mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for evaluating movement of a subject, the method comprising: obtaining a first signal representing measurements of the subject from a first sensor; processing the first signal to determine a quality measure for the first signal; determining if the determined quality measure meets a first criterion; if the determined quality measure meets the first criterion, determining values for a plurality of features in a first feature set, the first feature set comprising one or more first features to be determined from the first signal, and evaluating the movement of the subject based on the values for the plurality of features in the first feature set; and if the determined quality measure does not meet the first criterion, determining values for one or more features in a second feature set, wherein the one or more features in the second feature set are a subset of the plurality of features in the first feature set and the second feature set does not include at least one of the one or more first features in the first feature set, and evaluating the movement of the subject based on the values for the one or more features in the second feature set. obtaining a first signal representing measurements of the subject from a first sensor; processing the first signal to determine a quality measure for the first signal; determining if the determined quality measure meets a first criterion; if the determined quality measure meets the first criterion, determining values for a plurality of features in a first feature set, the first feature set comprising one or more first features to be determined from the first signal, and evaluating the movement of the subject based on the values for the plurality of features in the first feature set; and if the determined quality measure does not meet the first criterion, determining values for one or more features in a second feature set, wherein the one or more features in the second feature set are a subset of the plurality of features in the first feature set and the second feature set does not include at least one of the one or more first features in the first feature set, and evaluating the movement of the subject based on the values for the one or more features in the second feature set.
Heat shield element for a heat shield comprising a large number of heat shield elements disposed adjacently on a support structure, wherein the heat shield element comprises a hot side and a cold side, the heat shield element comprises a heat shield plate forming the hot side and a carrier plate forming the cold side, wherein the heat shield plate can be assembled on the carrier plate, wherein at least one through hole is provided in the heat shield plate in order to assemble the heat shield plate on the carrier plate, wherein the position of this through hole is provided substantially as a symmetrical position in the surface of the heat shield plate, and the transverse dimension of the through hole is provided so as to be smaller than the diameter of the head of a fixing screw which can be inserted in the carrier plate, characterised in that a depression having a through hole is provided in the carrier plate at a position corresponding to the through hole of the heat shield plate, through which the fixing screw can be inserted, wherein the head of the fixing screw is captured in a space formed by the depression and the side of the heat shield plate facing the carrier plate.
A method for the oxidative degradation of aliphatic and/or aromatic hydrocarbons in water and/or soil wherein colloidal particles consisting of at least one metal oxide are used to oxidise the aliphatic hydrocarbons to a corresponding alcohol, either the mono- or diol, aldehyde, carbon acid, or carbon dioxide and/or the aromatic hydrocarbons to a corresponding alcohol, either the mono- or diol, acetate, carbon dioxide or carbonic acid, wherein the colloidal particles consist of a monodisperse metal oxide crystal or wherein the colloidal particles comprise an aggregate of metal oxide particles, wherein the metal oxide consists of a natural or synthetic iron oxide selected from the group consisting of hematite (α-Fe 2 O 3), maghemite (γ-Fe 2 O 3), goethite (α-FeO), ferrihydrite (Fe 5 HO 8 •4H 2 O), akaganéite (Fe O(OH,Cl), and lepidocrocite (γ-FeOOH), and wherein the colloidal particles have a particle size of from 1 to 2000 nm.
A centering, stiff distance element for a current collector assembly for double pole contact wires (12, 14) of contact wire fed vehicles which can move indepentently of the contact wire system also, comprising (a) two legs having sliding surfaces at their inner sides which extend towards an upwardly opening guide groove into which a guide can be threaded; characterized by (b) a locking (36, 38) for fixing the distance element to two current collector poles (16, 18), and (c) a control for controlling the locking (36, 38) in such a way that the distance element is fixed to the two current collector poles (16, 18) for wiring-in and released from at least one current collector pole after the wiring-in. (a) two legs having sliding surfaces at their inner sides which extend towards an upwardly opening guide groove into which a guide can be threaded; (b) a locking (36, 38) for fixing the distance element to two current collector poles (16, 18), and (c) a control for controlling the locking (36, 38) in such a way that the distance element is fixed to the two current collector poles (16, 18) for wiring-in and released from at least one current collector pole after the wiring-in.
A deployment system for an implantable shunt device, the system comprising: an implantable shunt device having a first side and a second side, each of the first and second sides including a stent element and a membrane component, each of the first and second sides including series of radially extending lobes formed by portions of the stent element and the membrane component and wherein the shunt device further includes a plurality of eyelets arranged on end portions of the lobes; a catheter having a proximal end and a distal end; a tip arranged at the distal end of the catheter; one or more constraining lines arranged through the plurality of eyelets of the implantable shunt device, the one or more constraining lines being configured to collapse portions of the implantable shunt device toward the catheter; and one or more release lines configured to engage the one or more constraining lines and maintain contact between the implantable shunt device and the one or more constraining lines during deployment, the one or more release lines being partially nested in the tip. an implantable shunt device having a first side and a second side, each of the first and second sides including a stent element and a membrane component, each of the first and second sides including series of radially extending lobes formed by portions of the stent element and the membrane component and wherein the shunt device further includes a plurality of eyelets arranged on end portions of the lobes; a catheter having a proximal end and a distal end; a tip arranged at the distal end of the catheter; one or more constraining lines arranged through the plurality of eyelets of the implantable shunt device, the one or more constraining lines being configured to collapse portions of the implantable shunt device toward the catheter; and one or more release lines configured to engage the one or more constraining lines and maintain contact between the implantable shunt device and the one or more constraining lines during deployment, the one or more release lines being partially nested in the tip.
Motorcycle tyre, having a tread band comprising: - a plurality of bottom surface portions; - a plurality of blocks having a respective perimeter, spaced apart from one another so as to define a tread pattern with a void-to-rubber ratio higher than or equal to 50%; - a plurality of reinforcing elements radially extending from said bottom surface portions, so as to join said blocks, up to a height (t) lower than that of said blocks and surrounding said blocks on at least 60% of their perimeter; the portions of said plurality of bottom surface portions have an overall extension greater than 20% of an extension of said tread band; characterized in that - the reinforcing elements have a height (t) which is higher in the central region of the tread band than in the lateral regions. - a plurality of bottom surface portions; - a plurality of blocks having a respective perimeter, spaced apart from one another so as to define a tread pattern with a void-to-rubber ratio higher than or equal to 50%; - a plurality of reinforcing elements radially extending from said bottom surface portions, so as to join said blocks, up to a height (t) lower than that of said blocks and surrounding said blocks on at least 60% of their perimeter; - the reinforcing elements have a height (t) which is higher in the central region of the tread band than in the lateral regions.
Artificial ligament prosthesis characterised in that it comprises a layer totally or partly consisting of biodegradable and resorbable fibres comprising a material selected from the group comprising PCL, copolymers of PCL and of lactic acid (L and D) or of glycolic acid, copolymers of lactic and glycolic acids (L and D), polydioxanone, polyhydroxyalcanoate and copolymers of these various molecules, and biologically active polymers of styrene sodium sulfonate.
A cross-belt sorter, comprising a plurality of interconnected carriers which are drivable behind each other in a conveying direction, wherein each of the carriers is provided with a cross-belt for supporting a product, which cross-belt is drivable in a belt driving direction extending transversely to the conveying direction, wherein a pushing element is mounted to the cross-belt for pushing against a product on the cross-belt in the event that a product on the cross-belt tends to move with respect to the cross-belt in opposite direction of the belt driving direction, wherein the pushing element has an upright orientation with respect to the cross-belt and is supported in the belt driving direction by a supporting member which is at least between opposite side edges of the cross-belt fixed to the pushing element and to the cross-belt at respective distances from an intersection between the pushing element and the cross-belt, characterized in that the pushing element and the supporting member are pivotably mounted to each other and to the cross-belt.
A process for cooling a tube side stream in a main heat exchanger having a warm end and a cold end, the main heat exchanger comprising a wall defining a shell side within which a coil-wound tube bundle is arranged around a central mandrel, the process comprising the steps of: a) Supplying a first mass flow of a tube side stream to the warm end of a first zone of individual tubes in the tube bundle via a first nozzle; b) Supplying a second mass flow of the tube side stream to the warm end of a second zone of individual tubes in the tube bundle via a second nozzle, the second zone being offset from the first zone along a radius extending from the central mandrel to the wall of the main heat exchanger; c) Supplying a refrigerant stream on the shell side for cooling the first and second mass flows to form an evaporated refrigerant stream; d) Removing the evaporated refrigerant stream from the warm end of the main heat exchanger; and, e) Adjusting the first mass flow of the tube side stream relative to the second mass flow of the tube side stream to maximise the temperature of the evaporated refrigerant stream removed in step d). a) Supplying a first mass flow of a tube side stream to the warm end of a first zone of individual tubes in the tube bundle via a first nozzle; b) Supplying a second mass flow of the tube side stream to the warm end of a second zone of individual tubes in the tube bundle via a second nozzle, the second zone being offset from the first zone along a radius extending from the central mandrel to the wall of the main heat exchanger; c) Supplying a refrigerant stream on the shell side for cooling the first and second mass flows to form an evaporated refrigerant stream; d) Removing the evaporated refrigerant stream from the warm end of the main heat exchanger; and, e) Adjusting the first mass flow of the tube side stream relative to the second mass flow of the tube side stream to maximise the temperature of the evaporated refrigerant stream removed in step d).
A conductive link for a conductive chain, wherein the conductive link is made of an electrically conductive material, the conductive link comprises a first end portion and a second end portion, the first end portion and the second end portion are configured so that the first end portion is able to accommodate and hold a second end portion of another conductive link of the conductive chain, the first end portion has a concavely formed section configured to accommodate and hold a second end portion of another conductive link of the conductive chain, the second end portion has a convexly formed section configured be accommodated in and held by the first end portion of another conductive link of the conductive chain, the first end portion is covered with an electrically insulating material, preferably a plastic, characterized in that a bowl of an electrically insulating material, preferably a plastic, is formed at the second end portion, wherein the bowl is formed to protrude further than the second end portion, and the bowl is formed to be able to accommodate the first end portion of another conductive link of the conductive chain which is connected to the second end portion.
A reverse flow gas turbine engine comprising: a low pressure spool and a high pressure spool arranged sequentially in an axial direction, the LP spool comprising an LP compressor drivingly connected to an LP turbine, the HP spool comprising an HP compressor in flow communication with the LP compressor, and an HP turbine disposed forward of the HP compressor and aft of the LP turbine, the HP turbine being drivingly connected to the HP compressor via an HP shaft, wherein the LP spool further comprises an LP turbine shaft drivingly connected to a reduction gearbox having an output shaft adapted to be connected to a rotatable load; characterised in that: the LP compressor is drivingly connected to the LP turbine via an LP compressor gear train and a LP compressor shaft; the engine is a turboprop or turboshaft engine; and the LP compressor shaft branches off at an angle from the LP turbine shaft. the LP compressor is drivingly connected to the LP turbine via an LP compressor gear train and a LP compressor shaft; the engine is a turboprop or turboshaft engine; and the LP compressor shaft branches off at an angle from the LP turbine shaft.
Aqueous writing, marking and/or drawing fluid for capillary systems, in particular for applicators with a capillary system, which has a viscosity of less than 50 mPas, in particular less than 20 mPas (Brookfield, 20 °C, cone-plate CPE-40), containing a wetting agent, graphite having a carbon content between 95 and 99.9 wt.%, an ash content between 0.1 and 5 wt.% and a particle size ≤ 20 μm at D90, and at least one release agent, in particular in a concentration of 2 to 15 wt.%, wherein barium sulfate and/or an aqueous, low-viscosity, non-sedimenting colloidal dispersion of nano-particulate silica particles is contained as a release agent.
A method for operating a wireless communication system, the method comprising the acts of: selecting a first time period for a frame of a first base station that operates according to a first time division duplexing, TDD, wireless communication technology, the frame including one downlink subframe and one uplink subframe; selecting a second time period for a frame of a second base station that operates according to a second TDD wireless communication technology, the frame including a plurality of downlink subframes and a plurality of uplink subframes; controlling communications of the first and second base stations in such a way that the first and second time periods are time-interlaced; notifying mobile stations supported by the first base station of the first time period; and notifying mobile stations supported by the second base station of the second time period; wherein the first time period is an unavailability interval for the mobile stations supported by the second base station and the second time period is an unavailability interval for the mobile stations supported by the first base station. selecting a first time period for a frame of a first base station that operates according to a first time division duplexing, TDD, wireless communication technology, the frame including one downlink subframe and one uplink subframe; selecting a second time period for a frame of a second base station that operates according to a second TDD wireless communication technology, the frame including a plurality of downlink subframes and a plurality of uplink subframes; controlling communications of the first and second base stations in such a way that the first and second time periods are time-interlaced; notifying mobile stations supported by the first base station of the first time period; and notifying mobile stations supported by the second base station of the second time period; wherein the first time period is an unavailability interval for the mobile stations supported by the second base station and the second time period is an unavailability interval for the mobile stations supported by the first base station.
A method for recovering a quadrature amplitude modulated, QAM, signal, the method comprising: receiving a QAM signal at a demultiplexer, wherein the QAM signal comprises k modulation schemes; splitting the QAM signal into k branches, one branch for each of the k modulation schemes, wherein each branch has an equalizer (303, 304, 305); passing the branch having the lowest order QAM modulation scheme to a first equalizer for recovering and tracking polarization and compensating polarization mode dispersion, PMD; updating a tap updating algorithm with a recovery value determined by the first equalizer; and recovering and tracking polarization and compensating PMD for all other branches by the k -1 remaining equalizers (304, 305) based on the recovery value, wherein the equalizers operate in parallel; passing each of the compensated branches to phase correction units, wherein each branch has a phase correction unit and the phase correction units operate in parallel; recovering and tracking the carrier phase of the lowest order QAM signal from a first phase correction unit to derive an error signal; and recovering and tracking the carrier phase of the remaining QAM signal branches based on the error signal. receiving a QAM signal at a demultiplexer, wherein the QAM signal comprises k modulation schemes; splitting the QAM signal into k branches, one branch for each of the k modulation schemes, wherein each branch has an equalizer (303, 304, 305); passing the branch having the lowest order QAM modulation scheme to a first equalizer for recovering and tracking polarization and compensating polarization mode dispersion, PMD; updating a tap updating algorithm with a recovery value determined by the first equalizer; and recovering and tracking polarization and compensating PMD for all other branches by the k -1 remaining equalizers (304, 305) based on the recovery value, wherein the equalizers operate in parallel; passing each of the compensated branches to phase correction units, wherein each branch has a phase correction unit and the phase correction units operate in parallel; recovering and tracking the carrier phase of the lowest order QAM signal from a first phase correction unit to derive an error signal; and recovering and tracking the carrier phase of the remaining QAM signal branches based on the error signal.
Method for producing polyethylene carbonate with metal salts, which is carried out for increasing the yield of copolymerization in polyethylene carbonate production, characterized in that it consists of the steps of - mixing and reacting P 2 S 5 solution with zeolite Y, - reacting the new structure formed by P 2 S 5 and zeolite Y with metal salt, - removing those that do not react off from the mixture, - drying the reaction product zeolite Y-P 2 S 5 -Me catalyst in drying oven, - feeding EO (ethylene oxide) solution and CO 2 (carbon dioxide gas to the reactor fort he purpose of PEC (polyethylene carbonate) production, - adding synthesized zeolite Y-P 2 S 5 -Me catalysts to the reactor in PEC production with EO and CO 2 copolymerization, and carrying out the reaction, - separating the catalyst from the copolymer after copolymerization, - obtaining PEC copolymer as the final product. - mixing and reacting P 2 S 5 solution with zeolite Y, - reacting the new structure formed by P 2 S 5 and zeolite Y with metal salt, - removing those that do not react off from the mixture, - drying the reaction product zeolite Y-P 2 S 5 -Me catalyst in drying oven, - feeding EO (ethylene oxide) solution and CO 2 (carbon dioxide gas to the reactor fort he purpose of PEC (polyethylene carbonate) production, - adding synthesized zeolite Y-P 2 S 5 -Me catalysts to the reactor in PEC production with EO and CO 2 copolymerization, and carrying out the reaction, - separating the catalyst from the copolymer after copolymerization, - obtaining PEC copolymer as the final product.
Device for injecting fuel into the combustion chamber of an internal combustion engine, having at least one injector comprising an injector body which is equipped with a high-pressure accumulator, comprising a nozzle needle which is guided in axially displaceable fashion in the injector and which is surrounded by a nozzle chamber, comprising a high-pressure line which connects the high-pressure accumulator to the nozzle chamber, and comprising a resonator line which is connected in parallel with respect to the high-pressure line and which is connected to the nozzle chamber and which issues into the high-pressure accumulator via a resonator throttle, characterized in that the resonator line and the high-pressure line, at least in their section adjacent to the high-pressure accumulator, are formed in a holding body which is screwed at the face side into the accumulator pipe which forms the high-pressure accumulator.
A mutant glucose dehydrogenase having an amino acid sequence at least 80% identical to SEQ ID NO:3 and having glucose dehydrogenase activity, wherein amino acid residues in said mutant glucose dehydrogenase corresponding to positions 326, 365 and 472 of SEQ ID NO:3 are replaced with glutamine, tyrosine and tyrosine, respectively, and wherein said mutant glucose dehydrogenase shows an improved substrate specificity to glucose and a reduced reactivity to maltose relative to the glucose dehydrogenase with an amino acid sequence as set forth in SEQ ID NO:3, wherein said substrate specificity to glucose is improved by at least 20% and reactivity to maltose is 1% or less of the reactivity to glucose.