mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications by a user equipment, UE, comprising: receiving signaling of a first time division duplex, TDD, uplink/downlink, UL/DL, subframe configuration for communicating with a base station, BS, wherein the first TDD UL/DL subframe configuration is signaled via a system information block, SIB; receiving signaling of at least one channel state information, CSI reporting configuration indicating at least two subframe sets, where each subframe set is associated with an interference measurement resource, IMR configuration; detecting a collision of CSI reporting for the at least two subframe sets in an uplink subframe; prioritizing one subframe set from the at least two subframe sets for CSI reporting in the uplink subframe; the method characterised in comprising: determining whether a downlink reference subframe is valid based on a dynamically-signaled second TDD UL/DL subframe configuration; and reporting CSI in the uplink subframe based at least in part on the prioritization, wherein reporting the CSI comprises altering the CSI reporting, if the downlink reference subframe is determined to not be valid, and wherein the altering comprises at least one of omitting a CSI report or sending a measurement report with a value that is at least one of: outdated or out of range. receiving signaling of a first time division duplex, TDD, uplink/downlink, UL/DL, subframe configuration for communicating with a base station, BS, wherein the first TDD UL/DL subframe configuration is signaled via a system information block, SIB; receiving signaling of at least one channel state information, CSI reporting configuration indicating at least two subframe sets, where each subframe set is associated with an interference measurement resource, IMR configuration; detecting a collision of CSI reporting for the at least two subframe sets in an uplink subframe; prioritizing one subframe set from the at least two subframe sets for CSI reporting in the uplink subframe; the method characterised in comprising: determining whether a downlink reference subframe is valid based on a dynamically-signaled second TDD UL/DL subframe configuration; and reporting CSI in the uplink subframe based at least in part on the prioritization, wherein reporting the CSI comprises altering the CSI reporting, if the downlink reference subframe is determined to not be valid, and wherein the altering comprises at least one of omitting a CSI report or sending a measurement report with a value that is at least one of: outdated or out of range. determining whether a downlink reference subframe is valid based on a dynamically-signaled second TDD UL/DL subframe configuration; and reporting CSI in the uplink subframe based at least in part on the prioritization, wherein reporting the CSI comprises altering the CSI reporting, if the downlink reference subframe is determined to not be valid, and wherein the altering comprises at least one of omitting a CSI report or sending a measurement report with a value that is at least one of: outdated or out of range.
A method for performing wireless communication by a first device, the method comprising: transmitting sidelink control information including resource allocation information and resource reservation period information; performing (S1410) re-evaluation for a first transmission resource for performing sidelink communication; reselecting (S1420) the first transmission resource based on the re-evaluation; and reselecting (S1430) a second transmission resource based on the reselection of the first transmission resource, wherein the second transmission resource is a resource selected by the first device before the first transmission resource is reselected, wherein the second transmission resource is a resource not reserved by the first device, and wherein a third transmission resource in only one subsequent period that has already been signaled by the sidelink control information is not subject to the re-evaluation. transmitting sidelink control information including resource allocation information and resource reservation period information; performing (S1410) re-evaluation for a first transmission resource for performing sidelink communication; reselecting (S1420) the first transmission resource based on the re-evaluation; and reselecting (S1430) a second transmission resource based on the reselection of the first transmission resource, wherein the second transmission resource is a resource selected by the first device before the first transmission resource is reselected, wherein the second transmission resource is a resource not reserved by the first device, and wherein a third transmission resource in only one subsequent period that has already been signaled by the sidelink control information is not subject to the re-evaluation.
A first dead front terminal system comprising: a first connecting device comprising a first housing having an outer semi-conductive layer and a first chamber defined by at least one wall wherein the outer semi-conductive layer comprises a portion of at least one wall of the first chamber , a first cable assembly having an exposed cable insulation shield layer and an exposed cable metallic ground layer , at least a portion of the first cable assembly positioned within the first chamber of the first connecting device , characterized in that the first connecting device includes a removable support core to radially expand the first chamber and that extends from an end of an upper portion of the first chamber to beyond an open end of the first chamber through which the first cable assembly is inserted, comprising a helically wound ribbon that can be unraveled to cause the first chamber to contract and form a tight seal around the first cable assembly after the first cable assembly is inserted within the first chamber such that, when the first dead front terminal system is assembled, the cable insulation shield layer and the cable metallic ground layer are electrically insulated and isolated from the outer semi-conductive layer of the connecting device , wherein the cable metallic ground layer is adapted to be electrically connected to a first external conductor and wherein both of the cable insulation shield layer and the cable metallic ground layer are electrically insulated and isolated from the outer semi-conductor layer of the connecting device by an insulating sleeve . a first connecting device comprising a first housing having an outer semi-conductive layer and a first chamber defined by at least one wall wherein the outer semi-conductive layer comprises a portion of at least one wall of the first chamber , a first cable assembly having an exposed cable insulation shield layer and an exposed cable metallic ground layer , at least a portion of the first cable assembly positioned within the first chamber of the first connecting device ,
A system for maintaining moisture in a textile electrode , the system comprising: a single knitted textile layer having a textile electrode region knitted therein and an insulated region, wherein the insulated region is knitted from an electrically insulated or electrically inert yarn, adjacent to the textile electrode region, the textile layer having an inner side and an outer side opposite the inner side , the inner side of the textile electrode region being exposed and configured to contact against a user's skin ; the textile electrode region and insulated region together define a continuous textile section: a reservoir material positioned above the outer side of the textile electrode region ; wherein the textile electrode region is knitted from an electrically conductive yarn having an exposed electrically conductive surface and the system further comprises an outer sealing layer positioned above the reservoir material , the outer sealing layer creating a moisture barrier between the textile electrode region and the rest of the textile layer by extending over and around the reservoir material and the textile electrode region . a single knitted textile layer having a textile electrode region knitted therein and an insulated region, wherein the insulated region is knitted from an electrically insulated or electrically inert yarn, adjacent to the textile electrode region, the textile layer having an inner side and an outer side opposite the inner side , the inner side of the textile electrode region being exposed and configured to contact against a user's skin ; the textile electrode region and insulated region together define a continuous textile section: a reservoir material positioned above the outer side of the textile electrode region ; wherein the textile electrode region is knitted from an electrically conductive yarn having an exposed electrically conductive surface and the system further comprises an outer sealing layer positioned above the reservoir material , the outer sealing layer creating a moisture barrier between the textile electrode region and the rest of the textile layer by extending over and around the reservoir material and the textile electrode region . a reservoir material positioned above the outer side of the textile electrode region ; wherein the textile electrode region is knitted from an electrically conductive yarn having an exposed electrically conductive surface and the system further comprises an outer sealing layer positioned above the reservoir material , the outer sealing layer creating a moisture barrier between the textile electrode region and the rest of the textile layer by extending over and around the reservoir material and the textile electrode region .
A travel control method of a travel control device that can switch between an automatic driving mode in which travel of an own vehicle is controlled to locate a lateral position of the own vehicle at a predetermined position with respect to a lane marker of a lane in which the own vehicle is traveling or with respect to a preceding vehicle traveling ahead of the own vehicle in the lane and a manual driving mode in which travel of the own vehicle is not controlled, the method comprising: when switching from the manual driving mode to the automatic driving mode is performed, calculating a steering-angle target value required to locate the lateral position of the own vehicle with respect to the lane at a predetermined position; computing a target value of steering torque required to cause an actual steering angle to match the steering-angle target value; adjusting a gain value by which the target value of steering torque is to be multiplied, to adjust an actual steering torque; characterized by determining whether the own vehicle deviates from the lane; if it is determined that the own vehicle does not deviate from the lane, setting the gain value in a time from when switching to the automatic driving mode is performed until a predetermined time passes smaller than the gain value after the predetermined time has passed; and if it is determined that the own vehicle deviates from the lane, setting the gain value in a time from when switching to the automatic driving mode is performed until the predetermined time passes equal to the gain value after the predetermined time has passed. when switching from the manual driving mode to the automatic driving mode is performed, calculating a steering-angle target value required to locate the lateral position of the own vehicle with respect to the lane at a predetermined position; computing a target value of steering torque required to cause an actual steering angle to match the steering-angle target value; adjusting a gain value by which the target value of steering torque is to be multiplied, to adjust an actual steering torque; characterized by determining whether the own vehicle deviates from the lane; if it is determined that the own vehicle does not deviate from the lane, setting the gain value in a time from when switching to the automatic driving mode is performed until a predetermined time passes smaller than the gain value after the predetermined time has passed; and if it is determined that the own vehicle deviates from the lane, setting the gain value in a time from when switching to the automatic driving mode is performed until the predetermined time passes equal to the gain value after the predetermined time has passed.
A computer implemented method for use in machine to machine, M2M, network; the method comprising: receiving , at a billing and analytics system (390; 490), data from one or more network elements (302A, 302B, 303C; 402A, 402B, 403C); receiving , at the billing and analytics system (390; 490), detailed network data (305; 405); correlating , at a correlator (310; 410) of the billing and analytics system (390; 490), the data received from the one or more network elements (302A, 302B, 303C; 402A, 402B, 403C) with the detailed network data (305; 405) to create correlated bit metadata reflecting activity of the one or more network elements (302A, 302B, 303C; 402A, 402B, 403C) on the M2M network, categorizing , by a classifier (320; 420) of the billing and analytics system (390; 490), the correlated data into one or more predetermined event based categories (325; 425), wherein the one or more predetermined event based categories (325; 425) are associated with one or more billable events; and prioritizing, by a ranking engine , the categorized data from the one or more predetermined event based categories into an invoicing structure to output arranged invoices wherein the categorized events are arranged to fulfill the customer or operator billing needs. receiving , at a billing and analytics system (390; 490), data from one or more network elements (302A, 302B, 303C; 402A, 402B, 403C); receiving , at the billing and analytics system (390; 490), detailed network data (305; 405); correlating , at a correlator (310; 410) of the billing and analytics system (390; 490), the data received from the one or more network elements (302A, 302B, 303C; 402A, 402B, 403C) with the detailed network data (305; 405) to create correlated bit metadata reflecting activity of the one or more network elements (302A, 302B, 303C; 402A, 402B, 403C) on the M2M network, categorizing , by a classifier (320; 420) of the billing and analytics system (390; 490), the correlated data into one or more predetermined event based categories (325; 425), wherein the one or more predetermined event based categories (325; 425) are associated with one or more billable events; and prioritizing, by a ranking engine , the categorized data from the one or more predetermined event based categories into an invoicing structure to output arranged invoices wherein the categorized events are arranged to fulfill the customer or operator billing needs.
A railing spar for an advancing railing comprising at least a first and a second connecting means (13; 16) for respective fastening to a connection element of a railing post , wherein the railing spar is tubular , in particular in the form of a hollow tube with a longitudinal axis (Q), and extends along this longitudinal axis (Q), wherein the railing spar comprises a first and a second section (18; 19), the first section comprising the first connection means and the second section comprising the second connecting means , the first section and the second section of the railing spar being connected to one another by connecting means , and the railing spar comprising precisely one elongated hole extending in the direction of the longitudinal axis (Q), which is located in the second section of the railing spar, and wherein the first connecting means is in a fixed spatial relationship to the railing spar , characterised in that the second connecting means is arranged in the elongated hole so as to be movable, in particular displaceable, along the longitudinal axis (Q) and in that the connecting means movable along the longitudinal axis (Q) of the elongated hole is formed as a body with a through-opening and an external groove, in particular as guide rollers with a flange on both sides or a circumferential external groove, which is guided between the inner side of the elongated hole .
A method of event reporting between a first node (30; 42; 44) and a second node (30; 46; 50) of a mobile telecommunications network, the method comprising: the first node (30; 42; 44) receiving, from the second node (30; 46; 50), a first attribute value pair in a message of a Diameter protocol for implementing communication between the first node (30; 42; 44) and the second node (30; 46; 50), the first attribute value pair specifying a type of an event which is to be reported from the first node (30; 42; 44) to the second node (30; 46; 50); the first node (30; 42; 44) receiving, from the second node (30; 46; 50), a second attribute value pair of the Diameter protocol, the second attribute value pair comprising additional information for specifying a subtype of the event to be reported, the second attribute value pair being associated with the first attribute value pair by comprising an indication of the type of the event specified in the first attribute value pair, wherein the second attribute value pair of the Diameter protocol is included in the message of the Diameter protocol; and in response to the first node (30; 42; 44) detecting the event of said type and subtype, the first node (30; 42; 44) sending a report of the detected event to the second node (30; 46; 50). the first node (30; 42; 44) receiving, from the second node (30; 46; 50), a first attribute value pair in a message of a Diameter protocol for implementing communication between the first node (30; 42; 44) and the second node (30; 46; 50), the first attribute value pair specifying a type of an event which is to be reported from the first node (30; 42; 44) to the second node (30; 46; 50); the first node (30; 42; 44) receiving, from the second node (30; 46; 50), a second attribute value pair of the Diameter protocol, the second attribute value pair comprising additional information for specifying a subtype of the event to be reported, the second attribute value pair being associated with the first attribute value pair by comprising an indication of the type of the event specified in the first attribute value pair, wherein the second attribute value pair of the Diameter protocol is included in the message of the Diameter protocol; and in response to the first node (30; 42; 44) detecting the event of said type and subtype, the first node (30; 42; 44) sending a report of the detected event to the second node (30; 46; 50).
Connection-body system which is intended for a sanitary flush-mounted fitting and comprises a connection body having at least one connection for a water line and also a fastening ring , a) wherein the connection-body system comprises an adjustable fastening device, by means of which the connection body can be fastened at different installation depths and which comprises: aa) the fastening ring , which can be secured in different positions on the connection body ; ab) at least one arresting means (11 to 14) for arresting the fastening ring on the connection body ; wherein b) the fastening ring is produced from elastic/flexible material; c) the fastening ring can be opened at an interruption location and can be widened elastically such that it can be pushed onto the connection body from the side; d) at its interruption location, the fastening ring has two end regions with reduced width which can be guided over one another, and fixed on one another, for the purpose of closing the fastening ring ; characterized in that e) each end region has a fastening peg and a hole , wherein, in the closed state of the fastening ring , the fastening peg of the one end region engages in each case in the hole of the other end region . a) wherein the connection-body system comprises an adjustable fastening device, by means of which the connection body can be fastened at different installation depths and which comprises: aa) the fastening ring , which can be secured in different positions on the connection body ; ab) at least one arresting means (11 to 14) for arresting the fastening ring on the connection body ; wherein aa) the fastening ring , which can be secured in different positions on the connection body ; ab) at least one arresting means (11 to 14) for arresting the fastening ring on the connection body ; b) the fastening ring is produced from elastic/flexible material; c) the fastening ring can be opened at an interruption location and can be widened elastically such that it can be pushed onto the connection body from the side; d) at its interruption location, the fastening ring has two end regions with reduced width which can be guided over one another, and fixed on one another, for the purpose of closing the fastening ring ; characterized in that e) each end region has a fastening peg and a hole , wherein, in the closed state of the fastening ring , the fastening peg of the one end region engages in each case in the hole of the other end region .
A gearbox mounting link configured to link a gas turbine engine structure and a gearbox mounting location, the mounting link comprising: an engine attachment piece configured to be rotatably secured to a gas turbine engine structure, the engine attachment piece comprising an engine attachment portion and a first link connection portion ; a gearbox attachment piece configured to be rotatably secured to a gearbox, the gearbox attachment piece comprising a gearbox attachment portion and a second link connection portion ; a breakable primary retention element rigidly constraining the gearbox attachment piece with respect to the engine attachment piece in a single degree of freedom, and configured to shear at a breakpoint load; and a durable secondary retention element loosely constraining the gearbox attachment piece with respect to the engine attachment piece in the single degree of freedom, and configured to withstand the breakpoint load; characterized in that one of the first and second link connection portions comprises paired plates separated by a gap and connected by endwalls bracketing the gap, and the other of the first and second link connection portions comprises a single plate situated within the gap, between the paired plates, in a friction fit with the endwalls. an engine attachment piece configured to be rotatably secured to a gas turbine engine structure, the engine attachment piece comprising an engine attachment portion and a first link connection portion ; a gearbox attachment piece configured to be rotatably secured to a gearbox, the gearbox attachment piece comprising a gearbox attachment portion and a second link connection portion ; a breakable primary retention element rigidly constraining the gearbox attachment piece with respect to the engine attachment piece in a single degree of freedom, and configured to shear at a breakpoint load; and a durable secondary retention element loosely constraining the gearbox attachment piece with respect to the engine attachment piece in the single degree of freedom, and configured to withstand the breakpoint load; characterized in that one of the first and second link connection portions comprises paired plates separated by a gap and connected by endwalls bracketing the gap, and the other of the first and second link connection portions comprises a single plate situated within the gap, between the paired plates, in a friction fit with the endwalls.