mhurhangee/ep-ind-claims huggingface dataset:
A liquid containing nonwoven article, comprising: a core nonwoven web comprising a first plurality of fibers comprising a first polyvinyl alcohol fiber forming material, wherein the core nonwoven web comprises a liquid, the liquid comprising an active agent; and an outer nonwoven web comprising a second plurality of fibers comprising a second polyvinyl alcohol fiber forming material, wherein the core nonwoven web is enclosed by the outer nonwoven web. a core nonwoven web comprising a first plurality of fibers comprising a first polyvinyl alcohol fiber forming material, wherein the core nonwoven web comprises a liquid, the liquid comprising an active agent; and an outer nonwoven web comprising a second plurality of fibers comprising a second polyvinyl alcohol fiber forming material, wherein the core nonwoven web is enclosed by the outer nonwoven web.
Security paper comprising a fibrous substrate and at least one security thread incorporated into windows in this fibrous substrate, the security thread or threads preferably comprising a supporting film made of plastic, particularly thermoplastic material, the fibrous substrate having at least one region of variable opacity (16; 16b; 25b, 24) at least partly extending over a bridge of the fibrous substrate situated between two successive windows along the security thread, the region of variable opacity (16; 16b; 25b; 24) at least partly overlapping the security thread.
Connection piece for the tube part of an enteral feeding tube, having a proximal attachment piece for the attachment of the tube part of an enteral feeding tube, and a distal attachment piece for the attachment of a connection piece of an enteral transfer system, wherein the connection piece is composed of two sections (9, 10) firmly connected to each other, of which the first section is made of a material that is harder than the material from which the second section of the connection piece is made, wherein at least part of the first section of the connection piece is designed as a locking element with which it is possible to produce a releasable form-fit connection to a connection piece of a transfer system that has a locking element complementing the locking element of the connection piece, characterized in that the locking element is designed as a screw connection element.
Hydraulic system for an automatic transmission, in particular a dual clutch transmission, of a motor vehicle, having a high pressure circuit, in which a pressure accumulator, at least one clutch (K1, K2) as well gear selectors (G1 to G4) and at least one hydraulic pump are arranged, which can be controlled by an electronic control unit, wherein the pressure accumulator can be connected to a hydraulic positioning cylinder via at least one hydraulic path, wherein a control valve that can be controlled by the control unit is arranged upstream thereof, with which a hydraulic pressure at the hydraulic positioning cylinder can be adjusted, and which control valve can be moved between two through-flow positions (D1, D2), in order to move a piston in opposing piston strokes via opposing piston travel paths (S 1, S 2) as well as piston speeds (Ṡ 1, Ṡ 2) in the hydraulic positioning cylinder, wherein each piston stroke is connected to a hydraulic fluid outlet (V 1, V 2) out of the hydraulic system, characterised in that the control unit has a diagnosis module, with which a diagnosis of the conveyed volume flow is carried out, wherein an evaluation unit determines an actual conveyed volume flow (V ist) conveyed by the hydraulic pump and compares it with a target conveyed volume flow (V soll) and, in the event of a significant deviation, detects an error that can be stored in a conveyed volume flow error memory.
A non-metallic split type friction composite rockbolt characterized in that it includes a non-metallic collar portion, a non-metallic tubular body having a split or a slot therein, and a non-metallic neck portion intermediate the collar portion and the tubular body, wherein the rockbolt is made of one or more of a polymeric and a composite material, wherein the slot or split extends along at least a portion of the length of the body starting at one end of the body, referred to as a rockbolt tip and which, in use, will be a leading edge as the rockbolt is driven into a hole, wherein a zone where the collar portion and the neck portion meet is frangible so that the collar portion can break off in use during blasting.
Stator for an AC electric machine with a number p of magnetic poles, - wherein the stator has a central axis A, - wherein the stator has a stator winding with a plurality of conductor turns, - wherein the individual conductor turns are grouped into a total of n electrical phases (u,v,w), - wherein the conductor turns of a phase each have at least a first conductor branch and a second conductor branch, - wherein these conductor branches (23a, 23b) are arranged helically around the central axis over the greatest part of their length, characterized in that these helically arranged conductor branches (23a, 23b) each have a pitch h that is greater than the product of the axial length 1 of the helical conductor branches and of the pole number p. - wherein the stator has a central axis A, - wherein the stator has a stator winding with a plurality of conductor turns, - wherein the individual conductor turns are grouped into a total of n electrical phases (u,v,w), - wherein the conductor turns of a phase each have at least a first conductor branch and a second conductor branch, - wherein these conductor branches (23a, 23b) are arranged helically around the central axis over the greatest part of their length,
A rotor hub for connecting outboard rotor blades of an aircraft to an inboard central mast for rotation with the mast, the blades defining a rotor plane, the rotor hub comprising: a yoke having flexure arms extending radially outboard from a central portion of the yoke, each arm allowing for flapping of an associated blade about a flap axis; a plurality of blade grips, an outboard end portion of each grip being configured to be rigidly attached to one of the blades; a lead-lag bearing connecting a central portion of each grip to an outboard end portion of one of the arms; a pair of straps (95, 97) for each arm, the straps being located on opposite sides of the rotor plane and adapted to transfer centrifugal force from the blades to the central portion of the yoke, such that each arm is substantially free of centrifugal force from the associated blade; and a pair of lead-lag dampers for each grip (95, 97), the dampers of each grip being located on opposite sides of the rotor plane and connecting an inboard end portion of the associated grip to the adjacent associated strap (95, 97); wherein the lead-lag bearing defines a lead-lag axis generally normal to the rotor plane and outboard of the flapping axis such that in-plane lead or lag motion of a blade attached to a grip causes rotation of the grip about the lead-lag axis and causes motion in an opposite direction of an inboard end portion of the grip, and the associated dampers oppose rotation of the grip and the lead-lag motion of the attached blade. a yoke having flexure arms extending radially outboard from a central portion of the yoke, each arm allowing for flapping of an associated blade about a flap axis; a plurality of blade grips, an outboard end portion of each grip being configured to be rigidly attached to one of the blades; a lead-lag bearing connecting a central portion of each grip to an outboard end portion of one of the arms; a pair of straps (95, 97) for each arm, the straps being located on opposite sides of the rotor plane and adapted to transfer centrifugal force from the blades to the central portion of the yoke, such that each arm is substantially free of centrifugal force from the associated blade; and a pair of lead-lag dampers for each grip (95, 97), the dampers of each grip being located on opposite sides of the rotor plane and connecting an inboard end portion of the associated grip to the adjacent associated strap (95, 97); wherein the lead-lag bearing defines a lead-lag axis generally normal to the rotor plane and outboard of the flapping axis such that in-plane lead or lag motion of a blade attached to a grip causes rotation of the grip about the lead-lag axis and causes motion in an opposite direction of an inboard end portion of the grip, and the associated dampers oppose rotation of the grip and the lead-lag motion of the attached blade.
Method for producing a bent part from an elongate workpiece, in particular from a wire or a tube from round, flat, or profiled material, by means of a bending machine, wherein the workpiece is fed to a bending unit of the bending machine, wherein the bending unit has a bending head which by means of a Z-drive is displaceable in a manner parallel with a bending head axis and has a bending tool which by means of a bending drive is rotatable about a bending axis; a fed portion of the workpiece by means of operating movements of the bending head is formed to a two-dimensionally or three-dimensionally bent bending part; and the finished bent part by means of a cutting installation that is separate from the bending head is severed from the fed workpiece material in a cutting operation, characterized in that an operating movement of the bending head in a manner parallel with the bending head axis activates the cutting installation by means of a transmission installation, wherein the cutting installation is activated exclusively by an operating movement of the bending head in a manner parallel with the bending head axis. the workpiece is fed to a bending unit of the bending machine, wherein the bending unit has a bending head which by means of a Z-drive is displaceable in a manner parallel with a bending head axis and has a bending tool which by means of a bending drive is rotatable about a bending axis; a fed portion of the workpiece by means of operating movements of the bending head is formed to a two-dimensionally or three-dimensionally bent bending part; and the finished bent part by means of a cutting installation that is separate from the bending head is severed from the fed workpiece material in a cutting operation, characterized in that an operating movement of the bending head in a manner parallel with the bending head axis activates the cutting installation by means of a transmission installation, wherein the cutting installation is activated exclusively by an operating movement of the bending head in a manner parallel with the bending head axis.
An information processing apparatus comprising: an acquisition portion configured to acquire event information as a trigger; a transmission portion configured to transmit first instruction information that causes a predetermined sound to be played or play data that causes a predetermined sound to be played, to a playback device, at timing on a basis of the event information acquired by the acquisition portion; characterized by further comprising: a reception portion configured to receive a predetermined command from the playback device, wherein the transmission portion, when the reception portion receives the predetermined command from the playback device, is further configured to transmit second instruction information that causes playing of the predetermined sound to be stopped, to the playback device. an acquisition portion configured to acquire event information as a trigger; a transmission portion configured to transmit first instruction information that causes a predetermined sound to be played or play data that causes a predetermined sound to be played, to a playback device, at timing on a basis of the event information acquired by the acquisition portion; characterized by further comprising: a reception portion configured to receive a predetermined command from the playback device, wherein the transmission portion, when the reception portion receives the predetermined command from the playback device, is further configured to transmit second instruction information that causes playing of the predetermined sound to be stopped, to the playback device.
Container with a stirrer for mixing and moving substrates in the form of liquids or liquid-and-solid mixtures inside the container, comprising at least one rotor with one or more stirrer blades, said rotor being mounted in at least one rotor bearing (22.1, 22.2) and arranged in the container for rotary movement about an axis of rotation, and comprising a drive powering the rotor, wherein the or each rotor of the stirrer in the container holding the substrate to be mixed and moved occupies only a fraction of the volume of the container, wherein a substrate flow may also be created by means of the stirrer outside of the range of motion of the rotor or rotors in the container, wherein the rotor, when viewed along its rotary axis is designed with at least two rotor areas (2', 2") having different conveying effects on the substate, with a first rotor area having a predominantly axial conveying effect in the direction of the rotary axis and a second rotor area (2") having a stronger radial conveying effect transverse to the direction of the rotary axis, wherein the or each stirrer blade is provided as a continuous or segmented flat material strip extending along a helical line over the full axial length of the rotor and being supported by at least two spokes (24.1, 24.2) of the rotor, and wherein the blade surface of the or each stirrer blade, when viewed in the longitudinal direction of the stirrer blade, has a varying orientation from one rotor end (2.1) to the other (2.2) relative to the radial direction of the rotor, characterized in that the spokes (24.1, 24.2) are embodied as conveying elements for the substrate, that first spokes (24.1) arranged in the first rotor area are designed with a predominantly axial conveying effect in the direction of the rotary axis of the rotor, and that second spokes (24.2) arranged in the second rotor area (2") are designed with a predominantly radial conveying effect transverse to the direction of the rotary axis of the rotor or with a predominantly axial conveying effect opposite to the axial conveying effect of the first spokes (24.1).
A vestibular nerve stimulator, comprising: a stimulating assembly comprising a plurality of electrodes (156, 156, 156) disposed on a carrier member configured to be implanted in an inner ear of a recipient adjacent to the otolith organs of the inner ear; and a stimulator unit configured to generate and deliver one or more continuous electrical pulse trains to at least the inferior branch of the vestibular nerve of the recipient via one or more of the plurality of electrodes (156, 156, 156), wherein the one or more continuous electrical pulse trains are configured to suppress, in at least the inferior branch of the vestibular nerve, erroneous balance information generated by the peripheral vestibular system of the inner ear that would otherwise be sent to the brain of the recipient by the vestibular nerve. a stimulating assembly comprising a plurality of electrodes (156, 156, 156) disposed on a carrier member configured to be implanted in an inner ear of a recipient adjacent to the otolith organs of the inner ear; and a stimulator unit configured to generate and deliver one or more continuous electrical pulse trains to at least the inferior branch of the vestibular nerve of the recipient via one or more of the plurality of electrodes (156, 156, 156), wherein the one or more continuous electrical pulse trains are configured to suppress, in at least the inferior branch of the vestibular nerve, erroneous balance information generated by the peripheral vestibular system of the inner ear that would otherwise be sent to the brain of the recipient by the vestibular nerve.
A phosphatidylcholine having ester bonds with fatty acids at the C-1 and C-2 positions of glycerol and an ester bond with phosphocholine at the C-3 position of glycerol for use in the treatment of cancer, wherein the phosphatidylcholine is one kind of phosphatidylcholine or a mixture of two or more kinds of phosphatidylcholines, wherein the phosphatidylcholine is used at a dose of 0.01 mg to 1000 mg per 60 kg body weight daily for oral administration, and 0.01 mg to 100 mg per kg body weight daily for parenteral administration via a single intravenous dose, wherein the phosphatidylcholine is not a phosphatidylcholine which is a component of another agent to be administered in the form of liposomes or colloidal particles encapsulating or incorporating another therapeutic drug, wherein the cancer is colon cancer or lung cancer, and wherein the phosphatidylcholine is used in combination with cancer immunotherapy, the cancer immunotherapy being a therapy for reversal of immunosuppression using an immune checkpoint inhibitor that is an anti-PD-1 antibody.
A spin and catch game to be played on a surface, having: at least one spinner comprising: a spinning mechanism; a plurality of tentacles, each having one end associated with the spinning mechanism and a free end provided with a connector; and a flywheel having a tip, wherein the flywheel is connected to the spinning mechanism on an opposite side of the tip; characterized by a plurality of tokens adapted to be connected by the connector while sliding on the surface under said plurality of tentacles when the spinner spins; wherein activating the spinning mechanism causes the spinner to spin on the tip that is in contact with the surface and the plurality of tentacles are slightly elevated above the surface, and wherein at least one of the plurality of tokens or a portion of the tokens comprises a surface made of a material that is configured to be attached to a matching surface of said connector, and wherein the material is selected from a group consisting of magnets material; ferromagnetic material; Velcro; opposing Velcro fabric; and any combination thereof. a spinning mechanism; a plurality of tentacles, each having one end associated with the spinning mechanism and a free end provided with a connector; and a flywheel having a tip, wherein the flywheel is connected to the spinning mechanism on an opposite side of the tip; characterized by a plurality of tokens adapted to be connected by the connector while sliding on the surface under said plurality of tentacles when the spinner spins; wherein activating the spinning mechanism causes the spinner to spin on the tip that is in contact with the surface and the plurality of tentacles are slightly elevated above the surface, and wherein at least one of the plurality of tokens or a portion of the tokens comprises a surface made of a material that is configured to be attached to a matching surface of said connector, and wherein the material is selected from a group consisting of magnets material; ferromagnetic material; Velcro; opposing Velcro fabric; and any combination thereof.
A wellbore intervention tool for use in penetrating an obstruction in a wellbore, comprising: a cutting tool having at least one rotating cutter member, for penetrating the obstruction, coupled to a lower end thereof; a displacement mechanism coupled to an upper end of the cutting tool and operable to set and adjust a cutting position of the cutting tool relative to a tool axis of the wellbore intervention tool; and a sweeper coupled to the displacement mechanism and operable to deflect the displacement mechanism about the tool axis, wherein the cutting tool is deflected with the displacement mechanism; wherein the obstruction is in front of the cutting tool; and characterised in that the at least one rotating cutter member has a rotation axis that is substantially perpendicular to the tool axis at all times. a cutting tool having at least one rotating cutter member, for penetrating the obstruction, coupled to a lower end thereof; a displacement mechanism coupled to an upper end of the cutting tool and operable to set and adjust a cutting position of the cutting tool relative to a tool axis of the wellbore intervention tool; and a sweeper coupled to the displacement mechanism and operable to deflect the displacement mechanism about the tool axis, wherein the cutting tool is deflected with the displacement mechanism; wherein the obstruction is in front of the cutting tool; and characterised in that the at least one rotating cutter member has a rotation axis that is substantially perpendicular to the tool axis at all times.
A method of making a stimulation lead (100; 200; 300), the method comprising disposing at least one pre-electrode along a distal end portion of a lead body (110; 310), the at least one pre-electrode comprising a pre-electrode body having a proximal end and a distal end, the pre-electrode body comprising an electrically-conductive central hub (414; 814), a plurality of electrically-conductive stimulation members (418a; 418b; 418c; 818a; 818b; 818c) individually coupled to the central hub (414; 814) and extending radially-outward therefrom such that each of the plurality of stimulation members (418a; 418b; 418c; 818a; 818b; 818c) is electrically-coupled to each of the remaining plurality of stimulation members (418a; 418b; 418c; 818a; 818b; 818c) solely via the central hub (414; 814); electrically-coupling at least one conductor of a plurality of conductors (430a; 430b; 430c) extending from a plurality of terminals disposed along a proximal end portion of the lead body (110; 310) to each of the plurality of stimulation members (418a; 418b; 418c; 818a; 818b; 818c); disposing electrically-nonconductive material around longitudinal surfaces (424; 824) of the central hub (414; 814) with the electrically-nonconductive material abutting inner surfaces (428a; 428b; 428c) of the plurality of stimulation members (418a; 418b; 418c; 818a; 818b; 818c); and removing the central hub (414; 814) from the pre-electrode body to electrically isolate each of the plurality of stimulation members (418a; 418b; 418c; 818a; 818b; 818c) from one another, thereby transforming the plurality of stimulation members (418a; 418b; 418c; 818a; 818b; 818c) into a plurality of electrically-isolated segmented electrodes (918; 918b; 918c) disposed along the electrically-nonconductive material. an electrically-conductive central hub (414; 814), a plurality of electrically-conductive stimulation members (418a; 418b; 418c; 818a; 818b; 818c) individually coupled to the central hub (414; 814) and extending radially-outward therefrom such that each of the plurality of stimulation members (418a; 418b; 418c; 818a; 818b; 818c) is electrically-coupled to each of the remaining plurality of stimulation members (418a; 418b; 418c; 818a; 818b; 818c) solely via the central hub (414; 814);