mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a network node in a wireless communication network, the method comprising: configuring a terminal in the wireless communication network with one or more measurement configurations each measurement configuration comprises at least one parameter, said parameter for use in selecting one measurement report mapping from a plurality of measurement report mappings to be used for mapping at least one measurement data to at least one measurement indicator, and mapping the at least one measurement data to the at least one measurement indicator by using the selected measurement report mapping, wherein each of the plurality of measurement report mappings has a different resolution, and wherein the at least one parameter related to the one or more measurement configurations is selected from: a sampling rate; a bandwidth of the reference signal; a measurement bandwidth; a cell bandwidth; a bandwidth of a signal as a function of two or more other bandwidths; a number of consecutive subframes available for measurement in a measurement occasion; a periodicity of subframes in a measurement occasion configured for measurement; and an inter-frequency measurement or an intra-frequency measurement is used. configuring a terminal in the wireless communication network with one or more measurement configurations each measurement configuration comprises at least one parameter, said parameter for use in selecting one measurement report mapping from a plurality of measurement report mappings to be used for mapping at least one measurement data to at least one measurement indicator, and mapping the at least one measurement data to the at least one measurement indicator by using the selected measurement report mapping, wherein each of the plurality of measurement report mappings has a different resolution, and wherein the at least one parameter related to the one or more measurement configurations is selected from: a sampling rate; a bandwidth of the reference signal; a measurement bandwidth; a cell bandwidth; a bandwidth of a signal as a function of two or more other bandwidths; a number of consecutive subframes available for measurement in a measurement occasion; a periodicity of subframes in a measurement occasion configured for measurement; and an inter-frequency measurement or an intra-frequency measurement is used. a sampling rate; a bandwidth of the reference signal; a measurement bandwidth; a cell bandwidth; a bandwidth of a signal as a function of two or more other bandwidths; a number of consecutive subframes available for measurement in a measurement occasion; a periodicity of subframes in a measurement occasion configured for measurement; and an inter-frequency measurement or an intra-frequency measurement is used.
A modular house comprising three or more elongated modules having substantially similar height (H), wherein one or more of said three or more modules are arranged to form a first sidewall , one or more further modules of said three or more modules are arranged to form a second sidewall , wherein said second sidewall is arranged opposite said first sidewall and wherein said first sidewall is arranged at a distance from said second sidewall so that a free space is arranged between said sidewalls , and said modular house further comprising a roof extending across said free space between an upper side of said first sidewall and an upper side of said second sidewall , and characterized in that the number of modules forming the vertical extent (E) of said first sidewall is different from the number of modules forming the vertical extent (E) of said second sidewall , so that one of said first and said second sidewall is higher than the other. one or more of said three or more modules are arranged to form a first sidewall , one or more further modules of said three or more modules are arranged to form a second sidewall , wherein said second sidewall is arranged opposite said first sidewall and wherein said first sidewall is arranged at a distance from said second sidewall so that a free space is arranged between said sidewalls , and said modular house further comprising a roof extending across said free space between an upper side of said first sidewall and an upper side of said second sidewall , and characterized in that the number of modules forming the vertical extent (E) of said first sidewall is different from the number of modules forming the vertical extent (E) of said second sidewall , so that one of said first and said second sidewall is higher than the other.
A control system of an air conditioner, comprising: a main machine control assembly receiving a feedback parameter of a main machine so as to adjust a water discharge temperature of the main machine according to the feedback parameter; a water pump control assembly , wherein the water pump control assembly is in communication with the main machine control assembly so as to adjust an operating parameter of a water pump according to a feedback parameter of the water pump; a cooling tower control assembly , wherein the cooling tower control assembly is connected to the water pump control assembly so as to adjust a current water discharge temperature of a cooling tower according to an environment parameter and a target water discharge temperature; and a tail end control assembly , wherein the tail end control assembly is connected to the water pump control assembly so as to adjust an operating state of a tail end according to user requirements. a main machine control assembly receiving a feedback parameter of a main machine so as to adjust a water discharge temperature of the main machine according to the feedback parameter; a water pump control assembly , wherein the water pump control assembly is in communication with the main machine control assembly so as to adjust an operating parameter of a water pump according to a feedback parameter of the water pump; a cooling tower control assembly , wherein the cooling tower control assembly is connected to the water pump control assembly so as to adjust a current water discharge temperature of a cooling tower according to an environment parameter and a target water discharge temperature; and a tail end control assembly , wherein the tail end control assembly is connected to the water pump control assembly so as to adjust an operating state of a tail end according to user requirements.
A system comprising: a charger; and a wearable device (110; 200; 300) comprising: a spectroscope (210; 380) configured to emit first light to a reference material of the charger (120; 400; 500), measure an intensity of the first light reflected from the reference material, emit second light to a skin of a user, and measure an intensity of the second light reflected from the skin of the user; and a processor (220; 390) configured to determine absorbance of the skin of the user based on the intensity of the first light and the intensity of the second light, characterised in that the charger (120; 400; 500) comprises the reference material arranged or coated on a side of the charger facing a light emitting side of the wearable device (110; 200; 300) when the wearable device (110; 200; 300) is installed on the charger (120; 400; 500). a charger; and a wearable device (110; 200; 300) comprising: a spectroscope (210; 380) configured to emit first light to a reference material of the charger (120; 400; 500), measure an intensity of the first light reflected from the reference material, emit second light to a skin of a user, and measure an intensity of the second light reflected from the skin of the user; and a processor (220; 390) configured to determine absorbance of the skin of the user based on the intensity of the first light and the intensity of the second light, characterised in that the charger (120; 400; 500) comprises the reference material arranged or coated on a side of the charger facing a light emitting side of the wearable device (110; 200; 300) when the wearable device (110; 200; 300) is installed on the charger (120; 400; 500). a spectroscope (210; 380) configured to emit first light to a reference material of the charger (120; 400; 500), measure an intensity of the first light reflected from the reference material, emit second light to a skin of a user, and measure an intensity of the second light reflected from the skin of the user; and a processor (220; 390) configured to determine absorbance of the skin of the user based on the intensity of the first light and the intensity of the second light, characterised in that the charger (120; 400; 500) comprises the reference material arranged or coated on a side of the charger facing a light emitting side of the wearable device (110; 200; 300) when the wearable device (110; 200; 300) is installed on the charger (120; 400; 500).
A system comprising: a fluid compressor operable to compress a working fluid; a dryer system in fluid communication with the compressor, the dryer system comprising: a refrigeration drying system operable for removing moisture from the working fluid; and a desiccant drying system located downstream of the refrigeration drying system , the desiccant drying system operable for removing additional moisture from the working fluid, wherein the working fluid upstream of the desiccant drying system is split into a first flow stream which passes through the desiccant drying system for moisture removal and a second flow stream which regenerates the desiccant drying system, wherein the desiccant drying system includes a desiccant wheel ; and wherein the working fluid is split into the first flow stream and the second flow stream downstream of the refrigeration drying system , and wherein the second flow stream regenerates the desiccant wheel after being heated by hot discharge gas from a refrigeration compressor . a fluid compressor operable to compress a working fluid; a dryer system in fluid communication with the compressor, the dryer system comprising: a refrigeration drying system operable for removing moisture from the working fluid; and a desiccant drying system located downstream of the refrigeration drying system , the desiccant drying system operable for removing additional moisture from the working fluid, wherein the working fluid upstream of the desiccant drying system is split into a first flow stream which passes through the desiccant drying system for moisture removal and a second flow stream which regenerates the desiccant drying system, wherein the desiccant drying system includes a desiccant wheel ; and wherein the working fluid is split into the first flow stream and the second flow stream downstream of the refrigeration drying system , and wherein the second flow stream regenerates the desiccant wheel after being heated by hot discharge gas from a refrigeration compressor . a refrigeration drying system operable for removing moisture from the working fluid; and a desiccant drying system located downstream of the refrigeration drying system , the desiccant drying system operable for removing additional moisture from the working fluid, wherein the working fluid upstream of the desiccant drying system is split into a first flow stream which passes through the desiccant drying system for moisture removal and a second flow stream which regenerates the desiccant drying system, wherein the desiccant drying system includes a desiccant wheel ; and wherein the working fluid is split into the first flow stream and the second flow stream downstream of the refrigeration drying system , and wherein the second flow stream regenerates the desiccant wheel after being heated by hot discharge gas from a refrigeration compressor .
A linear electromechanical actuator, comprising: a housing comprising at least two housing parts ; a transmission for converting rotational movement into translational movement, the transmission being arranged in the housing and has radial and axial directions; an electric motor arranged in the housing, the electric motor comprises a stator mounted on an inner surface of the housing and a rotor configured for transmitting rotational movement to the transmission for converting rotational movement into translational movement; a bearing support rotatably securing the transmission within the housing and comprising at least two bearings ; a force sensor arranged so that, upon application of an axial load to the transmission , the bearings of the bearing support ensure transmission of axial force from the transmission to the force sensor ; characterized in that the linear electromechanical actuator comprises a plate having at least an inner part and an outer part arranged in the radial direction of the transmission, the parts being connected by at least three bridges , wherein the outer part of the plate arranged in the radial direction is clamped between two housing parts , and the inner part of the plate arranged in the radial direction is clamped between two bearings of the bearing support. a housing comprising at least two housing parts ; a transmission for converting rotational movement into translational movement, the transmission being arranged in the housing and has radial and axial directions; an electric motor arranged in the housing, the electric motor comprises a stator mounted on an inner surface of the housing and a rotor configured for transmitting rotational movement to the transmission for converting rotational movement into translational movement; a bearing support rotatably securing the transmission within the housing and comprising at least two bearings ; a force sensor arranged so that, upon application of an axial load to the transmission , the bearings of the bearing support ensure transmission of axial force from the transmission to the force sensor ; characterized in that the linear electromechanical actuator comprises a plate having at least an inner part and an outer part arranged in the radial direction of the transmission, the parts being connected by at least three bridges , wherein the outer part of the plate arranged in the radial direction is clamped between two housing parts , and the inner part of the plate arranged in the radial direction is clamped between two bearings of the bearing support.
A device for determining the accuracy of a shooter, the device comprising: a firearm having a radiation source and a trigger , wherein the trigger has at least two positions and is connected to the radiation source; and wherein the radiation source emits a modulated light beam containing information about a position of the trigger ; at least one detector for detecting the modulated light beam; an evaluation unit which evaluates the detected and modulated light beam and generates an evaluation signal from a detected position of the projection of the modulated light beam on a target and the information about the position of the trigger , which evaluation signal contains information about the marksmanship of the shooter, wherein a first position of the trigger corresponds to a neutral position of the trigger characterised in that a further position of the trigger corresponds to a position after a shot has been fired. a firearm having a radiation source and a trigger , wherein the trigger has at least two positions and is connected to the radiation source; and wherein the radiation source emits a modulated light beam containing information about a position of the trigger ; at least one detector for detecting the modulated light beam; an evaluation unit which evaluates the detected and modulated light beam and generates an evaluation signal from a detected position of the projection of the modulated light beam on a target and the information about the position of the trigger , which evaluation signal contains information about the marksmanship of the shooter, wherein a first position of the trigger corresponds to a neutral position of the trigger characterised in that a further position of the trigger corresponds to a position after a shot has been fired.
A spray nozzle arrangement for spraying a fluid onto a web of material (M), said spray nozzle arrangement comprising: a chamber through which the web runs in a running direction (V); and a number of valves arranged within the chamber and configured to spray fluid onto the web (M), each of said valves comprising a spray nozzle having an elongated opening extending along an axis (N1, N2); wherein the valves, each comprising a spray nozzle , are arranged spaced on a common axis (CA) extending through a center point (CP1, CP2) of each valve; wherein each of said axes (N1, N2) of the elongated spray nozzle openings is inclined (α) in relation to said common axis (CA) of the valves; and wherein the valves, each comprising a spray nozzle , are arranged adjacent each other in such manner that a main spray pattern (SP) is created on the web (M) running in said running direction (V) in the chamber , wherein the spray pattern (SP1, SP2, SP3) created by each spray nozzle overlaps at least the adjacent spray pattern (SP1, SP2, SP3) created when the web (M) runs through the chamber . a chamber through which the web runs in a running direction (V); and a number of valves arranged within the chamber and configured to spray fluid onto the web (M), each of said valves comprising a spray nozzle having an elongated opening extending along an axis (N1, N2); wherein the valves, each comprising a spray nozzle , are arranged spaced on a common axis (CA) extending through a center point (CP1, CP2) of each valve; wherein each of said axes (N1, N2) of the elongated spray nozzle openings is inclined (α) in relation to said common axis (CA) of the valves; and wherein the valves, each comprising a spray nozzle , are arranged adjacent each other in such manner that a main spray pattern (SP) is created on the web (M) running in said running direction (V) in the chamber , wherein the spray pattern (SP1, SP2, SP3) created by each spray nozzle overlaps at least the adjacent spray pattern (SP1, SP2, SP3) created when the web (M) runs through the chamber .
A method of manufacturing a vane of a gas turbine engine , the method comprising: manufacturing a platform of the vane by overmolding a fixture with a sheath , the fixture including a vane mount and a base , the vane mount extending transversely to the base ; and fitting an extension of an airfoil section of the vane within the vane mount of the fixture . manufacturing a platform of the vane by overmolding a fixture with a sheath , the fixture including a vane mount and a base , the vane mount extending transversely to the base ; and fitting an extension of an airfoil section of the vane within the vane mount of the fixture .
Sampler device for sampling gas for a particle concentration sensor from a flow, comprising: a first chamber comprising a first inlet and a first outlet and defining a main flow direction of a gas stream between the first inlet and the first outlet, the first chamber comprising a wall in which a second inlet and a second outlet are provided, wherein the second inlet and the second outlet are configured to provide a sink and a source of a sample gas stream, respectively, a second chamber fluidly coupled to the second inlet and to the second outlet, gas displacement means provided along the sample gas stream between the second outlet and the second inlet and configured to create the sample gas stream from the second outlet to the second inlet through the second chamber, wherein the second inlet and the second outlet are provided in the first chamber at a first position and a second position respectively, and wherein the first position and the second position overlap along the main flow direction , characterized in that the sampler device comprises a baffle arranged in the first chamber between the second inlet and the second outlet, wherein the baffle projects from the wall into the first chamber. a first chamber comprising a first inlet and a first outlet and defining a main flow direction of a gas stream between the first inlet and the first outlet, the first chamber comprising a wall in which a second inlet and a second outlet are provided, wherein the second inlet and the second outlet are configured to provide a sink and a source of a sample gas stream, respectively, a second chamber fluidly coupled to the second inlet and to the second outlet, gas displacement means provided along the sample gas stream between the second outlet and the second inlet and configured to create the sample gas stream from the second outlet to the second inlet through the second chamber, wherein the second inlet and the second outlet are provided in the first chamber at a first position and a second position respectively, and wherein the first position and the second position overlap along the main flow direction , characterized in that the sampler device comprises a baffle arranged in the first chamber between the second inlet and the second outlet, wherein the baffle projects from the wall into the first chamber.
A switch for a conveying line for transporting a laboratory diagnostic vessel carrier , wherein the conveying line comprising a first line portion and a second line portion , wherein the switch comprises a curved first guiding surface and a second guiding surface , wherein the switch is moveable between a first position, in which the laboratory diagnostic vessel carrier is transportable along the curved first guiding surface from the first line portion to the second line portion , and a second position, in which the laboratory diagnostic vessel carrier is further transportable along the second guiding surface on the first line portion , characterized in that , the switch is linearly moveable between the first position and the second position, wherein the curved first guiding surface and the second guiding surface are configured to engage the laboratory diagnostic vessel carrier , wherein the curved first guiding surface and/or the second guiding surface comprises a protrusion configured to partially engage the laboratory diagnostic vessel carrier .
A remote unit comprising: a receiver arranged to receive a signal indicating a first sequence and a first resource pool, wherein transmission of the first sequence within the first resource pool indicates that the remote unit is crossing a road, wherein the first resource pool is configured for use by multiple devices; a processor arranged to generate a first signal indicating the first sequence; and a transmitter that wirelessly transmits the first signal when the remote unit is crossing a road. a receiver arranged to receive a signal indicating a first sequence and a first resource pool, wherein transmission of the first sequence within the first resource pool indicates that the remote unit is crossing a road, wherein the first resource pool is configured for use by multiple devices; a processor arranged to generate a first signal indicating the first sequence; and a transmitter that wirelessly transmits the first signal when the remote unit is crossing a road.
A method for synchronization in a wireless communication system, comprising: broadcasting a synchronization signal block, SSB, wherein information included in the SSB indicates a frequency location of an indicator of system information through a frequency offset with respect to a frequency location where the SSB is sent; broadcasting the indicator of system information according to the information included in the SSB. broadcasting a synchronization signal block, SSB, wherein information included in the SSB indicates a frequency location of an indicator of system information through a frequency offset with respect to a frequency location where the SSB is sent; broadcasting the indicator of system information according to the information included in the SSB.