mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a divalent aromatic hydroxy compound and an isocyanate compound, comprising the steps of: reacting an aromatic polycarbonate resin and an amine compound having a primary amino group to obtain a mixture containing a carbamic acid ester and a compound having an aromatic hydroxyl group, which are originated from the aromatic polycarbonate; and subjecting the carbamic acid ester to a thermal decomposition reaction to obtain the divalent aromatic hydroxy compound and the isocyanate compound, wherein the amine compound is a compound represented by the following formula: wherein R 1 represents a group selected from the group consisting of aliphatic groups having 1 to 20 carbon atoms and aromatic groups having 6 to 20 carbon atoms, the above groups contain an atom selected from carbon and oxygen atoms, and have an atomic valence equal to n, and n represents an integer of from 2 to 10. reacting an aromatic polycarbonate resin and an amine compound having a primary amino group to obtain a mixture containing a carbamic acid ester and a compound having an aromatic hydroxyl group, which are originated from the aromatic polycarbonate; and subjecting the carbamic acid ester to a thermal decomposition reaction to obtain the divalent aromatic hydroxy compound and the isocyanate compound, wherein the amine compound is a compound represented by the following formula: wherein R 1 represents a group selected from the group consisting of aliphatic groups having 1 to 20 carbon atoms and aromatic groups having 6 to 20 carbon atoms, the above groups contain an atom selected from carbon and oxygen atoms, and have an atomic valence equal to n, and n represents an integer of from 2 to 10.
A wireless signal propagation prediction method, wherein the method comprises: obtaining location information of each of S first sampling points in prediction space and wireless signal received strength of a terminal at a location indicated by the location information, wherein S is an integer greater than 1; obtaining a first parameter of the prediction space through calculation based on location information of the S first sampling points and corresponding wireless signal received strength, wherein the first parameter is used to indicate a degree of a global spatial autocorrelation characteristic of the prediction space; obtaining a target algorithm based on the first parameter, and generating a wireless signal propagation model of the prediction space based on the target algorithm, the location information of the S first sampling points, and the corresponding wireless signal received strength; and obtaining wireless signal received strength of the terminal at any location in the prediction space based on the wireless signal propagation model of the prediction space. obtaining location information of each of S first sampling points in prediction space and wireless signal received strength of a terminal at a location indicated by the location information, wherein S is an integer greater than 1; obtaining a first parameter of the prediction space through calculation based on location information of the S first sampling points and corresponding wireless signal received strength, wherein the first parameter is used to indicate a degree of a global spatial autocorrelation characteristic of the prediction space; obtaining a target algorithm based on the first parameter, and generating a wireless signal propagation model of the prediction space based on the target algorithm, the location information of the S first sampling points, and the corresponding wireless signal received strength; and obtaining wireless signal received strength of the terminal at any location in the prediction space based on the wireless signal propagation model of the prediction space.
Utility vehicle, in particular a firefighting vehicle, the utility vehicle comprising an aerial apparatus like a turnable ladder and/or an aerial rescue platform or equipped with cranes or the like that may cantilever to one side of the vehicle and lateral ground supports that are movable between retracted positions and extracted operating positions in which the ends of the supports rest on the ground, a monitoring system comprising a control unit for monitoring the position of the vehicle, comprising surveillance cameras at the sides of the vehicle, each camera being allocated to one support to monitor the ground area on which the end of this support rests in its operating position and to take a real-time image of the respective ground area, and a visual display presenting the images of all cameras at the same time in different screen areas, characterised by the images being superposed by visual markings representing expected operating positions of the supports and by the fact that said control unit is provided to recognize objects within the visual field of the cameras.
A massage roller comprising: a massage roller body comprising: a generally circular cross section; opposing first and second end portions, each convexly arcuate along a corresponding end portion length; a convex medial portion; a first concave lateral portion axially extending between said first end portion and said convex medial portion; and a second concave lateral portion axially extending between said second end portion and said convex medial portion, wherein the first concave lateral portion has a minimum diameter which is greater than the minimum diameter of the second concave lateral portion. a generally circular cross section; opposing first and second end portions, each convexly arcuate along a corresponding end portion length; a convex medial portion; a first concave lateral portion axially extending between said first end portion and said convex medial portion; and a second concave lateral portion axially extending between said second end portion and said convex medial portion, wherein the first concave lateral portion has a minimum diameter which is greater than the minimum diameter of the second concave lateral portion.
Method for manufacturing metallic composite materials and semi-finished composites by hot-roll cladding of a strip of the basic material and a strip of the applied material, or the strips of the applied materials, by means of laser assistance and inductive assistance, characterized in that a) non-homogenous heating over a short time of at least one of the strips (1, 2) or takes place as a result of a simultaneous input of energy by way of electromagnetic induction and laser radiation, wherein the inductive proportion of the total energy input is at least 65%; b) the inductive heating is performed in the strip-conveying direction prior to laser radiation; c) the laser radiation is focused directly on or immediately ahead of the forming zone of the internal strip sides (38, 39) or, so as to be immediately prior to the engagement of the rollers, and comprises the entire width of the forming zone at a constant intensity, and at least the entire height of the forming zone; d) the laser-induced temperature fields T L are superimposed by the inductively generated temperature fields T i in such a manner that at the location of the forming zone a temperature gradient which is perpendicular to the rolling plane prevails, and the maximum temperature in the cladding plane lies below the melting temperature T S of that strip (1, 2) or that has the lowest melting temperature T S; e) hot-rolling of the strips (1, 2) and/or which are provided with a temperature gradient is performed in one pass; f) and a hot-rolling rate is set between 1 and 70%. a) non-homogenous heating over a short time of at least one of the strips (1, 2) or takes place as a result of a simultaneous input of energy by way of electromagnetic induction and laser radiation, wherein the inductive proportion of the total energy input is at least 65%; b) the inductive heating is performed in the strip-conveying direction prior to laser radiation; c) the laser radiation is focused directly on or immediately ahead of the forming zone of the internal strip sides (38, 39) or, so as to be immediately prior to the engagement of the rollers, and comprises the entire width of the forming zone at a constant intensity, and at least the entire height of the forming zone; d) the laser-induced temperature fields T L are superimposed by the inductively generated temperature fields T i in such a manner that at the location of the forming zone a temperature gradient which is perpendicular to the rolling plane prevails, and the maximum temperature in the cladding plane lies below the melting temperature T S of that strip (1, 2) or that has the lowest melting temperature T S; e) hot-rolling of the strips (1, 2) and/or which are provided with a temperature gradient is performed in one pass; f) and a hot-rolling rate is set between 1 and 70%.
A method of remotely monitoring the power provision of a generator set at a location comprising the steps of: determining an expected electrical energy usage by one or more devices (382, 384, 386) at a first location; providing a generator set configured to provide electrical energy to power the one or more devices (382, 384, 386) at the location, the generator set arranged to provide an amount of electrical energy that at least meets the determined expected electrical energy usage, and the generator having a telemetry module arranged to monitor electrical energy supply data and transmit the electrical energy supply data to a processor at a second different location; characterised in that: the telemetry module monitoring the electrical energy supply data of the generator set over a predetermined period and transmitting the electrical energy supply data to the processor; the processor analysing the electrical energy supply data to determine whether a repeated power demand cycle is observed, such that when a repeated power demand cycle is observed the electrical energy supply data is used to obtain a power supply profile for the generator set at the first location; and comparing the power supply profile for the generator set with the expected power usage and/or the power supply specifications of the generator set. determining an expected electrical energy usage by one or more devices (382, 384, 386) at a first location; providing a generator set configured to provide electrical energy to power the one or more devices (382, 384, 386) at the location, the generator set arranged to provide an amount of electrical energy that at least meets the determined expected electrical energy usage, and the generator having a telemetry module arranged to monitor electrical energy supply data and transmit the electrical energy supply data to a processor at a second different location; characterised in that: the telemetry module monitoring the electrical energy supply data of the generator set over a predetermined period and transmitting the electrical energy supply data to the processor; the processor analysing the electrical energy supply data to determine whether a repeated power demand cycle is observed, such that when a repeated power demand cycle is observed the electrical energy supply data is used to obtain a power supply profile for the generator set at the first location; and comparing the power supply profile for the generator set with the expected power usage and/or the power supply specifications of the generator set. the telemetry module monitoring the electrical energy supply data of the generator set over a predetermined period and transmitting the electrical energy supply data to the processor; the processor analysing the electrical energy supply data to determine whether a repeated power demand cycle is observed, such that when a repeated power demand cycle is observed the electrical energy supply data is used to obtain a power supply profile for the generator set at the first location; and comparing the power supply profile for the generator set with the expected power usage and/or the power supply specifications of the generator set.
A method, by a policy control unit of a mobile communications network, to control a signalling of congestion information of mobile entities at a plurality of congestion monitoring units which monitor which mobile entities are affected by congestion in a radio access network of the mobile communications network, the method comprising the steps of: - receiving, from one of the congestion monitoring units, an indication that one of the mobile entities is affected by congestion, - storing said one congestion monitoring unit from which the indication is received as the current congestion monitoring unit for said one mobile entity, - receiving, from another congestion monitoring unit, the indication that said one mobile entity is affected by congestion, - indicating, in response to the indication received from said another monitoring unit, to the current congestion monitoring unit to release a context for said one mobile entity. - receiving, from one of the congestion monitoring units, an indication that one of the mobile entities is affected by congestion, - storing said one congestion monitoring unit from which the indication is received as the current congestion monitoring unit for said one mobile entity, - receiving, from another congestion monitoring unit, the indication that said one mobile entity is affected by congestion, - indicating, in response to the indication received from said another monitoring unit, to the current congestion monitoring unit to release a context for said one mobile entity.
A method comprising: at a first clock domain of a processor, incrementing a position of a write pointer with respect to a plurality of entries of a buffer based on a depth of the buffer and a first offset value; accessing, at a write module of the processor, a first entry of the plurality of entries of the buffer in response to the write pointer indicating a location of the first entry; at a second clock domain of the processor, incrementing a position of a read pointer with respect to the plurality of entries of the buffer based on the position of the write pointer and a second offset value; accessing, at a read module of the processor, the first entry of the plurality of entries of the buffer in response to the read pointer indicating the location of the first entry; and characterized by resetting the first offset value and the second offset value in response to a request to adjust a first frequency of a first clock signal of the first clock domain to a first adjusted frequency or a second frequency of a second clock signal of the second clock domain to a second adjusted frequency. at a first clock domain of a processor, incrementing a position of a write pointer with respect to a plurality of entries of a buffer based on a depth of the buffer and a first offset value; accessing, at a write module of the processor, a first entry of the plurality of entries of the buffer in response to the write pointer indicating a location of the first entry; at a second clock domain of the processor, incrementing a position of a read pointer with respect to the plurality of entries of the buffer based on the position of the write pointer and a second offset value; accessing, at a read module of the processor, the first entry of the plurality of entries of the buffer in response to the read pointer indicating the location of the first entry; and characterized by resetting the first offset value and the second offset value in response to a request to adjust a first frequency of a first clock signal of the first clock domain to a first adjusted frequency or a second frequency of a second clock signal of the second clock domain to a second adjusted frequency.
A method for screening for a human induced pluripotent stem cell line exhibiting no differentiation resistance, comprising the steps of: (i) measuring expression of C4orf51 mRNA, and (ii) selecting a human induced pluripotent stem cell line in which an expression level of C4orf51 mRNA is similar to the expression level of a control ES cell line or a control induced pluripotent stem cell line known to exhibit no differentiation resistance, or lower than the expression level of an induced pluripotent stem cell line known to exhibit differentiation resistance. (i) measuring expression of C4orf51 mRNA, and (ii) selecting a human induced pluripotent stem cell line in which an expression level of C4orf51 mRNA is similar to the expression level of a control ES cell line or a control induced pluripotent stem cell line known to exhibit no differentiation resistance, or lower than the expression level of an induced pluripotent stem cell line known to exhibit differentiation resistance.
Glucose isomerase for use in the therapy of fructose intolerance, provided that the glucose isomerase is not used in combination with 5-D-fructose dehydrogenase for said therapy.
Motor vehicle equipped with at least four identical anti-collision sensors (C1 to C4) of the lidar type, arranged respectively at the four corners of the vehicle, each sensor (C1 to C4) having the same determined angle of aperture (Θ) and defining at least one detection zone around the vehicle, it being possible for certain detection zones to overlap in order to create redundancy (ZR2, ZR3) characterized in that the two front left and right sensors (C1 and C2) are positioned and oriented so that their detection zones tangent the offset (D1, D2) of the front left and right wheels (RA1, RA2) respectively considering the maximum steering angle of the left and right front wheels (RA1, RA2), and in that the two left and right rear sensors (C3 and C4) define detection zones, without overlapping with other detection zones, on the left and right sides of the vehicle respectively; the non-overlapping detection zones tangent to the offset of the left and right front wheels (RA1, RA2) considering their maximum steering angle, and wherein the left and right rear sensors (C3 and C4) are positioned at the rear of the vehicle in such a way that their centers (O3, O4) are at the limit of the vehicle gauge.
A current collector strip (12, 38) for a sliding contact device which bears in a prestressed fashion against a contact wire, in particular in order to supply current to rail vehicles, having a sliding strip which is arranged on a sliding strip carrier (13, 39) and which has a carbon molding and at least one metallic conducting device (23, 40) which is arranged in the carbon molding and has the purpose of bringing about locally increased conductivity, wherein the conducting device is formed as at least one disc-shaped conducting device which extends transversely to a sliding direction and in the direction of a prestressing force in a plane characterized in that the conducting device is connected to the sliding strip carrier in such a way that said conducting device serves as the shear-resistant arrangement of the integrally formed carbon molding on the sliding strip carrier and extends in a slot, formed in the integrally formed carbon molding, as far as to a contact surface of the sliding strip.
A method for processing data after an unlicensed spectrum is released, comprising: when user equipment determines that a base station has released an unlicensed spectrum, monitoring, by the user equipment, a release time for which the unlicensed spectrum is released, wherein the release time indicates a time interval from when the base station releases the unlicensed spectrum to when the base station re-acquires the unlicensed spectrum; when the release time does not exceed a time threshold, pausing, by the user equipment, a data processing process attached to the unlicensed spectrum, and resuming the data processing process after the base station re-acquires the unlicensed spectrum, wherein the data processing process comprises a hybrid automatic repeat request HARQ process or a random access procedure; and when the release time exceeds the time threshold, terminating, by the user equipment, the data processing process attached to the unlicensed spectrum, and selecting a licensed spectrum to start a new data processing process, or after the base station re-acquires the unlicensed spectrum, starting a new data processing process. when user equipment determines that a base station has released an unlicensed spectrum, monitoring, by the user equipment, a release time for which the unlicensed spectrum is released, wherein the release time indicates a time interval from when the base station releases the unlicensed spectrum to when the base station re-acquires the unlicensed spectrum; when the release time does not exceed a time threshold, pausing, by the user equipment, a data processing process attached to the unlicensed spectrum, and resuming the data processing process after the base station re-acquires the unlicensed spectrum, wherein the data processing process comprises a hybrid automatic repeat request HARQ process or a random access procedure; and when the release time exceeds the time threshold, terminating, by the user equipment, the data processing process attached to the unlicensed spectrum, and selecting a licensed spectrum to start a new data processing process, or after the base station re-acquires the unlicensed spectrum, starting a new data processing process.
A current mode synchronous rectification DC/DC converter, comprising: a) a soft start function unit, configured to control a target value of an output voltage to be lower than that at a normal action while starting; and b) an output stabilization function unit, configured to perform at least one of waiting for start of a switching action and reduction of a drive frequency while starting; c) a reference voltage generation unit, configured to generate a specific reference voltage; d) an error amplifier, configured to amplify a difference between a feedback voltage corresponding to the output voltage and the specific reference voltage and to generate an error voltage; characterized in that e) the reference voltage generation unit, as the soft start function unit, is configured to enable the reference voltage to slowly increase while starting; and further comprising: f) a mask circuit (111, 112, 113) wherein the mask circuit, as the output stabilization function unit, is configured to mask the error voltage in a period until the specific reference voltage reaches a specific threshold voltage. a) a soft start function unit, configured to control a target value of an output voltage to be lower than that at a normal action while starting; and b) an output stabilization function unit, configured to perform at least one of waiting for start of a switching action and reduction of a drive frequency while starting; c) a reference voltage generation unit, configured to generate a specific reference voltage; d) an error amplifier, configured to amplify a difference between a feedback voltage corresponding to the output voltage and the specific reference voltage and to generate an error voltage; characterized in that e) the reference voltage generation unit, as the soft start function unit, is configured to enable the reference voltage to slowly increase while starting; and further comprising: f) a mask circuit (111, 112, 113) wherein the mask circuit, as the output stabilization function unit, is configured to mask the error voltage in a period until the specific reference voltage reaches a specific threshold voltage. f) a mask circuit (111, 112, 113) wherein the mask circuit, as the output stabilization function unit, is configured to mask the error voltage in a period until the specific reference voltage reaches a specific threshold voltage.