mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna apparatus, comprising: a core member having a support part , first protrusion portions disposed on one surface of the support part, second protrusion portions disposed on the other surface of the support part, opposite to the one surface of the support part; and coil portions wound around the core member, wherein the coil portion is wound around each of the first protrusion portions , wherein the antenna apparatus further comprises a second substrate having cavities coupled to the core member , wherein the coil portions are formed to surround the cavities, wherein the first protrusion portions are positioned in the cavities of the second substrate respectively, and wherein the coil portion includes a coil connecting portion that connects the coil portions and the coil connecting portion is formed in the cavity of the second substrate . a core member having a support part , first protrusion portions disposed on one surface of the support part, second protrusion portions disposed on the other surface of the support part, opposite to the one surface of the support part; and coil portions wound around the core member, wherein the coil portion is wound around each of the first protrusion portions , wherein the antenna apparatus further comprises a second substrate having cavities coupled to the core member , wherein the coil portions are formed to surround the cavities, wherein the first protrusion portions are positioned in the cavities of the second substrate respectively, and wherein the coil portion includes a coil connecting portion that connects the coil portions and the coil connecting portion is formed in the cavity of the second substrate .
A Free Space Optical (FSO) communication unit , comprising: co-boresighted beam steering unit configured to transmit and receive optical beams along a coincident path external to the FSO communication unit ; a separator to direct the transmit optical beam and the receive optical beam along separate paths; a transmit beam source for transmitting the transmit optical beam towards a direction; a receiver beam detector configured to determine a position of the receive optical beam on the receiver beam detector ; and a Pointing, Acquisition, and Tracking (PAT) control system , wherein the PAT control system controls a direction of the transmit optical beam, and directs the transmit optical beam based on the position of the receive optical beam by driving the transmit optical beam to be directed parallel to the receive optical beam based on the position of the receive optical beam minus an offset command value, the offset command value being calculated for the FSO communication unit based on an error between the position of the receive optical beam and the direction of the transmit optical beam, the error caused by an optical misalignment of at least one optical component of the FSO communication unit . co-boresighted beam steering unit configured to transmit and receive optical beams along a coincident path external to the FSO communication unit ; a separator to direct the transmit optical beam and the receive optical beam along separate paths; a transmit beam source for transmitting the transmit optical beam towards a direction; a receiver beam detector configured to determine a position of the receive optical beam on the receiver beam detector ; and a Pointing, Acquisition, and Tracking (PAT) control system , wherein the PAT control system controls a direction of the transmit optical beam, and directs the transmit optical beam based on the position of the receive optical beam by driving the transmit optical beam to be directed parallel to the receive optical beam based on the position of the receive optical beam minus an offset command value, the offset command value being calculated for the FSO communication unit based on an error between the position of the receive optical beam and the direction of the transmit optical beam, the error caused by an optical misalignment of at least one optical component of the FSO communication unit . wherein the PAT control system controls a direction of the transmit optical beam, and directs the transmit optical beam based on the position of the receive optical beam by driving the transmit optical beam to be directed parallel to the receive optical beam based on the position of the receive optical beam minus an offset command value, the offset command value being calculated for the FSO communication unit based on an error between the position of the receive optical beam and the direction of the transmit optical beam, the error caused by an optical misalignment of at least one optical component of the FSO communication unit .
Stringed instrument with flexible connection of the upper part of the heel of the neck below the fingerboard to the fixing block in the body of the instrument , whereby the lower free end of the heel of the neck is coupled to the fixing block in the body of the stringed instrument through a rod via a rectification element , whose dilatation changes with ambient relative humidity, characterized in that the body of the wooden rectification element has longitudinal rings arranged transversely to the rod .
Compounds of formula (I) wherein R 1 and R 2 are independently selected from H, alkyl and cycloalkyl; R 9 is H or alkyl; R 10 and R 11 together form -(CH 2 ) w -; A is -C(O)- or -S(O) 2 -; B is -C- or -N-; R 12 is cycloalkyl or substituted heteroaryl, wherein substituted heteroaryl is substituted with one to three subtituent independently selected from H, alkyl, cycloalkyl, hydroxy, alkoxy, cyano and halogen; R 13 is halogen, cyano, alkoxy or haloalkoxy; R 14 is H, alkyl or cycloalkyl; R 15 is H, alkyl, cycloalkyl or halogen; m, n and p are zero; w is 1, 2 or 3; and pharmaceutically acceptable salts thereof. R 1 and R 2 are independently selected from H, alkyl and cycloalkyl; R 9 is H or alkyl; R 10 and R 11 together form -(CH 2 ) w -; A is -C(O)- or -S(O) 2 -; B is -C- or -N-; R 12 is cycloalkyl or substituted heteroaryl, wherein substituted heteroaryl is substituted with one to three subtituent independently selected from H, alkyl, cycloalkyl, hydroxy, alkoxy, cyano and halogen; R 13 is halogen, cyano, alkoxy or haloalkoxy; R 14 is H, alkyl or cycloalkyl; R 15 is H, alkyl, cycloalkyl or halogen; m, n and p are zero; w is 1, 2 or 3;
A blood oxygenator comprising: a housing having a first end opposite a second end with a sidewall extending between the first end and the second end along a longitudinal axis , the housing defining an interior chamber having a liquid inlet at the first end and a liquid outlet at the second end ; and a gas exchange assembly positioned within the interior chamber , the gas exchange assembly comprising: a retainer having an upper cap spaced apart from a lower cap by one or more spacers ; and a gas exchange medium disposed between the upper cap and the lower cap , wherein the gas exchange medium comprises a plurality of subunits stacked on top of each other, each subunit comprising a plurality of layers of hollow fiber mats; characterized in that the plurality of subunits are stacked offset from one another such that an axis extending through the centroid of each of the subunits is at an acute angle relative to the longitudinal axis of the housing . a housing having a first end opposite a second end with a sidewall extending between the first end and the second end along a longitudinal axis , the housing defining an interior chamber having a liquid inlet at the first end and a liquid outlet at the second end ; and a gas exchange assembly positioned within the interior chamber , the gas exchange assembly comprising: a retainer having an upper cap spaced apart from a lower cap by one or more spacers ; and a gas exchange medium disposed between the upper cap and the lower cap , wherein the gas exchange medium comprises a plurality of subunits stacked on top of each other, each subunit comprising a plurality of layers of hollow fiber mats; characterized in that the plurality of subunits are stacked offset from one another such that an axis extending through the centroid of each of the subunits is at an acute angle relative to the longitudinal axis of the housing . a retainer having an upper cap spaced apart from a lower cap by one or more spacers ; and a gas exchange medium disposed between the upper cap and the lower cap , wherein the gas exchange medium comprises a plurality of subunits stacked on top of each other, each subunit comprising a plurality of layers of hollow fiber mats; characterized in that the plurality of subunits are stacked offset from one another such that an axis extending through the centroid of each of the subunits is at an acute angle relative to the longitudinal axis of the housing .
A method by a first function implemented on a first network node for dynamic service negotiation comprises: transmitting a service description to a second function to enable optimized delivery of a service based on the service description by the second function, and characterized in that the service description comprises information associated with one or more delivery requirements for the service, wherein the service description comprises information related to a trajectory of a receiver of the service and information associated with one or more Quality of Service, QoS, constraints, wherein the second function is implemented on a second network node, further comprising: receiving, from the second function, network information associated with a delivery of the service according to the service description previously transmitted by the first network node to the second function, wherein the network information comprises an indication of one or more network capabilities.
A moisture-measuring device for gases, in particular compressed gases, compressed air or the like, for detecting moisture content in gas-supply systems, preferably pressurised gas-supply systems, such as compressor stations, storage systems or the like, with a gas-sampling input for the gas to be measured and connected to the gas-supply system, and with a dew point sensor, characterised in that a separate gas channel , serving only for moisture measurement, branches off from the gas-sampling input , which channel is connected to a measuring cell in which the dew point sensor is arranged and which is in communicative connection to a downstream drying cell in which a drying agent is provided, which agent is substantially hermetically sealed against the outside environment and which is connected to an outlet channel leading to the outside environment.
A combination vaccine comprising a canine parvovirus (CPV) virus-like particle (VLP) and a CPV modified-live virus (MLV), wherein both the VLP and the MLV elicit an immune response against CPV, and wherein the combination vaccine overcomes maternally-derived antibodies (MDA).
Apparatus for the production of molecularly bi-oriented plastic pipes, comprising: - a mould whereby an oriented pipe is produced from a blank pipe by expansion, said mould is formed by a central body , a first head and a second head connected on opposite sides of the central body , - a rigid and perforated guide , which is axially centred inside the mould , said guide being extended between the heads and the central body , which has an outer diameter slightly less than the inner diameter of the blank pipe for the longitudinal coupling thereof on the guide , and which is provided with orifices adapted for the passage therethrough of an expansion fluid which causes the expansion of the blank pipe against the inner walls of the mould , - a tempering chamber confined between a sleeve and the outer surface of the central body , - wherein the central body comprises bores which communicate the interior of the mould with the exterior through a collector adapted to apply the vacuum or introduce lubricant fluid , characterized in that the heads have orifices which allow the communication of the interior of the mould with the exterior, to apply pressure or vacuum equally. - a mould whereby an oriented pipe is produced from a blank pipe by expansion, said mould is formed by a central body , a first head and a second head connected on opposite sides of the central body , - a rigid and perforated guide , which is axially centred inside the mould , said guide being extended between the heads and the central body , which has an outer diameter slightly less than the inner diameter of the blank pipe for the longitudinal coupling thereof on the guide , and which is provided with orifices adapted for the passage therethrough of an expansion fluid which causes the expansion of the blank pipe against the inner walls of the mould , - a tempering chamber confined between a sleeve and the outer surface of the central body , - wherein the central body comprises bores which communicate the interior of the mould with the exterior through a collector adapted to apply the vacuum or introduce lubricant fluid , characterized in that the heads have orifices which allow the communication of the interior of the mould with the exterior, to apply pressure or vacuum equally.
Gas analyzer for optical in-situ gas analysis in a gas stream containing, in addition to a gas fraction to be measured whose concentration is to be determined, particles which interfere with the determination of the concentration, such as dust, smoke, water droplets or other aerosols, comprising - a light transmitter and a light receiver , which together define an optical measurement path in a measurement volume , - an evaluation device for evaluating received signals of the light receiver for determining the concentration, - a deflection device for deflecting the interfering particles in order to cause these particles to flow past the measuring volume , - wherein the deflection device is in the form of a jacket tube which lies transversely to the gas flow and inside which the measuring volume lies, characterised in that - the jacket tube has a closed jacket and the end faces have openings (46 and 48) for the passage of gas and light from the light transmitter into the measuring volume . - a light transmitter and a light receiver , which together define an optical measurement path in a measurement volume , - an evaluation device for evaluating received signals of the light receiver for determining the concentration, - a deflection device for deflecting the interfering particles in order to cause these particles to flow past the measuring volume , - wherein the deflection device is in the form of a jacket tube which lies transversely to the gas flow and inside which the measuring volume lies, characterised in that - the jacket tube has a closed jacket and the end faces have openings (46 and 48) for the passage of gas and light from the light transmitter into the measuring volume .
Use of a composition comprising at least one paraffin wax emulsion and at least one latex formed of a colloidal aqueous emulsion of at least one polymer and/or copolymer, the composition being free of paraffin oil and free of fillers, the composition being sprayed onto a fresh hydraulic composition in order to effect curing of said freshly installed or freshly demoulded hydraulic composition and at the same time to provide the surface of said hardened hydraulic composition with adhesive properties.
A method in a first network node for assisting a user equipment to handle a connection in a 5 th generation new radio system , wherein the first network node and a second network node operate in the 5 th generation new radio system , and wherein the first network node is a serving network node for the user equipment , the method comprising: determining that the user equipment is under an idle mode coverage of the second network node based on measurements associated to the user equipment , wherein the idle mode coverage is defined by a system information or system signature signal coverage of a network node; Characterized in when a connected mode connection between the user equipment and the first network node is released, sending a context of the user equipment to the second network node , wherein the context of the user equipment comprises historical connected mode information on any one or more out of a serving antenna sector, a serving beam, an antenna pre-coder, a timing advance. determining that the user equipment is under an idle mode coverage of the second network node based on measurements associated to the user equipment , wherein the idle mode coverage is defined by a system information or system signature signal coverage of a network node; Characterized in when a connected mode connection between the user equipment and the first network node is released, sending a context of the user equipment to the second network node , wherein the context of the user equipment comprises historical connected mode information on any one or more out of a serving antenna sector, a serving beam, an antenna pre-coder, a timing advance.
Vehicle handle assembly comprising: - a housing that sits flush against an outer panel of the vehicle and defining a cavity inside an opening element of the vehicle, - an actuation switch generating an electrical signal to be sent to a vehicle opening element controller to release the vehicle opening element, the handle assembly comprising an emergency opening device accessible from the inside of the cavity, the emergency opening device being configured to release mechanically the opening element allowing to open the opening element, the emergency opening device comprising a gripping member linked to a cable , the cable being connected to an opening element latch mechanism, causing mechanical actuation of the opening element latch mechanism, the gripping member being accessible by a through opening made in the housing , characterized in that a removable button is located into the through opening , the gripping member being accessible by pushing the button , the gripping member being, in a resting position, placed into a cylinder forming the button . - a housing that sits flush against an outer panel of the vehicle and defining a cavity inside an opening element of the vehicle, - an actuation switch generating an electrical signal to be sent to a vehicle opening element controller to release the vehicle opening element,
A soil treatment device for a substrate on which plant stumps protrude and in which roots of the plant remains are present, - with a driving device by means of which the treatment device can be moved in a direction of travel , - with a cutting knife or shaft arranged above the substrate , which is driven in the opposite direction to the direction of travel and by means of which the plant stumps are separated from the substrate , and - with a frame , by means of which areas of the cutting knife or shaft are encapsulated, to which a soil processing roller penetrating into the substrate is rotatably fastened, the roller being arranged adjacent to the cutting knife or shaft and downstream of the latter, with respect to the direction of travel , in which a conveying channel is provided in the frame into which the separated plant stumps are conveyed by the cutting knife or shaft , in which the conveying channel is guided over the soil processing roller and its outlet opening runs downstream of the soil processing roller in relation to the direction of travel , characterised in that, a chopping device , preferably in the form of a cutting grid, knife or cutting edges, is provided in the conveying channel , by means of which the introduced plant stumps are reduced in size. - with a driving device by means of which the treatment device can be moved in a direction of travel , - with a cutting knife or shaft arranged above the substrate , which is driven in the opposite direction to the direction of travel and by means of which the plant stumps are separated from the substrate , and - with a frame , by means of which areas of the cutting knife or shaft are encapsulated, to which a soil processing roller penetrating into the substrate is rotatably fastened, the roller being arranged adjacent to the cutting knife or shaft and downstream of the latter, with respect to the direction of travel , in which a conveying channel is provided in the frame into which the separated plant stumps are conveyed by the cutting knife or shaft , in which
Microfluidic component comprising a metal sheet, having at least a first portion which has an undulatingly structured surface and optionally a second portion which has an undulatingly structured or unstructured surface and at least a third portion which has a contoured edge which is folded in such a manner that the integrally coherent first and third portions are positioned on each other in a surface-parallel manner and the contoured edge forms a first wall portion and the adjacent undulatingly structured surface forms a second wall portion of an open fluid line , wherein an open fluid line is intended to be understood to be a fluid line which, with the exception of any inlets and/or outlets, is open at least at one side and wherein the profile depth of the open fluid line is equal to the thickness of the metal sheet.
A converter applied to a photovoltaic power generation system, comprising: a controller , a plurality of input ports, a power circuit , wherein the power circuit is a direct current-direct current conversion circuit, a direct current-alternating current conversion circuit, or a connection control circuit, and at least one switching transistor , wherein the converter supports access of at least two photovoltaic units via the input ports, the input ports are arranged such that the at least two photovoltaic units, when connected to the input ports, are connected in series inside the converter by using the switching transistor; and the controller is configured to: when a startup instruction is received and a heartbeat instruction is received, control the switching transistor to be connected; and when a shutdown instruction is received or a heartbeat instruction is lost within a preset time period, control the switching transistor to be disconnected, so that any two photovoltaic units connected in series are disconnected and control the power circuit to stop power conversion, or limit an output voltage of the power circuit to be less than a preset voltage value, or limit an output current of the power circuit to be less than a preset current value. the converter supports access of at least two photovoltaic units via the input ports, the input ports are arranged such that the at least two photovoltaic units, when connected to the input ports, are connected in series inside the converter by using the switching transistor; and the controller is configured to: when a startup instruction is received and a heartbeat instruction is received, control the switching transistor to be connected; and when a shutdown instruction is received or a heartbeat instruction is lost within a preset time period, control the switching transistor to be disconnected, so that any two photovoltaic units connected in series are disconnected and control the power circuit to stop power conversion, or limit an output voltage of the power circuit to be less than a preset voltage value, or limit an output current of the power circuit to be less than a preset current value.