mhurhangee/patent-ind-claim-en huggingface dataset:
A system for inerting a fuel tank, comprising: a fuel tank including a liquid space and a vapor space therein; a first flow path (14', 14") that receives fluid comprising non-condensable gas from the fuel tank vapor space ; an ejector including a suction port that receives the fluid comprising non-condensable gas from the first flow path; an inert gas generator (22', 22") configured to generate an inert gas ; wherein the ejector includes a motive fluid port that receives the inert gas as a motive fluid, and an outlet port that discharges a mixed fluid that is a combination of the motive fluid and the fluid comprising non-condensable gas; and a second flow path from the ejector outlet port to the fuel tank configured to direct the mixed fluid to the fuel tank ; and a first gas treatment module , arranged along the first flow path (14', 14") between the fuel tank and the ejector , the first gas treatment module configured to receive gas from the fuel tank to treat said gas and discharge fluid comprising the non-condensable gas to the ejector along the first flow path (14', 14"). a fuel tank including a liquid space and a vapor space therein; a first flow path (14', 14") that receives fluid comprising non-condensable gas from the fuel tank vapor space ; an ejector including a suction port that receives the fluid comprising non-condensable gas from the first flow path; an inert gas generator (22', 22") configured to generate an inert gas ; wherein the ejector includes a motive fluid port that receives the inert gas as a motive fluid, and an outlet port that discharges a mixed fluid that is a combination of the motive fluid and the fluid comprising non-condensable gas; and a second flow path from the ejector outlet port to the fuel tank configured to direct the mixed fluid to the fuel tank ; and a first gas treatment module , arranged along the first flow path (14', 14") between the fuel tank and the ejector , the first gas treatment module configured to receive gas from the fuel tank to treat said gas and discharge fluid comprising the non-condensable gas to the ejector along the first flow path (14', 14").
An apparatus, comprising: a set of first-type switch cells , wherein each of the first-type switch cells is configured to couple a first power rail (TVDD) to a second power rail (VDD) via a first relatively weak transistor (M52) in response to a first enable signal (WK _EN), and couple the first power rail to the second power rail via a first relatively strong transistor (M51) in response to a second enable signal (ST _EN), wherein the first relatively weak transistor has a turn-on resistance higher than a turn-on resistance of the first relatively strong transistor; and a set of second-type switch cells , wherein each of the second-type switch cells is configured to couple the first power rail to the second power rail via a second relatively weak transistor (M62) and a second relatively strong transistor (M61) in response to the second enable signal, and pass through the first enable signal without applying the first enable signal to the second relatively weak transistor or the second relatively strong transistor, wherein the second relatively weak transistor has a turn-on resistance higher than a turn-on resistance of the second relatively strong transistor, wherein the set of first-type switch cells are daisy chained with the set of second-type switch cells, so that the first enable signal and the second enable signal propagate through the switch cells in the same direction. a set of first-type switch cells , wherein each of the first-type switch cells is configured to couple a first power rail (TVDD) to a second power rail (VDD) via a first relatively weak transistor (M52) in response to a first enable signal (WK _EN), and couple the first power rail to the second power rail via a first relatively strong transistor (M51) in response to a second enable signal (ST _EN), wherein the first relatively weak transistor has a turn-on resistance higher than a turn-on resistance of the first relatively strong transistor; and a set of second-type switch cells , wherein each of the second-type switch cells is configured to couple the first power rail to the second power rail via a second relatively weak transistor (M62) and a second relatively strong transistor (M61) in response to the second enable signal, and pass through the first enable signal without applying the first enable signal to the second relatively weak transistor or the second relatively strong transistor, wherein the second relatively weak transistor has a turn-on resistance higher than a turn-on resistance of the second relatively strong transistor, wherein the set of first-type switch cells are daisy chained with the set of second-type switch cells, so that the first enable signal and the second enable signal propagate through the switch cells in the same direction.
Imaging optical system with a plurality of mirrors (M1 to M8), which image an object field in an object plane into an image field in an image plane via a beam path of imaging light between the object field and the image field , the last mirror (M8) in the beam path of the imaging light between the object field and the image field having a through-opening within the pupil area for the passage of the imaging light , characterized in that, - a penultimate mirror (M7) of the imaging optical system in the beam path of the imaging light between the object field and the image field is arranged outside a bundle of the imaging light in front of the imaging field , - a reflective face of the penultimate mirror (M7) within an optically used region of the penultimate mirror (M7) has no through-opening for the passage of the imaging light , - wherein the plurality of mirrors (M1 to M8) of the imaging optical system comprises precisely eight mirrors. - a penultimate mirror (M7) of the imaging optical system in the beam path of the imaging light between the object field and the image field is arranged outside a bundle of the imaging light in front of the imaging field , - a reflective face of the penultimate mirror (M7) within an optically used region of the penultimate mirror (M7) has no through-opening for the passage of the imaging light , - wherein the plurality of mirrors (M1 to M8) of the imaging optical system comprises precisely eight mirrors.
A computer implemented method for managing software aircraft parts, the computer implemented method comprising: creating an alternate parts signature list file having a set of signatures for a set of software aircraft parts, the alternate parts signature list file not comprising the software aircraft parts; signing the alternate parts signature list file; placing the alternate parts signature list file in a crate to form a crated alternate parts signature list file; signing the crated alternate parts signature list file to form a signed crate; sending the signed crate to an aircraft data processing system as a software aircraft part without sending the software aircraft parts; and replacing each signature for a software aircraft part on the aircraft data processing system with a corresponding signature in the signed crate to form a set of current signatures on the aircraft data processing system; in which the crate is a file using a file format that may store a set of files. creating an alternate parts signature list file having a set of signatures for a set of software aircraft parts, the alternate parts signature list file not comprising the software aircraft parts; signing the alternate parts signature list file; placing the alternate parts signature list file in a crate to form a crated alternate parts signature list file; signing the crated alternate parts signature list file to form a signed crate; sending the signed crate to an aircraft data processing system as a software aircraft part without sending the software aircraft parts; and replacing each signature for a software aircraft part on the aircraft data processing system with a corresponding signature in the signed crate to form a set of current signatures on the aircraft data processing system; in which the crate is a file using a file format that may store a set of files.
A communication apparatus, which is a terminal apparatus , the communication apparatus comprising: a control unit configured to measure a terminal-specific reference signal transmitted in a radio resource allocated to the terminal apparatus in units of the radio resource, transmit information indicating a measurement result in units of the radio resource as information indicating the measurement result in units of a sub-band, wherein the information indicating the measurement result is a channel state report, and transmit the channel state report along with a hybrid automatic repeat-request, HARQ, response in response to data received from a base station . measure a terminal-specific reference signal transmitted in a radio resource allocated to the terminal apparatus in units of the radio resource, transmit information indicating a measurement result in units of the radio resource as information indicating the measurement result in units of a sub-band, wherein the information indicating the measurement result is a channel state report, and transmit the channel state report along with a hybrid automatic repeat-request, HARQ, response in response to data received from a base station .
An engine control system for controlling an engine , the engine control system comprising an injection device which injects fuel directly into a cylinder, and a recirculation device which recirculates exhaust gas to an intake side, wherein when the temperature of the recirculating exhaust gas to be recirculated by the recirculation device is higher as opposed to when the temperature is lower than a predetermined temperature, or when the amount of the recirculating exhaust gas to be recirculated by the recirculation device is larger as opposed to when the amount is smaller than a predetermined amount, the engine control system executes advancing a fuel injection timing of the injection device, and reducing the frequency of divided multi-stage injection of the injection device during a period from intake top dead center and compression top dead center, wherein the engine is an engine including an ignition device which discharges into an air-fuel mixture in the cylinder, and an ignition adjustment device which adjusts the amount of charge or frequency of discharge of the ignition device, and when the temperature of the recirculating exhaust gas is higher as opposed to when the temperature is lower than a predetermined temperature, or when the amount of the recirculating exhaust gas is larger as opposed to when the amount is smaller than a predetermined amount, the engine control system executes at least one of increasing the amount of charge of the ignition adjustment device, and increasing the frequency of discharge of the ignition adjustment device.
A method for determining virtual articulation from dental scans, the method being implemented on a processor and comprising steps of: receiving digital 3D models of a person's maxillary arch and mandibular arch ; receiving digital 3D models of a plurality of different bite poses (32-36) of the maxillary and mandibular arches ; and determining a virtual articulation model, based upon the digital 3D models of the plurality of different bite poses, including a pure rotation axis for each bite pose of the mandibular arch with respect to the maxillary arch , with mandibular arch movement for each bite pose being describable as a rotation about the pure rotation axis for the bite pose without an additional translation; wherein the step of receiving digital 3D models of a plurality of different bite poses (32-36) includes receiving the digital 3D models for a closed bite pose, an open bite pose, a protrusive bite pose, a left lateral bite pose, and a right lateral bite pose. receiving digital 3D models of a person's maxillary arch and mandibular arch ; receiving digital 3D models of a plurality of different bite poses (32-36) of the maxillary and mandibular arches ; and determining a virtual articulation model, based upon the digital 3D models of the plurality of different bite poses, including a pure rotation axis for each bite pose of the mandibular arch with respect to the maxillary arch , with mandibular arch movement for each bite pose being describable as a rotation about the pure rotation axis for the bite pose without an additional translation; wherein the step of receiving digital 3D models of a plurality of different bite poses (32-36) includes receiving the digital 3D models for a closed bite pose, an open bite pose, a protrusive bite pose, a left lateral bite pose, and a right lateral bite pose.
A tool for manipulating a target , the tool comprising: a housing defining a chamber , the chamber having at least one outlet ; a propellant source located within the chamber ; an ignition mechanism for igniting the propellant source ; and a control mechanism ; wherein, upon ignition of the propellant source , the propellant source is operable to deflagrate, creating at least one stream of combustion products, the chamber directing the/each stream of combustion products through the/each outlet , towards the target to be manipulated, at least one parameter of the/each stream of combustion products being changeable by the control mechanism ; and wherein the at least one parameter which is changed by the control mechanism is the energy in the/each stream of combustion products, to control the depth of penetration of the/each stream of combustion products into the target . a housing defining a chamber , the chamber having at least one outlet ; a propellant source located within the chamber ; an ignition mechanism for igniting the propellant source ; and a control mechanism ; wherein, upon ignition of the propellant source , the propellant source is operable to deflagrate, creating at least one stream of combustion products, the chamber directing the/each stream of combustion products through the/each outlet , towards the target to be manipulated, at least one parameter of the/each stream of combustion products being changeable by the control mechanism ; and wherein the at least one parameter which is changed by the control mechanism is the energy in the/each stream of combustion products, to control the depth of penetration of the/each stream of combustion products into the target .
A user equipment for performing sidelink communication in a network scheduling transmission mode, comprising: a memory ; a transceiver ; and a processor coupled to the memory and the transceiver, wherein the processor is configured to: control the transceiver to receive a network configuration of a plurality of configured grant-free resources within network scheduled sidelink resource from a base station; and perform the sidelink communication using the configured grant-free resources; wherein the configured grant-free resources can be used to perform the sidelink communication without receiving a sidelink grant from the base station in response to a scheduling request; wherein upon an arrival of a sidelink data packet from an upper layer of the user equipment for transmission, the transceiver performs a sidelink transmission of a data transport block, TB, using the configured grant-free resources within a latency time period requirement which is according to a proximity service, ProSe, per packet priority, PPPP, level of the sidelink data packet. a memory ; a transceiver ; and a processor coupled to the memory and the transceiver, wherein the processor is configured to: control the transceiver to receive a network configuration of a plurality of configured grant-free resources within network scheduled sidelink resource from a base station; and perform the sidelink communication using the configured grant-free resources; wherein the configured grant-free resources can be used to perform the sidelink communication without receiving a sidelink grant from the base station in response to a scheduling request; control the transceiver to receive a network configuration of a plurality of configured grant-free resources within network scheduled sidelink resource from a base station; and perform the sidelink communication using the configured grant-free resources; wherein the configured grant-free resources can be used to perform the sidelink communication without receiving a sidelink grant from the base station in response to a scheduling request; wherein upon an arrival of a sidelink data packet from an upper layer of the user equipment for transmission, the transceiver performs a sidelink transmission of a data transport block, TB, using the configured grant-free resources within a latency time period requirement which is according to a proximity service, ProSe, per packet priority, PPPP, level of the sidelink data packet.
A yarn winder producing a package (Pw) by winding a yarn (Y) onto a bobbin (Bw) while reciprocally moving, in a predetermined traverse direction, a traverse guide to which the yarn (Y) is threaded, the yarn winder comprising: a guide driving unit which is configured to reciprocally move the traverse guide in the traverse direction; and a controller which is configured to control the guide driving unit , wherein the controller is able to perform: normal control of reversing the traverse guide at a predetermined regular position (Ts); and creeping control of reversing the traverse guide at at least one creeping position (T1-T4) which is in a creeping region (C) that is distanced inward from the regular position (Ts) by a predetermined distance (L), and for each reciprocal movement of the traverse guide , the controller is able to determine either the normal control or the creeping control is performed, characterized in that the predetermined distance (L) is 10 mm or more and 30 mm or less. a guide driving unit which is configured to reciprocally move the traverse guide in the traverse direction; and a controller which is configured to control the guide driving unit , wherein the controller is able to perform: normal control of reversing the traverse guide at a predetermined regular position (Ts); and creeping control of reversing the traverse guide at at least one creeping position (T1-T4) which is in a creeping region (C) that is distanced inward from the regular position (Ts) by a predetermined distance (L), and for each reciprocal movement of the traverse guide , the controller is able to determine either the normal control or the creeping control is performed, characterized in that the predetermined distance (L) is 10 mm or more and 30 mm or less. normal control of reversing the traverse guide at a predetermined regular position (Ts); and creeping control of reversing the traverse guide at at least one creeping position (T1-T4) which is in a creeping region (C) that is distanced inward from the regular position (Ts) by a predetermined distance (L), and for each reciprocal movement of the traverse guide , the controller is able to determine either the normal control or the creeping control is performed, characterized in that the predetermined distance (L) is 10 mm or more and 30 mm or less.
Household appliance , which is embodied as a dishwasher or an automatic coffee machine or as a cooking appliance, with a household appliance actuation means, which is provided, and is specifically equipped and/or designed, to be pressed into the household appliance by an operator, and which has a grip element (10; 10a to 10f), which has a grip region (12; 12a to 12f), characterised in that the grip region (12; 12a to 12f) is at least partially formed by a slip-resistant layer (14; 14a to 14f).
An omnibus having an internal combustion engine and an associated engine cooling system which has two coolant circuits into which at least one radiator is incorporated, wherein the radiators are arranged on the omnibus roof, wherein the radiators are pitched on the rear part of the roof parallel to one another and at an angle to the roof surface, characterized in that the radiators are pitched towards the vehicle centre with opposite inclinations in a roof-shaped manner, wherein a partition wall which splits the air path is arranged between the radiators , and wherein the air path between each radiator and the associated fan can be blocked off via a partition wall having slats , and/or the air path can be blocked off behind each fan via the partition wall having slats .
A vapor chamber based on a flat plate loop heat pipe, wherein the vapor chamber is suitable to be attached to heat sources, and is characterized by comprising: a heat spreading plate and the flat plate loop heat pipe composed of an evaporator , a reservoir and a gas/liquid line ; the flat plate loop heat pipe is pre-buried in the heat spreading plate; the evaporator is arranged at a position, that, in use, may be attached to a biggest heat source in the heat sources, on the heat spreading plate; the reservoir is used to supply liquid to the evaporator; heat source attached regions are positions that are, in use, suitable to be attached to other heat sources except the biggest heat source in the heat sources, on the heat spreading plate, and heat sink attached regions are positions not intended to be attached, in use, to the heat sources, on the heat spreading plate; the gas/liquid line led out from an outlet of the evaporator is cyclically disposed between the heat source attached regions and the heat sink attached regions on the heat spreading plate, so that, when in use, a liquid working fluid enters the heat sink attached regions after absorbing heat of the heat source attached regions and being evaporated into vapor, and a gas working fluid releases heat in the heat sink attached regions and is condensed into liquid; and circulation is performed hereby, and the working fluid finally flows back into the reservoir after being condensed by the heat sink attached regions into liquid, thus forming a loop. the gas/liquid line led out from an outlet of the evaporator is cyclically disposed between the heat source attached regions and the heat sink attached regions on the heat spreading plate, so that, when in use, a liquid working fluid enters the heat sink attached regions after absorbing heat of the heat source attached regions and being evaporated into vapor, and a gas working fluid releases heat in the heat sink attached regions and is condensed into liquid; and circulation is performed hereby, and the working fluid finally flows back into the reservoir after being condensed by the heat sink attached regions into liquid, thus forming a loop.
A sample handling system comprising: a sample processing unit ; a transfer unit for transferring samples to the sample processing unit; and a buffer unit connected to the transfer unit for temporarily storing the samples mounted on sample racks in a stand-by state; characterised in that the buffer unit includes a buffer section and a cold storage section , wherein the buffer section mounts a general sample rack and the cold storage section stores the sample racks to be stored in a thermally insulated state, wherein a sample rack stored, either in the buffer section or in the cold storage section , can be accessed and taken out at random with a handling unit provided on a transfer mechanism . a sample processing unit ; a transfer unit for transferring samples to the sample processing unit; and a buffer unit connected to the transfer unit for temporarily storing the samples mounted on sample racks in a stand-by state; characterised in that the buffer unit includes a buffer section and a cold storage section , wherein the buffer section mounts a general sample rack and the cold storage section stores the sample racks to be stored in a thermally insulated state, wherein a sample rack stored, either in the buffer section or in the cold storage section , can be accessed and taken out at random with a handling unit provided on a transfer mechanism .