mhurhangee/patent-ind-claim-en huggingface dataset:
A combination therapy comprising: i) one or more maintenance doses of an inhaled corticosteroid (ICS), ii) one or more maintenance doses of a long-acting beta 2 -adrenergic agonist (LABA), iii) a loading dose of about 400 to about 600 mg of an interleukin-4 receptor (IL-4R) antagonist, and iv) one or more maintenance doses of about 200 to about 300 mg of the IL-4R antagonist, for administration every other week (q2w) or every fourth week (q4w), wherein the ICS and LABA are administered for the duration of administration of the IL-4R antagonist, for use in a method of treating persistent asthma in a subject in need thereof, wherein the IL-4R antagonist is an antibody or an antigen-binding fragment thereof that specifically binds to IL-4R and comprises three heavy chain Complementarity Determining Region (HCDR) sequences comprising SEQ ID NOs: 3, 4, and 5, respectively, and three light chain Complementarity Determining Region (LCDR) sequences comprising SEQ ID NOs: 6, 7, and 8, respectively. i) one or more maintenance doses of an inhaled corticosteroid (ICS), ii) one or more maintenance doses of a long-acting beta 2 -adrenergic agonist (LABA), iii) a loading dose of about 400 to about 600 mg of an interleukin-4 receptor (IL-4R) antagonist, and iv) one or more maintenance doses of about 200 to about 300 mg of the IL-4R antagonist, for administration every other week (q2w) or every fourth week (q4w),
A heated sensitive molecule layer sensor made according to an integrated circuit manufacturing technology, comprising: • an insulating substrate bearing the sensitive layer ; • two complementary measurement electrodes (E1, E2) in the form of two adjacent conductive tracks configured in electrical contact with the sensitive layer ; and • a heating element in the form of a resistive track arranged on the substrate for uniformly heating an active area of the sensitive layer; the sensor being characterized in that the resistive track comprises at least three power supply points regularly spaced over the length of the resistive track, and comprising • a first common supply line connected to the points of odd rank of the resistive track; • a second common supply line connected to the points of even rank of the resistive track; and • a supply voltage (Vh') configured to apply between the first and the second common supply lines a voltage at most equal to 5.7 volts divided by a number of segments defined between the power supply points. • an insulating substrate bearing the sensitive layer ; • two complementary measurement electrodes (E1, E2) in the form of two adjacent conductive tracks configured in electrical contact with the sensitive layer ; and • a heating element in the form of a resistive track arranged on the substrate for uniformly heating an active area of the sensitive layer; the sensor being characterized in that the resistive track comprises at least three power supply points regularly spaced over the length of the resistive track, and comprising the resistive track comprises at least three power supply points regularly spaced over the length of the resistive track, and comprising • a first common supply line connected to the points of odd rank of the resistive track; • a second common supply line connected to the points of even rank of the resistive track; and • a supply voltage (Vh') configured to apply between the first and the second common supply lines a voltage at most equal to 5.7 volts divided by a number of segments defined between the power supply points.
A method performed by a Session Initiation Protocol, SIP, network component for implementing a Communication Diversion, CDIV, policy based on a Globally Routable User Agent Uniform Resource Identifier, GRUU, wherein a GRUU comprises a public user identity and a 'gr' Uniform Resource Identifier, URI, parameter, said method comprising: storing at least one forwarding rule included in the CDIV policy , the at least one forwarding rule associated with at least one condition specifying a recipient to which a SIP message is to be diverted when a first GRUU in the at least one forwarding rule matches a second GRUU of the SIP message; storing a privacy rule for concealing, in a SIP message, an identity of at least one of a plurality of nodes, wherein the privacy rule is implemented by replacing a GRUU of the at least one of the plurality nodes with a Temporary GRUU; receiving a SIP message, and comparing a first GRUU of the at least one forwarding rule to a second GRUU of the SIP message; and when the first GRUU matches the second GRUU, following the at least one forwarding rule and the privacy rule , wherein following the at least one forwarding rule comprises diverting the SIP message to a recipient node other than a target node of the SIP message. storing at least one forwarding rule included in the CDIV policy , the at least one forwarding rule associated with at least one condition specifying a recipient to which a SIP message is to be diverted when a first GRUU in the at least one forwarding rule matches a second GRUU of the SIP message; storing a privacy rule for concealing, in a SIP message, an identity of at least one of a plurality of nodes, wherein the privacy rule is implemented by replacing a GRUU of the at least one of the plurality nodes with a Temporary GRUU; receiving a SIP message, and comparing a first GRUU of the at least one forwarding rule to a second GRUU of the SIP message; and when the first GRUU matches the second GRUU, following the at least one forwarding rule and the privacy rule , wherein following the at least one forwarding rule comprises diverting the SIP message to a recipient node other than a target node of the SIP message.
A catheter for reducing or blocking neural activity in a target area comprising sensory neurons of the submucosal layer in an organ of a patient, the catheter comprising: an elongate catheter body having a proximal end and a distal end; a laser emitting element coupled with the catheter body at or near the distal end and configured to emit a laser beam in a first direction parallel to a longitudinal axis of said catheter body; a rotatable optical element coupled with the laser emitting element , and wherein said rotatable optical element is configured to deflect the laser beam at an angle of approximately 90 degrees from a longitudinal axis of the catheter, and the laser radiation is focused on the target area such that it induces its main damage in the target area while minimizing its collateral impact on layers surrounding (302A, 310A, 312A and 314A) the target area , and characterized in that the catheter further comprises a pressure-inducing element (528', 534', 536', and 542) coupled with the catheter body, the pressure-inducing element (528', 534', 536', and 542) configured to exert pressure on and stretch at least part of the organ wall and configured to manipulate the organ wall such that a pre-set optical path is achieved between the laser emitting element and the target area . an elongate catheter body having a proximal end and a distal end; a laser emitting element coupled with the catheter body at or near the distal end and configured to emit a laser beam in a first direction parallel to a longitudinal axis of said catheter body; a rotatable optical element coupled with the laser emitting element , and wherein said rotatable optical element is configured to deflect the laser beam at an angle of approximately 90 degrees from a longitudinal axis of the catheter, and the laser radiation is focused on the target area such that it induces its main damage in the target area while minimizing its collateral impact on layers surrounding (302A, 310A, 312A and 314A) the target area , and characterized in that the catheter further comprises a pressure-inducing element (528', 534', 536', and 542) coupled with the catheter body, the pressure-inducing element (528', 534', 536', and 542) configured to exert pressure on and stretch at least part of the organ wall and configured to manipulate the organ wall such that a pre-set optical path is achieved between the laser emitting element and the target area .
A liquid discharge device comprising: a liquid discharge unit configured to discharge a liquid, the liquid discharge unit having a first end (e1), a second end (e2), and a third end (e3) extending in a direction intersecting the first end (e1) and the second end (e2); and a cleaner configured to move relative to the liquid discharge unit in a movement direction from the first end (e1) toward the second end (e2) while contacting the liquid discharge unit with a contact force and a contact pressure, the contact force of the cleaner contacting one of the first end (e1) and the second end (e2) being smaller than the contact force of the cleaner contacting a portion of the liquid discharge unit other than the first end (e1) and the second end (e2); wherein the first end (e1) is an end of the liquid discharge unit that the cleaner starts contacting when the cleaner moves relative to the liquid discharge unit while contacting the liquid discharge unit , wherein the second end (e2) is an end of the liquid discharge unit that the cleaner finishes contacting when the cleaner moves relative to the liquid discharge unit while contacting the liquid discharge unit , wherein the third end (e3) being a long side of the liquid discharge unit is oblique with the movement direction of the cleaner , characterized in that the contact force of the cleaner with the liquid discharge unit progressively decreases before the cleaner contacts the second end (e2). a liquid discharge unit configured to discharge a liquid, the liquid discharge unit having a first end (e1), a second end (e2), and a third end (e3) extending in a direction intersecting the first end (e1) and the second end (e2); and a cleaner configured to move relative to the liquid discharge unit in a movement direction from the first end (e1) toward the second end (e2) while contacting the liquid discharge unit with a contact force and a contact pressure, the contact force of the cleaner contacting one of the first end (e1) and the second end (e2) being smaller than the contact force of the cleaner contacting a portion of the liquid discharge unit other than the first end (e1) and the second end (e2); wherein the first end (e1) is an end of the liquid discharge unit that the cleaner starts contacting when the cleaner moves relative to the liquid discharge unit while contacting the liquid discharge unit , wherein the second end (e2) is an end of the liquid discharge unit that the cleaner finishes contacting when the cleaner moves relative to the liquid discharge unit while contacting the liquid discharge unit , wherein the third end (e3) being a long side of the liquid discharge unit is oblique with the movement direction of the cleaner , characterized in that the contact force of the cleaner with the liquid discharge unit progressively decreases before the cleaner contacts the second end (e2).
A winching system for plural tethered airborne devices, the system comprising a plurality of rotatable turntables coupled to a central column by at least one movable arm , wherein a respective winch is mounted on each turntable, the winching system being characterized by a drive motor; and a controller coupled to said drive motor, wherein the controller is configured to control the drive motor to orientate one or more of the respective turntables and the at least one movable arm to a desired location. a plurality of rotatable turntables coupled to a central column by at least one movable arm , wherein a respective winch is mounted on each turntable, the winching system being characterized by a drive motor; and a controller coupled to said drive motor, wherein the controller is configured to control the drive motor to orientate one or more of the respective turntables and the at least one movable arm to a desired location.
Method for generating compressed air of at least one vehicle, in particular at least one railway vehicle, comprising the step of: a) selectively connecting a first compressor , or a second compressor , or simultaneously said first compressor and said second compressor , to an electric motor arranged to generate a driving torque. a) selectively connecting a first compressor , or a second compressor , or simultaneously said first compressor and said second compressor , to an electric motor arranged to generate a driving torque.
A smoke removal device for being provided on a smoke exhaust pathway and comprising a tube body including a first end and a second end opposite to the first end; and a combustion unit including a main body , a gas pipeline and a lighter , wherein a smoke passage (C) is formed between a periphery of the main body and an inner wall of the tube body ; the main body is located at the first end of the tube body and includes a central passage (G) communicating with the smoke passage (C); the gas pipeline guides a fuel gas into the central passage (G); the lighter is located in the central passage (G) to ignite the fuel gas within the central passage (G) to burn a smoke passing through the smoke passage (C); the gas pipeline includes a gas outlet located in the central passage (G); the smoke removal device is characterized in that : the combustion unit includes a Venturi tube located in the central passage (G); an end of the Venturi tube is connected to the main body and faces the tube body , while the other end of the Venturi tube extends toward the gas outlet of the gas pipeline ; and the central passage (G) communicates with the tube body through the Venturi tube . a tube body including a first end and a second end opposite to the first end; and a combustion unit including a main body , a gas pipeline and a lighter , wherein a smoke passage (C) is formed between a periphery of the main body and an inner wall of the tube body ; the main body is located at the first end of the tube body and includes a central passage (G) communicating with the smoke passage (C); the gas pipeline guides a fuel gas into the central passage (G); the lighter is located in the central passage (G) to ignite the fuel gas within the central passage (G) to burn a smoke passing through the smoke passage (C); the gas pipeline includes a gas outlet located in the central passage (G); the smoke removal device is characterized in that : the combustion unit includes a Venturi tube located in the central passage (G); an end of the Venturi tube is connected to the main body and faces the tube body , while the other end of the Venturi tube extends toward the gas outlet of the gas pipeline ; and the central passage (G) communicates with the tube body through the Venturi tube .
A mooring device, comprising: - an attachment unit that comprises a contact surface for contacting a surface of an object to be attached and at least one magnet for generating a magnetic field through the contact surface to the object , - means for adjusting the magnetic field generated by the at least one magnet, - a telescopic arm pivotally attached to the attachment unit , - a first hydraulic cylinder and a second hydraulic cylinder attached to the telescopic arm , and - means for monitoring linear displacements of the first hydraulic cylinder and the second hydraulic cylinder , characterised in that the means for adjusting the magnetic field are configured, based on the linear displacements, to adjust the magnetic field so that an attachment point on the surface of the object can be changed. - an attachment unit that comprises a contact surface for contacting a surface of an object to be attached and at least one magnet for generating a magnetic field through the contact surface to the object , - means for adjusting the magnetic field generated by the at least one magnet, - a telescopic arm pivotally attached to the attachment unit , - a first hydraulic cylinder and a second hydraulic cylinder attached to the telescopic arm , and - means for monitoring linear displacements of the first hydraulic cylinder and the second hydraulic cylinder ,
A height-adjustable hanger having a flat bearing body with a polygonal basic shape as well as a front plate being firmly connected to, or integral with, the bearing body , and protruding beyond the bearing body at least at the abutting edges of the polygonal periphery, the front plate and the bearing body having a continuous central opening which is rotationally symmetrical about a central axis, the polygonal basic shape of the bearing body being irregularly formed around the central opening with 3 to 12, in particular 4 to 8, side surfaces, characterized in that the abutting edges of the side surfaces are flattened and configured as support surfaces which, for the purpose of setting different strokes, are each at different distances from the central axis of the central opening and are each arranged and aligned symmetrically and perpendicularly to a direct connecting line from the central axis of the central opening to the respective support surface .
An apparatus comprising: a magnetic antenna , the magnetic antenna comprising a singly or multiply interrupted loop and at least one tuning element for tuning the magnetic antenna , and a tuning device , the tuning device comprising a control loop configured to provide a tuning signal for tuning the magnetic antenna , and to drive the tuning element with the tuning signal to tune the magnetic antenna , wherein the apparatus is characterized in that it is configured to transfer the control loop or a component of the control loop from an idle mode to a normal operating mode only when required; wherein the apparatus is configured to transfer the control loop or the component of the control loop from the idle mode to the normal operating mode only - during emission of a signal , - from the start of an emission of a signal or a defined time before the start of the emission of the signal until an end of the emission of the signal or a defined time after the end of the emission of the signal , - from the start of emission of a signal until the magnetic antenna has been tuned, or - during emission of a signal until the end of the emission of the signal or a defined time after the end of the emission of the signal . a magnetic antenna , the magnetic antenna comprising a singly or multiply interrupted loop and at least one tuning element for tuning the magnetic antenna , and a tuning device , the tuning device comprising a control loop configured to provide a tuning signal for tuning the magnetic antenna , and to drive the tuning element with the tuning signal to tune the magnetic antenna , wherein the apparatus is characterized in that it is configured to transfer the control loop or a component of the control loop from an idle mode to a normal operating mode only when required; wherein the apparatus is configured to transfer the control loop or the component of the control loop from the idle mode to the normal operating mode only - during emission of a signal , - from the start of an emission of a signal or a defined time before the start of the emission of the signal until an end of the emission of the signal or a defined time after the end of the emission of the signal , - from the start of emission of a signal until the magnetic antenna has been tuned, or - during emission of a signal until the end of the emission of the signal or a defined time after the end of the emission of the signal . - during emission of a signal , - from the start of an emission of a signal or a defined time before the start of the emission of the signal until an end of the emission of the signal or a defined time after the end of the emission of the signal , - from the start of emission of a signal until the magnetic antenna has been tuned, or - during emission of a signal until the end of the emission of the signal or a defined time after the end of the emission of the signal .
A coupling coil structure comprising: a plurality of primary coils formed by winding a conductor wire; and a plurality of secondary coils provided such that mutual induction occurs between the plurality of primary coils and the plurality of secondary coils, wherein one of the plurality of primary coils intersects and is connected to another primary coil at a midway portion of the one primary coil, and one of the plurality of secondary coils that allows mutual induction to occur between the one primary coil and the one secondary coil forms a coupling coil formed of a single conductor having a width greater than or equal to an axial dimension of the one primary coil, the one primary coil is configured by arranging a plurality of coils in an axial direction of the coils, the one secondary coil is configured by winding a single thin plate made of a mnetal having a width greater than or equal to an axial dimension of the one primary coil, and has lead wires at opposite ends thereof, which serve as a winding start and a winding end of the conductor, and the lead wires are a respective rod made of a metal welded to be connected to opposite end faces of the plate, end portions of the respective rods function as terminals. a plurality of primary coils formed by winding a conductor wire; and a plurality of secondary coils provided such that mutual induction occurs between the plurality of primary coils and the plurality of secondary coils, wherein one of the plurality of primary coils intersects and is connected to another primary coil at a midway portion of the one primary coil, and one of the plurality of secondary coils that allows mutual induction to occur between the one primary coil and the one secondary coil forms a coupling coil formed of a single conductor having a width greater than or equal to an axial dimension of the one primary coil, the one primary coil is configured by arranging a plurality of coils in an axial direction of the coils, the one secondary coil is configured by winding a single thin plate made of a mnetal having a width greater than or equal to an axial dimension of the one primary coil, and has lead wires at opposite ends thereof, which serve as a winding start and a winding end of the conductor, and the lead wires are a respective rod made of a metal welded to be connected to opposite end faces of the plate, end portions of the respective rods function as terminals.
A compact centrifugal air blower , configured for elevating an air cushion cargo shuttle of an aircraft cargo loading system , the compact centrifugal air blower comprising: an outlet ; a first heat diffuser ; a stator coupled to the first heat diffuser ; an impeller concentrically surrounding the stator , wherein a magnet is physically coupled to the impeller ; and a second heat diffuser coupled to the first heat diffuser and concentrically surrounding the impeller , the second heat diffuser comprising a vaned centrifugal compressor diffuser. an outlet ; a first heat diffuser ; a stator coupled to the first heat diffuser ; an impeller concentrically surrounding the stator , wherein a magnet is physically coupled to the impeller ; and a second heat diffuser coupled to the first heat diffuser and concentrically surrounding the impeller , the second heat diffuser comprising a vaned centrifugal compressor diffuser.
Device for photolytic preparation of nitrogen monoxide, characterised in that it comprises a reaction chamber for generating nitrogen monoxide and a light source that is attached outside and/or inside the reaction chamber, the reaction chamber comprises at least two inlets, wherein one inlet is intended for supplying the starting material for forming nitrogen monoxide, and one inlet is intended for supplying the carrier material, the reaction chamber comprises at least one outlet for the nitrogen monoxide-enriched operating gas generated in the reaction chamber, and the device is provided with a nitrogen dioxide radical-specific absorption device or a catalyst for reducing the nitrogen dioxide radical in the NO-enriched operating gas.