mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal compressor (10; 10B; 10C; 20; 30; 40) comprising: an impeller (12; 32) boosting a fluid by rotation about a rotating shaft ; and a diffuser (13; 23; 33; 43) converting a dynamic pressure of a fluid boosted by the impeller (12; 32) into a static pressure, wherein the diffuser (13; 23; 33; 43) has a shroud wall surface (131; 231) extending in a radial direction of the rotating shaft and a hub wall surface (132; 332) extending in the radial direction and opposing the shroud wall surface (131; 231) on a downstream side of a flow in an axial direction of the rotating shaft , having a gap between the hub wall surface (132; 332) and the shroud wall surface (131; 231), and forming an annular diffuser flow path with the gap, the fluid flowing through the diffuser flow path , and a hub-side convex portion is formed over an entire periphery of the hub wall surface (132; 332), the hub-side convex portion protruding toward the shroud wall surface (131; 231) side relative to a straight line (Li) connecting a starting end on an inlet side of the diffuser flow path and a terminating end on an outlet side of the diffuser flow path , characterized in that the hub-side convex portion is formed so as to have a size at which an annular area as a product of a circumferential length (2πr) and a width (b) of the diffuser flow path at any radial position increases as compared with an annular area as a product of a circumferential length (2πr1) and a width (b1) of the diffuser flow path at the inlet . an impeller (12; 32) boosting a fluid by rotation about a rotating shaft ; and a diffuser (13; 23; 33; 43) converting a dynamic pressure of a fluid boosted by the impeller (12; 32) into a static pressure, wherein the diffuser (13; 23; 33; 43) has a shroud wall surface (131; 231) extending in a radial direction of the rotating shaft and a hub wall surface (132; 332) extending in the radial direction and opposing the shroud wall surface (131; 231) on a downstream side of a flow in an axial direction of the rotating shaft , having a gap between the hub wall surface (132; 332) and the shroud wall surface (131; 231), and forming an annular diffuser flow path with the gap, the fluid flowing through the diffuser flow path , and a hub-side convex portion is formed over an entire periphery of the hub wall surface (132; 332), the hub-side convex portion protruding toward the shroud wall surface (131; 231) side relative to a straight line (Li) connecting a starting end on an inlet side of the diffuser flow path and a terminating end on an outlet side of the diffuser flow path , characterized in that the hub-side convex portion is formed so as to have a size at which an annular area as a product of a circumferential length (2πr) and a width (b) of the diffuser flow path at any radial position increases as compared with an annular area as a product of a circumferential length (2πr1) and a width (b1) of the diffuser flow path at the inlet .
An endoscopic device for retrieving an object from within a human body, the device comprising: a support assembly comprising a base and an elongated tubular member ; a transmitting assembly comprising a handle movable relative to the base, and a link having a first end fixed to the handle and a second end remote from the base, the link extending through at least a portion of the tubular member; a wire defining a loop portion and two leg portions , wherein each leg portion is disposed proximal from the loop portion and a proximal end of each leg portion is secured to the second end of the link by a first connection , and the two leg portions are secured to each other by a second connection and a third connection at a location between the first connection and the loop portion, and wherein the third connection is between the second connection and the loop portion; a net element having a distal portion secured to the loop portion and a proximal portion , wherein the proximal portion of the net element is routed between an opening defined by the second connection, the third connection, and the two leg portions; and wherein the loop portion is movable between an expanded position outside the tubular member and a collapsed position within the tubular member by action of the handle relative to the base. a support assembly comprising a base and an elongated tubular member ; a transmitting assembly comprising a handle movable relative to the base, and a link having a first end fixed to the handle and a second end remote from the base, the link extending through at least a portion of the tubular member; a wire defining a loop portion and two leg portions , wherein each leg portion is disposed proximal from the loop portion and a proximal end of each leg portion is secured to the second end of the link by a first connection , and the two leg portions are secured to each other by a second connection and a third connection at a location between the first connection and the loop portion, and wherein the third connection is between the second connection and the loop portion; a net element having a distal portion secured to the loop portion and a proximal portion , wherein the proximal portion of the net element is routed between an opening defined by the second connection, the third connection, and the two leg portions; and
A spade with a shaft , a handle piece at the upper shaft end and a spade blade out of metal that is fixed to the shaft , with the shaft overall being formed of a metallic tube , characterized in that the handle piece is confirmed as a ball-shaped knob out of hard wood and that the spade blade has a thickness in the range of 4 to 6 mm.
A ventilation unit for a freezer cabinet having a pipe and at least one heating element , wherein an air-permeable filling material is arranged at least in sections in the pipe , and wherein the pipe has at least one securing element for securing the filling material, characterized in that the securing element is designed as a tab , wherein the tab is formed in that a contour of the tab is cut out at least in sections from a wall of the pipe and the tab is bent into the cross section of the pipe at a non-cutout section .
A method for the, in particular mobile, detection of a structural damage of a girder bridge segment, wherein the structural length of the girder bridge segment is known or is determined and, wherein a deflection of the girder bridge segment is measured during a load on the girder bridge segment, the method being characterised in that structural damage is assumed to be detected at least when the deflection exceeds a predetermined reference deflection by more than a predefined margin, in particular 25% of the reference deflection, and/or wherein, at least if the reference deflection is not exceeded, it is assumed that no structural damage is present, wherein the reference deflection is in the range of 0.001 and 0.005 mm per 1 m of supporting structure length at 1 t load. wherein the structural length of the girder bridge segment is known or is determined and, wherein a deflection of the girder bridge segment is measured during a load on the girder bridge segment, the method being characterised in that structural damage is assumed to be detected at least when the deflection exceeds a predetermined reference deflection by more than a predefined margin, in particular 25% of the reference deflection, and/or wherein, at least if the reference deflection is not exceeded, it is assumed that no structural damage is present, wherein the reference deflection is in the range of 0.001 and 0.005 mm per 1 m of supporting structure length at 1 t load.
A microwave ablation probe comprising a feedline 432) having an inner conductor, an outer conductor and a dielectric disposed there-between; an antenna 452); and a shaft , the antenna and feedline disposed within the shaft; wherein the shaft comprises a metal portion and a ceramic portion , the ceramic portion extending axially to be at least coextensive with the antenna, and wherein the antenna includes: a helical arm being electrically connected to the outer conductor of the feedline at a junction point , the helical arm being co-axially disposed about the feedline and extending in a proximal direction from the junction; and a linear arm being electrically connected to the inner conductor of the feedline, the linear arm extending distally from a distal end of the feedline, wherein the linear arm further includes: a first portion surrounded by a dielectric , and a second portion free of dielectric, the second portion being distal to the first portion. a feedline 432) having an inner conductor, an outer conductor and a dielectric disposed there-between; an antenna 452); and a shaft , the antenna and feedline disposed within the shaft; a helical arm being electrically connected to the outer conductor of the feedline at a junction point , the helical arm being co-axially disposed about the feedline and extending in a proximal direction from the junction; and a linear arm being electrically connected to the inner conductor of the feedline, the linear arm extending distally from a distal end of the feedline, wherein the linear arm further includes: a first portion surrounded by a dielectric , and a second portion free of dielectric, the second portion being distal to the first portion. a first portion surrounded by a dielectric , and a second portion free of dielectric, the second portion being distal to the first portion.
A method for controlling a vapour compression system , the vapour compression system comprising a compressor unit , a heat rejecting heat exchanger , an ejector , a receiver , at least one expansion device and at least one evaporator arranged in a refrigerant path, the vapour compression system further comprising a liquid separating device arranged in a suction line of the of vapour compression system , the liquid separating device comprising a gaseous outlet connected to the inlet of the compressor unit and a liquid outlet connected to a secondary inlet of the ejector , the method comprising the steps of: - allowing at least one evaporator to be operated in a flooded state, - detecting a flow rate of refrigerant from the liquid separating device to the secondary inlet of the ejector , and determining whether or not the flow rate is sufficient to remove liquid refrigerant produced by the evaporator(s) being allowed to be operated in a flooded state from the liquid separating device , and - in the case that it is determined that the flow rate of refrigerant from the liquid separating device to the secondary inlet of the ejector is insufficient to remove liquid refrigerant produced by the evaporator(s) being allowed to be operated in a flooded state from the liquid separating device , increasing the flow rate of refrigerant from the liquid separating device to the secondary inlet of the ejector , and/or decreasing a flow rate of liquid refrigerant from the evaporator(s) to the liquid separating device . - allowing at least one evaporator to be operated in a flooded state, - detecting a flow rate of refrigerant from the liquid separating device to the secondary inlet of the ejector , and determining whether or not the flow rate is sufficient to remove liquid refrigerant produced by the evaporator(s) being allowed to be operated in a flooded state from the liquid separating device , and - in the case that it is determined that the flow rate of refrigerant from the liquid separating device to the secondary inlet of the ejector is insufficient to remove liquid refrigerant produced by the evaporator(s) being allowed to be operated in a flooded state from the liquid separating device , increasing the flow rate of refrigerant from the liquid separating device to the secondary inlet of the ejector , and/or decreasing a flow rate of liquid refrigerant from the evaporator(s) to the liquid separating device .
A household appliance comprising - a body ; - a door that enables the interior of the body to be accessed; - a handle that is disposed on the door and that enables the door to be opened and closed; - two supports that are disposed on the ends of the handle and that enable the handle to be attached on the door ; - at least one profile that is disposed on the handle so that the ends thereof extend outwards from the ends of the handle ; - more than one L-shaped support one end of which bears against the end of the handle from a side of said end of the handle that faces away from the door and one end is connected to the door ; - at least one housing that is disposed on each support and that enables the ends of the profile to be seated therein; - at least one first hole that is disposed on each arm of the support that enables the support to be connected to the door and whereof one end opens to the housing ; - at least one second hole that is disposed on the profile and that faces the first hole when the profile is seated into the housing ; - a connection element that enables the handle to be fixed to the support by being passed first through the first hole and thereafter through the second hole . - a body ; - a door that enables the interior of the body to be accessed; - a handle that is disposed on the door and that enables the door to be opened and closed; - two supports that are disposed on the ends of the handle and that enable the handle to be attached on the door ; - at least one profile that is disposed on the handle so that the ends thereof extend outwards from the ends of the handle ; - more than one L-shaped support one end of which bears against the end of the handle from a side of said end of the handle that faces away from the door and one end is connected to the door ; - at least one housing that is disposed on each support and that enables the ends of the profile to be seated therein; - at least one first hole that is disposed on each arm of the support that enables the support to be connected to the door and whereof one end opens to the housing ; - at least one second hole that is disposed on the profile and that faces the first hole when the profile is seated into the housing ; - a connection element that enables the handle to be fixed to the support by being passed first through the first hole and thereafter through the second hole .
Three-dimensional electromagnetic nanoresonator structure dispersible in a liquid medium, comprising a stack of laterally confined layers that includes at least a first and a second layer of a respective conductive material between which a dielectric layer is interposed, which can be represented by a resonant equivalent electrical circuit having a nominal resonant frequency determined by the geometrical dimensions of the structure , wherein said first and second layer are made of different conductive materials, characterised in that said layers of conductive material have each an accessible base surface (12", 16") and an accessible side surface , and said dielectric layer has an accessible side surface , each accessible base and side surface being adapted to be exposed in a liquid environment in which said structure is immersed.
A system for programming a neurostimulation device coupled to one or more electrodes , comprising: a user interface configured for allowing a user to select a set of stimulation parameters and to select one of a plurality of different, graphical shapes , each representative of a therapy region or a side-effect region, characterised in that the plurality of different, graphical shapes are pre-defined, and said plurality of graphical shapes comprises at least one of the following: a circle, an oval, a square, a triangle, an ellipsoid, a cuboid, a pyramid, or a sphere; memory configured for storing the selected pre-defined graphical shape with a spatial position linked to an anatomical reference; output circuitry configured for communicating with the neurostimulation device ; and a controller configured for recalling the linked graphical shape and anatomical reference from the memory , generating display signals capable of prompting the user interface to concurrently display a representation of the one or more electrodes relative to the recalled graphical shape, and programming the neurostimulation device with the selected stimulation parameter set via the output circuitry . a user interface configured for allowing a user to select a set of stimulation parameters and to select one of a plurality of different, graphical shapes , each representative of a therapy region or a side-effect region, characterised in that the plurality of different, graphical shapes are pre-defined, and said plurality of graphical shapes comprises at least one of the following: a circle, an oval, a square, a triangle, an ellipsoid, a cuboid, a pyramid, or a sphere; memory configured for storing the selected pre-defined graphical shape with a spatial position linked to an anatomical reference; output circuitry configured for communicating with the neurostimulation device ; and a controller configured for recalling the linked graphical shape and anatomical reference from the memory , generating display signals capable of prompting the user interface to concurrently display a representation of the one or more electrodes relative to the recalled graphical shape, and programming the neurostimulation device with the selected stimulation parameter set via the output circuitry .
A method for transmitting a resource set, comprising: sending, by a first terminal, first information within a specific time range according to a state of a timer, wherein the first information is used for indicating M resource sets, each resource set in the M resource sets is targeted on one or more target terminals, and the resource set is used for determining a candidate transmission resource by the one or more target terminals when selecting a resource, M is a positive integer, and M≥1 (S210); wherein the sending, by the first terminal, the first information, comprises: in a case that the first information is any one of a Media Access Control Element, MAC CE, signaling, and second-stage Sidelink Control Information, SCI, carried in a Physical Sidelink Shared Channel, PSSCH, M=1, and the resource set is targeted on a plurality of target terminals, sending, by the first terminal, the first information to the plurality of target terminals by broadcast, wherein a target identity field in the second-stage SCI carried in the PSSCH or in a second-SCI carried in the PSSCH carrying the MAC CE is set as an identity corresponding to broadcast, and the first information is further used for indicating identities of the plurality of target terminals. in a case that the first information is any one of a Media Access Control Element, MAC CE, signaling, and second-stage Sidelink Control Information, SCI, carried in a Physical Sidelink Shared Channel, PSSCH, M=1, and the resource set is targeted on a plurality of target terminals, sending, by the first terminal, the first information to the plurality of target terminals by broadcast, wherein a target identity field in the second-stage SCI carried in the PSSCH or in a second-SCI carried in the PSSCH carrying the MAC CE is set as an identity corresponding to broadcast, and the first information is further used for indicating identities of the plurality of target terminals.
A light emitting apparatus comprising: a substrate having a main surface; a first light emitting element and a second light emitting element disposed on the main surface, wherein light emitted from the first light emitting element is emitted from a first area and light emitted from the second light emitting element is emitted from a second area (108a; 108b; 108c; 108d; 108e; 108f; 108g); a first lens into which light emitted from the first area enters; and a second lens into which light emitted from the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) enters, wherein the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) is smaller than the first area , characterized in that in a direction parallel to the main surface, a distance between a middle point of the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) and a vertex of the second lens is greater than a distance between a middle point of the first area and a vertex of the first lens , wherein the vertex of the second lens is a center of the second lens in a cross section parallel to the main surface of the substrate , and the vertex of the first lens is a center of the first lens in a cross section parallel to the main surface of the substrate . a substrate having a main surface; a first light emitting element and a second light emitting element disposed on the main surface, wherein light emitted from the first light emitting element is emitted from a first area and light emitted from the second light emitting element is emitted from a second area (108a; 108b; 108c; 108d; 108e; 108f; 108g); a first lens into which light emitted from the first area enters; and a second lens into which light emitted from the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) enters, wherein the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) is smaller than the first area , characterized in that in a direction parallel to the main surface, a distance between a middle point of the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) and a vertex of the second lens is greater than a distance between a middle point of the first area and a vertex of the first lens , wherein the vertex of the second lens is a center of the second lens in a cross section parallel to the main surface of the substrate , and the vertex of the first lens is a center of the first lens in a cross section parallel to the main surface of the substrate .
An implantable prosthetic valve that is radially collapsible to a collapsed configuration and radially expandable to an expanded configuration, the prosthetic valve comprising: an annular frame ; a leaflet structure positioned within the frame ; an inner skirt , and an annular outer skirt positioned around an outer surface of the frame , the outer skirt comprising an inflow edge secured to the frame at a first location, an outflow edge secured to the frame at a second location, and an intermediate portion between the inflow edge and the outflow edge ; wherein when the valve is in the expanded configuration, the intermediate portion of the outer skirt comprises slack in the axial direction between the inflow edge of the outer skirt and the outflow edge of the outer skirt , and when the valve is collapsed to the collapsed configuration, the axial distance between the inflow edge of the outer skirt and the outflow edge of the outer skirt increases, reducing the slack in the outer skirt in the axial direction; and wherein the inner skirt is sutured to the frame at locations away from a suture line which attaches lower edges of leaflets of the leaflet structure to the inner skirt . an annular frame ; a leaflet structure positioned within the frame ; an inner skirt , and an annular outer skirt positioned around an outer surface of the frame , the outer skirt comprising an inflow edge secured to the frame at a first location, an outflow edge secured to the frame at a second location, and an intermediate portion between the inflow edge and the outflow edge ; wherein when the valve is in the expanded configuration, the intermediate portion of the outer skirt comprises slack in the axial direction between the inflow edge of the outer skirt and the outflow edge of the outer skirt , and when the valve is collapsed to the collapsed configuration, the axial distance between the inflow edge of the outer skirt and the outflow edge of the outer skirt increases, reducing the slack in the outer skirt in the axial direction; and wherein the inner skirt is sutured to the frame at locations away from a suture line which attaches lower edges of leaflets of the leaflet structure to the inner skirt .