mhurhangee/patent-ind-claim-en huggingface dataset:
A user terminal configured to communicate with a Frequency Division Duplex, FDD, cell and a Time Division Duplex, TDD, cell by using carrier aggregation, the user terminal comprising: a receiving section configured to receive Downlink, DL, signals transmitted from the cells; and a feedback control section configured to allocate and feed back transmission acknowledgment signals in response to the DL signals in an uplink control channel of a predetermined cell, with reference to two tables in which at least states of transmission acknowledgment signals, Physical Uplink Control Channel, PUCCH, resources and Quadrature Phase Shift Keying, QPSK, symbol points are associated with each other, wherein: the predetermined cell is one of the TDD cell or FDD cell, the two tables define different contents between the FDD cell and the TDD cell; the feedback control section is configured to determine which of the table for the TDD cell and the table for the FDD cell to reference, in the carrier aggregation of the FDD cell and the TDD cell, based on whether the predetermined cell that feeds back the transmission acknowledgement signals is the TDD cell or the FDD cell, and the feedback control section is configured to employ PUCCH format 1b with channel selection. a receiving section configured to receive Downlink, DL, signals transmitted from the cells; and a feedback control section configured to allocate and feed back transmission acknowledgment signals in response to the DL signals in an uplink control channel of a predetermined cell, with reference to two tables in which at least states of transmission acknowledgment signals, Physical Uplink Control Channel, PUCCH, resources and Quadrature Phase Shift Keying, QPSK, symbol points are associated with each other, wherein: the predetermined cell is one of the TDD cell or FDD cell, the two tables define different contents between the FDD cell and the TDD cell; the feedback control section is configured to determine which of the table for the TDD cell and the table for the FDD cell to reference, in the carrier aggregation of the FDD cell and the TDD cell, based on whether the predetermined cell that feeds back the transmission acknowledgement signals is the TDD cell or the FDD cell, and the feedback control section is configured to employ PUCCH format 1b with channel selection. the predetermined cell is one of the TDD cell or FDD cell, the two tables define different contents between the FDD cell and the TDD cell; the feedback control section is configured to determine which of the table for the TDD cell and the table for the FDD cell to reference, in the carrier aggregation of the FDD cell and the TDD cell, based on whether the predetermined cell that feeds back the transmission acknowledgement signals is the TDD cell or the FDD cell, and the feedback control section is configured to employ PUCCH format 1b with channel selection.
System for driving motors for operating switching units, in particular for an electrical supply substation, comprising control units (1000, 1001, 1002, 1003, 1004, 1005, ...) for controlling said motors, characterized in that it comprises, to have only one of said motors in operation at a time, a device for managing the priority of operation of the motors which is provided with a first line , referred to as the parallel line, carrying a binary datum comprising a first state representative of the stopping of all of the motors and a second state representative of the operation of any one of the motors, to which the units are connected in parallel, said parallel line being connected to a device for preventing the starting of the motor of each of the units and a second line , referred to as the series line, to which the units (1001, 1002, 1003, ...) are connected in series in an upstream/downstream chain, said series line constituting a means for inhibiting the operation of the motors downstream of said any one of said motors on detection of a signal for starting said any one of said motors, to which the units are connected in series, said series line being connected to a device for inhibiting the operation of the motor of each of the units.
A method of detecting attacks on a communication authentication layer of an in-vehicle network , the method comprising: determining, by at least one network node , at least one attack attempt on the communication authentication layer of the in-vehicle network , wherein the determination is carried out by identifying anomalies in at least one of messages, data and metadata directed to the communication authentication layer ; and wherein the determination is carried out by: counting, by the at least one network node , the number of valid messages and the number of invalid messages received by the node during a predefined time interval, and identifying an anomaly based on one of two alternatives: the first alternative being the number of valid messages is less than a first threshold and the number of invalid messages is greater than a second threshold, and the second alternative being relating the number of valid messages to the number of invalid messages to a ratio; and selecting, by the at least one network node, a response corresponding to the determined attack attempt, said response selected from at least one of: modification of parameter values corresponding to a security protocol; a failsafe response; and rejection of messages identified as anomalies. the first alternative being the number of valid messages is less than a first threshold and the number of invalid messages is greater than a second threshold, and the second alternative being relating the number of valid messages to the number of invalid messages to a ratio; and selecting, by the at least one network node, a response corresponding to the determined attack attempt, said response selected from at least one of: modification of parameter values corresponding to a security protocol; a failsafe response; and rejection of messages identified as anomalies. modification of parameter values corresponding to a security protocol; a failsafe response; and rejection of messages identified as anomalies.
Head for a formwork prop, comprising a lower pin for connecting to the prop, a support base for beams and four projections arranged so as to form a rectangle that defines a long side and a short side, in which each projection is arranged in a corner of the rectangle, said rectangle delimiting the beam-receiving region, wherein it comprises two plates perpendicular to the support base, the plates being arranged in parallel with one another and in parallel with the long side, in such a way that they leave a space for a beam between plates and leave a space for a beam in each case in the space between the ends of the plates and one of the projections, characterized in that each plate has least two receptacles for securing beams .
A system for use in fluid jetting, the system comprising: a first print module comprising a first row of nozzles; a second print module comprising a second row of nozzles; and a controller to receive a first data packet from a remote device at a first moment and a second data packet from the remote device at a second moment after the first moment, the first data packet and the second data packet each containing image data for the first print module and the second print module; wherein upon receipt of the first data packet, the controller is configured to cause at least some nozzles in the first row, at a third moment, to eject fluid droplets onto a line on a substrate , and upon receipt of the second data packet, the controller is configured to cause at least some nozzles in the second row, at a fourth moment separated from the third moment by a time delay, to eject fluid droplets onto the line on the substrate , characterized in that the time delay comprises a first portion being integer times a length of a jetting cycle and a second portion being a fraction of the length of the jetting cycle, and wherein the time difference between the first and second moments equals the first portion of the time delay and the second portion of the time delay is encoded in at least one of the first and second data packets, and the first portion of the time delay is not encoded in the first and second data packets, wherein the time delay, the first portion, and the second portion are calculated by the remote device . a first print module comprising a first row of nozzles; a second print module comprising a second row of nozzles; and a controller to receive a first data packet from a remote device at a first moment and a second data packet from the remote device at a second moment after the first moment, the first data packet and the second data packet each containing image data for the first print module and the second print module; wherein upon receipt of the first data packet, the controller is configured to cause at least some nozzles in the first row, at a third moment, to eject fluid droplets onto a line on a substrate , and upon receipt of the second data packet, the controller is configured to cause at least some nozzles in the second row, at a fourth moment separated from the third moment by a time delay, to eject fluid droplets onto the line on the substrate , characterized in that the time delay comprises a first portion being integer times a length of a jetting cycle and a second portion being a fraction of the length of the jetting cycle, and wherein the time difference between the first and second moments equals the first portion of the time delay and the second portion of the time delay is encoded in at least one of the first and second data packets, and the first portion of the time delay is not encoded in the first and second data packets, wherein the time delay, the first portion, and the second portion are calculated by the remote device .
A method of link adaptation in a wireless communication network including a first serving point providing a multi-user full duplex mode that enables an uplink from a first wireless device and a downlink to a second wireless device simultaneously in a single frequency band comprising: requesting by the first serving point from the second wireless device a first channel quality indicator indicating channel quality between the first serving point and the second wireless device in a full duplex time period and a second channel quality indicator indicating channel quality between the first serving point and the second wireless device in non-full duplex time period; evaluating the full duplex mode using the first and second channel quality indicators; and adjusting at least one parameter of the full duplex mode based on the evaluating. requesting by the first serving point from the second wireless device a first channel quality indicator indicating channel quality between the first serving point and the second wireless device in a full duplex time period and a second channel quality indicator indicating channel quality between the first serving point and the second wireless device in non-full duplex time period; evaluating the full duplex mode using the first and second channel quality indicators; and adjusting at least one parameter of the full duplex mode based on the evaluating.
A method , in a radio access network node configured to support the transmission of multi-user superposition transmissions, where multi-user superposition transmission comprises transmitting, in each of a plurality of time-frequency resource elements, a modulation symbol intended for a first user equipment, UE, and a modulation symbol intended for a second UE, using the same antennas and the same antenna precoding, the method comprising: receiving multiple channel-state information, CSI, reports from the first UE for a first reporting instance, wherein the received multiple CSI reports from the first UE comprise multiple precoding matrix indicators, PMIs, and correspond to different ranks for data transmission to the first UE and wherein one or more of the received multiple CSI reports correspond to one or more respective multi-user superposition transmission states, the one or more multi-user superposition transmission states being particular combinations of allocated transmission power and transmit antenna precoding; and determining whether to use multi-user superposition transmission or an orthogonal multiple access transmission for scheduling the first UE in a first scheduling interval, based on a comparison of the PMIs of the received multiple CSI reports from the first UE to a PMI of a CSI report obtained from the second UE. receiving multiple channel-state information, CSI, reports from the first UE for a first reporting instance, wherein the received multiple CSI reports from the first UE comprise multiple precoding matrix indicators, PMIs, and correspond to different ranks for data transmission to the first UE and wherein one or more of the received multiple CSI reports correspond to one or more respective multi-user superposition transmission states, the one or more multi-user superposition transmission states being particular combinations of allocated transmission power and transmit antenna precoding; and determining whether to use multi-user superposition transmission or an orthogonal multiple access transmission for scheduling the first UE in a first scheduling interval, based on a comparison of the PMIs of the received multiple CSI reports from the first UE to a PMI of a CSI report obtained from the second UE.
A combination of a washing machine and a combined detergent and filter unit comprising at least one pocket configured to contain detergent or other chemical compound(s) intended for at least one phase of a washing program, and that the combined detergent and filter unit comprises two sides, an inlet side and an outlet side , and the sides of the combined detergent and filter unit are intended for inlet and outlet liquid, respectively, into and out from the combined detergent and filter unit , said inlet side and said outlet side are constituted by liquid permeable filter members, an inlet side filter member and an outlet side filter member, respectively, characterized in that the combined detergent and filter unit is provided with a sealing edge configured to attach the inlet side to the outlet side , and configured to serve as a sealing when the combined detergent and filter unit is mounted in a unit receiving member of the washing machine such that liquid is forced to pass through the combined detergent and filter unit , via the filter members, wherein the unit receiving member comprises a sealing structure provided at inner surfaces of the receiving member , and wherein the sealing structure is configured to engage said combined detergent and filter unit by applying a pressure on the inlet and outlet sides of the combined detergent and filter unit , such that said at least one pockets is/are effectively liquid sealed. the combined detergent and filter unit is provided with a sealing edge configured to attach the inlet side to the outlet side , and configured to serve as a sealing when the combined detergent and filter unit is mounted in a unit receiving member of the washing machine such that liquid is forced to pass through the combined detergent and filter unit , via the filter members, wherein the unit receiving member comprises a sealing structure provided at inner surfaces of the receiving member , and wherein the sealing structure is configured to engage said combined detergent and filter unit by applying a pressure on the inlet and outlet sides of the combined detergent and filter unit , such that said at least one pockets is/are effectively liquid sealed.
A transformable wick device comprising: a plurality of bodies connected together, wherein the plurality of bodies has flexible connections, and therefore positionable along a line of various types, and a connector interconnecting the plurality of bodies , wherein the connector is flexible such that its shape is adapted to be transformed, and wherein when the connector transforms shapes, the plurality of bodies is arranged in a shape conforming to a shape of the connector , the plurality of bodies has first portions and the connector interconnects the first portions , and the first portions define holes , and wherein the connector is inserted in the holes , wherein each of the first portions has two ends spaced from each other, wherein the plurality of bodies has second portions adapted to be immersed in fuel, and wherein each of the second portions has a first section which extends axially from one of two ends of the first portion and a second section which extends axially from the other of two ends of the first , and wherein for each second portion , the first section has a first length which extends axially from the one of two ends of the first portion , a bend which extends from the first length, a second length which extends from the first length, a third length which extends from the second length and extends along the first length, a fourth length which extends from the third length and forms an annulus extending along the first portions , and a fifth length which extends from the fourth length and extends along the second section of the second portion . a plurality of bodies connected together, wherein the plurality of bodies has flexible connections, and therefore positionable along a line of various types, and a connector interconnecting the plurality of bodies , wherein the connector is flexible such that its shape is adapted to be transformed, and wherein when the connector transforms shapes, the plurality of bodies is arranged in a shape conforming to a shape of the connector , the plurality of bodies has first portions and the connector interconnects the first portions , and the first portions define holes , and wherein the connector is inserted in the holes , wherein each of the first portions has two ends spaced from each other, wherein the plurality of bodies has second portions adapted to be immersed in fuel, and wherein each of the second portions has a first section which extends axially from one of two ends of the first portion and a second section which extends axially from the other of two ends of the first , and wherein for each second portion , the first section has a first length which extends axially from the one of two ends of the first portion , a bend which extends from the first length, a second length which extends from the first length, a third length which extends from the second length and extends along the first length, a fourth length which extends from the third length and forms an annulus extending along the first portions , and a fifth length which extends from the fourth length and extends along the second section of the second portion .
A rotor blade of a wind energy installation with a longitudinal extent which extends from a rotor blade root to a rotor blade tip , wherein the rotor blade has an aerodynamic cross-sectional profile in at least one region of its longitudinal extent, which has a profile leading edge and a profile trailing edge which are connected via a suction side and a pressure side of the cross-sectional profile, wherein the aerodynamic cross-sectional profile has a region with a blunt trailing edge , wherein, in a region close to the blade root, at least partially in the region with the blunt trailing edge , a lift reduction device is arranged on the suction side , which lift reduction device is reversibly movable between a position which is neutral in terms of lift, without lift reduction, and a lift reduction operating position , wherein, in at least one region of the blunt trailing edge , a pressure resistance reduction device is arranged, the length of which is substantially equal to from half of the height to the full height of the blunt trailing edge .
A method for preparing a biocompatible tissue for revitalization thereof, characterized in that said tissue has an essentially tubular shape; said method providing the following operations: - inserting a support that mainly extends along a longitudinal extension axis (Y) inside the cavity defined by said tissue ; - performing on the outer and/or inner surface of said tissue one or more holes spread out on at least one of the generatrixes of said tissue , said one or more holes being made with a depth which occupies at least a part of the thickness of said tissue . - inserting a support that mainly extends along a longitudinal extension axis (Y) inside the cavity defined by said tissue ; - performing on the outer and/or inner surface of said tissue one or more holes spread out on at least one of the generatrixes of said tissue , said one or more holes being made with a depth which occupies at least a part of the thickness of said tissue .
A media system comprising: a transcoding apparatus which receives preferably high resolution media data and converts these into a media stream with low resolution and a media stream with high resolution, a logging apparatus which receives the media stream with low resolution and optionally also the media stream with high resolution, and displays the media data thereof to a user, wherein the logging apparatus is further configured to instantly accesses the media stream with low resolution and optionally to access also the media stream with high resolution, and to add metadata to individual images of the media data; wherein the transcoding apparatus provides the low resolution media stream and the high resolution media stream with an identical media stream identifier, wherein individual corresponding images of the media data in the two media streams are provided with an identical identification code by the transcoding device, the respective metadata having an identification code of the corresponding image for identifying and assigning the individual metadata to individual images, and the metadata being linked to the media data by means of the media stream identifier. a transcoding apparatus which receives preferably high resolution media data and converts these into a media stream with low resolution and a media stream with high resolution, a logging apparatus which receives the media stream with low resolution and optionally also the media stream with high resolution, and displays the media data thereof to a user, wherein the logging apparatus is further configured to instantly accesses the media stream with low resolution and optionally to access also the media stream with high resolution, and to add metadata to individual images of the media data; wherein the transcoding apparatus provides the low resolution media stream and the high resolution media stream with an identical media stream identifier, wherein individual corresponding images of the media data in the two media streams are provided with an identical identification code by the transcoding device, the respective metadata having an identification code of the corresponding image for identifying and assigning the individual metadata to individual images, and the metadata being linked to the media data by means of the media stream identifier.
A system (100;200) for collecting a biological sample from a passenger cabin comprising: a collector for collecting particulate samples of the biological sample positioned within at least one of a passenger cabin or a cabin air outflow flow path ; wherein the collector includes a continuous strip of collector material positioned along a lengthwise side of the passenger cabin between a hull wall and the passenger cabin. a collector for collecting particulate samples of the biological sample positioned within at least one of a passenger cabin or a cabin air outflow flow path ; wherein the collector includes a continuous strip of collector material positioned along a lengthwise side of the passenger cabin between a hull wall and the passenger cabin.