mhurhangee/ep-ind-claims huggingface dataset:
A skate comprising: a tridimensional skate boot shell including a heel portion, an ankle portion connected to the heel portion, two opposed side portions extending from the heel and ankle portions (16a, 16b), and a sole portion (i6d) connected to the heel, ankle and side portions (16a, 16b, 16c); a sole insert (20, 120) embedded in or received in the skate boot shell such that at least part of a thickness of the sole portion (i6d) is defined under the sole insert (20, 120); and a holder under the skate boot shell configured for retaining a ground-engaging skate element, the holder connected to the sole insert (20, 120) by at least one fastener extending through the at least part of the thickness of the sole portion (i6d), characterized in that the sole insert (20, 120) includes a perimeter and a plurality of ribs extending across the perimeter, the perimeter and ribs (21, 23) framing a plurality of zones of adjacent openings. a tridimensional skate boot shell including a heel portion, an ankle portion connected to the heel portion, two opposed side portions extending from the heel and ankle portions (16a, 16b), and a sole portion (i6d) connected to the heel, ankle and side portions (16a, 16b, 16c); a sole insert (20, 120) embedded in or received in the skate boot shell such that at least part of a thickness of the sole portion (i6d) is defined under the sole insert (20, 120); and a holder under the skate boot shell configured for retaining a ground-engaging skate element, the holder connected to the sole insert (20, 120) by at least one fastener extending through the at least part of the thickness of the sole portion (i6d), characterized in that the sole insert (20, 120) includes a perimeter and a plurality of ribs extending across the perimeter, the perimeter and ribs (21, 23) framing a plurality of zones of adjacent openings.
A method for determining Physical Downlink Shared Channel, PDSCH, transmission resources, comprising: determining zero power Channel State Information-Reference Signal, CSI-RS, resource corresponding to each set of PDSCH Resource Element mapping parameters in sets of PDSCH RE mapping parameters corresponding to PDSCH transmission points of a user equipment; notifying the user equipment of the correspondence relationship between the sets of PDSCH RE mapping parameters and the respective zero power CSI-RS resources; and determining and notifying the user equipment of a set of PDSCH RE mapping parameters of the user equipment so that the user equipment receives PDSCH on other resources than the zero power CSI-RS resources corresponding to the set of PDSCH RE mapping parameters; wherein determining and notifying the user equipment of the set of PDSCH RE mapping parameters of the user equipment comprises: notifying the user equipment of the set of PDSCH RE mapping parameters in Downlink Control Information, DCI, scheduling corresponding PDSCH, wherein the DCI is transmitted over a Physical Downlink Control Channel, PDCCH, or an Enhanced PDCCH, E-PDCCH. determining zero power Channel State Information-Reference Signal, CSI-RS, resource corresponding to each set of PDSCH Resource Element mapping parameters in sets of PDSCH RE mapping parameters corresponding to PDSCH transmission points of a user equipment; notifying the user equipment of the correspondence relationship between the sets of PDSCH RE mapping parameters and the respective zero power CSI-RS resources; and determining and notifying the user equipment of a set of PDSCH RE mapping parameters of the user equipment so that the user equipment receives PDSCH on other resources than the zero power CSI-RS resources corresponding to the set of PDSCH RE mapping parameters;
A method for a user equipment, UE (102, 202, 302, 402), the method comprising: receiving, through reception circuitry of the UE (102, 202, 302, 402), a Synchronization Signal, SS, block bitmap for a secondary cell, SCell, or a primary secondary cell, PSCell, from a base station (308, 408), the SS block bitmap having one or more SS block bits corresponding to one or more SS block indices; obtaining a resource location of one or more SS blocks from the SCell or the PSCell based on the SS block bitmap; wherein the SS block bitmap is configured by the base station (308, 408), based on beam-related measurements of the SCell or the PSCell, through dedicated signaling when configuring the UE (102, 202, 302, 402) with the SCell or the PSCell. receiving, through reception circuitry of the UE (102, 202, 302, 402), a Synchronization Signal, SS, block bitmap for a secondary cell, SCell, or a primary secondary cell, PSCell, from a base station (308, 408), the SS block bitmap having one or more SS block bits corresponding to one or more SS block indices; obtaining a resource location of one or more SS blocks from the SCell or the PSCell based on the SS block bitmap; wherein the SS block bitmap is configured by the base station (308, 408), based on beam-related measurements of the SCell or the PSCell, through dedicated signaling when configuring the UE (102, 202, 302, 402) with the SCell or the PSCell.
A catalyst solution having a pH higher than 7 containing palladium ion, palladium ion complexing agent, and a compound having a buffering action in the alkaline region represented by the following general formula: wherein R 1 and R 2 each independently represent a hydrogen atom, linear, branched, or cyclic alkyl group having 1-17 carbon atoms, or aryl group; R 1 and R 2 may each by substituted by a hydroxyl group, hydroxyalkyl group, or cycloalkyl group; R 1 and R 2 may bond to each other and form a ring, and they may bond together with hetero atoms and form a ring; however, R 1 and R 2 are not simultaneously hydrogen atoms; R 3 represents an alkylene group having 1-14 carbon atoms and may be substituted by a hydroxyl group, alkyl group, or hydroxyalkyl group; A represents SO 3 X or COOX; X represents a monovalent cation.
A system comprising: a rotatable shaft; and a plurality of bearings (236', 246', 256') coupled to the rotatable shaft, wherein the plurality of bearings (236', 246', 256') include a first bearing, a second bearing, and a third bearing, wherein the first bearing defines an axial first bearing centerline (Ab1'), wherein the second bearing defines an axial second bearing centerline (Ab2'), wherein the third bearing defines an axial third bearing centerline (Ab3'); wherein the axial second bearing centerline (Ab2') is radially offset from the axial first bearing centerline (Ab1') and the axial third bearing centerline (Ab3') such that a shift or displacement of the second bearing tends to impose a force on the shaft, characterised in that the shaft defines an axial shaft centerline (As'), and wherein the axial second bearing centerline (Ab2') is offset from the axial shaft centerline (As') by a radial distance, the axial first bearing centerline (Ab1') is offset from the axial shaft centerline (As') by a second radial distance, and, optionally, the radial distance is different from the second radial distance. a rotatable shaft; and a plurality of bearings (236', 246', 256') coupled to the rotatable shaft, wherein the plurality of bearings (236', 246', 256') include a first bearing, a second bearing, and a third bearing, wherein the first bearing defines an axial first bearing centerline (Ab1'), wherein the second bearing defines an axial second bearing centerline (Ab2'), wherein the third bearing defines an axial third bearing centerline (Ab3'); wherein the axial second bearing centerline (Ab2') is radially offset from the axial first bearing centerline (Ab1') and the axial third bearing centerline (Ab3') such that a shift or displacement of the second bearing tends to impose a force on the shaft, characterised in that the shaft defines an axial shaft centerline (As'), and wherein the axial second bearing centerline (Ab2') is offset from the axial shaft centerline (As') by a radial distance, the axial first bearing centerline (Ab1') is offset from the axial shaft centerline (As') by a second radial distance, and, optionally, the radial distance is different from the second radial distance.
An actuator comprising: a composite actuator rod tube having a flared end; an insert, wherein the insert has a complementary shape to the flared end; a piston head concentrically surrounding the flared end of the composite actuator rod tube; and a piston head nut configured to threadingly attach to the piston head, and further comprising a locking mechanism for securing the piston head to the piston head nut, and wherein the locking mechanism comprises a locking pin coupled between the piston head and the piston head nut to prevent the piston head nut from rotating with respect to the piston head, and characterized in that the locking pin is secured by a bearing, the bearing located radially outward from the locking pin. a composite actuator rod tube having a flared end; an insert, wherein the insert has a complementary shape to the flared end; a piston head concentrically surrounding the flared end of the composite actuator rod tube; and
A method for the transport of tubular bodies, wherein the tubular bodies are closed on both sides, the tubular bodies are connected to each other in a detachable manner to form a floatable bundle, one or more of these tubular bodies are at least partially flooded, in order to set the desired immersion depth or transport height, the bundle is provided with a drive on at least one end, the floatable bundle forms a packet-shaped unit, wherein other tubular bodies will be stacked on each other on the bundle as the lowest layer and will be transported in a float-like manner.
Battery system for a vehicle, preferably for an industrial truck, comprising: - at least one rechargeable battery for supplying energy to at least one vehicle component of the vehicle, - at least two electronic switching elements each for establishing an electrical connection of the battery to the vehicle component, wherein a charging connection point is provided which is electrically connected to the battery electrically independently of the electronic switching elements and is designed for electrical connection to a charging device, so that charging of the battery by the charging device can be carried out when at least one of the electronic switching elements is in a switched-off switching state, wherein at least one first and second electronic switching element (21, 22) are provided, wherein - the first electronic switching element is integrated in a first current path and can be brought into a switched-on first switching state, so that a first electrical connection of the battery to the vehicle component and to the charging device can be established in the first current path, - the second electronic switching element is integrated in a second current path and can be brought into a switched-on second switching state, so that a second electrical connection of the battery to the vehicle component can be established in the second current path, wherein the charging connection point for electrically connecting the battery to the charging device is implemented independently of the second switching state of the second electronic switching element. - at least one rechargeable battery for supplying energy to at least one vehicle component of the vehicle, - at least two electronic switching elements each for establishing an electrical connection of the battery to the vehicle component, - the first electronic switching element is integrated in a first current path and can be brought into a switched-on first switching state, so that a first electrical connection of the battery to the vehicle component and to the charging device can be established in the first current path, - the second electronic switching element is integrated in a second current path and can be brought into a switched-on second switching state, so that a second electrical connection of the battery to the vehicle component can be established in the second current path,
A method for preparing content including navigation information configured for delivery to an on board unit, the navigation information including a route on a map, the method comprising the steps of: determining a detail mode from a plurality of possible detail modes based on bandwidth information corresponding to available network bandwidth capacity; preparing the navigation information having a first level of detail if a first detail mode is determined; preparing the navigation information having a second level of detail if a second detail mode is determined; and wherein the first level of detail is greater than the second level of detail, wherein the map includes a first region encompassing the route at a predetermined distance from the route and a second region disposed outward of the first region with respect to the route and including fewer details than the first region, characterized in that the first region encompassing the route extends further away from the route at its endpoints than at other portions of the route, wherein boundaries of the first region are truncated, or cut around turns of the route. determining a detail mode from a plurality of possible detail modes based on bandwidth information corresponding to available network bandwidth capacity; preparing the navigation information having a first level of detail if a first detail mode is determined; preparing the navigation information having a second level of detail if a second detail mode is determined; and wherein the first level of detail is greater than the second level of detail, wherein the map includes a first region encompassing the route at a predetermined distance from the route and a second region disposed outward of the first region with respect to the route and including fewer details than the first region, characterized in that the first region encompassing the route extends further away from the route at its endpoints than at other portions of the route, wherein boundaries of the first region are truncated, or cut around turns of the route.
An electromechanical lock, comprising: means for reading data from an external source; means for matching the data against a predetermined criterion; means for providing a fulcrum provided that the data matches the predetermined criterion; holding means for holding the lock, when engaged, in a locked state, and, when disengaged, in a mechanically openable state; and means for mechanically levering with the fulcrum the holding means to mechanically disengage the holding means. means for reading data from an external source; means for matching the data against a predetermined criterion; means for providing a fulcrum provided that the data matches the predetermined criterion; holding means for holding the lock, when engaged, in a locked state, and, when disengaged, in a mechanically openable state; and means for mechanically levering with the fulcrum the holding means to mechanically disengage the holding means.
Cleaning appliance for hard surfaces, in particular in the form of a window cleaning appliance, having a cleaning surface and a liquid application device for applying liquid to a surface to be cleaned, which cleaning surface is configured to abut against and to move over the surface to be cleaned and which liquid application device comprises at least one liquid outlet for dispensing cleaning liquid onto the surface to be cleaned, wherein the liquid application device comprises a liquid container for accommodating cleaning liquid and a liquid pump for conveying the cleaning liquid from the liquid container to the at least one liquid outlet, wherein the liquid container has a liquid container inlet and a liquid container outlet, characterized in that the liquid container outlet is arranged or formed on a free end of a liquid conduit that projects into the liquid container and so as to be movable in the liquid container, and in that a diving weight is arranged or formed at the liquid container outlet.
A method for producing a bondable coating on a metallic carrier strip (4, 32) made of a brass alloy with at least 15 wt% zinc or a copper-based alloy containing at least 0.03 wt% titanium, chromium, zirconium and/or cobalt, in which in a single working step, a bondable metallic functional layer (14, 36) made of aluminum or an aluminum-based alloy and a metallic intermediate layer (16, 34) are placed onto the metallic carrier strip (4, 32) and bonded thereto using a roll cladding method, wherein the intermediate layer (16, 34) is arranged fully between the functional layer (14, 36) and the metallic carrier strip (4, 32), so that no contact between the functional layer (14, 36) and the metallic carrier strip (4, 32) is created.
A wave energy converter for converting in operation energy conveyed in ocean waves propagating in a wave propagation direction in an ocean environment and received at the converter into generated power, wherein the converter includes a plurality of columns which are in fluidic communication via corresponding ports to the ocean waves received at the converter, wherein the ports are arranged substantially in series along the wave propagation direction, and wherein the ports are of progressively greater depth into the ocean environment along the wave propagation direction so as to cause a first component of the ocean waves to propagate in a downward direction and a second component of the ocean waves to propagate into the ports to couple energy thereto, characterized in that (i) the plurality of columns are arranged so that their elongate axes are substantially aligned along a first direction, and that the ports have corresponding port angles (θ) relative to the first direction which are progressively larger as the ports are of progressively greater depth; or (ii) the plurality of columns are arranged so that their elongate axes are substantially aligned along a first direction, and that the ports have corresponding port angles (θ) relative to the first direction which are progressively smaller as the ports are of progressively greater depth. (i) the plurality of columns are arranged so that their elongate axes are substantially aligned along a first direction, and that the ports have corresponding port angles (θ) relative to the first direction which are progressively larger as the ports are of progressively greater depth; or (ii) the plurality of columns are arranged so that their elongate axes are substantially aligned along a first direction, and that the ports have corresponding port angles (θ) relative to the first direction which are progressively smaller as the ports are of progressively greater depth.
Neuregulin for use in a method of treating chronic heart failure, wherein the method comprises: a) performing a test of plasma level of N-terminal pro-brain natriuretic peptide (NT-proBNP) of each patient before treatment; and b) administering the neuregulin to the patient when plasma level of NT-proBNP is between 1600 fmol/ml and 4000 fmol/ml. a) performing a test of plasma level of N-terminal pro-brain natriuretic peptide (NT-proBNP) of each patient before treatment; and b) administering the neuregulin to the patient
Process for the thermal treatment of biomass in connection with a boiler plant, comprising feeding biomass to a torrefaction reactor,, passing the gaseous reaction products generated by the thermal treatment from the torrefaction reactor to a power plant boiler, - passing hot flue gasses from the power plant boiler to the torrefaction reactor to carry out the thermal treatment, - burning additional fuel in the power plant boiler in such amounts that no more than 20 %, preferably no more than 10 % of the energy content of the fuel burned in the power plant boiler originates from the gaseous reaction products generated in the reactor, and - performing the heat treatment of the biomass in a continuous torrefaction reactor in which the flue gas stream flows at least partially in the same direction as the biomass,heating the biomass to a temperature between 180 and 250 °C under conditions with low oxygen concentration, thus causing at least partial torrefaction of organic matter present in the biomass to produce components which are inert with respect to biological decomposition processes, said thermal treatment thus resulting in gaseous reaction products and torrefied biomass. - passing hot flue gasses from the power plant boiler to the torrefaction reactor to carry out the thermal treatment, - burning additional fuel in the power plant boiler in such amounts that no more than 20 %, preferably no more than 10 % of the energy content of the fuel burned in the power plant boiler originates from the gaseous reaction products generated in the reactor, and - performing the heat treatment of the biomass in a continuous torrefaction reactor in which the flue gas stream flows at least partially in the same direction as the biomass,heating the biomass to a temperature between 180 and 250 °C under conditions with low oxygen concentration, thus causing at least partial torrefaction of organic matter present in the biomass to produce components which are inert with respect to biological decomposition processes, said thermal treatment thus resulting in gaseous reaction products and torrefied biomass.
A production method of a precursor of surface-coated hexaboride particles to be used in production of surface-coated hexaboride particles formed with silica coating layers, respectively, the method comprising: a first step of adding an organo-metallic compound having a function for dispersing hexaboride particles and a function for promoting polymerization of a hydrolyzable silane compound, into a hexaboride-particle liquid dispersion consisting of an organic solvent containing hexaboride particles having an average primary particle diameter of 10nm to 1μm dispersed therein, and then mixing them with each other with stirring, to thereby adsorb the organo-metallic compound onto surfaces of the hexaboride particles; a second step of adding, into the liquid dispersion of the hexaboride particles having the organo-metallic compound adsorbed thereon, a hydrolyzable silane compound as a surface treatment agent, and water, and then mixing them with one another with stirring, to thereby coat a hydrolysis condensate of the hydrolyzable silane compound onto surfaces of the hexaboride particles having the organo-metallic compound adsorbed thereon; and a third step of heatingly maturing the hexaboride-particle liquid dispersion under a condition of a temperature lower than a thermal decomposition temperature of the organo-metallic compound, and then removing a solvent from the liquid dispersion, to form coatings derived from the surface treatment agent and coated on the hexaboride particles, respectively, the coatings each including a metal element contained in the organo-metallic compound, and silicon. a first step of adding an organo-metallic compound having a function for dispersing hexaboride particles and a function for promoting polymerization of a hydrolyzable silane compound, into a hexaboride-particle liquid dispersion consisting of an organic solvent containing hexaboride particles having an average primary particle diameter of 10nm to 1μm dispersed therein, and then mixing them with each other with stirring, to thereby adsorb the organo-metallic compound onto surfaces of the hexaboride particles; a second step of adding, into the liquid dispersion of the hexaboride particles having the organo-metallic compound adsorbed thereon, a hydrolyzable silane compound as a surface treatment agent, and water, and then mixing them with one another with stirring, to thereby coat a hydrolysis condensate of the hydrolyzable silane compound onto surfaces of the hexaboride particles having the organo-metallic compound adsorbed thereon; and a third step of heatingly maturing the hexaboride-particle liquid dispersion under a condition of a temperature lower than a thermal decomposition temperature of the organo-metallic compound, and then removing a solvent from the liquid dispersion, to form coatings derived from the surface treatment agent and coated on the hexaboride particles, respectively, the coatings each including a metal element contained in the organo-metallic compound, and silicon.