mhurhangee/ep-ind-claims huggingface dataset:
A media processing method operative at a network node, the method comprising: separating a video component and an audio component from an incoming source media input; determining static object grid, SOG, coordinate information for still areas identified in the video component, wherein still areas in the video component are identified based on an amount that tracked bounding box data remains static over a number of frames of the video component; encoding the video component at different bitrates to generate a plurality of adaptive bitrate, ABR, representations of the video component; scaling the SOG coordinate information with respect to each of the bitrate representations of the video component; encoding the audio component to generate an encoded audio stream; and multiplexing each bitrate representation of the video component with corresponding scaled SOG coordinate information and the encoded audio stream to generate a plurality of multiplexed media outputs (236-1 to 236-N) for distribution to one or more subscriber stations. separating a video component and an audio component from an incoming source media input; determining static object grid, SOG, coordinate information for still areas identified in the video component, wherein still areas in the video component are identified based on an amount that tracked bounding box data remains static over a number of frames of the video component; encoding the video component at different bitrates to generate a plurality of adaptive bitrate, ABR, representations of the video component; scaling the SOG coordinate information with respect to each of the bitrate representations of the video component; encoding the audio component to generate an encoded audio stream; and multiplexing each bitrate representation of the video component with corresponding scaled SOG coordinate information and the encoded audio stream to generate a plurality of multiplexed media outputs (236-1 to 236-N) for distribution to one or more subscriber stations.
An in vitro method for the prediction of pre-eclampsia in a subject comprising testing or evaluating a sample obtained from the subject, the method comprising: - measurement of the level of placental growth factor (PIGF) in the subject; and - measurement of the level of insulin-like growth factor-binding protein complex acid labile subunit (IGFALS) in the subject. - measurement of the level of placental growth factor (PIGF) in the subject; and - measurement of the level of insulin-like growth factor-binding protein complex acid labile subunit (IGFALS) in the subject.
A waterproof and breathable shoe, comprising an upper assembly that wraps around a foot insertion region and is associated, in a plantar region thereof, with an outsole (12, 112, 212), said shoe being characterized in that: - said upper assembly has a first portion that is structured like an upper and a second portion, substantially a structural insert, that is structured like an assembly insole for said first portion and is extended at least at the forefoot, - said first portion has at least one waterproof portion that is composed at least partly of a waterproof and breathable functional element that has a one piece sheet-like structure made of polymeric material that is impermeable to water and permeable to water vapor, and characterised in that the one piece sheet-like structure is constituting for said first portion the structural layer of the upper of said waterproof and breathable shoe, at least one functional portion of said functional element having such a thickness as to give it a penetration resistance of more than approximately 10 N, assessed according to the methodology presented in chapter 5.8.2 of the ISO 20344-2004 standard. - said upper assembly has a first portion that is structured like an upper and a second portion, substantially a structural insert, that is structured like an assembly insole for said first portion and is extended at least at the forefoot, - said first portion has at least one waterproof portion that is composed at least partly of a waterproof and breathable functional element that has a one piece sheet-like structure made of polymeric material that is impermeable to water and permeable to water vapor, and characterised in that the one piece sheet-like structure is constituting for said first portion the structural layer of the upper of said waterproof and breathable shoe, at least one functional portion of said functional element having such a thickness as to give it a penetration resistance of more than approximately 10 N, assessed according to the methodology presented in chapter 5.8.2 of the ISO 20344-2004 standard.
Tyre for vehicle wheels, comprising a belt structure comprising at least one reinforcing layer consisting of a plurality of reinforcing cords, wherein each reinforcing cord of said plurality of reinforcing cords comprises two metal wires and has an overall section area comprised between 0.110 mm 2 and 0.135 mm 2, characterised in that each reinforcing cord has a Taber stiffness comprised between 20 and 28 TSU, wherein the Taber stiffness is evaluated through a Taber testing device according to the standard BISFA E8.
A method implemented by a network node in a wireless communication network for assisting a user equipment to perform positioning measurements on positioning signals periodically transmitted by one or more cells during respective positioning occasions of the one or more cells, wherein the respective positioning occasions of the one or more cells refer to a periodic interval of time during which the one or more cells transmit the positioning signals for measurement by the user equipment, the method characterized by: selectively delaying transmission of assistance data for an Observed Time Difference of Arrival, OTDOA, measurement to the user equipment as needed, based on defined uncertainty in one or more timing parameters, for the network node to identify with certainty between which two consecutive positioning occasions of a reference cell the user equipment will receive the assistance data, wherein the assistance data indicates a timing of a positioning occasion for at least one cell relative to a timing of the next positioning occasion of the reference cell; generating the assistance data to be transmitted to indicate the timing of the positioning occasion for the at least one cell relative to a timing of the latter of said two consecutive positioning occasions of the reference cell; and transmitting the assistance data to the user equipment. selectively delaying transmission of assistance data for an Observed Time Difference of Arrival, OTDOA, measurement to the user equipment as needed, based on defined uncertainty in one or more timing parameters, for the network node to identify with certainty between which two consecutive positioning occasions of a reference cell the user equipment will receive the assistance data, wherein the assistance data indicates a timing of a positioning occasion for at least one cell relative to a timing of the next positioning occasion of the reference cell; generating the assistance data to be transmitted to indicate the timing of the positioning occasion for the at least one cell relative to a timing of the latter of said two consecutive positioning occasions of the reference cell; and transmitting the assistance data to the user equipment.
A method of operating a multi-axis machine, the method comprising: monitoring a kinematic linkage of the machine, the linkage including a plurality of joints and links, the linkage being monitored to detect an approach by one or more joints of the linkage toward singularity, the monitoring performed using a manipulator matrix; determining a degree n of the approached singularity; identifying the one or more joints approaching singularity; obtaining n virtual joints; replacing the one or more identified joints with the virtual joints in the manipulator matrix to modify the manipulator matrix and provide a modified manipulator matrix; and using the modified manipulator matrix to determine position changes for links of the linkage. monitoring a kinematic linkage of the machine, the linkage including a plurality of joints and links, the linkage being monitored to detect an approach by one or more joints of the linkage toward singularity, the monitoring performed using a manipulator matrix; determining a degree n of the approached singularity; identifying the one or more joints approaching singularity; obtaining n virtual joints; replacing the one or more identified joints with the virtual joints in the manipulator matrix to modify the manipulator matrix and provide a modified manipulator matrix; and using the modified manipulator matrix to determine position changes for links of the linkage.
Half-wave radiating antenna for an electronic member, the length of which is suitable for operating in the frequency range between 860 MHz and 960 MHz, including a core coated with a brass coating, characterized in that the thickness of the brass coating is between 1.0 and 2.0 μm.
A furniture damper for dampening a movement of a movably-supported furniture part, comprising: - a damper housing, - at least one fluid chamber arranged in the damper housing, - a damping fluid arranged in the fluid chamber, - at least one piston displaceably supported within the fluid chamber, the piston having at least one channel for the passage of the damping fluid, characterized in that the furniture damper includes at least one switch element configured to be moved, when a damping stroke is performed and below a predetermined threshold value of a pressure application to the piston, into a first position in which the at least one channel of the piston is at least partially covered by the switch element and wherein a first flow rate of the damping fluid streams through the at least one channel of the piston, wherein the at least one switch element, when the damping stroke is performed and above the predetermined threshold value of the pressure application to the piston, is configured to be moved from the first position into a second position in which the at least one channel of the piston is at least partially unblocked by the switch element and wherein a second flow rate of the damping fluid streams through the at least one channel of the piston, the second fluid rate of the damping fluid being larger than the first fluid rate. - a damper housing, - at least one fluid chamber arranged in the damper housing, - a damping fluid arranged in the fluid chamber, - at least one piston displaceably supported within the fluid chamber, the piston having at least one channel for the passage of the damping fluid, characterized in that the furniture damper includes at least one switch element configured to be moved, when a damping stroke is performed and below a predetermined threshold value of a pressure application to the piston, into a first position in which the at least one channel of the piston is at least partially covered by the switch element and wherein a first flow rate of the damping fluid streams through the at least one channel of the piston, wherein the at least one switch element, when the damping stroke is performed and above the predetermined threshold value of the pressure application to the piston, is configured to be moved from the first position into a second position in which the at least one channel of the piston is at least partially unblocked by the switch element and wherein a second flow rate of the damping fluid streams through the at least one channel of the piston, the second fluid rate of the damping fluid being larger than the first fluid rate.
A coil arrangement for a magnetic induction impedance measurement apparatus, the coil arrangement comprising: - an excitation coil configured for generating a magnetic excitation field in an object, and - a detection coil configured for detecting a magnetic response field generated in response to the magnetic excitation field inducing a current in the object, - a shimming coil configured for generating a magnetic shimming field in the detection coil characterised in that a control unit is provided to adjust the arrangement of the excitation coil, the detection coil and the shimming coil such that the value of the field strength of a net magnetic excitation field in the detection coil is within a range of 20% of an average value of a field strength of the magnetic response field in the detection coil. - an excitation coil configured for generating a magnetic excitation field in an object, and - a detection coil configured for detecting a magnetic response field generated in response to the magnetic excitation field inducing a current in the object, - a shimming coil configured for generating a magnetic shimming field in the detection coil characterised in that a control unit is provided to adjust the arrangement of the excitation coil, the detection coil and the shimming coil such that the value of the field strength of a net magnetic excitation field in the detection coil is within a range of 20% of an average value of a field strength of the magnetic response field in the detection coil.
Method for producing a matrix for impressing a three-dimensional original-positive structure into a high-pressure laminate panel or a high-pressure laminate, respectively, characterized in that in a digital printing process several layers of an ink, which is fast drying under UV-radiation are applied such that a patrice having the original-positive structure is obtained, from which the matrix is embossed.
A method comprising: providing a fundamental frequency corresponding to the RPM of an engine of a vehicle; determining a plurality of harmonics of the fundamental frequency; determining a target shape of the plurality of harmonics, the target shape comprising, for each of the harmonics of the plurality of the harmonics, a gain value as a function of the RPM of the engine; determining an accelerator pedal position based gain comprising a gain value as a function of an accelerator pedal position; characterized in that the method further comprises: determining a speed based gain comprising a gain value as a function of a difference between a set maximum speed and a measured vehicle speed, wherein the maximum speed is set by a vehicle operator by means of a speed limiter; combining the plurality of harmonics, the target shape of the plurality of harmonics, the APP based gain, and the speed based gain to produce a set of engine harmonic enhancement signals; and transducing the engine harmonic enhancement signals. providing a fundamental frequency corresponding to the RPM of an engine of a vehicle; determining a plurality of harmonics of the fundamental frequency; determining a target shape of the plurality of harmonics, the target shape comprising, for each of the harmonics of the plurality of the harmonics, a gain value as a function of the RPM of the engine; determining an accelerator pedal position based gain comprising a gain value as a function of an accelerator pedal position; characterized in that the method further comprises: determining a speed based gain comprising a gain value as a function of a difference between a set maximum speed and a measured vehicle speed, wherein the maximum speed is set by a vehicle operator by means of a speed limiter; combining the plurality of harmonics, the target shape of the plurality of harmonics, the APP based gain, and the speed based gain to produce a set of engine harmonic enhancement signals; and transducing the engine harmonic enhancement signals. determining a speed based gain comprising a gain value as a function of a difference between a set maximum speed and a measured vehicle speed, wherein the maximum speed is set by a vehicle operator by means of a speed limiter; combining the plurality of harmonics, the target shape of the plurality of harmonics, the APP based gain, and the speed based gain to produce a set of engine harmonic enhancement signals; and transducing the engine harmonic enhancement signals.
A method for operating a user equipment, UE, adapted to transmit beacons, the method comprising: adjusting, by the UE, an initial beacon interval between successively transmitted beacons in accordance with a value of at least one parameter and a beacon configuration received from a network entity, NE, thereby producing an adjusted beacon interval; transmitting (525, 529), by the UE to the NE, a beacon selected in accordance with the adjusted beacon interval in a beacon transmission opportunity determined in accordance with the initial beacon interval, wherein the beacon includes a beacon interval indicator of the adjusted beacon interval; receiving, by the UE from the NE, a confirmation of the adjusted beacon interval or a rejection of the adjusted beacon interval; and continuing, by the UE, to transmit subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the adjusted beacon interval if the confirmation is received within a specified time interval after transmitting the beacon; and reverting, by the UE, back to the initial beacon interval if the confirmation is not received within the specified time interval after transmitting the beacon, and transmitting subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the initial beacon interval; or reverting, by the UE, back to the initial beacon interval if the rejection is received, and transmitting subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the initial beacon interval. adjusting, by the UE, an initial beacon interval between successively transmitted beacons in accordance with a value of at least one parameter and a beacon configuration received from a network entity, NE, thereby producing an adjusted beacon interval; transmitting (525, 529), by the UE to the NE, a beacon selected in accordance with the adjusted beacon interval in a beacon transmission opportunity determined in accordance with the initial beacon interval, wherein the beacon includes a beacon interval indicator of the adjusted beacon interval; receiving, by the UE from the NE, a confirmation of the adjusted beacon interval or a rejection of the adjusted beacon interval; and continuing, by the UE, to transmit subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the adjusted beacon interval if the confirmation is received within a specified time interval after transmitting the beacon; and reverting, by the UE, back to the initial beacon interval if the confirmation is not received within the specified time interval after transmitting the beacon, and transmitting subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the initial beacon interval; or reverting, by the UE, back to the initial beacon interval if the rejection is received, and transmitting subsequent beacons to the NE in beacon transmission opportunities determined in accordance with the initial beacon interval.
A method for enhancing scalability and resource allocation in relation to handover of a mobile node between networks, including establishing multiple tunnels with multiple neighboring target networks that the mobile node may move to, comprising: while the mobile node is in a current network, performing multiple pre-authentications between the mobile node and authentication agents in multiple neighboring target networks; while the mobile node is in the current network, performing pre-configuration to store multiple IP addresses of neighboring networks in cache for a period of time, and while the mobile node is in the current network, performing multiple binding update prior to layer 2 movement of the mobile node, wherein said mobile node completes each of pre-authentication, pre-configuration and binding update in relation to multiple candidate target networks while in the current network. while the mobile node is in a current network, performing multiple pre-authentications between the mobile node and authentication agents in multiple neighboring target networks; while the mobile node is in the current network, performing pre-configuration to store multiple IP addresses of neighboring networks in cache for a period of time, and while the mobile node is in the current network, performing multiple binding update prior to layer 2 movement of the mobile node, wherein said mobile node completes each of pre-authentication, pre-configuration and binding update in relation to multiple candidate target networks while in the current network.
A nano-coating material, capable of being bonded to the surface of a metal or an alloy substrate, the nano-coating material comprising a compound having, in a polymer main chain, a first side chain or a terminal, each having a binding group containing a benzene ring having at least one pair of adjacent hydroxyl groups; and a functional second side chain, wherein a ratio of the first side chain and the second side chain is from 1:14 to 1:100, and wherin the first side chain is DOMA (N-(3,4-dihydroxyphenethyl) methacrylamide), and the second side chain is MMA (Methyl methacrylate). a first side chain or a terminal, each having a binding group containing a benzene ring having at least one pair of adjacent hydroxyl groups; and a functional second side chain,
A sliding member comprising: a sliding layer for slidably supporting a body to be slid, shot blasting being performed on a surface of the sliding layer; and the sliding layer, showing a sliding surface having an uneven configuration with arithmetic mean roughness (Ra) of 1.0 μm through 2.5μm, 10-point average roughness (Rz) of 5.0 μm through 10.0μm, and surface hardness (Hv) of 220 through 250. a sliding layer for slidably supporting a body to be slid, shot blasting being performed on a surface of the sliding layer; and the sliding layer, showing a sliding surface having an uneven configuration with arithmetic mean roughness (Ra) of 1.0 μm through 2.5μm, 10-point average roughness (Rz) of 5.0 μm through 10.0μm, and surface hardness (Hv) of 220 through 250.
An adhesive comprising a base with tackiness, an oil and ketoprofen, wherein said adhesive contains no L-menthol, said base is composed at least of a tacky composition comprising an elastomer and a tackifier, said oil is an oil that is compatible with said tacky composition, and the content of said oil is 150-175 parts by weight with respect to 100 parts by weight as the total of said tacky composition, wherein said elastomer is a styrene-isoprene-styrene block copolymer with a styrene content of 15-25 wt% and a diblock content of no greater than 20 wt%, and wherein the mixing proportion of the tackifier is 50-200 parts by weight with respect to 100 parts by weight of the elastomer. said adhesive contains no L-menthol, said base is composed at least of a tacky composition comprising an elastomer and a tackifier, said oil is an oil that is compatible with said tacky composition, and the content of said oil is 150-175 parts by weight with respect to 100 parts by weight as the total of said tacky composition, wherein said elastomer is a styrene-isoprene-styrene block copolymer with a styrene content of 15-25 wt% and a diblock content of no greater than 20 wt%, and wherein the mixing proportion of the tackifier is 50-200 parts by weight with respect to 100 parts by weight of the elastomer.