mhurhangee/ep-ind-claims huggingface dataset:
A method at a network element (230, 232) for resource reservation in an unlicensed spectrum band, the method comprising: determining quality of service requirements of traffic queued for a network operator; and reserving resources in the unlicensed spectrum band for the network operator in accordance with the quality of service requirements, wherein the network element takes control of a frame prior to expiry of a preceding coexistence frame by instructing sending a network allocation request from a transmission point on the unlicensed spectrum band prior to expiry of the preceding coexistence frame, to form a coordination frame for the traffic, wherein the coordination frame comprises at least one non-fixed sized coexistence frame (562, 564, 566), wherein the at least one non-fixed sized coexistence frame comprises resources from at least one of the network operator and a wireless local area network, wherein the coordination frame dynamically allocates a proportion of the channel's resources at a given time slot from the unlicensed spectrum to the network operator. determining quality of service requirements of traffic queued for a network operator; and reserving resources in the unlicensed spectrum band for the network operator in accordance with the quality of service requirements, wherein the network element takes control of a frame prior to expiry of a preceding coexistence frame by instructing sending a network allocation request from a transmission point on the unlicensed spectrum band prior to expiry of the preceding coexistence frame, to form a coordination frame for the traffic, wherein the coordination frame comprises at least one non-fixed sized coexistence frame (562, 564, 566), wherein the at least one non-fixed sized coexistence frame comprises resources from at least one of the network operator and a wireless local area network, wherein the coordination frame dynamically allocates a proportion of the channel's resources at a given time slot from the unlicensed spectrum to the network operator.
A device for sensing an over-temperature of a power semiconductor, characterized in that the device comprises: - a current pulse source that is provided through control electrodes of the power semiconductor, - a current copier that duplicates the current provided by the current pulse source, and that provides the duplicated current to an emulating device, the emulating device being composed of a resistor Re and a capacitor Ce connected in series, the equivalent circuit of the power semiconductor being composed of a resistor Rg connected in series with a gate capacitor Cg, the resistor Re resistor value is equal or lower than a gate resistance value of the power semiconductor when the power semiconductor is at a temperature almost equal to the maximum junction temperature of the power semiconductor and the capacitor Ce value is equal or lower than the gate capacitance value Cg of the power semiconductor, - a comparator that compares the voltage across the control electrodes to the voltage across the emulating device, - means for notifying the result of the comparison. - a current pulse source that is provided through control electrodes of the power semiconductor, - a current copier that duplicates the current provided by the current pulse source, and that provides the duplicated current to an emulating device, the emulating device being composed of a resistor Re and a capacitor Ce connected in series, the equivalent circuit of the power semiconductor being composed of a resistor Rg connected in series with a gate capacitor Cg, the resistor Re resistor value is equal or lower than a gate resistance value of the power semiconductor when the power semiconductor is at a temperature almost equal to the maximum junction temperature of the power semiconductor and the capacitor Ce value is equal or lower than the gate capacitance value Cg of the power semiconductor, - a comparator that compares the voltage across the control electrodes to the voltage across the emulating device, - means for notifying the result of the comparison.
A method for manufacturing a laminate, comprising the steps of: providing a copper foil having a treated surface having a developed interfacial area ratio Sdr (as defined in the description) of 0.50% or more and 9.00% or less and a root mean square height Sq (as defined in the description) of 0.010 μm or more and 0.200 μm or less on at least one side, and attaching or forming a polyvinyl acetal resin film on the treated surface of the copper foil to form a laminate, wherein the Sdr and Sq are values measured in accordance with ISO 25178 under conditions in which a cutoff wavelength of an S-filter is 0.55 μm, and a cutoff wavelength of an L-filter is 10 μm. providing a copper foil having a treated surface having a developed interfacial area ratio Sdr (as defined in the description) of 0.50% or more and 9.00% or less and a root mean square height Sq (as defined in the description) of 0.010 μm or more and 0.200 μm or less on at least one side, and attaching or forming a polyvinyl acetal resin film on the treated surface of the copper foil to form a laminate, wherein the Sdr and Sq are values measured in accordance with ISO 25178 under conditions in which a cutoff wavelength of an S-filter is 0.55 μm, and a cutoff wavelength of an L-filter is 10 μm.
A flow generator for a respiratory treatment apparatus comprising: a motor; an impeller coupled with the motor; a housing for the impeller comprising a volute, a gas inlet and a gas outlet, the gas inlet being an inlet to the flow generator, through which a flow of breathable gas is drawn to the flow generator, the gas outlet being adaptable for a conduit of a patient interface to deliver the breathable gas as a respiratory treatment; an inlet flow seal positioned to selectively open and close the gas inlet, the inlet flow seal having a first side internally proximate to an inlet chamber of the gas inlet and the inlet flow seal having a second side externally proximate to the inlet chamber of the gas inlet; and a seal activation chamber configured proximate to the second side of the inlet flow seal to permit a negative pressure in the seal activation chamber to open the gas inlet to a flow of breathable gas. a motor; an impeller coupled with the motor; a housing for the impeller comprising a volute, a gas inlet and a gas outlet, the gas inlet being an inlet to the flow generator, through which a flow of breathable gas is drawn to the flow generator, the gas outlet being adaptable for a conduit of a patient interface to deliver the breathable gas as a respiratory treatment; an inlet flow seal positioned to selectively open and close the gas inlet, the inlet flow seal having a first side internally proximate to an inlet chamber of the gas inlet and the inlet flow seal having a second side externally proximate to the inlet chamber of the gas inlet; and a seal activation chamber configured proximate to the second side of the inlet flow seal to permit a negative pressure in the seal activation chamber to open the gas inlet to a flow of breathable gas.
A method for transmitting and receiving a call by a home network telephony control point, CP, using a universal plug and play, UPnP, protocol, the method comprising: receiving, from a telephony server, information indicating reception of call data from a telephony service provider at the telephony server, wherein the information comprises media-related capability information of the telephony service provider; establishing a setup for call data transmission and reception between a telephony client and the telephony server based on the media-related capability information, the telephony client being a client receiving the call data in the home network; and requesting the telephony server to receive the call data from the telephony service provider; wherein the telephony server and identified telephony client transmit and receive the call data corresponding to the media-related capability information according to the setup. receiving, from a telephony server, information indicating reception of call data from a telephony service provider at the telephony server, wherein the information comprises media-related capability information of the telephony service provider; establishing a setup for call data transmission and reception between a telephony client and the telephony server based on the media-related capability information, the telephony client being a client receiving the call data in the home network; and requesting the telephony server to receive the call data from the telephony service provider; wherein the telephony server and identified telephony client transmit and receive the call data corresponding to the media-related capability information according to the setup.
A system for detecting and alleviating reduced cognitive function of a pilot, the system comprising: a) an oxygen supply system adapted to be actuated by a power supply, the oxygen supply system in communication with an oxygen delivery device, the oxygen delivery device adapted to deliver supplemental oxygen to a pilot, b) a control module in communication with the oxygen supply system and the power supply; and c) a reduced cognitive function detection device comprising a pupillometer configured to monitor a pupil size of the pilot, the reduced cognitive function detection device in communication with the control module wherein the control module includes a data file containing pilot pupil size data as a function of ambient light and wherein the reduced cognitive function detection device further comprises a luminometer configured to monitor an ambient light level wherein pilot pupil size is compared to the data file at the ambient light level so that a pupil size outside the pilot pupil size data indicates reduced cognitive function and wherein the control module causes one or both of the oxygen supply system and the oxygen delivery device to increase an amount of oxygen being delivered to the pilot upon detection of pilot reduced cognitive function. a) an oxygen supply system adapted to be actuated by a power supply, the oxygen supply system in communication with an oxygen delivery device, the oxygen delivery device adapted to deliver supplemental oxygen to a pilot, b) a control module in communication with the oxygen supply system and the power supply; and c) a reduced cognitive function detection device comprising a pupillometer configured to monitor a pupil size of the pilot, the reduced cognitive function detection device in communication with the control module wherein the control module includes a data file containing pilot pupil size data as a function of ambient light and wherein the reduced cognitive function detection device further comprises a luminometer configured to monitor an ambient light level wherein pilot pupil size is compared to the data file at the ambient light level so that a pupil size outside the pilot pupil size data indicates reduced cognitive function and wherein the control module causes one or both of the oxygen supply system and the oxygen delivery device to increase an amount of oxygen being delivered to the pilot upon detection of pilot reduced cognitive function.
A content sharing system, comprising: operation identification means for identifying that a first operation of an execution instruction of a predetermined processing has been performed, said operation being an operation of specifying a first position on shared content operable by both a first user and a second user, which has been performed by the first user; estimated scroll amount identification means for identifying an estimated scroll amount of the shared content by a second operation of the second user during a predetermined time period until a timing of the first operation, based on a scroll amount of the shared content by the second operation performed before the start of the predetermined time period until the timing of the first operation; actual scroll amount identification means for identifying an actual scroll amount, which is an actual scroll amount of the shared content by the second operation during the predetermined time period until the timing of the first operation; position identification means for identifying a second position on the shared content, which is separated from the first position on the shared content by a difference between the actual scroll amount and the estimated scroll amount; and processing execution means for executing the predetermined processing on an object associated with the second position on the shared content. operation identification means for identifying that a first operation of an execution instruction of a predetermined processing has been performed, said operation being an operation of specifying a first position on shared content operable by both a first user and a second user, which has been performed by the first user; estimated scroll amount identification means for identifying an estimated scroll amount of the shared content by a second operation of the second user during a predetermined time period until a timing of the first operation, based on a scroll amount of the shared content by the second operation performed before the start of the predetermined time period until the timing of the first operation; actual scroll amount identification means for identifying an actual scroll amount, which is an actual scroll amount of the shared content by the second operation during the predetermined time period until the timing of the first operation; position identification means for identifying a second position on the shared content, which is separated from the first position on the shared content by a difference between the actual scroll amount and the estimated scroll amount; and processing execution means for executing the predetermined processing on an object associated with the second position on the shared content.
A damper assembly for a combustion chamber of a gas turbine, the damper assembly comprising a resonator cavity, a neck (4; 41) in flow communication with said resonator cavity (3; 31, 32) and protrusions located on a wall of said neck (4, 41); wherein the protrusions define corrugation cavities inside the neck (4, 41); characterized in that said resonator cavity comprises two volumes (31, 32) in flow communication with each other and further characterized by an intermediate neck, having further protrusions and arranged to connect said two volumes (31, 32), the protrusions and the further protrusions resulting in a side wall reactance to the acoustic field that has the effect of decreasing the effective speed of sound (C eff) in the neck (4, 41) in accordance with the equation c e f f = c 0 1 1 + V c o r r S l wherein C eff is the effective speed of sound, V corr is a volume of the corrugation cavities, 1 is a corrugation cavity pitch, S is a surface area of the neck (4, 41) and co is the speed of sound.
A method of preparing a isobutene polymer comprising isobutene units derived from a renewable hydrocarbon source and having a total biobased content greater than 0% as measured according to ASTM - D 6866, comprising: a) providing an olefin mixture comprising isobutene and one or more linear butenes, wherein said olefin mixture is obtained from a renewable hydrocarbon source; b) contacting said olefin mixture with an adsorbent microporous material having an effective pore opening of 5Å to 5.4Å, wherein the linear butenes are selectively adsorbed to the microporous material; c) isolating the isobutene from contact with the microporous material to obtain isobutene that is at least 99.2% pure; and d) polymerizing said isobutene to obtain said isobutene polymer. a) providing an olefin mixture comprising isobutene and one or more linear butenes, wherein said olefin mixture is obtained from a renewable hydrocarbon source; b) contacting said olefin mixture with an adsorbent microporous material having an effective pore opening of 5Å to 5.4Å, wherein the linear butenes are selectively adsorbed to the microporous material; c) isolating the isobutene from contact with the microporous material to obtain isobutene that is at least 99.2% pure; and d) polymerizing said isobutene to obtain said isobutene polymer.
An assembly for use in a fuel cell system, comprising: a flow control assembly and a cooling assembly, the flow control assembly including: a sensor for sensing hydrogen concentration in one of anode exhaust leaving an anode side of said fuel cell system and a gas derived from said anode exhaust; and a fuel flow control assembly (130, 134) for controlling flow of fuel to said anode side of said fuel cell system based on said hydrogen concentration sensed by said sensor; the cooling assembly receiving a predetermined portion of said anode exhaust from said anode side and condensing at least a portion of the water in said predetermined portion of said anode exhaust so as to output separated water and separated anode exhaust, wherein said sensor senses hydrogen concentration in said gas derived from said anode exhaust, said gas derived from said anode exhaust comprising said separated anode exhaust, characterized in that the flow control assembly further includes a first flow control member; wherein an amount of said predetermined portion of said anode exhaust received by the cooling assembly is determined by said first flow control member. a flow control assembly and a cooling assembly, the flow control assembly including: a sensor for sensing hydrogen concentration in one of anode exhaust leaving an anode side of said fuel cell system and a gas derived from said anode exhaust; and a fuel flow control assembly (130, 134) for controlling flow of fuel to said anode side of said fuel cell system based on said hydrogen concentration sensed by said sensor; the cooling assembly receiving a predetermined portion of said anode exhaust from said anode side and condensing at least a portion of the water in said predetermined portion of said anode exhaust so as to output separated water and separated anode exhaust, a sensor for sensing hydrogen concentration in one of anode exhaust leaving an anode side of said fuel cell system and a gas derived from said anode exhaust; and a fuel flow control assembly (130, 134) for controlling flow of fuel to said anode side of said fuel cell system based on said hydrogen concentration sensed by said sensor; the cooling assembly receiving a predetermined portion of said anode exhaust from said anode side and condensing at least a portion of the water in said predetermined portion of said anode exhaust so as to output separated water and separated anode exhaust, wherein said sensor senses hydrogen concentration in said gas derived from said anode exhaust, said gas derived from said anode exhaust comprising said separated anode exhaust,
A method for enhancing the reliability of data in a computer, the computer being capable of providing an output datum ( Ds) from an input datum ( De), and including at least two data processing modules (12A, 12B), and a computing member connected to each processing module (12A, 12B), the method comprising a step for computing, by each processing module (12A, 12B), an intermediate datum (D IA, D IB) from the input datum ( De), said computation consisting in the application of a computing function (σ) to the input datum ( De), the computing function (σ) being identical for all the processing modules (12A, 12B), the method being characterized in that it comprises the following steps: - computing, by each processing module (12A, 12B), an intermediate security code (C SIA, C SIB) from the corresponding intermediate datum (D IA, D IB), - transmitting to the computing member, by each processing module (12A, 12B), the intermediate security code (C SIA, C SIB) and the intermediate datum (D IA, D IB), - computing, by the computing member, a security code (C S) from the intermediate security codes (C SIA, C SIB), - selecting, by the computing member, an intermediate datum from the received intermediate data (D IA, D IB), the output datum (Ds) of the computer comprising the selected intermediate datum, and - transmitting to a receiving device, by the computing member, the security code (C S) and the output datum ( Ds). - computing, by each processing module (12A, 12B), an intermediate security code (C SIA, C SIB) from the corresponding intermediate datum (D IA, D IB), - transmitting to the computing member, by each processing module (12A, 12B), the intermediate security code (C SIA, C SIB) and the intermediate datum (D IA, D IB), - computing, by the computing member, a security code (C S) from the intermediate security codes (C SIA, C SIB), - selecting, by the computing member, an intermediate datum from the received intermediate data (D IA, D IB), the output datum (Ds) of the computer comprising the selected intermediate datum, and - transmitting to a receiving device, by the computing member, the security code (C S) and the output datum ( Ds).
A method for manufacturing an optoelectronic device including an array of light-emitting diodes, including the following steps: - forming the array of light-emitting diodes on a support face of a substrate, this step being carried out so that each light-emitting diode has an elongated wire shape along a longitudinal axis extending along a transverse direction of the optoelectronic device oriented transversely to the support face of the substrate, - forming spacer walls made of a first dielectric material transparent to light radiation coming from the light-emitting diodes, the formed spacer walls being such that the lateral sidewalls of each light-emitting diode, over its entire height considered in the transverse direction, are surrounded by at least one of the spacing walls, - forming light confinement walls formed in a second material adapted to block the light radiation coming from the light-emitting diodes, the formed light confinement walls directly covering the lateral sidewalls of the spacing walls while being in contact therewith, so that the light radiation coming from each light-emitting diode and directed in the direction of the adjacent light-emitting diodes is blocked by the light confinement wall which covers the spacer wall which surrounds said light-emitting diode, characterized in that upon completion of the step of forming the light confinement walls, the upper edge of each light emitting diode is covered by a light confinement wall so that after the implementation of a step of removing the substrate, the light radiation coming from the light-emitting diodes is emitted from the optoelectronic device by an emission surface of the optoelectronic device located, with respect to the light-emitting diodes, on the side opposite to the upper edges of the light-emitting diodes along the transverse direction. - forming the array of light-emitting diodes on a support face of a substrate, this step being carried out so that each light-emitting diode has an elongated wire shape along a longitudinal axis extending along a transverse direction of the optoelectronic device oriented transversely to the support face of the substrate, - forming spacer walls made of a first dielectric material transparent to light radiation coming from the light-emitting diodes, the formed spacer walls being such that the lateral sidewalls of each light-emitting diode, over its entire height considered in the transverse direction, are surrounded by at least one of the spacing walls, - forming light confinement walls formed in a second material adapted to block the light radiation coming from the light-emitting diodes, the formed light confinement walls directly covering the lateral sidewalls of the spacing walls while being in contact therewith, so that the light radiation coming from each light-emitting diode and directed in the direction of the adjacent light-emitting diodes is blocked by the light confinement wall which covers the spacer wall which surrounds said light-emitting diode,