mhurhangee/ep-ind-claims huggingface dataset:
A user interface embodied on one or more computer-storage media, the user interface for displaying a target element used to adjust a gamma value of a display device, the user interface comprising: an internal target element surrounded by multiple surrounding target elements, said target elements having at least, (a) a bottom static layer having alternating light and dark lines, (b) a gray static layer that overlays at least a portion of the bottom static layer, and (c) a progressive layer that progresses from a fully transparent area (218; 222) to an opaque area (220; 224), and that overlays at least a portion of the gray static layer such that it modulates a transparency of the gray static layer; and a manipulation area to adjust the gamma value of the display device, causing the fully transparent area to be visually perceived as being most similar to the opaque area when the gamma value has been adjusted toward a predetermined optimal gamma value, to appear lighter than the opaque area, when the gamma value is lower than the predetermined optimal gamma value, and to appear darker than the opaque area, when the gamma value is higher than the predetermined optimal gamma value. an internal target element surrounded by multiple surrounding target elements, said target elements having at least, (a) a bottom static layer having alternating light and dark lines, (b) a gray static layer that overlays at least a portion of the bottom static layer, and (c) a progressive layer that progresses from a fully transparent area (218; 222) to an opaque area (220; 224), and that overlays at least a portion of the gray static layer such that it modulates a transparency of the gray static layer; and (a) a bottom static layer having alternating light and dark lines, (b) a gray static layer that overlays at least a portion of the bottom static layer, and (c) a progressive layer that progresses from a fully transparent area (218; 222) to an opaque area (220; 224), and that overlays at least a portion of the gray static layer such that it modulates a transparency of the gray static layer; and a manipulation area to adjust the gamma value of the display device, causing the fully transparent area to be visually perceived as being most similar to the opaque area when the gamma value has been adjusted toward a predetermined optimal gamma value, to appear lighter than the opaque area, when the gamma value is lower than the predetermined optimal gamma value, and to appear darker than the opaque area, when the gamma value is higher than the predetermined optimal gamma value.
A method for determining at least one parameter related to the microcirculation function of a person, said method comprising the steps of a) determining an arrival time of a pulse wave, wherein the AT is the time between the onset of an activity of the heart that produces said pulse wave and the arrival of said pulse wave in microvasculature in a part of the body of said person, wherein a device for acquiring a photoplethysmogram, PPG, is used for measuring arrival of the pulse wave in the part of the body of said person; b) varying, using a pressure device, an applied pressure on said part of the body over time and determining said AT as a function of applied pressure and time, wherein said pressure device is a pressure cuff for compressing an extremity of a person and wherein said pressure cuff surrounds the device for acquiring the PPG; and c) determining said at least one parameter related to the microcirculation function based on said determination of AT and said AT as a function of applied pressure and time in steps a) and b). a) determining an arrival time of a pulse wave, wherein the AT is the time between the onset of an activity of the heart that produces said pulse wave and the arrival of said pulse wave in microvasculature in a part of the body of said person, wherein a device for acquiring a photoplethysmogram, PPG, is used for measuring arrival of the pulse wave in the part of the body of said person; b) varying, using a pressure device, an applied pressure on said part of the body over time and determining said AT as a function of applied pressure and time, wherein said pressure device is a pressure cuff for compressing an extremity of a person and wherein said pressure cuff surrounds the device for acquiring the PPG; and c) determining said at least one parameter related to the microcirculation function based on said determination of AT and said AT as a function of applied pressure and time in steps a) and b).
A mobile communication method by which a mobile station communicates with a radio base station (eNB) by using a primary component carrier and one or a plurality of secondary component carriers having different carrier frequencies, the method comprising: a step of releasing, at the mobile station, all of MeasID related to the secondary component carriers, when a change by inter-frequency handover or inter-frequency re-establishment has occurred in a combination of the primary component carrier and the secondary component carriers. a step of releasing, at the mobile station, all of MeasID related to the secondary component carriers, when a change by inter-frequency handover or inter-frequency re-establishment has occurred in a combination of the primary component carrier and the secondary component carriers.
A Voltage Source Converter, VSC, control system for active damping, AD, of a resonance oscillation in the VSC, the resonance oscillation having a frequency which is above a fundamental frequency but less than two times said fundamental frequency, the control system comprising: a first Phase-Locked Loop, PLL, having a first PLL controller; and a second PLL having a second PLL controller, the second PLL controller having a gain which is lower than the gain of the first PLL controller, wherein the control system is arranged such that an imaginary (q) part of an active damping signal (AD q) is obtainable from the second PLL; and wherein the second PLL is configured for having a closed-loop bandwidth which is less than the frequency, in a synchronous dq frame, of the resonance oscillation to be dampened. a first Phase-Locked Loop, PLL, having a first PLL controller; and a second PLL having a second PLL controller, the second PLL controller having a gain which is lower than the gain of the first PLL controller, wherein the control system is arranged such that an imaginary (q) part of an active damping signal (AD q) is obtainable from the second PLL; and wherein the second PLL is configured for having a closed-loop bandwidth which is less than the frequency, in a synchronous dq frame, of the resonance oscillation to be dampened.
Computer-implemented method for labeling one or more parts of a spine in an image of a human or animal body, said method comprising the following steps: a) matching a model of a spine segment with segments of the spine in the image by - starting matching said model of a spine segment with an initial segment of the spine in the image, wherein said initial segment of the spine in the image being located at an initial position along the spine in the image, and - continuing matching said model of a spine segment with one or more further segments of the spine in the image, wherein said further segments of the spine in the image being located at further positions along the spine in the image, wherein said model of a spine segment relates to anatomical properties of one or more parts of a spine, and b) labeling one or more parts of the spine in the image in response to step a), characterized in that an initial position of an initialization disk of the spine in the image is established by means of a disk profile corresponding to a string ("TTT.LLL.") of region classes to which a set of disk candidates ({θ m}) is mapped by classifying each disk candidate (θ m) to a region class ("C", "T", "L") or region transition uncertainty ("."), wherein the disk profile ("TTT.LLL.") is matched to a full-spine profile ("CCCCCCTTTTTTTTTTTTLLLLL") and multiple initialization disk candidates, which can result from a region transition uncertainty (".") in the disk profile ("TTT.LLL."), are resolved by multiple labeling runs initialized from each disk-pair, where said labeling runs are assessed by Markov Random Field matching qualities. a) matching a model of a spine segment with segments of the spine in the image by - starting matching said model of a spine segment with an initial segment of the spine in the image, wherein said initial segment of the spine in the image being located at an initial position along the spine in the image, and - continuing matching said model of a spine segment with one or more further segments of the spine in the image, wherein said further segments of the spine in the image being located at further positions along the spine in the image, wherein said model of a spine segment relates to anatomical properties of one or more parts of a spine, and - starting matching said model of a spine segment with an initial segment of the spine in the image, wherein said initial segment of the spine in the image being located at an initial position along the spine in the image, and - continuing matching said model of a spine segment with one or more further segments of the spine in the image, wherein said further segments of the spine in the image being located at further positions along the spine in the image, b) labeling one or more parts of the spine in the image in response to step a),
A cleaner, comprising: a motor configured to rotate a collecting fan; a battery configured to provide a first DC voltage; a voltage converter configured to convert an AC voltage received from a power source into a second DC voltage; a voltage selector configured to select one of the first DC voltage and the second DC voltage; and a driver configured to drive the motor using the selected voltage, characterized in that the driver is configured to selectively drop the selected voltage based on a status of the AC voltage and to drive the motor using the selectively dropped voltage, the driver comprises: an inverter configured to generate at least two phase voltage signals to be supplied to the motor using the selected voltage; and a controller configured to control the inverter to selectively drop an average voltage of the at least two phase voltage signals based on the status of the AC voltage. a motor configured to rotate a collecting fan; a battery configured to provide a first DC voltage; a voltage converter configured to convert an AC voltage received from a power source into a second DC voltage; a voltage selector configured to select one of the first DC voltage and the second DC voltage; and a driver configured to drive the motor using the selected voltage, an inverter configured to generate at least two phase voltage signals to be supplied to the motor using the selected voltage; and a controller configured to control the inverter to selectively drop an average voltage of the at least two phase voltage signals based on the status of the AC voltage.
An apparatus adapted to determine a property of a paving-related material, said apparatus comprising: a measuring device for selectively and directly measuring and determining the property of the paving-related material, the property including at least one of a density, a density-related parameter including a modulus of elasticity or a stiffness, and a moisture content, and the paving-related material including at least one of a soil, an aggregate, and an asphalt paving mix; a locating device operably engaged with the measuring device for determining a location of the measuring device when the property of the paving-related material is selectively and directly measured and determined thereby, the locating device being configured to cooperate with the measuring device to produce data comprising the measured property of the paving-related material and the corresponding location of the measuring device when the property is selectively and directly measured and determined thereby; and a computer device capable of communicating with the measuring device and the locating device and configured to receive the data therefrom, the computer device being further adapted to be capable of communicating the data with a computing system remotely disposed with respect to the apparatus, for incorporation of the data into a database housed by the computing system. a measuring device for selectively and directly measuring and determining the property of the paving-related material, the property including at least one of a density, a density-related parameter including a modulus of elasticity or a stiffness, and a moisture content, and the paving-related material including at least one of a soil, an aggregate, and an asphalt paving mix; a locating device operably engaged with the measuring device for determining a location of the measuring device when the property of the paving-related material is selectively and directly measured and determined thereby, the locating device being configured to cooperate with the measuring device to produce data comprising the measured property of the paving-related material and the corresponding location of the measuring device when the property is selectively and directly measured and determined thereby; and a computer device capable of communicating with the measuring device and the locating device and configured to receive the data therefrom, the computer device being further adapted to be capable of communicating the data with a computing system remotely disposed with respect to the apparatus, for incorporation of the data into a database housed by the computing system.
An apparatus comprising: a first differential amplifier including a first positive input, a first negative input, and a first output, wherein the first positive input is connected to the first output via at least a first capacitor, and wherein the first negative input is connected to the first output via at least a first resistor and to ground via a second resistor; and a second differential amplifier including a second input, a third input, and a second output, wherein the second input is connected to the second output via at least a third resistor, wherein the third input is connected to the second output via at least a second capacitor and to ground via a fourth resistor, and wherein an input is connected to the first positive input and the second input via at least a third capacitor. a first differential amplifier including a first positive input, a first negative input, and a first output, wherein the first positive input is connected to the first output via at least a first capacitor, and wherein the first negative input is connected to the first output via at least a first resistor and to ground via a second resistor; and a second differential amplifier including a second input, a third input, and a second output, wherein the second input is connected to the second output via at least a third resistor, wherein the third input is connected to the second output via at least a second capacitor and to ground via a fourth resistor, and wherein an input is connected to the first positive input and the second input via at least a third capacitor.
A service and resource orchestration method, wherein the method is applied to a service and resource orchestration system, the system comprises: an orchestration apparatus (30, 50), a catalog apparatus, a planning resource providing apparatus, a check apparatus (40, 60), a current instance apparatus, and an enabling apparatus, and the method comprises: obtaining, by the orchestration apparatus (30, 50), order information of a customized service, wherein the customized service is a service released on the catalog apparatus; obtaining, by the orchestration apparatus (30, 50), meta information of the customized service from the catalog apparatus, wherein the meta information is used to describe resource requirement information and a resource selection policy of the customized service; and obtaining, by the orchestration apparatus (30, 50) from the planning resource providing apparatus and the current instance apparatus according to the order information, the resource requirement information, and the resource selection policy, a resource required by the customized service, and generating instance data of the customized service, wherein the instance data of the customized service is used for obtaining final instance data suitable for a network by the check apparatus (40, 60), and data obtained after the enabling apparatus performs interface data conversion on the final instance data runs on a network element, to provide a user with a service corresponding to the customized service. obtaining, by the orchestration apparatus (30, 50), order information of a customized service, wherein the customized service is a service released on the catalog apparatus; obtaining, by the orchestration apparatus (30, 50), meta information of the customized service from the catalog apparatus, wherein the meta information is used to describe resource requirement information and a resource selection policy of the customized service; and obtaining, by the orchestration apparatus (30, 50) from the planning resource providing apparatus and the current instance apparatus according to the order information, the resource requirement information, and the resource selection policy, a resource required by the customized service, and generating instance data of the customized service, wherein the instance data of the customized service is used for obtaining final instance data suitable for a network by the check apparatus (40, 60), and data obtained after the enabling apparatus performs interface data conversion on the final instance data runs on a network element, to provide a user with a service corresponding to the customized service.
Method implemented by computer means for controlling a manufacturing device used in an optical lens manufacturing process, the method comprising: - an optical lens data providing step, during which optical lens data is provided, the optical lens data represents the nominal values of at least one optical lens parameter of an optical lens manufactured according to a manufacturing process using a manufacturing device, - providing an image of a specific pattern through the manufactured optical lens, - determining an effective value of at least one optical lens parameter based on the deformation of the pattern in the image, - a manufacturing data providing step during which manufacturing data identifying at least the manufacturing device used to manufacture the optical lens is provided, - a difference determining step during which the difference between the nominal and effective values of the at least one optical lens parameter of the optical lens is determined, - a manufacturing device parameter determining step during which a recommended value of a manufacturing parameter of the manufacturing device identified by the manufacturing data is determined, the recommended value of the manufacturing parameter is determined based on the difference between the nominal and effective values of the at least one optical lens parameter, - sending the recommended value of the manufacturing parameter to the manufacturing side and adjusting the manufacturing parameter of the manufacturing device to the recommended value. - an optical lens data providing step, during which optical lens data is provided, the optical lens data represents the nominal values of at least one optical lens parameter of an optical lens manufactured according to a manufacturing process using a manufacturing device, - providing an image of a specific pattern through the manufactured optical lens, - determining an effective value of at least one optical lens parameter based on the deformation of the pattern in the image, - a manufacturing data providing step during which manufacturing data identifying at least the manufacturing device used to manufacture the optical lens is provided, - a difference determining step during which the difference between the nominal and effective values of the at least one optical lens parameter of the optical lens is determined, - a manufacturing device parameter determining step during which a recommended value of a manufacturing parameter of the manufacturing device identified by the manufacturing data is determined, the recommended value of the manufacturing parameter is determined based on the difference between the nominal and effective values of the at least one optical lens parameter, - sending the recommended value of the manufacturing parameter to the manufacturing side and adjusting the manufacturing parameter of the manufacturing device to the recommended value.
A housing for a consumer device comprising a thermoplastic composition comprising: (a) from 49.5 wt% to 97.95 wt% of polycarbonate polymer, the polycarbonate polymer comprising at least one polycarbonate polymer having a molecular weight (Mw) of at least 20,000 g/mol and a second polycarbonate polymer have a molecular weight (Mw) of less than 20,000 g/mol, as determined by gel permeation chromatography using polycarbonate standards; (b) from 2.0 wt% to 49.5 wt% of at least one polycarbonate-siloxane copolymer in an amount effective to provide a total siloxane content of 1.0 wt% to 5.0 wt% based on the total weight of the thermoplastic composition; and (c) from 0.05 wt% to about 1.0 wt% of at least one release agent, wherein the thermoplastic composition exhibits a melt volume flow rate of at least 25 cm 3 /10 min, as determined according to ISO 1133 at 300°C using a 1.2 kg load; a ductile/brittle transition temperature of less than or equal to 10 °C as determined in accordance with ISO 180-1A on a molded part having a thickness of 3 mm; and a tensile yield strength retention of 80% and higher after exposure of an ISO tensile bar for 24 hours to sunscreen under 1% strain compared to a non-exposed reference tested according to ISO 22088-3. (a) from 49.5 wt% to 97.95 wt% of polycarbonate polymer, the polycarbonate polymer comprising at least one polycarbonate polymer having a molecular weight (Mw) of at least 20,000 g/mol and a second polycarbonate polymer have a molecular weight (Mw) of less than 20,000 g/mol, as determined by gel permeation chromatography using polycarbonate standards; (b) from 2.0 wt% to 49.5 wt% of at least one polycarbonate-siloxane copolymer in an amount effective to provide a total siloxane content of 1.0 wt% to 5.0 wt% based on the total weight of the thermoplastic composition; and (c) from 0.05 wt% to about 1.0 wt% of at least one release agent,
A metering device for dental cleaning powder, comprising a receiving unit, a closure unit and an adapter element, the receiving unit comprising a passage channel having a stop geometry, the closure unit comprising a closure element which is displaceably arranged in and/or with respect to the passage channel, the closure element being pressed against the stop geometry by means of a bias in a first operating state, the passage channel thereby being closed, wherein the closure element can be brought into a second operating state by applying a force which is greater than and opposite to the bias, the second operating state being specified by removing the closure element from the stop geometry and as a result unblocking the passage channel, the stop geometry being a cross-sectional restriction of the passage channel, the closure unit comprising a support element, the closure member being fixed or attachable to the support member, and the supporting element being displaceable in relation to the receiving unit, wherein the adapter element is fixed or is able to be fixed with a first end to the support element, the first end of the adapter element having a geometry congruent to the external geometry of the support element, and wherein a second end opposite the first end along a main extension direction of the passage channel has a geometry congruent to the geometry of a container to be supported on the adapter element.