mhurhangee/ep-ind-claims huggingface dataset:
A method for use by a communication system, the method comprising: receiving (S2B01, S301a, S301b), in-band on a user plane of the communication system, from a user equipment, a parameter of service quality for a session between the user equipment and a data network; evaluating (S2B02) the parameter for a change of the parameter which indicates a changed service quality requirement; based on the evaluation, reporting (S2B04, S302) the change of the parameter to a control plane of the communication system; by the control plane, informing an access and mobility management function, AMF, of the communication system about the change of the parameter; and by the AMF, based on the change of the parameter, initiating (S2A02, S2A03, S2A04) re-location of a user plane network function by re-selecting at least one user plane network function of a plurality of user plane network functions on the user plane of the communication system, that meets the changed service quality requirement, and re-selecting a control plane network function on the control plane, that is associated with the re-selected at least one user plane network function that meets the changed service quality requirement. receiving (S2B01, S301a, S301b), in-band on a user plane of the communication system, from a user equipment, a parameter of service quality for a session between the user equipment and a data network; evaluating (S2B02) the parameter for a change of the parameter which indicates a changed service quality requirement; based on the evaluation, reporting (S2B04, S302) the change of the parameter to a control plane of the communication system; by the control plane, informing an access and mobility management function, AMF, of the communication system about the change of the parameter; and by the AMF, based on the change of the parameter, initiating (S2A02, S2A03, S2A04) re-location of a user plane network function by re-selecting at least one user plane network function of a plurality of user plane network functions on the user plane of the communication system, that meets the changed service quality requirement, and re-selecting a control plane network function on the control plane, that is associated with the re-selected at least one user plane network function that meets the changed service quality requirement.
A rotor bearing for bearing a rotor hub on a nacelle housing of a nacelle for a wind turbine, wherein the rotor bearing has at least one inner ring element and at least one outer ring element, wherein at least one sliding bearing element (14, 15) is arranged between the inner ring element and the outer ring element, which sliding bearing element (14, 15) is fastened to the inner ring element or to the outer ring element, wherein a sliding surface is formed on the sliding bearing element (14, 15), which sliding bearing element (14, 15) cooperates with a counterface, which is coupled with that ring element (12, 13) to which the sliding bearing element (14, 15) is not fastened, characterized in that the counterface is designed to be flexible.
A multiple tube burner for synthesizing a glass porous material in which three or more glass tubes (11, 12, 13) are arranged coaxially with one another, the glass tubes having a substantially circular shape on a cross section perpendicular to a longitudinal direction, wherein out of the three or more glass tubes, a first glass tube and a second glass tube that is arranged on an outer side of the first glass tube are connected with each other on a gas introducing side, and a thickness near a first joint portion of the second glass tube connected with the first glass tube is thicker than a thickness of the second glass tube on the gas spouting side, wherein a third glass tube is arranged on an outer side of the second glass tube, coaxially with the second glass tube, the second glass tube and the third glass tube are connected with each other on the gas introducing side, and a gas introducing branch tube is arranged between the first joint portion of the second glass tube connected with the first glass tube and a second joint portion of the second glass tube connected with the third glass tube, the gas introducing branch tube being arranged such that a longitudinal direction thereof is substantially perpendicular to a longitudinal direction of the second glass tube so as to communicate therewith, characterised in that a thickness of a portion from the first joint portion of the second glass tube connected with the first glass tube up to the second joint portion connected with the third glass tube is thicker than a thickness thereof on the gas spouting side. out of the three or more glass tubes, a first glass tube and a second glass tube that is arranged on an outer side of the first glass tube are connected with each other on a gas introducing side, and a thickness near a first joint portion of the second glass tube connected with the first glass tube is thicker than a thickness of the second glass tube on the gas spouting side, wherein a third glass tube is arranged on an outer side of the second glass tube, coaxially with the second glass tube, the second glass tube and the third glass tube are connected with each other on the gas introducing side, and a gas introducing branch tube is arranged between the first joint portion of the second glass tube connected with the first glass tube and a second joint portion of the second glass tube connected with the third glass tube, the gas introducing branch tube being arranged such that a longitudinal direction thereof is substantially perpendicular to a longitudinal direction of the second glass tube so as to communicate therewith, characterised in that a thickness of a portion from the first joint portion of the second glass tube connected with the first glass tube up to the second joint portion connected with the third glass tube is thicker than a thickness thereof on the gas spouting side.
A combustion system comprising: a processor; and a memory operatively coupled to the processor and storing: a fuel infer module comprising computer readable instructions that, when executed by the processor, operate to: receive measured operating parameters including one or more of fuel data defining characteristics of a fuel used in combustion within a heater of the combustion system, emissions data defining emission gasses exiting the heater, airflow data defining ambient air being supplied to the heater and airflow rate of the air within the heater, characterised in that the computer readable instructions, when executed by the processor, operate to: identify one or more relationships within the measured operating parameters that result in a list of potential fuel compositions, select one of the potential fuel compositions from the list having sufficient likelihood of resulting in the measured operating parameters as an inferred fuel composition; output the inferred fuel composition to a heater controller of the heater. a processor; and a memory operatively coupled to the processor and storing: a fuel infer module comprising computer readable instructions that, when executed by the processor, operate to: receive measured operating parameters including one or more of fuel data defining characteristics of a fuel used in combustion within a heater of the combustion system, emissions data defining emission gasses exiting the heater, airflow data defining ambient air being supplied to the heater and airflow rate of the air within the heater, characterised in that the computer readable instructions, when executed by the processor, operate to: identify one or more relationships within the measured operating parameters that result in a list of potential fuel compositions, select one of the potential fuel compositions from the list having sufficient likelihood of resulting in the measured operating parameters as an inferred fuel composition; output the inferred fuel composition to a heater controller of the heater. receive measured operating parameters including one or more of fuel data defining characteristics of a fuel used in combustion within a heater of the combustion system, emissions data defining emission gasses exiting the heater, airflow data defining ambient air being supplied to the heater and airflow rate of the air within the heater, characterised in that the computer readable instructions, when executed by the processor, operate to: identify one or more relationships within the measured operating parameters that result in a list of potential fuel compositions, select one of the potential fuel compositions from the list having sufficient likelihood of resulting in the measured operating parameters as an inferred fuel composition; output the inferred fuel composition to a heater controller of the heater.
A method of processing a bitstream including High Efficiency Video Coding, HEVC, video data, the method comprising: extracting a descriptor from the bitstream, wherein the bitstream includes layers of video data for operation points, separate from the descriptor, such that each operation point includes one or more of the layers of video data, wherein extracting the descriptor includes: extracting a set of profile, tier, and level structures; and extracting data that associates each of the layers of each of the operation points with a corresponding one of the PTL structures, wherein the data that associates each of the layers with the corresponding one of the PTL structures is separate from the PTL structures in the descriptor; extracting video data for one of the operation points from the bitstream based at least in part on the PTL structures to which the layers of the one of the operation points correspond; and providing the extracted video data to a video decoder. extracting a descriptor from the bitstream, wherein the bitstream includes layers of video data for operation points, separate from the descriptor, such that each operation point includes one or more of the layers of video data, wherein extracting the descriptor includes: extracting a set of profile, tier, and level structures; and extracting data that associates each of the layers of each of the operation points with a corresponding one of the PTL structures, wherein the data that associates each of the layers with the corresponding one of the PTL structures is separate from the PTL structures in the descriptor; extracting a set of profile, tier, and level structures; and extracting data that associates each of the layers of each of the operation points with a corresponding one of the PTL structures, wherein the data that associates each of the layers with the corresponding one of the PTL structures is separate from the PTL structures in the descriptor; extracting video data for one of the operation points from the bitstream based at least in part on the PTL structures to which the layers of the one of the operation points correspond; and providing the extracted video data to a video decoder.
A method, comprising: by a user equipment (101, 1101, 300, 400, 910), attaching to a first network, wherein the first network uses a first radio-access technology; connecting to a second network, wherein the second network uses a second radio-access technology, characterized by: transmitting an identifier to the second network, wherein the identifier relates to a first network node of the first network to which the user equipment is attached to, and the identifier is at least one of an identifier of the first network node of the first network, a current cell identity, and a globally unique cell identity. by a user equipment (101, 1101, 300, 400, 910), attaching to a first network, wherein the first network uses a first radio-access technology; connecting to a second network, wherein the second network uses a second radio-access technology, characterized by: transmitting an identifier to the second network, wherein the identifier relates to a first network node of the first network to which the user equipment is attached to, and the identifier is at least one of an identifier of the first network node of the first network, a current cell identity, and a globally unique cell identity. transmitting an identifier to the second network, wherein the identifier relates to a first network node of the first network to which the user equipment is attached to, and the identifier is at least one of an identifier of the first network node of the first network, a current cell identity, and a globally unique cell identity.
A sliding door fitting for a piece of furniture for the movable arrangement of at least one closure element (7, 8), in particular of a sliding door (7, 8), in relation to a body of the piece of furniture, comprising: at least one carriage assembly (10, 11) having a first and second guide carriage (12a, 12b) displaceable parallel to a main movement direction of the movable closure element (7, 8), and also a first and a second lift carriage (18a, 18b), which are arranged so they are displaceable via respective thrust units (S1, S2) on the guide carriages (12a, 12b), and on which the sliding door (7, 8) is fastenable and using which the sliding door (7, 8) is movable from a plane into a plane spaced apart from the first plane, wherein the lift carriages (18a, 18b) are connected to one another via at least one traction means (35, 36) in such a way that they are displaceable synchronously relative to one another on the thrust units (S1, S2), wherein the lift carriages (18a, 18b) are arranged so they are displaceable on the guide carriages (12a, 12b) at an angle, in particular perpendicularly to the main movement direction of the guide carriages (12a, 12b), wherein the guide carriages (12a, 12b) are connected to one another via a connecting element such as a strut or a connecting plate, characterized in that deflection devices (37, 38), via which the traction means (35, 36) for the synchronous guiding of the lift carriages (18a, 18b) is guided, are fastened on the guide carriages (12a, 12b). at least one carriage assembly (10, 11) having a first and second guide carriage (12a, 12b) displaceable parallel to a main movement direction of the movable closure element (7, 8), and also a first and a second lift carriage (18a, 18b), which are arranged so they are displaceable via respective thrust units (S1, S2) on the guide carriages (12a, 12b), and on which the sliding door (7, 8) is fastenable and using which the sliding door (7, 8) is movable from a plane into a plane spaced apart from the first plane, wherein the lift carriages (18a, 18b) are connected to one another via at least one traction means (35, 36) in such a way that they are displaceable synchronously relative to one another on the thrust units (S1, S2), wherein the lift carriages (18a, 18b) are arranged so they are displaceable on the guide carriages (12a, 12b) at an angle, in particular perpendicularly to the main movement direction of the guide carriages (12a, 12b), wherein the guide carriages (12a, 12b) are connected to one another via a connecting element such as a strut or a connecting plate, characterized in that deflection devices (37, 38), via which the traction means (35, 36) for the synchronous guiding of the lift carriages (18a, 18b) is guided, are fastened on the guide carriages (12a, 12b).
Use of a chemical mechanical polishing composition for chemical mechanical polishing of a substrate comprising (i) cobalt and/or (ii) a cobalt alloy, wherein the CMP composition comprises Inorganic particles a poly(amino acid) and or a salt thereof at least one amino acid, at least one oxidizer an aqueous medium and wherein the CMP composition has a pH of from 7 to 10. Inorganic particles a poly(amino acid) and or a salt thereof at least one amino acid, at least one oxidizer an aqueous medium and
A ceramic heater comprising: a substrate formed from an electrically insulating ceramic and extending rearward from a forward end of the ceramic heater in a direction of an axis, and a heat-generating element having a heat-generating portion formed from an electrically conductive ceramic which contains silicon nitride and an electrically conductive material, said heat-generating portion disposed in a forward end portion of the substrate, and having a shape resembling a letter U as viewed along the direction of the axis, characterized in that the heat-generating portion has a fracture toughness of 4.3 MPa·m 0.5 or more. a substrate formed from an electrically insulating ceramic and extending rearward from a forward end of the ceramic heater in a direction of an axis, and a heat-generating element having a heat-generating portion formed from an electrically conductive ceramic which contains silicon nitride and an electrically conductive material, said heat-generating portion disposed in a forward end portion of the substrate, and having a shape resembling a letter U as viewed along the direction of the axis, characterized in that the heat-generating portion has a fracture toughness of 4.3 MPa·m 0.5 or more.
A method of performing position control, the method comprising: providing a storage medium that stores data and programs used in processing images and a processing unit that processes the images; receiving, by the processing unit, from an image apparatus coupled to the processing unit, a set of video images of a plurality of blades within a stage of an aircraft engine; detecting, by the processing unit, a potential defect in a first blade of the plurality of blades by applying Robust Principal Component Analysis (RPCA) to the set of video images to decompose the set of video images into a low rank matrix to create a normal model of an undamaged blade and into a sparse matrix representing a potential defect; implementing, by the processing unit, a classifier that confirms and verifies the potential defect as a defect or a non-defect; using the processing unit to select a reference blade from the plurality of blades; indexing a location of each of the plurality of blades within the engine relative to the reference blades; providing instructions to move the first defective blade to an inspection position within the engine; and providing a display coupled to the processing unit, wherein at least a portion of the instructions are displayed on the display. providing a storage medium that stores data and programs used in processing images and a processing unit that processes the images; receiving, by the processing unit, from an image apparatus coupled to the processing unit, a set of video images of a plurality of blades within a stage of an aircraft engine; detecting, by the processing unit, a potential defect in a first blade of the plurality of blades by applying Robust Principal Component Analysis (RPCA) to the set of video images to decompose the set of video images into a low rank matrix to create a normal model of an undamaged blade and into a sparse matrix representing a potential defect; implementing, by the processing unit, a classifier that confirms and verifies the potential defect as a defect or a non-defect; using the processing unit to select a reference blade from the plurality of blades; indexing a location of each of the plurality of blades within the engine relative to the reference blades; providing instructions to move the first defective blade to an inspection position within the engine; and providing a display coupled to the processing unit, wherein at least a portion of the instructions are displayed on the display.
1. In combination a coupling plate having a first aperture, a washer assembly and a threaded fastener, the threaded fastener having a head, with said assembly including: a first washer portion having an aperture through which the threaded fastener is to pass, and a surface surrounding said aperture, and to engage the plate; and a second washer portion, said second washer portion having an aperture through which the fastener is to pass, the second portion having a surface surrounding the aperture of the second portion and being positioned to abut the surface of the first portion and to be urged into contact therewith upon tensioning of the fastener; wherein the surface of said second portion extends beyond the aperture of said first washer portion when the surfaces (30, 35) abut, the aperture of said first washer portion is dimensioned to provide for relative movement between the portions (23, 24) with the washer portion apertures (29, 34) and the first aperture being aligned to provide for the insertion of the threaded fastener therethrough, with said second washer portion located between the head and the first washer portion, and said surfaces (30, 35) have cooperating projections (31, 36) and recesses (32, 37) that inhibit relative movement between the portions (23, 24) when the threaded fastener is tensioned urging the surface of said second portion against the surface of said first portion characterised in that the plate has a second aperture spaced from the first aperture to provide for the coupling of adjacent concrete elements (16, 17). a first washer portion having an aperture through which the threaded fastener is to pass, and a surface surrounding said aperture, and to engage the plate; and a second washer portion, said second washer portion having an aperture through which the fastener is to pass, the second portion having a surface surrounding the aperture of the second portion and being positioned to abut the surface of the first portion and to be urged into contact therewith upon tensioning of the fastener; wherein the surface of said second portion extends beyond the aperture of said first washer portion when the surfaces (30, 35) abut, the aperture of said first washer portion is dimensioned to provide for relative movement between the portions (23, 24) with the washer portion apertures (29, 34) and the first aperture being aligned to provide for the insertion of the threaded fastener therethrough, with said second washer portion located between the head and the first washer portion, and said surfaces (30, 35) have cooperating projections (31, 36) and recesses (32, 37) that inhibit relative movement between the portions (23, 24) when the threaded fastener is tensioned urging the surface of said second portion against the surface of said first portion characterised in that the plate has a second aperture spaced from the first aperture to provide for the coupling of adjacent concrete elements (16, 17).
A method in a base station for enabling interference coordination in a heterogeneous communication network, the base station comprises a plurality of antenna ports, wherein each antenna port is configured to transmit a reference signal, and wherein each antenna port is associated with a respective cell, the method comprising the steps of: determining (602, 803) a set of interfering cells where transmissions of reference signals is to be performed from a reduced set of the plurality of antenna ports, determining (603, 804) the reduced set of antenna ports in at least one cell of the determined set of interfering cells to enable interference coordination in the network; determining (604, 806) a time interval, indicating a time period during which the reduced set of antenna ports shall apply, informing (604, 805) the user equipment about the reduced set of antenna ports and the time periods during which the reduced set of antenna ports apply; and transmitting (605, 808) the reference signal from the reduced set of antenna ports. determining (602, 803) a set of interfering cells where transmissions of reference signals is to be performed from a reduced set of the plurality of antenna ports, determining (603, 804) the reduced set of antenna ports in at least one cell of the determined set of interfering cells to enable interference coordination in the network; determining (604, 806) a time interval, indicating a time period during which the reduced set of antenna ports shall apply, informing (604, 805) the user equipment about the reduced set of antenna ports and the time periods during which the reduced set of antenna ports apply; and transmitting (605, 808) the reference signal from the reduced set of antenna ports.