mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving a first configuration indicating a plurality of bandwidth parts on a first serving cell and configuration information corresponding to the plurality of bandwidth parts, wherein the configuration information comprises an open-loop power control configuration, and wherein the open-loop power control configuration comprises pathloss estimation reference signal information corresponding to each bandwidth part of the plurality of bandwidth parts; receiving scheduling information for a first uplink transmission on a first bandwidth part of the plurality of bandwidth parts; determining a first transmission power for the first uplink transmission based on the configuration information and the scheduling information; and performing the first uplink transmission with the first transmission power; wherein the pathloss estimation reference signal information comprises a first set of pathloss estimation reference signals for at least one spatial transmission filter corresponding to a synchronization signal block or physical broadcast channel. receiving a first configuration indicating a plurality of bandwidth parts on a first serving cell and configuration information corresponding to the plurality of bandwidth parts, wherein the configuration information comprises an open-loop power control configuration, and wherein the open-loop power control configuration comprises pathloss estimation reference signal information corresponding to each bandwidth part of the plurality of bandwidth parts; receiving scheduling information for a first uplink transmission on a first bandwidth part of the plurality of bandwidth parts; determining a first transmission power for the first uplink transmission based on the configuration information and the scheduling information; and performing the first uplink transmission with the first transmission power; wherein the pathloss estimation reference signal information comprises a first set of pathloss estimation reference signals for at least one spatial transmission filter corresponding to a synchronization signal block or physical broadcast channel.
A settling basin of a wastewater treatment system, the settling basin comprising: a collector chain for driving a plurality of flights through the settling basin, the collector chain including chain links comprising: a plurality of side bars including an inner pair of side bars and an outer pair of side bars, each of the plurality of side bars shaped as flattened open loops; stepped connecting pins configured to join the plurality of side bars, each stepped connecting pin including a first end including a head portion having a cross-sectional area larger than apertures defined by interior curved surfaces of end sections of the side bars through which the stepped connecting pin extends and a second end on an opposite end of the stepped connecting pin from the first end and having a cross-sectional area less than the cross-sectional area of the head portion; characterised in that the chain includes end caps configured to receive the second ends of the stepped connecting pins; wherein the end caps include reduced cross-sectional area portions and larger cross-sectional area portions having cross-sectional areas greater than cross-sectional areas of the reduced cross-sectional area portions, and apertures defined in the end caps and second ends of the stepped connecting pins configured to receive a retaining element. a plurality of side bars including an inner pair of side bars and an outer pair of side bars, each of the plurality of side bars shaped as flattened open loops; stepped connecting pins configured to join the plurality of side bars, each stepped connecting pin including a first end including a head portion having a cross-sectional area larger than apertures defined by interior curved surfaces of end sections of the side bars through which the stepped connecting pin extends and a second end on an opposite end of the stepped connecting pin from the first end and having a cross-sectional area less than the cross-sectional area of the head portion; characterised in that the chain includes end caps configured to receive the second ends of the stepped connecting pins; wherein the end caps include reduced cross-sectional area portions and larger cross-sectional area portions having cross-sectional areas greater than cross-sectional areas of the reduced cross-sectional area portions, and apertures defined in the end caps and second ends of the stepped connecting pins configured to receive a retaining element.
External control module , in particular a mobile device, for exchanging data with an HMI of a machine in the beverage industry, wherein the external control module is a mobile device, wherein the machine is a filling, labelling or packaging machine, wherein the HMI is used for user input of control commands to the machine and wherein the external control module is configured such that it can be wirelessly connected to the HMI in order to exchange at least one HMI data set with the HMI, wherein: the external control module is configured to send the at least one HMI data set to the HMI or the machine and the at least one HMI data set comprises data or parameters for configuring the HMI, and the external control module is configured to receive the at least one HMI data set from the HMI or the machine and the at least one received HMI data set comprises data or parameters for being evaluated or stored by the external control module; wherein: the external control module is a mobile phone or a tablet computer which is configured such that a special application is installed on the external control module that can communicate with the HMI or the machine via a wireless communication connection or a mobile connection, the special application on the external control module is designed to create at least one HMI data set and transmit it to the HMI or the machine, wherein the at least one HMI data set comprises at least one image file, an executable machine command, a table, a text file, a project backup file and/or a visualization project, and the external control module comprises a virtual environment having a virtual version of the HMI for simulating effects which are achieved by transmitting data to the HMI. the external control module is configured to send the at least one HMI data set to the HMI or the machine and the at least one HMI data set comprises data or parameters for configuring the HMI, and the external control module is configured to receive the at least one HMI data set from the HMI or the machine and the at least one received HMI data set comprises data or parameters for being evaluated or stored by the external control module; wherein: the external control module is a mobile phone or a tablet computer which is configured such that a special application is installed on the external control module that can communicate with the HMI or the machine via a wireless communication connection or a mobile connection, the special application on the external control module is designed to create at least one HMI data set and transmit it to the HMI or the machine, wherein the at least one HMI data set comprises at least one image file, an executable machine command, a table, a text file, a project backup file and/or a visualization project, and the external control module comprises a virtual environment having a virtual version of the HMI for simulating effects which are achieved by transmitting data to the HMI.
A method of operating a hearing system comprising a first hearing device and a second hearing device , the first hearing device comprising a first sensor being a photoplethysmogram sensor, and the second hearing device comprising a second sensor being a photoplethysmogram sensor, the method comprising: obtaining sensor data, the sensor data comprising first sensor data (SD1) representing first physiological data and second sensor data (SD2) representing second physiological data, where the first sensor data (SD1) is indicative of a first ■ sensor signal from the first sensor of the first hearing device arranged at a first ear of a user , and the second sensor data (SD2) is indicative of a second sensor signal from the second sensor of the second hearing device arranged at a second ear of the user ; obtaining motion data (320, MD) from the first hearing device and/or the second hearing device ; comparing the first sensor data (SD1) and the second sensor data (SD2) based on the motion data (MD, 320); identifying a first parameter based on the comparison of the first sensor data (SD1) and the second sensor data (SD2); and outputting a first output signal indicative of the first parameter. obtaining sensor data, the sensor data comprising first sensor data (SD1) representing first physiological data and second sensor data (SD2) representing second physiological data, where the first sensor data (SD1) is indicative of a first ■ sensor signal from the first sensor of the first hearing device arranged at a first ear of a user , and the second sensor data (SD2) is indicative of a second sensor signal from the second sensor of the second hearing device arranged at a second ear of the user ; obtaining motion data (320, MD) from the first hearing device and/or the second hearing device ; comparing the first sensor data (SD1) and the second sensor data (SD2) based on the motion data (MD, 320); identifying a first parameter based on the comparison of the first sensor data (SD1) and the second sensor data (SD2); and outputting a first output signal indicative of the first parameter.
A sports ball outer casing comprising: a ball-shape frame defining a plurality of openings ; and a plurality of panels , each panel being secured to the frame to cover a respective one of said plurality of openings, wherein the panels are secured to the inside of the frame so that the frame is exposed on the outside of the casing between the panels, characterised in that the frame has a generally Y-shape cross-section, with arms of the Y providing lips against which edges of adjacent panels can locate and the leg of the Y extending inwardly between the panels, wherein the depth of the panels is such that the panels extend inwardly of the leg of the Y, whereby inner portions of adjacent panel edges can directly abut one another. a ball-shape frame defining a plurality of openings ; and a plurality of panels , each panel being secured to the frame to cover a respective one of said plurality of openings, wherein the panels are secured to the inside of the frame so that the frame is exposed on the outside of the casing between the panels, characterised in that the frame has a generally Y-shape cross-section, with arms of the Y providing lips against which edges of adjacent panels can locate and the leg of the Y extending inwardly between the panels, wherein the depth of the panels is such that the panels extend inwardly of the leg of the Y, whereby inner portions of adjacent panel edges can directly abut one another.
A method for assembling a section of a gas turbine engine (20; 120), the method comprising: inserting a plurality of vane arc segments (70a,b;170a,b;270a,b) in a radial direction into an assembled position that is axially between two rows of blades (40a,b) of a multi-row rotor drum (60; 160), the multi-row rotor drum being formed of a single-piece body (62; 162) that has at least two rows of blades (40a,b) about a central axis (A); providing overlapping joints (72; 172) at circumferential ends of each of the plurality of vane arc segments (70a...270b); and making circumferential end portions of the plurality of vane arc segments (70a... 270b) stronger than circumferential intermediate portions of the plurality of vane arc segments (70a... 270b) by using a different, stronger, material for the circumferential end portions than the material used for the circumferential intermediate portions to resist deflection at the overlapping joints (72; 172). inserting a plurality of vane arc segments (70a,b;170a,b;270a,b) in a radial direction into an assembled position that is axially between two rows of blades (40a,b) of a multi-row rotor drum (60; 160), the multi-row rotor drum being formed of a single-piece body (62; 162) that has at least two rows of blades (40a,b) about a central axis (A); providing overlapping joints (72; 172) at circumferential ends of each of the plurality of vane arc segments (70a...270b); and making circumferential end portions of the plurality of vane arc segments (70a... 270b) stronger than circumferential intermediate portions of the plurality of vane arc segments (70a... 270b) by using a different, stronger, material for the circumferential end portions than the material used for the circumferential intermediate portions to resist deflection at the overlapping joints (72; 172).
A base station comprising: a control unit configured to dynamically change an uplink/downlink configuration of a time division duplex, TDD, carrier from one configuration among multiple configurations to another configuration among the multiple configurations, and notify a terminal device of the changed uplink/downlink configuration and characterized by notifying in addition of an appropriate radio resource for device-to-device communication for the changed uplink/downlink configuration, wherein the control unit is configured to notify the terminal device of the appropriate radio resource for device-to-device communication for each of the multiple configurations, the appropriate radio resource of a respective configuration includes at least one uplink subframe and a period. a control unit configured to dynamically change an uplink/downlink configuration of a time division duplex, TDD, carrier from one configuration among multiple configurations to another configuration among the multiple configurations, and notify a terminal device of the changed uplink/downlink configuration and characterized by notifying in addition of an appropriate radio resource for device-to-device communication for the changed uplink/downlink configuration, wherein the control unit is configured to notify the terminal device of the appropriate radio resource for device-to-device communication for each of the multiple configurations, the appropriate radio resource of a respective configuration includes at least one uplink subframe and a period.
A system, comprising: a header , the header comprising: a reel assembly comprising at least one reel ; plural carrier arms coupled to the reel ; and plural cylinders coupled to the plural carrier arms and configured to move the plural carrier arms ; and a control system , characterised in that the control system comprises: a first sensor configured to measure a rotational speed of the reel ; a second sensor configured to measure a force opposing rotation of the reel ; and a computing system configured to: determine a target load for the reel based on first signals from the first and second sensors and a first input; and cause movement of the reel to adjust the height of the reel according to the target load based on a change in load on the reel by actuating the plural actuators . a header , the header comprising: a reel assembly comprising at least one reel ; plural carrier arms coupled to the reel ; and plural cylinders coupled to the plural carrier arms and configured to move the plural carrier arms ; and a reel assembly comprising at least one reel ; plural carrier arms coupled to the reel ; and plural cylinders coupled to the plural carrier arms and configured to move the plural carrier arms ; and a control system , characterised in that the control system comprises: a first sensor configured to measure a rotational speed of the reel ; a second sensor configured to measure a force opposing rotation of the reel ; and a computing system configured to: determine a target load for the reel based on first signals from the first and second sensors and a first input; and cause movement of the reel to adjust the height of the reel according to the target load based on a change in load on the reel by actuating the plural actuators . a first sensor configured to measure a rotational speed of the reel ; a second sensor configured to measure a force opposing rotation of the reel ; and a computing system configured to: determine a target load for the reel based on first signals from the first and second sensors and a first input; and cause movement of the reel to adjust the height of the reel according to the target load based on a change in load on the reel by actuating the plural actuators . determine a target load for the reel based on first signals from the first and second sensors and a first input; and cause movement of the reel to adjust the height of the reel according to the target load based on a change in load on the reel by actuating the plural actuators .
Winding support for the defined fitting of a coil winding, comprising: - a winding section which is to be placed onto a component tooth of an electrical machine; - a groove structure which is arranged in at least one region of the winding section and extends transversely to the winding axis in order to receive a winding wire; wherein the groove structure has a cross section with two mutually opposite, inclined, flat side faces which taper in the direction of a bottom face of the groove structure , wherein the cross section of the groove structure is trapezoidal or triangular, wherein an angle of one or both side faces in relation to a depth direction of the groove structure is between 10° and 40°. - a winding section which is to be placed onto a component tooth of an electrical machine; - a groove structure which is arranged in at least one region of the winding section and extends transversely to the winding axis in order to receive a winding wire; wherein the groove structure has a cross section with two mutually opposite, inclined, flat side faces which taper in the direction of a bottom face of the groove structure , wherein the cross section of the groove structure is trapezoidal or triangular, wherein an angle of one or both side faces in relation to a depth direction of the groove structure is between 10° and 40°.
A magnetic material sintered sputtering target having a B content of 17 at% or more and 40 at% or less, optionally one or more additive elements selected from Al, Cr, Cu, Hf, Mn, Ni, Ru, Si, Ta, and W in an amount of 0.5 at% or more and 20 at% or less, the remainder being one or more elements selected from Co and Fe, wherein the target includes a B-rich phase and a B-poor phase when observed with an electron probe microanalyzer, EPMA, and a number of the B-rich phases in which a maximum inscribed circle having a diameter of 15 μm or more can be drawn in an area of 0.1 mm x 0.1 mm is one or less.
A plasterboard comprising a first layer of plaster and a second layer of plaster, characterized in that the first layer comprises activated carbon; the second layer comprises a scavenging agent; the content of scavenging agent in the first layer, expressed as percentage by weight of dry matter, is less than the content of scavenging agent in the second layer; and the second layer is free of activated carbon, characterized in that the weight ratio of the amount of scavenging agent to the amount of activated carbon in the first plaster layer is less than 1/10.
A card comprising: • a card body; and • a USB device for storing data;, and • an attachment by which the USB device can slide in and out of the card body, characterized in that • the card body is a laminate of multiple PVC layers and has a thickness of less than 1,1 mm • the USB device includes: ∘ a frame that has a cavity and that has a thickness of less than 1.1 mm; and ∘ an electronic chip configured to store the data and being accommodated in the cavity of the frame wherein a middle layer of the multiple PVC layers is provided with a cut-out portion in which the frame that accommodates the electronic chip is slideably arranged between a top and a bottom layer of the PVC-laminate. • a card body; and • a USB device for storing data;, and • an attachment by which the USB device can slide in and out of the card body, characterized in that • the card body is a laminate of multiple PVC layers and has a thickness of less than 1,1 mm • the USB device includes: ∘ a frame that has a cavity and that has a thickness of less than 1.1 mm; and ∘ an electronic chip configured to store the data and being accommodated in the cavity of the frame wherein a middle layer of the multiple PVC layers is provided with a cut-out portion in which the frame that accommodates the electronic chip is slideably arranged between a top and a bottom layer of the PVC-laminate. ∘ a frame that has a cavity and that has a thickness of less than 1.1 mm; and ∘ an electronic chip configured to store the data and being accommodated in the cavity of the frame
A method of transmitting uplink control signals in a wireless communication system using at least one subframe comprising two slots, each slot including a plurality of symbols, the wireless communication system configured to transmit a scheduling request, SR, via an assigned SR physical uplink control channel resource and to transmit an ACK/NACK via an assigned ACK/NACK physical uplink control channel resource, the method comprising: generating an ACK/NACK modulation symbol by modulating an ACK/NACK; and transmitting the ACK/NACK modulation symbol in a subframe via the assigned SR physical uplink control channel resource when a triggered SR is to be transmitted in the subframe. generating an ACK/NACK modulation symbol by modulating an ACK/NACK; and transmitting the ACK/NACK modulation symbol in a subframe via the assigned SR physical uplink control channel resource when a triggered SR is to be transmitted in the subframe.
Crusher having a protective liner , the protective liner comprising a plurality of lining segments which are arranged circumferentially along a wall of the crusher, wherein at least some of the segments have a trapezoidal shape with two bases of different lengths arranged parallel to the circumferential direction of the wall and two non-parallel legs connecting the bases, wherein at least some of the segments are arranged along the circumference of the wall such that long and short bases of adjacent segments alternate, characterised in that at least some of the segments are allowed to vary in their axial position with respect to adjacent segments to compensate for tolerances in diameter of the wall of the crusher.