mhurhangee/ep-ind-claims huggingface dataset:
Aircraft provided with a rotary wing and a power plant, said power plant comprising a power transmission gearbox provided with a main output shaft rotating said rotary wing, said power plant comprising at least one combustion engine connected by a mechanical input connection to an input shaft of said power transmission gearbox, said aircraft comprising at least one accessory which is set in motion by a secondary output shaft of the power transmission gearbox, said aircraft comprising an assistance system provided with a mechanical connection module having a connection shaft which is connected to the secondary output shaft, wherein said assistance system comprises a motor apparatus which houses an electric motor, said mechanical connection module comprising a casing in which the connection shaft as well as a first mechanical connection and a second connection member are at least partially located, said casing being attached to the power transmission gearbox, said at least one accessory being attached to said casing, said motor apparatus being attached to said casing, said assistance system comprising a first connection member connected to said at least one accessory and connected, by said first mechanical connection inside said said casing, to the connection shaft, said mechanical connection module comprising said second connection member connected to said electric motor and connected, by a second mechanical connection inside said casing, to the connection shaft, and wherein said electric motor is an irreversible motor operating only in motor mode, said electric motor being requested to set said main output shaft in motion in the event of a failure of at least one combustion engine via the mechanical connection module. wherein said assistance system comprises a motor apparatus which houses an electric motor, said mechanical connection module comprising a casing in which the connection shaft as well as a first mechanical connection and a second connection member are at least partially located, said casing being attached to the power transmission gearbox, said at least one accessory being attached to said casing, said motor apparatus being attached to said casing, said assistance system comprising a first connection member connected to said at least one accessory and connected, by said first mechanical connection inside said said casing, to the connection shaft, said mechanical connection module comprising said second connection member connected to said electric motor and connected, by a second mechanical connection inside said casing, to the connection shaft, and wherein said electric motor is an irreversible motor operating only in motor mode, said electric motor being requested to set said main output shaft in motion in the event of a failure of at least one combustion engine via the mechanical connection module.
A method of operating a yarn winding apparatus with the following steps: Winding a yarn on a bobbin to form a package, using a winding device; receiving the package wound by the winding device using a package receiving section being arranged at a position lower than a position of the winding device; and doffing the package from the winding device and conveying the package to the package receiving section using a doffer; wherein the doffer includes a support member supporting the package doffed from the winding device and supporting at least a part of the weight of the package at an instant when the package comes into contact with the package receiving section; and driving the support member to convey the package supported by the support member from the winding device to the package receiving section using a driving section, characterized in that the support member of the doffer stops inertial rotation of the package by making contact with the package before the support member starts supporting the package. Winding a yarn on a bobbin to form a package, using a winding device; receiving the package wound by the winding device using a package receiving section being arranged at a position lower than a position of the winding device; and doffing the package from the winding device and conveying the package to the package receiving section using a doffer; wherein the doffer includes a support member supporting the package doffed from the winding device and supporting at least a part of the weight of the package at an instant when the package comes into contact with the package receiving section; and driving the support member to convey the package supported by the support member from the winding device to the package receiving section using a driving section, characterized in that the support member of the doffer stops inertial rotation of the package by making contact with the package before the support member starts supporting the package.
1. A perforated metal substrate for purifying exhaust gas in which a corrugated foil and a flat foil are laminated and made into a cylindrical shape, wherein the perforated metal substrate has 7.75 cells/mm 2 (50 cells/inch 2) to 124 cells/mm 2 (800 cells/inch 2) of cells, the corrugated foil has a plurality of first holes having an area 2.0 times to 50 times the average opening area of the cells, the flat foil has a plurality of second holes having an area 3.0 times to 100 times the average opening area of the cells, the average value of the area of the first holes of the corrugated foil is smaller than the average value of the area of the second holes of the flat foil, and the total area of the first holes of the corrugated foil is 60 % or greater of the total area of all holes in the corrugated foil, and the total area of the second holes of the flat foil is 60 % or greater of the total area of all holes in the flat foil.
An assembly including a plurality of balloons, each of said balloons having at least two first radiopaque markings, and a guidewire including at least two second radiopaque markings corresponding to the at least two first radiopaque markings on each of the plurality of balloons.
Block lock for connecting two chain ends, wherein in the locked state the block lock has two opposing block lock halves (7, 8) extending in the longitudinal direction, which interlockingly engage in each other and which lock to form at least one receiving opening, preferably two receiving openings, for receiving a chain link, wherein the block lock halves (7, 8) are pivotably coupled together in the region of a pivoting end, such that the block lock halves (7, 8) can be shifted into an open position or locked position by performing the pivoting movement, characterised in that in the locked position, the block lock halves (7, 8) integrally engage in one another at an opposite locking end and can be locked.
An energy storage device, comprising: an array of electrochemical cell elements; a first phase change material in thermal contact with the electrochemical cell elements; a second phase change material in thermal contact with the first phase change material and having a different phase change temperature than the first phase change material; and a heat exchange path comprising an air flow space disposed between the first phase change material and the second phase change material. an array of electrochemical cell elements; a first phase change material in thermal contact with the electrochemical cell elements; a second phase change material in thermal contact with the first phase change material and having a different phase change temperature than the first phase change material; and a heat exchange path comprising an air flow space disposed between the first phase change material and the second phase change material.
A fuel cell system comprising at least one fuel cell stack, and a recirculation network for circulating a liquid electrolyte through each fuel cell stack, the recirculation network (25,32,40,46,54) including a fluid supply duct and a decoupling module in the recirculation network, the decoupling module being in a duct that carries electrolyte to a fuel cell stack; the decoupling module being provided with a vent and comprising an upper chamber and a lower chamber separated by a perforated plate, and the fluid supply duct being arranged to supply the liquid electrolyte to the upper chamber through an inlet port; the perforated plate having a surface area at least twice the cross-sectional area of the inlet port, and defining multiple perforations, each perforation being a countersunk hole for through flow of the liquid electrolyte into the lower chamber; the arrangement being such that in operation electrolyte spreads out over the top of the perforated plate and fills up to a depth at which the in-flow rate is equal to the flow rate of electrolyte through the holes of the perforated plate; the lower chamber including a collection tray to collect the liquid electrolyte that falls through the holes, the collection tray communicating with a fluid flow duct of the recirculation network, the collection tray being sufficiently far below the plate that the liquid electrolyte that has fallen through a countersunk hole breaks up into droplets before it reaches the collection tray; and the collection tray being provided with at least one overflow channel at a higher position than the fluid flow duct, to carry excess electrolyte.
A method for printing on a substrate comprising two steps; the first step consists essentially of: applying onto a substrate one or more layers of an energy curable ink and applying one or more layers of a water-based coating over the top of the one or more layers of energy curable ink; the second step comprises the steps of: a) actinically or electron beam curing simultaneously all the energy curable ink layers, and b) drying or removing the one or more layers of water-based coating. the first step consists essentially of: applying onto a substrate one or more layers of an energy curable ink and applying one or more layers of a water-based coating over the top of the one or more layers of energy curable ink; the second step comprises the steps of: a) actinically or electron beam curing simultaneously all the energy curable ink layers, and b) drying or removing the one or more layers of water-based coating. a) actinically or electron beam curing simultaneously all the energy curable ink layers, and b) drying or removing the one or more layers of water-based coating.
A method for producing material boards with a continuously operating press, wherein a pressed material mat, which is scattered onto a continuous forming belt and consists of chips, fibres, long chippings or the like, is pressed and hardened after scattering and production-dependent pre-treatments in a continuously operating press under application of pressure and heat, wherein useless parts of the pressed material mats, or parts that are damaging to the operation, are continuously removed before the continuously operating press, characterized in that a severing cut extending over the width of the pressed material mat is performed before the continuously operating press in order to transfer to the continuously operating press the existing ends of a pressed material mat at all times with straight edges transversely to the transport direction.
Exhaust system for an internal combustion engine, especially diesel internal combustion engine, comprising an exhaust gas flow duct, wherein at least one exhaust gas post-treatment unit (23, 26, 28, 30) is provided in an exhaust gas post-treatment duct area of the exhaust gas flow duct, wherein the exhaust gas post-treatment duct area of the exhaust gas flow duct extends, in at least some areas, in an insulation volume, through which exhaust gas discharged from the exhaust gas post-treatment duct area can flow, wherein the exhaust gas post-treatment duct area is open towards an exhaust gas inlet area of the insulation volume and towards an exhaust gas discharge duct area of the exhaust gas flow duct and wherein the exhaust gas discharge duct area is open towards an exhaust gas removal duct area of the exhaust gas flow duct, and wherein a closing unit adjustable for closing and releasing the exhaust gas discharge duct area is provided in association with the exhaust gas discharge duct area, characterized in that the insulation volume is open towards the exhaust gas removal duct area of the exhaust gas flow duct, so that after flowing through the insulation volume exhaust gas exits the insulation volume towards the exhaust gas removal duct area.
Micromechanical component intended for watch mechanisms, at least part of the component being made of a crystalline mineral material based on carbon or alumina comprising at least one contact surface designed to come into contact in sliding and/or pivoting; the contact surface locally comprising at least one first microstructured zone (110, 111) having a texture; characterized in that the texture is formed of microcavities, making the microstructured zone more oleophobic than the non-microstructured contact surface, in that the first microstructured zone (110, 111) is configured to locally confine a lubricating substance on a lubricated portion of the contact surface; and in that the first microstructured zone (110, 111) extends to the periphery of the lubricated portion. the contact surface locally comprising at least one first microstructured zone (110, 111) having a texture; characterized in that the texture is formed of microcavities, making the microstructured zone more oleophobic than the non-microstructured contact surface, in that the first microstructured zone (110, 111) is configured to locally confine a lubricating substance on a lubricated portion of the contact surface; and in that the first microstructured zone (110, 111) extends to the periphery of the lubricated portion.
Two part medical device comprising a first part and a second part, wherein one connecting feature is positioned in the distal area or at the distal end of a strut extending from each part of the medical device wherein said one connecting feature of the first part and said one connecting feature of the second part are aligned in the same direction and a snap lock cover is engaging the two connecting features and the two connecting features are locked by way of two snap lock tongues (004, 004') of the snap lock cover and two strut tongue stops (009, 009') of each connecting feature, wherein a strut tongue stop being a counterpart in the strut that can engage with one snap lock tongue to form a connection, wherein the snap lock cover comprises two snap lock hard stops (008, 008'), wherein each connecting feature comprises two strut hard stops (007, 007'), wherein said snap lock hard stops (008, 008') and said strut hart stops (007, 007') permit to better position and lock the struts within the snap lock cover and avoid that said struts continue to keep on sliding within the snap lock cover, wherein the two struts are superimposed in distal to proximal direction.
A method for assessing the condition of a pipeline in a pipeline system, including: generating a pressure wave in the fluid being carried along the pipeline system at a generation location along the pipeline system; detecting a first pressure wave interaction signal at a first measurement location along the pipeline system resulting from an interaction of the pressure wave with localised variations in the pipeline; detecting synchronously a second pressure wave interaction signal at a second measurement location along the pipeline system resulting from the interaction of the pressure wave with localised variations in the pipeline; comparing the first and second pressure wave interaction signals to determine a location of individual features in the first and second pressure wave interaction signals with respect to the generation location, the individual features corresponding to pressure wave reflections from localised variations in the pipeline; and characterising the individual features to assess the condition of the pipeline, wherein characterising the individual features to assess the condition of the pipeline includes applying threshold criteria to an individual feature in the first and second pressure wave interaction signals corresponding to a pressure wave reflection from a localised variation in the pipeline to determine whether the localised variation is a hydraulic feature and/or component of the pipeline system. generating a pressure wave in the fluid being carried along the pipeline system at a generation location along the pipeline system; detecting a first pressure wave interaction signal at a first measurement location along the pipeline system resulting from an interaction of the pressure wave with localised variations in the pipeline; detecting synchronously a second pressure wave interaction signal at a second measurement location along the pipeline system resulting from the interaction of the pressure wave with localised variations in the pipeline; comparing the first and second pressure wave interaction signals to determine a location of individual features in the first and second pressure wave interaction signals with respect to the generation location, the individual features corresponding to pressure wave reflections from localised variations in the pipeline; and characterising the individual features to assess the condition of the pipeline, wherein characterising the individual features to assess the condition of the pipeline includes applying threshold criteria to an individual feature in the first and second pressure wave interaction signals corresponding to a pressure wave reflection from a localised variation in the pipeline to determine whether the localised variation is a hydraulic feature and/or component of the pipeline system.
A sensor for detecting relative movement between two adjacent components comprising: a first member configured for being mounted to one of the two adjacent components; a second member rotatable about an axis relative to the first member, and configured to contact another of the two adjacent components; and a fuse element; characterized in that the fuse element includes a first electrical contactor connected to the first member and a second electrical contactor connected to the second member, wherein when the first member and the second member are skewed, the first electrical contactor and the second electrical contactor are not in electrical contact, and in that the first member and the second member are stacked relative to each other along said axis. a first member configured for being mounted to one of the two adjacent components; a second member rotatable about an axis relative to the first member, and configured to contact another of the two adjacent components; and a fuse element; characterized in that the fuse element includes a first electrical contactor connected to the first member and a second electrical contactor connected to the second member, wherein when the first member and the second member are skewed, the first electrical contactor and the second electrical contactor are not in electrical contact, and in that the first member and the second member are stacked relative to each other along said axis.
A method comprising: generating a non-access stratum context comprising an address of a user equipment, an address of a short message service server function (SMSF), a plurality of encryption keys (410, 630, 645), and a plurality of integrity keys (435, 635, 650), wherein the plurality of encryption keys (410, 630, 645) and the plurality of integrity keys (435, 635, 650) are associated with a plurality of NAS links between the user equipment (130, 135, 505, 905) and the mobility management function (110, 510, 910), and wherein the plurality of encryption keys (410, 630, 645) and the plurality of integrity keys (435, 635, 650) are stored at the user equipment (130, 135, 505, 905) and the AMF (110, 510, 910); selecting a first NAS link and selecting a first encryption key (410, 630, 645) and a first integrity key (435, 635, 650) associated with the first NAS link; encrypting (415, 820) an SMS message using the first encryption key (410, 630, 645); adding the encrypted SMS message to a payload of an NAS message (420, 550) that includes an NAS header (430, 555); applying integrity protection to the NAS message (420, 550) using the first integrity key (435, 635, 650); and transmitting the integrity-protected NAS message via the first NAS link. generating a non-access stratum context comprising an address of a user equipment, an address of a short message service server function (SMSF), a plurality of encryption keys (410, 630, 645), and a plurality of integrity keys (435, 635, 650), wherein the plurality of encryption keys (410, 630, 645) and the plurality of integrity keys (435, 635, 650) are associated with a plurality of NAS links between the user equipment (130, 135, 505, 905) and the mobility management function (110, 510, 910), and wherein the plurality of encryption keys (410, 630, 645) and the plurality of integrity keys (435, 635, 650) are stored at the user equipment (130, 135, 505, 905) and the AMF (110, 510, 910); selecting a first NAS link and selecting a first encryption key (410, 630, 645) and a first integrity key (435, 635, 650) associated with the first NAS link; encrypting (415, 820) an SMS message using the first encryption key (410, 630, 645); adding the encrypted SMS message to a payload of an NAS message (420, 550) that includes an NAS header (430, 555); applying integrity protection to the NAS message (420, 550) using the first integrity key (435, 635, 650); and transmitting the integrity-protected NAS message via the first NAS link.
Method for producing a rotor disc for a turbomachine, which forms blade root receptacles in a plurality of circumferential positions (40.1, 40.2), for which purpose a profile groove which extends axially and is circumferentially delimited by inner wall surfaces of the rotordisc is introduced in each case in a relevant circumferential position (40.1, 40.2), in which production method - first profile grooves (21.1) are first introduced into a disc in first circumferential positions (40.1) and - a second profile groove (21.2) is then introduced circumferentially between the first profile grooves (21.1) in a second circumferential position (40.2), wherein at least one second circumferential position (40.2) is always arranged circumferentially between two first circumferential positions (40.1), and wherein a circumferentially adjacent first profile groove (21.1) is supported on the innerwall surfaces when a relevant second profile groove (21.2) is introduced. - first profile grooves (21.1) are first introduced into a disc in first circumferential positions (40.1) and - a second profile groove (21.2) is then introduced circumferentially between the first profile grooves (21.1) in a second circumferential position (40.2),
Polyisocyanate-based binder composition for manufacturing and/or finishing of wood-based materials with reduced formaldehyde emission comprising, in each case as solids weight relative to the total solids weight of the binder composition, i) 30 to 95 wt. % polyisocyanate, ii) 1 to 50 wt. % lignosulphonate, and (iii) 1 to 50 wt. % isocyanate-reactive compound, which a) is ammonia or an ammonia-releasing compound such as ammonium carbonate, or b) comprises, in the molecular structure, at least one NH 2 group and one other group capable of reacting with isocyanate groups, or c) is a mixture of compounds from a) and/or b). i) 30 to 95 wt. % polyisocyanate, ii) 1 to 50 wt. % lignosulphonate, and (iii) 1 to 50 wt. % isocyanate-reactive compound, which a) is ammonia or an ammonia-releasing compound such as ammonium carbonate, or b) comprises, in the molecular structure, at least one NH 2 group and one other group capable of reacting with isocyanate groups, or c) is a mixture of compounds from a) and/or b). a) is ammonia or an ammonia-releasing compound such as ammonium carbonate, or b) comprises, in the molecular structure, at least one NH 2 group and one other group capable of reacting with isocyanate groups, or c) is a mixture of compounds from a) and/or b).