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A method of processing a stream of encoded units of data samples includes the step of calculating a sample advantage using timing information embedded in selected ones of the encoded units, the sample advantage representing a time difference in number of samples between the presentation of a reference sample and the availability of the reference sample. A number of phantom samples substantially equal to the number of samples represented by the calculated sample advantage are queued and then output from the queue at a selected rate. Substantially simultaneous with the outputting of the phantom samples from the queue, at least some data samples of at least one encoded unit are decoded and queued behind the phantom samples.

One embodiment of the present invention provides a system that obscures critical information communicated over a network. During operation, the system receives a set of data and produces a file which represents a character in the data with at least one image, thereby avoiding representing the data in plain text and reducing the risk of scraping. The system then communicates the file to a client, thereby allowing the client to present the data using the embedded images.

The present invention relates to the use of optical and terahertz imaging of tissue for measuring characteristics to assist in diagnosis. A light delivery and collection system is used that can aid in the detection of tumor margins, for example. A data processor processes the image data to determine characteristics of a region of tissue.

The present invention is intended for all documents and specifically provides matters-of-interest to users and characteristic information of those matters-of-interest in correspondence to identifiers within the documents and allows related services to be utilized through these documents. An information display system 1 having an input device 11, a display device 10, a memory device 7, an information display software 15 that reads document data, and a CPU 5, wherein the memory device 7 comprises a usable information storage unit 17 that describes multiple matters-of-interest, identifiers which identify one or more matters-of-interest from among the multiple matters-of-interest, characteristic information of each matter-of-interest, and related information of each matter-of-interest, with the association with the identification information of the matters-of-interest; and a program storage unit 14 that stores computer software executed by a CPU 5; the system comprises functions forreceiving from the input unit the selection of an identifier type to be extracted from document data by a system software 16, specifying an identifier pertaining to the selection in the document data read by the information display software 15, requesting the usable information storage unit 17 or the information delivery server system 3 for the characteristic information of a matter-of-interest based on the specified identifier,acquiring the characteristic information of the matter-of-interest based on the specified identifier from the usable information storage unit 17 or the information delivery server system 3, displaying the acquired characteristic information in a display device by embedding the information in the vicinity of the location of the identifier, andutilizing related information of the matter-of-interest via the identifier and characteristic information.

A hydrogen gas generator comprises: an electrolyzer (2) configured to include a housing (20), a first chamber (21), a second chamber (22), a membrane (25), and a pair of electrode plates (23, 24); a tank (6) configured to store water to be electrolyzed (W); an electric power source (3) configured to apply a DC voltage to the pair of electrode plates; a diluter (4) configured to introduce a diluent gas into the first chamber or the second chamber in which the electrode plate to be a cathode is provided, the diluent gas diluting hydrogen gas generated; an electric quantity detector (51) configured to detect an electric quantity given to the electrode plate to be the cathode; a flow rate detector (52) configured to detect a flow rate of the diluent gas from the diluter; a calculator (5) configured to calculate a concentration of the diluted hydrogen gas on the basis of the electric quantity detected by the electric quantity detector and the flow rate detected by the flow rate detector; and an indicator (54) configured to present the concentration of hydrogen gas calculated by the calculator.

A display apparatus includes a display panel, a light source part and a directional light projecting element. The display panel displays a first image during a first subframe and a different second image during a second subframe. The light source part provides light to the display panel. The directional light projecting element is disposed between the display panel and the light source part. The directional light projecting element includes a barrier part and a lens part disposed above the barrier part. The barrier part has a plurality of barriers defined as a plurality of first electrodes and a plurality of second electrodes crossing the first electrodes. The lens part has a plurality of lenses disposed in a first direction and a second direction crossing the first direction. Each of the lenses corresponds to a subset of plural lenses among the plurality of the barriers.

On a touch-panel display of an image forming apparatus, a function selecting area and a preview area are displayed next to each other. On the function selecting area, a function setting menu is displayed in one display mode among an icon mode in which only a group of icons are displayed, a regular mode in which a group of icons and a group of texts are displayed, and an express mode in which a group of icons, a group of texts and a group of function setting buttons are displayed. In the icon mode, detailed preview information is displayed on a large preview area, and in the express mode, detailed function selecting information is displayed on a large function selecting area.

A color display apparatus includes a plurality of color elements, each color element including an electro-optical element in which retardation varies in accordance with a voltage applied to the electro-optical element and a color filter provided on the electro-optical element. The color elements include two or more first color elements in which the color filters transmit light of two of three primary colors, each first color element receiving a voltage that continuously varies the retardation of the electro-optical element in a range in which brightness of the first color element varies and a range which starts from the retardation corresponding to the maximum brightness and in which hue of the first color element varies between the two of the three primary colors. The two or more first color elements function as a unit of color display for the two of the three primary colors.

An air blast applicator for applying adhesive-backed labels (2) includes a peel knife (13) for sequentially partially peeling successive labels from a backing strip (6). A gas stream (28) is directed at each label passing to the peel knife (12) to assist removing it and prevent it reattaching to the backing strip (6). An air amplifier (25) has a tube therein such that a gas flow through the tube causes air to be drawn through the air amplifier (25) inducing the air flow (28) directed at the label (2). A blast (20) of gas applies each label (2).

A system and method for providing real-time data to a Rich Internet Application is disclosed. The graphical and networking features of RIA frameworks in conjunction with at least one real-time data server provides low-latency, real-time data applications in a web browser. In one embodiment, data is produced at a data source, propagated to a server, and collected at the server. A persistent connection is created from a RIA to the server, and the RIA is subscribed to the data, wherein the subscribed data comprises at least some of the data collected at the server, and wherein the server propagates the subscribed data to the RIA through the persistent connection as the data is collected at the server.

A condition on the attribute of an image for generating multi-frame image data containing a plurality of frames of images per file from image data is stored beforehand. When image data is received, multi-frame image data is generated from the received image data based on incidental information contained in the image data and the condition stored beforehand. Then, the generated multi-frame image data is archived. When a request for an image is made by a certain terminal, an application functioning on the terminal is identified, and multi-frame image data appropriate for the application is sent from among the generated multi-frame image data.

A method and apparatus for conducting a visual acuity test are provided. The method includes displaying a visual acuity test on a display device (20) that is initiated by a controller (16) such as a handheld keypad controller (16), which is operatively associated with the computer-processing unit (12). The patient's eye is fixated using an eye fixation assessment on a display device during portions of the visual acuity test and is initiated by a controller such as a foot pedal controller (14), which is operatively associated with the CPU. Contrast sensitivity can also be evaluated on the display device by selectively altering the contrast of an image and background on the display device (20).