83results about How to "Increase scan time" patented technology

A computer system includes a security subsystem which is able to trustfully track which files or storage areas of a storage device have been altered since a last virus scan. The trusted information can then be used to accelerate scans for undesirable code or data such as viruses and invalid or corrupt registry entries. In the case of viruses, files or storage areas which have been altered are scanned against a super-set of virus definitions. Unaltered files or storage areas are scanned against a subset of virus definitions.

The present invention provides a system which shortens the scanning time with an ink jet head for forming a pattern of filter elements of a color filter, picture element pixels of an electroluminescence (EL) device, or the like. An apparatus for producing a color filter can include a plurality of filter elements arranged on a substrate. The apparatus can further include a plurality of heads each having a nozzle row having a plurality of nozzles arranged, an ink supply device for supplying a filter element material to the heads, a carriage supporting the heads arranged thereon, a main scanning driving device for moving the carriage by main scanning in the X direction, and a sub-scanning driving device for moving the carriage by sub-scanning in the Y direction. The carriage supports the plurality of heads each of which is inclined at an in-plane inclination angle θ.

A magnetic resonance angiographic method includes acquiring (70) high resolution volume image data comprising data (74) corresponding to a plurality of high resolution image slices, and acquiring (72) data corresponding to at least one vessel identification image slice (76), said acquired data having selectively enhanced contrast for one of arteries and veins. A high resolution volume image representation (80) is reconstructed from the acquired high resolution volume image data (74). At least one vessel identification slice image representation (82) is reconstructed from the acquired data corresponding to at least one vessel identification image slice (76). At least one of an artery starting point (86) and a vein starting point (88) is identified based on the vessel identification slice image representation (82). Preferably, the method further includes defining (124) an initial surface that encloses the at least one starting point (126), and iteratively growing (128) the initial surface (126) until the surface essentially coincides with the boundaries of the vascular system.

An obstacle detector configured to identify negative obstacles in a vehicle's path responsive to steering a laser beam to scan high priority areas in the vehicle's path is provided. The high priority areas can be identified dynamically in response to the terrain, speed, and / or acceleration of the vehicle. In some examples, the high priority areas are identified based on a projected position of the vehicles tires. A scan path for the laser, scan rate, and / or a scan location can be dynamically generated to cover the high priority areas.

The present invention provides a system which shortens the scanning time with an ink jet head for forming a pattern of filter elements of a color filter, picture element pixels of an electroluminescence (EL) device, or the like. An apparatus for producing a color filter can include a plurality of filter elements arranged on a substrate. The apparatus can further include a plurality of heads each having a nozzle row having a plurality of nozzles arranged, an ink supply device for supplying a filter element material to the heads, a carriage supporting the heads arranged thereon, a main scanning driving device for moving the carriage by main scanning in the X direction, and a sub-scanning driving device for moving the carriage by sub-scanning in the Y direction. The carriage supports the plurality of heads each of which is inclined at an in-plane inclination angle θ.

A system, method and computer program product are provided for scanning application program data utilizing a mobile communication device. Included is an application program installed on a mobile communication device capable of communicating via a wireless network. Such application program is adapted for performing tasks utilizing the mobile communication device. Associated therewith is a scanning subsystem in communication with the application program for scanning application data relating to the tasks performed by the application program. In use, the application program communicates information relating to the application data to the scanning subsystem to facilitate the scanning by the scanning subsystem.

This invention relates to pixel array and its display panel and device, wherein, the scan array comprises one first scan line connected to first array pixel and second array pixel; one second scan line connected to third and fourth pixel; several data lines divided into first and second sets; the first set is connected to third set pixel an the second set connected to fourth pixel. This invention reduces pixel array inner scanning usage number through each row of pixel with added data line to ensure the resistance accordance of data line and pixel array.

The invention discloses a liquid crystal display panel and a liquid crystal display device. The liquid crystal display panel comprises a plurality of charging scanning lines, a plurality of discharging scanning lines, a plurality of first data lines, a plurality of second data lines and a plurality of columns of pixel units; the charging scanning lines and the discharging scanning lines are in parallel and arranged in a staggered manner along a first direction; the first data lines and the second data lines are in parallel along a second direction and are crossed with the charging scanning lines and the discharging scanning lines in an insulated manner; and each pixel unit comprises a charging thin film transistor, a discharging thin film transistor and a pixel electrode, wherein when the liquid crystal display panel scans the two adjacent charging scanning lines, the two adjacent discharging scanning lines that are in the different pixel unit lines with the two adjacent scanned charging scanning lines are scanned by the liquid crystal display panel within the same time frame. The liquid crystal display panel disclosed by the invention has the advantages of longer charging time of grid scanning, capability of adapting higher replacement rate operation and having two switchable display modes.

Disclosed is a street sweeper. The street sweeper includes a water tank, a collection hopper delimiting a refuse accommodating space and having a filtering screen, water spraying nozzles connected to the water tank, brushes positioned close to the street, a refuse suction tube placed adjacent to the brushes, and a blower unit for inducing suction force in the refuse suction tube. The street sweeper is adapted for sucking and collecting refuse existing on the street through the refuse suction tube into the collection hopper while water is sprayed from the water spraying nozzles. An opening is defined through a bottom wall of the collection hopper. A water inlet hole to be communicated with the opening is defined through a wall of the water tank. A filter assembly is arranged between the opening of the collection hopper and the water inlet hole of the water tank.

The present invention provides a system which shortens the scanning time with an ink jet head for forming a pattern of filter elements of a color filter, picture element pixels of an electroluminescence (EL) device, or the like. An apparatus for producing a color filter can include a plurality of filter elements arranged on a substrate. The apparatus can further include a plurality of heads each having a nozzle row having a plurality of nozzles arranged, an ink supply device for supplying a filter element material to the heads, a carriage supporting the heads arranged thereon, a main scanning driving device for moving the carriage by main scanning in the X direction, and a sub-scanning driving device for moving the carriage by sub-scanning in the Y direction. The carriage supports the plurality of heads each of which is inclined at an in-plane inclination angle θ.

The embodiment of the invention discloses a driving method of a display panel, a driving device of the display panel and a display device. The driving method of the display panel comprises the steps of dividing a frame into n sub-frames, and dividing the display period of the frame into m sub-display periods; dividing the display panel into a plurality of subspaces; wherein the subspace number isgreater than the row number of the display panel; obtaining a sub-display period of each data bit in each sub-space of the display panel in a display period of one frame based on the weight of the data bit so as to obtain a corresponding relationship among time, a sub-space number, a row number and each data bit; obtaining a scanning sequence according to the corresponding relation and providing ascanning signal for the display panel according to the scanning sequence; and performing data recombination on each row of data, and providing a data signal to the display panel according to the recombined data to drive the display panel to display. Through the technical scheme of the invention, the scanning time of each data bit is increased while the data driving of the display panel is realized.

The invention provides a multisource frequency spectrum spectrometer control system for multi-nuclear magnetic resonance. The system comprises a scanning controller, which receives a control instruction, an imaging sequence and configuration parameters sent by a user through a master computer, allocates the configuration parameters to corresponding hardware modules, executes the imaging sequence to generate a hardware trigger signal and controls the hardware modules to work coordinatively according to time sequence requirements; a multi-element radio frequency generator, which is electrically connected with the scanning controller and is used for generating radio frequency pulse signals to stimulate a plurality of imaging objects to resonate; a multi-element gradient generator, which is electrically connected with the scanning controller and is used for obtaining a plurality of gradient waveforms through analysis from the imaging sequence to drive a gradient coil to generate a plurality of gradient magnetic fields for space encoding; and a multi-element radio frequency receiver, which is electrically connected with the scanning controller and is used for enabling the processed magnetic resonance signals to be transmitted to the scanning controller, and then, the scanning controller returns the signals to the master computer for image reconstruction.

A resistive multi-touch device includes a touch panel, a matrix, a scanning circuit, a first multiplexer, a second multiplexer, and a touch controller. The matrix includes m pairs of first electrodes forming m columns and n pairs of second electrodes forming n rows. The scanning circuit detects which column of first electrodes is touched to generate a first selecting signal and which row of second electrodes is touched to generate a second selecting signal according to a predetermined scanning mode. The first multiplexer selects a first signal of the touched first electrode from signals transmitted on the first electrodes according to first selecting signal. The second multiplexer selects a second signal of the touched second electrode from signals transmitted on the second electrodes according to second selecting signal. The touch controller calculates coordinate value of touched point according to first signal and second signal.

A liquid crystal display device capable of reducing power consumption of a gate driving circuit and a method for driving the same are discussed. The liquid crystal display device includes a liquid crystal panel including pixel regions defined by gate lines and data lines, a timing controller for outputting a plurality of data control signals, a plurality of clock pulses and a start pulse, a time-divisional switching unit for time-dividing the plurality of clock pulses and outputting time-divisional clock pulses, a data driving unit for driving the data lines according to the plurality of data control signals, and a gate driving unit including a plurality of stages for sequentially outputting scan pulses according to the start pulse and the plurality of time-divisional clock pulses, wherein the stages receive the time-divisional clock pulses in units of blocks and each of the time-divisional clock pulses supplied to the blocks is different.

The present invention provides a capacitive touch panel having approaching sensing function and a scan method thereof. The capacitive touch panel has a touch operation area, multiple sensing coils, a coil controller, and a touch panel controller. The sensing coils are mounted in the touch operation area at intervals. Each of the sensing coils produces a third axial sensing signal according to changes of a magnetic field of itself. The coil controller is electronically connected to each of the coils and the touch panel controller. Either the coil controller or the touch panel controller determines a position of a sensing object according to the third axial sensing signal, and scans a subarea of the touch operation area corresponding to positions of the coils to determine the position of the sensing object. Therefore, the present invention scans partial traces to determine the position of the sensing object. Namely, the present invention can increase scan frequency in unit time to increase scanning accuracy.

A light source (61) and an image apparatus which can reduce a rainbow effect and a color separation phenomenon in a pixel are provided. A different waveform is provided according to a color of the light source (61) and methods of driving the light source (61) and the image apparatus, respectively. The light source (61) outputs beams of one or two colors from among three primary colors in a corresponding pixel section (43 / 44) of a first scan section (41), in two scan sections (41,42) for generating an entire image composed of a plurality of pixel images, to generate each pixel image and outputs a beam or beams of the remaining color or colors among the three primary colors in a corresponding pixel section (43 / 44) of a second scan section (42). The image apparatus includes a light source (61), an optical modulation device (63) receiving beams from the light source (61) and modulating the received beam into image components, a reflector (64) receiving the image components from the optical modulation device (63) and scanning the received image components onto a screen (68), and a control unit (55) controlling the light source (61) to output beams of one or two colors among three primary colors in a corresponding pixel section (43 / 44) of a first scan section (41) and output a beam or beams of the remaining color or colors among the three primary colors in a corresponding pixel section (43 / 44) of a second scan section (42), wherein the first scan section (41) and the second scan section (42) are for generating an entire image composed of a plurality of pixel images.

The invention provides a target-stratum-frequency-spectrum-based design method of a non-linear scanning signal of a vibroseis. The method comprises: optimizing an exploration area profile, logging, or typical single gun and carrying out a target stratum frequency spectrum analysis, and carrying out fitting to obtain a frequency spectrum curve A(f); according to a frequency and energy requirement of an exploratory area, designing a starting frequency, a scanning length, and a start-stop slope length; solving a time function t(f) corresponding to each sampling frequency; carrying out inverse transformation on the time functions t(f) to obtain time frequency functions f(t); and carrying out integration on the time frequency functions f(t) to calculate an instantaneous phase, thereby calculating a sinusoidal vibroseis scanning signal. According to the invention, with the generated vibroseis scanning signal, objectives of improvement of the energy and signal to noise ratio of the target stratum of the exploratory area can be achieved. Especially for the complicated work area, the scanning signal design can be realized according to the different buried depths of target stratums at different zones of the work area, thereby improving the quality of seismic data excited by the vibroseis.

The invention discloses a three-dimensional rapid scanning and matching identification and three-dimensional scanning system, which comprises a data acquisition unit, a cloud database, intelligent software, a computer and a scanner. The computer and the scanner are in electric signal connection with each other. A power supply interface is used for enabling the three-dimensional digital imaging formed by peripheral positions and a light source through projecting a rotating platform at the uniformly distributed peripheral positions of a to- be-measured based on the power supply of the computer and the scanner. The power supply interface is connected with a distance measuring equipment through the scanner to calibrate the projected distance and obtain a calibration parameter. The data acquisition unit and the real-time cloud database comprise an identification module and the scanner. the identification module is used for matching the model of an input unit, and calling a most optimized scheme and a self-learning system. In this way, a visual model and a target computer aided design (CAD) model can be matched, fitted and optimized. The manual repair and adjustment can be avoided. As afinal output of the scanning system, a CAD model after being subjected to matching and optimizing treatment can be directly outputted. Moreover, an entity model which can be edited and modified can also be outputted.

Described is a robust electrocardiogram (ECG) ordering technique of k-space for breath hold contrast enhanced magnetic resonance angiography (CE-MRA) that acquires the central part of k-space in a motion-free portion of diastole and fills in from the periphery of k-space at all other times. To make maximal use of the contrast enhancement, data is acquired continuously even when the ECG signal is lost. The ECG signal is monitored in real time. The ECG ordering technique allows a flexible acquisition matrix and is robust against ECG signal imperfections. The ECG ordering technique allows thoracic and pulmonary magnetic resonance angiography with a higher resolution when compared to the conventional gated sequence.

The embodiment of the invention discloses a driving method of a display panel, a driving device of the display panel and a display device. The driving method of the display panel comprises the following steps: setting the initial position of each sub-frame in a corresponding sub-display period based on the weight of a data bit; obtaining a sub-display period of each data bit in each row of the display panel in a display period of one frame based on the weight of the data bit so as to obtain a corresponding relationship among time, a row number and each data bit; obtaining a scanning sequence according to the corresponding relation and providing a scanning signal for the display panel according to the scanning sequence; and performing data recombination on each row of data, and providing adata signal to the display panel according to the recombined data to drive the display panel to display. By means of the technical scheme, data driving of the display panel is achieved, meanwhile, thescanning time of all the data bits is prolonged, the problem that a display image is dark is solved, and the resolution ratio of the display panel can be improved.

A light source and an image apparatus which can reduce a rainbow effect and a color separation phenomenon in a pixel are provided. A different waveform is provided according to a color of the light source and methods of driving the light source and the image apparatus, respectively. The light source outputs beams of one or two colors from among three primary colors in a corresponding pixel section of a first scan section, in two scan sections for generating an entire image composed of a plurality of pixel images, to generate each pixel image and outputs a beam or beams of the remaining color or colors among the three primary colors in a corresponding pixel section of a second scan section. The image apparatus includes a light source, an optical modulation device receiving beams from the light source and modulating the received beam into image components, a reflector receiving the image components from the optical modulation device and scanning the received image components onto a screen, and a control unit controlling the light source to output beams of one or two colors among three primary colors in a corresponding pixel section of a first scan section and output a beam or beams of the remaining color or colors among the three primary colors in a corresponding pixel section of a second scan section, wherein the first scan section and the second scan section are for generating an entire image composed of a plurality of pixel images.

The invention relates to a method of MR imaging of at least a portion of a body (10) of a patient placed in an examination volume of a MR device (1). The method comprises the steps of: —subjecting the portion of the body (10) to a first imaging sequence for acquiring a first signal data set (31, 32) from a central portion of k-space, wherein magnetic resonance is excited by means of RF pulses having a large flip angle (α1); —subjecting the portion of the body (10) to a second imaging sequence for acquiring a second signal data set (33, 34) from the central portion of k-space, wherein magnetic resonance is excited by means of RF pulses having a small flip angle (α2); —subjecting the portion of the body (10) to a third imaging sequence for acquiring a third signal data set (35, 36) at least from a peripheral portion of k-space, wherein magnetic resonance is excited by means of RF pulses having an intermediate flip angle (α3); —reconstructing a first MR image (37) from a combination of the first signal data set (31, 32) and the third signal data set (35, 36) and —reconstructing a second MR image (38) from a combination of the second signal data set (33, 34) and the third signal data set (35, 36).

It is provided a noise reduction method, device and system on the basis of touch detection of a capacitive screen. The noise reduction method includes: sending a first scanning waveform to all receiving terminals by a first sending terminal and then sending a second scanning waveform to all the receiving terminals by a second sending terminal during a detection time period, wherein the phase of the first scanning waveform is continuous with that of the second scanning waveform and the first scanning waveform has a same frequency as that of the second scanning waveform; and filtering a signal received by the receiving terminals after demodulating it. Non-gap scanning can be achieved by performing continuation process to the scanning waveform, i.e. by achieving that the phases are continuous and the frequencies are the same.

The invention discloses an industrial control system detection method and device. The industrial control system detection method comprises the following steps: performing industrial control port scan on the IP of the entire network segment, and confirming a first IP set based on the scanning results, wherein the first IP set is a IP set of a suspected industrial control system; for each IP in the first IP set, performing corresponding protocol analysis based on the industrial control port corresponding to the IP, and screening out a second IP set from the first IP set based on the analysis results, wherein the second IP set is the IP set of the industrial control system; and obtaining the information of the industrial control system corresponding to the IP according to each IP of the second IP set.

Described is a robust electrocardiogram (ECG) ordering technique of k-space for breath hold contrast enhanced magnetic resonance angiography (CE-MRA) that acquires the central part of k-space in a motion-free portion of diastole and fills in from the periphery of k-space at all other times. To make maximal use of the contrast enhancement, data is acquired continuously even when the ECG signal is lost. The ECG signal is monitored in real time. The ECG ordering technique allows a flexible acquisition matrix and is robust against ECG signal imperfections. The ECG ordering technique allows thoracic and pulmonary magnetic resonance angiography with a higher resolution when compared to the conventional gated sequence.

The invention relates to a display device and the control method, and comprises a first scanning line group, a first data line group, a second scanning line group, a second data line group and a driving unit. The first scanning line group comprises an even number of first scanning lines; The first data line group comprises an even number of first data lines, which are separately electrically connected with the first scanning lines; the second scanning line group comprises an even number of second scanning lines; the second data line group comprises an even number of second data lines, which are separately power connected with the second scanning lines; and the driving unit is separately power connected with the first scanning line group, the first data line group, the second scanning line group and the second data line group, and is used for driving the groups. The purpose of the invention is lengthening scanning period of each scanning line of the display device, which makes the invention more practical.

The present invention provides a novel paramagnetic metal-phthalocyanine complexes and pharmaceutically acceptable salts thereof, which are useful as contrast agents for MRI (Magnetic Resonance Imaging), diagnostic X-ray imaging and computed tomography (CT). The present invention also provides contrast agents for imaging, comprising the new paramagnetic metal-phthalocyanine complexes. The new contrast agents of the present invention show high imaging enhancement effects at lower concentration and are safer than the previously reported contrast agents.

The invention provides a spiral scanning method of an OCT imaging device. The OCT imaging device comprises a light source, a light source control module, a galvanometric scanner and a galvanometric scanner control module; during scanning of the galvanometric scanner, the pupil is taken as the scanning center, the linear speed is constant, and after scanning is completed, the galvanometric scannerreturns to the original position. According to the spiral scanning method, a round area can be directly subjected to similar circular scanning in a spiral scanning mode, it is avoided that by adoptingother modes, excess areas are scanned, and the scanning time of a system is shortened; the defect is overcome that during circular scanning, the too centralized sampling phenomenon easily occurs on the central position; meanwhile, by designing and determining a gap between every two spiral scanning paths, oversampling is avoided, and the efficiency and performance of the image collection system are improved.