mhurhangee/patent-ind-claim-en huggingface dataset:
A washing machine, comprising: an inner drum being a closed container during washing after an opening is fastened by a lid ; the inner drum is provided with at least a hole , and a centrifugal valve ; wherein the inner drum is provided with a water guide channel where water drained from the hole can be led to a water collection disk ; the water guide channel extends at least partially in a direction deviating from an axis of rotation of the inner drum and has an inclined part inclined relative to the axis of rotation of the inner drum ; the water guide channel is provided with the centrifugal valve for controlling on and off of the water guide channel ; the centrifugal valve is installed at the inclined part of the water guide channel ; the centrifugal valve comprises a valve core being movably installed in the water guide channel , and blocking a cross-section of the water guide channel correspondingly in an initial position; and an elastic member being clamped between the valve core and the water guide channel to limit movement of the valve core and providing a force for the valve core to reset to the initial position; after the inner drum rotating at a set speed, the valve core of the centrifugal valve is driven by centrifugal force and moves along an inner wall of the inclined part of the water guide channel to open the water guide channel correspondingly. an inner drum being a closed container during washing after an opening is fastened by a lid ; the inner drum is provided with at least a hole , and a centrifugal valve ; wherein the inner drum is provided with a water guide channel where water drained from the hole can be led to a water collection disk ; the water guide channel extends at least partially in a direction deviating from an axis of rotation of the inner drum and has an inclined part inclined relative to the axis of rotation of the inner drum ; the water guide channel is provided with the centrifugal valve for controlling on and off of the water guide channel ; the centrifugal valve is installed at the inclined part of the water guide channel ; the centrifugal valve comprises a valve core being movably installed in the water guide channel , and blocking a cross-section of the water guide channel correspondingly in an initial position; and an elastic member being clamped between the valve core and the water guide channel to limit movement of the valve core and providing a force for the valve core to reset to the initial position; a valve core being movably installed in the water guide channel , and blocking a cross-section of the water guide channel correspondingly in an initial position; and an elastic member being clamped between the valve core and the water guide channel to limit movement of the valve core and providing a force for the valve core to reset to the initial position; after the inner drum rotating at a set speed, the valve core of the centrifugal valve is driven by centrifugal force and moves along an inner wall of the inclined part of the water guide channel to open the water guide channel correspondingly.
A composition comprising 15-Hydroxy-eicosa-5,8,11,13,17-pentaenoic acid ("15-HEPE") for use in the treatment or prevention of a fatty liver disorder wherein the 15-HEPE comprises its free acid form, a pharmaceutically acceptable ester, conjugate, or salt thereof, or mixtures thereof.
A gas turbine engine controller , the gas turbine engine comprising: a compressor ; a combustor ; and a motor configured to drive the compressor ; wherein the controller is configured to: in a first idle mode, control combustor fuel flow to maintain compressor rotational speed (N2) at or above a first predetermined value; and in a second idle mode, control combustor fuel flow and the motor to drive the compressor to maintain the compressor rotational speed (N2) at or above a second predetermined value, lower than the first predetermined value; characterised in that : the combustor comprises a plurality of fuel injectors (40a-h), and wherein the controller is configured to operate only a subset of the fuel injectors (40a-h) during operation in the second idle mode. a compressor ; a combustor ; and a motor configured to drive the compressor ; wherein the controller is configured to: in a first idle mode, control combustor fuel flow to maintain compressor rotational speed (N2) at or above a first predetermined value; and in a second idle mode, control combustor fuel flow and the motor to drive the compressor to maintain the compressor rotational speed (N2) at or above a second predetermined value, lower than the first predetermined value; characterised in that : the combustor comprises a plurality of fuel injectors (40a-h), and wherein the controller is configured to operate only a subset of the fuel injectors (40a-h) during operation in the second idle mode. in a first idle mode, control combustor fuel flow to maintain compressor rotational speed (N2) at or above a first predetermined value; and in a second idle mode, control combustor fuel flow and the motor to drive the compressor to maintain the compressor rotational speed (N2) at or above a second predetermined value, lower than the first predetermined value; characterised in that : the combustor comprises a plurality of fuel injectors (40a-h), and wherein the controller is configured to operate only a subset of the fuel injectors (40a-h) during operation in the second idle mode.
A method for detecting at least one physiological signal of a patient , wherein the method comprises the following method steps: monitoring at least a subsection of a patient's surface with a thermal camera which generates consecutive video frames with multiple pixels of the monitored subsection , wherein the subsection of a patient's surface includes at least a part of a humid portion of the surface, in particular the mouth and/or nose area of the patient as a region of interest ; generating time-resolved temperature values of at least one pixel of the region of interest ; and generating a cardiac signal as the physiological signal based on the generated time-resolved temperature values due to temperature changes due to breathing air flow. monitoring at least a subsection of a patient's surface with a thermal camera which generates consecutive video frames with multiple pixels of the monitored subsection , wherein the subsection of a patient's surface includes at least a part of a humid portion of the surface, in particular the mouth and/or nose area of the patient as a region of interest ; generating time-resolved temperature values of at least one pixel of the region of interest ; and generating a cardiac signal as the physiological signal based on the generated time-resolved temperature values due to temperature changes due to breathing air flow.
A computer-implemented method of detecting network security threats, the method comprising the following steps: receiving at an analysis engine events relating to a monitored network; analysing the received events to match at least one event to a tactic or technique defined by a threat hypothesis and, in response, creating a case as an instance of the threat hypothesis in an experience database , the case being populated with data of the identified at least one event; assigning a threat score to the created case based on the at least one event, the threat score denoting a likelihood of the threat hypothesis; matching at least one further event to a subsequent or prior tactic or technique defined by the threat hypothesis of the created case and populating the case with data of the at least one further event, the threat score assigned to that case being updated in response, the updated threat score denoting an increased likelihood of the threat hypothesis; and in response to the updated threat score for one of the cases meeting a significance condition, rendering that case accessible to a user via a case user interface . receiving at an analysis engine events relating to a monitored network; analysing the received events to match at least one event to a tactic or technique defined by a threat hypothesis and, in response, creating a case as an instance of the threat hypothesis in an experience database , the case being populated with data of the identified at least one event; assigning a threat score to the created case based on the at least one event, the threat score denoting a likelihood of the threat hypothesis; matching at least one further event to a subsequent or prior tactic or technique defined by the threat hypothesis of the created case and populating the case with data of the at least one further event, the threat score assigned to that case being updated in response, the updated threat score denoting an increased likelihood of the threat hypothesis; and in response to the updated threat score for one of the cases meeting a significance condition, rendering that case accessible to a user via a case user interface .
A membrane type insulation system for LNG carrier cargo tank and liquefied gas fuel container, the membrane type insulation system comprising: an Invar tube structure having a secondary membrane connecting portion and a primary membrane connecting portion to transfer load of a cargo tank from a corner portion of the cargo tank to an inner wall of a hull ; a secondary membrane connected to the secondary membrane connecting portion ; a primary membrane connected to the primary membrane connecting portion ; and characterized in that a corrugation finishing membrane of Invar steel is connected to the secondary membrane connecting portion or the primary membrane connecting portion to seal corrugations at the corner portion in a structure wherein at least one of the primary membrane and the secondary membrane is formed of an SUS material having corrugations thereon. an Invar tube structure having a secondary membrane connecting portion and a primary membrane connecting portion to transfer load of a cargo tank from a corner portion of the cargo tank to an inner wall of a hull ; a secondary membrane connected to the secondary membrane connecting portion ; a primary membrane connected to the primary membrane connecting portion ; and characterized in that a corrugation finishing membrane of Invar steel is connected to the secondary membrane connecting portion or the primary membrane connecting portion to seal corrugations at the corner portion in a structure wherein at least one of the primary membrane and the secondary membrane is formed of an SUS material having corrugations thereon.
A semiconductor light emitting device including a light extraction layer having a light extraction surface , multiple cone-shaped parts formed in an array being provided on the light extraction surface, wherein a proportion of an area occupied by the multiple cone-shaped parts per a unit area of the light extraction surface is not less than 65% and not more than 95% in a plan view of the light extraction surface, an aspect ratio h/p defined as a proportion of a height h of the cone-shaped part relative to a distance p between apexes of adjacent cone-shaped parts is not less than 0.3 and not more than 1.0, characterized in that in a cross-sectional view perpendicular to a direction of height of the cone-shaped part, the cone-shaped part has a first portion having a shape of a hexagon or a shape intermediate between a hexagon and a circle and has a second portion having a shape closer to a circle than the first portion, and the second portion is closer to the apex of the cone-shaped part than the first portion and has a larger height than the first portion. a proportion of an area occupied by the multiple cone-shaped parts per a unit area of the light extraction surface is not less than 65% and not more than 95% in a plan view of the light extraction surface, an aspect ratio h/p defined as a proportion of a height h of the cone-shaped part relative to a distance p between apexes of adjacent cone-shaped parts is not less than 0.3 and not more than 1.0, characterized in that in a cross-sectional view perpendicular to a direction of height of the cone-shaped part, the cone-shaped part has a first portion having a shape of a hexagon or a shape intermediate between a hexagon and a circle and has a second portion having a shape closer to a circle than the first portion, and the second portion is closer to the apex of the cone-shaped part than the first portion and has a larger height than the first portion.
A three-dimensional atom trap , comprising: a first set of permanent magnets positioned along a first perimeter of a first loop; and a second set of permanent magnets positioned along a second perimeter of a second loop, wherein the first loop and the second loop bracket an internal volume of the three-dimensional atom trap; and one or more laser beam input ports enabling one or more laser beams to access the internal volume of the three-dimensional atom trap and, an optical racetrack arranged to guide a laser beam input via a laser beam input port to traverse the internal volume of the three-dimensional atom trap from three or more directions, wherein each magnet of the first set of permanent magnets has a magnetization perpendicular to the first perimeter and tilted 45 degrees away from the plane containing the first perimeter and each magnet of the second set of permanent magnets has a magnetization perpendicular to the second perimeter and tilted 45 degrees away from the plane containing the second perimeter. a first set of permanent magnets positioned along a first perimeter of a first loop; and a second set of permanent magnets positioned along a second perimeter of a second loop, wherein the first loop and the second loop bracket an internal volume of the three-dimensional atom trap; and one or more laser beam input ports enabling one or more laser beams to access the internal volume of the three-dimensional atom trap and, an optical racetrack arranged to guide a laser beam input via a laser beam input port to traverse the internal volume of the three-dimensional atom trap from three or more directions, wherein each magnet of the first set of permanent magnets has a magnetization perpendicular to the first perimeter and tilted 45 degrees away from the plane containing the first perimeter and each magnet of the second set of permanent magnets has a magnetization perpendicular to the second perimeter and tilted 45 degrees away from the plane containing the second perimeter.
Method for delimiting and monitoring at least one working area for at least one autonomously operated vehicle , wherein a transceiver unit arranged outside the vehicle is connected using signalling technology to at least one signal loop which delimits the respective working area , wherein, for the purpose of monitoring the working area , the transceiver unit transmits an output signal through the signal loop and compares it with an input signal received from the signal loop , characterized in that , in the event of a discrepancy between the output signal and the input signal, the transceiver unit identifies a malfunction of the signal loop and consequently initiates a safety procedure for the autonomous driving mode of the at least one vehicle , wherein a plurality of working areas are delimited by a respective signal loop , wherein at least two working areas are arranged so as to be superimposed at least in sections in order to form a transition area between at least two working areas , wherein the respective vehicle is equipped with a respective transmitter which is configured to at least temporarily influence the output signal from the respective signal loop .
A terminal device for operating in New Radio Unlicensed, comprising: at least one processor ; and at least one memory including computer program codes ; the at least one memory and the computer program codes are configured to, with the at least one processor , cause the terminal device at least to: determine, at the terminal device, whether a plurality of consecutive Listen-Before-Talk, LBT, failures occur on a first bandwidth part, BWP, the terminal device operating on the first BWP ; in response to the plurality of consecutive LBT failures occurring on the first BWP, switch to a second BWP different from the first BWP ; and transmit, to a network device serving the terminal device, an indication on a random access procedure triggered by the plurality of consecutive LBT failures, wherein the indication is transmitted via a Media Access Control, MAC, control element . at least one processor ; and at least one memory including computer program codes ; the at least one memory and the computer program codes are configured to, with the at least one processor , cause the terminal device at least to: determine, at the terminal device, whether a plurality of consecutive Listen-Before-Talk, LBT, failures occur on a first bandwidth part, BWP, the terminal device operating on the first BWP ; in response to the plurality of consecutive LBT failures occurring on the first BWP, switch to a second BWP different from the first BWP ; and transmit, to a network device serving the terminal device, an indication on a random access procedure triggered by the plurality of consecutive LBT failures, wherein the indication is transmitted via a Media Access Control, MAC, control element . determine, at the terminal device, whether a plurality of consecutive Listen-Before-Talk, LBT, failures occur on a first bandwidth part, BWP, the terminal device operating on the first BWP ; in response to the plurality of consecutive LBT failures occurring on the first BWP, switch to a second BWP different from the first BWP ; and transmit, to a network device serving the terminal device, an indication on a random access procedure triggered by the plurality of consecutive LBT failures, wherein the indication is transmitted via a Media Access Control, MAC, control element .
Reservoir arrangement for conveying, filling and storing rod-shaped and/or cuboid products or intermediate products of the processing industry, in particular the tobacco-processing industry, while maintaining the original cross-section of an infed product massflow comprising at least one container store for storing a plurality of containers in shelf compartments , at least one container filling unit for filling products into the containers , at least one handling means for handling the containers and at least one container emptying unit for emptying the containers stored in the container store , wherein the container has a frame on which the at least one handling means, the at least one container filling unit and/or the at least one container emptying unit are mounted, and in that a plurality of shelf compartments are arranged on the frame in at least eight, preferably at least ten horizontal storage levels, wherein a massflow feed device is arranged upstream of the or each container filling unit , wherein the container filling unit has a first conveying element in a first horizontal transport plane and the massflow feed device has a second conveying element in a second horizontal transport plane which is arranged upstream, above and adjacent to the first conveying element in the first horizontal transport plane, wherein the first conveying element in the first transport plane is arranged below the second transport plane and with substantially the same transport direction as the product massflow for continuously conveying empty containers in their longitudinal extension with an end face first in the horizontal transport direction, the second conveying element of the massflow feed device is arranged in the second transport plane for continuously conveying the product massflow in the horizontal conveying direction T and wherein the arrangement includes a channel which connects the upper second transport plane to the lower first transport plane for filling the containers during continuous transport of the containers and the product massflow, so that the product massflow is divided into approximately equal portions and filled into the containers .
A pharmaceutical composition for administration to nasal mucosa comprising: oxytocin or an acid addition salt thereof or a derivative thereof selected from i) demoxytocin and carbetocin, and acid addition salts thereof; and ii) a derivative in which polysaccharide and polyethylene glycol are added thereto as a linker; and a carboxyvinyl polymer, wherein the osmolality of the composition is 0-200 mOsm.. oxytocin or an acid addition salt thereof or a derivative thereof selected from i) demoxytocin and carbetocin, and acid addition salts thereof; and ii) a derivative in which polysaccharide and polyethylene glycol are added thereto as a linker; i) demoxytocin and carbetocin, and acid addition salts thereof; and ii) a derivative in which polysaccharide and polyethylene glycol are added thereto as a linker; and a carboxyvinyl polymer, wherein the osmolality of the composition is 0-200 mOsm..
A multilayer structure comprising a base (X) and a layer (Y) stacked on the base (X), wherein the layer (Y) contains a reaction product (D) of an aluminum-containing compound (A) and a phosphorus compound (B), and the reaction product (D) has an average particle diameter of 5 to 70 nm.
A transfusible white blood cell product consisting of: a) a selected concentration of white blood cells, wherein said white blood cells are present in an amount of approximately 0.1-500 × 10 6 per ml; and b) a medium consisting of a synthetic aqueous solution and, optionally, plasma and/or human serum, wherein the synthetic aqueous solution consists of: approximately 45-120 mM sodium chloride; approximately 5-15 mM sodium citrate; approximately 20-40 mM sodium acetate; approximately 0.05-12 mM of sodium phosphate; approximately 0.05-3 mM magnesium ion; approximately 0.05-10 mM potassium chloride; approximately 5-40 mM sodium bicarbonate; and approximately 0.5-30 mM glucose. a) a selected concentration of white blood cells, wherein said white blood cells are present in an amount of approximately 0.1-500 × 10 6 per ml; and b) a medium consisting of a synthetic aqueous solution and, optionally, plasma and/or human serum, wherein the synthetic aqueous solution consists of: approximately 45-120 mM sodium chloride; approximately 5-15 mM sodium citrate; approximately 20-40 mM sodium acetate; approximately 0.05-12 mM of sodium phosphate; approximately 0.05-3 mM magnesium ion; approximately 0.05-10 mM potassium chloride; approximately 5-40 mM sodium bicarbonate; and approximately 0.5-30 mM glucose. approximately 45-120 mM sodium chloride; approximately 5-15 mM sodium citrate; approximately 20-40 mM sodium acetate; approximately 0.05-12 mM of sodium phosphate; approximately 0.05-3 mM magnesium ion; approximately 0.05-10 mM potassium chloride; approximately 5-40 mM sodium bicarbonate; and approximately 0.5-30 mM glucose.