mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting an uplink data signal by a user equipment, UE, of a wireless communication system, the method comprising: receiving, via a physical downlink control channel, PDCCH, downlink control information for transmitting the uplink data signal in a specific subframe from a base station; checking allocated resources for the uplink data signal according to the downlink control information; and transmitting the uplink data signal using the allocated resources, characterized in that, wherein the downlink control information includes aperiodic sounding reference signal, SRS, information indicating whether a last symbol of the specific subframe is allocated as resources for transmitting the uplink data or allocated as resources for a SRS transmission, and wherein when the UE is configured with a plurality of uplink component carriers, UL CCs, SRS transmission of the UE is independently triggered per each UL CC using the downlink control information of the PDCCH. receiving, via a physical downlink control channel, PDCCH, downlink control information for transmitting the uplink data signal in a specific subframe from a base station; checking allocated resources for the uplink data signal according to the downlink control information; and transmitting the uplink data signal using the allocated resources, characterized in that, wherein the downlink control information includes aperiodic sounding reference signal, SRS, information indicating whether a last symbol of the specific subframe is allocated as resources for transmitting the uplink data or allocated as resources for a SRS transmission, and wherein when the UE is configured with a plurality of uplink component carriers, UL CCs, SRS transmission of the UE is independently triggered per each UL CC using the downlink control information of the PDCCH.
A method for identifying events of interest from noisy physiological signal data, the method comprising: (a) receiving, by a computing system, physiological signal data; (b) generating filtered signal data by filtering the physiological signal data using a filter defined by a spectral band associated with a particular physiological event; (c) generating signal peak data with the computer system by identifying, for each of a plurality of time windows in the filtered data, a signal peak in the filtered data; (d) grouping waveforms from the physiological signal data corresponding to each of the plurality of time windows based on the signal peak data to generate clustered event data; (e) determining parameters for a noise beta distribution based at least in part on the signal peak data; (f) identifying at least one cluster of waveforms from the clustered event data that does not fall within the noise beta distribution, wherein each waveform in the at least one cluster represents a physiological events of interest in the physiological signal data; (g) generating a graphical representation based on the waveforms in the at least one cluster of waveforms; and (h) causing the graphical representation to be displayed. (a) receiving, by a computing system, physiological signal data; (b) generating filtered signal data by filtering the physiological signal data using a filter defined by a spectral band associated with a particular physiological event; (c) generating signal peak data with the computer system by identifying, for each of a plurality of time windows in the filtered data, a signal peak in the filtered data; (d) grouping waveforms from the physiological signal data corresponding to each of the plurality of time windows based on the signal peak data to generate clustered event data; (e) determining parameters for a noise beta distribution based at least in part on the signal peak data; (f) identifying at least one cluster of waveforms from the clustered event data that does not fall within the noise beta distribution, wherein each waveform in the at least one cluster represents a physiological events of interest in the physiological signal data; (g) generating a graphical representation based on the waveforms in the at least one cluster of waveforms; and (h) causing the graphical representation to be displayed.
An intercooler assembly comprising a housing through which flow can pass for supplying an internal combustion engine with charge air, and a cooler, arranged in the housing, able to be flowed through by the charge air, for cooling the charge air, wherein - the cooler has a pipe structure, which is able to be flowed through by a coolant for cooling the charge air, - the housing has an insertion opening, through which the cooler is able to be inserted into the housing in an insertion direction running transversely to the flow direction of the charge air, - the cooler has a first end part and a second end part spaced apart from the first end part, wherein the first end part and the second end part are arranged lying opposite one another and transversely to the insertion direction, - the cooler has a third end part and a fourth end part lying opposite the third end part, which run transversely to the first end part and to the second end part and are arranged parallel to the flow direction, - the end parts (13, 14, 15, 16) laterally delimit the pipe structure and are mechanically connected to the pipe structure, - the cooler is mechanically connected to the housing by means of the first end part, - all of the other end parts (14, 15, 16) are attached to the housing movably with respect to the housing, characterized in - that the cooler is pre-stressed against the housing by means of at least one of the end parts (15, 16), - that the pre-stressing is oriented in the opposite direction to the deflection of the cooler which is to be expected on the cooling of the charge air. - the cooler has a pipe structure, which is able to be flowed through by a coolant for cooling the charge air, - the housing has an insertion opening, through which the cooler is able to be inserted into the housing in an insertion direction running transversely to the flow direction of the charge air, - the cooler has a first end part and a second end part spaced apart from the first end part, wherein the first end part and the second end part are arranged lying opposite one another and transversely to the insertion direction, - the cooler has a third end part and a fourth end part lying opposite the third end part, which run transversely to the first end part and to the second end part and are arranged parallel to the flow direction, - the end parts (13, 14, 15, 16) laterally delimit the pipe structure and are mechanically connected to the pipe structure, - the cooler is mechanically connected to the housing by means of the first end part, - all of the other end parts (14, 15, 16) are attached to the housing movably with respect to the housing, characterized in - that the cooler is pre-stressed against the housing by means of at least one of the end parts (15, 16), - that the pre-stressing is oriented in the opposite direction to the deflection of the cooler which is to be expected on the cooling of the charge air.
Apparatus for drying items with a excess and low pressure resisting drying chamber that is connected via at least one valve (2, 3, 19) with a pipeline, wherein the pipeline is connected to a vacuum chamber and the vacuum chamber is connected to a vacuum pump via a valve and via a suction valve (12, 13) to an outlet, wherein the valves (2, 3, 19) are fast-acting to abruptly generate a a low pressure in the drying chamber and therewith initiate a delay in boiling, whereby remaining liquids on items located in the drying chamber will be distributed on other surfaces in the drying chamber, from where they adsorb energy and boil almost completely, wherein in the pipeline of the drying chamber to the vacuum chamber one or more injection nozzle (6, 6a) is arranged via which water can be sprayed into the pipeline.
A lid for a container, preferably for a beverage cup, comprising a top wall for covering an opening of the container, wherein the top wall comprises an inner layer and an outer layer, - wherein the inner layer comprises a first perforation line defining an openable sip hole area; - wherein the outer layer is connected to the inner layer at the openable sip hole area so that tearing off at least a part of the outer layer results in opening of the first perforation line to create a sip hole in the inner layer; characterised in that - the outer layer is not connected to the inner layer in an area surrounding the openable sip hole area. - wherein the inner layer comprises a first perforation line defining an openable sip hole area; - wherein the outer layer is connected to the inner layer at the openable sip hole area so that tearing off at least a part of the outer layer results in opening of the first perforation line to create a sip hole in the inner layer; characterised in that - the outer layer is not connected to the inner layer in an area surrounding the openable sip hole area.
Brake monitoring device for detecting a value indicative of the actuation stroke and/or release stroke of a thrust element of a brake actuating mechanism, the thrust element being actuated by a lever (1;34) of said brake actuating mechanism, comprising a sensor (12; 19; 22; 27; 37) for sensing variations in a physical property of at least one part of said brake actuating mechanism, whereby the sensor (12; 19; 22; 27; 37) and said part of the brake actuating mechanism are arranged so that by the relative movement between said part of the brake actuating mechanism and the sensor (12; 19; 22; 27; 37) repeated variations in said physical property along a path (10; 17; 20; 28; 35) of said relative movement are sensed, characterized in that said path (10; 17; 20; 28; 35) of repeated variations in physical property is formed along one of the lever (1; 34) and a stationary part being adjacent to said lever.
Wind turbine, comprising a multi-blade rotor which is rotatably disposed on a nacelle and via a main shaft is connected in a torque-transmitting manner to a generator gearbox, wherein the generator gearbox comprises a gearbox unit and a generator unit connected releasably thereto, said gearbox unit and generator unit being connected to one another in a torque-transmitting manner via a rotor shaft arrangement, and the rotor shaft arrangement comprises an output shaft for the gearbox unit and a rotor shaft for the generator unit, which via a curved tooth coupling are connected to one another, characterized in that the curved tooth coupling has at least one releasably fastened supporting element (42, 44, 46) for axially positioning the curved tooth coupling, the at least one supporting element (42, 44, 46) having a mating face that supports axial forces of the curved tooth coupling, the mating face being designed such that it can slide on a corresponding support face of the output shaft or of the rotor shaft when the output shaft is tilted relative to the rotor shaft.
A composite material in places containing particles of a mixed lithium-metal oxide with a coating of non-crystalline pyrolysis carbon, wherein the mixed lithium-metal oxide i) is a doped or undoped lithium-transition metal phosphate, wherein the transition metal of the lithium-transition metal phosphate is Fe, Co, Mn or Ni, or ii) is a doped or undoped lithium-titanium oxide together with discrete particles of crystalline elemental carbon provided in places with a layer of non-crystalline pyrolysis carbon, wherein the crystalline elemental carbon is not VGCF (vapour-grown carbon fibre) carbon. i) is a doped or undoped lithium-transition metal phosphate, wherein the transition metal of the lithium-transition metal phosphate is Fe, Co, Mn or Ni, or ii) is a doped or undoped lithium-titanium oxide together with discrete particles of crystalline elemental carbon provided in places with a layer of non-crystalline pyrolysis carbon, wherein the crystalline elemental carbon is not VGCF (vapour-grown carbon fibre) carbon.
An internal combustion engine system with heat recovery comprising an internal combustion engine with a waste heat passage; an electric motor; a heat recovery assembly comprising a working fluid circulation circuit with a working fluid, a first heat source (4; 6) which is adapted to be heated by the waste heat passage and adapted to heat the working fluid, and an expander engine, which is operated by the heated working fluid; and a splitting device, which is connected to the electric motor and is adapted to be connected to a drivetrain of a vehicle and which splitting device is further connected to the expander engine, so that the expander engine is enabled to drive the drivetrain and/or the electric motor; characterized in that the internal combustion engine system further comprises at least a second heat source for providing heat to the heat recovery assembly, wherein the heat recovery assembly and/or the second heat source are/is adapted to be operable independently from operation of the internal combustion engine and adapted to be operable when the internal combustion engine is shut off.
A Firework battery with at least one receiving element for at least one pyrotechnic composition and a frame, which is connected to at least one hinge element with a further receiving element and an extension element continuing the frame, which is connected to a receiving element, whereby the frame is configured through all outer surfaces of the receiving elements and extension elements, whereby the extension element differs from a receiving element in that no pyrotechnic compositions are arranged in the extension element, wherein the axis of rotation of the hinge element is arranged vertically to a bottom, wherein the receiving elements and/or the extension elements are movable towards each other or away from each other, whereby a framed standing surface of the firework battery is enlarged, characterized in that, the at least one receiving element and/or at least one extension element is fixable with at least one foldable support element.
A material comprising a transparent substrate coated with a stack of thin layers comprising just one silver-based functional metal layer, the stack comprising, starting from the substrate: - a dielectric coating comprising at least one dielectric layer, - optionally, a lower blocking layer located below and in contact with the silver-based functional metal layer, - a silver-based functional metal layer, - an upper blocking layer located above and in contact with the silver-based functional metal layer, characterized in that: - the thickness of the dielectric coating located below the silver-based functional metal layer is less than 30 nm, - the upper blocking layer is a layer based on nickel and/or on chromium and exhibits a thickness of greater than 2.0 nm, - the thickness of the upper blocking layer is greater than or equal to the thickness of the lower blocking layer, if such a layer is present, - the sum of the thicknesses of the blocking layer or layers chosen from metal layers based on nickel and/or on chromium located directly in contact with the silver-based functional layer is between 3.0 and 10.0 nm the material presents a light reflection at the external side higher than 30%. - a dielectric coating comprising at least one dielectric layer, - optionally, a lower blocking layer located below and in contact with the silver-based functional metal layer, - a silver-based functional metal layer, - an upper blocking layer located above and in contact with the silver-based functional metal layer, - the thickness of the dielectric coating located below the silver-based functional metal layer is less than 30 nm, - the upper blocking layer is a layer based on nickel and/or on chromium and exhibits a thickness of greater than 2.0 nm, - the thickness of the upper blocking layer is greater than or equal to the thickness of the lower blocking layer, if such a layer is present, - the sum of the thicknesses of the blocking layer or layers chosen from metal layers based on nickel and/or on chromium located directly in contact with the silver-based functional layer is between 3.0 and 10.0 nm
Clutch arrangement disposed in a transmission housing which has a cover, having a clutch housing which connects a drive unit that comprises an internal combustion engine, for example, to a drive output such as a transmission, and which clutch housing is rotatable about a central axis and on its side facing the drive unit, in the region of radial extent of its centre of rotation, is assigned an axial central protrusion that serves to receive a rotor carrier which receives a rotor of an electric machine, wherein the central protrusion by way of a first connecting device is at least co-rotationally connected to the drive unit, and by way of a second connecting device (38; 38a) is at least co-rotationally connected to the rotor carrier, characterized in that the central protrusion projects in the direction of the drive unit, wherein the central protrusion by way of a fastening device is fixedly connected to the clutch housing an by means of a bearing device is centred in relation to the cover, and/or the rotor carrier, at least on its side facing away from the clutch housing, has a plurality of clearances (60, 61) in the circumferential direction, and in that the rotor carrier, in each case in the circumferential region of the respective connecting element of the fastening device, but radially outside said connecting element, is in each case formed having one clearance, or in that the rotor carrier, in each case in the circumferential region of the respective connecting element of the fastening device, but radially within said connecting element, is in each case formed having one clearance.
Assembly of an installation box and electric installation material with at least one electric wire or cable, wherein the installation box comprises a housing with a bottom wall and a circumferential wall upright from the bottom wall, wherein the bottom wall and the circumferential wall together enclose an installation space for electric installation material, wherein an upper edge of the circumferential wall facing away from the bottom wall bounds an installation opening for providing access to the installation space, wherein the circumferential wall is provided with a passage opening for the at least one electric wire or cable to pass there through in an insert direction, wherein the installation box further comprises a strain relief or cable retention insert inserted into the installation space and installed at the passage opening, wherein the strain relief or cable retention insert is provided with a strain relieving or cable retention member having a strain relieving or cable retention body extending substantially parallel to the insert direction, and a fastener for receiving and fastening the at least one electric wire or cable to the strain relieving or cable retention member, wherein the fastener surrounds the at least one electric wire or cable and the strain relieving or cable retention member, wherein the strain relieving or cable retention member further comprises a strain relieving or cable retention portion (63, 64, 65) configured for receiving at least a part of the fastener and for substantially preventing movement of the fastener in at least one direction substantially parallel to the insert direction, wherein the strain relieving or cable retention portion (63, 64, 65) is configured for substantially fixating the fastener to the strain relieving or cable retention member, wherein the strain relieving or cable retention portion comprises a first protrusion extending substantially transversal to the insert direction from the strain relieving or cable retention body and a second protrusion extending substantially transversal to the insert direction from the strain relieving or cable retention body, wherein the second protrusion is distanced from and parallel to the first protrusion, wherein a receiving space is defined between the first and second protrusions (63, 64), within which a part of the fastener is received.
At least one immune checkpoint inhibitor for use in a method for the treatment of cancer in a patient in need thereof, the method comprising the steps of: i. obtaining an expanded population of isolated cytotoxic immune cells comprising γδ T-cells, wherein greater than about 50% of the γδ T-cells have been genetically modified to express a polypeptide that confers resistance to a chemotherapeutic agent; ii. administering to the patient an effective amount of the chemotherapeutic agent to which the genetically modified cytotoxic immune cells of step (i) are resistant; iii. administering to the patient the population of genetically modified cytotoxic immune cells of step (i); and iv. administering to the patient an effective amount of the at least one immune checkpoint inhibitor wherein the checkpoint inhibitor targets PD-1, PDL1, or CTLA-4. i. obtaining an expanded population of isolated cytotoxic immune cells comprising γδ T-cells, wherein greater than about 50% of the γδ T-cells have been genetically modified to express a polypeptide that confers resistance to a chemotherapeutic agent; ii. administering to the patient an effective amount of the chemotherapeutic agent to which the genetically modified cytotoxic immune cells of step (i) are resistant; iii. administering to the patient the population of genetically modified cytotoxic immune cells of step (i); and iv. administering to the patient an effective amount of the at least one immune checkpoint inhibitor wherein the checkpoint inhibitor targets PD-1, PDL1, or CTLA-4.
Portion capsule for producing a tea beverage, said portion capsule having a substantially closed container which is filled at least in part with a brewing substance which is provided for the brewing process, wherein for brewing the brewing substance the portion capsule can be inserted into a brewing chamber machine (13, 15), wherein the closed container has a substantially truncated-cone-shaped base element with a closed bottom which is sealed on its side remote from the bottom by means of a covering foil, wherein a hollow space for accommodating the brewing substance is realized between the bottom and the covering foil, wherein the portion capsule has a filter element, characterized in that the filter element comprises a filter fleece and in that the brewing substance comprises a beverage substance for producing a tea beverage, wherein the beverage substance is provided to be stored in the portion capsule and to be brewed in the portion capsule by means of hot water introduced into the portion capsule under pressure, wherein the beverage substance is substantially particulate and comprises tea at least in part, wherein the beverage substance has an average particle size (D 4,3) of between 500 micrometers and 1500 micrometers.