mhurhangee/ep-ind-claims huggingface dataset:
A structure at least partially adhered by a light-curable adhesive, the structure comprising: first and second structural components (10, 12) disposed in a facing relationship; the light-curable adhesive impregnated within at least one of the first and second structural components (10, 12) or disposed between the first and second structural components (10, 12); and one or more side-emitting light guiding members positioned between the first and second structural components (10, 12) and in communication with the light-curable adhesive, wherein the one or more side-emitting light guiding members are configured to emit light along a length of the one or more side-emitting light guiding members when a light source is optically coupled to an end of the light guiding members and the first and second structural components (10, 12) are comprised of composite material comprising fibers impregnated with the light-curable adhesive; and the structure comprising a plurality of composite plies wherein the light guiding members are inserted between some of the pairs of plies, but not all pairs of plies, the plies including transparent fibers that facilitate the propagation of the light therethrough. first and second structural components (10, 12) disposed in a facing relationship; the light-curable adhesive impregnated within at least one of the first and second structural components (10, 12) or disposed between the first and second structural components (10, 12); and one or more side-emitting light guiding members positioned between the first and second structural components (10, 12) and in communication with the light-curable adhesive, wherein the one or more side-emitting light guiding members are configured to emit light along a length of the one or more side-emitting light guiding members when a light source is optically coupled to an end of the light guiding members and the first and second structural components (10, 12) are comprised of composite material comprising fibers impregnated with the light-curable adhesive; and the structure comprising a plurality of composite plies wherein the light guiding members are inserted between some of the pairs of plies, but not all pairs of plies, the plies including transparent fibers that facilitate the propagation of the light therethrough.
Method for measuring air flow in a ventilation duct, with an apparatus, the apparatus comprises a sensor fittable into connection with the duct, the sensor comprising an ultrasound transmitter and at least two ultrasound receivers (102, 104), and a control unit to which the ultrasound transmitter and ultrasound receivers are connectable, wherein the apparatus further comprises means for measuring temperature, wherein temperature compensation data is determined automatically at the installation site of the apparatus in conjunction with normal operation as follows: - with the apparatus the temperature of the air and/or of a sensor in a duct is measured with means for measuring temperature, characterized in that: - a sensor calibration measurement at the temperature in question is performed with the apparatus by arranging the flow in the duct to be essentially zero if a calibration of the sensor at the measured temperature and/or within a certain predefined temperature range has not been performed earlier from the environs of the measured temperature, and - temperature compensation data for the measurement result of air flow, the data being formed on the basis of the measured velocity of the air flow in the calibration measurement, is determined and/or recorded in memory with the apparatus, e.g. in the memory of a control unit. - with the apparatus the temperature of the air and/or of a sensor in a duct is measured with means for measuring temperature, - a sensor calibration measurement at the temperature in question is performed with the apparatus by arranging the flow in the duct to be essentially zero if a calibration of the sensor at the measured temperature and/or within a certain predefined temperature range has not been performed earlier from the environs of the measured temperature, and - temperature compensation data for the measurement result of air flow, the data being formed on the basis of the measured velocity of the air flow in the calibration measurement, is determined and/or recorded in memory with the apparatus, e.g. in the memory of a control unit.
Electrohydraulic external-force pressure generator for a hydraulic vehicle brake system, comprising a piston-cylinder unit, comprising an electric motor and comprising a screw drive which converts a rotating drive movement of the electric motor into a linear output movement for displacing a piston in a cylinder of the piston-cylinder unit, characterized in that the pressure generator has a shaft seal on a drive shaft between the electric motor and the screw drive, and in that the drive shaft is an intermediate shaft which is connected in a rotationally fixed manner to a motor shaft of the electric motor by means of a clutch.
A pharmaceutical dosage form containing a pharmacologically active agent according to general formula wherein R is -H or -CH 3, or a physiologically acceptable salt thereof, - which releases under in vitro conditions at 37 ±0.5 °C in 900 mL artificial gastric juice at pH 1.2 after 30 minutes according to the paddle method with sinker at 100 rpm at least 80 wt.-% of the pharmacologically active agent according to general formula, based on the total amount of the pharmacologically active agent according to general formula originally contained in the dosage form; - which contains the pharmacologically active agent according to general formula in a dose of 400±150 μg, expressed as weight equivalent dose based upon the free base; and - wherein the pharmacokinetic parameter t max, expressed as a mean value, is within the range of from 0.5 to 16 h, for use in the treatment of nociceptive pain, wherein the pharmaceutical dosage form is administered orally once daily. - which releases under in vitro conditions at 37 ±0.5 °C in 900 mL artificial gastric juice at pH 1.2 after 30 minutes according to the paddle method with sinker at 100 rpm at least 80 wt.-% of the pharmacologically active agent according to general formula, based on the total amount of the pharmacologically active agent according to general formula originally contained in the dosage form; - which contains the pharmacologically active agent according to general formula in a dose of 400±150 μg, expressed as weight equivalent dose based upon the free base; and - wherein the pharmacokinetic parameter t max, expressed as a mean value, is within the range of from 0.5 to 16 h,
Method for producing a roadway construction, comprising the steps of (i) applying a random-laid web composed of an adhesive composition which comprises at least one solid epoxy resin and at least one thermoplastic polymer solid at room temperature to a substrate comprising a bearing structure, preferably a concrete structure; and (ii) applying a bitumen-based bearing course. (i) applying a random-laid web composed of an adhesive composition which comprises at least one solid epoxy resin and at least one thermoplastic polymer solid at room temperature to a substrate comprising a bearing structure, preferably a concrete structure; and (ii) applying a bitumen-based bearing course.
A duct (110, 210, 310, 410, 510, 610, 710, 810, 910) for distributing one or more communication lines, comprising: an elongated body formed from an extruded polymeric material_having a length and a conduit portion with a lengthwise bore (113, 213, 313, 413, 513, 613, 713, 813, 913) formed therein, the conduit portion being pre-populated with one or more communication lines; a flange extending lengthwise adjacent the elongated body to mount the duct to a mounting surface; and an adhesive layer (118, 218, 318, 418, 518, 618, 718, 818, 918) disposed on a surface of the flange, the adhesive layer comprising a removable adhesive to permit removal of the duct from the mounting surface after mounting, wherein the adhesive layer comprises a stretch release adhesive. an elongated body formed from an extruded polymeric material_having a length and a conduit portion with a lengthwise bore (113, 213, 313, 413, 513, 613, 713, 813, 913) formed therein, the conduit portion being pre-populated with one or more communication lines; a flange extending lengthwise adjacent the elongated body to mount the duct to a mounting surface; and an adhesive layer (118, 218, 318, 418, 518, 618, 718, 818, 918) disposed on a surface of the flange, the adhesive layer comprising a removable adhesive to permit removal of the duct from the mounting surface after mounting, wherein the adhesive layer comprises a stretch release adhesive.
A method applied by a first border router, BR, in a network comprising a first edge network, EN, a transit network, TN, and a second EN, wherein the first BR locates in the first EN, a second BR locates in the second EN, and a registration agent, RA, locates in the TN, the method comprises: obtaining, by the first BR, a first Internet Protocol, IP, packet from the first EN, wherein the first IP packet comprises a destination IP address corresponding to the second EN; characterized by: sending, by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving, by the first BR from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address. obtaining, by the first BR, a first Internet Protocol, IP, packet from the first EN, wherein the first IP packet comprises a destination IP address corresponding to the second EN; characterized by: sending, by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving, by the first BR from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address. sending, by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving, by the first BR from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address.
A transition metal compound represented by the following general formula: wherein R 23, R 24, R 25, R 26, R 27, and R 28 are each selected from hydrogen, a hydrocarbon group, a silicon-containing group, a sulfur-containing group, an oxygen-containing group, a nitrogen-containing group, and a halogen-containing group, and may be the same as or different from each other, adjacent substituents of R 23 to R 28 may be bonded to each other to form a ring, M is a Group 4 transition metal, Y is carbon atom, Q may be selected from halogen, a hydrocarbon group, an anionic ligand and a neutral ligand capable of coordinating with a lone electron pair, which may be selected in the same combination or different combination, j is an integer of 1 to 4, and Z is a fluorenylidene group having a free valency of divalence, which is derived by removing two hydrogen atoms at the 10-position of the fluorene derivative of general formula: wherein R 15, R 16, R 18, R 19, R 21, and R 22 are each a methyl group, and R 17 and R 20 are each hydrogen.
An obstetric extraction apparatus, comprising: - an extractor having a distal element and a proximal element coupled thereto, the distal element being configured to be docketed to a fetal head, and the proximal element being configured to be gripped by hand; - a beacon configured to be attached stationary and separately from the extractor; - a sensor mechanically coupled to the extractor and configured to provide a force signal representative of an extraction force applied to the fetal head; and - a processor communicatively coupled to at least the extractor, wherein the processor is configured to receive the force signal and to carry out a value-based determination of a progress parameter set indicative of at least one of a distance (d) between the extractor and the beacon and a motion of the extractor relative to the beacon, and a user feedback device coupled to the processor, wherein - the user feedback device comprises a haptic feedback unit included in the proximal element. - an extractor having a distal element and a proximal element coupled thereto, the distal element being configured to be docketed to a fetal head, and the proximal element being configured to be gripped by hand; - a beacon configured to be attached stationary and separately from the extractor; - a sensor mechanically coupled to the extractor and configured to provide a force signal representative of an extraction force applied to the fetal head; and - a processor communicatively coupled to at least the extractor, wherein the processor is configured to receive the force signal and to carry out a value-based determination of a progress parameter set indicative of at least one of a distance (d) between the extractor and the beacon and a motion of the extractor relative to the beacon, and - the user feedback device comprises a haptic feedback unit included in the proximal element.
Method for producing strapping, according to which a strap is wrapped around at least one package, tensioned and equipped with a closure in a closure unit at strap ends (4a, 4b) to be connected, and according to which at least one sensor connected to a control unit is provided in the closure unit, in order to record one or a plurality of closure parameters by means of the control unit and to correspondingly control the closure unit, characterized in that the sensor is designed as a load cell mounted in a press stamp (6a, 6b) of the closure unit.
Medical device for wound cleaning in the form of a hand-held device comprising: (a) an ultrasound generating unit comprising a frequency generator and a sonotrode; (b) optionally an electric motor for driving a cleaning attachment; (c) a power source for operating the electric motor and/or the sonotrode; and a cleaning attachment - which is reversibly attachable to the hand-held device and drivable by the electric motor and/or the sonotrode; - comprises an abrasive unit; and - is devoid of a sonotrode; whereby the sonotrode is arranged to transfer the ultrasound energy onto the tissue to be treated. (a) an ultrasound generating unit comprising a frequency generator and a sonotrode; (b) optionally an electric motor for driving a cleaning attachment; (c) a power source for operating the electric motor and/or the sonotrode; and a cleaning attachment - which is reversibly attachable to the hand-held device and drivable by the electric motor and/or the sonotrode; - comprises an abrasive unit; and - is devoid of a sonotrode; - which is reversibly attachable to the hand-held device and drivable by the electric motor and/or the sonotrode; - comprises an abrasive unit; and - is devoid of a sonotrode; whereby the sonotrode is arranged to transfer the ultrasound energy onto the tissue to be treated.
A filter assembly for a fluid flow system, comprising: a filter housing including; a housing end; a housing sidewall extending from the housing end; and an end cover secured to the housing sidewall opposite the housing end; a housing inlet located at the housing sidewall in a location closer to the end cover than to the housing end, to allow the fluid flow to be filtered into the filter housing; a housing outlet located at the end cover to allow the filtered fluid flow to exit the filter housing; a filter element disposed in the filter housing to collect contaminants from the fluid flow to be filtered; and a pressure sensor disposed to measure a pressure drop across the filter element, the pressure sensor having two sense lines, a first sense line extending through the housing end into an interior volume of the filter housing, and a second sense line extending through the housing sidewall into the interior volume of the filter housing, wherein the first sense line and the second sense line are located at and extend into the interior volume of the filter housing nearer to the housing end than the end cover. a filter housing including; a housing end; a housing sidewall extending from the housing end; and an end cover secured to the housing sidewall opposite the housing end; a housing inlet located at the housing sidewall in a location closer to the end cover than to the housing end, to allow the fluid flow to be filtered into the filter housing; a housing outlet located at the end cover to allow the filtered fluid flow to exit the filter housing; a filter element disposed in the filter housing to collect contaminants from the fluid flow to be filtered; and
A process comprising: subjecting a reaction medium to a chemical reaction in a reactor comprising a downwardly sloped tubular member, a flow divider disposed in said tubular member, and a first tray disposed in said tubular member, wherein said tubular member is elongated along a central axis of elongation that is oriented at a downward angle in the range of from 5 to 75 degrees below horizontal, wherein said flow divider divides said reaction medium into a bottom portion that flows on the bottom of said tubular member and an upper portion that flows on said first tray.
A method for fabricating a turbomachine component comprising a metal alloy, the method comprising: combining two or more elemental powders to form a powdered material; forming a first metal alloy layer of the turbomachine component on a substrate, wherein forming the first metal alloy layer comprises: melting a first portion of the powdered material to a first molten material with a heat source (208; 412); mixing the first molten material with the heat source (208; 412); and cooling the first molten material to form the first metal alloy layer; forming a second metal alloy layer of the turbomachine component on the first metal alloy layer (706; 130); and binding the first metal alloy layer with the second metal alloy layer to fabricate the turbomachine component, characterized by mixing the first molten material with the heat source (208; 412) comprises directing an energy beam of the heat source (208; 412) along the first portion of the powdered material in a substantially circular path and radially oscillating the energy beam. combining two or more elemental powders to form a powdered material; forming a first metal alloy layer of the turbomachine component on a substrate, wherein forming the first metal alloy layer comprises: melting a first portion of the powdered material to a first molten material with a heat source (208; 412); mixing the first molten material with the heat source (208; 412); and cooling the first molten material to form the first metal alloy layer; melting a first portion of the powdered material to a first molten material with a heat source (208; 412); mixing the first molten material with the heat source (208; 412); and cooling the first molten material to form the first metal alloy layer; forming a second metal alloy layer of the turbomachine component on the first metal alloy layer (706; 130); and binding the first metal alloy layer with the second metal alloy layer to fabricate the turbomachine component, characterized by mixing the first molten material with the heat source (208; 412) comprises directing an energy beam of the heat source (208; 412) along the first portion of the powdered material in a substantially circular path and radially oscillating the energy beam.
A power tool (100, 300, 400, 500, 600), comprising: a housing (11, 31, 41, 51, 61); a power output element (13, 33, 43, 53) for outputting power to drive a working attachment for performing a working function in a work area; a motor (12, 62) for driving the power output element to output power to drive the working attachment, wherein when the power output element is driven by the motor, the power output element is able to rotate or oscillate about a central axis (101, 601); and a surface light source device (20, 301, 401, 501, 66) mountable to the housing for providing illumination to the work area when the working attachment is attached to the power output element, the surface light source device comprising a light exit surface (231, 662a, 662e, 662f) allowing the surface light source device to emit light to the work area, wherein the surface light source device comprises a light guiding element (23, 662) formed with the light exit surface and a light incident surface (234, 662b) for leading the light into the light guiding element and wherein a light emitting element (24, 663) is disposed at the light incident surface of the light guiding element, characterized in that the light guiding element surrounds the central axis and is formed with a gap in a surrounding direction and the light emitting element is disposed at the gap. a housing (11, 31, 41, 51, 61); a power output element (13, 33, 43, 53) for outputting power to drive a working attachment for performing a working function in a work area; a motor (12, 62) for driving the power output element to output power to drive the working attachment, wherein when the power output element is driven by the motor, the power output element is able to rotate or oscillate about a central axis (101, 601); and a surface light source device (20, 301, 401, 501, 66) mountable to the housing for providing illumination to the work area when the working attachment is attached to the power output element, the surface light source device comprising a light exit surface (231, 662a, 662e, 662f) allowing the surface light source device to emit light to the work area, wherein the surface light source device comprises a light guiding element (23, 662) formed with the light exit surface and a light incident surface (234, 662b) for leading the light into the light guiding element and wherein a light emitting element (24, 663) is disposed at the light incident surface of the light guiding element, characterized in that the light guiding element surrounds the central axis and is formed with a gap in a surrounding direction and the light emitting element is disposed at the gap.
A system comprising a cartridge containing a liquid medicinal product and being provided with a bung, the bung being moveable along a longitudinal axis of the cartridge, the bung being moved towards a distal end of the cartridge to dispense the medicinal product, the bung having a distal end face, a proximal end face and a lateral area, the lateral area forming a fluid-proof sealing by contacting a main body portion of the cartridge, the bung comprising a first mechanical coding feature at the proximal end face for carrying information regarding at least one of the cartridge and the content of the cartridge, the bung being adapted to identify the medicinal product contained in the cartridge within a batch of medicinal products contained in other cartridges by means of the coding feature, and the first mechanical coding feature being adapted to facilitate a separation of the bungs in a bulk storage, and a drug delivery device comprising a second mechanical coding feature, wherein the first mechanical coding feature comprises a protruding ring and the second mechanical coding feature comprises a trench, or the first mechanical coding feature comprises a plurality of relief structures and the second mechanical coding feature comprises a plurality of depressions, and wherein the cartridge is only mountable to the drug delivery device in case that the first and the second mechanical coding features (28, 29) match.