mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for binaural rendering a multi-channel audio signal into a binaural output signal, the multi-channel audio signal comprising a stereo downmix signal into which a plurality of audio signals (14 1 -14 N) are downmixed, and side information comprising a downmix information (DMG, DCLD) indicating, for each audio signal, to what extent the respective audio signal has been mixed into a first channel and a second channel of the stereo downmix signal, respectively, as well as object level information of the plurality of audio signals and inter-object cross correlation information describing similarities between pairs of audio signals of the plurality of audio signals, the apparatus being configured to: compute, based on a first rendering prescription ( G l,m) depending on the inter-object cross correlation information, the object level information, the downmix information, rendering information relating each audio signal to a virtual speaker position and HRTF parameters, a preliminary binaural output signal from the first and second channels of the stereo downmix signal; generate, from the stereo downmix signal, a decorrelated signal X d n, k as a perceptual equivalent to a mono downmix of the first and second channels of the stereo downmix signal being, however, decorrelated to the mono downmix; compute, depending on a second rendering prescription ( P 2 l,m) depending on the inter-object cross correlation information, the object level information, the downmix information, the rendering information and the HRTF parameters, a corrective binaural output signal from the decorrelated signal; and mix the preliminary binaural output signal with the corrective binaural output signal to obtain the binaural output signal. compute, based on a first rendering prescription ( G l,m) depending on the inter-object cross correlation information, the object level information, the downmix information, rendering information relating each audio signal to a virtual speaker position and HRTF parameters, a preliminary binaural output signal from the first and second channels of the stereo downmix signal; generate, from the stereo downmix signal, a decorrelated signal X d n, k as a perceptual equivalent to a mono downmix of the first and second channels of the stereo downmix signal being, however, decorrelated to the mono downmix; compute, depending on a second rendering prescription ( P 2 l,m) depending on the inter-object cross correlation information, the object level information, the downmix information, the rendering information and the HRTF parameters, a corrective binaural output signal from the decorrelated signal; and mix the preliminary binaural output signal with the corrective binaural output signal to obtain the binaural output signal.
A big telematics data communication fault determination system comprising: at least one mobile device and at least one remote device (19, 20), said at least one mobile device being capable of communicating at least one of a signal or data or a message to said at least remote device (19, 20), said at least one mobile device being configured to assume a mobile device expected communication mode state for providing expected communication time frames for said at least one remote device (19, 20), said expected communication mode state including an active mode sub-state and an inactive mode sub-state, wherein said active mode sub-state provides a first periodic communication with a first communication period for the remote device when said at least mobile device is fully powered up, and wherein said inactive mode sub-state provides a second periodic communication with a second communication period for said at least one remote device (19, 20) when said at least one mobile device is powered down into a first power saving mode, and a third periodic communication with a third communication period for said at least one remote device (19, 20) when said at least one mobile device is powered down into a second power saving mode; said at least one remote device (19, 20) being configured to assume a communication fault determination state for monitoring expected communication period and actual communication period of each of said at least one mobile device, and for determining a fault when the said actual communication period is different from said expected communication period. at least one mobile device and at least one remote device (19, 20), said at least one mobile device being capable of communicating at least one of a signal or data or a message to said at least remote device (19, 20), said at least one mobile device being configured to assume a mobile device expected communication mode state for providing expected communication time frames for said at least one remote device (19, 20), said expected communication mode state including an active mode sub-state and an inactive mode sub-state, wherein said active mode sub-state provides a first periodic communication with a first communication period for the remote device when said at least mobile device is fully powered up, and wherein said inactive mode sub-state provides a second periodic communication with a second communication period for said at least one remote device (19, 20) when said at least one mobile device is powered down into a first power saving mode, and a third periodic communication with a third communication period for said at least one remote device (19, 20) when said at least one mobile device is powered down into a second power saving mode; said at least one remote device (19, 20) being configured to assume a communication fault determination state for monitoring expected communication period and actual communication period of each of said at least one mobile device, and for determining a fault when the said actual communication period is different from said expected communication period.
Device for cutting out workpiece parts from a plate-shaped workpiece by means of a cutting jet, which has a row-shaped arrangement of at least three support tables forming support surfaces, wherein a cutting gap for the cutting jet is defined by two directly neighboring support surfaces of the at least three support surfaces arranged in a row, which cutting gap extends perpendicularly to the row-shaped arrangement of the support surfaces and is completely open, wherein a flat workpiece support for the plate-shaped workpiece is formed by at least two support surfaces arranged on both sides of the cutting gap, wherein at least one height-adjustable support surface, which is directly adjacent to the cutting gap and arranged between two other support surfaces, can be adjusted between a high position, in which the support surface forms the workpiece support together with the other support surfaces, and at least one low position, in which the support surface is lowered relative to the plane of the workpiece support, characterized in that the device has a transport mechanism for the translatory and bidirectional transport of a plate-shaped workpiece on the workpiece support and in which the support tables forming support surfaces each have a circumferentially mounted support table endless belt, wherein an upper belt surface of the support table endless belt forms the support surface of the support table.
A method of consolidating foundation soils and/or building sites in general, including the steps of: - measuring the electrical resistivity in one or more volumes of the soil to be consolidated to determine the volume/s of soil to be consolidated; - making one or more holes in the soil as far as or towards the volume/s to be consolidated; - injecting an expanding resin into the hole/s in the soil in order to perform a consolidation treatment; - geoelectric monitoring of the injections by progressive measurement of the percentage variations Δρ(%) of mean electrical resistivity of the volume/s of soil to be consolidated between a state N of the treatment and the immediately preceding state N-1; - interrupting the injections into a particular volume of the soil to be consolidated when the differences in the percentage variations of electrical resistivity ρ N - ρ 0 ρ 0 ⋅ 100 % and ρ N - 1 - ρ 0 ρ 0 ⋅ 100 %, measured during the course of work in the soil, between the last state reached N and the immediately preceding state N-1, respectively, satisfy the following equation: ρ N - ρ 0 ρ 0 - ρ N - 1 - ρ 0 ρ 0 ⋅ 100 % ≤ 5 %. - measuring the electrical resistivity in one or more volumes of the soil to be consolidated to determine the volume/s of soil to be consolidated; - making one or more holes in the soil as far as or towards the volume/s to be consolidated; - injecting an expanding resin into the hole/s in the soil in order to perform a consolidation treatment; - geoelectric monitoring of the injections by progressive measurement of the percentage variations Δρ(%) of mean electrical resistivity of the volume/s of soil to be consolidated between a state N of the treatment and the immediately preceding state N-1; - interrupting the injections into a particular volume of the soil to be consolidated when the differences in the percentage variations of electrical resistivity ρ N - ρ 0 ρ 0 ⋅ 100 % and ρ N - 1 - ρ 0 ρ 0 ⋅ 100 %, measured during the course of work in the soil, between the last state reached N and the immediately preceding state N-1, respectively, satisfy the following equation:
A method of user equipment performing a registration procedure with a same Access and mobility Management Function, AMF, via both a 3rd Generation Partnership Project, 3GPP, access and a non-3GPP access, the method comprising: initiating the registration procedure with the AMF using a 5G-Globally Unique Temporary Identity, 5G-GUTI, via one access network among the 3GPP access and the non-3GPP access, in a case where the user equipment has already been registered with the AMF using the 5G-GUTI, via another access network that is different from the one access network; starting a timer T3510 in a case where the registration procedure via the one access network is initiated; reinitiating the registration procedure via the one access network based on expiry of the timer T3510; counting a number of times of reinitiating the registration procedure via the one access network; and keeping the 5G-GUTI that has been assigned for the other access network and deleting parameters that are not assigned for the other access network, in a case where the number of times of reinitiating the registration procedure via the one access network is equal to a specific number, wherein the 5G-GUTI is common to both the 3GPP access and the non-3GPP access. initiating the registration procedure with the AMF using a 5G-Globally Unique Temporary Identity, 5G-GUTI, via one access network among the 3GPP access and the non-3GPP access, in a case where the user equipment has already been registered with the AMF using the 5G-GUTI, via another access network that is different from the one access network; starting a timer T3510 in a case where the registration procedure via the one access network is initiated; reinitiating the registration procedure via the one access network based on expiry of the timer T3510; counting a number of times of reinitiating the registration procedure via the one access network; and keeping the 5G-GUTI that has been assigned for the other access network and deleting parameters that are not assigned for the other access network, in a case where the number of times of reinitiating the registration procedure via the one access network is equal to a specific number, wherein the 5G-GUTI is common to both the 3GPP access and the non-3GPP access.
A method for controlling the orbit of a satellite in Earth orbit, in which the orbit of the satellite is controlled by commanding, according to a maneuver plan, propulsion means (30, 31) including at least one thruster, and means (20, 21) for moving said propulsion means in a satellite frame of reference centered on a center of mass of the satellite and including three axes X, Y and Z, the axis X being parallel to a speed vector of the satellite, the axis Z being directed toward the Earth, and the axis Y being orthogonal to the axes X and Z, the movement means being adapted: - to modify angles between a thrust direction of each thruster and the axes respectively X, Y of the satellite frame of reference, - to move each thruster while maintaining a constant thrust direction in the satellite frame of reference so as to produce a torque bout any axis in a plane orthogonal to said thrust direction, the maneuver plan includes at least two orbit control maneuvers, thrust forces of the propulsion means during said two orbit control maneuvers having respective thrust directions that are not parallel in an inertial frame of reference, said thrust forces of said two orbit control maneuvers being determined so as to control simultaneously the inclination and the longitude of the orbit of the satellite, characterized in that said thrust forces of said two orbit control maneuvers are determined so as to further produce torques adapted to unload an angular momentum storage device of said satellite in respective planes that are not parallel in the inertial frame of reference, so that said two orbit control maneuvers of the maneuver plan make it possible to desaturate said angular momentum storage device about three axes. - to modify angles between a thrust direction of each thruster and the axes respectively X, Y of the satellite frame of reference, - to move each thruster while maintaining a constant thrust direction in the satellite frame of reference so as to produce a torque bout any axis in a plane orthogonal to said thrust direction,
An oral appliance system, comprising: an upper tray adaptable to conform to a user's maxillary dentition; and characterised in that the oral appliance system further comprises a plurality of lower trays, each of the lower trays adaptable to conform to the user's mandibular dentition, wherein each of the lower trays comprises a structure (22, 52, 52) configured for coupling with the upper tray and to impart a different fixed amount of mandibular advancement. an upper tray adaptable to conform to a user's maxillary dentition; and characterised in that the oral appliance system further comprises a plurality of lower trays, each of the lower trays adaptable to conform to the user's mandibular dentition, wherein each of the lower trays comprises a structure (22, 52, 52) configured for coupling with the upper tray and to impart a different fixed amount of mandibular advancement.
A system, comprising: a plurality of computing devices configured to implement a content delivery network comprising an origin server and an edge server, wherein the edge server comprises a content cache configured to store content retrieved from the origin server, and wherein the edge server is configured to: receive from a customer of the content delivery network, a specification of an event and an association of the event with a function, wherein the function comprises user-defined program code previously uploaded to the content delivery network by the customer; receive, from a client device, a request for content from the content cache or from the origin server; initiate processing of the request, wherein the processing of the request comprises encountering the event associated with the function; execute the function associated with the event using process isolation with respect to execution of one or more other functions at the edge server wherein using process isolation comprises executing the function in a container at the edge server and executing the one or more other functions in one or more other containers at the edge server; generate the content based at least in part on execution of the function; and send the content to the client device. receive from a customer of the content delivery network, a specification of an event and an association of the event with a function, wherein the function comprises user-defined program code previously uploaded to the content delivery network by the customer; receive, from a client device, a request for content from the content cache or from the origin server; initiate processing of the request, wherein the processing of the request comprises encountering the event associated with the function; execute the function associated with the event using process isolation with respect to execution of one or more other functions at the edge server wherein using process isolation comprises executing the function in a container at the edge server and executing the one or more other functions in one or more other containers at the edge server; generate the content based at least in part on execution of the function; and send the content to the client device.
A turbine nozzle comprising: a radially inner platform; an airfoil extending from the radially inner platform to a radially outer tip, the airfoil comprising a leading edge and a trailing edge; and a single flow groove extending from the leading edge to the trailing edge of the airfoil along a suction side thereof, wherein the flow groove is positioned closer to the tip than to the platform and wherein the flow groove blends smoothly into the leading edge and the trailing edge. a radially inner platform; an airfoil extending from the radially inner platform to a radially outer tip, the airfoil comprising a leading edge and a trailing edge; and a single flow groove extending from the leading edge to the trailing edge of the airfoil along a suction side thereof, wherein the flow groove is positioned closer to the tip than to the platform and wherein the flow groove blends smoothly into the leading edge and the trailing edge.
Device for transillumination of a human or animal body for imaging of internal organs and/or bones comprising a transmission unit for emitting electromagnetic waves and a receiving unit for receiving these electromagnetic waves, wherein the receiving unit is adapted for visual representation of the received waves, wherein the transmission unit has an array of transmitting antennas arranged in matrix form and the receiving unit has an array of receiving antennas arranged in matrix form, which transmitting antennas are connected to a control unit, via which they are excitable at least temporally offset in groups, wherein the receiving antennas are connected to an evaluation module, wherein the device is adapted to emit electromagnetic waves in the range of 60 to 300 gigahertz by means of the transmitting antennas and wherein the evaluation module is adapted to visually represent the waves of a transmitting antenna or a group of transmitting antennas respectively received by the receiving antennas and to superimpose the individual images with simultaneous noise attenuation and contrast enhancement by means of a sharpening method.
A method of performing a color balancing operation on input image data from an image sensor, comprising the acts of: calculating gray world statistics for the input image data having color channels, wherein the gray world statistics are respective chromaticity values for said color channels, wherein, for each color channel, the chromaticity value is the sum of the pixel values of a plurality of pixels of the respective color channel divided by the sum of the pixel values of all color channels of said plurality of pixels; calculating color channel gains for the input image data based on the gray world statistics and a neutral white point; wherein the act of calculating gray world statistics further comprises pruning the pixels used in calculating the gray world statistics based on predetermined criteria, said criteria being high and low threshold values for each color channel,, wherein the act of pruning further comprises a determination of the total number of pixels complying with the predetermined criteria, the method further comprising the step of deeming the color channel gains valid if the total number of pixels complying with the predetermined criteria is equal to or greater than a predetermined percentage of the total number of pixels considered in the calculation of the gray world statistics, and deeming the color channel gains invalid otherwise, and transforming the input image data to an output image by applying the color channel gains to respective color channels of said input image data if the channel gains are deemed valid. calculating gray world statistics for the input image data having color channels, wherein the gray world statistics are respective chromaticity values for said color channels, wherein, for each color channel, the chromaticity value is the sum of the pixel values of a plurality of pixels of the respective color channel divided by the sum of the pixel values of all color channels of said plurality of pixels; calculating color channel gains for the input image data based on the gray world statistics and a neutral white point; wherein the act of calculating gray world statistics further comprises pruning the pixels used in calculating the gray world statistics based on predetermined criteria, said criteria being high and low threshold values for each color channel,, wherein the act of pruning further comprises a determination of the total number of pixels complying with the predetermined criteria, the method further comprising the step of deeming the color channel gains valid if the total number of pixels complying with the predetermined criteria is equal to or greater than a predetermined percentage of the total number of pixels considered in the calculation of the gray world statistics, and deeming the color channel gains invalid otherwise, and transforming the input image data to an output image by applying the color channel gains to respective color channels of said input image data if the channel gains are deemed valid.
A device for reducing noise, the device comprising: a storage configured to store sound data; a processor configured to: classify a segment of noise utilizing sound data which was accumulated prior to initiation of a communication session; estimate the segment of noise, utilizing information received from the noise classification; and select, for estimating the segment of noise, a noise estimator which accounts for a user's current context based on a context defined by the sound data which was accumulated prior to initiation of the communication session. a storage configured to store sound data; a processor configured to: classify a segment of noise utilizing sound data which was accumulated prior to initiation of a communication session; estimate the segment of noise, utilizing information received from the noise classification; and select, for estimating the segment of noise, a noise estimator which accounts for a user's current context based on a context defined by the sound data which was accumulated prior to initiation of the communication session. classify a segment of noise utilizing sound data which was accumulated prior to initiation of a communication session; estimate the segment of noise, utilizing information received from the noise classification; and select, for estimating the segment of noise, a noise estimator which accounts for a user's current context based on a context defined by the sound data which was accumulated prior to initiation of the communication session.