mhurhangee/ep-ind-claims huggingface dataset:
A fat-dissolving cleaning agent for hard surfaces, having good foaming performance and comprising a) an amine oxide surfactant, b) an alkanolamine, selected from the group comprising monoethanolamine, triethanolamine and mixtures thereof, c) a water-soluble organic solvent and d) water, characterized in that the cleaning agent comprises a cellulose-based polymer, the cellulose-based polymer being hydroxyethyl cellulose and/or hydroxypropyl cellulose. a) an amine oxide surfactant, b) an alkanolamine, selected from the group comprising monoethanolamine, triethanolamine and mixtures thereof, c) a water-soluble organic solvent and d) water,
A spar for a vane arc segment of a gas turbine engine, comprising: an elongated spar leg having a spar wall that circumscribes a core passage; and a plenum passage embedded in the spar wall between inner and outer portions of the spar wall, the outer portion of the spar wall having a plurality of cooling through-holes for emitting cooling air from the plenum passage, characterised in that the inner portion of the spar wall is fully solid such that the plenum passage is fluidly isolated from the core passage, and the plurality of cooling holes are exclusive outlets from the plenum passage. an elongated spar leg having a spar wall that circumscribes a core passage; and a plenum passage embedded in the spar wall between inner and outer portions of the spar wall, the outer portion of the spar wall having a plurality of cooling through-holes for emitting cooling air from the plenum passage, characterised in that the inner portion of the spar wall is fully solid such that the plenum passage is fluidly isolated from the core passage, and the plurality of cooling holes are exclusive outlets from the plenum passage.
Electronic device containing at least one organic semiconductor which has been obtained by a reaction involving at least one reactive halogen, characterised in that the content of the halogen involved in the reaction in the organic semiconductor is less than 20 ppm, and in that the content of the halogens fluorine, chlorine, bromine and iodine in the organic semiconductor is in each case less than 20 ppm, with the proviso that this limit applies to fluorine only if fluorine is not a constituent part of the chemical structure of the organic semiconductor; with the proviso that the organic semiconductor is not a polythiophene which has been obtained by a reaction involving bromine as reactive halogen, and which has a bromine content of less than 20 ppm.
Apparatus for the assessment of electrophysiological signals obtained from a patient, the apparatus comprising: - a housing; - a support arch pivotally mounted to the housing, the support arch comprising a plurality of facial contact point supports for supporting contact points on the face of the patient relative to the support arch without supporting the chin of the patient; - a first display screen (60L, 60R) for presenting a first stimulus to a first eye of the patient and a second display screen (60L, 60R) for presenting a second stimulus to a second eye of the patient, said display screens (60L, 60R) being movable relative to the support arch; and - control electronics disposed within the housing for driving the first display screen (60L, 60R) and the second display screen (60L, 60R) and for amplifying electrophysiological signals obtained from the patient characterized in that the apparatus comprises a first electrode for detecting a first electrophysiological signal elicited in the first eye of the patient and a second electrode for detecting a second electrophysiological signal elicited in the second eye of the patient, the first electrode and second electrode being mountable to a respective eye of the patient, wherein the control electronics are configured to use the first electrode as the active electrode when the first eye is stimulated by the first display screen (60L, 60R) and to use the second electrode as the reference electrode when the first eye is stimulated by the first display screen (60L, 60R). - a housing; - a support arch pivotally mounted to the housing, the support arch comprising a plurality of facial contact point supports for supporting contact points on the face of the patient relative to the support arch without supporting the chin of the patient; - a first display screen (60L, 60R) for presenting a first stimulus to a first eye of the patient and a second display screen (60L, 60R) for presenting a second stimulus to a second eye of the patient, said display screens (60L, 60R) being movable relative to the support arch; and - control electronics disposed within the housing for driving the first display screen (60L, 60R) and the second display screen (60L, 60R) and for amplifying electrophysiological signals obtained from the patient
An embolic protection device for positioning in an aortic arch, said device having a periphery for apposition with an inner wall of said aortic arch to cover ostia of side vessels at least including the carotid arteries for preventing embolic particles from passing therethrough into side vessels to the brain of a patient, said device having a blood permeable unit within said periphery for preventing embolic particles from passing therethrough with a blood flow downstream an aortic valve into said side vessels of said aortic arch to the brain of the patient, wherein said embolic protection device when positioned in said aortic arch is curved along said aortic arch and said blood permeable unit is a mesh having a surface which is convexly shaped towards said ostia from said periphery when arranged in the aortic arch; a connection point enclosed by the periphery or integral therewith for connection to a transvascular delivery unit; and characterized by a pushing unit arranged underneath said blood permeable unit and being configured to apply a pushing force against said periphery and/or blood permeable unit. a periphery for apposition with an inner wall of said aortic arch to cover ostia of side vessels at least including the carotid arteries for preventing embolic particles from passing therethrough into side vessels to the brain of a patient, said device having a blood permeable unit within said periphery for preventing embolic particles from passing therethrough with a blood flow downstream an aortic valve into said side vessels of said aortic arch to the brain of the patient, wherein said embolic protection device when positioned in said aortic arch is curved along said aortic arch and said blood permeable unit is a mesh having a surface which is convexly shaped towards said ostia from said periphery when arranged in the aortic arch; a connection point enclosed by the periphery or integral therewith for connection to a transvascular delivery unit; and characterized by a pushing unit arranged underneath said blood permeable unit and being configured to apply a pushing force against said periphery and/or blood permeable unit.
Medical treatment device comprising a hose set which comprises one or more hose lines, a peristaltic pump for conveying fluid, which comprises a receiving unit having a pump bed for inserting a hose segment of the hose line, and movable occlusion elements (13A, 13B) for acting on the hose segment inserted into the pump bed, and a monitoring device for monitoring the occlusion through the occlusion elements (13A, 13B) of the peristaltic pump, the monitoring device comprising: a device for measuring the electrical resistance or a variable which correlates with the electrical resistance between a first and a second electrode (16A, 16B), the first electrode being arranged on the hose line upstream of the occlusion elements (13A, 13B) and the second electrode being arranged on the hose line downstream of the occlusion elements of the peristaltic pump such that an electrical contact can be produced between the first and second electrode (16A, 16B) and the fluid flowing in the hose line, and a calculation and evaluation unit which detects the electrical resistance or a variable which correlates with the electrical resistance, the receiving unit of the peristaltic pump comprising an arcuate pump bed and the hose segment to be inserted into the receiving unit forming a loop, characterised in that the hose set comprises a connecting piece, by means of which the intersecting portions of the hose segment forming a loop are fixed, the first and second electrode (16A, 16B) being component parts of the connecting piece. a device for measuring the electrical resistance or a variable which correlates with the electrical resistance between a first and a second electrode (16A, 16B), the first electrode being arranged on the hose line upstream of the occlusion elements (13A, 13B) and the second electrode being arranged on the hose line downstream of the occlusion elements of the peristaltic pump such that an electrical contact can be produced between the first and second electrode (16A, 16B) and the fluid flowing in the hose line, and a calculation and evaluation unit which detects the electrical resistance or a variable which correlates with the electrical resistance, the receiving unit of the peristaltic pump comprising an arcuate pump bed and the hose segment to be inserted into the receiving unit forming a loop, characterised in that the hose set comprises a connecting piece, by means of which the intersecting portions of the hose segment forming a loop are fixed, the first and second electrode (16A, 16B) being component parts of the connecting piece.
Micromechanical rate-of-rotation sensor, having: a first Coriolis element; a first drive beam, which is arranged along the first Coriolis element and is coupled via a first spring to the first Coriolis element; a first drive electrode carrier (136, 137), which carries a multiplicity of first drive electrodes (138, 139) extending parallel to the first drive beam; a second Coriolis element, which is arranged on the side facing away from the first drive beam, beside the first Coriolis element; and a coupling element, which couples the first Coriolis element and the second Coriolis element to form an anti-parallel drive mode; characterized in that the first drive electrode carrier (136, 137) extends from the first drive beam in the direction opposite to the first Coriolis element. a first Coriolis element; a first drive beam, which is arranged along the first Coriolis element and is coupled via a first spring to the first Coriolis element; a first drive electrode carrier (136, 137), which carries a multiplicity of first drive electrodes (138, 139) extending parallel to the first drive beam; a second Coriolis element, which is arranged on the side facing away from the first drive beam, beside the first Coriolis element; and a coupling element, which couples the first Coriolis element and the second Coriolis element to form an anti-parallel drive mode; characterized in that the first drive electrode carrier (136, 137) extends from the first drive beam in the direction opposite to the first Coriolis element.
An On Board Equipment, OBE, suitable for mounting on a vehicle, the OBE comprising an OBE antenna connected to an OBE transmit/receive unit, the OBE antenna being arranged to receive a signal from a station (204, 307) via a first wireless communication link (207, 301), the signal comprising at least one traffic information message from the station, the OBE being arranged to convert the traffic information message for transfer to an audio output through at least one speaker in an existing audio system of the vehicle, where said transfer of the traffic information message to the existing audio system is arranged to be performed via a second wireless communication link (210, 401) where the traffic information message is arranged to be picked up by standard receiving means of the existing audio system and to be delivered as a voice message on said speakers through a prioritized channel of the existing audio system, wherein the OBE comprises a Control Unit, CU, having a CU input terminal and a first and a second CU output terminal, the output terminal of the OBE transmit/receive unit being connected to the CU input terminal, the CU being arranged to convert an output signal from the OBE transmit/receive unit to a format suitable to be transmitted via the second wireless communication link (210, 401), the converted message format being arranged to be available at the first CU output terminal.
A milking robot for fully automatic milking of milking animals, comprising at least one movable component (2; 9) and a cylinder configured to support a movement of the component, which cylinder has a cylinder wall with a ventilation opening and a cylinder rod which can move in and out of the cylinder, wherein the cylinder wall surrounds at least one variable volume part, which volume part is free from pressurized fluid connections for movement of the cylinder rod and is also configured, via said opening, to remain in virtual pressure equilibrium with the environment of the cylinder, wherein on the cylinder wall around said ventilation opening, a gas capture device is connected which has a variable volume and which together with the variable volume part, forms an air-tight gas volume, wherein the gas capture device comprises a movable gas capture pouch, wherein the gas capture pouch is arranged in a form-stable outer housing, in particular a pipe of the milking robot.
A fuel cell system comprising: a reformer for reforming raw fuel using a burner to generate reformed gas; a CO shift converter shaped like a tube provided integrally with the reformer such that the reformer is positioned in the tube, for reducing a carbon monoxide concentration in the reformed gas generated by the reformer; a CO remover shaped like a tube provided integrally with the reformer such that the reformer is positioned in the tube, for selectively oxidizing carbon monoxide in the reformed gas to remove CO; and a heat exchange unit for performing heat exchange between exhaust gas from the burner and water, wherein at least part of a water channel in the heat exchange unit is configured to be capable of heat exchange with the reformed gas introduced to the CO shift converter; the CO shift converter and the CO remover are configured to have temperatures capable of being increased by exhaust gas from the burner; a channel is provided between the reformer and the CO shift converter and between the reformer and the CO remover, and the CO shift converter and the CO remover are increased in temperature with the exhaust gas from the burner flowed through the channel, characterized in that the channel between the reformer and the CO shift converter and between the reformer and the CO remover is provided adjacent to an inner circumferential surface of the CO shift converter and the CO remover; and the fuel cell system further comprises a bypass channel connected to the water channel to allow the water to bypass so as not to flow into the heat exchange unit during system startup. a reformer for reforming raw fuel using a burner to generate reformed gas; a CO shift converter shaped like a tube provided integrally with the reformer such that the reformer is positioned in the tube, for reducing a carbon monoxide concentration in the reformed gas generated by the reformer; a CO remover shaped like a tube provided integrally with the reformer such that the reformer is positioned in the tube, for selectively oxidizing carbon monoxide in the reformed gas to remove CO; and a heat exchange unit for performing heat exchange between exhaust gas from the burner and water, wherein at least part of a water channel in the heat exchange unit is configured to be capable of heat exchange with the reformed gas introduced to the CO shift converter; the CO shift converter and the CO remover are configured to have temperatures capable of being increased by exhaust gas from the burner; a channel is provided between the reformer and the CO shift converter and between the reformer and the CO remover, and the CO shift converter and the CO remover are increased in temperature with the exhaust gas from the burner flowed through the channel, characterized in that the channel between the reformer and the CO shift converter and between the reformer and the CO remover is provided adjacent to an inner circumferential surface of the CO shift converter and the CO remover; and the fuel cell system further comprises a bypass channel connected to the water channel to allow the water to bypass so as not to flow into the heat exchange unit during system startup.
An automatic transmission comprising a lubricating device, the lubricating device comprising: a first oil chamber, to which a lubricating oil is introduced; a partitioning member configured to partition a space, to which the lubricating oil of the first oil chamber is introduced; a second oil chamber partitioned by the partitioning member and to which a lubricating oil to supply to a forward clutch is introduced; and a third oil chamber partitioned by the partitioning member and to which a lubricating oil to supply to a pinion unit coupled with one engagement unit of the forward clutch is introduced, wherein a clutch oil path that introduces the lubricating oil of the first oil chamber to the second oil chamber and a pinion oil path that introduces the lubricating oil of the first oil chamber to the third oil chamber are formed in a member interposed between the first oil chamber and the space in which the partitioning member is arranged, and an oil path switching member that opens the clutch oil path and interrupts the pinion oil path at time of engagement of the forward clutch, and that interrupts the clutch oil path and opens the pinion oil path at time of release of the forward clutch is arranged. a first oil chamber, to which a lubricating oil is introduced; a partitioning member configured to partition a space, to which the lubricating oil of the first oil chamber is introduced; a second oil chamber partitioned by the partitioning member and to which a lubricating oil to supply to a forward clutch is introduced; and a third oil chamber partitioned by the partitioning member and to which a lubricating oil to supply to a pinion unit coupled with one engagement unit of the forward clutch is introduced, wherein a clutch oil path that introduces the lubricating oil of the first oil chamber to the second oil chamber and a pinion oil path that introduces the lubricating oil of the first oil chamber to the third oil chamber are formed in a member interposed between the first oil chamber and the space in which the partitioning member is arranged, and an oil path switching member that opens the clutch oil path and interrupts the pinion oil path at time of engagement of the forward clutch, and that interrupts the clutch oil path and opens the pinion oil path at time of release of the forward clutch is arranged.
A hemostatic material comprising a) at least one galvanic particulate comprising of at least two dissimilar metals, and b) a polysaccharide-based, biocompatible hemostatic scaffold comprising oxidized regenerated cellulose.
An Information Handling System, IHS, comprising: a processor; and a memory coupled to the processor, the memory having program instructions stored thereon that, upon execution by the processor, cause the IHS to: identify a posture of a second display relative to a first display; in response to a keyboard event, identify a plurality of keyboard shortcut mapping commands associated with the keyboard event; and execute one of the plurality of keyboard shortcut mapping commands selected, at least in part, based upon the posture. a processor; and a memory coupled to the processor, the memory having program instructions stored thereon that, upon execution by the processor, cause the IHS to: identify a posture of a second display relative to a first display; in response to a keyboard event, identify a plurality of keyboard shortcut mapping commands associated with the keyboard event; and execute one of the plurality of keyboard shortcut mapping commands selected, at least in part, based upon the posture. identify a posture of a second display relative to a first display; in response to a keyboard event, identify a plurality of keyboard shortcut mapping commands associated with the keyboard event; and
A metagenome derived nucleotide sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 3 and SEQ ID NOs: 31- 45, wherein the nucleotide sequence encodes a polypeptide having cellulase activity.
A method, performed in a radio access network node of a wireless communication network, the method comprising: receiving, from a Wireless Local-Area Network Termination, WT, an Extended Service Set Identifier, ESSID, and/or a Basic Service Set Identifier, BSSID, for one or more Wireless Local-Area Network, WLAN, access points controlled by the WT; maintaining a mapping between the ESSIDs and/or the BSSIDs and corresponding WLAN access points of the WT; and responsive to receiving a measurement report from a user equipment, UE, the measurement report indicating an ESSID and/or a BSSID, associating the UE with a WLAN access point, based on said mapping. receiving, from a Wireless Local-Area Network Termination, WT, an Extended Service Set Identifier, ESSID, and/or a Basic Service Set Identifier, BSSID, for one or more Wireless Local-Area Network, WLAN, access points controlled by the WT; maintaining a mapping between the ESSIDs and/or the BSSIDs and corresponding WLAN access points of the WT; and responsive to receiving a measurement report from a user equipment, UE, the measurement report indicating an ESSID and/or a BSSID, associating the UE with a WLAN access point, based on said mapping.
An air-intake system for a motor vehicle, which includes a cowl integrating a water-drainage system, characterized in that the drainage system includes at least two lateral channels, each lateral channel extending from an upstream end, through which the lateral channel communicates with an air inlet, to a downstream end, through which the secondary channel leads onto a rear edge of the cowl, and in that each lateral channel is shaped as a baffle, the downstream end being transversely offset with respect to the upstream end.
A fiber comprising: a first thermoplastic composition having a softening temperature up to 120°C as determined by the method described in the section of the description entitled "Softening Temperature Test", and a curable resin, the first thermoplastic composition and the curable resin each forming a portion of the fiber, wherein the first thermoplastic composition and the curable resin are present in the fiber in an admixture, the fiber has an aspect ratio of at least 10:1, and wherein the fiber has a maximum cross-sectional dimension up to 60 micrometers. a first thermoplastic composition having a softening temperature up to 120°C as determined by the method described in the section of the description entitled "Softening Temperature Test", and a curable resin, the first thermoplastic composition and the curable resin each forming a portion of the fiber, wherein the first thermoplastic composition and the curable resin are present in the fiber in an admixture, the fiber has an aspect ratio of at least 10:1, and wherein the fiber has a maximum cross-sectional dimension up to 60 micrometers.
Blade for a fan of a turbomachine comprising a composite material structure comprising a fibrous reinforcement obtained by three-dimensional weaving and a matrix in which the fibrous reinforcement is embedded, the fibrous reinforcement comprising first strands having a predefined elongation at break, said blade further comprising a root and a tip, the fibrous reinforcement comprising a first portion comprising the root and a second portion comprising the tip, a part of the fibre reinforcement comprising second strands having an elongation at break greater than that of the first strands, the blade being characterised in that the first portion is deprived of second strands while the second portion comprises the second strands.