mhurhangee/ep-ind-claims huggingface dataset:
A central server (5, 1900) comprising: a database (370, 1940) configured to store library data corresponding to a library to be executed by a plurality of lighting devices (50-1...50-n); a communication unit configured to transmit the library data to a plurality of user's mobile terminals (60-1...60-n); and a processor (310...360, 1970) configured to acquire a seat map of a performance hall constituted by a plurality of seats, each of which corresponds to a respective one of a plurality of pixels,and to generate based on the acquired seat map the library data including direction data which includes information on a color pattern to be expressed by each of the plurality of pixels, wherein each of the plurality of pixels corresponds to a respective one of the plurality of lighting devices for outputting a light pattern corresponding to the color pattern, characterized in that the processor (310...360, 1970) is configured to generate a dot animation that is a combination of frame images extracted from an image and to extract colors of the pixels from the generated dot animation, wherein the processor (310...360, 1970) is configured to convert the extracted colors into colors most similar to the extracted colors among 256 colors, and wherein the processor (310...360, 1970) is configured to determine continuity of the converted colors and to determine whether transition of the continued colors is performed after determining the continuity of the colors. a database (370, 1940) configured to store library data corresponding to a library to be executed by a plurality of lighting devices (50-1...50-n); a communication unit configured to transmit the library data to a plurality of user's mobile terminals (60-1...60-n); and a processor (310...360, 1970) configured to acquire a seat map of a performance hall constituted by a plurality of seats, each of which corresponds to a respective one of a plurality of pixels,and to generate based on the acquired seat map the library data including direction data which includes information on a color pattern to be expressed by each of the plurality of pixels, wherein each of the plurality of pixels corresponds to a respective one of the plurality of lighting devices for outputting a light pattern corresponding to the color pattern, characterized in that the processor (310...360, 1970) is configured to generate a dot animation that is a combination of frame images extracted from an image and to extract colors of the pixels from the generated dot animation, wherein the processor (310...360, 1970) is configured to convert the extracted colors into colors most similar to the extracted colors among 256 colors, and wherein the processor (310...360, 1970) is configured to determine continuity of the converted colors and to determine whether transition of the continued colors is performed after determining the continuity of the colors.
A liquid ejecting device comprising: an ejecting section that comprises a piezoelectric element that is displaced corresponding to a change in potential of a drive signal, a pressure chamber that changes in internal volume corresponding to the displacement of the piezoelectric element, and a nozzle that communicates with the pressure chamber, and can eject a liquid contained in the pressure chamber corresponding to a change in the internal volume of the pressure chamber; and a detection section that can detect residual vibrations produced by the ejecting section after the piezoelectric element has been displaced, the detection section detecting the residual vibrations produced by the ejecting section in either or both of a first period and a second period and in a third period when the drive signal having a drive waveform is supplied to the piezoelectric element, the drive waveform being set to a first potential in the first period, set to a second potential in the second period that follows the first period, and set to a third potential in the third period that follows the second period, the internal volume of the pressure chamber in the second period being smaller than the internal volume of the pressure chamber in the first period, and the internal volume of the pressure chamber in the third period being larger than the internal volume of the pressure chamber in the second period. an ejecting section that comprises a piezoelectric element that is displaced corresponding to a change in potential of a drive signal, a pressure chamber that changes in internal volume corresponding to the displacement of the piezoelectric element, and a nozzle that communicates with the pressure chamber, and can eject a liquid contained in the pressure chamber corresponding to a change in the internal volume of the pressure chamber; and a detection section that can detect residual vibrations produced by the ejecting section after the piezoelectric element has been displaced, the detection section detecting the residual vibrations produced by the ejecting section in either or both of a first period and a second period and in a third period when the drive signal having a drive waveform is supplied to the piezoelectric element, the drive waveform being set to a first potential in the first period, set to a second potential in the second period that follows the first period, and set to a third potential in the third period that follows the second period, the internal volume of the pressure chamber in the second period being smaller than the internal volume of the pressure chamber in the first period, and the internal volume of the pressure chamber in the third period being larger than the internal volume of the pressure chamber in the second period.
A measuring system, comprising: an acoustic sensor positioned near a belt to measure an oscillation or vibration of the belt based at least in part on a trigger threshold and to provide a plurality of randomly taken oscillation or vibration measurement samples, the trigger threshold being a trigger threshold amplitude frequency; and a diagnostic tool coupled the sensor to receive the plurality of the randomly taken measurement samples of the oscillation or vibration of the belt, wherein the diagnostic tool determines a tension of the belt based at least in part on an average of the plurality of randomly taken measurement samples of the oscillation or vibration of the belt and detects background noise, ambient noise, machine noise or other environmental noises that alter the measurement samples, and wherein the diagnostic tool retrieves a belt specification from a database, and the trigger threshold amplitude frequency is automatically determined by the diagnostic tool based on the measured noise; wherein said database includes belt specifications of various belts used in a plurality of vehicles. an acoustic sensor positioned near a belt to measure an oscillation or vibration of the belt based at least in part on a trigger threshold and to provide a plurality of randomly taken oscillation or vibration measurement samples, the trigger threshold being a trigger threshold amplitude frequency; and a diagnostic tool coupled the sensor to receive the plurality of the randomly taken measurement samples of the oscillation or vibration of the belt, wherein the diagnostic tool determines a tension of the belt based at least in part on an average of the plurality of randomly taken measurement samples of the oscillation or vibration of the belt and detects background noise, ambient noise, machine noise or other environmental noises that alter the measurement samples, and wherein the diagnostic tool retrieves a belt specification from a database, and the trigger threshold amplitude frequency is automatically determined by the diagnostic tool based on the measured noise; wherein said database includes belt specifications of various belts used in a plurality of vehicles.
A method of operating a positioning system, the method comprising: determining that a user is pedestrian; estimating a speed of the user; tracking a first signal from one radio transmitter whose position is known; attempting to detect at least one additional signal from the one transmitter, in a search space such that the first signal and the at least one additional signal are consistent with the estimated speed of the user, wherein the search space is such that the magnitude of the difference between the measured frequency of said first signal and the measured frequency of said at least one additional signal is less than the Doppler shift corresponding to twice the estimated speed of the user with one or more of the signals having been reflected off a reflector (52, 54) in the vicinity of the user; tracking the at least one detected additional signal from the one transmitter; providing candidate measurements, derived from the first signal and the one or more detected additional signals, for use when estimating the position and/or velocity of the user. determining that a user is pedestrian; estimating a speed of the user; tracking a first signal from one radio transmitter whose position is known; attempting to detect at least one additional signal from the one transmitter, in a search space such that the first signal and the at least one additional signal are consistent with the estimated speed of the user, wherein the search space is such that the magnitude of the difference between the measured frequency of said first signal and the measured frequency of said at least one additional signal is less than the Doppler shift corresponding to twice the estimated speed of the user with one or more of the signals having been reflected off a reflector (52, 54) in the vicinity of the user; tracking the at least one detected additional signal from the one transmitter; providing candidate measurements, derived from the first signal and the one or more detected additional signals, for use when estimating the position and/or velocity of the user.
A cleaning liquid for cleaning a ship ballast water treatment filter, wherein the cleaning liquid comprises hydrochloric acid with a molar concentration of 3.2-6.4mol/L, hexamethylene tetramine with a mass-to-volume ratio of 1.3-4.0g/L, polyacrylic acid with a mass-to-volume ratio of 13.0-33.5g/L, polyaspartic acid with a mass-to-volume ratio of 3.0-13.5g/L, sodium dodecyl sulfate with a mass-to-volume ratio of 0.6-2.0g/L, and sodium gluconate with a mass-to-volume ratio of 3.0-10.0g/L.
A method of generating a correction plan for correcting a deformed bone comprising the steps of: inputting to a computer system a first image of the deformed bone in a first plane; employing image processing techniques to identify a plurality of anatomical landmarks of the deformed bone in the first image; displaying the first image of the deformed bone on a display device; autonomously generating and graphically overlaying a graphical template of the deformed bone on the first image of the deformed bone on the display device, the graphical template including a plurality of lines, each line connected at each end to a landmark point corresponding to one of the anatomical landmarks; characterized by displaying a model bone on the display device so that the model bone overlies the first image of the deformed bone, the model bone selected from a library of model bones; and deforming the model bone so that the deformed model bone includes a plurality of model bone landmarks that are aligned with the landmark points of the graphical template. inputting to a computer system a first image of the deformed bone in a first plane; employing image processing techniques to identify a plurality of anatomical landmarks of the deformed bone in the first image; displaying the first image of the deformed bone on a display device; autonomously generating and graphically overlaying a graphical template of the deformed bone on the first image of the deformed bone on the display device, the graphical template including a plurality of lines, each line connected at each end to a landmark point corresponding to one of the anatomical landmarks; characterized by displaying a model bone on the display device so that the model bone overlies the first image of the deformed bone, the model bone selected from a library of model bones; and deforming the model bone so that the deformed model bone includes a plurality of model bone landmarks that are aligned with the landmark points of the graphical template.
Anti-theft device for coupling comprising a coupling head mounted on a trailer and having a cavity intended to receive in a coupled position a coupling ball, of a shape complementary with the cavity, mounted on a towing vehicle in order to join said trailer and said vehicle, said anti-theft device comprising: - a first member, called lower, intended to be arranged below said coupling head, and - a second member, called upper, intended to be arranged above said coupling head, said first and second members (11, 12) being joined together by means of clamping means (16, 16', 17, 17') so as to clamp said coupling head and form a case around said coupling head, said anti-theft device characterised in that it comprises locking means comprising a collar able to have at least two positions (P1, P2) of which: - a first position, called unlocked, wherein the cavity is adapted to receive the coupling ball, and - a second position, called locked, wherein the collar is protruding into the cavity. - a first member, called lower, intended to be arranged below said coupling head, and - a second member, called upper, intended to be arranged above said coupling head, - a first position, called unlocked, wherein the cavity is adapted to receive the coupling ball, and - a second position, called locked, wherein the collar is protruding into the cavity.
A nanoparticle which comprises a core including metal and/or semiconductor atoms, wherein the core is covalently linked to a plurality of ligands and the ligands comprise at least one antigen, and at least one peptide adjuvant which activates T-helper cells, and wherein the core of the nanoparticle has a mean diameter between 0.5 and 10nm. at least one antigen, and at least one peptide adjuvant which activates T-helper cells,
A method implemented at a client device, comprising: reading a digital tag associated with a service to be accessed, the digital tag encoding an identifier associated with a service provider that provides the service, and the digital tag further encoding second identification information of one or more candidate identity providers associated with the service provider; decoding the digital tag to obtain the identifier and the second identification information; determining an authentication proxy associated with the service provider; and sending, to the associated authentication proxy, the identifier, the second identification information, and a first request for an authentication of an identity of a user associated with the client device, causing the authentication proxy to select an identity provider associated with the service provider based on the second identification information. reading a digital tag associated with a service to be accessed, the digital tag encoding an identifier associated with a service provider that provides the service, and the digital tag further encoding second identification information of one or more candidate identity providers associated with the service provider; decoding the digital tag to obtain the identifier and the second identification information; determining an authentication proxy associated with the service provider; and sending, to the associated authentication proxy, the identifier, the second identification information, and a first request for an authentication of an identity of a user associated with the client device, causing the authentication proxy to select an identity provider associated with the service provider based on the second identification information.
A radio-frequency ablation catheter having a spiral structure, comprising an elongated catheter body, wherein an electrode support of a spiral shape is disposed at a front end of the catheter body, one or more electrodes are disposed on the electrode support, and a control handle is disposed at a rear end of the catheter body, a shape and a diameter of the spiral shape of the electrode support are changed by pulling or pushing a wall-attachment adjusting wire, wherein a rear section of the wall-attachment adjusting wire is slidably disposed in one lumen in the catheter body; a rear end of the wall-attachment adjusting wire is connected to a control component disposed on the control handle, or a rear end of the wall-attachment adjusting wire penetrates through the control handle and then is connected to a control component on a peripheral device; and a front section of the wall-attachment adjusting wire penetrates out of the electrode support and then is exposed outside the electrode support, characterized in that a front end of the wall-attachment adjusting wire returns to the interior of the electrode support, then returns to the rear end of the catheter body through a lumen in the electrode support and the catheter body, and is fixed on the control handle or is fixed on the control component. a shape and a diameter of the spiral shape of the electrode support are changed by pulling or pushing a wall-attachment adjusting wire, wherein a rear section of the wall-attachment adjusting wire is slidably disposed in one lumen in the catheter body; a rear end of the wall-attachment adjusting wire is connected to a control component disposed on the control handle, or a rear end of the wall-attachment adjusting wire penetrates through the control handle and then is connected to a control component on a peripheral device; and a front section of the wall-attachment adjusting wire penetrates out of the electrode support and then is exposed outside the electrode support, characterized in that a front end of the wall-attachment adjusting wire returns to the interior of the electrode support, then returns to the rear end of the catheter body through a lumen in the electrode support and the catheter body, and is fixed on the control handle or is fixed on the control component.
A tire including a belt and having a circumferential groove portion (10A, 10B, 10C) and a lateral groove portion (41A, 41B, 60) formed in a tread of the tire, the circumferential groove portion (10A, 10B, 10C) formed continuously in a tire circumferential direction (tc), the lateral groove portion (41A, 41B, 60) extending in a tread width direction (tw), wherein a groove area ratio which is a ratio of an area of grooves including the circumferential groove portion (10A, 10B, 10C) and the lateral groove portion (41A, 41B, 60) to a contact patch area of the tire is 25% or less, characterized in that a width SW of the tire and an outer diameter OD of the tire satisfy SW ≤ 175 mm and OD/SW ≥ 3.6, and the tire outer diameter OD, and a tire inner diameter RD satisfy OD/RD ≤ 1.4, where the tire inner diameter RD is a diameter of a portion of the tire in contact with a wheel in a state where the tire is fitted to the wheel.
A process for the preparation of a hydrogenated fat composition, comprising the steps of: i) providing an unsaturated fat composition comprising unsaturated fatty acids and/or unsaturated fatty acid residues, wherein the unsaturated fat composition comprises polychlorodibenzodioxins (PCDDs) including octachlorodibenzodioxin (OCDD); and ii) contacting the unsaturated fat composition with a catalyst and a hydrogen source at a temperature of 140°C or lower to at least partially hydrogenate the unsaturated fat composition. i) providing an unsaturated fat composition comprising unsaturated fatty acids and/or unsaturated fatty acid residues, wherein the unsaturated fat composition comprises polychlorodibenzodioxins (PCDDs) including octachlorodibenzodioxin (OCDD); and ii) contacting the unsaturated fat composition with a catalyst and a hydrogen source at a temperature of 140°C or lower to at least partially hydrogenate the unsaturated fat composition.
An integrated circuit package comprising: a lead frame (298, 398), the lead frame including: a first conductor having a first, inner conductive loop (105, 215, 255, 337, 437) coupled to a receive circuit (130, 335); and a second conductor galvanically isolated from the first conductor, wherein the second conductor includes a second, outer conductive loop (102, 211, 260, 335, 435) coupled to a transmit circuit (110, 367), the second, outer conductive loop proximate to and magnetically coupled to the first, inner conductive loop to provide a communication link (100, 540, 640) between the first and second conductors; and an encapsulation (299, 399), wherein a portion of the lead frame is disposed within the encapsulation, wherein the first, inner conductive loop is disposed within the encapsulation, wherein the second, outer conductive loop is disposed within the encapsulation proximate to and magnetically coupled to the first, inner conductive loop, wherein the receive circuit is in a first integrated circuit die disposed within the encapsulation and completes the first, inner conductive loop, wherein the transmit circuit is included in a second integrated circuit die disposed within the encapsulation and completes the second, outer conductive loop. a lead frame (298, 398), the lead frame including: a first conductor having a first, inner conductive loop (105, 215, 255, 337, 437) coupled to a receive circuit (130, 335); and a second conductor galvanically isolated from the first conductor, wherein the second conductor includes a second, outer conductive loop (102, 211, 260, 335, 435) coupled to a transmit circuit (110, 367), the second, outer conductive loop proximate to and magnetically coupled to the first, inner conductive loop to provide a communication link (100, 540, 640) between the first and second conductors; and a first conductor having a first, inner conductive loop (105, 215, 255, 337, 437) coupled to a receive circuit (130, 335); and a second conductor galvanically isolated from the first conductor, wherein the second conductor includes a second, outer conductive loop (102, 211, 260, 335, 435) coupled to a transmit circuit (110, 367), the second, outer conductive loop proximate to and magnetically coupled to the first, inner conductive loop to provide a communication link (100, 540, 640) between the first and second conductors; and an encapsulation (299, 399), wherein a portion of the lead frame is disposed within the encapsulation, wherein the first, inner conductive loop is disposed within the encapsulation, wherein the second, outer conductive loop is disposed within the encapsulation proximate to and magnetically coupled to the first, inner conductive loop, wherein the receive circuit is in a first integrated circuit die disposed within the encapsulation and completes the first, inner conductive loop, wherein the transmit circuit is included in a second integrated circuit die disposed within the encapsulation and completes the second, outer conductive loop.