mhurhangee/ep-ind-claims huggingface dataset:
A secure element, comprising: a storage (120; 1110; 2110) configured to store security data; a first interface (110; 110') configured to receive a user input (UAI; UPW; UFP; PIN) from an external input device; a processor configured to perform a user authentication, based on the user input (UAI; UPW; UFP; PIN), and activate the storage (120; 1110; 2110) when the user authentication succeeds; and a second interface (130; 130') configured to transmit security information based on the security data to an external processor (200; 200a; 200b; 200'; 200"; 510; 1200; 2200), the second interface (130; 130') is configured to receive a second authentication information from the external processor (200; 200a; 200b; 200'; 200"; 510; 1200; 2200), and the processor compares the user input (UAI; UPW; UFP; PIN) with first authentication information stored in the secure element (100; 100a; 100b; 100'; 100"; 520; 1100; 2100) and the second authentication information, and, when it is determined that the user input (UAI; UPW; UFP; PIN) is the same as the first authentication information and the second authentication information respectively, the processor determines that the user authentication has succeeded. a storage (120; 1110; 2110) configured to store security data; a first interface (110; 110') configured to receive a user input (UAI; UPW; UFP; PIN) from an external input device; a processor configured to perform a user authentication, based on the user input (UAI; UPW; UFP; PIN), and activate the storage (120; 1110; 2110) when the user authentication succeeds; and a second interface (130; 130') configured to transmit security information based on the security data to an external processor (200; 200a; 200b; 200'; 200"; 510; 1200; 2200), the second interface (130; 130') is configured to receive a second authentication information from the external processor (200; 200a; 200b; 200'; 200"; 510; 1200; 2200), and the processor compares the user input (UAI; UPW; UFP; PIN) with first authentication information stored in the secure element (100; 100a; 100b; 100'; 100"; 520; 1100; 2100) and the second authentication information, and, when it is determined that the user input (UAI; UPW; UFP; PIN) is the same as the first authentication information and the second authentication information respectively, the processor determines that the user authentication has succeeded.
A method for producing concentrated carbon dioxide and electricity from a gaseous hydrocarbon feed using a solid oxide fuel cell SOFC, the method comprising the steps of: - introducing a hydrogen enriched gaseous hydrocarbon feed into a reformer, - introducing steam; - in the reformer, generating a reformed process gas by at least partially converting methane and steam into carbon monoxide and hydrogen; - introducing the reformed process gas into an anode side of the solid oxide fuel cell; - in the solid oxide fuel cell, introducing air into a cathode side of the solid oxide fuel cell and converting hydrogen and carbon monoxide of the reformed process gas in combination with oxygen into an anode off-gas comprising steam, carbon dioxide and unconverted process gas; characterized in - introducing the gaseous hydrocarbon feed into a permeate side of a water gas shift membrane reactor, wherein the gaseous hydrocarbon feed is used as a sweep gas in the permeate side of the water gas shift membrane reactor, and wherein the sweep gas is hydrogen enriched in the permeate side of the water gas shift membrane reactor and leaves the water gas shift membrane reactor as the hydrogen enriched gaseous hydrocarbon feed, - introducing the anode off-gas into a feed side of the water gas shift membrane reactor; and - in the feed side of the water-gas shift membrane reactor converting carbon monoxide and steam of the anode off gas into concentrated carbon dioxide and hydrogen and depleting the anode off-gas of hydrogen to create a carbon dioxide rich gas stream, and enriching the sweep gas with hydrogen. - introducing a hydrogen enriched gaseous hydrocarbon feed into a reformer, - introducing steam; - in the reformer, generating a reformed process gas by at least partially converting methane and steam into carbon monoxide and hydrogen; - introducing the reformed process gas into an anode side of the solid oxide fuel cell; - in the solid oxide fuel cell, introducing air into a cathode side of the solid oxide fuel cell and converting hydrogen and carbon monoxide of the reformed process gas in combination with oxygen into an anode off-gas comprising steam, carbon dioxide and unconverted process gas; - introducing the gaseous hydrocarbon feed into a permeate side of a water gas shift membrane reactor, wherein the gaseous hydrocarbon feed is used as a sweep gas in the permeate side of the water gas shift membrane reactor, and wherein the sweep gas is hydrogen enriched in the permeate side of the water gas shift membrane reactor and leaves the water gas shift membrane reactor as the hydrogen enriched gaseous hydrocarbon feed, - introducing the anode off-gas into a feed side of the water gas shift membrane reactor; and - in the feed side of the water-gas shift membrane reactor converting carbon monoxide and steam of the anode off gas into concentrated carbon dioxide and hydrogen and depleting the anode off-gas of hydrogen to create a carbon dioxide rich gas stream, and enriching the sweep gas with hydrogen.
An aquaponics device in the form of a vertical structure composed of at least two tubular uprights between which several levels are positioned, including: - a lower level comprising an aquarium and a pump intended to draw water from the aquarium, - at least two upper levels of plant cultivation; - the first tubular upright forms a water supply pipe, said first upright is segmented into sections, including a lower section connected in a watertight manner by connection means to the lower level and is connected to the pump, and a plurality of sections; - the second tubular upright forms a water drainage pipe, said second upright is segmented into sections, including a lower section connected in a watertight manner by connection means to the lower level and is connected to the aquarium, and a plurality of upper sections; characterized in that each upper section of the first upright is connected in a watertight manner by connection means to an upper level; each upper section of the second upright is connected in a watertight manner by connection means to an upper level, the connection means internally integrating water discharge means and water drainage means. - a lower level comprising an aquarium and a pump intended to draw water from the aquarium, - at least two upper levels of plant cultivation; - the first tubular upright forms a water supply pipe, said first upright is segmented into sections, including a lower section connected in a watertight manner by connection means to the lower level and is connected to the pump, and a plurality of sections; - the second tubular upright forms a water drainage pipe, said second upright is segmented into sections, including a lower section connected in a watertight manner by connection means to the lower level and is connected to the aquarium, and a plurality of upper sections;
A method implemented by a wireless transmit/receive unit,WTRU, the method comprising: receiving a first radio resource control, RRC, message comprising carrier aggregation information, the carrier aggregation information comprising an indication that downlink control information for downlink transmissions on a first component carrier will be received via a second component carrier, wherein the WTRU receives, via the second component carrier, an indication of which orthogonal frequency division multiplexing,OFDM, symbols of a subframe include a physical downlink shared channel, PDSCH, region for the WTRU to decode the downlink transmissions on the first component carrier; receiving a physical downlink control channel, PDCCH, transmission on the second component carrier, wherein the PDCCH transmission comprises a downlink grant and an index indicating which component carrier is to be used for carrying a physical downlink shared channel, PDSCH, transmission associated with the downlink grant; and receiving the PDSCH transmission on the first component carrier in accordance with the downlink grant included in the PDCCH transmission received on the second component carrier. receiving a first radio resource control, RRC, message comprising carrier aggregation information, the carrier aggregation information comprising an indication that downlink control information for downlink transmissions on a first component carrier will be received via a second component carrier, wherein the WTRU receives, via the second component carrier, an indication of which orthogonal frequency division multiplexing,OFDM, symbols of a subframe include a physical downlink shared channel, PDSCH, region for the WTRU to decode the downlink transmissions on the first component carrier; receiving a physical downlink control channel, PDCCH, transmission on the second component carrier, wherein the PDCCH transmission comprises a downlink grant and an index indicating which component carrier is to be used for carrying a physical downlink shared channel, PDSCH, transmission associated with the downlink grant; and receiving the PDSCH transmission on the first component carrier in accordance with the downlink grant included in the PDCCH transmission received on the second component carrier.
A method, comprising: receiving, at a computing device of a first service provider, a call session from a second service provider, wherein the first service provider and the second service provider are different service providers and characterised by: determining a service provider type for the second service provider and an origination number type for the call session; determining routing information for the call session using the service provider type for the second service provider and the origination number type; and causing routing of the call session to a destination of the call session based on the routing information. receiving, at a computing device of a first service provider, a call session from a second service provider, wherein the first service provider and the second service provider are different service providers and characterised by: determining a service provider type for the second service provider and an origination number type for the call session; determining routing information for the call session using the service provider type for the second service provider and the origination number type; and causing routing of the call session to a destination of the call session based on the routing information. determining a service provider type for the second service provider and an origination number type for the call session; determining routing information for the call session using the service provider type for the second service provider and the origination number type; and causing routing of the call session to a destination of the call session based on the routing information.
A ring accessory, wherein the ring accessory comprises: an outer loop and an elastic piece; the elastic piece is placed within the outer loop; the outer loop comprises a lateral loop and a top cover located above the lateral loop; the top cover has a hole configured for a ring head passing therethrough, the inner side of the top cover comprises at least three deep recesses at an edge of the hole, and a shallow recess is provided between every two adjacent deep recesses, wherein a distance from the deep recess to the center of the hole is greater than a distance from the shallow recess to the center of the hole; the elastic piece is annular and comprises recesses, i.e., elastic piece deep recesses and elastic piece shallow recesses respectively corresponding to the deep recesses and the shallow recesses of the top cover, wherein the elastic piece is an annulus with a wave shape, with the elastic piece deep recesses being located at the bottom of the wave and the elastic piece shallow recesses being located at the top of the wave.
A method of running up a discharge lamp by controlling a driving power to a target value during a single or during two or more consecutive time periods, wherein the driving power of the lamp is controlled to reach the power target value during the single or during the last of said two or more consecutive time periods by using an output power profile, and wherein a driving current of the lamp is not allowed during the single or following time periods to increase faster than a preset rate and to exceed a fixed upper current limit, characterized in that an adaptive upper current limit is set which the driving current is not allowed to exceed, the adaptive upper limit being increased by a first preset amount every time when the current to follow said output power profile exceeds the adaptive upper limit, and being lowered by a second preset amount every time when the driving current decreases.
A pharmaceutical composition comprising Edoxaban, or a pharmaceutically acceptable salt thereof, a water soluble vinylpyrrolidone polymer selected from the group consisting of povidone and copovidone, and a cellulose ether and not comprising a sugar alcohol.
A pouch type secondary battery, comprising: a pouch type case having an outer side portion formed by heat welding an upper sheet and a lower sheet, each of the upper sheet and the lower sheet including an inner layer, an adhesive layer, a metal layer, an outer layer and optionally an corrosion preventive layer; and an electrode assembly received in the pouch type case, characterized in that a polymer coating layer (106, 203) for improving sealability is further formed on the metal layer in the outer side portion of the pouch type case. a pouch type case having an outer side portion formed by heat welding an upper sheet and a lower sheet, each of the upper sheet and the lower sheet including an inner layer, an adhesive layer, a metal layer, an outer layer and optionally an corrosion preventive layer; and an electrode assembly received in the pouch type case, characterized in that a polymer coating layer (106, 203) for improving sealability is further formed on the metal layer in the outer side portion of the pouch type case.
Method for rendering data in a network, said network comprising at least one rendering device (A, A1, A2, A3) and a mobile device, the method being characterised in that it comprises: • detection (E41, E55) of a rendering device by said mobile device, said detection comprising a capture by the mobile device of at least an image of said rendering device; • identification (E42, E56) of the rendering device detected by the mobile device by an identifier from the captured image among the at least one rendering device; • transmission to the network of an item of information representative of the identified rendering device for rendering the data in the network. • detection (E41, E55) of a rendering device by said mobile device, said detection comprising a capture by the mobile device of at least an image of said rendering device; • identification (E42, E56) of the rendering device detected by the mobile device by an identifier from the captured image among the at least one rendering device; • transmission to the network of an item of information representative of the identified rendering device for rendering the data in the network.
A system for compensating a neurally triggered or other self-caused displacement of a tissue of an animal including man, comprising (a) a base provided with means for immobilizing the animal or person or body part thereof comprising said tissue; (b) one or more displacement means in contact with the base; (c) a means for sampling position data from an index marker disposed or identified in or in the proximity of the tissue; (d) a means for sampling source activity data predicting displacement of the tissue from one or more sources of displacement, said source activity data comprising one or more of: electromyographic data from skeletal muscle, in particular data of respiratory muscles (Resp-EMG), electrocardiogram data, data from neuronal activity in the nervous system, in particular neuronal motor commands; (e) microprocessor means for correlating position data and source activity data to generate a predictive correspondence; (f) a means for controlling said one or more displacement means by source activity data based on the predictive correspondence; (g) a means for updating the predictive correspondence continuously. (a) a base provided with means for immobilizing the animal or person or body part thereof comprising said tissue; (b) one or more displacement means in contact with the base; (c) a means for sampling position data from an index marker disposed or identified in or in the proximity of the tissue; (d) a means for sampling source activity data predicting displacement of the tissue from one or more sources of displacement, said source activity data comprising one or more of: electromyographic data from skeletal muscle, in particular data of respiratory muscles (Resp-EMG), electrocardiogram data, data from neuronal activity in the nervous system, in particular neuronal motor commands; (e) microprocessor means for correlating position data and source activity data to generate a predictive correspondence; (f) a means for controlling said one or more displacement means by source activity data based on the predictive correspondence; (g) a means for updating the predictive correspondence continuously.
A centrifugal compressor, comprising: a housing, provided with a mounting chamber, a thread section being provided on a side wall of the mounting chamber; an adjusting piece, mounted in the mounting chamber, the adjusting piece being provided with threads adapting to the thread section; a driving piece, mounted in the mounting chamber and configured to drive the adjusting piece to move forwards or backwards along the thread section; and an adjustable diffuser, fixedly connected to the adjusting piece; a blade assembly, the driving piece driving the blade assembly to rotate. a housing, provided with a mounting chamber, a thread section being provided on a side wall of the mounting chamber; an adjusting piece, mounted in the mounting chamber, the adjusting piece being provided with threads adapting to the thread section; a driving piece, mounted in the mounting chamber and configured to drive the adjusting piece to move forwards or backwards along the thread section; and an adjustable diffuser, fixedly connected to the adjusting piece; a blade assembly, the driving piece driving the blade assembly to rotate.
A variable delivery vane oil pump, the pump comprising a rotor, which is mounted to turn about a determined longitudinal axis, thereof, and presents a plurality of grooves outwardly radially open at one surface thereof essentially coaxial to said axis; a stator, which extends about the rotor, and is eccentrically mounted with respect to the rotor itself; a plurality of vanes, each of which is slidingly mounted inside one respective said groove, and presents an outer edge facing the stator; and adjusting means for selectively controlling the eccentricity between the rotor and the stator; and whereby the vane oil pump comprises a single annular sliding element arranged between the stator and the outer edges of the vanes and slidingly circumferentially coupled to the stator and to the vanes; the vane oil pump being characterised by two annular elements arranged on opposite bands of the rotor parallel to and extending about said longitudinal axis; each vane axially projecting from said respective groove and presenting an inner edge arranged in contact with said annular elements.
A blown film having at least one layer comprising a polymeric composition; wherein the polymeric composition is suitable for blown film applications comprising a) 80 to 99.5 percent by weight of a continuous polymeric phase comprising a polyolefin, and b) 0.5 to 20 percent by weight of polymeric particles having i) an average particle diameter of 0.85 to 20 μm; ii) a refractive index from 1.46 to 1.61; iii) at least 60% polymerized acrylic monomer units; and wherein said blown film is characterized by having a thickness in the range of from 5 to 350 μm, a modulus of elasticity in the range of from 5 to 133 MPa, a melt strength in the range of from 4 to 40 cN, an elongation at break in the range of from 100 to 1000 %, a 45 degree gloss in the range of from 7 to 36 and a softness measured by human panel handfeel-ranking methodology, measured by ISO 8587 Sensory analysis that is higher than a film which does not contain the polymeric composition. a) 80 to 99.5 percent by weight of a continuous polymeric phase comprising a polyolefin, and b) 0.5 to 20 percent by weight of polymeric particles having i) an average particle diameter of 0.85 to 20 μm; ii) a refractive index from 1.46 to 1.61; iii) at least 60% polymerized acrylic monomer units; and wherein said blown film is characterized by having a thickness in the range of from 5 to 350 μm, a modulus of elasticity in the range of from 5 to 133 MPa, a melt strength in the range of from 4 to 40 cN, an elongation at break in the range of from 100 to 1000 %, a 45 degree gloss in the range of from 7 to 36 and a softness measured by human panel handfeel-ranking methodology, measured by ISO 8587 Sensory analysis that is higher than a film which does not contain the polymeric composition. i) an average particle diameter of 0.85 to 20 μm; ii) a refractive index from 1.46 to 1.61; iii) at least 60% polymerized acrylic monomer units; and