mhurhangee/patent-ind-claim-en huggingface dataset:
A tool for manipulating a target with combustion products from a propellant, the tool comprising: a housing defining a chamber ; a propellant source located within the chamber; an ignition mechanism for igniting propellant at the propellant source ; and at least one chamber outlet for combustion products from the propellant source ; wherein the chamber housing is formed of at least two parts that are moveable one relative to the other, to reveal the chamber outlet or a plurality of chamber outlets; and wherein the tool is configured to automatically open the chamber outlet or the plurality of chamber outlets from a closed condition, following ignition of the propellant at the propellant source . a housing defining a chamber ; a propellant source located within the chamber; an ignition mechanism for igniting propellant at the propellant source ; and at least one chamber outlet for combustion products from the propellant source ; wherein the chamber housing is formed of at least two parts that are moveable one relative to the other, to reveal the chamber outlet or a plurality of chamber outlets; and wherein the tool is configured to automatically open the chamber outlet or the plurality of chamber outlets from a closed condition, following ignition of the propellant at the propellant source .
A device for use in orthodontic treatment comprising: an orthodontic aligner adapted to fit a set of teeth and to apply a pressure in a range that moves at least one tooth in the set of teeth relative to surrounding gum tissue; and a sensor disposed in the orthodontic aligner and configured to sense the applied pressure between the aligner and the at least one tooth in the set of teeth , characterised in that the sensor comprises a first inductive electrode ; a second inductive electrode ; and a deforming layer disposed between the first inductive electrode and the second inductive electrode , wherein the deforming layer is configured to deform relative to a pressure. an orthodontic aligner adapted to fit a set of teeth and to apply a pressure in a range that moves at least one tooth in the set of teeth relative to surrounding gum tissue; and a sensor disposed in the orthodontic aligner and configured to sense the applied pressure between the aligner and the at least one tooth in the set of teeth , characterised in that the sensor comprises a first inductive electrode ; a second inductive electrode ; and a deforming layer disposed between the first inductive electrode and the second inductive electrode , wherein the deforming layer is configured to deform relative to a pressure.
A water purifier, comprising: a hot water tank ; an inlet pipe connected to the hot water tank and configured to supply purified water to the hot water tank ; a heater configured to heat the hot water tank ; an inverter printed circuit board configured to control the operation of the heater ; a heat sink formed of a metal material and disposed to partially enclose the inlet pipe ; and a power semiconductor element electrically connected to the inverter printed circuit board to control power to the heater , and fixed to the heat sink to heat-exchange with purified water flowing in the inlet pipe ; characterized in that the inlet pipe includes a first extension part and a second extension part that are bent at least one time at one side of the heat sink to intersect the heat sink in opposite directions from each other, and wherein the inlet pipe is configured to supply purified water to the hot water tank via the heat sink , and the power semiconductor element is fixed to an external surface of the heat sink to heat-exchange with purified water flowing through the heat sink. a hot water tank ; an inlet pipe connected to the hot water tank and configured to supply purified water to the hot water tank ; a heater configured to heat the hot water tank ; an inverter printed circuit board configured to control the operation of the heater ; a heat sink formed of a metal material and disposed to partially enclose the inlet pipe ; and a power semiconductor element electrically connected to the inverter printed circuit board to control power to the heater , and fixed to the heat sink to heat-exchange with purified water flowing in the inlet pipe ; characterized in that the inlet pipe includes a first extension part and a second extension part that are bent at least one time at one side of the heat sink to intersect the heat sink in opposite directions from each other, and wherein the inlet pipe is configured to supply purified water to the hot water tank via the heat sink , and the power semiconductor element is fixed to an external surface of the heat sink to heat-exchange with purified water flowing through the heat sink.
A method of optical telecommunications performance monitoring comprising: detecting a pilot tone associated with a wavelength channel, the pilot tone including a first frequency in a first frequency range and a second frequency in a second frequency range; and characterized in selecting one of the frequencies of the pilot tone to obtain wavelength channel information, wherein each of the frequencies carries identical wavelength channel information, the first frequency in the first frequency range is smaller than the second frequency in the second frequency range, the first frequency is selected to lessen chromatic dispersion effects and the second frequency is selected to lessen stimulated Raman scattering (SRS) effects. detecting a pilot tone associated with a wavelength channel, the pilot tone including a first frequency in a first frequency range and a second frequency in a second frequency range; and selecting one of the frequencies of the pilot tone to obtain wavelength channel information, wherein each of the frequencies carries identical wavelength channel information, the first frequency in the first frequency range is smaller than the second frequency in the second frequency range, the first frequency is selected to lessen chromatic dispersion effects and the second frequency is selected to lessen stimulated Raman scattering (SRS) effects.
A braking control system for an aircraft having a plurality of braking wheels, the braking control system being configured to: receive input of signals from sensors representative of a plurality of measured aircraft parameters; output a plurality of brake commands to brakes associated with the braking wheels; and be able to equalise the torque applied by brake actuators to the braking wheels and the brake temperature of the braking wheels; characterised in that the braking control system comprises a task manager configured to prioritise, in response to detected events, the equalisation of one or the other of the torque and the brake temperature. receive input of signals from sensors representative of a plurality of measured aircraft parameters; output a plurality of brake commands to brakes associated with the braking wheels; and be able to equalise the torque applied by brake actuators to the braking wheels and the brake temperature of the braking wheels; characterised in that the braking control system comprises a task manager configured to prioritise, in response to detected events, the equalisation of one or the other of the torque and the brake temperature.
Cushioning for a seating or backrest portion of a motor vehicle seat, said cushioning comprising: - an elastically compressible material-based padded block , - a cap for covering said block, - a heating layer being inserted between said block and said cap, said layer comprising an electric circuit 5 made from conductive ink, said ink being based on a polymer binder wherein are dispersed conductive particles, said ink being printed on a support , said cushioning having the following features: - said circuit comprises at least one first and at least one second bus extending longitudinally, - said first bus is provided with a first connection point intended to be connected to a first pole of an electrical generator and said second bus is provided with a second connection point intended to be connected to a second pole of said generator, said connection points being located along an edge of said cushioning, - said buses are connected together by a plurality of printed microcircuits shaped so as to form resistances capable of heating said cushioning by flow of an electrical current, said cushioning being characterised in that it furthermore has, as required, either one of the following features: - said buses are made from a first ink and said microcircuits are made from a second ink, said first ink having a higher intrinsic conductivity than that of the second ink, - or indeed said buses and microcircuits are made from one same ink, said ink being deposited more thickly for said buses than for said microcircuits, such that said buses provide minimised electrical resistance to the flow of current. - an elastically compressible material-based padded block , - a cap for covering said block, - a heating layer being inserted between said block and said cap, said layer comprising an electric circuit 5 made from conductive ink, said ink being based on a polymer binder wherein are dispersed conductive particles, said ink being printed on a support , - said circuit comprises at least one first and at least one second bus extending longitudinally, - said first bus is provided with a first connection point intended to be connected to a first pole of an electrical generator and said second bus is provided with a second connection point intended to be connected to a second pole of said generator, said connection points being located along an edge of said cushioning, - said buses are connected together by a plurality of printed microcircuits shaped so as to form resistances capable of heating said cushioning by flow of an electrical current, - said buses are made from a first ink and said microcircuits are made from a second ink, said first ink having a higher intrinsic conductivity than that of the second ink, - or indeed said buses and microcircuits are made from one same ink, said ink being deposited more thickly for said buses than for said microcircuits, such that said buses provide minimised electrical resistance to the flow of current.
A method of making cheese having a ratio of K/Na of more than 0.2 up to 4.0 wherein the cheese is salted with a salting agent comprising milk minerals and NaCl, wherein the NaCl content of the cheese is more than 0.81% up to 5.0%.
An electronic architecture embedded in a system carrying out the management of the functions of said system, said functions being implemented via a set of sensors and actuators, characterised in that it comprises at least: - a central computer ; - a real-time communication network ; - a set of interface modules each assigned to a geographical area of said system, each module: ∘ aggregating signals from at least one of said sensors of the area assigned thereto and sending said signals to said central computer via said communication network; ∘ and/or distributing control signals to at least one of said actuators of the area assigned thereto; said central computer driving said actuators according to the signals from said sensors, the control signals for said actuators being sent to said interface modules via said communication network, at least one of said interface modules aggregating the signals from sensors of several functional domains and distributes commands to actuators of several functional domains, said sensors and actuators being located in the geographical area assigned to said at least one module . - a central computer ; - a real-time communication network ; - a set of interface modules each assigned to a geographical area of said system, each module: ∘ aggregating signals from at least one of said sensors of the area assigned thereto and sending said signals to said central computer via said communication network; ∘ and/or distributing control signals to at least one of said actuators of the area assigned thereto; said central computer driving said actuators according to the signals from said sensors, the control signals for said actuators being sent to said interface modules via said communication network, at least one of said interface modules aggregating the signals from sensors of several functional domains and distributes commands to actuators of several functional domains, said sensors and actuators being located in the geographical area assigned to said at least one module . ∘ aggregating signals from at least one of said sensors of the area assigned thereto and sending said signals to said central computer via said communication network; ∘ and/or distributing control signals to at least one of said actuators of the area assigned thereto;
A mobile communication method, the mobile communication method is applied to a UE-centred network comprising a plurality of access points, APs, and a local service center, wherein the APs are configured to be an intermediate node to establish mobile communications between user equipments, UEs, between a user equipment, UE and the local service center, and between a UE and an external network, and to provide a radio signal channel for a UE; the local service center equals to a UE-centred local control plane and is configured to be an intermediate node to establish mobile communications between a UE and a network service center, between a UE and an external network, and between UEs, the method comprising: monitoring , by the APs, an uplink signal sent by a UE adjacent to the APs; obtaining , by the APs, first reporting information according to the uplink signal; wherein the first reporting information comprising measuring result of the uplink signal or the first reporting information is the uplink signal; the uplink signal is a registration request signal of the UE or is an uplink detection signal of the UE; and sending , by the APs, the first reporting information to the local service center serving the APs for processing; the method further comprises: receiving, by the APs, an instruction of performing a data transmission service for the UE sent by the local service center and/or an instruction of performing a mobility measurement service for the UE sent by the local service center; receiving , by the APs, downlink data sent by the local service center; sending, by the APs, the downlink data to the UE. monitoring , by the APs, an uplink signal sent by a UE adjacent to the APs; obtaining , by the APs, first reporting information according to the uplink signal; wherein the first reporting information comprising measuring result of the uplink signal or the first reporting information is the uplink signal; the uplink signal is a registration request signal of the UE or is an uplink detection signal of the UE; and sending , by the APs, the first reporting information to the local service center serving the APs for processing; the method further comprises: receiving, by the APs, an instruction of performing a data transmission service for the UE sent by the local service center and/or an instruction of performing a mobility measurement service for the UE sent by the local service center; receiving , by the APs, downlink data sent by the local service center; sending, by the APs, the downlink data to the UE. receiving, by the APs, an instruction of performing a data transmission service for the UE sent by the local service center and/or an instruction of performing a mobility measurement service for the UE sent by the local service center; receiving , by the APs, downlink data sent by the local service center; sending, by the APs, the downlink data to the UE.
A method for providing intelligent capture, storage, and retrieval of information for task completion, the method comprising: analyzing a captured information item for identifying an associated entity, associated properties, and associated actions, wherein the captured information item is associated with a user, further comprising prioritizing one or more actions based on collected data associated with the user, the collected data comprising the user's usage and reactions to previously suggested actions; passing the identified entities, properties, and prioritized actions to an inference generator operative to index and represent the identified entities, properties, and relationships between the entities in a knowledge graph ; storing the entity, properties, and actions associated with the captured information item in the knowledge graph ; indexing the entity, properties, and actions associated with the captured information item in an index ; receiving an indication to query the index for a captured information item; querying the index for the captured information item; and retrieving the captured information item and providing the captured information item to the user on an endpoint computing device for task completion. analyzing a captured information item for identifying an associated entity, associated properties, and associated actions, wherein the captured information item is associated with a user, further comprising prioritizing one or more actions based on collected data associated with the user, the collected data comprising the user's usage and reactions to previously suggested actions; passing the identified entities, properties, and prioritized actions to an inference generator operative to index and represent the identified entities, properties, and relationships between the entities in a knowledge graph ; storing the entity, properties, and actions associated with the captured information item in the knowledge graph ; indexing the entity, properties, and actions associated with the captured information item in an index ; receiving an indication to query the index for a captured information item; querying the index for the captured information item; and retrieving the captured information item and providing the captured information item to the user on an endpoint computing device for task completion.
A compound having formula (I): or a pharmaceutically acceptable salt thereof, wherein: X is-(CH 2 ) n -; n is 1; R 1 is selected from the group consisting of C 1-6 alkyl and substituted C 1-6 alkyl; R 2 is selected from the group consisting of an amino acid, an N-substituted amino acid, -C(=O)-Y-(CR 3 R 4 ) m -NR 5 R 6 and -C(=O)-O-(CR 3 R 4 ) m -O-C(=O)-R 10 ; Y is -O- or a bond; R 2 ' is selected from the group consisting of H, C 1 -C 6 alkyl, and substituted C 1 -C 6 alkyl; each R 3 and R 4 are independently H, C 1 -C 6 alkyl, substituted C 1 -C 6 alkyl, aryl, substituted aryl, -(CR 3 R 4 ) m -NR 5 R 6 , or m is an integer selected from the group consisting of 1, 2, 3, 4, 5, 6, 7, and 8; R 5 and R 6 are independently H or alkyl; and Rio is selected from the group consisting of alkyl, substituted alkyl, cycloalkyl, substituted cycloalkyl, monosaccharide, acylated monosaccharide, aryl, substituted aryl, heteroaryl, and substituted heteroaryl, for use in treating cancer, wherein the compound having formula (I) is to be administered with immune checkpoint blockade therapy, adoptive cellular therapy, or an adenosine A2aR inhibitor. X is-(CH 2 ) n -; n is 1; R 1 is selected from the group consisting of C 1-6 alkyl and substituted C 1-6 alkyl; R 2 is selected from the group consisting of an amino acid, an N-substituted amino acid, -C(=O)-Y-(CR 3 R 4 ) m -NR 5 R 6 and -C(=O)-O-(CR 3 R 4 ) m -O-C(=O)-R 10 ; Y is -O- or a bond; R 2 ' is selected from the group consisting of H, C 1 -C 6 alkyl, and substituted C 1 -C 6 alkyl; each R 3 and R 4 are independently H, C 1 -C 6 alkyl, substituted C 1 -C 6 alkyl, aryl, substituted aryl, -(CR 3 R 4 ) m -NR 5 R 6 , or m is an integer selected from the group consisting of 1, 2, 3, 4, 5, 6, 7, and 8; R 5 and R 6 are independently H or alkyl; and Rio is selected from the group consisting of alkyl, substituted alkyl, cycloalkyl, substituted cycloalkyl, monosaccharide, acylated monosaccharide, aryl, substituted aryl, heteroaryl, and substituted heteroaryl, for use in treating cancer, wherein the compound having formula (I) is to be administered with immune checkpoint blockade therapy, adoptive cellular therapy, or an adenosine A2aR inhibitor.
A flow regulating structure for a gas sensor, comprising: a plurality of rail structures (40-1, 40-2, 40-3), each of the rail structures comprising a plurality of rod-shaped members which are arranged so as to have elongation directions being aligned to each other, characterized in that the plurality of rail structures are stacked so as to be spaced from each other along a gas flow direction, and the elongation directions of the rod-shaped members differ between mutually adjacent rail structures among the plurality of rail structures. a plurality of rail structures (40-1, 40-2, 40-3), each of the rail structures comprising a plurality of rod-shaped members which are arranged so as to have elongation directions being aligned to each other, characterized in that the plurality of rail structures are stacked so as to be spaced from each other along a gas flow direction, and the elongation directions of the rod-shaped members differ between mutually adjacent rail structures among the plurality of rail structures.
A forming system that forms a metal pipe by expansion in a die which comprises an upper die and a lower die , the system comprising: a heater that heats at least an end part of the metal pipe material ; a fluid supply unit that supplies a fluid into the metal pipe material to expand the metal pipe material ; and a controller that controls the heater and the fluid supply unit , wherein the fluid supply unit has a nozzle that supplies the fluid from the end part of the metal pipe material into the metal pipe material , and the controller controls the heater so as to heat the end part of the metal pipe material at least before the supply of the fluid by the fluid supply unit , the system being characterized in that it further comprises a holding unit provided with a first electrode and a second electrode , that are provided near a right and left ends of the lower die , and a first electrode and a second electrode , that are provided near right and left ends of the upper die , the first electrode and the second electrode functioning as the heater that heats at least an end part of the metal pipe material, and the controller controls the fluid supply unit so as to expand the end part of the metal pipe material by a pressing force generated by pressing the nozzle against the end part of the metal pipe material , or an expansion force generated by supplying the fluid from the nozzle to the end part of the metal pipe material . a heater that heats at least an end part of the metal pipe material ; a fluid supply unit that supplies a fluid into the metal pipe material to expand the metal pipe material ; and a controller that controls the heater and the fluid supply unit , a fluid supply unit that supplies a fluid into the metal pipe material to expand the metal pipe material ; and a controller that controls the heater and the fluid supply unit , wherein the fluid supply unit has a nozzle that supplies the fluid from the end part of the metal pipe material into the metal pipe material , and the controller controls the heater so as to heat the end part of the metal pipe material at least before the supply of the fluid by the fluid supply unit , the system being characterized in that it further comprises a holding unit provided with a first electrode and a second electrode , that are provided near a right and left ends of the lower die , and a first electrode and a second electrode , that are provided near right and left ends of the upper die , the first electrode and the second electrode functioning as the heater that heats at least an end part of the metal pipe material, and the controller controls the fluid supply unit so as to expand the end part of the metal pipe material by a pressing force generated by pressing the nozzle against the end part of the metal pipe material , or an expansion force generated by supplying the fluid from the nozzle to the end part of the metal pipe material .