mhurhangee/ep-ind-claims huggingface dataset:
A method for rendering an audio program comprising one or more audio objects for playback in an environment including a speaker array comprising at least one speaker, said method including the steps of: (a) generating image data indicative of at least one listener (1, 2) in the environment; (b) processing the image data to generate listener data indicative of at least one characteristic of said at least one listener (1, 2); and (c) rendering at least one of the audio objects in response to the listener data, characterized in that: step (c) includes a step of rendering the audio program in response to the listener data and in response to listener identification data indicative of hearing capability of said at least one listener (1, 2), and the listener data is indicative of position and size of said at least one listener (1, 2), and step (c) includes a step of determining from the listener identification data and the listener data that said at least one listener (1, 2) whose size is indicated by the listener data has a hearing capability which is indicated by the listener identification data. (a) generating image data indicative of at least one listener (1, 2) in the environment; (b) processing the image data to generate listener data indicative of at least one characteristic of said at least one listener (1, 2); and (c) rendering at least one of the audio objects in response to the listener data, characterized in that: step (c) includes a step of rendering the audio program in response to the listener data and in response to listener identification data indicative of hearing capability of said at least one listener (1, 2), and the listener data is indicative of position and size of said at least one listener (1, 2), and step (c) includes a step of determining from the listener identification data and the listener data that said at least one listener (1, 2) whose size is indicated by the listener data has a hearing capability which is indicated by the listener identification data. step (c) includes a step of rendering the audio program in response to the listener data and in response to listener identification data indicative of hearing capability of said at least one listener (1, 2), and the listener data is indicative of position and size of said at least one listener (1, 2), and step (c) includes a step of determining from the listener identification data and the listener data that said at least one listener (1, 2) whose size is indicated by the listener data has a hearing capability which is indicated by the listener identification data.
A method for selecting at a user terminal reception and decoding of a transmission mode used by an eNodeB, the user terminal receiving communicated information from the eNodeB, which has multiple antennas, via plural channels, the plural channels including a primary broadcast channel and at least one control channel, the method comprising: receiving at the user terminal initiating data from the eNodeB via the primary broadcast channel; detecting from the received initiating data whether a first or a second transmission mode is used by the eNodeB for the primary broadcast channel, the first transmission mode indicating that a first number of antennas is used by the eNodeB and the second transmission mode indicating that a second number, different than the first number, of antennas is used by the eNodeB to communicate with the user terminal; and decoding the at least one control channel using the detected transmission mode of the primary broadcast channel, wherein the detected transmission mode of the primary broadcast channel determines the transmission mode for the later decoded at least one control channel. receiving at the user terminal initiating data from the eNodeB via the primary broadcast channel; detecting from the received initiating data whether a first or a second transmission mode is used by the eNodeB for the primary broadcast channel, the first transmission mode indicating that a first number of antennas is used by the eNodeB and the second transmission mode indicating that a second number, different than the first number, of antennas is used by the eNodeB to communicate with the user terminal; and decoding the at least one control channel using the detected transmission mode of the primary broadcast channel,
A method of making a polysaccharide over-producing bacterium comprising introducing into a bacterium an ica nucleic acid operably linked to an ica regulatory nucleic acid, wherein the ica regulatory nucleic acid comprises (a) a nucleic acid molecule which hybridizes under stringent conditions to a nucleic acid molecule having a sequence of SEQ ID NO:2, spans nucleotides 23 and 29 of SEQ ID NO:2, has an addition, deletion or substitution of at least two nucleotides in a region between and including nucleotides 24 and 28 of SEQ ID NO:2, and enhances production of poly-N-acetyl glucosamine when operably linked to an ica nucleic acid that encodes IcaA, IcaD, IcaB and IcaC, relative to the level of poly-N-acetyl glucosamine produced when SEQ ID NO:2 is operably linked to the ica nucleic acid, or (b) a complement thereof. (a) a nucleic acid molecule which hybridizes under stringent conditions to a nucleic acid molecule having a sequence of SEQ ID NO:2, spans nucleotides 23 and 29 of SEQ ID NO:2, has an addition, deletion or substitution of at least two nucleotides in a region between and including nucleotides 24 and 28 of SEQ ID NO:2, and enhances production of poly-N-acetyl glucosamine when operably linked to an ica nucleic acid that encodes IcaA, IcaD, IcaB and IcaC, relative to the level of poly-N-acetyl glucosamine produced when SEQ ID NO:2 is operably linked to the ica nucleic acid, or (b) a complement thereof.
A method, for monitoring N number of transformer bushings operating in substantially the same environment at least regarding temperature, N being any number more than 1, the method comprises: - estimating an absolute value for the capacitances of each of the bushings, the absolute values for the capacitances being denoted C x, - estimating an absolute value for the loss factor or the power factor of each of the bushings, the absolute values for the loss factors or the power factors being denoted F x, wherein X is a number representing which bushing the value is associated to and X larger than 1, - calculating A-values for all C values and A-values for all F values, according to: ΔC X = C X − C X + 1, for all values up to, and including, ΔC N-1, ΔC N = C N − C 1, for ΔC N, ΔF X = F X − F X + 1, for all values up to, and including, ΔF N-1, ΔF N = F N − F 1, for ΔF N, and - determining whether the A-values are within predefined ranges. - estimating an absolute value for the capacitances of each of the bushings, the absolute values for the capacitances being denoted C x, - estimating an absolute value for the loss factor or the power factor of each of the bushings, the absolute values for the loss factors or the power factors being denoted F x, - calculating A-values for all C values and A-values for all F values, according to: ΔC X = C X − C X + 1, for all values up to, and including, ΔC N-1, ΔC N = C N − C 1, for ΔC N, ΔF X = F X − F X + 1, for all values up to, and including, ΔF N-1, ΔF N = F N − F 1, for ΔF N, and - determining whether the A-values are within predefined ranges.
Use of a pour point depressant represented by Formula I for lowering the pour point of a hydrocarbon base oil, in an amount of from 0.05 wt % to 5.0 wt % based on the weight of the base oil where R 1 = H or linear C 12 to C 22 alkyl group; R 2 = H or linear C 12 to C 22 carbonyl group; and R 3 = linear C 12 to C 22 alkyl group or C 12 to C 22 carbonyl group.
Rubber composition that can be used for the manufacture of tyres, based on at least: - one diene elastomer; - one sulphur-based crosslinking system; - one inorganic filler as reinforcing filler; - one coupling agent of general formula I below: 3-n R 1 n Si - Z - S m - R 2 in which: - R 1, which are identical or different, each represent a monovalent hydrocarbon-based group chosen from alkyls, which are linear or branched, cycloalkyls or aryls, having from 1 to 18 carbon atoms; - R 2 represents a monovalent hydrocarbon-based group chosen from alkyls, which are linear or branched, cycloalkyls or aryls, having from 1 to 30 carbon atoms; - Z represents a divalent bonding group comprising from 1 to 18 carbon atoms; - n is an integer equal to 0, 1 or 2; and - m is a number greater than or equal to 2. - one diene elastomer; - one sulphur-based crosslinking system; - one inorganic filler as reinforcing filler; - one coupling agent of general formula I below: 3-n R 1 n Si - Z - S m - R 2 in which: - R 1, which are identical or different, each represent a monovalent hydrocarbon-based group chosen from alkyls, which are linear or branched, cycloalkyls or aryls, having from 1 to 18 carbon atoms; - R 2 represents a monovalent hydrocarbon-based group chosen from alkyls, which are linear or branched, cycloalkyls or aryls, having from 1 to 30 carbon atoms; - Z represents a divalent bonding group comprising from 1 to 18 carbon atoms; - n is an integer equal to 0, 1 or 2; and - m is a number greater than or equal to 2. - R 1, which are identical or different, each represent a monovalent hydrocarbon-based group chosen from alkyls, which are linear or branched, cycloalkyls or aryls, having from 1 to 18 carbon atoms; - R 2 represents a monovalent hydrocarbon-based group chosen from alkyls, which are linear or branched, cycloalkyls or aryls, having from 1 to 30 carbon atoms; - Z represents a divalent bonding group comprising from 1 to 18 carbon atoms; - n is an integer equal to 0, 1 or 2; and - m is a number greater than or equal to 2.
A method for estimation of individual protein from a multivalent polysaccharide protein conjugate sample containing at least two different types of protein, wherein the protein is a carrier protein and wherein the carrier protein is selected from the group comprising Tetanus toxoid, Diphtheria toxoid and CRM197, comprising the steps of: a) covalent coupling of microspheres to protein of interest to be estimated, wherein the coupling of protein to microsphere is carried out using carbodiimide conjugation chemistry and wherein the microspheres are polystyrene beads; b) contacting a known concentration of anti - protein antibody to the sample containing multivalent polysaccharide-protein conjugate, free polysaccharide and free protein that binds to the epitope of protein; c) further separating the free or unbound anti - protein antibody by contacting a known concentration of protein coupled to microspheres to the sample of step (b) wherein the free or unbound anti - protein antibody binds to the epitope of protein coupled to microspheres; d) contacting the separated free or unbound anti - protein antibody bound to protein coupled microspheres from the sample of step (c) to a fluorophore labelled secondary antibody; e) measuring the percent adsorption of carrier protein on the basis of fluorescence signal measured by suspension array system. a) covalent coupling of microspheres to protein of interest to be estimated, wherein the coupling of protein to microsphere is carried out using carbodiimide conjugation chemistry and wherein the microspheres are polystyrene beads; b) contacting a known concentration of anti - protein antibody to the sample containing multivalent polysaccharide-protein conjugate, free polysaccharide and free protein that binds to the epitope of protein; c) further separating the free or unbound anti - protein antibody by contacting a known concentration of protein coupled to microspheres to the sample of step (b) wherein the free or unbound anti - protein antibody binds to the epitope of protein coupled to microspheres; d) contacting the separated free or unbound anti - protein antibody bound to protein coupled microspheres from the sample of step (c) to a fluorophore labelled secondary antibody; e) measuring the percent adsorption of carrier protein on the basis of fluorescence signal measured by suspension array system.
A system for a controller area network transceiver of a motor vehicle, comprising: a controller area network transceiver, the CAN transceiver requiring a minimum operating voltage to be ON; a main power supply, the main power supply being unregulated; a secondary power supply set above the minimum operating voltage of the CAN transceiver, the secondary power supply being regulated; a first diode, the first diode allowing the main power supply to power the CAN transceiver; a second diode, the second diode allowing the secondary power supply to power the CAN transceiver; wherein when the main power supply has a low cranking voltage below a normal operating voltage range, the first diode is reverse bias and the second diode is forward bias at the low cranking voltage, the secondary power supply powers the CAN transceivers at the low cranking voltage, thereby allowing the CAN transceiver to remain ON at the low cranking voltage. a main power supply, the main power supply being unregulated; a secondary power supply set above the minimum operating voltage of the CAN transceiver, the secondary power supply being regulated; a first diode, the first diode allowing the main power supply to power the CAN transceiver; a second diode, the second diode allowing the secondary power supply to power the CAN transceiver; wherein when the main power supply has a low cranking voltage below a normal operating voltage range, the first diode is reverse bias and the second diode is forward bias at the low cranking voltage, the secondary power supply powers the CAN transceivers at the low cranking voltage, thereby allowing the CAN transceiver to remain ON at the low cranking voltage.
A laser device comprising: a light source device including a semiconductor laser configured to emit excitation light of having a wavelength of 808 nm; and a laser cavity irradiated with the excitation light from the light source device and including a Nd:YAG laser medium and a Cr:YAG saturable absorber, characterised in that: a beam waist diameter r of the excitation light, within the laser medium and an initial transmittance T 0 of the saturable absorber satisfy a relationship of 7.75×T 0 4 -7.77×T 0 3 +3.13×T 0 2 +0.16×T 0 +0.74≤r≤2.62×T 0 +0.675, when r is measured in mm and T 0 is a dimensionless fraction, and wherein the initial transmittance T 0 of the saturable absorber is 0.15 to 0.70, such that the energy per pulse output from the laser cavity is greater than or equal to 2.0 mJ and the oscillation efficiency in the laser cavity is greater than or equal to 15%. a light source device including a semiconductor laser configured to emit excitation light of having a wavelength of 808 nm; and a laser cavity irradiated with the excitation light from the light source device and including a Nd:YAG laser medium and a Cr:YAG saturable absorber, characterised in that: a beam waist diameter r of the excitation light, within the laser medium and an initial transmittance T 0 of the saturable absorber satisfy a relationship of 7.75×T 0 4 -7.77×T 0 3 +3.13×T 0 2 +0.16×T 0 +0.74≤r≤2.62×T 0 +0.675, when r is measured in mm and T 0 is a dimensionless fraction, and wherein the initial transmittance T 0 of the saturable absorber is 0.15 to 0.70, such that the energy per pulse output from the laser cavity is greater than or equal to 2.0 mJ and the oscillation efficiency in the laser cavity is greater than or equal to 15%.
Transmission device for self-propelled equipment, of the type comprising a housing equipped with a driving input shaft and with an output shaft to which the movement of the input shaft is transmitted, this input shaft bearing a receiving pulley of a belt transmission, around which pulley the belt of this transmission is wrapped, characterized in that the input shaft also bears a component that rotates as one with the said shaft and a member for controlling the movement of the pulley along the said input shaft in terms of the movement of the pulley towards or away from said component so that the pulley, which is mounted with the freedom to rotate on the input shaft, can be moved from the disengaged position when it is away from the said component, into the engaged position when it is close to the said component, and a rolling bearing member borne by the input shaft and interposed between control member and pulley, the pulley surrounding the said rolling bearing member, the said pulley having a groove of constant predetermined width for accepting the belt so that when the belt is taut inside the groove, the belt tension can be maintained as the pulley moves along the input shaft.
An electronic device comprising: a nonvolatile memory; a memory controller configured to control the nonvolatile memory; and a host connected to the memory controller, wherein in response to a first write signal received from the host, the memory controller is configured to provide the first write signal to the nonvolatile memory, the nonvolatile memory is configured to perform a first write operation based on the provided first write signal, generate first metadata based on a result of performing the first write operation, and provide the generated first metadata to the host, the host is configured to determine whether to perform garbage collection for the nonvolatile memory using a neural network model trained based on the generated first metadata from the nonvolatile memory, and the host is configured to provide a garbage collection request signal to the memory controller in response to determining to perform garbage collection. a nonvolatile memory; a memory controller configured to control the nonvolatile memory; and a host connected to the memory controller, wherein in response to a first write signal received from the host, the memory controller is configured to provide the first write signal to the nonvolatile memory, the nonvolatile memory is configured to perform a first write operation based on the provided first write signal, generate first metadata based on a result of performing the first write operation, and provide the generated first metadata to the host, the host is configured to determine whether to perform garbage collection for the nonvolatile memory using a neural network model trained based on the generated first metadata from the nonvolatile memory, and the host is configured to provide a garbage collection request signal to the memory controller in response to determining to perform garbage collection.
Plug-in connector arrangement, with a plug-in connector part for electrical connection to a mating plug-in connector part (2; 2'), wherein the plug-in connector part comprises a housing and a plurality of contacts which are arranged on the housing in such a manner that they are electrically contactable by mating contacts of the mating plug-in connector part (2; 2') from different plug-in directions (A, B, C), wherein the angular position of the contacts relative to the housing is fixed, and characterized by an angle adapter which can be mounted or is mounted on the housing of the plug-in connector part in such a manner that the contacts of the plug-in connector part are electrically contactable by the mating contacts of the mating plug-in connector part (2; 2') from only precisely one plug-in direction (A, C).
A processor-readable medium, having stored thereon processor-executable instructions which, when executed by a processor of an electronic device, cause the processor to process data sensed in a cabin vicinity of a vehicle, to detect physiological movement of a user, the processor-executable instructions comprising: instructions to control producing a sensing signal in the cabin vicinity of a vehicle; instructions to control sensing, with a sensor, a reflected signal from the cabin vicinity of the vehicle; instructions to derive a physiological movement signal with at least a portion of the sensed reflected signal and a signal representative of at least a portion of the sensing signal; instructions to generate an output based on an evaluation of at least a portion of the derived physiological movement signal, the evaluation comprising (a) a detection of a sleep stage and a time in a sleep stage and/or (b) a calculation of sleep score; and instructions to control the electronic device to promote sleep by the user in the cabin vicinity, wherein the derived physiological movement signal comprises one or more of a respiratory motion, gross motion, or a cardiac motion, of a user within the cabin vicinity, wherein gross motion includes any of arm movement, head movement, torso movement, limb movement, and/or whole-body movement; wherein the electronic device comprises a vehicle navigation system, and the instructions to control the electronic device are configured to, based on the output from the evaluation of the derived physiological movement signal, set a parameter for a navigation route provided with the vehicle navigation system. instructions to control producing a sensing signal in the cabin vicinity of a vehicle; instructions to control sensing, with a sensor, a reflected signal from the cabin vicinity of the vehicle; instructions to derive a physiological movement signal with at least a portion of the sensed reflected signal and a signal representative of at least a portion of the sensing signal; instructions to generate an output based on an evaluation of at least a portion of the derived physiological movement signal, the evaluation comprising (a) a detection of a sleep stage and a time in a sleep stage and/or (b) a calculation of sleep score; and instructions to control the electronic device to promote sleep by the user in the cabin vicinity, wherein the derived physiological movement signal comprises one or more of a respiratory motion, gross motion, or a cardiac motion, of a user within the cabin vicinity, wherein gross motion includes any of arm movement, head movement, torso movement, limb movement, and/or whole-body movement; wherein the electronic device comprises a vehicle navigation system, and the instructions to control the electronic device are configured to, based on the output from the evaluation of the derived physiological movement signal, set a parameter for a navigation route provided with the vehicle navigation system.
An insulation panel for thermally insulating a head of a Yankee or dryer cylinder, said insulating panel comprising a shell (27; 127) defining a closed space inside which a thermal insulating material is inserted; characterized in that said closed space is water-proof sealed; and that said thermal insulating material comprises a polymeric matrix where one or more of the following components are dispersed: glass particles, rock wool, clay particles, montmorillonite particles.
A power module (M L1...M W1) of a medium voltage power electronics device to be mounted in a cabinet, with at least one part connectable to a hazardous voltage, characterized in that the power module comprises an enclosure part (5, 10) composed of electrically insulating material which essentially surrounds the power module (M L1...M W1) and a liquid cooling circuit, and all external connections of the power module, comprising the main circuit connections (DC+, DC-, N, U), the control connection, and the connections to a liquid cooling circulation, are arranged on one wall of the power module, wherein the enclosure part (5, 10) has all holes for the external connections through the said one wall of the enclosure part and the other walls of the enclosure part (5, 10) are solid walls without openings, and wherein the power module (M L1... M W1, M U1) and the enclosure part (5, 7) of the power module are arranged such that when the power module (M L1...M W1, M U1) is installed to a housing part of the cabinet which is suitable for receiving power modules, the power module (M L1...M W1, M U1) is electrically insulated from the housing part and external connections of the power module (M L1... M W1) are directed to the front side of the housing part.