mhurhangee/patent-ind-claim-en huggingface dataset:
An audio processing apparatus configured to classify an audio signal into one or more audio scene classes, the audio signal comprising a component signal, wherein component signal refers to signal components related to foreground/background, and wherein the apparatus comprises a processing circuitry configured to: classify the component signal of the audio signal as a foreground layer component signal or a background layer component signal; obtain an audio signal feature on the basis of the audio signal; select, depending on the classification of the component signal, a first set of weights or a second set of weights; and classify the audio signal, on the basis of the audio signal feature, the foreground layer component signal or background layer component signal, and the selected set of weights; wherein the processing circuitry is configured to provide a neural network , wherein the neural network is configured to perform the classification of the audio signal; and wherein the neural network comprises a first neural subnetwork and a second neural subnetwork , wherein the first neural subnetwork is configured to provide, depending on the classification of the component signal, the first set of weights or the second set of weights to the second neural subnetwork and wherein the second neural subnetwork is configured to classify the audio signal on the basis of the audio signal feature, the foreground layer component signal or the background layer component signal and the selected set of weights provided by the first neural subnetwork . classify the component signal of the audio signal as a foreground layer component signal or a background layer component signal; obtain an audio signal feature on the basis of the audio signal; select, depending on the classification of the component signal, a first set of weights or a second set of weights; and classify the audio signal, on the basis of the audio signal feature, the foreground layer component signal or background layer component signal, and the selected set of weights; wherein the processing circuitry is configured to provide a neural network , wherein the neural network is configured to perform the classification of the audio signal; and wherein the neural network comprises a first neural subnetwork and a second neural subnetwork , wherein the first neural subnetwork is configured to provide, depending on the classification of the component signal, the first set of weights or the second set of weights to the second neural subnetwork and wherein the second neural subnetwork is configured to classify the audio signal on the basis of the audio signal feature, the foreground layer component signal or the background layer component signal and the selected set of weights provided by the first neural subnetwork .
A node device configuring a peer-to-peer network , the peer-to-peer network including a plurality of the node devices capable of performing peer-to-peer communication with each other, the node device performing data communication with another node device over a network interface , the node device comprising: a blockchain management part configured to receive, through the network interface , an information registration request transaction that includes embedded Subscriber Identity Module, SIM, information including SIM identification information and a profile, an electronic signature put on the embedded SIM information by using a private key of an information registrant, and a public key paired with the private key, and accumulate the received information registration request transaction into a blockchain based on a consensus building algorithm executed in cooperation with another node device configuring the peer-to-peer network , wherein the embedded SIM information includes a program code for prompting a mobile network operation, MNO, device to perform remote setup of the respective profile, and the node device is configured to, upon : receiving, at an inquiry responding part , a profile setup request transaction through the network interface , acquire the embedded SIM information accumulated in the blockchain in accordance with the received profile setup request transaction, generate an embedded SIM remote setup instruction signal by executing the included program code in accordance with the received profile setup request transaction, and transmit the generated embedded SIM remote setup instruction signal to the MNO device through the network interface . a blockchain management part configured to receive, through the network interface , an information registration request transaction that includes embedded Subscriber Identity Module, SIM, information including SIM identification information and a profile, an electronic signature put on the embedded SIM information by using a private key of an information registrant, and a public key paired with the private key, and accumulate the received information registration request transaction into a blockchain based on a consensus building algorithm executed in cooperation with another node device configuring the peer-to-peer network , wherein the embedded SIM information includes a program code for prompting a mobile network operation, MNO, device to perform remote setup of the respective profile, and the node device is configured to, upon : receiving, at an inquiry responding part , a profile setup request transaction through the network interface , acquire the embedded SIM information accumulated in the blockchain in accordance with the received profile setup request transaction, generate an embedded SIM remote setup instruction signal by executing the included program code in accordance with the received profile setup request transaction, and transmit the generated embedded SIM remote setup instruction signal to the MNO device through the network interface .
Process for treating keratin fibres, especially human keratin fibres, in particular the hair, comprising: (i) a step consisting in applying, to said fibres, a) one or more, preferably nonionic or anionic, oxidized polysaccharide(s); (ii) a step consisting in applying, to said fibres, b) one or more polysaccharide(s) with amine group(s); it being understood that steps (i) and (ii) may be carried out simultaneously or sequentially, and preferably steps (i) and (ii) are carried out simultaneously. (i) a step consisting in applying, to said fibres, a) one or more, preferably nonionic or anionic, oxidized polysaccharide(s); (ii) a step consisting in applying, to said fibres, b) one or more polysaccharide(s) with amine group(s);
An upper for an article of footwear , the upper comprising: a knitted component , the knitted component including a seamless portion extending from a toe area , through a midfoot area , and to a heel area of the upper on at least one of a lateral and a medial side of the upper ; a first course at least partially forming the knitted component , the first course extending in a first direction from the heel area to the toe area of the upper , wherein the knitted component includes a scallop element , the scallop element including a first layer and a second layer , wherein the second layer of the scallop element comprises an apex , wherein the apex is offset with respect to a centerline of the scallop element , wherein the apex extends to a location beyond a terminus of the first layer , characterized in that the apex of the scallop element overlaps at least one other scallop element . a knitted component , the knitted component including a seamless portion extending from a toe area , through a midfoot area , and to a heel area of the upper on at least one of a lateral and a medial side of the upper ; a first course at least partially forming the knitted component , the first course extending in a first direction from the heel area to the toe area of the upper , wherein the knitted component includes a scallop element , the scallop element including a first layer and a second layer , wherein the second layer of the scallop element comprises an apex , wherein the apex is offset with respect to a centerline of the scallop element , wherein the apex extends to a location beyond a terminus of the first layer , characterized in that the apex of the scallop element overlaps at least one other scallop element .
A method of synchronizing playback of audio data sent over a first wireless network from an audio source to a wireless speaker package that is adapted to play the audio data, the method comprising: comparing a first time period over which audio data was sent over the first wireless network to a second time period over which the audio data was received by the wireless speaker package, wherein the comparison comprises a function of the first and second time periods, wherein the function comprises a ratio of the first and second time periods; and playing the received audio data on the wireless speaker package over a third time period that is related to the comparison of the first and second time periods. comparing a first time period over which audio data was sent over the first wireless network to a second time period over which the audio data was received by the wireless speaker package, wherein the comparison comprises a function of the first and second time periods, wherein the function comprises a ratio of the first and second time periods; and playing the received audio data on the wireless speaker package over a third time period that is related to the comparison of the first and second time periods.
Agent that inhibits the activity of an NC Ca-ATP channel for the use of treating neuropathic pain in a subject in need thereof, by administering to the subject an effective amount of said agent, wherein the agent is a) a SUR1 antagonist; or b) a Transient Receptor Potential cation channel subfamily M member 4 (TRPM4) antagonist, wherein the SUR1 antagonist is selected from the group consisting of glibenclamide (glyburide), tolbutamide, acetohexamide, chlorpropamide, tolazimide, glipizide, gliquidone, repaglinide, nateglinide, meglitinide, gliclazide, glimepiride, repaglinide, nateglinide, and mitiglinide, and wherein the TRPM4 antagonist is selected from flufenamic acid, mefanimic acid, and niflumic acid. wherein the SUR1 antagonist is selected from the group consisting of glibenclamide (glyburide), tolbutamide, acetohexamide, chlorpropamide, tolazimide, glipizide, gliquidone, repaglinide, nateglinide, meglitinide, gliclazide, glimepiride, repaglinide, nateglinide, and mitiglinide, and wherein the TRPM4 antagonist is selected from flufenamic acid, mefanimic acid, and niflumic acid.
A method for producing a breathable web (W), comprising: - feeding a web (W) on the surface of an anvil roller rotatable about its axis (A) and having a plurality of welding protrusions cooperating with a welding element , - welding said web (W) at a plurality of welding spots on head surfaces of said welding protrusions and forming respective annular welding seams at said welding spots , about respective welding projections , and respective thin membranes located within said annular welding seams and adjacent to the head surfaces of said welding protrusions , characterized by : - removing said thin membranes after said welding by means of a peeling roller having an outer surface tangent to said head surfaces of said welding protrusions . - feeding a web (W) on the surface of an anvil roller rotatable about its axis (A) and having a plurality of welding protrusions cooperating with a welding element , - welding said web (W) at a plurality of welding spots on head surfaces of said welding protrusions and forming respective annular welding seams at said welding spots , about respective welding projections , and respective thin membranes located within said annular welding seams and adjacent to the head surfaces of said welding protrusions , - removing said thin membranes after said welding by means of a peeling roller having an outer surface tangent to said head surfaces of said welding protrusions .
Equipment for twisting crankshafts (A), characterized in that it comprises at least three twisting modules , where each twisting module comprises an upper tool and a lower tool (1"), where said tools (1', 1") have an inner face by means of which they are facing one another, each tool (1', 1") having on said inner face a cavity the geometry of which corresponds with a portion of the outer shape of a crankpin of the crankshaft (A) to be twisted, such that the cavity defined by the facing tools (1', 1") of one and the same twisting module corresponds with the complete outer shape of the crankpin, where the tools (1', 1") of each twisting module are arranged on a supporting element , where at least two supporting elements can rotate independently with respect to an axis of rotation coinciding with a longitudinal axis (A') of the crankshaft (A) when said crankshaft (A) is arranged in the equipment, characterized in that the tools (1', 1") of each twisting module can only effect a linear displacement with respect to the supporting element in which they are arranged, said linear displacement being perpendicular to the axis of rotation , wherein at least one supporting element can be longitudinally displaced in the direction of the axis of rotation .
A method of determining the amount of DNA in a sample, characterized in that it contains the following steps: (i) a sample is incubated in a solution of at least one fluorescent substance selected from the group consisted of 4',6-diamidino-2-phenylindole, 2-(4-hydroxyphenyl)-5-(4-methyl-1-piperazinyl)-2,5'-bi-1H-benzimidazole, 2'-(4-ethoxyphenyl)-5-(4-methyl-1 -piperazinyl)-2,5 '-bi-1H-benzimidazole and N,N-dimethyl-4-[5-(4-methyl-1-piperazinyl)[2,5-bi-1H-benzimidazole]-2'-yl]benzenamine, which, in the course of this incubation, binds to the DNA present in the sample; (ii) the sample is washed with a washing solution and/or water, which washes away the fluorescent substances not bound to the DNA in the sample; (iii) the fluorescent substances bound to the DNA in the sample are eluted from the DNA with an aqueous elution solution of at least one substance selected from the group consisted of sodium dodecylsulphate, lithium dodecylsulphate and sodium [dodecanoyl(methyl)amino] acetate, wherein the concentration of sodium dodecylsulphate, lithium dodecylsulphate and/or sodium [dodecanoyl(methyl)amino]acetate is at least 0.1 % (weight/v); (iv) the amount of DNA is determined in the elution solution from the previous step by measuring the fluorescent signal of the fluorescent substance used in step (i). (i) a sample is incubated in a solution of at least one fluorescent substance selected from the group consisted of 4',6-diamidino-2-phenylindole, 2-(4-hydroxyphenyl)-5-(4-methyl-1-piperazinyl)-2,5'-bi-1H-benzimidazole, 2'-(4-ethoxyphenyl)-5-(4-methyl-1 -piperazinyl)-2,5 '-bi-1H-benzimidazole and N,N-dimethyl-4-[5-(4-methyl-1-piperazinyl)[2,5-bi-1H-benzimidazole]-2'-yl]benzenamine, which, in the course of this incubation, binds to the DNA present in the sample; (ii) the sample is washed with a washing solution and/or water, which washes away the fluorescent substances not bound to the DNA in the sample; (iii) the fluorescent substances bound to the DNA in the sample are eluted from the DNA with an aqueous elution solution of at least one substance selected from the group consisted of sodium dodecylsulphate, lithium dodecylsulphate and sodium [dodecanoyl(methyl)amino] acetate, wherein the concentration of sodium dodecylsulphate, lithium dodecylsulphate and/or sodium [dodecanoyl(methyl)amino]acetate is at least 0.1 % (weight/v); (iv) the amount of DNA is determined in the elution solution from the previous step by measuring the fluorescent signal of the fluorescent substance used in step (i).
Propulsion system for an electric or hybrid vehicle, comprising, in an orthogonal reference frame (XYZ) : - an assembly of n electric propulsion machines , n being an integer greater than or equal to 2, each electric machine comprising a stator , a rotor having an output shaft that is rotatable about a rotor axis (X) and a protective casing surrounding the stator; - a gear train kinematically connected to the n output shafts and adapted to receive the drive torque supplied by the n electric machines ; - a transmission housing supporting the protective casings of the n electric machines and, at least in part, the gear train ; characterized in that the protective casings of the n electric machines are connected to one another by at least one noise reduction element positioned geometrically between the axes (X) of rotation of the rotors of the n electric machines. - an assembly of n electric propulsion machines , n being an integer greater than or equal to 2, each electric machine comprising a stator , a rotor having an output shaft that is rotatable about a rotor axis (X) and a protective casing surrounding the stator; - a gear train kinematically connected to the n output shafts and adapted to receive the drive torque supplied by the n electric machines ; - a transmission housing supporting the protective casings of the n electric machines and, at least in part, the gear train ;
A method of calibrating a 3D vision robotic system, comprising: positioning a calibration article within a work space of a robot , wherein the calibration article comprises at least four side surfaces and a top or bottom surface , the side surfaces being angled inward toward the top or bottom surface with at least two side surfaces being angled inward at different angles from each other; positioning the 3D camera in a viewing position, wherein at least two of the side surfaces angled at different angles and the top or bottom surface are viewable in the viewing position; capturing a 3D image in the viewing position with the 3D camera, the 3D image comprising positional data corresponding to the viewable side surfaces and top or bottom surface in the viewing position; generating calibration data from the 3D image, wherein the calibration data aligns the camera and the robot; storing the calibration data in memory; and transforming between positions of the robot and the camera during use thereof based upon the calibration data. positioning a calibration article within a work space of a robot , wherein the calibration article comprises at least four side surfaces and a top or bottom surface , the side surfaces being angled inward toward the top or bottom surface with at least two side surfaces being angled inward at different angles from each other; positioning the 3D camera in a viewing position, wherein at least two of the side surfaces angled at different angles and the top or bottom surface are viewable in the viewing position; capturing a 3D image in the viewing position with the 3D camera, the 3D image comprising positional data corresponding to the viewable side surfaces and top or bottom surface in the viewing position; generating calibration data from the 3D image, wherein the calibration data aligns the camera and the robot; storing the calibration data in memory; and transforming between positions of the robot and the camera during use thereof based upon the calibration data.
A method of measuring an impedance of a triboelectric probe, comprising: determining a first time constant by driving a test circuit comprising a known impedance (Z1) and a capacitor (C1) connected in series with a first test voltage; determining a second time constant by replacing the known impedance in the test circuit with the target impedance (Z2) and driving the test circuit comprising the target impedance and the capacitor connected in series with a second test voltage; and determining the target impedance based on the first time constant and the second time constant; wherein the target impedance comprises an electrical path between a triboelectric probe and a common node; and wherein the triboelectric probe is disposed in a gas stream containing particulate matter. determining a first time constant by driving a test circuit comprising a known impedance (Z1) and a capacitor (C1) connected in series with a first test voltage; determining a second time constant by replacing the known impedance in the test circuit with the target impedance (Z2) and driving the test circuit comprising the target impedance and the capacitor connected in series with a second test voltage; and determining the target impedance based on the first time constant and the second time constant; wherein the target impedance comprises an electrical path between a triboelectric probe and a common node; and wherein the triboelectric probe is disposed in a gas stream containing particulate matter.
A rope for an elevator, the rope comprising: a center strand formed by twisting a first plurality of wires ; inner layer strands , each formed by twisting a second plurality of wires and arranged along the outer periphery of the center strand ; and outer layer strands , each formed by twisting a third plurality of wires , arranged along the outer periphery of the inner layer strands , wherein the number of strands per layer is ten of each of the inner layer strands and the outer layer strands , a diameter of the center strand , a diameter of the inner layer strands and a diameter of the outer layer strands are respectively 0.33-0.35 times, 0.13-0.15 times and 0.22-0.24 times as large as a diameter of a first imaginary circle circumscribed around the outer layer strands , and a fill factor is 64-67%, characterized in that , a gap formed by spacing apart the inner layer strands that are adjacent to each other is defined as a gap NG between the inner layer strands , and a diameter of a second imaginary circle circumscribed around the inner layer strands is defined as an inner layer rope diameter NR, the relationship of 0.3% ≤ NG/NR×100 ≤ 0.6% is established. a center strand formed by twisting a first plurality of wires ; inner layer strands , each formed by twisting a second plurality of wires and arranged along the outer periphery of the center strand ; and outer layer strands , each formed by twisting a third plurality of wires , arranged along the outer periphery of the inner layer strands , wherein the number of strands per layer is ten of each of the inner layer strands and the outer layer strands , a diameter of the center strand , a diameter of the inner layer strands and a diameter of the outer layer strands are respectively 0.33-0.35 times, 0.13-0.15 times and 0.22-0.24 times as large as a diameter of a first imaginary circle circumscribed around the outer layer strands , and a fill factor is 64-67%, characterized in that , a gap formed by spacing apart the inner layer strands that are adjacent to each other is defined as a gap NG between the inner layer strands , and a diameter of a second imaginary circle circumscribed around the inner layer strands is defined as an inner layer rope diameter NR, the relationship of 0.3% ≤ NG/NR×100 ≤ 0.6% is established.