mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment, UE, in a communication system, the UE comprising: a transceiver ; and at least one processor operably coupled to the transceiver and configured to: receive, from a base station , configuration information indicating K channel state information, CSI, reference signal, RS, resources for measurement by the UE ; measure a reference signal received power, RSRP, for one or more of the K CSI-RS resources; select N CSI-RS resources of the K CSI-RS resources for reporting in a reporting instance; and transmit, to the base station , a report for the N CSI-RS resources, wherein the report includes CSI-RS resource indexes, CRIs, and RSRP values, wherein the CRIs comprises a CSI-RS resource index, CRI, for each of the N CSI-RS resources, wherein the RSRP values comprises a RSRP value for one of the N CSI-RS resources, and a differential RSRP value for each of one or more others of the N CSI-RS resources, and wherein the RSRP value and the differential RSRP value have different bit widths. a transceiver ; and at least one processor operably coupled to the transceiver and configured to: receive, from a base station , configuration information indicating K channel state information, CSI, reference signal, RS, resources for measurement by the UE ; measure a reference signal received power, RSRP, for one or more of the K CSI-RS resources; select N CSI-RS resources of the K CSI-RS resources for reporting in a reporting instance; and transmit, to the base station , a report for the N CSI-RS resources, wherein the report includes CSI-RS resource indexes, CRIs, and RSRP values, wherein the CRIs comprises a CSI-RS resource index, CRI, for each of the N CSI-RS resources, wherein the RSRP values comprises a RSRP value for one of the N CSI-RS resources, and a differential RSRP value for each of one or more others of the N CSI-RS resources, and wherein the RSRP value and the differential RSRP value have different bit widths. receive, from a base station , configuration information indicating K channel state information, CSI, reference signal, RS, resources for measurement by the UE ; measure a reference signal received power, RSRP, for one or more of the K CSI-RS resources; select N CSI-RS resources of the K CSI-RS resources for reporting in a reporting instance; and transmit, to the base station , a report for the N CSI-RS resources, wherein the report includes CSI-RS resource indexes, CRIs, and RSRP values, wherein the CRIs comprises a CSI-RS resource index, CRI, for each of the N CSI-RS resources, wherein the RSRP values comprises a RSRP value for one of the N CSI-RS resources, and a differential RSRP value for each of one or more others of the N CSI-RS resources, and wherein the RSRP value and the differential RSRP value have different bit widths.
A recombinant AAVrh.74 vector comprising an MHCK7 muscle-specific promoter/enhancer operably linked to the nucleotide sequence of SEQ ID NO: 1, wherein the recombinant AAVrh.74 vector comprises a 5' AAV2 inverted terminal repeat (ITR), the MHCK7 muscle-specific promoter/enhancer, an SV40 intron, the nucleotide sequence of SEQ ID NO: 1, a synthetic polyadenylation (PolyA) signal and a 3' AAV2 ITR.
Adapter element for fastening a sheet-like element , in particular an awning, to a vehicle , - having an adapter body which has a first edge region for fastening the adapter element to a vehicle and a second edge region for fastening a sheet-like element to the adapter element , - wherein the first edge region of the adapter body is provided with a vehicle connection element (10; 20, 22; 30) for releasably fastening the first edge region to a vehicle , and - wherein the second edge region of the adapter body is provided at the second edge region with a sheet-like-element connection element for detachably fastening the second edge region to an edge region (66a-c) of a sheet-like element , characterized - in that the first edge region of the adapter body is equipped with at least two different types of vehicle connection elements (10; 20, 22; 30), each for releasably fastening the first edge region to a vehicle . - having an adapter body which has a first edge region for fastening the adapter element to a vehicle and a second edge region for fastening a sheet-like element to the adapter element , - wherein the first edge region of the adapter body is provided with a vehicle connection element (10; 20, 22; 30) for releasably fastening the first edge region to a vehicle , and - wherein the second edge region of the adapter body is provided at the second edge region with a sheet-like-element connection element for detachably fastening the second edge region to an edge region (66a-c) of a sheet-like element , - in that the first edge region of the adapter body is equipped with at least two different types of vehicle connection elements (10; 20, 22; 30), each for releasably fastening the first edge region to a vehicle .
A transmission having at least one shifting assembly comprising: - a first component ; - a second component ; and - a third component , wherein the components interact in dependence on the shifting state in that: - a friction clutch is arranged between the first component and the second component ; - a positively locking clutch is arranged between the second component and the third component ; and - a positively locking clutch is arranged between the second component and the third component ; and wherein a connection means is provided that connects a coupling part of the friction clutch to a coupling part of the positively locking clutch , characterized in that at least one of the components is configured as rotationally fixed. - a first component ; - a second component ; and - a third component , - a friction clutch is arranged between the first component and the second component ; - a positively locking clutch is arranged between the second component and the third component ; and - a positively locking clutch is arranged between the second component and the third component ; and wherein a connection means is provided that connects a coupling part of the friction clutch to a coupling part of the positively locking clutch , characterized in that at least one of the components is configured as rotationally fixed. and wherein a connection means is provided that connects a coupling part of the friction clutch to a coupling part of the positively locking clutch , characterized in that at least one of the components is configured as rotationally fixed.
A method of controlling communication of a user equipment in a mobile network with a plurality of access networks , comprising: a control node , which is controlling access of the user equipment to that one of the access networks currently used by the user equipment , performing a determination of an access capability of the user equipment in said access network ; • providing an indication of the determined access capability to a subscriber database associated with the user equipment ; • when transmitting the indication , starting a guard timer; • after determining the access capability, the control node receiving an update indication for the user equipment ; • in response to receiving the update indication , the control node performing a redetermination of the access capability; • checking if the guard timer has expired; and • only if the guard timer has not expired, the control node providing a further indication of the re-determined access capability to the subscriber database . • providing an indication of the determined access capability to a subscriber database associated with the user equipment ; • when transmitting the indication , starting a guard timer; • after determining the access capability, the control node receiving an update indication for the user equipment ; • in response to receiving the update indication , the control node performing a redetermination of the access capability; • checking if the guard timer has expired; and • only if the guard timer has not expired, the control node providing a further indication of the re-determined access capability to the subscriber database .
A method for mounting a connecting end fitting of a tubular flexible pipe for conveying a fluid in a marine environment, said pipe being an unbonded pipe and comprising in particular an internal pressure sheath and at least one tensile armor layer wound with a long pitch around the pressure sheath , said method comprising the following steps: a) a flexible pipe is provided having a pipe end on which the connecting end fitting is to be mounted, b) a stripped pipe portion is formed at said pipe end by removing the outer layer or layers surrounding said at least one tensile armor layer , c) each armor wire of said at least one tensile armor layer is bent, toward the rear of the flexible pipe , by applying a bending force F to each armor wire , d) said connecting end fitting is connected to said pipe end , said method being characterized in that in step c), said bending force F is applied to each armor wire by means of an application tool which is capable of sliding along the wire and in that in step c), the point of application P of said bending force F moves continuously along said armor wire by gradually moving closer to the point of transition in the vicinity of the zone of bending of the wire . a) a flexible pipe is provided having a pipe end on which the connecting end fitting is to be mounted, b) a stripped pipe portion is formed at said pipe end by removing the outer layer or layers surrounding said at least one tensile armor layer , c) each armor wire of said at least one tensile armor layer is bent, toward the rear of the flexible pipe , by applying a bending force F to each armor wire , d) said connecting end fitting is connected to said pipe end , said method being characterized in that in step c), said bending force F is applied to each armor wire by means of an application tool which is capable of sliding along the wire and in that in step c), the point of application P of said bending force F moves continuously along said armor wire by gradually moving closer to the point of transition in the vicinity of the zone of bending of the wire .
A method of wireless communication by a user equipment, UE, the method comprising: determining whether a number of unsuccessful repetitions associated with performance of a first type of beam scanning exceeds a repetition threshold; and performing a second type of beam scanning based on the determination that the number of unsuccessful repetitions exceeded the repetition threshold, wherein the first type of beam scanning includes beam refinement using a first set of directional beams associated with a first subarray, the first subarray corresponding to use of a current serving beam, and wherein the second type of beam scanning includes beam scanning using a pseudo-omni beam associated with a second subarray that is different from the first subarray, or wherein the first type of beam scanning includes beam scanning using a pseudo-omni beam associated with a second subarray that is different from a first subarray, the first subarray corresponding to use of a current serving beam, and wherein the second type of beam scanning includes beam refinement using a first set of directional beams associated with the first subarray. determining whether a number of unsuccessful repetitions associated with performance of a first type of beam scanning exceeds a repetition threshold; and performing a second type of beam scanning based on the determination that the number of unsuccessful repetitions exceeded the repetition threshold, wherein the first type of beam scanning includes beam refinement using a first set of directional beams associated with a first subarray, the first subarray corresponding to use of a current serving beam, and wherein the second type of beam scanning includes beam scanning using a pseudo-omni beam associated with a second subarray that is different from the first subarray, or wherein the first type of beam scanning includes beam scanning using a pseudo-omni beam associated with a second subarray that is different from a first subarray, the first subarray corresponding to use of a current serving beam, and wherein the second type of beam scanning includes beam refinement using a first set of directional beams associated with the first subarray.
A secondary battery comprising: a casing comprising an end portion provided with an opening ; and a top cover for covering the opening of the casing , the top cover comprising an inserting portion extending into the casing from the opening , wherein a plurality of notches are provided on an inner side of the end portion of the casing or on a side wall of the inserting portion facing the casing , wherein the secondary battery further comprises an insulating member and an electrode assembly installed within the casing , the insulating member is installed on the top cover to isolate the top cover from the electrode assembly ; a minimum thickness of the insulating member protruding out from the top cover along an axial direction of the opening is greater than a maximum distance between adjacent notches ; and/or, the minimum thickness of the insulating member protruding out from the top cover along the axial direction of the opening is greater than a maximum thickness of the inserting portion along the axial direction of the opening . a casing comprising an end portion provided with an opening ; and a top cover for covering the opening of the casing , the top cover comprising an inserting portion extending into the casing from the opening , wherein a plurality of notches are provided on an inner side of the end portion of the casing or on a side wall of the inserting portion facing the casing , wherein the secondary battery further comprises an insulating member and an electrode assembly installed within the casing , the insulating member is installed on the top cover to isolate the top cover from the electrode assembly ; a minimum thickness of the insulating member protruding out from the top cover along an axial direction of the opening is greater than a maximum distance between adjacent notches ; and/or, the minimum thickness of the insulating member protruding out from the top cover along the axial direction of the opening is greater than a maximum thickness of the inserting portion along the axial direction of the opening .
An electric support system for headrest, comprising a linear drive device and at least one connecting rod assembly , the connecting rod assembly comprising a first fastener , a second fastener , a first connecting rod , a second connecting rod , a curved third connecting rod , and a curved fourth connecting rod ; one end of the first connecting rod and one end of the second connecting rod are respectively pivoted to the first fastener and pivot positions on the first fastener are separated, the other end of the first connecting rod is pivoted to one end of the third connecting rod , the other end of the second connecting rod is pivoted to one end of the fourth connecting rod , the other end of the third connecting rod and the other end of the fourth connecting rod are respectively pivoted to the second fastener and pivot positions on the second fastener are separated, and a middle part of the second connecting rod is pivoted to a middle part of the third connecting rod ; the linear drive device comprises an output end and is connected to the first fastener , the output end is connected to the third connecting rod and movable to drive the connecting rod assembly to expand to make the second fastener to a topmost position where the middle part of the third connecting rod coincides with the fourth connecting rod , and drive the connecting rod assembly to fold to make the second fastener to a bottommost position; and the electric support system for headrest is characterized in that the third connecting rod comprises a linear first connecting portion , a linear second connecting portion , and a curved middle portion , the first connecting portion and the second connecting portion are connected to opposite ends of the curved middle portion , the first connecting portion is pivoted to the first connecting rod , the second connecting portion is pivoted to the second fastener , and when the second fastener is at the topmost position, the curved middle portion coincides with the fourth connecting rod .
Coffee grinding machine comprising: - a hopper or a container suitable for containing coffee beans; - a grinding unit for grinding the coffee beans in such a way to obtain ground coffee, - a delivery conduit to deliver ground coffee, - different types of filter-holders suitable for being used in a coffee machine to extract liquid coffee; each filter-holder being provided with a receptacle suitable for containing one or two doses of ground coffee delivered by said delivery conduit; wherein a first type of filter-holder has a delivery nozzle with a beak and a second type of filter-holder has a delivery nozzle with two beaks - a support unit disposed under the delivery conduit to support one of said filter-holders, and - a detection unit disposed under said support unit and configured in such a way to detect the type of filter-holder supported by said support unit characterized in that said detection unit comprises a sensor of inductive or magnetic type, suitable for detecting a variation of induced current or magnetic field generated by said beak of the filter-holder wherein said sensor comprises a PCB disposed in horizontal position under said support unit ; wherein a plurality of coils (L1-L10) is mounted on said PCB and is disposed along a circumference with a center (O) and a radius (R). - a hopper or a container suitable for containing coffee beans; - a grinding unit for grinding the coffee beans in such a way to obtain ground coffee, - a delivery conduit to deliver ground coffee, - different types of filter-holders suitable for being used in a coffee machine to extract liquid coffee; each filter-holder being provided with a receptacle suitable for containing one or two doses of ground coffee delivered by said delivery conduit; wherein a first type of filter-holder has a delivery nozzle with a beak and a second type of filter-holder has a delivery nozzle with two beaks - a support unit disposed under the delivery conduit to support one of said filter-holders, and - a detection unit disposed under said support unit and configured in such a way to detect the type of filter-holder supported by said support unit characterized in that said detection unit comprises a sensor of inductive or magnetic type, suitable for detecting a variation of induced current or magnetic field generated by said beak of the filter-holder wherein said sensor comprises a PCB disposed in horizontal position under said support unit ; wherein a plurality of coils (L1-L10) is mounted on said PCB and is disposed along a circumference with a center (O) and a radius (R).
A method for operating a spinning position of a spinning machine, preferably an air jet spinning machine or a rotor spinning machine, - wherein a yarn is produced from a fibre strand supplied to the spinning unit during a normal operation of the spinning position with the aid of a spinning unit of the spinning position , - wherein the yarn leaving the spinning unit is monitored with the aid of a yarn sensor with regard to the occurrence of a yarn defect, - wherein the yarn passing the yarn sensor is guided over a yarn storage and subsequently wound onto a sleeve , and - wherein, when a yarn defect in the yarn is detected with the aid of the yarn sensor , the normal operation is interrupted, the yarn defect is removed from the yarn and the spinning position is returned to the normal operation, characterized in that the spinning unit also continuously produces yarn during the interruption of the normal operation, wherein the yarn produced during the interruption of the normal operation is temporarily stored with the aid of the yarn storage and is wound onto the sleeve after the removal of the yarn defect, wherein the yarn is separated between the yarn storage and the sleeve during the interruption of the normal operation, so that a first yarn section coming from the yarn storage and a second yarn section coming from the sleeve are formed, wherein the first yarn section comprises the yarn defect , wherein the disposal of said yarn section is carried out with the aid of a yarn discharge of the spinning position , which is designed as a suction, wherein the section of the first yarn section , which comprises the yarn defect , is separated from the remaining section of the first yarn section and is disposed of via the yarn discharge , and wherein the yarn is separated from the yarn discharge , which is designed as a suction, with the aid of a cutting unit . - wherein a yarn is produced from a fibre strand supplied to the spinning unit during a normal operation of the spinning position with the aid of a spinning unit of the spinning position , - wherein the yarn leaving the spinning unit is monitored with the aid of a yarn sensor with regard to the occurrence of a yarn defect, - wherein the yarn passing the yarn sensor is guided over a yarn storage and subsequently wound onto a sleeve , and - wherein, when a yarn defect in the yarn is detected with the aid of the yarn sensor , the normal operation is interrupted, the yarn defect is removed from the yarn and the spinning position is returned to the normal operation,
A method of wireless communication performed by a user equipment, UE, , comprising: determining (905; 1005; 1105) that the UE is to perform a public land mobile network, PLMN, scan operation, the PLMN scan operation to be performed during a PLMN scan window; tracking (910; 1010; 1110) a static state time representing an amount of time that the UE has remained within a static state; adjusting (430; 915; 1015; 1115) the PLMN scan window of the UE based at least in part on the static state time satisfying a static state time threshold; updating the static state time threshold based on the static state time satisfying the static state time threshold, wherein an updated static state time threshold is based in part on f a previous value of the static state time threshold and the adjusted PLMN scan window; resetting (1025; 1125) a timer associated with the static state time upon adjustment of the PLMN scan window; and performing the PLMN scan operation utilizing the adjusted PLMN scan window. determining (905; 1005; 1105) that the UE is to perform a public land mobile network, PLMN, scan operation, the PLMN scan operation to be performed during a PLMN scan window; tracking (910; 1010; 1110) a static state time representing an amount of time that the UE has remained within a static state; adjusting (430; 915; 1015; 1115) the PLMN scan window of the UE based at least in part on the static state time satisfying a static state time threshold; updating the static state time threshold based on the static state time satisfying the static state time threshold, wherein an updated static state time threshold is based in part on f a previous value of the static state time threshold and the adjusted PLMN scan window; resetting (1025; 1125) a timer associated with the static state time upon adjustment of the PLMN scan window; and performing the PLMN scan operation utilizing the adjusted PLMN scan window.