mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a master base station in a wireless communication system, the method comprising: transmitting , to a secondary base station, a secondary base station addition request message including an identity of a protocol data unit, PDU, session, information of a quality of service, QoS, flow associated with the PDU session, and quality requirement information associated with the QoS flow; receiving , from the secondary base station, a secondary base station addition response message including an identity of a data radio bearer, DRB, a tunnel identity, TEID, for an user plane on an Xn interface, a radio resource control, RRC, container, and the identity of the PDU session, wherein the RRC container includes configuration information of a secondary cell associated with the secondary base station; and transmitting , to a user equipment, UE, an RRC reconfiguration message including the RRC container. transmitting , to a secondary base station, a secondary base station addition request message including an identity of a protocol data unit, PDU, session, information of a quality of service, QoS, flow associated with the PDU session, and quality requirement information associated with the QoS flow; receiving , from the secondary base station, a secondary base station addition response message including an identity of a data radio bearer, DRB, a tunnel identity, TEID, for an user plane on an Xn interface, a radio resource control, RRC, container, and the identity of the PDU session, wherein the RRC container includes configuration information of a secondary cell associated with the secondary base station; and transmitting , to a user equipment, UE, an RRC reconfiguration message including the RRC container.
High efficiency and high capacity glass-free filtration media comprising a blend of synthetic non-fibrillated staple fibers and fibrillated cellulosic staple fibers, wherein the synthetic non-fibrillated staple fibers are microfibers having an average fiber diameter of less than 10 microns and an average fiber length of less than 25 mm, and the fibrillated cellulosic staple fibers are present in the media in an amount between 0.5 - 50 wt % ODW, wherein ODW (Oven-dry weight) is the total weight of fibers or fabric after drying in a hot air oven at 350°F (177 °C) for 5 minutes. wherein the synthetic non-fibrillated staple fibers are microfibers having an average fiber diameter of less than 10 microns and an average fiber length of less than 25 mm, and the fibrillated cellulosic staple fibers are present in the media in an amount between 0.5 - 50 wt % ODW, wherein ODW (Oven-dry weight) is the total weight of fibers or fabric after drying in a hot air oven at 350°F (177 °C) for 5 minutes.
A method for using a shot peening valve controller 102 for shot peening, the method comprising: providing a shot peening valve controller 102; assigning a first electronic address to a first shot peening valve 104; assigning a second electronic address to a second shot peening valve 106; connecting the first shot peening valve 104 to the shot peening valve controller 102 according to the first electronic address; connecting the second shot peening valve 106 to the shot peening controller 102 according to the second electronic address; and connecting the first shot peening valve 104 and the second shot peening valve 106 using an input output unit that comprises multiple electronic addresses for the first shot peening valve 104 and the second shot peening valve 106; whereby the shot peening valve controller 102 is configured to power each of the multiple shot peening valves 104, 106 according to their electronic addresses respectively. providing a shot peening valve controller 102; assigning a first electronic address to a first shot peening valve 104; assigning a second electronic address to a second shot peening valve 106; connecting the first shot peening valve 104 to the shot peening valve controller 102 according to the first electronic address; connecting the second shot peening valve 106 to the shot peening controller 102 according to the second electronic address; and connecting the first shot peening valve 104 and the second shot peening valve 106 using an input output unit that comprises multiple electronic addresses for the first shot peening valve 104 and the second shot peening valve 106; whereby the shot peening valve controller 102 is configured to power each of the multiple shot peening valves 104, 106 according to their electronic addresses respectively.
A method for mass synthesis of carbon nanotubes, comprising: a first step of supplying a CNT growth material including a carbon precursor; a second step of disposing a pair of metal wires in a solution in which a metal salt is mixed, and applying electric power to the metal wires to generate plasma, thereby synthesizing a catalyst while reducing the metal salt into a metal atom; and a third step of thermally treating the CNT growth material and the catalyst to dissolve the carbon precursor in the catalyst, thereby continuously synthesizing carbon nanotubes while growing the carbon nanotubes, wherein the catalyst in the second step comprises any one or more selected from the group consisting of a metal catalyst including any one selected from cobalt (Co), nickel (Ni), and iron (Fe); and an alloy catalyst including an alloy of two or more selected from cobalt (Co), nickel (Ni), and iron (Fe). a first step of supplying a CNT growth material including a carbon precursor; a second step of disposing a pair of metal wires in a solution in which a metal salt is mixed, and applying electric power to the metal wires to generate plasma, thereby synthesizing a catalyst while reducing the metal salt into a metal atom; and a third step of thermally treating the CNT growth material and the catalyst to dissolve the carbon precursor in the catalyst, thereby continuously synthesizing carbon nanotubes while growing the carbon nanotubes, wherein the catalyst in the second step comprises any one or more selected from the group consisting of a metal catalyst including any one selected from cobalt (Co), nickel (Ni), and iron (Fe); and an alloy catalyst including an alloy of two or more selected from cobalt (Co), nickel (Ni), and iron (Fe).
A base station comprising: a control section that maps one or more control channel elements, CCEs, in a downlink control channel to two or more resource units that are obtained by an interleaver; and a transmitting section that transmits the downlink control channel; wherein the interleaver interleaves a plurality of indexes, the plurality of indexes respectively correspond to a plurality of resource units in a control resource set, each of the plurality of resource units is defined as a plurality of resource element groups, REGs, and the two or more resource units are included in the plurality of resource units, and wherein the interleaver is defined by a matrix, and a number of elements of the matrix is a number of all resource units in the control resource set. a control section that maps one or more control channel elements, CCEs, in a downlink control channel to two or more resource units that are obtained by an interleaver; and a transmitting section that transmits the downlink control channel; wherein the interleaver interleaves a plurality of indexes, the plurality of indexes respectively correspond to a plurality of resource units in a control resource set, each of the plurality of resource units is defined as a plurality of resource element groups, REGs, and the two or more resource units are included in the plurality of resource units, and
A method comprising: monitoring network power consumption associated with a Power over Ethernet, PoE, enabled device (104A-104C; 106A-106F); receiving a communication that originates from the PoE enabled device (104A-104C; 106A-106F); processing, by a processing device , the communication and the network power consumption associated with the PoE enabled device to identify a deviation from a power consumption pattern associated with the PoE enabled device (104A-104C; 106A-106F); and implementing a network access control policy with respect to the PoE enabled device (104A-104C; 106A-106F) based on the deviation from the power consumption pattern associated with the PoE enabled device (104A-104C; 106A-106F). monitoring network power consumption associated with a Power over Ethernet, PoE, enabled device (104A-104C; 106A-106F); receiving a communication that originates from the PoE enabled device (104A-104C; 106A-106F); processing, by a processing device , the communication and the network power consumption associated with the PoE enabled device to identify a deviation from a power consumption pattern associated with the PoE enabled device (104A-104C; 106A-106F); and implementing a network access control policy with respect to the PoE enabled device (104A-104C; 106A-106F) based on the deviation from the power consumption pattern associated with the PoE enabled device (104A-104C; 106A-106F).
A top plate for a cooking device comprising: a glass substrate having a cooking surface on which a cooking utensil is to be put and an underside surface opposite to the cooking surface ; a metallic tone layer provided on the underside surface of the glass substrate and containing a glass frit and a first metallic tone pigment; a first heat-resistant resin layer provided on the metallic tone layer and containing a first heat-resistant resin and a second metallic tone pigment; and a second heat-resistant resin layer provided on the first heat-resistant resin layer and containing a second heat-resistant resin and an inorganic pigment, wherein the first metallic tone pigment and the second metallic tone pigment are inorganic pigments coated with a metal oxide and the inorganic pigment of the second heat-resistant resin layer is an inorganic color pigment different from the first metallic tone pigment and the second metallic tone pigment. a glass substrate having a cooking surface on which a cooking utensil is to be put and an underside surface opposite to the cooking surface ; a metallic tone layer provided on the underside surface of the glass substrate and containing a glass frit and a first metallic tone pigment; a first heat-resistant resin layer provided on the metallic tone layer and containing a first heat-resistant resin and a second metallic tone pigment; and a second heat-resistant resin layer provided on the first heat-resistant resin layer and containing a second heat-resistant resin and an inorganic pigment, wherein the first metallic tone pigment and the second metallic tone pigment are inorganic pigments coated with a metal oxide and the inorganic pigment of the second heat-resistant resin layer is an inorganic color pigment different from the first metallic tone pigment and the second metallic tone pigment.
A method to register a device with a service provider accessible via an access point of a wireless local area network, WLAN, hotspot , the method comprising: receiving, by the access point , through a media access control, MAC, sub-layer network connection in a WLAN, a message from the device , wherein the message starts the method by which the device registers with the service provider ; sending , by the access point , through the MAC sub-layer network connection via the WLAN, a response to the device in response to the message , the response including one or more subscription usage plans associated with registering the device with the service provider to obtain network access; and receiving , by the access point , through the MAC sub-layer network connection via the WLAN, registration information from the device , the registration information being associated with one of the one or more subscription usage plans selected by the device . receiving, by the access point , through a media access control, MAC, sub-layer network connection in a WLAN, a message from the device , wherein the message starts the method by which the device registers with the service provider ; sending , by the access point , through the MAC sub-layer network connection via the WLAN, a response to the device in response to the message , the response including one or more subscription usage plans associated with registering the device with the service provider to obtain network access; and receiving , by the access point , through the MAC sub-layer network connection via the WLAN, registration information from the device , the registration information being associated with one of the one or more subscription usage plans selected by the device .
A method for determining channel state information (CSI) of a wireless channel by a station (STA) , the method comprising: receiving a plurality of sounding data transmissions from a plurality of access points (APs) over a plurality of communication channels ; estimating, for each of the plurality of communication channels, a CSI of the channel based on the plurality of sounding data transmissions; aggregating the CSI of each of the communication channels to produce an aggregated CSI, and transmitting the aggregated CSI to the plurality of APs, by: aggregating the plurality of communication channels to produce an aggregated channel having an aggregated channel matrix ; performing singular value decomposition on the aggregated channel matrix, by decomposing the aggregated channel matrix into UΣV H , wherein superscript H refers to the Hermitian transpose matrix operation, to produce a Σ matrix and a V matrix of the aggregated channel; and characterized by transmitting the Σ matrix and the V matrix to the plurality of APs. receiving a plurality of sounding data transmissions from a plurality of access points (APs) over a plurality of communication channels ; estimating, for each of the plurality of communication channels, a CSI of the channel based on the plurality of sounding data transmissions; aggregating the plurality of communication channels to produce an aggregated channel having an aggregated channel matrix ; performing singular value decomposition on the aggregated channel matrix, by decomposing the aggregated channel matrix into UΣV H , wherein superscript H refers to the Hermitian transpose matrix operation, to produce a Σ matrix and a V matrix of the aggregated channel; and characterized by transmitting the Σ matrix and the V matrix to the plurality of APs.
A housing unit of a Venturi device comprising: a Venturi portion defining an internal passageway having a motive section aligned end to end with a discharge section , and defining a bore having fluid communication with the internal passageway ; a first end of the Venturi portion defines a motive port of the internal passageway , the motive section tapering toward a fluid junction between an outlet end of the motive section and an inlet end of the discharge section , and the fluid junction is in fluid communication with the bore ; an exterior of the Venturi portion comprises a plurality of fingers circumferentially spaced apart about the bore and projecting away from the internal passageway ; characterized in that a second end of the Venturi portion defines a first canister portion having an open end shaped to receive a sound attenuating member and matable to a second canister portion to enclose the sound attenuating member . a Venturi portion defining an internal passageway having a motive section aligned end to end with a discharge section , and defining a bore having fluid communication with the internal passageway ; a first end of the Venturi portion defines a motive port of the internal passageway , the motive section tapering toward a fluid junction between an outlet end of the motive section and an inlet end of the discharge section , and the fluid junction is in fluid communication with the bore ; an exterior of the Venturi portion comprises a plurality of fingers circumferentially spaced apart about the bore and projecting away from the internal passageway ; characterized in that a second end of the Venturi portion defines a first canister portion having an open end shaped to receive a sound attenuating member and matable to a second canister portion to enclose the sound attenuating member .
A method of connecting a multichannel air displacement pipettor to an array of pipette tips , said pipette tips having through bores with conical upper ends, wherein said pipettor has a plurality of ports with compliant internal sealing surfaces, , said method comprising the steps of: providing an assembly comprising an adapter and the array of pipette tips , wherein: the adapter includes a planar base with an array of openings extending between top and bottom surfaces of said base , sealing tubes that project upwardly from said top surface and tip mounting tubes that project downwardly from said bottom surface such that pairs of sealing tubes and tip mounting tubes are arranged coaxially and are in communication with respective ones of the openings in said base ; and said tip mounting tubes are inserted in the conical upper ends of said pipette tips ; inserting said sealing tubes into the ports of said pipettor; and engaging the sealing tubes in sealing interengagement with said compliant internal sealing surfaces within the plurality of ports of the pipettor. providing an assembly comprising an adapter and the array of pipette tips , wherein: the adapter includes a planar base with an array of openings extending between top and bottom surfaces of said base , sealing tubes that project upwardly from said top surface and tip mounting tubes that project downwardly from said bottom surface such that pairs of sealing tubes and tip mounting tubes are arranged coaxially and are in communication with respective ones of the openings in said base ; and said tip mounting tubes are inserted in the conical upper ends of said pipette tips ; the adapter includes a planar base with an array of openings extending between top and bottom surfaces of said base , sealing tubes that project upwardly from said top surface and tip mounting tubes that project downwardly from said bottom surface such that pairs of sealing tubes and tip mounting tubes are arranged coaxially and are in communication with respective ones of the openings in said base ; and said tip mounting tubes are inserted in the conical upper ends of said pipette tips ; inserting said sealing tubes into the ports of said pipettor; and engaging the sealing tubes in sealing interengagement with said compliant internal sealing surfaces within the plurality of ports of the pipettor.
A method comprising: receiving, by a wireless device, one or more messages indicating: reference signals, RSs; a first channel quality threshold; a second channel quality threshold different from the first channel quality threshold; and a number for triggering a partial beam failure recovery, BFR, based on channel quality of the RSs; triggering a partial BFR procedure based on: a channel quality, of each of a plurality of first RSs of the RSs, being less than the first channel quality threshold; and a first number, of the plurality of first RSs, being equal to or greater than the number; transmitting, at a first time instance, a first request for the partial BFR procedure; triggering a full BFR procedure at a second time instance based on a channel quality, of each of a plurality of second RSs of the RSs, being less than the second channel quality threshold, wherein: the first number is less than a second number of the plurality of second RSs; and the partial BFR procedure is different from the full BFR procedure; and skipping transmission of a second request for the full BFR procedure based on: the partial BFR procedure being ongoing; and the full BFR procedure being triggered. receiving, by a wireless device, one or more messages indicating: reference signals, RSs; a first channel quality threshold; a second channel quality threshold different from the first channel quality threshold; and a number for triggering a partial beam failure recovery, BFR, based on channel quality of the RSs; reference signals, RSs; a first channel quality threshold; a second channel quality threshold different from the first channel quality threshold; and a number for triggering a partial beam failure recovery, BFR, based on channel quality of the RSs; triggering a partial BFR procedure based on: a channel quality, of each of a plurality of first RSs of the RSs, being less than the first channel quality threshold; and a first number, of the plurality of first RSs, being equal to or greater than the number; a channel quality, of each of a plurality of first RSs of the RSs, being less than the first channel quality threshold; and a first number, of the plurality of first RSs, being equal to or greater than the number; transmitting, at a first time instance, a first request for the partial BFR procedure; triggering a full BFR procedure at a second time instance based on a channel quality, of each of a plurality of second RSs of the RSs, being less than the second channel quality threshold, wherein: the first number is less than a second number of the plurality of second RSs; and the partial BFR procedure is different from the full BFR procedure; and the first number is less than a second number of the plurality of second RSs; and the partial BFR procedure is different from the full BFR procedure; and skipping transmission of a second request for the full BFR procedure based on: the partial BFR procedure being ongoing; and the full BFR procedure being triggered. the partial BFR procedure being ongoing; and the full BFR procedure being triggered.
An impeller comprising: a disk that has a disk shape centered on an axis (O); a cover that is disposed to be separated from the disk in an axial direction in which the axis (O) extends; a plurality of blades that connect the disk and the cover to each other and are disposed at intervals in a circumferential direction around the axis (O); and at least one connection member that is disposed to be separated from the plurality of blades in the axial direction and connects the disk and the cover to each other, wherein the at least one connection member includes a plurality of connection members which are disposed at intervals in the circumferential direction at positions near an inlet of an impeller flow path with respect to front edges of the blades positioned at positions near the inlet, the impeller flow path being formed between the disk and the cover , wherein the number of the plurality of connection members disposed is the same as the number of the plurality of blades , wherein each of the plurality of connection members is positioned at a same position as the front edge of each of the plurality of the blades in the circumferential direction, and characterized in that a shape of a section orthogonal to an extending direction of each of the plurality of connection members is circular. a disk that has a disk shape centered on an axis (O); a cover that is disposed to be separated from the disk in an axial direction in which the axis (O) extends; a plurality of blades that connect the disk and the cover to each other and are disposed at intervals in a circumferential direction around the axis (O); and at least one connection member that is disposed to be separated from the plurality of blades in the axial direction and connects the disk and the cover to each other, wherein the at least one connection member includes a plurality of connection members which are disposed at intervals in the circumferential direction at positions near an inlet of an impeller flow path with respect to front edges of the blades positioned at positions near the inlet, the impeller flow path being formed between the disk and the cover , wherein the number of the plurality of connection members disposed is the same as the number of the plurality of blades , wherein each of the plurality of connection members is positioned at a same position as the front edge of each of the plurality of the blades in the circumferential direction, and characterized in that a shape of a section orthogonal to an extending direction of each of the plurality of connection members is circular.