mhurhangee/ep-ind-claims huggingface dataset:
A method for a radio access network comprising a first radio access node and a second radio access node, the method comprising: determining, by the first radio access node, that a first user equipment, UE, that is served by the first radio access node should start relaying through a second UE; determining, by the first radio access node, whether the second UE is served by the first radio access node; and in response to determining that the second UE is served not by the first radio access node but by the second radio access node, determining, by either the first radiio access node or the second radio access node, whether to initiate handover of the first UE to the second radio access node or to initiate handover of the second UE to the first radio access node such that the first and second UEs are served by the same radio access node, the same radio access node being either the first or the second radio access node; and either instructing, by the first radio access node, the second radio access node to initiate handover of the second UE to the first radio access node; or initiating, by either the first radio access node or the second radio access node, handover of the first UE to the second radio access node determining, by the first radio access node, that a first user equipment, UE, that is served by the first radio access node should start relaying through a second UE; determining, by the first radio access node, whether the second UE is served by the first radio access node; and in response to determining that the second UE is served not by the first radio access node but by the second radio access node, determining, by either the first radiio access node or the second radio access node, whether to initiate handover of the first UE to the second radio access node or to initiate handover of the second UE to the first radio access node such that the first and second UEs are served by the same radio access node, the same radio access node being either the first or the second radio access node; and either instructing, by the first radio access node, the second radio access node to initiate handover of the second UE to the first radio access node; or initiating, by either the first radio access node or the second radio access node, handover of the first UE to the second radio access node
A rotomoulded article comprising one or more layers, wherein a layer A comprises: • from 50 to 99.4 wt% of a polyolefin; • from 0.5 to 50 wt% of a polyester, wherein said polyester is an aliphatic polyester selected from poly(lactic acid), polyhydroxyalkanoate, polycaprolactone, copolyesters and polyesteramides; • from 0.1 to 20 wt% of a co- or ter-polymer, comprising: (a) 50 to 99.9 wt% of an ethylene or a styrene monomer, (b) 0.1 to 50 wt% of an unsaturated anhydride-, epoxide- or carboxylic acid-containing monomer, (c) 0 to 50 wt% (meth)acrylic ester monomer; and • from 0.1 to 20 wt% of an ionomer. • from 50 to 99.4 wt% of a polyolefin; • from 0.5 to 50 wt% of a polyester, wherein said polyester is an aliphatic polyester selected from poly(lactic acid), polyhydroxyalkanoate, polycaprolactone, copolyesters and polyesteramides; • from 0.1 to 20 wt% of a co- or ter-polymer, comprising: (a) 50 to 99.9 wt% of an ethylene or a styrene monomer, (b) 0.1 to 50 wt% of an unsaturated anhydride-, epoxide- or carboxylic acid-containing monomer, (c) 0 to 50 wt% (meth)acrylic ester monomer; and (a) 50 to 99.9 wt% of an ethylene or a styrene monomer, (b) 0.1 to 50 wt% of an unsaturated anhydride-, epoxide- or carboxylic acid-containing monomer, (c) 0 to 50 wt% (meth)acrylic ester monomer; and • from 0.1 to 20 wt% of an ionomer.
Incontinence article in pant form for absorbing bodily excretions, with a front stomach section and a rear back section, which are formed by separate components that are spaced apart in a longitudinal direction along a longitudinal center axis, however, which are connected at lateral seam regions at both sides by the manufacturer for forming a stomach or back band which is continuous in transverse or waist circumferential direction and has a waist opening which is closed in waist circumferential direction, wherein one respective lateral seam is formed which extends in longitudinal direction, and with a crotch section which has an absorption body and extends in the longitudinal direction between stomach section and back section and is non detachably attached with its body averted side to the stomach section and the back section in a respective overlapping region (36, 38), wherein the stomach section, the back section and the crotch section together delimit leg openings of the incontinence article, wherein in the stomach section and the back section first elastifying means (28, 29) are provided, which extend spaced apart an in parallel relationship to one another in transverse or waist circumferential direction and in this way extensively elastify the stomach section and the back section, wherein in a region (22, 26) of the stomach section which is crotch side and faces the leg openings, second elastifying means (40, 42) are provided which starting from the two lateral seam regions extend in the direction toward the longitudinal center axis of the incontinence article and thereby fan out arch like with increasing distance to one another and extend as far as into the overlapping region (36, 38) of the crotch section and back section or of the crotch section and stomach section, wherein there, they may no longer posses their elastifying effect, and can in particular be cut, wherein the extent of the respective lateral seam in longitudinal direction is 100 - 170 mm, characterized in that the ratio (L2/L1) between the extent of the respective lateral seam in longitudinal direction and the extent of the incontinence article between waist border and a transverse center axis is at most 0.42, and in that in the stomach section and in the back section the ratio (L4/L1) between the distance of the outermost waist facing first elastifying means (28, 29) in longitudinal direction to the innermost waist facing first elastifying means (28, 29) and the extent of the incontinence article between waist border and the transverse center axis is at most 0.3, and in that the first elastifying means (28, 29) have a distance to one another which is at least 20% greater than the distance between the second elastifying means (40, 42) to one another defined in the lateral seam region, and in that the first elastifying means (28, 29) have a thread strength which is greater by at least 20% than a thread strength of the second elastifying means (40, 42) and are fixed in the stomach section and in the back section with a pre-tension which is greater by at least 10% than a pre-tension of the second elastifying means (40, 42).
A computer-implemented method for fisheye camera calibration comprising applying a first convolutional neural network to a first input volume comprising an input fisheye image, wherein the input volume comprises the size, by three color channels, of the input image, to generate a focal length, a unified camera model parameter, and a radial distortion parameter for a unified camera model corresponding to a fisheye camera used to attain the input fisheye image; projecting the input fisheye image to an estimated equirectangular image using the focal length, the unified camera model parameter, and the radial distortion parameter; differencing the input fisheye image and the estimated equirectangular image to generate a difference image; applying a second convolutional neural network to a second input volume comprising the input fisheye image and the difference image to generate a principle point for the camera model; and outputting the focal length, the unified camera model parameter, the radial distortion parameter, and the principle point for the unified camera model. applying a first convolutional neural network to a first input volume comprising an input fisheye image, wherein the input volume comprises the size, by three color channels, of the input image, to generate a focal length, a unified camera model parameter, and a radial distortion parameter for a unified camera model corresponding to a fisheye camera used to attain the input fisheye image; projecting the input fisheye image to an estimated equirectangular image using the focal length, the unified camera model parameter, and the radial distortion parameter; differencing the input fisheye image and the estimated equirectangular image to generate a difference image; applying a second convolutional neural network to a second input volume comprising the input fisheye image and the difference image to generate a principle point for the camera model; and outputting the focal length, the unified camera model parameter, the radial distortion parameter, and the principle point for the unified camera model.
Apparatus for orienting a surgical instrument defining an ipsilateral hemipelvic reference plane, comprising: a frame for receiving at least three legs to form a tripod for placement on a subject, at least two of the legs terminating in pointed tips which, when mounted on said frame, collectively define the ipsilateral hemipelvic reference plane, said frame comprising a base portion for receiving a first of said legs and having first and second arm segments (62, 64, 62a, 64a) extensible from said base portion and structured to receive said second and third legs (70, 72), respectively, whereby the distance between said first and second legs, and the distance between said first and third legs, may be adjusted over a range of distances by extending said arm segments (62, 64, 62a, 64a), and a guide mountable on said frame to define an axis in space relative to said ipsilateral hemipelvic reference plane. a frame for receiving at least three legs to form a tripod for placement on a subject, at least two of the legs terminating in pointed tips which, when mounted on said frame, collectively define the ipsilateral hemipelvic reference plane, said frame comprising a base portion for receiving a first of said legs and having first and second arm segments (62, 64, 62a, 64a) extensible from said base portion and structured to receive said second and third legs (70, 72), respectively, whereby the distance between said first and second legs, and the distance between said first and third legs, may be adjusted over a range of distances by extending said arm segments (62, 64, 62a, 64a), and a guide mountable on said frame to define an axis in space relative to said ipsilateral hemipelvic reference plane.
A method for securing communications with enhanced media platforms, the method comprising: Communicating, by an enhanced media platform, authentication credentials to an internal security component in a trusted location, wherein the enhanced media platform is implemented in a remote datacenter; receiving, by the enhanced media platform, a first portion of validation credentials from the internal security component, wherein the validation credentials comprise the first portion and a second portion of the validation credentials; authenticating, by the enhanced media platform, running in the remote datacenter based at least on the first portion of the validation credentials; and establishing, by the enhanced media platform, a bidirectional trust with the remote datacenter location using the second portion of the validation credentials, wherein the bidirectional trust supports secure communications with the remote datacenter. Communicating, by an enhanced media platform, authentication credentials to an internal security component in a trusted location, wherein the enhanced media platform is implemented in a remote datacenter; receiving, by the enhanced media platform, a first portion of validation credentials from the internal security component, wherein the validation credentials comprise the first portion and a second portion of the validation credentials; authenticating, by the enhanced media platform, running in the remote datacenter based at least on the first portion of the validation credentials; and establishing, by the enhanced media platform, a bidirectional trust with the remote datacenter location using the second portion of the validation credentials, wherein the bidirectional trust supports secure communications with the remote datacenter.
A method of proactively providing corrective measures for storage arrays, the method comprising: detecting, in dependence upon a problem signature, one or more events from data of a storage array comprising a number of storage devices, the one or more events indicative of a particular problem not yet exhibited by the storage array, wherein the problem signature comprises a specification of a pattern of events indicative of the particular problem experienced by at least one other storage array; determining whether the particular problem violates an operational policy of the storage array, the operational policy specifying at least one requirement for an operational metric of the storage array; deploying, automatically without user intervention and in dependence on the particular problem violating the operational policy, one or more corrective measures to prevent the storage array from experiencing the particular problem; and generating, in dependence on the particular problem not violating the operational policy, an action recommendation for a user. detecting, in dependence upon a problem signature, one or more events from data of a storage array comprising a number of storage devices, the one or more events indicative of a particular problem not yet exhibited by the storage array, wherein the problem signature comprises a specification of a pattern of events indicative of the particular problem experienced by at least one other storage array; determining whether the particular problem violates an operational policy of the storage array, the operational policy specifying at least one requirement for an operational metric of the storage array; deploying, automatically without user intervention and in dependence on the particular problem violating the operational policy, one or more corrective measures to prevent the storage array from experiencing the particular problem; and generating, in dependence on the particular problem not violating the operational policy, an action recommendation for a user.
A method for specifying and utilizing a test traffic source, a test traffic destination, system under test "SUT" topology, and waypoints located at different regions within the SUT topology for measuring test traffic, the method comprising: at a network equipment test device: providing a user interface for user specification of a test traffic source, a test traffic destination, a test case, an SUT topology, and a plurality of waypoints for measuring test traffic, wherein providing a user interface includes providing a graphical user interface that displays network devices that make up the SUT topology and a plurality of network taps (706, 708, 710) that tap network traffic at different waypoints between the network devices that make up the SUT topology; receiving, via the user interface, user input regarding the test traffic source, the test traffic destination, the test case, the SUT topology, and the waypoints; and in response to the user input, automatically configuring the test traffic source to generate the test traffic and send the test traffic to the test traffic destination via the SUT (101, 614), and automatically configuring the network taps (706, 708, 710) located at the waypoints to measure the test traffic; generating and sending test traffic from the test traffic source to the test traffic destination via the SUT (101, 614) and the waypoints; measuring traffic in the different regions of the SUT topology using the network taps (706, 708, 710) located at the waypoints; and outputting, on a topology map of the SUT (101, 614), an indication of the measured traffic mapped to the different regions of the displayed topology map of the SUT (101, 614). providing a user interface for user specification of a test traffic source, a test traffic destination, a test case, an SUT topology, and a plurality of waypoints for measuring test traffic, wherein providing a user interface includes providing a graphical user interface that displays network devices that make up the SUT topology and a plurality of network taps (706, 708, 710) that tap network traffic at different waypoints between the network devices that make up the SUT topology; receiving, via the user interface, user input regarding the test traffic source, the test traffic destination, the test case, the SUT topology, and the waypoints; and in response to the user input, automatically configuring the test traffic source to generate the test traffic and send the test traffic to the test traffic destination via the SUT (101, 614), and automatically configuring the network taps (706, 708, 710) located at the waypoints to measure the test traffic; generating and sending test traffic from the test traffic source to the test traffic destination via the SUT (101, 614) and the waypoints; measuring traffic in the different regions of the SUT topology using the network taps (706, 708, 710) located at the waypoints; and outputting, on a topology map of the SUT (101, 614), an indication of the measured traffic mapped to the different regions of the displayed topology map of the SUT (101, 614).
A system for anatomical diagnosis, comprising: a catheter having a distal end configured for insertion into a chamber of a beating heart and comprising a position sensor; and a processor, which is configured to measure, responsively to signals received from the position sensor over multiple cycles of the beating heart, mechanical motion at a plurality of locations contacted by the catheter on a heart wall within a left ventricle of the heart, and to compute, based on the measured mechanical motion, a mechanical strain at a diastolic phase of the cycles at the locations, and to identify a pathological condition of the heart based on a characteristic of the mechanical strain computed over the left ventricle during the diastolic phase, and characterized in that the processor is configured to detect a time of maximal global volume of the left ventricle during the diastolic phase, and to find, based on the computed mechanical strain, a difference between a time of maximal local strain at a given location and the time of maximal global volume of the left ventricle. a catheter having a distal end configured for insertion into a chamber of a beating heart and comprising a position sensor; and a processor, which is configured to measure, responsively to signals received from the position sensor over multiple cycles of the beating heart, mechanical motion at a plurality of locations contacted by the catheter on a heart wall within a left ventricle of the heart, and to compute, based on the measured mechanical motion, a mechanical strain at a diastolic phase of the cycles at the locations, and to identify a pathological condition of the heart based on a characteristic of the mechanical strain computed over the left ventricle during the diastolic phase, and characterized in that the processor is configured to detect a time of maximal global volume of the left ventricle during the diastolic phase, and to find, based on the computed mechanical strain, a difference between a time of maximal local strain at a given location and the time of maximal global volume of the left ventricle.
A method for validating a vehicle component power unit, the method comprising: detecting an electronic connection between a vehicle electronic control unit and a vehicle power unit over a communications bus; comparing a vehicle power unit start-up program passcode stored in a memory of the vehicle ECU to at least one predetermined ECU passcode stored in the memory of the vehicle ECU; authenticating the vehicle power unit to start-up with the vehicle ECU when the vehicle power unit start-up program passcode matches the ECU passcode; transmitting a power up signal from the vehicle ECU to the vehicle power unit when the vehicle power unit is authenticated, characterised by; monitoring the communications bus for when the vehicle power unit is disconnected from the communications bus; erasing the vehicle power unit start-up program passcode from the memory of the vehicle ECU when the vehicle power unit is disconnected from the bus; erasing the predetermined ECU passcode corresponding to the vehicle power unit start-up program passcode from the memory of the vehicle ECU when the vehicle power unit is disconnected from the communications bus; storing a new vehicle power unit start-up program passcode in the memory of the vehicle ECU; and re-authenticating the vehicle power unit with the vehicle ECU when the new vehicle power unit start-up program passcode matches another of the predetermined ECU passcodes. detecting an electronic connection between a vehicle electronic control unit and a vehicle power unit over a communications bus; comparing a vehicle power unit start-up program passcode stored in a memory of the vehicle ECU to at least one predetermined ECU passcode stored in the memory of the vehicle ECU; authenticating the vehicle power unit to start-up with the vehicle ECU when the vehicle power unit start-up program passcode matches the ECU passcode; transmitting a power up signal from the vehicle ECU to the vehicle power unit when the vehicle power unit is authenticated, characterised by; monitoring the communications bus for when the vehicle power unit is disconnected from the communications bus; erasing the vehicle power unit start-up program passcode from the memory of the vehicle ECU when the vehicle power unit is disconnected from the bus; erasing the predetermined ECU passcode corresponding to the vehicle power unit start-up program passcode from the memory of the vehicle ECU when the vehicle power unit is disconnected from the communications bus; storing a new vehicle power unit start-up program passcode in the memory of the vehicle ECU; and re-authenticating the vehicle power unit with the vehicle ECU when the new vehicle power unit start-up program passcode matches another of the predetermined ECU passcodes.
Electrical connector, for establishing an electrical connection with a squib of an airbag arrangement in a vehicle, the connector being adapted to be mated with a mating connector along a plug direction,with a spring arrangement providing a spring-apart face facing into the plug direction and being displaceable at the connector against a spring-apart force (F A) acting in the plug direction, wherein the spring arrangement comprises a plunger providing the spring-apart face and a spring element which is at least partially accommodated within the plunger and exerts the spring-apart force (F A), characterised in that the plunger is provided with a release organ for releasing a locking member of the connector from a pre-locking position, wherein the locking member comprises a resiliently deformable organ, wherein the release organ protrudes away from the plunger in a direction opposite to the plug direction and perpendicular to an actuating direction of the locking member, wherein in the pre-locking position, the locking member is arrested at the connector by means of a catch of the blocking organ, the catch being in engagement with a first counter catch formed at the housing, wherein the release organ on the plunger is adapted to jut into the first counter catch so that the catch of the blocking organ is pushed out of the counter catch in a direction opposite to the plug direction, allowing the locking member to be moved in the actuation direction, when the plug- in connector assembly is in an assembled state in a fully mated position of the connector and the mating connector..