mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a base station , the method comprising: determining (S100) an indication of a link adaption scheme for a wireless communication based on a first interference measurement and a second interference measurement, wherein the first interference measurement is measured on a first subset of time resources associated with passive intermodulation, PIM, interference independently of the second interference measurement measured on at least a second subset of time resources, the second subset of time resources being different from the first subset of time resources; wherein the indication of the link adaption scheme for the wireless communication includes at least an indication of at least a modulation and coding scheme, MCS, and a transport block size, TBS, for the wireless communication based on at least the first interference measurement; wherein the second interference measurement is an average signal-to-interference-plus-noise ratio, SINR, over a set of time resources, the set of time resources including the at least the second subset of time resources and the first subset of time resources; and causing (S102) communication of the indication of the determined link adaption scheme. determining (S100) an indication of a link adaption scheme for a wireless communication based on a first interference measurement and a second interference measurement, wherein the first interference measurement is measured on a first subset of time resources associated with passive intermodulation, PIM, interference independently of the second interference measurement measured on at least a second subset of time resources, the second subset of time resources being different from the first subset of time resources; wherein the indication of the link adaption scheme for the wireless communication includes at least an indication of at least a modulation and coding scheme, MCS, and a transport block size, TBS, for the wireless communication based on at least the first interference measurement; wherein the second interference measurement is an average signal-to-interference-plus-noise ratio, SINR, over a set of time resources, the set of time resources including the at least the second subset of time resources and the first subset of time resources; and wherein the indication of the link adaption scheme for the wireless communication includes at least an indication of at least a modulation and coding scheme, MCS, and a transport block size, TBS, for the wireless communication based on at least the first interference measurement; wherein the second interference measurement is an average signal-to-interference-plus-noise ratio, SINR, over a set of time resources, the set of time resources including the at least the second subset of time resources and the first subset of time resources; and causing (S102) communication of the indication of the determined link adaption scheme.
A method comprising: displaying a first video stream, the first video stream including a plurality of frames, and a second video stream, the second video stream being distinct from the first video stream and including a plurality of frames, such that one of the plurality of frames within the first video stream and one of the plurality of frames within the second video stream overlap at an overlapping image area, and such that at least one frame in the overlapping image area is at least partially transparent such that both frames are visible, wherein displaying comprises displaying frames of the first video stream along a horizontal axis and displaying frames of the second video stream along a vertical axis such that at least a portion of at least one additional frame outside of the overlapping image area from each stream is also displayed; in response to user input, changing the frames displayed in the overlapping image area by moving the first video stream left/right and moving the second video stream up/down; and selecting the frames displayed in the overlapping image area for creating a single video stream by transitioning between the first video stream and the second video stream. displaying a first video stream, the first video stream including a plurality of frames, and a second video stream, the second video stream being distinct from the first video stream and including a plurality of frames, such that one of the plurality of frames within the first video stream and one of the plurality of frames within the second video stream overlap at an overlapping image area, and such that at least one frame in the overlapping image area is at least partially transparent such that both frames are visible, wherein displaying comprises displaying frames of the first video stream along a horizontal axis and displaying frames of the second video stream along a vertical axis such that at least a portion of at least one additional frame outside of the overlapping image area from each stream is also displayed; in response to user input, changing the frames displayed in the overlapping image area by moving the first video stream left/right and moving the second video stream up/down; and selecting the frames displayed in the overlapping image area for creating a single video stream by transitioning between the first video stream and the second video stream.
A process for preparing battery grade metal sulfate solutions, characterized in that electrolytically produced metal objects are subjected to an aqueous leaching solution at an elevated temperature and acid pH in a continuous process with mixing, said leaching solution comprising at least one acid leaching agent and an oxidizing agent in liquid form, wherein said mixing is achieved by recirculating the aqueous leaching solution through a leaching column operating in counter-current mode.
A method for powder-metallurgical production of a rod-shaped body of cemented carbide, cermet or ceramic by extrusion of an initial mass and sintering, wherein extrusion of the initial mass is carried out in such a way that at least a first channel is formed, and wherein - prior to sintering to attain the final density of the rod-shaped body - machining for forming at least one further recess is carried out, characterized in that the at least one further recess is formed as a connecting channel connecting the first channel with an outer circumference (U), or the at least one further recess is formed such that it extends as a channel from a first face side end up to a distance D from a second face side end and - prior to sintering for attaining the resulting density of the rod-shaped body - machining is carried out for forming at least one connecting channel connecting the further recess with an outer circumference (U) or at least one connecting channel extending starting from the recess obliquely in the direction of the second face side end such that it forms an exit opening there.
A growth-independent method for detecting a microorganism of interest in a sample, comprising: - contacting the sample with a plurality of non-replicative transduction particles (NRTPs) such that the plurality of NRTPs transduces one or more microorganisms of interest in the sample, wherein the plurality of NRTPs are produced using a disruption/complementation method, wherein said methods do not produce NRTPs that contain a viral genome, and wherein the plurality of NRTPs are bacteriophages capable of delivering a non-viral nucleic acid molecule into the one or more microorganisms of interest without packaging its own replicated viral genome into the transduction particle, said non-viral nucleic acid molecule comprising a reporter nucleic acid sequence including a reporter gene operatively linked to a promoter, and wherein the growth rate of the one or more microorganisms of interest is stationary phase, less than stationary phase, or greater than stationary phase but less than logarithmic phase; - providing conditions for activation of the reporter nucleic acid sequence and expression of a reporter molecule from said reporter gene; and - detecting a signal produced by the reporter molecule, wherein the presence of the signal indicates the presence of the one or more microorganisms of interest, and wherein the absence of the signal indicates the absence of the one or more microorganisms of interest. - contacting the sample with a plurality of non-replicative transduction particles (NRTPs) such that the plurality of NRTPs transduces one or more microorganisms of interest in the sample, wherein the plurality of NRTPs are produced using a disruption/complementation method, wherein said methods do not produce NRTPs that contain a viral genome, and wherein the plurality of NRTPs are bacteriophages capable of delivering a non-viral nucleic acid molecule into the one or more microorganisms of interest without packaging its own replicated viral genome into the transduction particle, said non-viral nucleic acid molecule comprising a reporter nucleic acid sequence including a reporter gene operatively linked to a promoter, and wherein the growth rate of the one or more microorganisms of interest is stationary phase, less than stationary phase, or greater than stationary phase but less than logarithmic phase; - providing conditions for activation of the reporter nucleic acid sequence and expression of a reporter molecule from said reporter gene; and - detecting a signal produced by the reporter molecule, wherein the presence of the signal indicates the presence of the one or more microorganisms of interest, and wherein the absence of the signal indicates the absence of the one or more microorganisms of interest.
A printing device comprising: - a movable robot arm, - a print head supported at a printing end of the robot arm, the print head comprising a plurality of nozzles, - an ink reservoir connected to the nozzles of the print head and - a controller for moving the print head along a printing trajectory while changing the orientation of the print head, the printing device being characterized in that the ink reservoir is further connected to a pump device for supplying ink from the reservoir to the nozzles, and the controller is arranged for: in a calibrating step moving the print head along a calibration trajectory and measuring ink pressures in the printing head and generating and storing ink pressure control data for the nozzles for different orientations of the print head, and in a printing step generating for varying orientations of the print head along the printing trajectory a pressure control signal on the basis of the stored ink pressure control data, which pressure control signal is supplied to the pump device such that a pressure of the ink in the nozzles is set at a predetermined pressure value. - a movable robot arm, - a print head supported at a printing end of the robot arm, the print head comprising a plurality of nozzles, - an ink reservoir connected to the nozzles of the print head and - a controller for moving the print head along a printing trajectory while changing the orientation of the print head, the printing device being characterized in that the ink reservoir is further connected to a pump device for supplying ink from the reservoir to the nozzles, and in a calibrating step moving the print head along a calibration trajectory and measuring ink pressures in the printing head and generating and storing ink pressure control data for the nozzles for different orientations of the print head, and in a printing step generating for varying orientations of the print head along the printing trajectory a pressure control signal on the basis of the stored ink pressure control data, which pressure control signal is supplied to the pump device such that a pressure of the ink in the nozzles is set at a predetermined pressure value.
A multiview backlight comprising: a light guide configured to guide light as guided light; and a fluorescent multibeam element comprising a fluorescent material and being configured to provide emitted light having a color-tailored emission pattern from the guided light, the emitted light comprising a plurality of directional light beams having different principal angular directions corresponding to respective different view directions of a multiview display, wherein the color-tailored emission pattern corresponds to an arrangement of color sub-pixels of a view pixel in the multiview display. a light guide configured to guide light as guided light; and a fluorescent multibeam element comprising a fluorescent material and being configured to provide emitted light having a color-tailored emission pattern from the guided light, the emitted light comprising a plurality of directional light beams having different principal angular directions corresponding to respective different view directions of a multiview display, wherein the color-tailored emission pattern corresponds to an arrangement of color sub-pixels of a view pixel in the multiview display.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including configuration information related to at least one bandwidth part and subcarrier spacing for each of the at least one bandwidth part; receiving, from the base station, downlink control information, DCI, indicating an active bandwidth part from the at least one bandwidth part; receiving, from the base station, data based on the active bandwidth part; starting a timer associated with the active bandwidth part; and switching from the active bandwidth part to a default bandwidth part in case that the timer expires. receiving, from a base station, a radio resource control, RRC, message including configuration information related to at least one bandwidth part and subcarrier spacing for each of the at least one bandwidth part; receiving, from the base station, downlink control information, DCI, indicating an active bandwidth part from the at least one bandwidth part; receiving, from the base station, data based on the active bandwidth part; starting a timer associated with the active bandwidth part; and switching from the active bandwidth part to a default bandwidth part in case that the timer expires.
A method for wireless communications by a user equipment, UE, comprising: detecting that a first channel is not usable for communicating via a first radio access technology, RAT; and providing an indication to a network that the UE no longer supports the first channel in response to the detection, wherein the indication is provided via a capability update procedure that causes the network to query the UE about the UE's capabilities, wherein the capability update procedure is performed before the UE is operating in a connected mode with the network. detecting that a first channel is not usable for communicating via a first radio access technology, RAT; and providing an indication to a network that the UE no longer supports the first channel in response to the detection, wherein the indication is provided via a capability update procedure that causes the network to query the UE about the UE's capabilities, wherein the capability update procedure is performed before the UE is operating in a connected mode with the network.
A cover assembly of a secondary battery , comprising: a cover plate comprising a gas vent ; a gas exhaust valve configured to seal the gas vent and deform in response to an increase in temperature to get out of a state of sealing the gas vent ; and a sealing part arranged between the gas exhaust valve and the cover plate and surrounding the gas vent for sealing a gap between the gas exhaust valve and the cover plate ; wherein the gas exhaust valve comprises a metal sheet and a fixing part , and the metal sheet seals the gas vent ; the sealing part is arranged between the metal sheet and the cover plate for sealing a gap between the metal sheet and the cover plate ; the fixing part is connected to the metal sheet , and the metal sheet is fixed to the cover plate by the fixing part ; and the fixing part is configured to deform in response to an increase in temperature in such a manner that the metal sheet gets out of the state of sealing the gas vent ; wherein the cover assembly further comprises a pressing block , and the pressing block is fixed to the cover plate ; the pressing block comprises a second center hole , and the second center hole is opposite to the gas vent ; and the pressing block presses against a surface of the fixing part facing away from the sealing part , and the fixing part is fixed to the cover plate by the pressing block ; wherein along a thickness direction (Z) of the cover assembly , a projection of the pressing block does not overlap a projection of the metal sheet . a cover plate comprising a gas vent ; a gas exhaust valve configured to seal the gas vent and deform in response to an increase in temperature to get out of a state of sealing the gas vent ; and a sealing part arranged between the gas exhaust valve and the cover plate and surrounding the gas vent for sealing a gap between the gas exhaust valve and the cover plate ; wherein the gas exhaust valve comprises a metal sheet and a fixing part , and the metal sheet seals the gas vent ; the sealing part is arranged between the metal sheet and the cover plate for sealing a gap between the metal sheet and the cover plate ; the fixing part is connected to the metal sheet , and the metal sheet is fixed to the cover plate by the fixing part ; and the fixing part is configured to deform in response to an increase in temperature in such a manner that the metal sheet gets out of the state of sealing the gas vent ; wherein the cover assembly further comprises a pressing block , and the pressing block is fixed to the cover plate ; the pressing block comprises a second center hole , and the second center hole is opposite to the gas vent ; and the pressing block presses against a surface of the fixing part facing away from the sealing part , and the fixing part is fixed to the cover plate by the pressing block ; wherein along a thickness direction (Z) of the cover assembly , a projection of the pressing block does not overlap a projection of the metal sheet .
A vacuum train system comprising at least one vehicle with at least one vehicle door and a track for the vehicle comprising at least one evacuated pipe and/or tunnel for the vehicle, the track comprising at least one station outside of said pipe and/or tunnel with at least one station door being arranged within the wall of the pipe and/or tunnel to selectively close and open the station towards the pipe and/or tunnel, the vehicle door and the station door being arranged to be in a corresponding position when the vehicle is at rest at the station, so that the vehicle is accessible when the vehicle door and the station door are open at the rest position of the vehicle, and comprising a door system comprising at least one inflatable and deflatable ring-shaped seal , which is positioned to surround the vehicle door and the station door when the doors are in their corresponding position and which in its inflated state fills the gap between the vehicle outer surface and the pipe and/or tunnel wall at the station and seals both doors and the space between the doors against the vacuum within the pipes and/or tunnels, and which inflatable and deflatable ring-shaped seal does not fill the gap when being in its deflated state, wherein one ring-shaped seal is permanently arranged around the station door and is inflatable by at least one fluid pump and/or by at least one tank for compressed gas arranged outside of the pipe and/or tunnel, characterised in that a second ring-shaped seal is permanently arranged around the vehicle door and is inflatable by at least one fluid pump and/or by a tank filled with compressed gas arranged within the vehicle and wherein the ring diameter of one of both seals is greater than the other, so that the ring-shaped seals follow each other in radial direction from the centre of the station door.
Sensor arrangement on a vehicle, with a connection arrangement which connects a holding device to at least one vehicle component so as to be movable between an operating position and at least one protection position, wherein the holding device receives a sensor , wherein one of a collision force (F), caused by a collision counterpart, comprises a first force component (FX) which acts in a first spatial direction (R1) and moves the holding device proportionately in the direction of the corresponding first spatial direction (R1) into the at least one protection position, wherein the first spatial direction (R1) corresponds to a vehicle longitudinal direction (x), wherein the connection arrangement has at least one lever arrangement which additionally translates at least one force component (FY) of the collision force (F), acting in an additional spatial direction (R2, R3, y, z), into a proportionate movement of the holding device in the corresponding spatial direction (R2, R3, y, z), wherein the at least one lever arrangement transfers the holding device into the at least one protection position in a direction of action (WR) resulting from the collision force (F), characterised in that a restoring force from at least one restoring arrangement transfers the holding device from the at least one protection position into the operating position, wherein the lever arrangements each have at least one pivot arm and at least one holding arm , wherein the at least one pivot arm is coupled by a first end region (32.1, 42.1) to the corresponding end region of the holding device and by a second end region (32.2, 42.2) to the corresponding restoring arrangement , wherein the at least one holding arm is pivotably connected by a first end region (34.1, 44.1) to the at least one vehicle component and is pivotably connected by a second end region (34.2, 44.2) to a holding region (32.3, 42.3) of the corresponding pivot arm , wherein the holding region (32.3, 42.3) is arranged between the first end region (32.1, 42.1) of the pivot arm and the second end region (32.2, 42.2) of the pivot arm .
A vacuum circuit breaker comprising: a first terminal ; a second terminal ; a vacuum interrupter coupled between said first and second terminals and being operable to make or break an electrical connection between said first and second terminals; and a body formed from electrically insulating material and being shaped to define an internal chamber , wherein said first and second terminals are supported by said body and are spaced apart along a pole axis (P) of said body, and said vacuum interrupter is located in said internal chamber, wherein the first terminal is located at the top of the body and provides a first electrical connection interface (C) at the top of the body, characterized in that the second terminal includes a stem projecting perpendicularly from the pole axis of the circuit breaker to provide a second electrical connection interface (A) that is laterally displaced from the pole axis, and wherein a notional perpendicular axis from the second electrical connection interface (A) to the pole axis (P) intersects the pole axis at an intersection point (B), the configuration of the circuit breaker being such that a notional triangle created by said first and second electrical connection interfaces (C, A) and said intersection point (B) is an isosceles triangle, wherein a notional line between said first and second electrical connection interfaces forms the hypotenuse of the triangle, and wherein a first elongate external connector is connected to the first terminal at its connection interface, and a second elongate external connector is connected to the second terminal at its connection interface, wherein the external connectors are of an equal length and extend parallel to each other but obliquely to the pole axis. a first terminal ; a second terminal ; a vacuum interrupter coupled between said first and second terminals and being operable to make or break an electrical connection between said first and second terminals; and a body formed from electrically insulating material and being shaped to define an internal chamber ,