mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for operating an autonomous driving vehicle, the method comprising: determining a first feedback parameter based on the difference between an actual speed and an expected speed of the autonomous driving vehicle in response to a speed control command issued based on a target speed; wherein the expected speed is determined using a vehicle-specific powertrain reference model associated with the design characteristics of the autonomous driving vehicle based on the target speed; determining a second feedback parameter by applying a speed control parameter adjustment model to a set of input parameters that are obtained in real-time, the set of input parameters representing a driving environment of the autonomous driving vehicle at a point in time; dynamically adjusting a control parameter of a speed controller that issued the speed control command based on the first feedback parameter and the second feedback parameter; and generating a subsequent speed control command based on the adjusted control parameter of the speed controller for a subsequent command cycle. determining a first feedback parameter based on the difference between an actual speed and an expected speed of the autonomous driving vehicle in response to a speed control command issued based on a target speed; wherein the expected speed is determined using a vehicle-specific powertrain reference model associated with the design characteristics of the autonomous driving vehicle based on the target speed; determining a second feedback parameter by applying a speed control parameter adjustment model to a set of input parameters that are obtained in real-time, the set of input parameters representing a driving environment of the autonomous driving vehicle at a point in time; dynamically adjusting a control parameter of a speed controller that issued the speed control command based on the first feedback parameter and the second feedback parameter; and generating a subsequent speed control command based on the adjusted control parameter of the speed controller for a subsequent command cycle.
A method of making a molecularly imprinted stand-alone membrane for use in a phosphate sensor, the method comprising polymerising one or more polymerisable components comprising a thiourea species having at least one polymerisable moiety attached to at least one of its nitrogen atoms, said polymerisable components also including a mixture of cross-linking agents, and said polymerisation taking place in the presence of a template compound that is or structurally resembles a target phosphate species.
A method of grinding comprising: contacting a polycrystalline diamond compact with a grinding wheel; the method being characterised in that the grinding wheel comprising a high concentration diamond portion having diamonds, a resin binder, and a mixture of hard filler particles and soft filler particles; wherein the high concentration diamond portion has a diamond concentration from 175 to 225 based on the volume of the high concentration diamond portion, the resin binder comprises 30 percent to 40 percent based on the volume of the high concentration diamond portion, a ratio of hard filler particles to soft filler particles in the mixture is from 85:15 to 15:85, and the mixture of hard filler particles and soft filler particles comprises 8 percent to 20 percent based on the volume of the high concentration diamond portion. contacting a polycrystalline diamond compact with a grinding wheel; the method being characterised in that the grinding wheel comprising a high concentration diamond portion having diamonds, a resin binder, and a mixture of hard filler particles and soft filler particles; wherein the high concentration diamond portion has a diamond concentration from 175 to 225 based on the volume of the high concentration diamond portion, the resin binder comprises 30 percent to 40 percent based on the volume of the high concentration diamond portion, a ratio of hard filler particles to soft filler particles in the mixture is from 85:15 to 15:85, and the mixture of hard filler particles and soft filler particles comprises 8 percent to 20 percent based on the volume of the high concentration diamond portion.
An apparatus for discharging pulp from a vessel comprising a first section for pulp at a second consistency and a second section for pulp at a first consistency, in which vessel the pulp is arranged to flow from the second section to the first section, the first section is provided with means for diluting (22, 24) the consistency of the pulp in the first section to have a second consistency lower than the first consistency, the apparatus further comprising means for discharging pulp having a first discharge conduit arranged to discharge pulp from the first section of the vessel and being provided with a first outlet, and a second discharge conduit arranged to discharge pulp from the second section of the vessel and being provided with a second outlet, characterised in that the first outlet is in flow connection with the second discharge conduit upstream the second outlet. so that pulp flowing at the second outlet has a third consistency between the first and the second consistency.
A nuclear fast reactor comprising: a reactor vessel configured to maintain criticality of a molten nuclear fuel salt; and a neutron reflector assembly surrounding the nuclear reactor vessel, wherein the neutron reflector assembly is configured to adjust fast neutron flux and thermal neutron flux within the reactor vessel by altering reflectivity characteristics of a reflector material in the neutron reflector assembly, and wherein the neutron reflector assembly includes a plurality of cylindrical tubes adapted to flow the reflector material in neutronic communication with the nuclear reactor, at least two of the tubes in the plurality of tubes having different radius values. a reactor vessel configured to maintain criticality of a molten nuclear fuel salt; and a neutron reflector assembly surrounding the nuclear reactor vessel, wherein the neutron reflector assembly is configured to adjust fast neutron flux and thermal neutron flux within the reactor vessel by altering reflectivity characteristics of a reflector material in the neutron reflector assembly, and wherein the neutron reflector assembly includes a plurality of cylindrical tubes adapted to flow the reflector material in neutronic communication with the nuclear reactor, at least two of the tubes in the plurality of tubes having different radius values.
Apparatus for the conveyance of solid combustible material, having at least one conveying means, wherein the conveying means is supported at least partially by bearing means and/or drive means, in particular on a stand, and the apparatus having at least one collecting space located below the conveying means and having a height, at least one deflecting means for the deflection of solid combustible material towards the collecting space being located below at least one bearing means and/or below at least one drive means, and wherein the conveying means has mechanical material removers for removal of material from the collecting space.
A method for identifying a candidate peptide to be presented by a major histocompatibility complex, the method comprising the steps of: a. expressing a recombinant MHC-peptide complex in a reporter cell line, wherein the recombinant MHC-peptide complex is a peptide-MHC-TCR chimera in which the candidate peptide is covalently bound to the MHC and wherein the reporter cell line is a mammalian cell line; b. detecting and isolating reporter cells that express one or more recombinant MHC-peptide complex(es) on the cell surface, wherein the detection and isolation of reporter cells comprises a step of contacting the reporter cells with an antibody directed against the recombinant MHC-peptide complex; c. determining the amino acid sequence of the candidate peptide presented on the cell surface of a reporter cell isolated in step (b); and d. identifying the candidate peptide of step (c) to be presented by an MHC. a. expressing a recombinant MHC-peptide complex in a reporter cell line, wherein the recombinant MHC-peptide complex is a peptide-MHC-TCR chimera in which the candidate peptide is covalently bound to the MHC and wherein the reporter cell line is a mammalian cell line; b. detecting and isolating reporter cells that express one or more recombinant MHC-peptide complex(es) on the cell surface, wherein the detection and isolation of reporter cells comprises a step of contacting the reporter cells with an antibody directed against the recombinant MHC-peptide complex; c. determining the amino acid sequence of the candidate peptide presented on the cell surface of a reporter cell isolated in step (b); and d. identifying the candidate peptide of step (c) to be presented by an MHC.
A composite tube assembly comprising: a composite tube (10, 10') comprising an end; a fitting (12, 12') comprising a first end (122, 122') opposite a second end, and a flange (126, 126') at the first end, said fitting second end comprising a first outer diameter, wherein said fitting (12, 12') comprises a tapered outer surface section (1284, 128') between said first and second ends (122, 122'; 127), said tapered outer surface section (1284, 128') tapering radially and linearly inward to a smaller diameter in a direction toward the first end (122, 122'), wherein said fitting (12, 12') penetrates a portion of said tube (10, 10') through said tube end, wherein said second end and said tapered outer surface section (1284, 128') are interior of the tube (10, 10'), wherein said tube portion penetrated by said fitting (12, 12') comprises a section mated to the tapered outer surface section (1284, 128') of the fitting (12, 12'), wherein the fitting (12, 12') comprises a constant diameter outer surface section (124, 124') extending from the second end to the tapered outer surface section (1284, 128'); and a bolstering structure (19, 21; 19', 21') surrounding and engaging said composite tube section and surrounding and engaging at least a portion of said flange (126, 126'); wherein the section of the tube portion mated to the tapered outer surface section (1284, 128') of the fitting (12, 12') is not axially slotted. a composite tube (10, 10') comprising an end; a fitting (12, 12') comprising a first end (122, 122') opposite a second end, and a flange (126, 126') at the first end, said fitting second end comprising a first outer diameter, wherein said fitting (12, 12') comprises a tapered outer surface section (1284, 128') between said first and second ends (122, 122'; 127), said tapered outer surface section (1284, 128') tapering radially and linearly inward to a smaller diameter in a direction toward the first end (122, 122'), wherein said fitting (12, 12') penetrates a portion of said tube (10, 10') through said tube end, wherein said second end and said tapered outer surface section (1284, 128') are interior of the tube (10, 10'), wherein said tube portion penetrated by said fitting (12, 12') comprises a section mated to the tapered outer surface section (1284, 128') of the fitting (12, 12'), wherein the fitting (12, 12') comprises a constant diameter outer surface section (124, 124') extending from the second end to the tapered outer surface section (1284, 128'); and a bolstering structure (19, 21; 19', 21') surrounding and engaging said composite tube section and surrounding and engaging at least a portion of said flange (126, 126'); wherein the section of the tube portion mated to the tapered outer surface section (1284, 128') of the fitting (12, 12') is not axially slotted.
Device with a vehicle seat which has a seat part and a backrest, the seat part of which vehicle seat is connected to a first seat rail of a longitudinal adjuster of the device, wherein the first seat rail of the longitudinal adjuster is guided displaceably in the longitudinal direction (x) in a structure-mounted second seat rail of the longitudinal adjuster, wherein, for facilitated access to the rear seats, the vehicle seat can be transferred out of the use position into an easy-entry position when a lock of the longitudinal adjuster of the vehicle seat is unlocked by folding the backrest forwards, wherein the device has a memory device which senses a displacement of the first seat rail relative to the second seat rail, characterized in that the device has a multi-functional part which is connected to the memory device and, using at least one additional component (232, 238) of the device, is configured to provide an easy-entry comfort function which, in the case of a longitudinal adjuster with an easy-entry function and a provided lock for locking the folded-forwards backrest, automatically triggers unlocking of the backrest on reaching the memory position, or an easy-entry holding-open function which, in the case of a longitudinal adjuster with an easy-entry function without a lock for locking the folded-forwards backrest, after leaving the memory position holds the lock of the longitudinal adjustment permanently in an open unlocked state, and automatically locks the longitudinal adjustment again on reaching the memory position.
A method for reading optical codes, in particular 2D codes, having distortions due to an uneven background of the code, wherein image data including the code are acquired, an area including the code is located in the image data, and the code content of the code is read from that, characterized in that the code is read from image data at sampling points that are arranged in a sampling pattern corresponding to the distortions, the sampling pattern being adapted locally to the distorted code on the basis of the image data.
An apparatus comprising: a sensor configured to generate surrounding road information of a road, wherein said road has a plurality of available lanes; a navigation circuit configured to determine a current position of said apparatus on said road; and a control circuit comprising a state machine circuit configured to track said current lane among said available lanes and configured to (i) access map data that identifies a number of said available lanes in said road proximate said position, (ii) determine a current lane among said available lanes that said apparatus is within based on all of said position, said surrounding road information and said map data and (iii) generate feedback data based on both said position and said current lane, characterized in that the state machine circuit is configured such that the Boolean data in the state machine circuit is initialized to true in one of a number of columns 1 to N where N is the number of available lanes indicated by the map data when the map data indicates that the vehicle is merging onto the road, the state machine is configured to set a value for the Boolean data in one of the columns for a lane as false when the map data indicates that the lane is a newly added lane, and the state machine is arranged to remove a value for a column for a lane when the map data indicates that the lane has ended; and wherein said navigation circuit is further configured to adjust said current position to a center of said current lane in response to said feedback data. a sensor configured to generate surrounding road information of a road, wherein said road has a plurality of available lanes; a navigation circuit configured to determine a current position of said apparatus on said road; and a control circuit comprising a state machine circuit configured to track said current lane among said available lanes and configured to (i) access map data that identifies a number of said available lanes in said road proximate said position, (ii) determine a current lane among said available lanes that said apparatus is within based on all of said position, said surrounding road information and said map data and (iii) generate feedback data based on both said position and said current lane, characterized in that the state machine circuit is configured such that the Boolean data in the state machine circuit is initialized to true in one of a number of columns 1 to N where N is the number of available lanes indicated by the map data when the map data indicates that the vehicle is merging onto the road, the state machine is configured to set a value for the Boolean data in one of the columns for a lane as false when the map data indicates that the lane is a newly added lane, and the state machine is arranged to remove a value for a column for a lane when the map data indicates that the lane has ended; and
A composition comprising anti-CD20 glycoantibodies, wherein the anti-CD20 glycoantibodies are a homogeneous population of Rituximab comprising a single, uniform N-glycan on the Fc region and wherein the N-glycan is free of core fucose and has the structure of Sia 2 (α2-6)Gal 2 GlcNAc 2 Man 3 GlcNAc 2, for use in treating cancer in a patient that is resistant or refractory to treatment with Rituximab.
An intermediate network entity suitable for facilitating the communication between a mobile node in a foreign network and a correspondent node, wherein the mobile node is allocated a care-of address (CoA) within the foreign network as part of a registration process of the mobile node with the foreign network, the intermediate network entity being further configured, when located in the foreign network, to: - obtain the care-of address allocated to the mobile node within the foreign network; - obtain, by allocation, a secondary care-of address (SCoA) as part of said registration process, the secondary care-of address (SCoA) being different from the care-of address (CoA) allocated to the mobile node; - send, to a home agent in a home network of the mobile node, a binding update including said secondary care-of address (SCoA); - receive, in a session between the correspondent node and the mobile node, at least one session packet in a tunnel from said home agent to the intermediate network entity, wherein the session packet has the secondary care-of address as the destination address; - decapsulate the session packet; and - forward the decapsulated session packet to the mobile node. - obtain the care-of address allocated to the mobile node within the foreign network; - obtain, by allocation, a secondary care-of address (SCoA) as part of said registration process, the secondary care-of address (SCoA) being different from the care-of address (CoA) allocated to the mobile node; - send, to a home agent in a home network of the mobile node, a binding update including said secondary care-of address (SCoA); - receive, in a session between the correspondent node and the mobile node, at least one session packet in a tunnel from said home agent to the intermediate network entity, wherein the session packet has the secondary care-of address as the destination address; - decapsulate the session packet; and - forward the decapsulated session packet to the mobile node.
Process for producing a piezoelectric sensor, comprising the following steps: - producing, on a support, a stack of sensor layers (2, 4, 5, 12, 19), the sensor layers comprising a layer of piezoelectric material comprised between a first electrode (6, 7) and a second electrode (8, 9), the first electrode not being in contact with the second electrode, then - while the sensor layers (2, 4, 5, 12, 19) are still carried by the support, coating the sensor layers with a first layer of polymer, then - removing at least a part of the support from the stack of sensor layers characterized in that the stack of sensor layers comprises a first conductive layer, and a second conductive layer, each of the first and second conductive layers comprising two parts, a first part of the first conductive layer being in contact with a first part of the second conductive layer, a second part of the first conductive layer being in contact with a second part of the second conductive layer, the first electrode (6, 7) being formed by the first part of the first conductive layer and by the first part of the second conductive layer, the second electrode (8, 9) being formed by the second part of the first conductive layer and by the second part of the second conductive layer, the layer of piezoelectric material being comprised at least in part between the first conductive layer and the second conductive layer. - producing, on a support, a stack of sensor layers (2, 4, 5, 12, 19), the sensor layers comprising a layer of piezoelectric material comprised between a first electrode (6, 7) and a second electrode (8, 9), the first electrode not being in contact with the second electrode, then - while the sensor layers (2, 4, 5, 12, 19) are still carried by the support, coating the sensor layers with a first layer of polymer, then - removing at least a part of the support from the stack of sensor layers
A method, for use in an access node (60; 70), for configuring radio link measurement reporting in a wireless communication system supporting a plurality of radio link reporting mechanisms, the method comprising: - obtaining a plurality of radio link reporting configurations, each radio link reporting configuration specifying one or more of the supported radio link reporting mechanisms and wherein at least one of the plurality of radio link reporting configurations specifies a combination of a first and a second radio link reporting mechanisms being mutually different, and wherein the first and second radio link reporting mechanisms use signaling on different protocol layers; - selecting one radio link reporting configuration from the plurality of obtained configurations; and - transmitting information about the selected radio link reporting configuration to a wireless device. - obtaining a plurality of radio link reporting configurations, each radio link reporting configuration specifying one or more of the supported radio link reporting mechanisms and wherein at least one of the plurality of radio link reporting configurations specifies a combination of a first and a second radio link reporting mechanisms being mutually different, and wherein the first and second radio link reporting mechanisms use signaling on different protocol layers; - selecting one radio link reporting configuration from the plurality of obtained configurations; and - transmitting information about the selected radio link reporting configuration to a wireless device.
An implantable apparatus for placement in a gastrointestinal tract, comprising: at least one anchoring component; and a sleeve attached to the at least one anchoring component, characterized in that the sleeve includes a first proximal region of a first material and a second distal region of a second material, the first material and second material having different properties, and the first proximal region and second distal region being attached to each other with a releasable component. at least one anchoring component; and a sleeve attached to the at least one anchoring component, characterized in that the sleeve includes a first proximal region of a first material and a second distal region of a second material, the first material and second material having different properties, and the first proximal region and second distal region being attached to each other with a releasable component.