mhurhangee/patent-ind-claim-en huggingface dataset:
A percutaneous transluminal angioplasty (PTA) catheter comprising: an expandable dilatation chamber sized and configured to exert a force when expanded sufficiently to expand a narrowed or obstructed vessel lumen portion (NR1, NR2, NR3, NR) to a size larger than nominal size of said vessel lumen portion; an elongated shaft comprising a proximal end, a distal end, and a sidewall, said elongated shaft is connected at a distal region to said expandable dilatation chamber; an inflation lumen defined at least in part by said sidewall and intercommunicating a proximal inflation inlet port and a distal inflation exit port ; and an infusion lumen , sealed to said inflation lumen, defined at least in part by said sidewall of said elongated shaft and intercommunicating a proximal infusion inlet port and a distal infusion exit port ; characterised in that said expandable dilatation chamber comprises an inflatable balloon that also forms an occlusion balloon, wherein said distal inflation exit port is disposed within an interior of said occlusion balloon, and said distal infusion exit port is positioned proximal to said occlusion balloon, such that said occlusion balloon is expandable to an occluding state that fills a cross-section of said vessel lumen portion (NR1, NR2, NR3, NR) and is configured to maintain said occluding state for a period of time to image a vascular region of said vessel lumen portion. an expandable dilatation chamber sized and configured to exert a force when expanded sufficiently to expand a narrowed or obstructed vessel lumen portion (NR1, NR2, NR3, NR) to a size larger than nominal size of said vessel lumen portion; an elongated shaft comprising a proximal end, a distal end, and a sidewall, said elongated shaft is connected at a distal region to said expandable dilatation chamber; an inflation lumen defined at least in part by said sidewall and intercommunicating a proximal inflation inlet port and a distal inflation exit port ; and an infusion lumen , sealed to said inflation lumen, defined at least in part by said sidewall of said elongated shaft and intercommunicating a proximal infusion inlet port and a distal infusion exit port ; characterised in that said expandable dilatation chamber comprises an inflatable balloon that also forms an occlusion balloon, wherein said distal inflation exit port is disposed within an interior of said occlusion balloon, and said distal infusion exit port is positioned proximal to said occlusion balloon, such that said occlusion balloon is expandable to an occluding state that fills a cross-section of said vessel lumen portion (NR1, NR2, NR3, NR) and is configured to maintain said occluding state for a period of time to image a vascular region of said vessel lumen portion.
A light-emitting device comprising: light sources configured to be disposed on a substrate , the substrate having a front surface and being a reflection substrate ; an optical component configured to cover the light source ; a wavelength conversion member configured to be disposed between the light sources and the optical component in a thickness direction and configured to convert light with a first wavelength from the light sources into light with a second wavelength, the wavelength conversion member having a rear surface (20S2) facing the light sources; and a plurality of light-shielding members configured to include a wall portion erected on the substrate to surround the light sources in a plane intersecting an optical axis of the light source , each of the light-shielding members having a top surface ; wherein a top part of the wall portion reaches a straight line LB1 joining a light emission point (Z0) of the light sources and an end of a direct upper portion of the wavelength conversion member. light sources configured to be disposed on a substrate , the substrate having a front surface and being a reflection substrate ; an optical component configured to cover the light source ; a wavelength conversion member configured to be disposed between the light sources and the optical component in a thickness direction and configured to convert light with a first wavelength from the light sources into light with a second wavelength, the wavelength conversion member having a rear surface (20S2) facing the light sources; and a plurality of light-shielding members configured to include a wall portion erected on the substrate to surround the light sources in a plane intersecting an optical axis of the light source , each of the light-shielding members having a top surface ; wherein a top part of the wall portion reaches a straight line LB1 joining a light emission point (Z0) of the light sources and an end of a direct upper portion of the wavelength conversion member.
A head mount device, HMD, configured to be worn on a human body , comprising: a housing comprising: a first plate ; a second plate facing a direction opposite a direction of the first plate ; and a sidewall surrounding a first space between the first plate and the second plate , the first space being a sealed space; and at least one electronic or optical component disposed in the first space of the housing , wherein at least a part of the sidewall of the housing comprises a moisture induction portion configured to induce moisture in the first space to be generated in a moisture induction region including the moisture induction portion of the sidewall ; wherein the moisture induction region of the moisture induction portion of the sidewall comprises a recess formed in the sidewall having a thickness that is less than a thickness of a periphery of the sidewall ; and wherein the HMD moreover comprises: an external housing arranged to surround at least a part of the housing , a second space formed between the external housing and the housing ; and at least one vent formed on a part of the housing and/or the external housing , the at least one vent configured to allow external air to flow into the second space . a housing comprising: a first plate ; a second plate facing a direction opposite a direction of the first plate ; and a sidewall surrounding a first space between the first plate and the second plate , the first space being a sealed space; and at least one electronic or optical component disposed in the first space of the housing , wherein at least a part of the sidewall of the housing comprises a moisture induction portion configured to induce moisture in the first space to be generated in a moisture induction region including the moisture induction portion of the sidewall ; wherein the moisture induction region of the moisture induction portion of the sidewall comprises a recess formed in the sidewall having a thickness that is less than a thickness of a periphery of the sidewall ; and wherein the HMD moreover comprises: an external housing arranged to surround at least a part of the housing , a second space formed between the external housing and the housing ; and at least one vent formed on a part of the housing and/or the external housing , the at least one vent configured to allow external air to flow into the second space . an external housing arranged to surround at least a part of the housing , a second space formed between the external housing and the housing ; and at least one vent formed on a part of the housing and/or the external housing , the at least one vent configured to allow external air to flow into the second space .
A method for wireless connection, characterized in that the method comprises: sending, by a main Transmission Point, called TP, a connection indication to User Equipment, called UE, the connection indication being used to indicate the UE to establish a connection with at least one sub TP on the premise of keeping a current connection with the main TP ; the method further comprising: acquiring, by the main TP, related information of the at least one sub TP, and sending the related information of the at least one sub TP to the UE, wherein the related information is sent to the UE together with the connection indication. sending, by a main Transmission Point, called TP, a connection indication to User Equipment, called UE, the connection indication being used to indicate the UE to establish a connection with at least one sub TP on the premise of keeping a current connection with the main TP ; the method further comprising: acquiring, by the main TP, related information of the at least one sub TP, and sending the related information of the at least one sub TP to the UE, wherein the related information is sent to the UE together with the connection indication.
A method for the qualitative and quantitative measurement of larger fibres in a particle bed for a fibre-reinforced composite board once the particle bed has passed through a prepress, wherein the particle bed passes through a prepress and then at least one region of the surface of the particle bed is illuminated and is photographed in some areas by a line scan camera , wherein the recorded images are combined to form an overall image and the larger fibres in the overall image are then counted.
A method for controlling performance of gearbox of a gas turbine engine , comprising: establishing a gear characteristic of a plurality of double helical gears each disposed about a respective axis in a gearbox ; and controlling performance of the plurality of double helical gears by selecting a circumferential offset distance between a first plurality of gear teeth spaced apart from a second plurality of gear teeth on each of the plurality of double helical gears in response to the established gear characteristic; characterized in that the gear characteristic is a harmonic level. establishing a gear characteristic of a plurality of double helical gears each disposed about a respective axis in a gearbox ; and controlling performance of the plurality of double helical gears by selecting a circumferential offset distance between a first plurality of gear teeth spaced apart from a second plurality of gear teeth on each of the plurality of double helical gears in response to the established gear characteristic; characterized in that the gear characteristic is a harmonic level.
Breadcrumbs having a grain size distribution in which the proportion of a fraction of breadcrumbs that have a grain size of 2.36 mm or more is 8 to 21 mass% and the proportion of a fraction of breadcrumbs that have a grain size of 1.18 mm or less is 45 mass% or less, and having a bulk density of 270 to 600 ml/100g.
A battery management unit for a battery module including a plurality of battery cells , the battery management unit comprising: a sensing unit electrically connected to the plurality of battery cells, and configured to detect voltage of each of the plurality of battery cells and output a detection signal including voltage information representing the detected voltages; a first power supply unit configured to generate a first operating voltage using a module voltage of the battery module; a communication unit which operates using the first operating voltage, the communication unit including an antenna , a wireless communication circuit and a first input port (IN1), and configured to receive the detection signal from the sensing unit through the first input port, test at least one preset item based on the detection signal, and output a RF signal indicating a result of the test through the antenna and the wireless communication circuit a second power supply unit having a power source terminal, and configured to convert a power source voltage of a power source to a second operating voltage when the power source is connected to the power source terminal; a control unit which operates using the second operating voltage, and configured to output a control signal for controlling the sensing unit based on the detection signal; and a first isolation circuit which operates using the first operating voltage and the second operating voltage, and configured to relay communication between the communication unit and the control unit . a sensing unit electrically connected to the plurality of battery cells, and configured to detect voltage of each of the plurality of battery cells and output a detection signal including voltage information representing the detected voltages; a first power supply unit configured to generate a first operating voltage using a module voltage of the battery module; a communication unit which operates using the first operating voltage, the communication unit including an antenna , a wireless communication circuit and a first input port (IN1), and configured to receive the detection signal from the sensing unit through the first input port, test at least one preset item based on the detection signal, and output a RF signal indicating a result of the test through the antenna and the wireless communication circuit a second power supply unit having a power source terminal, and configured to convert a power source voltage of a power source to a second operating voltage when the power source is connected to the power source terminal; a control unit which operates using the second operating voltage, and configured to output a control signal for controlling the sensing unit based on the detection signal; and a first isolation circuit which operates using the first operating voltage and the second operating voltage, and configured to relay communication between the communication unit and the control unit .
A data scheduling method, wherein the method comprises: receiving N 1 data units from a first data flow, wherein the data unit is a data packet or a descriptor of a data packet, and N 1 is a positive integer greater than or equal to 1; inputting the N 1 data units into a first source queue; when determining that the first data flow is switched from the first source queue to a first target queue, wherein the first source queue and the first target queue belong to a first queue pair, inputting a first source marking unit into the first source queue, and inputting a first target marking unit into the first target queue; receiving M 1 data units from the first data flow, wherein M 1 is a positive integer greater than or equal to 1; inputting the M 1 data units into the first target queue; and scheduling the N 1 data units and the first source marking unit from the first source queue based on the first source marking unit and the first target marking unit, and scheduling the first target marking unit and the M 1 data units from the first target queue, wherein a moment at which the first source marking unit is scheduled from the first source queue is earlier than a moment at which the first target marking unit is scheduled from the first target queue. receiving N 1 data units from a first data flow, wherein the data unit is a data packet or a descriptor of a data packet, and N 1 is a positive integer greater than or equal to 1; inputting the N 1 data units into a first source queue; when determining that the first data flow is switched from the first source queue to a first target queue, wherein the first source queue and the first target queue belong to a first queue pair, inputting a first source marking unit into the first source queue, and inputting a first target marking unit into the first target queue; receiving M 1 data units from the first data flow, wherein M 1 is a positive integer greater than or equal to 1; inputting the M 1 data units into the first target queue; and scheduling the N 1 data units and the first source marking unit from the first source queue based on the first source marking unit and the first target marking unit, and scheduling the first target marking unit and the M 1 data units from the first target queue, wherein a moment at which the first source marking unit is scheduled from the first source queue is earlier than a moment at which the first target marking unit is scheduled from the first target queue.
A method of manufacturing a heating device , wherein the heating device has a fan located behind a grid in an interior of the heating device , and wherein the method comprises at least the steps of: mounting the fan in the interior of the heating device ; mounting the grid as part of the heating device ; and determining the speed of the fan in a contactless manner by evaluating a reflection behavior of the fan , at least one light signal being emitted through a recess in the grid in the direction of the fan and/or being received through a recess in the grid from the direction of the fan . mounting the fan in the interior of the heating device ; mounting the grid as part of the heating device ; and determining the speed of the fan in a contactless manner by evaluating a reflection behavior of the fan , at least one light signal being emitted through a recess in the grid in the direction of the fan and/or being received through a recess in the grid from the direction of the fan .
A thermal management system for incorporation at least partially into at least one of a gas turbine engine or an aircraft, the thermal management system comprising: a thermal transport bus having a heat exchange fluid flowing therethrough; a pump for generating a flow of the heat exchange fluid in the thermal transport bus , wherein the pump is configured to be powered by the gas turbine engine; one or more heat source exchangers in thermal communication with the heat exchange fluid in the thermal transport bus ; a surface heat exchange module in thermal communication with the heat exchange fluid in the thermal transport bus at a location downstream of the one or more heat source exchangers for transferring heat from the heat exchange fluid to a surface of one or more components of the gas turbine engine or the aircraft; and one or more heat sink exchangers in thermal communication with the heat exchange fluid in the thermal transport bus for removing heat from the heat exchange fluid in the thermal transport bus ; wherein the surface heat exchange module and the one or more heat sink exchangers are arranged in series along the thermal transport bus ; and wherein the thermal transport bus is configured as a closed loop system, and wherein the surface heat exchange module is a closed loop module fluidly separate from the thermal transport bus . a thermal transport bus having a heat exchange fluid flowing therethrough; a pump for generating a flow of the heat exchange fluid in the thermal transport bus , wherein the pump is configured to be powered by the gas turbine engine; one or more heat source exchangers in thermal communication with the heat exchange fluid in the thermal transport bus ; a surface heat exchange module in thermal communication with the heat exchange fluid in the thermal transport bus at a location downstream of the one or more heat source exchangers for transferring heat from the heat exchange fluid to a surface of one or more components of the gas turbine engine or the aircraft; and one or more heat sink exchangers in thermal communication with the heat exchange fluid in the thermal transport bus for removing heat from the heat exchange fluid in the thermal transport bus ; wherein the surface heat exchange module and the one or more heat sink exchangers are arranged in series along the thermal transport bus ; and wherein the thermal transport bus is configured as a closed loop system, and wherein the surface heat exchange module is a closed loop module fluidly separate from the thermal transport bus .
A detection system for detecting a level of a molten bath or non-molten scrap for a melting furnace , defining a vertical direction Z, comprising two or more electrodes , a plurality of electromagnetic receiving coils (1', 1", 1′′′) configured to detect only one electromagnetic field generated by a circulation of electric current in an electric circuit consisting of at least two of the two or more electrodes , at least one electric arc and the molten bath contained in said melting furnace , wherein the plurality of electromagnetic receiving coils (1', 1", 1′′′) are arranged at different heights along the vertical direction Z above a bottom of the furnace, characterized in that an upper coil of the plurality of electromagnetic receiving coils (1', 1", 1′′′) is always placed above a higher plane of maximum level of liquid steel, which the molten bath can reach in the furnace during melting operation, and in that the plurality of electromagnetic receiving coils (1', 1", 1′′′) are provided with a cooling device incorporated in the coils.
Hose drying facility for or in a hose maintenance system , wherein the hose drying facility is downstream of the cleaning of a hose in a hose cleaning facility and is assigned a housing of the hose maintenance system wherein, within the hose drying facility there is provided, above and/or below the hose , an air shower rail (46 and/or 34), wherein the air shower rail is provided with an air duct to which an air hose may be connected, and wherein the air shower rail is provided with several spray nozzles which are supplied by the air duct , characterised in that the spray nozzles of the air shower rail may be switched on and off individually.
A nutritional composition having at least one protein, at least one fat, and at least one lipophilic compound, the composition comprising: an activated assembly comprising at least one hydrophobic protein having a grand average of hydropathicity index (GRAVY) value of -0.5 to 0, at least one combination of monoglycerides and diglycerides ("MDG") and at least one lipophilic compound, wherein the nutritional composition, after centrifugation at 100,000 x g for 1 hour at 20 °C, comprises MDG in the aqueous phase that is at least 1% by weight of the total MDG in the nutritional composition. an activated assembly comprising at least one hydrophobic protein having a grand average of hydropathicity index (GRAVY) value of -0.5 to 0, at least one combination of monoglycerides and diglycerides ("MDG") and at least one lipophilic compound, wherein the nutritional composition, after centrifugation at 100,000 x g for 1 hour at 20 °C, comprises MDG in the aqueous phase that is at least 1% by weight of the total MDG in the nutritional composition.
Hand tool provided for remote control, comprising a handle region , an actuating button and a removable attachment part held in the handle region , the attachment part having a handling extension , the attachment part furthermore being provided as a collar designed to encompass the handle region , and the collar consisting of two collar parts which are connected to one another so as to be hingedly movable, characterised in that the attachment part is designed to act on the actuating button and in that the actuating button is moved into the actuating position by a housing portion of the collar for the duration of the arrangement of the attachment part on the handle region , or in that a housing tang which delimits the actuating button with respect to the handle region passes through a window-like opening provided in a hinged joint region of the collar in an encompassing position, the attachment part being designed to act on the actuating button .