mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus with power over coaxial cable function, comprising: a transmission port, coupled to a coaxial cable to perform power and data transmission; and a low-pass filter, coupled to the transmission port to receive a mixed signal from the coaxial cable, and filtering the mixed signal to obtain a first power; the electronic apparatus being characterized in further comprising: a dynamic impedance circuit (130, 430, 530, 630), coupled to the low-pass filter to receive and store the first power and provide a second power accordingly; and a switching power converter, coupled to the dynamic impedance circuit (130, 430, 530, 630) to receive the second power, and converting a voltage of the second power to generate an operation power required for operation of the electronic apparatus, wherein the dynamic impedance circuit (130, 430, 530, 630) changes an impedance of the dynamic impedance circuit (130, 430, 530, 630) dynamically in response to a current change of the second power, so as to prevent a noise of the switching power converter from being feedback to the transmission port. a transmission port, coupled to a coaxial cable to perform power and data transmission; and a low-pass filter, coupled to the transmission port to receive a mixed signal from the coaxial cable, and filtering the mixed signal to obtain a first power; the electronic apparatus being characterized in further comprising: a dynamic impedance circuit (130, 430, 530, 630), coupled to the low-pass filter to receive and store the first power and provide a second power accordingly; and a switching power converter, coupled to the dynamic impedance circuit (130, 430, 530, 630) to receive the second power, and converting a voltage of the second power to generate an operation power required for operation of the electronic apparatus, a dynamic impedance circuit (130, 430, 530, 630), coupled to the low-pass filter to receive and store the first power and provide a second power accordingly; and a switching power converter, coupled to the dynamic impedance circuit (130, 430, 530, 630) to receive the second power, and converting a voltage of the second power to generate an operation power required for operation of the electronic apparatus, wherein the dynamic impedance circuit (130, 430, 530, 630) changes an impedance of the dynamic impedance circuit (130, 430, 530, 630) dynamically in response to a current change of the second power, so as to prevent a noise of the switching power converter from being feedback to the transmission port.
An apparatus for producing a peripheral groove in an end portion of a metal tube, in particular a metal tube which is to be coated on the inside, the groove being set up for receiving tube connectors, having - a first, rotationally driven roller, - a second, freely rotating roller, the first roller having a roughened or structured surface relative to the second roller, - a pressing device for producing a relative movement between the first and second roller (3, 5), between a first and a second position, the rollers (3, 5) assuming a first spacing from one another in the first position, which first spacing permits an introduction of a wall of the tube between the rollers (3, 5), and assuming a smaller, second spacing from one another in the second position, which second spacing is smaller than a material thickness of the wall of the tube, characterized in that in the second position, the first, driven roller is placed against the outer circumferential surface of the tube and adapted to grip the tube from the outside and to rotate it, with the result that a peripheral groove is pressed into the tube in the second position when the first roller is driven, the pressing device being set up to move the first, driven roller transversely with respect to its rotational axis. - a first, rotationally driven roller, - a second, freely rotating roller, the first roller having a roughened or structured surface relative to the second roller, - a pressing device for producing a relative movement between the first and second roller (3, 5), between a first and a second position, the rollers (3, 5) assuming a first spacing from one another in the first position, which first spacing permits an introduction of a wall of the tube between the rollers (3, 5), and assuming a smaller, second spacing from one another in the second position, which second spacing is smaller than a material thickness of the wall of the tube, characterized in that in the second position, the first, driven roller is placed against the outer circumferential surface of the tube and adapted to grip the tube from the outside and to rotate it, with the result that a peripheral groove is pressed into the tube in the second position when the first roller is driven, the pressing device being set up to move the first, driven roller transversely with respect to its rotational axis. characterized in that in the second position, the first, driven roller is placed against the outer circumferential surface of the tube and adapted to grip the tube from the outside and to rotate it, with the result that a peripheral groove is pressed into the tube in the second position when the first roller is driven, the pressing device being set up to move the first, driven roller transversely with respect to its rotational axis.
A liquid crystal composition that has a negative dielectric anisotropy and contains at least one compound selected from the group of compounds represented by formula as a first component and at least one compound selected from the group of compounds represented by formula as a second component: wherein R 1 and R 3 are independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons, vinyl, 1-propenyl, 2-propenyl, 1-butenyl, 2-butenyl, 3-butenyl, 1-pentenyl, 2-pentenyl, 3-pentenyl, 4-pentenyl, 1-hexenyl, 2-hexenyl, 3-hexenyl, 4-hexenyl or 5-hexenyl; R 2 and R 4 are independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons, or alkenyl having 2 to 12 carbons; X 1 and X 2 are fluorine or chlorine; Z 1 is ethylene or methyleneoxy; with the proviso that the following composition is excluded: 1 0wt% 10wt% 5wt% 10wt% 10wt% 10wt% 10wt% 5wt% 10wt% 5w% 1 0wt% 5wt% wherein R 1 and R 3 are independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons, vinyl, 1-propenyl, 2-propenyl, 1-butenyl, 2-butenyl, 3-butenyl, 1-pentenyl, 2-pentenyl, 3-pentenyl, 4-pentenyl, 1-hexenyl, 2-hexenyl, 3-hexenyl, 4-hexenyl or 5-hexenyl; R 2 and R 4 are independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons, or alkenyl having 2 to 12 carbons; X 1 and X 2 are fluorine or chlorine; Z 1 is ethylene or methyleneoxy; with the proviso that the following composition is excluded: 1 0wt% 10wt% 5wt% 10wt% 10wt% 10wt% 10wt% 5wt% 10wt% 5w% 1 0wt% 5wt%
A method of developing a patient specific graphical interface for a therapy system that an individual patient may use to input information which characterizes at least one patient event or condition and from which therapy information can be determined, comprising: providing a patient model that is tailored to the physiology of the individual patient and configured to simulate a physiological response in the individual patient to the at least one patient event or condition, collecting patient-specific information over time that relates to actual occurrences of the at least one patient event or condition, and characterized by, providing the patient specific graphical interface with a solution space that is based on the patient model and on ranges of inputs defined by the collected patient-specific information and which provides a relationship between the inputs and associated acceptable limits of the inputs to regulate a physiological response of the patient to a desired target response, and in which the inputs each characterizes the at least one patient event or condition and are mapped to corresponding therapy information for regulating the physiological response of the patient to the desired target response for the characterized at least one patient event or condition. providing a patient model that is tailored to the physiology of the individual patient and configured to simulate a physiological response in the individual patient to the at least one patient event or condition, collecting patient-specific information over time that relates to actual occurrences of the at least one patient event or condition, and characterized by, providing the patient specific graphical interface with a solution space that is based on the patient model and on ranges of inputs defined by the collected patient-specific information and which provides a relationship between the inputs and associated acceptable limits of the inputs to regulate a physiological response of the patient to a desired target response, and in which the inputs each characterizes the at least one patient event or condition and are mapped to corresponding therapy information for regulating the physiological response of the patient to the desired target response for the characterized at least one patient event or condition.
A method of decoding video, the method comprising: obtaining a video bitstream defining base layer video information and enhancement layer video information; and determining a predictor of a current block of enhancement layer video information based at least on a weighted inter-layer predictor of at least one color component of a video unit of the current block and a weighted intra-layer predictor of the at least one color component of the video unit, characterized in that a weighting factor associated with the weighted inter-layer predictor and a weighting factor associated with the weighted intra-layer predictor are based at least on a distance of the video unit from a boundary of the current block wherein determining the predictor of the current block based at least on the weighted inter-layer predictor and the weighted intra-layer predictor is in response to determining that the current block has a size exceeding a threshold or in a list or group of block sizes. obtaining a video bitstream defining base layer video information and enhancement layer video information; and determining a predictor of a current block of enhancement layer video information based at least on a weighted inter-layer predictor of at least one color component of a video unit of the current block and a weighted intra-layer predictor of the at least one color component of the video unit, characterized in that a weighting factor associated with the weighted inter-layer predictor and a weighting factor associated with the weighted intra-layer predictor are based at least on a distance of the video unit from a boundary of the current block wherein determining the predictor of the current block based at least on the weighted inter-layer predictor and the weighted intra-layer predictor is in response to determining that the current block has a size exceeding a threshold or in a list or group of block sizes.
A method of controlling a component for a network system which is capable of communicating with another component, the method comprising: recognizing low-price period or high-price period information; recognizing a scheduled operation time comprising a scheduled operation start time of the component; determining whether a change condition of the scheduled operation time is satisfied; and changing the scheduled operation time when the change condition is satisfied and operating the component at the changed scheduled operation time, wherein the scheduled operation time is changed so that the scheduled operation time is disposed in the low-price period and, when the scheduled operation start time is changed, the changed scheduled operation start time is advanced earlier than the scheduled operation start time before the change, wherein a scheduled operation end time is changed so that the scheduled operation end time is disposed in the low-price period, characterized in that, if the component is operated at the changed scheduled operation time, cool air for performing a function of the component is generated and is stored in a cool air accumulation part, and in that the cool air stored in the cool air accumulation part is used for performing a function of the component in the high-price period; or cool water required for performing a function of the component is generated and is stored in a first and second cool water tank, and in that the cool water stored in the second cool water tank is used for performing a function of the component in the high-price period. recognizing low-price period or high-price period information; recognizing a scheduled operation time comprising a scheduled operation start time of the component; determining whether a change condition of the scheduled operation time is satisfied; and changing the scheduled operation time when the change condition is satisfied and operating the component at the changed scheduled operation time, wherein the scheduled operation time is changed so that the scheduled operation time is disposed in the low-price period and, when the scheduled operation start time is changed, the changed scheduled operation start time is advanced earlier than the scheduled operation start time before the change, wherein a scheduled operation end time is changed so that the scheduled operation end time is disposed in the low-price period, in that, if the component is operated at the changed scheduled operation time, cool air for performing a function of the component is generated and is stored in a cool air accumulation part, and in that the cool air stored in the cool air accumulation part is used for performing a function of the component in the high-price period; cool water required for performing a function of the component is generated and is stored in a first and second cool water tank, and in that the cool water stored in the second cool water tank is used for performing a function of the component in the high-price period.
A method for managing a variable-length instruction buffer, the method comprising: caching variable-length instruction data from memory; comparing a level of unprocessed data available in the variable-length instruction buffer at a first time to a first threshold; loading a first portion of instruction data of a fixed width from the cached variable-length instruction data into the variable-length instruction buffer when the level of unprocessed data available in the variable-length instruction buffer at the first time does not satisfy the first threshold; processing a branching instruction, the branching instruction including a header indicating a branch delay size; comparing the level of unprocessed data available in the instruction buffer at a second time after the branching instruction is processed to the branch delay size; and loading a second portion of instruction data of the fixed width from the cached variable-length instruction data into the variable-length instruction buffer when the level of unprocessed data available in the variable-length instruction buffer at the second time does not satisfy the branch delay size. caching variable-length instruction data from memory; comparing a level of unprocessed data available in the variable-length instruction buffer at a first time to a first threshold; loading a first portion of instruction data of a fixed width from the cached variable-length instruction data into the variable-length instruction buffer when the level of unprocessed data available in the variable-length instruction buffer at the first time does not satisfy the first threshold; processing a branching instruction, the branching instruction including a header indicating a branch delay size; comparing the level of unprocessed data available in the instruction buffer at a second time after the branching instruction is processed to the branch delay size; and loading a second portion of instruction data of the fixed width from the cached variable-length instruction data into the variable-length instruction buffer when the level of unprocessed data available in the variable-length instruction buffer at the second time does not satisfy the branch delay size.
A method for producing a stable, propylene glycol-free and glycerin-free, spray-dried flavor composition, the method comprising dissolving dextrin and isomalt in water; forming an emulsion of the dissolved dextrin and isomalt with a surfactant selected from polyglyceryl-10 oleate, polyglyceryl-10 caprylate/caprate or polyoxyethylene sorbitan monostearate; and with a flavor that contains volatile compounds, and wherein the flavor is selected from synthetic flavor and flavoring aromatics, and/or oils, oleo resins and oil extracts derived from plants, leaves, flowers, fruits, and combinations thereof; spray drying the emulsion in a spray dryer having an inlet temperature of less than 100°C and an air inlet dew point -10°C to 5°C; and further drying in a fluid bed chamber attached at the spray dryer outlet, wherein the temperature of the air of the fluid-bed unit is at or below the outlet temperature of the spray dryer.
A method comprising: receiving, by a second device, a request to join an augmented reality, AR, session initialized by a first device; in response to receiving the request, detecting a body corresponding to a user of the first device in one or more images captured by a camera of the second device; identifying a body part of the detected body, the body part including a hand that is holding the first device and a wrist corresponding to the hand; determining, by the second device, a transformation in the AR session between the first device and the second device using the identified body part; and causing the AR session to be displayed by the second device based on the determined transformation; the method further comprising: receiving, at the second device, information including an angle of a gravity axis for the one or more images; comparing, at the second device, the angle of the gravity axis to tracking data of a wrist joint position of the wrist; and based on the comparing, filtering out, at the second device, images of the wrist joint position or the determined transformation where there is a disagreement on an orientation of the first device with respect to the gravity axis. receiving, by a second device, a request to join an augmented reality, AR, session initialized by a first device; in response to receiving the request, detecting a body corresponding to a user of the first device in one or more images captured by a camera of the second device; identifying a body part of the detected body, the body part including a hand that is holding the first device and a wrist corresponding to the hand; determining, by the second device, a transformation in the AR session between the first device and the second device using the identified body part; and causing the AR session to be displayed by the second device based on the determined transformation; the method further comprising: receiving, at the second device, information including an angle of a gravity axis for the one or more images; comparing, at the second device, the angle of the gravity axis to tracking data of a wrist joint position of the wrist; and based on the comparing, filtering out, at the second device, images of the wrist joint position or the determined transformation where there is a disagreement on an orientation of the first device with respect to the gravity axis. receiving, at the second device, information including an angle of a gravity axis for the one or more images; comparing, at the second device, the angle of the gravity axis to tracking data of a wrist joint position of the wrist; and based on the comparing, filtering out, at the second device, images of the wrist joint position or the determined transformation where there is a disagreement on an orientation of the first device with respect to the gravity axis.
Inhaler element, to be inserted inside a nasal cavity for inhaling medicinal substances, comprising, inside, a dispensing device, said dispensing device providing a convergent conduct for inlet of respiration flow and a divergent conduct for exit of respiration flow, and a reservoir containing the substance to be inhaled and in flow communication with said dispensing device by a joint conduct, said reservoir being provided in flow communication substantially in correspondence of the transition zone between said convergent conduct and said divergent conduct of said dispensing device.
Precious alloy for horological applications whose only constituents are taken from a group exclusively including gold, palladium, silver, copper, iridium, zinc, iron, nickel and cobalt, said alloy containing by mass, in parts per thousand of the total, from 540 to 630 parts of gold, from 150 to 220 parts of palladium, from 100 to 265 parts of silver, more than 150 and up to 160 parts of copper, from 0.0 to 0.2 parts of iridium, from 0.0 to 4.0 parts of zinc, and the remainder to 1,000 parts containing iron and/or nickel and/or cobalt, characterized in that the proportion by mass of the total content of gold, palladium, silver, copper, iridium and zinc is greater than 999.900 parts per thousand of the total, in that the proportion by mass of said remainder is less than 0.100 parts per thousand of the total, in that the density of the alloy is comprised between 13.5 and 14.5 g/cm 3, and in that the proportion by mass of cobalt is less than 0.005 parts per thousand of the total, and in that the proportion by mass of iron is less than 0.005 parts per thousand of the total, and in that the proportion by mass of nickel is less than 0.005 parts per thousand of the total, characterized in that said alloy contains, by mass, a total copper and zinc content comprised between 150 and 160 parts per thousand of the total.