mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a plastic fabric-film composite product, wherein an extruded film web comprising at least one sealing layer is formed by film extrusion in such a manner that the sealing layer is located on the first side of the extruded film web, wherein a plastic fabric web comprising a film-strip fabric and the pre-fabricated extruded film web is suppled and laminated together to form a composite web in such a manner that a second side of the extruded film web is facing a first side of the plastic fabric web.
A light emitter, comprising: a planar support surface comprising a thermally conductive heat spreader and a reflective layer on said planar support surface; a solid state light source positioned on said reflective layer and in thermal communication with said thermally conductive heat spreader, said light source arranged to receive power from first and second wire bonds (16,18); and an encapsulant positioned on said supporting surface surrounding said light source, said reflective layer between said encapsulant and said thermally conductive heat spreader, said encapsulant comprising a single encapsulant layer, narrower at the supporting surface than at a point above said supporting surface and arranged to reflect some of the light emitted from said light source for increased light emitting efficiency; characterized in that said encapsulant is constrained only by adhesion to said supporting surface. a planar support surface comprising a thermally conductive heat spreader and a reflective layer on said planar support surface; a solid state light source positioned on said reflective layer and in thermal communication with said thermally conductive heat spreader, said light source arranged to receive power from first and second wire bonds (16,18); and an encapsulant positioned on said supporting surface surrounding said light source, said reflective layer between said encapsulant and said thermally conductive heat spreader, said encapsulant comprising a single encapsulant layer, narrower at the supporting surface than at a point above said supporting surface and arranged to reflect some of the light emitted from said light source for increased light emitting efficiency; characterized in that said encapsulant is constrained only by adhesion to said supporting surface.
A device for verifying the connection of components by a gripper, wherein connecting two or more components (10,11) produces a connection sound, the device comprising: a plurality of audio sensors (3,4); a fastener for securing the plurality of audio sensors (3,4) at different positions on the gripper; and a controller comprising: an input for receiving the audio signals from the plurality of audio sensors (3,4); a neural network for isolating the connection sound from the audio signals received from the plurality of audio sensors (3,4) using independent component analysis based on training audio data obtained from audio signals received during a plurality of training connections made in a controlled environment; and an output for indicating a desired connection status based on the isolated connection sound. a plurality of audio sensors (3,4); a fastener for securing the plurality of audio sensors (3,4) at different positions on the gripper; and a controller comprising: an input for receiving the audio signals from the plurality of audio sensors (3,4); a neural network for isolating the connection sound from the audio signals received from the plurality of audio sensors (3,4) using independent component analysis based on training audio data obtained from audio signals received during a plurality of training connections made in a controlled environment; and an output for indicating a desired connection status based on the isolated connection sound. an input for receiving the audio signals from the plurality of audio sensors (3,4); a neural network for isolating the connection sound from the audio signals received from the plurality of audio sensors (3,4) using independent component analysis based on training audio data obtained from audio signals received during a plurality of training connections made in a controlled environment; and an output for indicating a desired connection status based on the isolated connection sound.
A method of transducing and expanding a population of iNKT cells, the method comprising, in order: • an iNKT cell selection step; • a pre-transduction activation step; • a cell transduction step to express a chimeric antigen receptor; and • a cell expansion phase; wherein at least the cell transduction step and the expansion phase comprise incubation of the iNKT cells with IL-15. • an iNKT cell selection step; • a pre-transduction activation step; • a cell transduction step to express a chimeric antigen receptor; and • a cell expansion phase;
Rolling body for a bearing roller for guiding and/or supporting a front or rear section of a laundry drum of a laundry treatment appliance embodied as a front loader, having at least one tyre which can be brought in contact with the laundry drum and at least one rim arranged radially internally with respect to the tyre, characterised in that at least one form fit acting at least in the peripheral direction is embodied between the tyre and the rim, for which purpose at least one radially projecting connecting projection is arranged on an outer lateral area of the rim facing the tyre, said connecting projection engaging in a form-fit manner in a connecting recess on an inner lateral area of the tyre facing the rim.
A fuel management system comprising: a centralized processor; a first module of the centralized processor configured to receive a plurality of fuel transaction data points from one or more fuelling stations; a second module of the centralized processor configured to receive a plurality of vehicle parameters from one or more vehicles; a third module of the centralized processor configured to process, according to a pre-defined set of rules, at least a part of the data received by the first module and the second module in combination with a set of information associated with each vehicle accessible to the third module, and to generate one or more reports providing a summary of the processing comprising analysis on fuel consumption, fuel fraud, CO2 emission, driver behaviour and journey breakdown, and to calculate the vehicle mass in real-time, using engine torque, vehicle speed, wheel radius, to determine a distance weighted average payload of the vehicle; and a fourth module of the centralized processor configured to store the one or more reports generated by the third module, wherein the processing according to a predefined set of rules comprises determining the CO2 efficiency of the plurality of vehicles based on fuel volume used, average bio-content of the fuel used, distance weighted average payload of the vehicle and the total distance traversed. a centralized processor; a first module of the centralized processor configured to receive a plurality of fuel transaction data points from one or more fuelling stations; a second module of the centralized processor configured to receive a plurality of vehicle parameters from one or more vehicles; a third module of the centralized processor configured to process, according to a pre-defined set of rules, at least a part of the data received by the first module and the second module in combination with a set of information associated with each vehicle accessible to the third module, and to generate one or more reports providing a summary of the processing comprising analysis on fuel consumption, fuel fraud, CO2 emission, driver behaviour and journey breakdown, and to calculate the vehicle mass in real-time, using engine torque, vehicle speed, wheel radius, to determine a distance weighted average payload of the vehicle; and a fourth module of the centralized processor configured to store the one or more reports generated by the third module, wherein the processing according to a predefined set of rules comprises determining the CO2 efficiency of the plurality of vehicles based on fuel volume used, average bio-content of the fuel used, distance weighted average payload of the vehicle and the total distance traversed.
A method for producing a sound-proof material comprising: a laminating step of laminating, on a first sound-absorbing material, a first soft sound-insulating film comprising a thermoplastic resin and having an air permeability measured in accordance with JIS L1018-1999 of 10 cm 3 /cm 2.s or lower, a second sound-absorbing material and a second soft sound-insulating film comprising a thermoplastic resin and having an air permeability measured in accordance with JIS L1018-1999 of 10 cm 3 /cm 2.s or lower and a Young's modulus measured in accordance with JIS K7127-1999 greater than or equal to five times that of the first soft sound-insulating film, in this order, to obtain a laminate; and a bonding step of performing a heat process on the obtained laminate, to partially or entirely bond at least the second soft sound-insulating film and the second sound-absorbing material with each other, wherein the heat process is carried out at a temperature of from 190 to 220°C. a laminating step of laminating, on a first sound-absorbing material, a first soft sound-insulating film comprising a thermoplastic resin and having an air permeability measured in accordance with JIS L1018-1999 of 10 cm 3 /cm 2.s or lower, a second sound-absorbing material and a second soft sound-insulating film comprising a thermoplastic resin and having an air permeability measured in accordance with JIS L1018-1999 of 10 cm 3 /cm 2.s or lower and a Young's modulus measured in accordance with JIS K7127-1999 greater than or equal to five times that of the first soft sound-insulating film, in this order, to obtain a laminate; and a bonding step of performing a heat process on the obtained laminate, to partially or entirely bond at least the second soft sound-insulating film and the second sound-absorbing material with each other, wherein the heat process is carried out at a temperature of from 190 to 220°C.
A network of equipment interconnected by switches (50 to 55) incorporating routing tables, comprising a routing table manager, characterised in that said routing table manager implements two modes of operation: - an offline mode of operation in which all the routing tables are calculated initially, then loaded subsequently into the switches (50 to 55), at least when booting up the network, - an online mode of operation in which, in case of an event rendering an element of the network unusable or operational, only the routing tables impacted by said event are recomputed and loaded into the switches (50 to 55). - an offline mode of operation in which all the routing tables are calculated initially, then loaded subsequently into the switches (50 to 55), at least when booting up the network, - an online mode of operation in which, in case of an event rendering an element of the network unusable or operational, only the routing tables impacted by said event are recomputed and loaded into the switches (50 to 55).
A plant support collar (10; 70) for supporting plant stems, the collar comprising: a central frame (12; 72); a first hook member (14; 74) and a second hook member (16; 76) extending from the central frame in different directions, wherein the first hook member and the second hook member each have a free end (18, 20; 78, 80), each free end together with the central frame defining a passage for accommodating plant stems in the respective hook member, characterized in that the central frame comprises a support area (28,98) configured to abut an intersection of the stems. a central frame (12; 72); a first hook member (14; 74) and a second hook member (16; 76) extending from the central frame in different directions, wherein the first hook member and the second hook member each have a free end (18, 20; 78, 80), each free end together with the central frame defining a passage for accommodating plant stems in the respective hook member, characterized in that the central frame comprises a support area (28,98) configured to abut an intersection of the stems.
A method comprising: at a device including a processor and a non-transitory memory: deriving a key from deployment metadata of a virtual machine, wherein the deployment metadata change with each deployment of the virtual machine; encrypting secrets using the key to bind the key to the virtual machine; and deploying the virtual machine in a cloud using the deployment metadata, including loading the encrypted secrets to the deployed virtual machine in the cloud. deriving a key from deployment metadata of a virtual machine, wherein the deployment metadata change with each deployment of the virtual machine; encrypting secrets using the key to bind the key to the virtual machine; and deploying the virtual machine in a cloud using the deployment metadata, including loading the encrypted secrets to the deployed virtual machine in the cloud.
A compressor valve assembly comprising: a reed having a base portion, a distal portion configured to shift via flexing of the reed, and a tip portion; a compressor valve plate comprising: a mounting surface portion; a port; a seat surrounding the port; and a trepan surrounding the seat; wherein the base portion of the reed is mounted to the mounting surface portion; and wherein the plate further comprises a relieved area (180,182) outboard of the trepan having a relieved area proximal portion, wherein the relieved area proximal portion is in proximity to the base portion of the reed, the relieved area being less deep than the trepan; characterized in that the relieved area further comprises a relieved area distal portion; and the tip portion of the reed protrudes over the relieved area distal portion. a reed having a base portion, a distal portion configured to shift via flexing of the reed, and a tip portion; a compressor valve plate comprising: a mounting surface portion; a port; a seat surrounding the port; and a trepan surrounding the seat; wherein the base portion of the reed is mounted to the mounting surface portion; and a mounting surface portion; a port; a seat surrounding the port; and a trepan surrounding the seat; wherein the base portion of the reed is mounted to the mounting surface portion; and wherein the plate further comprises a relieved area (180,182) outboard of the trepan having a relieved area proximal portion, wherein the relieved area proximal portion is in proximity to the base portion of the reed, the relieved area being less deep than the trepan; characterized in that the relieved area further comprises a relieved area distal portion; and the tip portion of the reed protrudes over the relieved area distal portion.
A pendulum unit, comprising: a frame; a first magnetic body, the first magnetic body being connected to the frame via a string and being hung in the air; and a second magnetic body fixedly disposed below the first magnetic body; wherein in the first magnetic body and the second magnetic body, at least one party generates magnetism when being energized, such that the first magnetic body may swing periodically in the air under a magnetic action between the first magnetic body and the second magnetic body, and characterized in that the string conducts electricity, such that the first magnetic body may generate magnetism when being energized; wherein the first magnetic body comprises: a housing in which a channel is formed; an electromagnetic device that is received in one side of the channel; and a wire connector that is received in the other side of the channel, wherein a lead of the electromagnetic device is conductively connected to the wire connector and electrically connected to the string via the wire connector. a frame; a first magnetic body, the first magnetic body being connected to the frame via a string and being hung in the air; and a second magnetic body fixedly disposed below the first magnetic body; wherein in the first magnetic body and the second magnetic body, at least one party generates magnetism when being energized, such that the first magnetic body may swing periodically in the air under a magnetic action between the first magnetic body and the second magnetic body, and characterized in that the string conducts electricity, such that the first magnetic body may generate magnetism when being energized; wherein the first magnetic body comprises: a housing in which a channel is formed; an electromagnetic device that is received in one side of the channel; and a wire connector that is received in the other side of the channel, wherein a lead of the electromagnetic device is conductively connected to the wire connector and electrically connected to the string via the wire connector. a housing in which a channel is formed; an electromagnetic device that is received in one side of the channel; and a wire connector that is received in the other side of the channel, wherein a lead of the electromagnetic device is conductively connected to the wire connector and electrically connected to the string via the wire connector.
Locking device for a unit for moulding containers made of thermoplastic material, said device including locking means that include at least one locking finger, characterized in that said at least one locking finger is made of polyetheretherketone (PEEK).
A hydraulic turbine (10, 110) comprising: a passageway (40, 115) permitting liquid to pass through the turbine (10, 110); a draft tube (22, 114) defining a portion of the passageway (40, 115) through which liquid normally flows in a vortex flow path during optimal turbine operating conditions; a rotatable runner mounted upstream of the draft tube (22, 114) and rotating about a central axis passing through the runner (12, 109) and extending into the draft tube (22, 114); and at least one nozzle head device (52, 128) positioned relative to the central axis of the runner (12, 109) and adjacent to an upper portion (24, 140) of the draft tube (22, 114),wherein the at least one nozzle head device (52, 128) has at least one nozzle (54, 130) for injecting a corresponding control jet of high velocity liquid axially downstream of the runner (12, 109) and into liquid flowing into the upper portion (24, 140) of the draft tube (22, 114) during part load turbine operation, so as to mitigate breakdown of the vortex flow path, wherein the runner (12, 109) has a crown portion (14, 120), and the crown portion (12, 140) houses the at least one nozzle head device (52, 128), characterized in that the runner (12, 109) comprises a jet generation and control system located in one of the crown portion (14, 120) and a shaft portion for the runner (12, 109). a passageway (40, 115) permitting liquid to pass through the turbine (10, 110); a draft tube (22, 114) defining a portion of the passageway (40, 115) through which liquid normally flows in a vortex flow path during optimal turbine operating conditions; a rotatable runner mounted upstream of the draft tube (22, 114) and rotating about a central axis passing through the runner (12, 109) and extending into the draft tube (22, 114); and at least one nozzle head device (52, 128) positioned relative to the central axis of the runner (12, 109) and adjacent to an upper portion (24, 140) of the draft tube (22, 114),wherein the at least one nozzle head device (52, 128) has at least one nozzle (54, 130) for injecting a corresponding control jet of high velocity liquid axially downstream of the runner (12, 109) and into liquid flowing into the upper portion (24, 140) of the draft tube (22, 114) during part load turbine operation, so as to mitigate breakdown of the vortex flow path, wherein the runner (12, 109) has a crown portion (14, 120), and the crown portion (12, 140) houses the at least one nozzle head device (52, 128), characterized in that the runner (12, 109) comprises a jet generation and control system located in one of the crown portion (14, 120) and a shaft portion for the runner (12, 109).
An apparatus for the injection of a fluid filler material comprising a static mixer, - wherein the static mixer has a housing which includes a first hollow space; - wherein at least one mixing element is arranged in the first hollow space for mixing the fluid filler material, with the housing having an outlet element; - wherein the outlet element has a second hollow space; - wherein the second hollow space is connected to the first hollow space such that the fluid filler material can be conducted from the first hollow space into the second hollow space; - wherein a tubular element composed of metal is held in the second hollow space; - wherein the tubular element is received in the housing serving as a fastening element; and - wherein the tubular element has a widened portion (57, 58) in the region of its inlet opening for fixing the tubular element in the outlet element; - wherein the outlet element is formed in one piece with the housing; - wherein the second hollow space has an inner diameter at least over a part of its length which is smaller than the outer diameter of the tubular element; and - wherein the tubular element is held in the second hollow space by means of a press fit. - wherein the static mixer has a housing which includes a first hollow space; - wherein at least one mixing element is arranged in the first hollow space for mixing the fluid filler material, with the housing having an outlet element; - wherein the outlet element has a second hollow space; - wherein the second hollow space is connected to the first hollow space such that the fluid filler material can be conducted from the first hollow space into the second hollow space; - wherein a tubular element composed of metal is held in the second hollow space; - wherein the tubular element is received in the housing serving as a fastening element; and - wherein the tubular element has a widened portion (57, 58) in the region of its inlet opening for fixing the tubular element in the outlet element; - wherein the outlet element is formed in one piece with the housing; - wherein the second hollow space has an inner diameter at least over a part of its length which is smaller than the outer diameter of the tubular element; and - wherein the tubular element is held in the second hollow space by means of a press fit.
A method performed by a User Equipment, UE, for facilitating Conditional Primary Secondary Cell, PSCell, Change, comprising the steps of: Receiving from a Master Node, MN, a Radio Resource Control, RRC, Reconfiguration message, the RRC Reconfiguration message comprising: an Secondary Cell Group, SCG, Container including a SCG MeasConfig for Conditional Configuration; and a conditional reconfiguration configuration; performing measurements for each measurement identity, measId, received in the SCG MeasConfig if: - the report type is condTriggerConfig for the associated reportConfig; and - the measId is set to at least one condExecutionCond associated to a condReconfigId, wherein the condExecutionCond is part of the conditional reconfiguration configuration. Receiving from a Master Node, MN, a Radio Resource Control, RRC, Reconfiguration message, the RRC Reconfiguration message comprising: an Secondary Cell Group, SCG, Container including a SCG MeasConfig for Conditional Configuration; and a conditional reconfiguration configuration; performing measurements for each measurement identity, measId, received in the SCG MeasConfig if: - the report type is condTriggerConfig for the associated reportConfig; and - the measId is set to at least one condExecutionCond associated to a condReconfigId, wherein the condExecutionCond is part of the conditional reconfiguration configuration. - the report type is condTriggerConfig for the associated reportConfig; and - the measId is set to at least one condExecutionCond associated to a condReconfigId, wherein the condExecutionCond is part of the conditional reconfiguration configuration.