Abstract: An electromagnetic wave visualization device includes an image acquisition unit that captures an image of a target device, a measurement unit that measures an electromagnetic wave intensity of the target device, a controller that sets a measurement range of the measurement unit and generates a composite image in which a measurement result of the measured electromagnetic wave intensity is superimposed on the captured image of the target device acquired by the image acquisition unit, and an output unit that outputs the composite image generated by the controller, in which the controller generates the composite image including the measurement range of the measurement unit and outputs the composite image to the output unit.

Abstract: A system includes one or more processors that are configured to obtain a constraint on movement for a first vehicle system along a route. The constraint is based on movement of a separate second vehicle system that is concurrently traveling along the same route. The processor(s) are configured to determine a speed profile that designates speeds for the first vehicle system according to at least one of distance, location, or time based on the constraint such that the first vehicle system maintains a designated spacing from the second vehicle system along the route.

Abstract: A method for displaying sensor readings in a measurement instrument having an array of display elements initially divides the range of interest of the sensor reading into a plurality of consecutive sub-ranges and determines a scaling function for displaying sensor readings for each sub-range. For each sensor reading, the appropriate sub-range is determined into which the sensor reading falls (where N is the number of this sub-range). The scaling function for the Nth sub-range is applied to display the sensor reading using N consecutive display elements. Optionally, the system may include a visual or audible indicator for the use when the display rolls from one sub-range to another. The display may also include feature indicating the peak sensor reading encountered.

Abstract: There is provided a method for deciding a duty factor in driving a light-emitting device and a driving method using the duty factor that enable restraint of deterioration of light-emitting elements and improvement in reliability. In a method for deciding a duty factor of a light-emitting device that performs display based on an analog video signal, with respect to a characteristic obtained by multiplying the characteristic of luminance after X hours in relation to the current density and the characteristic of luminance after X hours in relation to the duty factor when the total quantity of electricity flowing through light-emitting elements in one frame period is defined at a specific value, a range of duty factor that enables realization of luminance approximately exceeding a value that is 0.8 times a maximum value is regarded as an optimum range of duty factor.

Abstract: The claimed subject matter relates to an architecture that can support a declarative model-based approach to designing, constructing, and rendering visualizations. By complying with a declarative descriptor, components can be readily customized by way of modifications to the model—declaratively specifying suitable features, behaviors, appearances and so forth. The descriptors that conform to the model can also facilitate connecting to various data sources and performing data transformation operations. Moreover, the descriptors that conform to the model can declaratively specify relationships based upon a scene layout. Accordingly, the architecture can further describe the scene layout and provide features based upon the layout.

Abstract: A method, network server, communication device and system of preparing a pictorial representation of information. The system comprises a server for providing information and generating the pictorial representation, a wireless network for communicating said server over the air waves, and wireless terminals of said wireless network for receiving the information and making mark-ups or indications to the information from which the pictorial representation is created.

Abstract: A display capable of reducing an electric effect of a color filter on a pixel circuit, and thereby suppressing degradation in display quality is provided. The display includes a pixel drive substrate having a color filter, a display function layer provided on the pixel drive substrate, a first electrode and a second electrode to supply a drive voltage to the display function layer, and a third electrode disposed to face the color filter.

Abstract: Provided is a display comprising a first plurality of light-emitting elements forming an annular bar graph, and a numerical display within the annular bar graph. The annular bar graph displays information graphically, and the numerical display simultaneously displays the same information numerically.

Abstract: A device for representing and/or displaying various process and/or controlled variables for selectable application cases on a display unit, with bar graphs being arranged in respective, predetermined surface elements (A, B, C), with each bar graph, respectively each surface element (A, B, C), having a defined form and/or a defined position on the display. A control unit assembles bar graphs, respectively corresponding surface elements (A, B, C), mosaic-like in a display in such a manner that the resulting bar graph display is matched to a selected application case.

Abstract: A measurement indication method and an apparatus to indicate difference between a measured result taken by a medical measurement instrument and a normal digital value according to medical theory. The medical measurement instrument includes at least a measurement element, a power supply, at least one processing unit and the apparatus to implement the measurement indication method. The apparatus includes a plurality of indication lamps capable of emitting light of three or more colors. The number and lighting color of the indication lamps can be changed sequentially according to the difference of the measured digital value and a normal digital value range. Thereby users can easily determine the difference between the measured result and the normal value. And the measured value can be indicated in graphics.

Abstract: A method for generating a pixel-oriented graph provides visual boundaries for representing aggregate information. The present method for generating a pixel-oriented graph includes determining a visual boundary for representing an aggregate of a set of information depicted in the pixel-oriented graph and constructing a set of pixel blocks that represent the information such that the pixel blocks are visually distinguished by the visual boundary. A method according to the present techniques employs a visual weight to classify labels and high weight information is shown and other information is made invisible and hidden in the property of a graph.

Abstract: The present invention is concerned with an audio equipment capable of processing video signals and a method of displaying operation of the acoustic equipment. An input selector switch 1 is supplied with reproduced audio signals from devices connected to a tuner unit 2 and input terminals 3, and supplies a signal to a sound field processing DSP unit 4. A signal processed by the DSP unit 4 is applied through a muting switch 5 to an output terminal 6. An input selector switch 7 is supplied with reproduced video signals from devices connected to input terminals 8, and supplies a signal to a graphic controller (GDC) 9 which generates a video signal to display an image. One of a signal generated by the GDC 9 and an original video signal are selected by a switch 10, and applied to an output terminal 11. The GDC 9 also generates an image simulating a control panel. When a key switch 13 is operated, the display corresponding to the operated key in the simulating image is varied.

Abstract: Complex multidimensional datasets generated by digital imaging spectroscopy can be organized and analyzed by applying software and computer-based methods comprising sorting algorithms. Combinations of these algorithms to images and graphical data, allow pixels or features to be rapidly and efficiently classified into meaningful groups according to defined criteria. Multiple rounds of pixel or feature selection may be performed based on independent sorting criteria. In one embodiment sorting by spectral criteria (e.g., intensity at a given wavelength) is combined with sorting by temporal criteria (e.g., absorbance at a given time) to identify microcolonies of recombinant organisms harboring mutated genes encoding enzymes having desirable kinetic attributes and substrate specificity. Restriction of the set of pixels analyzed in a subsequent sort based on criteria applied in an earlier sort (“sort and lock” analyses) minimize computational and storage resources.

Abstract: A light emitting device including a plurality of pieces of LEDs D01, D02 to D16, one or more driving circuit(s) for supplying the plurality of LEDs D01, D02 to D16 with electrical power, the number of the driving circuit(s) being less than the number of the LEDs D01, D02 to D16, one or more multiplexer(s) being between the plurality of LEDs D01, D02 to D16 and each of the one or more driving circuit(s), a storage member for storing an image data, and a main control unit for letting the plurality of LEDs emit light by outputting a control signal to each of the multiplexer(s) based on the image data, is provided.

Abstract: A vehicle-use liquid crystal display device which is capable of securing high visibility even under a low temperature environment without increasing or enlarging power consumption is provided. A display vehicle speed Ddis is switched according to a hysteresis of ±0.7 kilometer per hour as shown in FIG. 6(b) under a normal or high temperature environment of not less than 45° C. with respect to a change in a vehicle speed shown in FIG. 6(a). Namely, even if the vehicle speed D changes between 51.4 kilometers and 52.6 kilometers, the display vehicle speed Ddis is held at 52 kilometers. The display vehicle speed Ddis is switched according to a hysteresis of ±1.0 kilometer per hour as shown in FIG. 6(c) under a low temperature environment of less than 45° C. Namely, even if the vehicle speed D changes between 51.1 kilometers and 52.9 kilometers, the display vehicle speed Ddis is held at 52 kilometers.

Abstract: A virtual image type meter includes a virtual image display (3) for projecting a first image reflected by a half mirror (10) toward an range of sight (ER), and a real image display (11) positioned at the back side of the half mirror (10) for projecting a second image to be seen through the half mirror (10) toward the range of sight (ER). According to above configuration, the virtual image type meter can display a larger number of useful information. Further, a total display width, which is a sum of the first and the second image widths, can be narrower than that of the meter in which the real image display (11) is positioned in front of the half mirror (10).

Abstract: A display comprising: a) a substrate; b) first transparent conductors; d) second conductors patterned to form segments; e) inter-segment material disposed between said second conductors, electrically conductive and having optical properties similar to said second conductors; f) an imaging layer comprising a light-modulating material disposed between said first and second conductors, electrically switched between two field-stable optical states and having a third as-coated optical state; and g) applying an electrical field to said inter-segment material and said first conductors to write said light-modulating material from the as-coated optical state to a different optical state more closely matching one of the two field-stable optical states.

Abstract: The invention concerns an apparatus for measuring a biological parameter of an individual comprising measuring means, means for storing and/or for computing values of said parameter connected to a display (3) for graphic representation of the measured parameter relative to a representation axis. The invention is characterized in that said display (3) is designed to adjust the measured parameter relative to a reference zone delimited on either side on said axis by a fixed mark combined with at least an adjacent digital indication.

Abstract: A multi-color segmented LED or other light emitting arrangement display includes specially designed segments such that there are two or more rooms within one segment. When one or more LEDs or light emitting arrangements with different colors are placed in each room of a segment, the segment will generate a very special light effect—a multi-colored segment. In one aspect, it is possible to control the height of the wall between rooms such that a mixed color light effect is produced between the adjacent rooms. The multi-color segmented display can be used in a variety of applications.

Abstract: A display apparatus, comprising: signal lines and scanning lines arranged vertically and horizontally; a plurality of display pixel parts connected to the signal lines and scanning lines; and a display control part which applies image data to the plurality of display pixel parts, wherein the display pixel part includes: a plurality of sub-display pixels which performs display in accordance with analog pixel data or digital pixel data applied to the corresponding signal line; and a plurality of one bit memories which store the digital pixel data applied to the corresponding signal line, wherein the display control part changes the order of the analog pixel data applied to the signal lines and the order of the digital pixel data applied to the signal lines to each other.

Abstract: The present invention provides a bar indicator that minimizes the burden placed on the microcontroller. A horizontal bar indicator is generated that requires very little microcontroller firmware overhead, allowing a less powerful microcontroller to be used in the application. The reduced firmware requirement translates into smaller microcontroller firmware ROM requirements, thus enabling a lower cost system to be realized. The bar indicator uses a single byte written to a counter to represent the size of the bar. This byte written to the counter is readily available from the actual parameter value representing the size of the bar without significant additional calculation. The OSD video coming from the OSD logic is overridden with a pixel overwrite when the location of the bar indicator is located. The bar overwrites whatever is located at the position of the bar indicator. The pixel override occurs for a predetermined time.

Abstract: A photoelectric sensor 11 has a level display unit (28). The level display unit (28) is constituted by arranging a plurality of 7-segment indicators (33). The 7-segment indicators (33) are partially constituted of red LED segments (33b) and partially constituted of red/green two-color LED segments (33a). For a digital display, all of the segments are illuminated in red to display numerals. For a graph display, the red/green two-color LED segments are illuminated in green to present a bar graph.

Abstract: An electronic appliance displaying apparatus that, by implementing the following views, makes it possible to identify a wire, a component, or the like that generates an electromagnetic field. At first, the displaying apparatus derives electric-current distribution, electric-voltage distribution, electric-power distribution, and impedance distribution from magnetic-field distribution or electric-field distribution existing in vicinities of an electronic appliance, i.e., a target to be measured. Next, the displaying apparatus superposition-displays at least one of the above-described distributions on an image of the electronic appliance, CAD data thereon, layout data thereon, or circuit diagram thereof. Otherwise, the displaying apparatus displays, on plural views, at least one of the distributions and the latter data.

Abstract: A display unit for a measuring instrument, particularly for a weighing balance (1), has at least one line-shaped pointer element (25, 27) presented as an image on a display screen composed of individually controllable image dots. The image dots are aligned in the customary dot-matrix arrangement along two grid axes. The display controller is programmed so that the line-shaped pointer element, as it sweeps through its display range, maintains a constant slope angle in relation to the grid axes.

Abstract: A transistor Q11 for supplying driving currents Ia to In to EL display elements 11a to 11n is provided in a stabilization voltage supply circuit 33. The transistor Q11 is connected to a current sensing resistor Ras for detecting a collector current of the transistor Q11. When a total current Ix for driving the EL display elements rises to a certain abnormal level, a bias suppressing element Qa is turned on to thereby reduce a base-emitter bias of the transistor 11.

Abstract: An electronic price label which displays relative information, such as employee-directed business information. The electronic price label includes a liquid crystal display and control circuitry. The liquid crystal display includes a first portion for displaying employee-directed business information and a second portion for displaying price information. The first portion includes a plurality of segments arranged linearly as a relative scale for displaying the employee-directed business information. The control circuitry receives the employee-directed business information, determines a number of adjacent segments in the first portion to be activated based upon the employee-directed business information, and activates the number of adjacent segments.

Abstract: In a preferred embodiment, a system of physical measurement and display of a parameter, including: accepting an input signal representative of a value of the parameter, the input signal having an arbitrary shape and amplitude; and displaying the value of the parameter in an arbitrary shape; including the use of analog and digital circuitry and nonvolatile memory.

Abstract: An LED display device has an indicator having a housing. The housing has at least one incident portion which receives light from at least one LED. The incident portion has a reflection surface at its inside surface. LEDs emit light from one side or one longitudinal end of the incident portion. A refraction plate may be provided to direct emission of the incident light for viewing by a user.

Abstract: A sound-volume display unit for use in an audio system has a key for controlling the sound volume, a display device, and a display control device. When the key is not operated, the display control device displays information other than the sound volume on the display device. When the key is operated and when the level of the sound volume corresponding to the key operation is not minimum, the display control device displays the corresponding level of the sound volume on the display device for a predetermined duration. After a lapse of the predetermined duration, the display control device causes the display device to return to the display state used before the level of the sound volume was displayed.

Abstract: The present invention teaches a flat panel display system for illuminating an icon having a shape. The system comprises a first set of illuminators for illuminating the icon with a first color light beam in response to a first signal. The first set comprises a first and second pair of electrodes. Each pair of the first set comprising a top electrode and a bottom electrode, wherein the top and bottom electrodes of the first pair overlapping to form a first overlap region. Moreover, the top and bottom electrodes of the second pair overlapping to form a second overlap region, wherein the first and second overlap regions outline the shape of the icon. Further, a second set of illuminators is incorporated for illuminating the icon with a second color light beam in response to a second signal, such that the second set comprises a third and fourth pair of electrodes.

Abstract: A serial display drive for an electronic system including control circuitry that manipulates a serial clock signal that synchronizes each of a plurality of status bits in a serial data stream. The serial display drive circuitry includes a set of indicating elements for displaying the status information and means for switching the indicating elements. The control circuitry periodically stops the serial clock signal to provide a status update interval for each of the indicating elements and to obviate the need for a register element and strobe signal to hold data for the light-emitting elements. In another embodiment, the control circuitry generates bar graph displays.

Abstract: Method and apparatus for detecting mechanical vibrations and outputting a signal in response thereto. An accelerometer package having integral display and control functions is suitable for mounting upon the machinery to be monitored. Display circuitry provides signals to a bar graph display which may be used to monitor machine conditions over a period of time. Control switches may be set which correspond to elements in the bar graph to provide an alert if vibration signals increase in amplitude over a selected trip point. The circuitry is shock mounted within the accelerometer housing. The method provides for outputting a broadband analog accelerometer signal, integrating this signal to produce a velocity signal, integrating and calibrating the velocity signal before application to a display driver, and selecting a trip point at which a digitally compatible output signal is generated.

Abstract: A monitoring apparatus for a power plant including a plurality of direct current sources, includes a unit for displaying a predetermined number of symbols representing the direct current sources, and a unit for changing a displayed form of a corresponding symbol when at least one physical quantity of the states of the direct current sources changes.

Abstract: This invention relates to the field of process variable measuring and display devices and portable power supplies for process variable display devices. This invention can be used to measure and display any process variable, including pressure, temperature, volume, and flow rate. Specifically, this invention relates to an electronic process variable measuring device electronically coupled to a battery powered process variable display device which displays both a bar graph trend indication of the process variable and a digital display of the process variable. In a preferred embodiment, the process variable display device is totally self-contained, including the battery operated power supply.

Abstract: A display apparatus for a bicycle has a display panel (3). The display panel (3) includes a plurality of rear speed stage display sections (21-28) for displaying a speed stage of a rear derailleur. The rear speed stage display sections are formed of a plurality of sets of display elements. The display panel further includes a plurality of front speed stage display sections (29a-29c) for displaying a speed stage of a front derailleur. Each of the front speed stage display sections includes one set of display elements. An indicating device is provided for controlling one of the display elements in one set, thereby to indicate the speed stages of the front derailleur and rear derailleur.

Abstract: Assembly for the display of data, usually an analog signal, generated over a selected time period which includes analog data input, analog to digital conversion to convert the analog data to a digital signal, analog signal input and converter digital signal output, first data latch having an input to receive data from the converter digital signal output, first latch data output, and a first reset input to receive a first switch signal to transfer data from the first latch data input to the first latch data output, first display driver having input to receive the first latch data signal and provide visual indication of the signal at the first latch data output,second data latch having an second latch input to receive data from the first latch data output, and a reset input to receive a second switch signal to transfer data from the second latch data input to the second latch data output, second display driver having input to receive the second latch data signal and provide visual indication of the signal at th

Abstract: A display control device for a level meter, including a BPF for performing a band-pass filtering of an audio signal to obtain a plurality of frequency components. The BPF obtains an average level of each frequency component of the audio signal. A variable resistor divides a power source voltage. An A/D converter converts the frequency components of the audio signal, the average level and the divided voltage into digital signals. A display controller displays the levels of the frequency components and the average levels thereof on an LCD. The display controller holds a peak value of one of the frequency components or the average levels thereof, and the peak hold time is determined on the basis of the divided voltage. The peak hold time can be freely changed depending on tastes and uses of users.

Abstract: A signal level indicator (204, 304) displays the magnitude of an input signal (421) by illuminating each of a number of five LEDs (314-318, 414-418) for an individual period of time. The number of LEDs to be illuminated and the individual period of time that each is to be illuminated varies with the magnitude of the input signal (421).

Abstract: A vehicular display apparatus having a light transmitting display section activated by means of a high-luminance light source, and a high-luminance, self-glowing light emitting display section. The apparatus selectively operates one of these display sections which is selected by a selector switch, so that the selected display section can be visually perceived from the driver's seat side through a meter glass which has a low light transmittance characteristic, thereby making it possible to select a display form which can be observed by the driver with a high degree of contrast between the display section and the background, and which is suited to his preference.

Abstract: A method and apparatus for displaying a bar image in two colors on a screen of a cathode ray tube are disclosed. The device includes a first memory for storing the information to be displayed, including the first color, and a second memory for storing the screen addresses where the images are to be displayed in a second color. It also includes a microprocessor for selecting information from the first memory to be displayed at specific addresses on the screen. When the address for display is the same as one stored in the second memory, the microprocessor causes information to be displayed in the second color instead of the first color.

Abstract: A bargraph with a single set of light emitting diode (LED) segments creates a display showing a parameter level by the number of segments illuminated and a separate condition by the color of all illuminated segments. For example, an input parameter in a normal data range results in all segments below and at the data level being illuminated in a first color. Satisfaction of a first set point condition by that or another input results in all segments below and at the data level being illuminated, but all illuminated in a second color; and satisfaction of a second set point condition results in all segments below and at the data level being illuminated, but all illuminated in a third color. All of the segments below the data level change color with passage of the set point. The bargraph combines present data value, alarm set points, and indication of set point exceedance in a single bargraph through use of multi-color activated segments.

Abstract: A device for displaying power consumption rates includes a register for storing and displaying the cost of a unit of power, e.g., the cost per kilowatt hour as assessed by the local power company. A first display indicates the cost of power consumed over a first time period (such as an hour) based upon the then-existing instantaneous rate of power use. A second display indicates the cost of power projected to be consumed over a second time period such as a day, assuming that the then-existing instantaneous rate of power usage is maintained. A third display indicates the cost of power projected to be consumed over a third time period such as 30 days while fourth, fifth and sixth displays provide the instantaneous rate at which power is being consumed as well as totalized actual costs over two different time periods. A register is equipped with structure for adjustment whereby the cost stored in the register of a unit of power may be changed.

Abstract: A display apparatus for an electronic musical instrument according to the first invention has a display section including multiple indicators provided in association with multiple tone parts, each indicator having multiple LEDs, a register section for reading out lighting time information from a memory which has lighting time information of the LEDs stored, and a counter section for performing a countdown operation in a predetermined time interval with the lighting time information in the register section as an initial value. When generation of a musical tone is instructed, the LEDs of the indicators which are associated with tone parts of the musical tone and whose quantity corresponds to volume information of the musical tone, are lit. When a count value of the counter section reaches zero, one of the LEDs is turned off or on, and the lighting time information in the register section is reset in the counter section to re-start a countdown operation.