mhurhangee/ep-ind-claims huggingface dataset:
User equipment, UE, comprising: a transceiver component configured to receive a physical downlink control channel or enhanced physical downlink control channel, PDCCH/EPDCCH, transmission that corresponds to a semi-persistent scheduling, SPS, activation, wherein the PDCCH/EPDCCH transmission that corresponds to the SPS activation conveys a value for a physical downlink shared channel, PDSCH, resource element, RE, mapping and quasi co-location indicator, PQI; a scheduling component configured to schedule reception of an SPS PDSCH transmission, the SPS PDSCH transmission comprising a PDSCH transmission without a corresponding PDCCH/EPDCCH transmission; and a signal processing component configured to process the SPS PDSCH transmission based on the value for the PQI corresponding to SPS activation, wherein the SPS PDSCH is received by the transceiver component, and wherein the UE is configured for transmission mode 10, TM10. a transceiver component configured to receive a physical downlink control channel or enhanced physical downlink control channel, PDCCH/EPDCCH, transmission that corresponds to a semi-persistent scheduling, SPS, activation, wherein the PDCCH/EPDCCH transmission that corresponds to the SPS activation conveys a value for a physical downlink shared channel, PDSCH, resource element, RE, mapping and quasi co-location indicator, PQI; a scheduling component configured to schedule reception of an SPS PDSCH transmission, the SPS PDSCH transmission comprising a PDSCH transmission without a corresponding PDCCH/EPDCCH transmission; and a signal processing component configured to process the SPS PDSCH transmission based on the value for the PQI corresponding to SPS activation, wherein the SPS PDSCH is received by the transceiver component, and wherein the UE is configured for transmission mode 10, TM10.
An outboard motor comprising: an engine; an engine cover covering the engine; intake openings provided in both lateral sides of the engine cover; and a throttle body for introducing air drawn inside the engine cover through the intake openings, wherein an interference-type muffler for reducing air intake noise is disposed partway along an intake passage configured to guide air from the intake openings to the throttle body, wherein the interference-type muffler is disposed vertically inside the engine cover, and the interference-type muffler has an interior bisected in a vertical direction, characterized in that. the interference-type muffler with the interior thereof bisected in the vertical direction comprises a pair of interference-type muffler sections including a first interference-type muffler section and a second interference-type muffler section, wherein the intake passage includes a dual system having a first intake passage section for guiding the air from one of the intake openings provided in both lateral sides of the engine cover to the throttle body, and a second intake passage section for guiding the air from the other of the intake openings provided in both lateral sides of the engine cover to the throttle body, and wherein the first interference-type muffler section is disposed partway along the first intake passage section, and the second interference-type muffler section is disposed partway along the second intake passage section. an engine; an engine cover covering the engine; intake openings provided in both lateral sides of the engine cover; and a throttle body for introducing air drawn inside the engine cover through the intake openings, wherein an interference-type muffler for reducing air intake noise is disposed partway along an intake passage configured to guide air from the intake openings to the throttle body, wherein the interference-type muffler is disposed vertically inside the engine cover, and the interference-type muffler has an interior bisected in a vertical direction, characterized in that. the interference-type muffler with the interior thereof bisected in the vertical direction comprises a pair of interference-type muffler sections including a first interference-type muffler section and a second interference-type muffler section, wherein the intake passage includes a dual system having a first intake passage section for guiding the air from one of the intake openings provided in both lateral sides of the engine cover to the throttle body, and a second intake passage section for guiding the air from the other of the intake openings provided in both lateral sides of the engine cover to the throttle body, and wherein the first interference-type muffler section is disposed partway along the first intake passage section, and the second interference-type muffler section is disposed partway along the second intake passage section.
An axial engagement-controlled variable damper comprising: a rotor assembly (240, 540, 640) coupled to a rotor shaft and disposed about an axis of rotation; a stator (220, 520), coaxially aligned with, and disposed radially about, the rotor assembly; and characterized by further comprising a flux sleeve, axially movable relative to the rotor assembly between at least a first position and a second position and having a circumferential flange portion disposed radially outward of the rotor assembly and radially inward of the stator, the flux sleeve being configured to alter magnetic coupling between the stator and the rotor assembly in response to being moved axially, the axial-engagement controlled variable damper being configured to generate a first drag torque in response to the flux sleeve being in the first position and a second drag torque in response to the flux sleeve being in the second position. a rotor assembly (240, 540, 640) coupled to a rotor shaft and disposed about an axis of rotation; a stator (220, 520), coaxially aligned with, and disposed radially about, the rotor assembly; and characterized by further comprising a flux sleeve, axially movable relative to the rotor assembly between at least a first position and a second position and having a circumferential flange portion disposed radially outward of the rotor assembly and radially inward of the stator, the flux sleeve being configured to alter magnetic coupling between the stator and the rotor assembly in response to being moved axially, the axial-engagement controlled variable damper being configured to generate a first drag torque in response to the flux sleeve being in the first position and a second drag torque in response to the flux sleeve being in the second position.
A method, comprising: by a 5G compatible cellular network: receiving, at an access and mobility management function, a request to provide a mobile terminating short message service message to a wireless device from a SMS function (SMSF), wherein the wireless device is registered with the mobility function entity via a plurality of access types; performing, by the AMF, a first attempt to provide the SMS message to the wireless device, wherein the first attempt is performed via a first access type; determining, by the AMF, that the first attempt to provide the SMS message to the wireless device is unsuccessful; and performing, by the AMF, a second attempt to provide the SMS message to the wireless device, wherein the second attempt is performed via a second access type. receiving, at an access and mobility management function, a request to provide a mobile terminating short message service message to a wireless device from a SMS function (SMSF), wherein the wireless device is registered with the mobility function entity via a plurality of access types; performing, by the AMF, a first attempt to provide the SMS message to the wireless device, wherein the first attempt is performed via a first access type; determining, by the AMF, that the first attempt to provide the SMS message to the wireless device is unsuccessful; and performing, by the AMF, a second attempt to provide the SMS message to the wireless device, wherein the second attempt is performed via a second access type.
A computer-implemented method for indexing specific segments of a plurality of documents by one or more concepts of interest to a user, the method comprising: identifying a plurality of segments within a plurality of documents, wherein identifying the plurality of segments within the plurality of documents comprises analyzing the plurality of documents to identify formatting features, generating a binary vector from the identified formatting features and generating a statistical likelihood indicating whether a segment is present by processing the binary vector; accessing a plurality of concepts of interest to a user, wherein each concept is associated with one or more concept keywords; for each concept: determining statistical likelihoods that respective identified segments are associated with the concept; indexing the plurality of concepts and the determined statistical likelihoods in a concept indexing database; determining a ranked listing of one or more segments having highest statistical likelihoods of being associated with the concepts and presenting the ranked listing of one or more segments in a user interface in response to a user query for a specific concept for access and/or retrieval of one or more segments. identifying a plurality of segments within a plurality of documents, wherein identifying the plurality of segments within the plurality of documents comprises analyzing the plurality of documents to identify formatting features, generating a binary vector from the identified formatting features and generating a statistical likelihood indicating whether a segment is present by processing the binary vector; accessing a plurality of concepts of interest to a user, wherein each concept is associated with one or more concept keywords; for each concept: determining statistical likelihoods that respective identified segments are associated with the concept; indexing the plurality of concepts and the determined statistical likelihoods in a concept indexing database; determining a ranked listing of one or more segments having highest statistical likelihoods of being associated with the concepts and presenting the ranked listing of one or more segments in a user interface in response to a user query for a specific concept for access and/or retrieval of one or more segments. determining statistical likelihoods that respective identified segments are associated with the concept; indexing the plurality of concepts and the determined statistical likelihoods in a concept indexing database; determining a ranked listing of one or more segments having highest statistical likelihoods of being associated with the concepts and presenting the ranked listing of one or more segments in a user interface in response to a user query for a specific concept for access and/or retrieval of one or more segments.
A closure for a container, the closure comprising: a top panel; a skirt extending from the periphery of the top panel; and a tamper indicating band frangibly connected to an open end of the skirt at a line of weakness, the band including a retaining segment on an inner surface thereof so arranged, when the closure is in a closed position on a neck of the container, to engage under an engagement surface of a retaining structure arranged on the container neck, wherein the tamper indicating band includes at least one indent arranged on an outer surface of the tamper indicating band wherein the at least one indent is an annular channel extending circumferentially around the outer surface of the tamper indicating band, characterized in that the annular channel is interrupted, whereby to provide multiple indents on the outer surface of the tamper indicating band.
A method of random access implemented by a wireless device (30, 300, 1100) in a mixed numerology New Radio, NR, communication network, said method comprising: receiving system information from a network node (20, 800, 1200), said system information containing a System Information Block, SIB, indicating a configuration for random access; selecting a sub-band for random access configured according to a numerology determined from two or more numerologies available for random access as indicated by said SIB; and performing a random access on the selected sub-band to establish a connection with the network node (20, 800, 1200). receiving system information from a network node (20, 800, 1200), said system information containing a System Information Block, SIB, indicating a configuration for random access; selecting a sub-band for random access configured according to a numerology determined from two or more numerologies available for random access as indicated by said SIB; and performing a random access on the selected sub-band to establish a connection with the network node (20, 800, 1200).
A method of manufacturing a medical device comprising: providing a catheter with a balloon mounted on the catheter, the balloon having one or more folds when the balloon is in an unexpanded and folded state, wherein the one or more folds open upon expansion of the balloon to an expanded state; when the balloon is in the unexpanded and folded state, applying a first coating material to form a first coating on a first surface area of the balloon that is substantially exposed when the balloon is in the unexpanded and folded state; expanding the balloon after the first coating has been applied, the first coating being a coating to which a second coating material is substantially non-adherent; when the balloon is in the expanded state, applying the second coating material to form a second coating on a second surface area of the balloon that is not coated with the first coating, wherein the second coating comprises a therapeutic agent; and returning the balloon to the unexpanded and folded state after applying the second coating material to the balloon, such that the second coating is substantially disposed within the one or more folds when the balloon is in the unexpanded and folded state. providing a catheter with a balloon mounted on the catheter, the balloon having one or more folds when the balloon is in an unexpanded and folded state, wherein the one or more folds open upon expansion of the balloon to an expanded state; when the balloon is in the unexpanded and folded state, applying a first coating material to form a first coating on a first surface area of the balloon that is substantially exposed when the balloon is in the unexpanded and folded state; expanding the balloon after the first coating has been applied, the first coating being a coating to which a second coating material is substantially non-adherent; when the balloon is in the expanded state, applying the second coating material to form a second coating on a second surface area of the balloon that is not coated with the first coating, wherein the second coating comprises a therapeutic agent; and returning the balloon to the unexpanded and folded state after applying the second coating material to the balloon, such that the second coating is substantially disposed within the one or more folds when the balloon is in the unexpanded and folded state.
Automatic apparatus for heating and frothing milk, comprising a steam generating device, configured for generating steam for heating milk, a first hydraulic circuit at high temperature, operatively associated with said steam generating device, a refrigerating group, configured for maintaining the milk conservation temperature, and a second hydraulic circuit at low temperature, operatively associated with said refrigerating group, said refrigerating group comprising at least one milk container and at least one pump, configured for sucking milk from said container, the apparatus comprising: - a first total separation valve, configured to carry out the separation of the second hydraulic circuit at low temperature from the first hydraulic circuit at high temperature; - a second total separation valve, configured to modulate the amount of air sucked by the pump; - a third total separation valve, configured to separate both the first hydraulic circuit at high temperature, and the second hydraulic circuit at low temperature from a circuit for dispensing milk arranged outside of the apparatus; - a steam injection device, configured to mix the steam generated by the steam generating device with the flow of frothed milk coming from the container through the pump and the first total separation valve; and - a fourth total separation valve, configured to modulate the amount of steam exiting from the steam generating device. the apparatus being characterised in that said at least one pump and said first total separation valve are housed inside the refrigerating group, said apparatus comprising a control and communication electronic board configured to control the operation of all of the components of said apparatus, wherein each of the first total separation valve, the second total separation valve, the third total separation valve and the fourth total separation valve is provided with an actuator element manufactured with a shape memory alloy, and wherein each actuator element manufactured with a shape memory alloy is electronically controlled by said control and communication electronic board. - a first total separation valve, configured to carry out the separation of the second hydraulic circuit at low temperature from the first hydraulic circuit at high temperature; - a second total separation valve, configured to modulate the amount of air sucked by the pump; - a third total separation valve, configured to separate both the first hydraulic circuit at high temperature, and the second hydraulic circuit at low temperature from a circuit for dispensing milk arranged outside of the apparatus; - a steam injection device, configured to mix the steam generated by the steam generating device with the flow of frothed milk coming from the container through the pump and the first total separation valve; and - a fourth total separation valve, configured to modulate the amount of steam exiting from the steam generating device.
A method of identifying the base type at a position in a template nucleic acid, comprising steps of: (a) contacting a primed template nucleic acid with a polymerase and a first mixture of nucleotides under conditions for stabilizing a ternary complex at a nucleotide position in the template, wherein the first mixture comprises a nucleotide cognate of a first base type and a nucleotide cognate of a second base type, wherein said nucleotide cognates are attached to exogenous labels of the same chemical structure or to different exogenous labels that produce an overlapping signal such that the signals are ambiguous; (b) contacting the primed template nucleic acid with a polymerase and a second mixture of nucleotides under conditions for stabilizing a ternary complex at the nucleotide position in the template, wherein the second mixture comprises a nucleotide cognate of the first base type and a nucleotide cognate of a third base type, wherein said nucleotide cognates are attached to exogenous labels of the same chemical structure or to different exogenous labels that produce an overlapping signal such that the signals are ambiguous; (c) examining products of steps (a) and (b) for signals produced by a ternary complex that comprises the primed template nucleic acid, a polymerase and a next correct nucleotide, wherein signals acquired for the product of step (a) are ambiguous for the first and second base type, and wherein signals acquired for the product of step (b) are ambiguous for the first and third base type; (d) disambiguating signals acquired in step (c) to identify a base type that binds the next correct nucleotide. (a) contacting a primed template nucleic acid with a polymerase and a first mixture of nucleotides under conditions for stabilizing a ternary complex at a nucleotide position in the template, wherein the first mixture comprises a nucleotide cognate of a first base type and a nucleotide cognate of a second base type, wherein said nucleotide cognates are attached to exogenous labels of the same chemical structure or to different exogenous labels that produce an overlapping signal such that the signals are ambiguous; (b) contacting the primed template nucleic acid with a polymerase and a second mixture of nucleotides under conditions for stabilizing a ternary complex at the nucleotide position in the template, wherein the second mixture comprises a nucleotide cognate of the first base type and a nucleotide cognate of a third base type, wherein said nucleotide cognates are attached to exogenous labels of the same chemical structure or to different exogenous labels that produce an overlapping signal such that the signals are ambiguous; (c) examining products of steps (a) and (b) for signals produced by a ternary complex that comprises the primed template nucleic acid, a polymerase and a next correct nucleotide, wherein signals acquired for the product of step (a) are ambiguous for the first and second base type, and wherein signals acquired for the product of step (b) are ambiguous for the first and third base type; (d) disambiguating signals acquired in step (c) to identify a base type that binds the next correct nucleotide.
A decorative material comprising, on or above a base material layer, a first layer, a second layer, and a third layer made of synthetic resin in order from the base material layer side, wherein the second layer is a cork material layer, the decorative material satisfying the condition of H1<H2<H3 wherein H1 is the hardness of the first layer, H2 is the hardness of the second layer, and H3 is the hardness of the third layer, the decorative material has a thickness of 6 to 15 mm, and wherein the decorative material has a displacement of 300 μm or more under a load of 100 N when a compression test device which is a product of A&D Company, Limited, a compression tensile tester, model number: RTC-1250A, LOAD CELL: UR-1 KN-D is used; and a decorative material having a length: 4 cm x width: 4 cm, which is a measurement sample, is disposed on a metal base of the compression test device; and a cylindrical jig with a diameter of 10 mm with the bottom surface of the cylindrical jig being parallel to the metal base is pressed at a compression speed of 10 mm/min, thereby compressing the decorative material; the measurement sample is disposed on the metal base in such a manner that the cylindrical jig comes into contact with the decorative sheet side. the decorative material satisfying the condition of H1<H2<H3 wherein H1 is the hardness of the first layer, H2 is the hardness of the second layer, and H3 is the hardness of the third layer, the decorative material has a thickness of 6 to 15 mm, and wherein the decorative material has a displacement of 300 μm or more under a load of 100 N when a compression test device which is a product of A&D Company, Limited, a compression tensile tester, model number: RTC-1250A, LOAD CELL: UR-1 KN-D is used; and a decorative material having a length: 4 cm x width: 4 cm, which is a measurement sample, is disposed on a metal base of the compression test device; and a cylindrical jig with a diameter of 10 mm with the bottom surface of the cylindrical jig being parallel to the metal base is pressed at a compression speed of 10 mm/min, thereby compressing the decorative material; the measurement sample is disposed on the metal base in such a manner that the cylindrical jig comes into contact with the decorative sheet side.