42results about How to "Easily represented" patented technology

Provided is a mobile telephone that outputs new search results each time a user either selects a plurality of groups or changes a search condition. Each time new search results are outputted, a displayed size and coordinates of icons corresponding to parties found as the new search results are determined. The new search results are displayed according to the determined coordinates, after moving icons currently on display between a first area and a second area of a display, for example. Using the mobile telephone, the user is able to visually and easily recognize the process of increase / decrease in the number of search results.

In order to represent, as a video, changes in the light-and-shade patterns of an image with a reduced demand for storage capacity and a relatively small amount of preparation, light-and-shade pattern data representing the light-and-shade pattern to be added to an original image and constructed by assigning a palette number to each image region obtained by dividing the original image is prepared. A plurality of palette data constructed by assigning color information having brightness difference to each palette number are generated, the plurality of palette data being different from each other. A plurality of light-and-shade images each based on the light-and-shade pattern data and one of the palette data generated at the palette data generating step are translucently blended, in sequence, into the original image.

A method of analyzing results from an underwater controlled source electromagnetic (CSEM) survey of an area that is thought or known to contain a subterranean hydrocarbon reservoir is described. The method is based on a wavefield extrapolation of narrow-band electromagnetic field data obtained from pairs of source and receiver locations. The data comprise a plurality of discrete frequencies between 0.01 Hz and 60 Hz. The wavefield extrapolation is performed for each of these discrete frequencies to provide distributions of electromagnetic scattering coefficient as a function of position and depth beneath the survey area. These distributions may then be combined to provide a displayable image of electromagnetic scattering coefficient. The method is able to quickly provide a displayable image that is readily interpretable.

Collision probability analysis for spherical objects exhibiting linear relative motion is accomplished by combining covariances and physical object dimensions at the point of closest approach. The resulting covariance ellipsoid and hardbody are projected onto the plane perpendicular to relative velocity by assuming linear relative motion and constant positional uncertainty throughout the brief encounter. Collision potential is determined from the object footprint on the projected, two-dimensional, covariance ellipse. To accommodate nonlinear motion in accordance with the disclosed embodiments, the dimension associated with relative velocity is reintroduced by segmenting the collision tube volume into a plurality of mitered tube sections modeled as bundles of parallelepipeds in Mahalanobis space. Disclosed embodiments compute the probability of each parallelepiped as the combined object passes through the space, and sums. The method is not dependent on a specific motion propagator and is designed to handle any object shape by using pixel files of the object images.

A method is for visually displaying quantitative information in medical imaging data records, in which an image data record and / or one or more additional data records, in which each image element of the image data record has one or more associated values as quantitative information, are obtained from one or more measurement data records after one or more processing steps. The image data record and / or the one or more additional data records is / are used to calculate a significance function which, for each image element in a prescribable image region, represents a degree of similarity between the one or more values associated with the image element and a prescribable value or a prescribable value combination. Further, the significance function is graphically displayed on an image reproduction unit. The present method can be used for visually displaying quantitative information contained in medical imaging data records easily and clearly.

A stock price chart generation and display apparatus is provided to make future predictions, easily represent prediction results in chart form, provide users with information needed to grasp buy / sell timing using the resulting chart, and make predictions without depending on data on price changes and the like. The stock price chart generation and display apparatus includes Masuda stick curve generating and drawing unit which generates and draws short-term, medium-term, and long-term Masuda stick curves related to daily sticks, weekly sticks, or monthly sticks; and Masuda future stick curve generating and drawing unit which generates and draws short-term, medium-term, and long-term Masuda future stick curves related to the daily sticks or weekly sticks, in which the Masuda future stick curve generating and drawing unit includes medium-term Masuda future daily stick curve generating and drawing unit which generates and draws a medium-term Masuda future daily stick string of a predetermined number of days after today.

A method for detecting at least one analyte in at least one sample of a body fluid is disclosed. Therein, at least one test element (124) is used, the at least one test element (124) having at least one test field (162) with at least one test chemistry (154) is used, wherein the test chemistry (154) is adapted to perform at least one optically detectable detection reaction in the presence of the analyte. The method comprises acquiring an image sequence of images of the test field (162) by using at least one image detector (178). Each image comprises a plurality of pixels. The method further comprises detecting at least one characteristic feature of the test field (162) in the images of the image sequence. The method further comprises correcting a relative position change between the image detector (178) and the test field (162) in the image sequence by using the characteristic feature, thereby obtaining a sequence of corrected images.

To make exact future predictions, easily represent prediction results in chart form, provide users with exact information needed to grasp buy / sell timing using the resulting chart, and make predictions without depending on data on price changes and the like.SolutionA stock price chart generation and display apparatus includes Masuda stick curve generating and drawing means which generates and draws short-term, medium-term, and long-term Masuda stick curves related to daily sticks, weekly sticks, or monthly sticks; and Masuda future stick curve generating and drawing means which generates and draws short-term, medium-term, and long-term Masuda future stick curves related to the daily sticks or weekly sticks, in which the Masuda future stick curve generating and drawing means includes medium-term Masuda future daily stick curve generating and drawing means which generates and draws a medium-term Masuda future daily stick string of a predetermined number of days after today.

A method for generating a three-dimensional representation of a ribbon cable in a computer-aided design drawing is disclosed. In one embodiment, a user may create a three-dimensional ribbon cable object with an arbitrary shape and an arbitrary number of fold or twists. A user creates or specifies a ribbon cable template incorporating several attributes and a computer aided design application may be configured to generate a three-dimensional ribbon cable object from the template and displays the representation of the three-dimensional ribbon cable object in the computer-aided design drawing. Further, once generated, the ribbon cable object may be flattened to a two-dimensional surface, identifying the overall length of the ribbon cable and the location of any folds.