mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical power system for distributing electrical power in an arrangement comprising one or more gas turbine engines , the electrical power system comprising: one or more rotary electric machines (111-113), each mechanically coupled to a gas turbine engine spool; a set of converter circuits connected to the one or more rotary electric machines for conversion between alternating current, ac, and direct current, dc, wherein the one or more rotary electric machines and the set of converter circuits are arranged to output a number R ≥ 2 of dc power channels (206-209), each dc power channel having a respective index r = (1, ..., R); a group of N dc load channels (400-1200) connected to the R dc power channels by a switching arrangement (410-1210), wherein N > R and each dc load channel has a respective index n = (1, ..., N); a plurality of electrical loads connected to and powered by the N dc load channels; characterized in that the system further comprises, for each respective one of the N load channels, a bidirectional current limiting diode , operable to limit an amount of current flowing from the power channels to the plurality of loads (430-1230) and to limit an amount of current flowing to the power channels (206-209) from the plurality of loads (430-1230). one or more rotary electric machines (111-113), each mechanically coupled to a gas turbine engine spool; a set of converter circuits connected to the one or more rotary electric machines for conversion between alternating current, ac, and direct current, dc, wherein the one or more rotary electric machines and the set of converter circuits are arranged to output a number R ≥ 2 of dc power channels (206-209), each dc power channel having a respective index r = (1, ..., R); a group of N dc load channels (400-1200) connected to the R dc power channels by a switching arrangement (410-1210), wherein N > R and each dc load channel has a respective index n = (1, ..., N); a plurality of electrical loads connected to and powered by the N dc load channels; characterized in that the system further comprises, for each respective one of the N load channels, a bidirectional current limiting diode , operable to limit an amount of current flowing from the power channels to the plurality of loads (430-1230) and to limit an amount of current flowing to the power channels (206-209) from the plurality of loads (430-1230).
A method of preparing a microorganism in which a converted ginsenoside is accumulated in the cells, the method comprising: accumulating the converted ginsenoside in the microorganism by incubating the microorganism expressing β-glycosidase in a medium containing ginseng extracts, wherein a concentration of the converted ginsenoside accumulated in the cells of the microorganism is more than 2 times higher than that of the converted ginsenoside in the medium, wherein the microorganism is Lactobacillus plantarum K8, with accession number: KCTC 10887BP.
In combination, a mounting assembly and a sheave roller , the mounting assembly for use in attaching the sheave roller to a ladder-type cable tray having a plurality of spaced apart rungs , the combination comprising: the sheave roller ; the mounting assembly comprising a first housing part , said sheave roller being rotatably attached to said first housing part, said first housing part comprising a base and an arm extending from said base, said first housing part capable being attached to a rung of the cable tray, characterized by a second housing part slideable relative to said first housing part , said second housing part comprising a base and an arm extending from said base , said second housing part capable of being attached to another one of the rungs of the cable tray, and a lock which can be engaged with the first and second housing parts , for preventing the relative movement of the first and second housing parts and can be disengaged to allow the relative movement of the first and second housing parts, said base of said first housing part includes a retention guide thereon for engagement with the second housing part . the sheave roller ; the mounting assembly comprising a first housing part , said sheave roller being rotatably attached to said first housing part, said first housing part comprising a base and an arm extending from said base, said first housing part capable being attached to a rung of the cable tray, characterized by a second housing part slideable relative to said first housing part , said second housing part comprising a base and an arm extending from said base , said second housing part capable of being attached to another one of the rungs of the cable tray, and a lock which can be engaged with the first and second housing parts , for preventing the relative movement of the first and second housing parts and can be disengaged to allow the relative movement of the first and second housing parts, said base of said first housing part includes a retention guide thereon for engagement with the second housing part .
A method performed by a source base station related to a first Radio Access Technology, RAT, the method comprising: forwarding data to a target base station related to a second RAT; receiving, from a user plane function, UPF, at least one of first end marker packets over a protocol data unit, PDU, session tunnel; and transmitting, to the UPF, at least one of second end marker packets including a quality of service, QoS, flow identity, QFI, for each QoS flow mapped to a data bearer over the PDU session tunnel, in case that the data forwarding for the each QoS flow mapped to the data bearer has been completed, wherein the first RAT is different from the second RAT, and wherein the QFI is removed from the at least one of second end marker packets by the UPF. forwarding data to a target base station related to a second RAT; receiving, from a user plane function, UPF, at least one of first end marker packets over a protocol data unit, PDU, session tunnel; and transmitting, to the UPF, at least one of second end marker packets including a quality of service, QoS, flow identity, QFI, for each QoS flow mapped to a data bearer over the PDU session tunnel, in case that the data forwarding for the each QoS flow mapped to the data bearer has been completed, wherein the first RAT is different from the second RAT, and wherein the QFI is removed from the at least one of second end marker packets by the UPF.
A device comprising: a camera configured to capture a reference identifier from a physical object; an augmented reality application configured to communicate the reference identifier via a network to a remote server, the remote server including virtual object data associated with the reference identifier, to receive the virtual object data at the device, to display a virtual object in a virtual landscape using the virtual object data, in response to a relative movement between the device and the physical object caused by a user, to modify the virtual object; and characterised in further comprising: a brain activity application configured to receive brain activity data of the user and to change a state of the virtual object in the virtual landscape based on the brain activity data, the brain activity application comprising a state of mind identification module configured to determine a state of mind of the user, wherein the state of mind of the user is such as the user being focused, relaxed, tense, happy, angry, hungry, thirsty or excited; and wherein a feature of the virtual object is changed based on the state of mind of the user. a camera configured to capture a reference identifier from a physical object; an augmented reality application configured to communicate the reference identifier via a network to a remote server, the remote server including virtual object data associated with the reference identifier, to receive the virtual object data at the device, to display a virtual object in a virtual landscape using the virtual object data, in response to a relative movement between the device and the physical object caused by a user, to modify the virtual object; and characterised in further comprising: a brain activity application configured to receive brain activity data of the user and to change a state of the virtual object in the virtual landscape based on the brain activity data, the brain activity application comprising a state of mind identification module configured to determine a state of mind of the user, wherein the state of mind of the user is such as the user being focused, relaxed, tense, happy, angry, hungry, thirsty or excited; and wherein a feature of the virtual object is changed based on the state of mind of the user.
A navigation method implemented by an in-vehicle infotainment system, comprising: acquiring (S110) a real world image and a navigation information; converting (S 120) the real world image to obtain a projection image, wherein the projection image is matched with an eyebox of at least one pair of vehicle-mounted glasses; superimposing (S130) the navigation information on the projection image to obtain a navigation image; and transmitting (S 140) to the vehicle-mounted glasses the navigation image so that the navigation image is displayed by the vehicle-mounted glasses, wherein in a case that the real world image is a first real world image captured by a first image capturing device (Camera1) of the in-vehicle infotainment system, characterized in that the converting the real world image to obtain a projection image further comprises: acquiring a first positional relationship between a second real world image captured by a second image capturing device (Camera2) of the vehicle-mounted glasses and the eyebox of the vehicle-mounted glasses; determining a second positional relationship between the first real world image and the second real world image; and converting the first real world image to obtain the projection image, based on the first positional relationship and the second positional relationship. acquiring (S110) a real world image and a navigation information; converting (S 120) the real world image to obtain a projection image, wherein the projection image is matched with an eyebox of at least one pair of vehicle-mounted glasses; superimposing (S130) the navigation information on the projection image to obtain a navigation image; and transmitting (S 140) to the vehicle-mounted glasses the navigation image so that the navigation image is displayed by the vehicle-mounted glasses, wherein in a case that the real world image is a first real world image captured by a first image capturing device (Camera1) of the in-vehicle infotainment system, characterized in that the converting the real world image to obtain a projection image further comprises: acquiring a first positional relationship between a second real world image captured by a second image capturing device (Camera2) of the vehicle-mounted glasses and the eyebox of the vehicle-mounted glasses; determining a second positional relationship between the first real world image and the second real world image; and converting the first real world image to obtain the projection image, based on the first positional relationship and the second positional relationship. acquiring a first positional relationship between a second real world image captured by a second image capturing device (Camera2) of the vehicle-mounted glasses and the eyebox of the vehicle-mounted glasses; determining a second positional relationship between the first real world image and the second real world image; and converting the first real world image to obtain the projection image, based on the first positional relationship and the second positional relationship.
A method of manufacturing a component of a turbomachine, the method comprising the steps of : A) providing a body of the component having a base surface, B) covering said base surface with a bond layer , C) covering said bond layer with a top layer made of abradable ceramic material creating a top surface of said component; characterized in that said base surface has patterned protrusions ; and whereby said top surface of said component has patterned protrusions , the shapes of the patterned protrusions of said top surface being similar to the shapes of patterned protrusions of said base surface. A) providing a body of the component having a base surface, B) covering said base surface with a bond layer , C) covering said bond layer with a top layer made of abradable ceramic material creating a top surface of said component;
A liquid dispensing system comprising a housing , a vacuum dispensing tube and a container for a liquid and; wherein the housing retains the vacuum dispensing tube, provides an enclosure about an aperture defined within a wall of the container and is operably attached to a support surface; wherein the container operably serves to provide a reservoir of liquid; wherein the vacuum dispensing tube has an inlet pipe and an outlet pipe; wherein the inlet pipe of the vacuum dispensing tube is operably arranged within the container through the aperture, whereby liquid can be removed from the container and be dispensed from the outlet pipe; wherein the housing is provided with a container securement element , operable in an open state to allow placement of the container within the housing and, in a secured state, to allow engagement of at least one of the securement element and the housing with a handle of the container whereby to ensure secure association of the container, the housing and the inlet pipe with respect to the container. wherein the housing retains the vacuum dispensing tube, provides an enclosure about an aperture defined within a wall of the container and is operably attached to a support surface; wherein the container operably serves to provide a reservoir of liquid; wherein the vacuum dispensing tube has an inlet pipe and an outlet pipe; wherein the inlet pipe of the vacuum dispensing tube is operably arranged within the container through the aperture, whereby liquid can be removed from the container and be dispensed from the outlet pipe; wherein the housing is provided with a container securement element , operable in an open state to allow placement of the container within the housing and, in a secured state, to allow engagement of at least one of the securement element and the housing with a handle of the container whereby to ensure secure association of the container, the housing and the inlet pipe with respect to the container.
A method implemented in a user login device, the method comprising: capturing a plurality of fingerprint readings as enrollment biometric identifier readings of a user during an operational user action, wherein each of said biometric identifier readings is time-stamped and discarded after a predefined period, wherein the operational user action is a user action the user takes during the normal course of operation of the user login device, as opposed to an explicit enrollment action; grouping said fingerprint readings based on similarity, and applying the enrollment biometric identifier readings in creating a respective user identifier template from a single group, if a predefined number of biometric identifier readings is available for use. capturing a plurality of fingerprint readings as enrollment biometric identifier readings of a user during an operational user action, wherein each of said biometric identifier readings is time-stamped and discarded after a predefined period, wherein the operational user action is a user action the user takes during the normal course of operation of the user login device, as opposed to an explicit enrollment action; grouping said fingerprint readings based on similarity, and applying the enrollment biometric identifier readings in creating a respective user identifier template from a single group, if a predefined number of biometric identifier readings is available for use.
An ignition charge consisting of a cellulose ester-based carrier film having on one side thereof an ignition filler discontinuously distributed, in solid geometric volume patterns, over a plurality of areas of the film, said ignition filler comprising about 88% to about 92% by weight of ignition powder(s) and about 7% to about 10% by weight of cellulose ester.
A method of using a sequencing cell, the method comprising: obtaining a plurality of measured signal values for the sequencing cell having a voltage applied across the sequencing cell, the sequencing cell including a nucleic acid, wherein the applied voltage includes an alternating signal having a first portion and a second portion relative to a reference voltage; determining a first set of one or more signal values measured during the first portion of the alternating signal; determining a second set of one or more signal values measured during the second portion of the alternating signal, wherein the first set of one or more signal values and second set of one or more signal values are determined with no molecule in a nanopore of the sequencing cell; determining a normalization factor based on the second set of one or more signal values; determining a third set of one or more signal values measured during the first portion of the alternating signal when a tag molecule is threaded in the nanopore of the sequencing cell, the tag molecule corresponding to a particular nucleotide; and normalizing the third set of one or more signal values using the normalization factor to obtain one or more normalized signal values. obtaining a plurality of measured signal values for the sequencing cell having a voltage applied across the sequencing cell, the sequencing cell including a nucleic acid, wherein the applied voltage includes an alternating signal having a first portion and a second portion relative to a reference voltage; determining a first set of one or more signal values measured during the first portion of the alternating signal; determining a second set of one or more signal values measured during the second portion of the alternating signal, wherein the first set of one or more signal values and second set of one or more signal values are determined with no molecule in a nanopore of the sequencing cell; determining a normalization factor based on the second set of one or more signal values; determining a third set of one or more signal values measured during the first portion of the alternating signal when a tag molecule is threaded in the nanopore of the sequencing cell, the tag molecule corresponding to a particular nucleotide; and normalizing the third set of one or more signal values using the normalization factor to obtain one or more normalized signal values.
A synergistic composition comprising: (a) a Reynoutria sp. extract, wherein said extract contains physcion and (b) propiconazole.
A catheter assembly for modifying intravascular lesions, comprising: a sonic connector at a proximal end of a core wire , the sonic connector configured to couple to an ultrasound-producing mechanism and transmit vibrational energy to the proximal end of the core wire , which core wire includes a distal end portion ; a damping mechanism including a gasket system around a proximal end portion of the core wire in a damping-mechanism bore of the catheter assembly, the damping mechanism configured to damp the vibrational energy; and a heat sink (410; 510A, 510B; 710; 810) connected to the damping mechanism , characterised in that the heat sink (410; 510A, 510B; 710; 810) includes a first sleeve (412; 512; 712; 812) around the gasket system and a second sleeve (412; 512A, 512B; 712; 812) around the first sleeve (412; 512; 712; 812), and the first sleeve (412; 512; 712; 812) includes a cavity formed by a circumferential groove around the first sleeve (412; 512; 712; 812), the cavity is filled with a coolant, and the second sleeve (412; 512A, 512B; 712; 812) is disposed over the cavity . a sonic connector at a proximal end of a core wire , the sonic connector configured to couple to an ultrasound-producing mechanism and transmit vibrational energy to the proximal end of the core wire , which core wire includes a distal end portion ; a damping mechanism including a gasket system around a proximal end portion of the core wire in a damping-mechanism bore of the catheter assembly, the damping mechanism configured to damp the vibrational energy; and a heat sink (410; 510A, 510B; 710; 810) connected to the damping mechanism , characterised in that the heat sink (410; 510A, 510B; 710; 810) includes a first sleeve (412; 512; 712; 812) around the gasket system and a second sleeve (412; 512A, 512B; 712; 812) around the first sleeve (412; 512; 712; 812), and the first sleeve (412; 512; 712; 812) includes a cavity formed by a circumferential groove around the first sleeve (412; 512; 712; 812), the cavity is filled with a coolant, and the second sleeve (412; 512A, 512B; 712; 812) is disposed over the cavity .
A frame structure configuration method performed by a base station, characterized in that the method comprises: transmitting at least two cell-specific frame structure configurations to user equipment (UE), wherein each cell-specific frame structure configuration comprises a periodicity of cell-specific uplink and/or downlink resources and a configuration for the uplink and/or downlink resources within the periodicity, wherein, at least two periodicities of cell-specific uplink and/or downlink resources corresponding to the at least two cell-specific frame structure configurations are sequentially concatenated in a time domain, to form a first period, and the first period is continuously repeated in the time domain, periodicities of cell-specific uplink and/or downlink resources that are concatenated in a time domain are same or different, and/or configurations for the uplink and/or downlink resources within periodicities concatenated in the time domain are same or different.