The action can be an immediate rendering of the graphic based on the event. When the action executes a request for data not in the data set data from a different data set can be obtained. When the action executes a request for data in the data set, the data from the data set can be automatically retrieved. The analytics data can be immediately rendered as a chart within the canvas element of an HTML document.

A system for performing collaborative tasks which permits collaborators to determine the form of a model of the collaborative work, to modify the model in the course of the collaborative work, and to use the model to access information related to the collaborative work. A graphical user interface permits collaborators to view the model and the information accessible via the model in various ways as well as to modify the model and the information. The information related to the collaborative work includes documents, discussions, email, reminders, and alerts. In a disclosed embodiment of the system, the model is made up of model entities which belong to hierarchies. A model entity may be a member of more than one hierarchy and the different hierarchies are used to provide different views of the model.

A graphic user interface method and apparatus for a navigation system graphically shows parking information which vary depending on conditions such as time ranges or days, etc. The method includes the steps of: examining a location specified by a user for retrieving data associated with the specified location from data storage medium; displaying a screen of parking information graphic interface upon request by the user; and examining whether there is a time-related parking restriction on the specified location and retrieving the time-related parking information if any. The parking information graphic interface illustrates a map image, a time table of a day, a time range indicator on the time table, and a text message regarding the time-related parking restriction, thereby graphically displaying the parking information on the specified location.

A system that includes a graphical user interface that may be used to access information contained in a database is provided. The graphical user interface includes a matrix of icons that correspond to elements in the database. Also hierarchical relationships are used for more compactly displaying multiple matrices associated with different subject categories. Moreover, by minimizing the size of the icons, a sufficient number of icons may be displayed in the matrix so as to establish an overall context of the elements in the database. Various techniques may be employed to highlight individual icons within the matrix while still preserving the overall context. In this manner, additional insight into the nature of the database may be gained. Further, the system can use translucence to allow detailed data to be superimposed on the matrix without impairing the viewing of the matrix's contents.

A method for generating a hypertext markup language (HTML) page in which a style template is selected for a predetermined region of a web page layout. The predetermined region of the web page layout is a horizontal region spanning an entire width of the web page layout. The selected style template can be, for example, a title template, a text template, an audio template, a picture template, a parallel column template or a navigational bar template, and is selected by selecting a graphical icon representing the style of the template. The selected style template includes at least one HTML code defining a style of the style template and can include a space for information that is related to the style of the style template. Information related to the style of the template, such as a title, text, hypertext link information, a pointer to a file containing information that is to be inserted into the selected template, image information, graphical information and / or audio information, is inserted into the space before uploading the finished web page layout to a server. Typically, a plurality of selected style templates are concatenated to generate the finished web page layout. A finished web page layout is then uploaded to the server.

A method of generating clothing recommendations for a potential purchaser uses user-specific information to generate a list of suggested garments for the user and displays a graphical representation of the garments. The user-specific information may include recommendations from one or more friends, fashion experts, or other purchasers, optionally including information based on purchasing history or shopping history of other purchasers. The graphical representation may include a three-dimensional representation. Recommendations may be prioritized based on ranking.

The invention discloses a graphical display method of a substation configuration description (SCD) file of an intelligent substation. The graphical display method of the SCD file of the intelligent substation comprises multiple steps, wherein a step 1 is obtaining the SCD file from an intelligent substation server; a step 2 is describing the obtained SCD file and extracting intelligent electrical device (IED) list information; a step 3 is parsing input information and output information of each IED from the IED list information; and a step 4 is parsing connection relations among the IEDs from the input information and the output information of the IEDs and displaying the connection relations in a hierarchical and graphical mode. According to the graphical display method of the SCD file of the intelligent substation, the SCD file is obtained from a backstage of the intelligent substation, the information in the SCD file is displayed in a graphical mode, a user can obtain needed information rapidly and intuitively, the risk of errors happening in a traditional manual seeking process is eliminated, and the debugging efficiency and the maintenance efficiency of the intelligent are tremendously improved.

A video broadcast of a live event is enhanced by providing graphics in the video in real time to depict the fluid flow around a moving object in the event and to provide other informative graphics regarding aerodynamic forces on the object. A detailed flow field around the object is calculated before the event, on an offline basis, for different speeds of the object and different locations of other nearby objects. The fluid flow data is represented by baseline data and modification factors or adjustments which are based on the speed of the object and the locations of the other objects. During the event, the modification factors are applied to the baseline data to determine fluid flow in real time, as the event is captured on video. In an example implementation, the objects are race cars which transmit their location and / or speed to a processing facility which provides the video.

A process control monitoring system for a process control plant uses graphic trend symbols to assist in detecting and monitoring trends of process variables within the process control plant. A graphic display application within the process control monitoring system may implement and display each graphic trend symbol to graphically indicate or encapsulate current trend and value information of a process variable within the process control plant. The graphic display application may display the graphic trend symbol in a spatially realistic location within a graphical representation of the process control plant while maintaining the hierarchical structure or each hierarchical level of the process plant. The graphic display application may also include a navigation pane and a zoom feature that enable a user to quickly drill down through tend data to obtain more information and to support problem identification and diagnosis tasks.

An imaging unit photographs an image of a periphery of the vehicle. An object detection unit obtains image information related to a brightness or a color of the image and position information on the obtained image from the image and detects object from the image information according to a specific feature of the image. A storing unit prestores a vehicle image and history data, which include the image information associated with the position information. A graphic unit overlaps the vehicle image and an image produced according to the history data and converts the overlapped image to be viewed from a predetermined viewpoint. A peripheral image display region indicates a present periphery of the vehicle. A history display region is adjacent to the peripheral image display region for indicating the converted image and the detected object at a position according to the position information.

A process control monitoring system for a process control plant uses graphic trend symbols to assist in detecting and monitoring trends of process variables within the process control plant. A graphic display application within the process control monitoring system may implement and display each graphic trend symbol to graphically indicate or encapsulate current trend and value information of a process variable within the process control plant. The graphic display application may display the graphic trend symbol in a spatially realistic location within a graphical representation of the process control plant while maintaining the hierarchical structure or each hierarchical level of the process plant. The graphic display application may also include a zoom feature that enables a user to quickly drill down through tend data to obtain more information and to support problem identification and diagnosis tasks.

The present invention relates to guiding in positioning a region of interest of a patient for X-ray image acquisition. In order to improve and facilitate positioning of a patient for X-ray image acquisitions, an X-ray imaging guiding system (10) for positioning a patient for X-ray image acquisitions is provided, comprising an X-ray detector arrangement (12), and adaptable graphical positioning information (14). The graphical positioning information comprises at least a graphical target anatomy representation (16). The graphical target positioning information is provided in spatial relation with the X-ray detector arrangement. The graphical target anatomy representation indicates a target position (18) of a respective anatomy of the patient for a determined X-ray image acquisition. Further, the graphical positioning information is adaptable in accordance with the determined X-ray image acquisition.

The invention provides a method for controlling the cooking information output of a cooking electrical system which can cook according to the menu data. The method comprises a step that a processing module is controlled to send the cooking information of a cooking electrical appliance to a mobile individual digital terminal through a communication interface module; and a step that: the mobile individual digital terminal outputs text description information, graphic schematic information and / or voice prompt information corresponding to the cooking information. The method combines the mobile individual digital terminal which has a strong processing function and network connection capability with the cooking electrical appliance into the cooking electrical system, so the content and functions of the cooking electrical appliance are respectively and continuously enriched and enhanced, meanwhile, the cooking electrical appliance has no excessive requirement on oneself display device, and accordingly, the cooking electrical appliance is prevented from restricting the oneself display device in the structre and cost aspect.

A process control monitoring system for a process control plant uses graphic trend symbols to assist in detecting and monitoring trends of process variables within the process control plant. A graphic display application within the process control monitoring system may implement and display each graphic trend symbol to graphically indicate or encapsulate current trend and value information of a process variable within the process control plant. The graphic display application may display the graphic trend symbol in a spatially realistic location within a graphical representation of the process control plant while maintaining the hierarchical structure or each hierarchical level of the process plant. The graphic display application may also include a navigation pane and a zoom feature that enable a user to quickly drill down through tend data to obtain more information and to support problem identification and diagnosis tasks.

A set of instructions include instructions written In a graphics display language (e.g., SVG) and instructions written in a Web form creation language (e.g., XForms). Graphics are rendered on a display of a device in accordance with the instructions which accord to the graphics display language. Parameters are extracted from the instructions according to the Web form creation language and these parameters are utilized to create native user interface objects. The Web form creation language may be modified to include parameters which indicate the size and position of a user input area such that these parameters will also be used in creating the native user interface objects. The native user interface objects may be used to allow a user to input information via the user controls of the device. A graphic element of the graphic display element may be bound to a submit operation of the Web form creation language to allow submission of information which is input.

A process control monitoring system for a process control plant uses graphic trend symbols to assist in detecting and monitoring trends of process variables within the process control plant. A graphic display application within the process control monitoring system may implement and display each graphic trend symbol to graphically indicate or encapsulate current trend and value information of a process variable within the process control plant. The graphic display application may display the graphic trend symbol in a spatially realistic location within a graphical representation of the process control plant while maintaining the hierarchical structure or each hierarchical level of the process plant. The graphic display application may also include a zoom feature that enables a user to quickly drill down through tend data to obtain more information and to support problem identification and diagnosis tasks.

Systems and methods are provided for updating infographics based on multiple online social networks. A system receives a request from a client to display an information graphic. The system retrieves previously stored information for the information graphic from a database. The system sends the information graphic, based on the previously stored information, to display to the client. The system activates a social media tool to generate updated information for the information graphic by analyzing content from a plurality of online social networks. The system stores the updated information in the database.

A system for simulated communication is described. A simulator module generates simulated communication information. A Graphical User Interface module (“GUI module”) generates graphical data based at least in part on the simulated communication information. The graphical data creates the appearance of an ongoing communication between a reserved agent and a third party user that is not yet occurring. The GUI module sends the graphical data to a display associated with the reserved agent device so that the display depicts a simulated communication.

There is provided a navigation apparatus which displays information concerning facilities or the like which are present in a broad range ahead of a user. An information processing section 4 of a navigation apparatus identifies a facility type to be displayed. Next, a predicted road along which a user is expected to travel is determined, and a reference intersection is selected from among the intersections on the predicted road. The information processing section 4 computes a network of roads beginning from the selected reference intersection, and acquires facility information in the neighborhood thereof. Furthermore, the information processing section 4 generates facility information image data for displaying the acquired facility information on a map.

This disclosure describes systems, methods, and apparatus for visualizing data. In particular, the present disclosure creates infographics for any complex shape. Thus, a user can provide a logo, symbol, photograph, drawing, etc. and this disclosure provides a way to turn the provided image into an infographic—or chart, where a shape or outline of the image is filled proportionally to data. Importantly, the fill level can vary with changing data and is thus not limited to data points known at a time when the infographic is created. Further, while simple shapes such as circles, donuts, and rectangles are fillable with dynamic data using existing scripts, there are so many additional and more complex shapes in existence that scripts cannot be written to account for all of these shapes. The present disclosure enables dynamic filling of shapes that cannot be filled using existing scripts.