mhurhangee/patent-ind-claim-en huggingface dataset:
A method for analyzing a sample using an analysis chip for capillary electrophoresis, the chip comprising: an introducing tank and a capillary tube connecting to the introducing tank such that the capillary tube intersects with a flowing direction in the introducing tank , the method comprising: a mixing step (S2) of mixing the sample and a diluting liquid to obtain a mixed sample; an electrophoretic liquid filling step (S3) of filling the capillary tube with an electrophoretic liquid; a flow step (S5) of flowing the mixed sample in the flowing direction in the introducing tank , thereby shearing the electrophoretic liquid at an ingate of the capillary tube to form a boundary between the mixed sample and the electrophoretic liquid; and an electrophoresis step (S6) of performing electrophoresis in the capillary tube while the mixed sample is continuously supplied. the chip comprising: an introducing tank and a capillary tube connecting to the introducing tank such that the capillary tube intersects with a flowing direction in the introducing tank , the method comprising: a mixing step (S2) of mixing the sample and a diluting liquid to obtain a mixed sample; an electrophoretic liquid filling step (S3) of filling the capillary tube with an electrophoretic liquid; a flow step (S5) of flowing the mixed sample in the flowing direction in the introducing tank , thereby shearing the electrophoretic liquid at an ingate of the capillary tube to form a boundary between the mixed sample and the electrophoretic liquid; and an electrophoresis step (S6) of performing electrophoresis in the capillary tube while the mixed sample is continuously supplied. a mixing step (S2) of mixing the sample and a diluting liquid to obtain a mixed sample; an electrophoretic liquid filling step (S3) of filling the capillary tube with an electrophoretic liquid; a flow step (S5) of flowing the mixed sample in the flowing direction in the introducing tank , thereby shearing the electrophoretic liquid at an ingate of the capillary tube to form a boundary between the mixed sample and the electrophoretic liquid; and an electrophoresis step (S6) of performing electrophoresis in the capillary tube while the mixed sample is continuously supplied.
A method of voice identification enrollment, comprising: during a meeting in which two or more human speakers speak at different times, determining whether one or more conditions of a protocol for sampling meeting audio used to establish a voiceprint for a selected human speaker are satisfied, the one or more conditions including respective contributions to the meeting audio from one or more human speakers other than the selected human speaker being less than an audio magnitude threshold; in response to determining that the one or more conditions are satisfied, selecting a sample of meeting audio according to the protocol, the sample representing an utterance made by the selected human speaker; and establishing , based at least on the sample, the voiceprint of the selected human speaker. during a meeting in which two or more human speakers speak at different times, determining whether one or more conditions of a protocol for sampling meeting audio used to establish a voiceprint for a selected human speaker are satisfied, the one or more conditions including respective contributions to the meeting audio from one or more human speakers other than the selected human speaker being less than an audio magnitude threshold; in response to determining that the one or more conditions are satisfied, selecting a sample of meeting audio according to the protocol, the sample representing an utterance made by the selected human speaker; and establishing , based at least on the sample, the voiceprint of the selected human speaker.
A compound represented by formula 2, a stereoisomer thereof, a solvate thereof, a hydrate thereof or a pharmaceutically acceptable salt thereof: wherein, in formula 2, n is an integer of 1; is and is or and L 1 is any one selected from the group consisting of and n is an integer of 1; is and is or and L 1 is any one selected from the group consisting of and
A computer-implemented method comprising: serving a user interface page to a first user of an application, wherein the user interface page comprises a first set of user interface controls that corresponds to a permitted feature set, wherein the permitted feature set includes features of the application that are permitted to the first user, and wherein the first user is an origin user of the application; and exposing to the first user on the user interface page, features that enable the first user to select and assign independently to each of one or more other users of the application features of the permitted feature set, wherein the one or more other users are clone users assigned to the origin user of the application, and wherein a clone user of the clone users is assigned with a subset of the features of the permitted feature set of the first user. serving a user interface page to a first user of an application, wherein the user interface page comprises a first set of user interface controls that corresponds to a permitted feature set, wherein the permitted feature set includes features of the application that are permitted to the first user, and wherein the first user is an origin user of the application; and exposing to the first user on the user interface page, features that enable the first user to select and assign independently to each of one or more other users of the application features of the permitted feature set, wherein the one or more other users are clone users assigned to the origin user of the application, and wherein a clone user of the clone users is assigned with a subset of the features of the permitted feature set of the first user.
A filling device for dispensing a defined quantity of a product, comprising: - a piston pump for delivering the product to be dispensed from a reservoir to a filling needle , - the piston pump comprising a piston , a cylinder body , an inlet , an outlet , a first non-return valve and a second non-return valve , - the piston , the cylinder body , the inlet , the outlet , the first non-return valve and the second non-return valve being made of a non-metal material, characterized in that - the inlet and the outlet are inclined at an angle in a range of between 30° and 70° relative to an axis of the cylinder body , - the inlet and the outlet being arranged in the upper region of the cylinder body . - a piston pump for delivering the product to be dispensed from a reservoir to a filling needle , - the piston pump comprising a piston , a cylinder body , an inlet , an outlet , a first non-return valve and a second non-return valve , - the piston , the cylinder body , the inlet , the outlet , the first non-return valve and the second non-return valve being made of a non-metal material, - the inlet and the outlet are inclined at an angle in a range of between 30° and 70° relative to an axis of the cylinder body , - the inlet and the outlet being arranged in the upper region of the cylinder body .
A cosmetic method for improving the aesthetic appearance of a subject's skin, the method comprising administering to the subject an effective amount of a compound of Formula I, or a dermatologically acceptable salt thereof: wherein: Ring A is a 7-12 membered heteroaryl, with the proviso that a carbon atom on the ring is attached to the carbonyl carbon; Ring B is selected from the group consisting of phenyl and a 5-6 membered heteroaryl, with the proviso that a carbon atom on the ring is attached to the carbonyl carbon; R 1 is a substituent attached to Ring A and is independently selected at each occurrence from the group consisting of unsubstituted -C 1-6 alkyl, -C 1-3 haloalkyl, halide, -OR 3 , and CN; R 2 is a substituent attached to Ring B and is independently selected at each occurrence from the group consisting of unsubstituted -C 1-6 alkyl, -CH 2 OH, -CH 2 N(R 3b ) 2 , -C 1-3 haloalkyl, halide, -OR 3 , and CN; each R 3 is independently selected from the group consisting of H, unsubstituted -C 1-6 alkyl, and -C 1-3 haloalkyl; each R 3b is independently selected from the group consisting of H and unsubstituted -C 1-3 alkyl; each n is 0 to 10; and each m is 0 to 5. Ring A is a 7-12 membered heteroaryl, with the proviso that a carbon atom on the ring is attached to the carbonyl carbon; Ring B is selected from the group consisting of phenyl and a 5-6 membered heteroaryl, with the proviso that a carbon atom on the ring is attached to the carbonyl carbon; R 1 is a substituent attached to Ring A and is independently selected at each occurrence from the group consisting of unsubstituted -C 1-6 alkyl, -C 1-3 haloalkyl, halide, -OR 3 , and CN; R 2 is a substituent attached to Ring B and is independently selected at each occurrence from the group consisting of unsubstituted -C 1-6 alkyl, -CH 2 OH, -CH 2 N(R 3b ) 2 , -C 1-3 haloalkyl, halide, -OR 3 , and CN; each R 3 is independently selected from the group consisting of H, unsubstituted -C 1-6 alkyl, and -C 1-3 haloalkyl; each R 3b is independently selected from the group consisting of H and unsubstituted -C 1-3 alkyl; each n is 0 to 10; and each m is 0 to 5.
A rotor position detection apparatus (Y) of a motor comprising a stator which is provided with salient poles corresponding to a plurality of phases, each salient pole provided with a main excitation winding , and a rotor which is disposed in the stator and provided with a plurality of salient poles , wherein the rotor position detection apparatus (Y) is configured to detect the position of the rotor in a situation where the rotor is rotated in a non-excited state in which the main excitation winding is not excited for driving, and comprises: a constant current application unit which is configured to apply a constant current for detecting zero-cross to the main excitation winding ; and a polarity inversion detection means (X) which is configured to detect polarity inversion of a differential value of a magnetic flux appearing in the stator of the motor , wherein the polarity inversion detection means (X) comprises an auxiliary winding wound around a stator tooth portion , and a zero-cross detection unit configured to detect a zero-cross of an induced voltage caused by a temporal change of a self-inductance of the main excitation winding and appearing in the auxiliary winding due to the applied constant current, wherein the zero-cross is detected in a salient pole opposed position. a constant current application unit which is configured to apply a constant current for detecting zero-cross to the main excitation winding ; and a polarity inversion detection means (X) which is configured to detect polarity inversion of a differential value of a magnetic flux appearing in the stator of the motor , wherein the polarity inversion detection means (X) comprises an auxiliary winding wound around a stator tooth portion , and a zero-cross detection unit configured to detect a zero-cross of an induced voltage caused by a temporal change of a self-inductance of the main excitation winding and appearing in the auxiliary winding due to the applied constant current, wherein the zero-cross is detected in a salient pole opposed position.
Convertible garment (1; 1') configured to cover at least part of a user's body and comprising: - a shaped rear sheet and a shaped front sheet superimposable onto one another to define a configuration of the garment (1; 1 ') and each delimited by a lower edge , by an upper edge and by two lateral edges interposed between the lower edge and the upper edge ; - a belt element carried by one of said rear sheet and front sheet and configured to gird a portion of the user's body; - first fastening elements carried by the belt element ; and - second fastening elements carried by the other of said rear sheet and front sheet and couplable with the first fastening elements to determine a superimposition position between end lateral portions of the rear sheet and corresponding end lateral portions of the front sheet , each carrying one respective said lateral edge ; wherein the superimposed end lateral portions define respective lateral openings of said garment (1; 1'); and wherein, at least in a closing condition of said belt element , said superimposed end lateral portions are decoupled from one another so as to delimit said lateral openings along a longitudinal direction of said garment (1; 1'); characterized in that the convertible garment comprises third fastening elements carried by said belt element ; said second fastening elements being selectively couplable with the first fastening elements or with the third fastening elements to determine two different superimposition positions of said end lateral portions defining, respectively, two configurations of said garment (1; 1') different from one another. - a shaped rear sheet and a shaped front sheet superimposable onto one another to define a configuration of the garment (1; 1 ') and each delimited by a lower edge , by an upper edge and by two lateral edges interposed between the lower edge and the upper edge ; - a belt element carried by one of said rear sheet and front sheet and configured to gird a portion of the user's body; - first fastening elements carried by the belt element ; and - second fastening elements carried by the other of said rear sheet and front sheet and couplable with the first fastening elements to determine a superimposition position between end lateral portions of the rear sheet and corresponding end lateral portions of the front sheet , each carrying one respective said lateral edge ; wherein the superimposed end lateral portions define respective lateral openings of said garment (1; 1'); and wherein, at least in a closing condition of said belt element , said superimposed end lateral portions are decoupled from one another so as to delimit said lateral openings along a longitudinal direction of said garment (1; 1'); characterized in that the convertible garment comprises third fastening elements carried by said belt element ; said second fastening elements being selectively couplable with the first fastening elements or with the third fastening elements to determine two different superimposition positions of said end lateral portions defining, respectively, two configurations of said garment (1; 1') different from one another.
A smart metering module , comprising: a wireless reporting portion comprising a helical coil radiator , the helical coil radiator being coupled to an RF transmission path, the RF transmission path configured to couple the helical coil radiator to an RF transceiver integrated circuit ; an enclosure configured to house the RF transceiver integrated circuit , the enclosure further comprising a distribution portion comprising one or more meter sensing electronics, the smart metering module being characterized in that the distribution portion is configured to be galvanically separated from the wireless reporting portion ; and in that the smart meter module further comprises a utility line port, the utility line port being configured to position a utility line constructed from a conductive material, adjacent and parallel with a longitudinal axis of the helical coil radiator . a wireless reporting portion comprising a helical coil radiator , the helical coil radiator being coupled to an RF transmission path, the RF transmission path configured to couple the helical coil radiator to an RF transceiver integrated circuit ; an enclosure configured to house the RF transceiver integrated circuit , the enclosure further comprising a distribution portion comprising one or more meter sensing electronics, the smart metering module being characterized in that the distribution portion is configured to be galvanically separated from the wireless reporting portion ; and in that the smart meter module further comprises the distribution portion is configured to be galvanically separated from the wireless reporting portion ; and in that the smart meter module further comprises a utility line port, the utility line port being configured to position a utility line constructed from a conductive material, adjacent and parallel with a longitudinal axis of the helical coil radiator .
A method for transmitting a signal, applied to active styli , comprising: acquiring , based on detected pressure information, codes representing pressure information and used to detect tip positions, where the codes comprise n code bits, n being an integer greater than 1; wherein the n code bits are set in one of the following modes: the n code bits serve as pressure code bits representing the pressure information and a part of the n code bits are reused as coordinate code bits used to detect tip positions, and, a part of the n code bits serve as the pressure code bits representing the pressure information and another part of the n code bits serve as the coordinate code bits used to detect tip positions; generating n coded signals respectively corresponding to the n code bits; and transmitting each coded signal representing pressure information in the coded signals at a preset first frequency or second frequency or prohibiting transmission of each coded signal representing pressure information in the coded signals; wherein the first frequency, the second frequency and prohibited transmission of the n coded signals relate to the pressure information. acquiring , based on detected pressure information, codes representing pressure information and used to detect tip positions, where the codes comprise n code bits, n being an integer greater than 1; wherein the n code bits are set in one of the following modes: the n code bits serve as pressure code bits representing the pressure information and a part of the n code bits are reused as coordinate code bits used to detect tip positions, and, a part of the n code bits serve as the pressure code bits representing the pressure information and another part of the n code bits serve as the coordinate code bits used to detect tip positions; generating n coded signals respectively corresponding to the n code bits; and transmitting each coded signal representing pressure information in the coded signals at a preset first frequency or second frequency or prohibiting transmission of each coded signal representing pressure information in the coded signals; wherein the first frequency, the second frequency and prohibited transmission of the n coded signals relate to the pressure information.
Ground power unit for supplying electrical power to an external load, the ground power unit comprising: a rechargeable battery pack , and an inverter comprising an input which is connected to the rechargeable battery pack , and an output for connecting the ground power unit to the external load, wherein the inverter is arranged to convert DC electrical power from the rechargeable battery pack into an AC power output, characterized by a fuel cell power plant which is connected to the rechargeable battery pack via a converter , which converter is arranged to convert the current and/or voltage from the fuel cells to a level which allows to charge the rechargeable battery pack , and a controller which is arranged for controlling the converter based on the power level of the rechargeable battery pack and/or on the amount of electrical power demanded by said load, wherein the ground power unit is arranged to determine the actual charging conditions of rechargeable battery pack , and to control the converter based on the actual charging conditions, wherein the controller is arranged to set the power output of the converter and wherein the fuel cell power plant comprises an internal controller which is configured to adjust the power output of the fuel cell power plant as demand for power output of the converter changes. a rechargeable battery pack , and an inverter comprising an input which is connected to the rechargeable battery pack , and an output for connecting the ground power unit to the external load, wherein the inverter is arranged to convert DC electrical power from the rechargeable battery pack into an AC power output, a fuel cell power plant which is connected to the rechargeable battery pack via a converter , which converter is arranged to convert the current and/or voltage from the fuel cells to a level which allows to charge the rechargeable battery pack , and a controller which is arranged for controlling the converter based on the power level of the rechargeable battery pack and/or on the amount of electrical power demanded by said load, wherein the ground power unit is arranged to determine the actual charging conditions of rechargeable battery pack , and to control the converter based on the actual charging conditions, wherein the controller is arranged to set the power output of the converter and wherein the fuel cell power plant comprises an internal controller which is configured to adjust the power output of the fuel cell power plant as demand for power output of the converter changes.
A power system for a machine comprising: an operator interface for entering an operator command relating to one or more functions of the machine; a hydraulic pump communicating with a hydraulic system including a relief valve ; an engine configured to provide power to the hydraulic pump; and a controller in communication with the operator interface , the hydraulic pump and the engine , characterized in that the controller being configured to: consider operator skill level information relating to a skill level of the operator of the machine , the operator skill level information including a frequency that the relief valve operates or including monitoring the frequency at which the controller makes adjustments to the operator's commands to prevent the opening of the relief valve ; determine at least one desired power system operating parameter based on the operator command and the operator skill level information; and adjust at least one of the hydraulic pump and the engine based on the desired power system operating parameter. an operator interface for entering an operator command relating to one or more functions of the machine; a hydraulic pump communicating with a hydraulic system including a relief valve ; an engine configured to provide power to the hydraulic pump; and a controller in communication with the operator interface , the hydraulic pump and the engine , characterized in that the controller being configured to: consider operator skill level information relating to a skill level of the operator of the machine , the operator skill level information including a frequency that the relief valve operates or including monitoring the frequency at which the controller makes adjustments to the operator's commands to prevent the opening of the relief valve ; determine at least one desired power system operating parameter based on the operator command and the operator skill level information; and adjust at least one of the hydraulic pump and the engine based on the desired power system operating parameter. consider operator skill level information relating to a skill level of the operator of the machine , the operator skill level information including a frequency that the relief valve operates or including monitoring the frequency at which the controller makes adjustments to the operator's commands to prevent the opening of the relief valve ; determine at least one desired power system operating parameter based on the operator command and the operator skill level information; and adjust at least one of the hydraulic pump and the engine based on the desired power system operating parameter.