mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a first portion (604, 804) having an interior lumen; a covered narrow portion (602, 802) coupled to the first portion and having an interior lumen; an expandable portion (606, 806) having an interior lumen and being coupled to the narrow portion, the expandable portion being capable of having an expanded configuration and a collapsed configuration, wherein the expandable portion includes at least one of the following: at least one diffuser for directing flow of fluid out of the apparatus, and at least one deflector for deflecting flow of fluid out of the apparatus; and a tip (608, 808) being disposed at a distal end of the expandable portion, wherein the tip includes at least one basket having at least one expanded configuration and at least one collapsed configuration; wherein the interior lumens of the first portion, the narrow portion, and the expandable portion are communicatively coupled to allow passage of at least one of a fluid, a powder, a gas, an object, and a device; wherein a diameter of the narrow portion is smaller than a diameter of the first portion; wherein at least one of the narrow portion, the expandable portion, and the tip is self-expanding. a first portion (604, 804) having an interior lumen; a covered narrow portion (602, 802) coupled to the first portion and having an interior lumen; an expandable portion (606, 806) having an interior lumen and being coupled to the narrow portion, the expandable portion being capable of having an expanded configuration and a collapsed configuration, wherein the expandable portion includes at least one of the following: at least one diffuser for directing flow of fluid out of the apparatus, and at least one deflector for deflecting flow of fluid out of the apparatus; and a tip (608, 808) being disposed at a distal end of the expandable portion, wherein the tip includes at least one basket having at least one expanded configuration and at least one collapsed configuration; wherein the interior lumens of the first portion, the narrow portion, and the expandable portion are communicatively coupled to allow passage of at least one of a fluid, a powder, a gas, an object, and a device; wherein a diameter of the narrow portion is smaller than a diameter of the first portion; wherein at least one of the narrow portion, the expandable portion, and the tip is self-expanding.
A wall bushing comprising: - a bundle of cables coated in a resin mass, the resin being surrounded by a tubular body, successively having, in the direction from the inside to the outside where the cable extends, a first section with a first diameter, followed by a second section with a diameter smaller than that of the first section, and the bushing comprises: ∘ a collar for clamping the cable, ∘ a ferrule facing the first section and ∘ an annular joint accommodated between the second section and the cable, - the resin mass being in contact with the outer face of the collar and with the inner face of the ferrule, characterised in that an electrical connector is connected to the bundle of cables, only the part of the connector adjacent to the bundle and the part of the bundle adjacent to the connector being coated in the resin mass, and in that the collar for clamping the cable pushes the ferrule towards the second section. - a bundle of cables coated in a resin mass, the resin being surrounded by a tubular body, successively having, in the direction from the inside to the outside where the cable extends, a first section with a first diameter, followed by a second section with a diameter smaller than that of the first section, and the bushing comprises: ∘ a collar for clamping the cable, ∘ a ferrule facing the first section and ∘ an annular joint accommodated between the second section and the cable, ∘ a collar for clamping the cable, ∘ a ferrule facing the first section and ∘ an annular joint accommodated between the second section and the cable, - the resin mass being in contact with the outer face of the collar and with the inner face of the ferrule,
A lithographic printing plate precursor comprising: a hydrophilized aluminum support; and a water-soluble or water-dispersible negative type image recording layer on the aluminum support, wherein an arithmetic average height Sa of a surface of an outermost layer on a side opposite to a side where the image recording layer is provided is in a range of 0.5 μm to 20 μm, wherein the image recording layer contains an infrared absorbing agent, a polymerization initiator, a polymerizable compound, and a polymer compound having a particle shape, and wherein the polymer compound having a particle shape has a hydrophobic main chain and both of (i) constitutional unit which contains a pendant-cyano group directly bonded to the hydrophobic main chain and (ii) constitutional unit which contains a pendant group having a hydrophilic polyalkylene oxide segment. a hydrophilized aluminum support; and a water-soluble or water-dispersible negative type image recording layer on the aluminum support, wherein an arithmetic average height Sa of a surface of an outermost layer on a side opposite to a side where the image recording layer is provided is in a range of 0.5 μm to 20 μm, wherein the image recording layer contains an infrared absorbing agent, a polymerization initiator, a polymerizable compound, and a polymer compound having a particle shape, and wherein the polymer compound having a particle shape has a hydrophobic main chain and both of (i) constitutional unit which contains a pendant-cyano group directly bonded to the hydrophobic main chain and (ii) constitutional unit which contains a pendant group having a hydrophilic polyalkylene oxide segment.
A manufacturing method for manufacturing a fiber-reinforced plastic strand having a circular-shaped cross-section and a diameter from 0.5 to 3.0 mm, said method comprising: (a) a step of continuously feeding reinforcing fiber bundles (f 1) each comprising a plurality of reinforcing fibers arranged in a direction while twisting, the number of twists of said reinforcing fiber bundle (f 1) being from 5 to 40 twists/m; (b) a step of impregnating said continuously fed reinforcing fiber bundles with a matrix resin, the amount of impregnation of said matrix resin to the amount of said reinforcing fiber in volume ratio being from 30 to 60%; and (c) a step of heating said resin-impregnated reinforcing fiber bundles (f 2) while straining the bundles at an intensity of from 500 g (4,9 N) per bundle to 3,000 g (29,4 N) per bundle and hardening the resin into a circular-shaped cross-section of the reinforcing fiber bundles. (a) a step of continuously feeding reinforcing fiber bundles (f 1) each comprising a plurality of reinforcing fibers arranged in a direction while twisting, the number of twists of said reinforcing fiber bundle (f 1) being from 5 to 40 twists/m; (b) a step of impregnating said continuously fed reinforcing fiber bundles with a matrix resin, the amount of impregnation of said matrix resin to the amount of said reinforcing fiber in volume ratio being from 30 to 60%; and (c) a step of heating said resin-impregnated reinforcing fiber bundles (f 2) while straining the bundles at an intensity of from 500 g (4,9 N) per bundle to 3,000 g (29,4 N) per bundle and hardening the resin into a circular-shaped cross-section of the reinforcing fiber bundles.
A anti-IL-13 antibody, or antigen binding fragment thereof, for use in the treatment of eosinophilic esophagitis (EoE) in a subject, wherein the anti-IL-13 antibody, or antigen binding fragment thereof, comprises a heavy chain variable region comprising SEQ ID NO: 2 and a light chain variable region comprising SEQ ID NO: 3.
Plunger, in particular for a pump or a compressor, having a tube-like housing, in the case of the drive-side annular front of which two flats which are indented from an outer shell of the housing lie diametrically opposite one another, in which flats a pin which supports a roller is mounted, an inner shell of the housing being penetrated, axially below the roller, by a separate bridge piece, the output-side front of which acts as support for a plunger following part, and which bridge piece bears against undersides of the flats in the direction of the drive-side annular front and is held by way of a ring which is fixed on the inner shell in the direction of an output-side annular front of the housing, characterized in that the ring is a split spring strip and is seated in a complementary groove of the inner shell of the housing, so as not to protrude radially out of the groove into said housing, at least two tabs projecting radially inwards from an upper side of the ring, on which tab the bridge piece is fixed in the direction of the output-side annular front.
A breathing apparatus comprising: - an inspiratory channel, an expiratory channel and a patient interface, wherein the inspiratory channel and the expiratory channel are connected to the patient interface, - a blower comprising blower driving means, wherein the blower is arranged to produce a flow of air to the inspiratory channel, - an oxygen valve arranged to be connected to an oxygen source, wherein the oxygen valve is configured to selectively deliver a flow of oxygen from the oxygen source to the inspiratory channel, - a valve configured to prevent flow of gas in a direction from the patient interface in the inspiratory channel, - a detecting unit configured to detect breathing phases (16, 17), and - a control unit connected to the blower driving means, the oxygen valve and the detecting unit, characterized in that the control unit is configured to deactivate the blower driving means or reduce an operational rate of the blower driving means so that the blower produces substantially no flow of air to the inspiratory channel during a time period (tp) starting during an inspiratory phase after 30% of a duration of the inspiration phase and ending during the subsequent expiration phase at the latest upon initiation of the subsequent inspiration phase. - an inspiratory channel, an expiratory channel and a patient interface, wherein the inspiratory channel and the expiratory channel are connected to the patient interface, - a blower comprising blower driving means, wherein the blower is arranged to produce a flow of air to the inspiratory channel, - an oxygen valve arranged to be connected to an oxygen source, wherein the oxygen valve is configured to selectively deliver a flow of oxygen from the oxygen source to the inspiratory channel, - a valve configured to prevent flow of gas in a direction from the patient interface in the inspiratory channel, - a detecting unit configured to detect breathing phases (16, 17), and - a control unit connected to the blower driving means, the oxygen valve and the detecting unit,
A data transmission method, comprising: receiving, by a first wireless network node, an uplink packet from a second wireless network node, wherein the uplink packet carries a GTP tunnel identifier indicating identity information of user equipment, information about a bearer type, and identity information of a bearer; learning, by the first wireless network node according to the GTP tunnel identifier, the user equipment, the bearer type, and the bearer that correspond to the uplink packet; and performing, by the first wireless network node, a function of a packet data convergence protocol layer on the uplink packet, wherein the first wireless network node and the second wireless network node are included in a same one base station, and wherein the first wireless network node has a function of an radio resource control layer and a function of the packet data convergence protocol layer; the second wireless network node has a function of an radio link control layer, a function of a media access control layer, and a function of a physical layer. receiving, by a first wireless network node, an uplink packet from a second wireless network node, wherein the uplink packet carries a GTP tunnel identifier indicating identity information of user equipment, information about a bearer type, and identity information of a bearer; learning, by the first wireless network node according to the GTP tunnel identifier, the user equipment, the bearer type, and the bearer that correspond to the uplink packet; and performing, by the first wireless network node, a function of a packet data convergence protocol layer on the uplink packet, wherein the first wireless network node and the second wireless network node are included in a same one base station, and wherein the first wireless network node has a function of an radio resource control layer and a function of the packet data convergence protocol layer; the second wireless network node has a function of an radio link control layer, a function of a media access control layer, and a function of a physical layer.
Corner drive of a fitting for a sash of a window or door, for insertion into a C-shaped sash groove in the fold of a frame profile of the sash, having a base body, which has a first corner leg and a second corner leg extending at right angles to the first corner leg, wherein on a first longitudinal side of the first corner leg and / or the second corner leg a leg groove, having an undercut, for a groove leg of the sash groove is provided, wherein the region of the second longitudinal side, positioned opposite the undercut of the first longitudinal side, of the first and/or second corner leg (49, 50) is/are free from undercuts, wherein on the second longitudinal side at least one securing means being movable between a securing position and a disengaging position relative to the second longitudinal side is provided as a pivot lever pivotally mounted on the base body and wherein the base body has at least one guide channel for a flexible band for diagonally extending force transmission, characterised in that the base body is formed in one piece, wherein the base body has at least one lateral projection for supporting on a groove leg (18, 20) of the sash groove and the securing means has a material recess, through which the projection protrudes in the securing position.
A method for providing a distributed Self Organizing Network, dSON, for a wireless network including at least one mobile eNodeB and a plurality of coordinating network nodes, comprising: ascertaining, by the dSON, information from at least one of User Equipment, LTE, reports and neighbor detection for a mobile eNodeB attached to coordinating network node; adjusting a configuration for the mobile eNodeB based on location and a state of neighbors obtained from a LTE report and neighbor detection using a pre-configured overlap factor to set a reference Transmit, Tx, power to a higher level or a lower level, wherein the mobile eNodeB configuration includes at least one of Physical Cell Identification, PCI, allocation, Tracking Area Code, TAC, allocation, reference Transmit, Tx, power management, and Automatic Neighbor Relations, ANR, table; generating the ANR table using X2 or LTE measurements and Global Positioning System, GPS, location; tracking arriving and departing neighbor devices in the ANR table; and sending an update message regarding updated configuration for the mobile eNodeB from the coordinating network node to at least one other coordinating network node via a service bus messaging service. ascertaining, by the dSON, information from at least one of User Equipment, LTE, reports and neighbor detection for a mobile eNodeB attached to coordinating network node; adjusting a configuration for the mobile eNodeB based on location and a state of neighbors obtained from a LTE report and neighbor detection using a pre-configured overlap factor to set a reference Transmit, Tx, power to a higher level or a lower level, wherein the mobile eNodeB configuration includes at least one of Physical Cell Identification, PCI, allocation, Tracking Area Code, TAC, allocation, reference Transmit, Tx, power management, and Automatic Neighbor Relations, ANR, table; generating the ANR table using X2 or LTE measurements and Global Positioning System, GPS, location; tracking arriving and departing neighbor devices in the ANR table; and sending an update message regarding updated configuration for the mobile eNodeB from the coordinating network node to at least one other coordinating network node via a service bus messaging service.
A sensor assembly for sensing a sensed parameter and for outputting a sensor assembly output signal, the sensor assembly comprising: a sense element for sensing the sensed parameter, the sense element providing a sense element output signal that is related to the sensed parameter; a control block, including: an amplifier having a programmable gain and a programmable offset (131, 133); a first input port for receiving the sense element output signal; a second input port for receiving a scale input adjustable by a user, the control block configured to adjust the offset (131,133) and the gain of the amplifier based on the received scale input to adjust a resolution of the sensor assembly output signal within the sensor assembly output signal range; and an output port for providing the sensor assembly output signal with adjusted resolution, wherein the control block is configured to produce the sensor assembly output signal at a first resolution for a first scale input and at a second resolution for a second scale input, the second resolution being different from the first resolution and the second scale input being different from the first scale input. a sense element for sensing the sensed parameter, the sense element providing a sense element output signal that is related to the sensed parameter; a control block, including: an amplifier having a programmable gain and a programmable offset (131, 133); a first input port for receiving the sense element output signal; a second input port for receiving a scale input adjustable by a user, the control block configured to adjust the offset (131,133) and the gain of the amplifier based on the received scale input to adjust a resolution of the sensor assembly output signal within the sensor assembly output signal range; and an output port for providing the sensor assembly output signal with adjusted resolution, wherein the control block is configured to produce the sensor assembly output signal at a first resolution for a first scale input and at a second resolution for a second scale input, the second resolution being different from the first resolution and the second scale input being different from the first scale input. an amplifier having a programmable gain and a programmable offset (131, 133); a first input port for receiving the sense element output signal; a second input port for receiving a scale input adjustable by a user, the control block configured to adjust the offset (131,133) and the gain of the amplifier based on the received scale input to adjust a resolution of the sensor assembly output signal within the sensor assembly output signal range; and an output port for providing the sensor assembly output signal with adjusted resolution, wherein the control block is configured to produce the sensor assembly output signal at a first resolution for a first scale input and at a second resolution for a second scale input, the second resolution being different from the first resolution and the second scale input being different from the first scale input.
A puzzle set, comprising: - a plurality of cubes (14a, 14b, 14c, 14d) each comprising a drawing at one or more facets thereof; and - an interface configured to cause said plurality of cubes (14a, 14b, 14c, 14d) to be positioned one adjacent to the other and to cause a first facet of each of said plurality of cubes (14a, 14b, 14c, 14d) viewed by a player to be coplanar, while permitting a change in disposition and rotational state of the first facet of any of said plurality of cubes (14a, 14b, 14c, 14d) wherein said drawings are designed to allow continuation of one another, by which contiguous facets of said plurality of cubes (14a, 14b, 14c, 14d) that are viewed by a player define together a composite symbol or symbols, upon positioning said plurality of cubes (14a, 14b, 14c, 14d) in accordance with a predetermined arrangement, and wherein at least one of said facets of each of said plurality of cubes (14a, 14b, 14c, 14d) comprises displacement facilitating apparatus to facilitate outward linear displacement and subsequent rotation of a selected one of the first facets in relation to all other first facets of said plurality of cubes (14a, 14b, 14c, 14d) when the first facet of each of said plurality of cubes (14a, 14b, 14c, 14d) are positioned one adjacent to the other and are coplanar and contiguous one with another, thereby allowing rotation of the drawing of said selected first facet to achieve said predetermined arrangement. - a plurality of cubes (14a, 14b, 14c, 14d) each comprising a drawing at one or more facets thereof; and - an interface configured to cause said plurality of cubes (14a, 14b, 14c, 14d) to be positioned one adjacent to the other and to cause a first facet of each of said plurality of cubes (14a, 14b, 14c, 14d) viewed by a player to be coplanar, while permitting a change in disposition and rotational state of the first facet of any of said plurality of cubes (14a, 14b, 14c, 14d)
A cleaning pad (100; 250; 500; 600; 700; 800; 900) comprising: a mounting surface disposed on a top side of the cleaning pad, the mounting surface configured to provide a mechanical connection to an autonomous cleaning robot; a first outer layer (202; 502; 602; 702; 802; 902) disposed on a bottom side of the cleaning pad, the first outer layer having a first coefficient of friction; and a second outer layer (204; 504; 604; 704; 804; 904; 904a, 904b; 954) disposed on the bottom side of the cleaning pad, the second outer layer having a second coefficient of friction less than the first coefficient of friction, characterized in that the second outer layer is disposed forward of at least a portion of the first outer layer at a forward portion (208; 958) of the cleaning pad, wherein a surface area of the first outer layer is larger than a surface area of the second outer layer, optionally in which a ratio of the surface area of the first outer layer to the surface area of the second outer layer is between 1:1 and 10:1. a mounting surface disposed on a top side of the cleaning pad, the mounting surface configured to provide a mechanical connection to an autonomous cleaning robot; a first outer layer (202; 502; 602; 702; 802; 902) disposed on a bottom side of the cleaning pad, the first outer layer having a first coefficient of friction; and a second outer layer (204; 504; 604; 704; 804; 904; 904a, 904b; 954) disposed on the bottom side of the cleaning pad, the second outer layer having a second coefficient of friction less than the first coefficient of friction, characterized in that the second outer layer is disposed forward of at least a portion of the first outer layer at a forward portion (208; 958) of the cleaning pad, wherein a surface area of the first outer layer is larger than a surface area of the second outer layer, optionally in which a ratio of the surface area of the first outer layer to the surface area of the second outer layer is between 1:1 and 10:1.