mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by User Equipment, UE , for multi-connectivity, the method comprising: receiving a first Radio Resource Control, RRC, message comprising at least one Secondary Cell Group, SCG, Data Radio Bearer, DRB, configuration from a Master Cell Group, MCG; starting a first timer upon receiving the first RRC message; reporting failure information to the MCG via an SCG Failure Information message when the first timer expires, the failure information comprising an SCG failure cause value and at least one first cell identity, ID, indicating at least one suitable cell determined by the UE , the SCG failure cause value indicating a reconfiguration failure of the first RRC message; and stopping the first timer when at least one of the following conditions is satisfied: initiating an RRC reestablishment procedure by sending an RRC reestablishment request message to the MCG; and sending the SCG Failure Information message to the MCG before the first timer expires. receiving a first Radio Resource Control, RRC, message comprising at least one Secondary Cell Group, SCG, Data Radio Bearer, DRB, configuration from a Master Cell Group, MCG; starting a first timer upon receiving the first RRC message; reporting failure information to the MCG via an SCG Failure Information message when the first timer expires, the failure information comprising an SCG failure cause value and at least one first cell identity, ID, indicating at least one suitable cell determined by the UE , the SCG failure cause value indicating a reconfiguration failure of the first RRC message; and stopping the first timer when at least one of the following conditions is satisfied: initiating an RRC reestablishment procedure by sending an RRC reestablishment request message to the MCG; and sending the SCG Failure Information message to the MCG before the first timer expires. initiating an RRC reestablishment procedure by sending an RRC reestablishment request message to the MCG; and sending the SCG Failure Information message to the MCG before the first timer expires.
A power adaptor comprising a communication interface and being configured to charge via its communication interface a battery of an electronic equipment, and wherein, during charging said battery , - said power adaptor is configured to first charge said battery in a regular charge mode; - when the output current value of said power adaptor falls within a regular current range, said power adaptor is configured to perform a quick charge inquiry communication; and - after a quick charge command is received, said power adaptor is configured to adjust the output current and output voltage to charge said battery according to a quick charge mode in which a charging time for the battery is reduced relative to said regular charge mode. - said power adaptor is configured to first charge said battery in a regular charge mode; - when the output current value of said power adaptor falls within a regular current range, said power adaptor is configured to perform a quick charge inquiry communication; and - after a quick charge command is received, said power adaptor is configured to adjust the output current and output voltage to charge said battery according to a quick charge mode in which a charging time for the battery is reduced relative to said regular charge mode.
A physical quantity sensor comprising: a base ; a suspension portion (212a, 212b, ...) provided so as to face the base; a fixing portion (21a, 211a, 21b, 211b, ...) that fixes the suspension portion to the base; a fixed electrode portion (213a, 213b, ...) that is provided in the suspension portion (212a, 212b, ...), a longitudinal direction of the fixed electrode portion (213a, 213b, ...) corresponding to a second direction orthogonal to a first direction in which the suspension portion (212a, 212b, ...) and the fixing portion (21a, 211a, 21b, 211b, ...) are arranged, in plan view; and a movable electrode portion (322a, 322b, ...) that is provided so as to face the fixed electrode portion (213a, 213b, ...) at an interval, wherein a width of the suspension portion (212a, 212b, ...) along the second direction is narrower on a side opposite to the fixing portion (21a, 211a, 21b, 211b, ...) side than on the fixing portion side, in the first direction, in plan view. a base ; a suspension portion (212a, 212b, ...) provided so as to face the base; a fixing portion (21a, 211a, 21b, 211b, ...) that fixes the suspension portion to the base; a fixed electrode portion (213a, 213b, ...) that is provided in the suspension portion (212a, 212b, ...), a longitudinal direction of the fixed electrode portion (213a, 213b, ...) corresponding to a second direction orthogonal to a first direction in which the suspension portion (212a, 212b, ...) and the fixing portion (21a, 211a, 21b, 211b, ...) are arranged, in plan view; and a movable electrode portion (322a, 322b, ...) that is provided so as to face the fixed electrode portion (213a, 213b, ...) at an interval, wherein a width of the suspension portion (212a, 212b, ...) along the second direction is narrower on a side opposite to the fixing portion (21a, 211a, 21b, 211b, ...) side than on the fixing portion side, in the first direction, in plan view.
An apparatus for carrying out an extracorporeal blood treatment in which a substitution fluid is administered to the patient, wherein the apparatus comprises an extracorporeal blood circuit and a substitution line opening into the extracorporeal blood circuit , wherein the substitution line has a pump for conveying substitution fluid into the extracorporeal blood circuit , and wherein at least two, and preferably more than two, containers for providing a substitution fluid are connected separately and at the intake side of the pump to the substitution line , characterized in that at least one pressure valve is arranged between the pump and at least one of the containers , said pressure valve allowing a flow of substitution fluid to the pump on an exceeding of an opening pressure.
A method of oxidizing an organic compound present in soil, groundwater, process water or wastewater comprising contacting such organic compound with (i) a persulfate and an organic acid selected from the group consisting of ascorbic acid, formic acid, and lactic acid; or (ii) a persulfate which is sodium dipersulfate and an organic acid selected from the group consisting of oxalic acid and citric acid; characterized in that the molar ratio of such organic acid to persulfate is between 1:10 and 2:1.
A system for treating myocardial MVO comprising: a catheter having a distal end and a proximal end, an occlusion balloon disposed near the distal end, and at least one pressure sensor configured to generate sensor data corresponding to at least one of pressure values inside the distal end and pressure values outside the catheter distal to the occlusion balloon; a controller coupled to the at least one pressure sensor and configured to output commands in response to the sensor data; a pump assembly having at least one fluid reservoir containing a therapeutic injectate and an injector connected to the proximal end of the catheter to force injectate from the reservoir through the catheter, wherein the pump assembly forces injectate through the catheter at a flow rate responsive to the commands from the controller during a cycle while the occlusion balloon is inflated, wherein the commands from the controller instruct the pump assembly to execute an infusion waveform representing a flow pattern; characterized in that the commands from the controller instruct the pump assembly to reduce the flow rate to zero for a time period during the cycle to allow compression of microvasculature caused by natural myocardial contraction to draw the injectate into occluded myocardial vessels to promote mixing of the injectate with obstructing matter causing MVO. a catheter having a distal end and a proximal end, an occlusion balloon disposed near the distal end, and at least one pressure sensor configured to generate sensor data corresponding to at least one of pressure values inside the distal end and pressure values outside the catheter distal to the occlusion balloon; a controller coupled to the at least one pressure sensor and configured to output commands in response to the sensor data; a pump assembly having at least one fluid reservoir containing a therapeutic injectate and an injector connected to the proximal end of the catheter to force injectate from the reservoir through the catheter, wherein the pump assembly forces injectate through the catheter at a flow rate responsive to the commands from the controller during a cycle while the occlusion balloon is inflated, wherein the commands from the controller instruct the pump assembly to execute an infusion waveform representing a flow pattern; characterized in that the commands from the controller instruct the pump assembly to reduce the flow rate to zero for a time period during the cycle to allow compression of microvasculature caused by natural myocardial contraction to draw the injectate into occluded myocardial vessels to promote mixing of the injectate with obstructing matter causing MVO.
A fungicidal composition, comprising active components A and B, wherein the active component A is benzisothiazolinone, the active component B is flutriafol, and wherein the weight ratio of the active component A to the active component B is 1:20-20:1.
A system for separating pieces having a second density from granular material, including a separation tank (2a - d) comprising: - a first side wall provided with a tank outlet , - a bottom , - a pipe defining a channel (3a-c) for allowing a slurry of water, a floating material having a first density, which is less than the second density, granular material and the pieces having the second density, to flow into the separation tank (2a-d), wherein the pipe has a pipe outlet spaced apart from the tank outlet in a horizontal and vertical direction, and the tank outlet is arranged above the pipe outlet in a vertical direction, - a separation chamber (8a-c) including the tank outlet and arranged in liquid communication with the pipe outlet , and - a trap for collecting pieces having the second density , arranged at the bottom of the tank , wherein the pipe outlet is positioned in a lower third of the separation tank (2a-d), and the pipe outlet is facing the bottom of the separation tank so that the slurry flows through the pipe outlet towards the bottom in a substantially vertical direction to cause a turbulent flow of the slurry in the separation tank (2a-d). - a first side wall provided with a tank outlet , - a bottom , - a pipe defining a channel (3a-c) for allowing a slurry of water, a floating material having a first density, which is less than the second density, granular material and the pieces having the second density, to flow into the separation tank (2a-d), wherein the pipe has a pipe outlet spaced apart from the tank outlet in a horizontal and vertical direction, and the tank outlet is arranged above the pipe outlet in a vertical direction, - a separation chamber (8a-c) including the tank outlet and arranged in liquid communication with the pipe outlet , and - a trap for collecting pieces having the second density , arranged at the bottom of the tank , wherein the pipe outlet is positioned in a lower third of the separation tank (2a-d), and the pipe outlet is facing the bottom of the separation tank so that the slurry flows through the pipe outlet towards the bottom in a substantially vertical direction to cause a turbulent flow of the slurry in the separation tank (2a-d). - a trap for collecting pieces having the second density , arranged at the bottom of the tank , wherein the pipe outlet is positioned in a lower third of the separation tank (2a-d), and the pipe outlet is facing the bottom of the separation tank so that the slurry flows through the pipe outlet towards the bottom in a substantially vertical direction to cause a turbulent flow of the slurry in the separation tank (2a-d).
A solar concentrator assembly comprising two sets of concave mirrors and convex mirrors arranged rotationally-symmetric and 180° about a direction of a source of radiation, wherein the emission direction is orientated at approximately 90° from the source to each set of mirrors and wherein each set of mirrors comprises a concave mirror for collecting radiation that is collimated and has uniform distribution from the source; and a convex mirror ; the concave mirror being configured to reflect said radiation to the convex mirror ; the convex mirror being configured to reflect said radiation as a concentrated collimated beam in an emission direction that is angularly offset from the source; the concave mirror and convex mirror each having a conical curvature whereby each mirror can be considered to be part of a conical shaped surface to provide a focal length that varies along one axis such that the radiation collected by the concave mirror is transmitted from the convex mirror with uniform distribution a concave mirror for collecting radiation that is collimated and has uniform distribution from the source; and a convex mirror ; the concave mirror being configured to reflect said radiation to the convex mirror ; the convex mirror being configured to reflect said radiation as a concentrated collimated beam in an emission direction that is angularly offset from the source; the concave mirror and convex mirror each having a conical curvature whereby each mirror can be considered to be part of a conical shaped surface to provide a focal length that varies along one axis such that the radiation collected by the concave mirror is transmitted from the convex mirror with uniform distribution
A method of making an ophthalmic device comprising: forming a mask configured to transmit substantially all visible light along an optical axis of the eye, characterized in that the mask further comprises a transition portion configured to switch between at least a first degree of less opacity and a second degree of enhanced opacity in response to exposure to an external stimulus; wherein the transition portion comprises a photochromic chromophore within a polymer matrix, the polymer matrix having a glass transition temperature (T g ) and the transition portion being configured to remain locked into the second degree of enhanced opacity after removal of the external stimulus until the polymer matrix is heated to undergo a glass transition, the transition portion then returning to the first degree of less opacity. forming a mask configured to transmit substantially all visible light along an optical axis of the eye, characterized in that the mask further comprises a transition portion configured to switch between at least a first degree of less opacity and a second degree of enhanced opacity in response to exposure to an external stimulus; wherein the transition portion comprises a photochromic chromophore within a polymer matrix, the polymer matrix having a glass transition temperature (T g ) and the transition portion being configured to remain locked into the second degree of enhanced opacity after removal of the external stimulus until the polymer matrix is heated to undergo a glass transition, the transition portion then returning to the first degree of less opacity.
A stage positioning system , comprising: a first body ; a second body ; an actuator to move the first body ; a coupling arranged to couple the first body and the second body to each other; wherein the coupling comprises a visco-elastic element arranged to couple the first body and the second body to each other, wherein the second body is arranged to couple the actuator and the coupling to each other, wherein the stage positioning system comprises a long-stroke module , characterized in that the long-stroke module is arranged to move the actuator, and the actuator is arranged to move the first body relative to the long-stroke module . a first body ; a second body ; an actuator to move the first body ; a coupling arranged to couple the first body and the second body to each other; wherein the coupling comprises a visco-elastic element arranged to couple the first body and the second body to each other, wherein the second body is arranged to couple the actuator and the coupling to each other, wherein the stage positioning system comprises a long-stroke module , characterized in that the long-stroke module is arranged to move the actuator, and the actuator is arranged to move the first body relative to the long-stroke module .
A method for losslessly watermarking a first audio signal to generate a second audio signal, wherein the first and second audio signals are pulse code modulated, PCM, signals, the method comprising: receiving the first audio signal as samples quantised on a first quantisation grid; determining a third quantisation grid coarser than the first quantisation grid, wherein the third quantisation grid is determined in dependence on the output of a pseudo-random sequence generator; applying a quantised mapping to the first audio signal to furnish a third audio signal having sample values that lie on the third quantisation grid; generating first data when multiple values of the first quantisation grid would be mapped to a value of the third audio signal by the quantised mapping, wherein the first data is reconstruction data that indicates which of the multiple values is the value of the first audio signal; combining the first data with watermark data to produce second data; determining a second quantisation grid different than the first and third quantisation grids in dependence on the second data; and, generating samples of the second audio signal by quantising the third audio signal onto the second quantisation grid in dependence on previous samples of at least one of the second and third audio signals, so that quantisation noise introduced by quantisation is spectrally shaped for reduced audibility. receiving the first audio signal as samples quantised on a first quantisation grid; determining a third quantisation grid coarser than the first quantisation grid, wherein the third quantisation grid is determined in dependence on the output of a pseudo-random sequence generator; applying a quantised mapping to the first audio signal to furnish a third audio signal having sample values that lie on the third quantisation grid; generating first data when multiple values of the first quantisation grid would be mapped to a value of the third audio signal by the quantised mapping, wherein the first data is reconstruction data that indicates which of the multiple values is the value of the first audio signal; combining the first data with watermark data to produce second data; determining a second quantisation grid different than the first and third quantisation grids in dependence on the second data; and, generating samples of the second audio signal by quantising the third audio signal onto the second quantisation grid in dependence on previous samples of at least one of the second and third audio signals, so that quantisation noise introduced by quantisation is spectrally shaped for reduced audibility.
A method of evaluating a biological sample, the method comprising: performing a Nuclear Magnetic Resonance (NMR) experiment on a component of the biological sample to obtain a component NMR spectrum, performing a Near Infrared Spectroscopy (NIR) experiment on the component of the biological sample to obtain a component NIR spectrum, using a computer to perform a data fusion analysis of the component NIR spectrum with the component NMR spectrum, assigning peaks from the component NIR spectrum to the component based on the data fusion analysis, performing an NIR experiment on the biological sample to obtain a biological sample NIR spectrum, and using a computer to determine the quantity in the biological sample of the component by comparing the biological sample NIR spectrum to the assigned peaks of the component NIR spectrum, wherein the biological sample comprises a mixture of a plurality of components used in a biological synthesis, wherein each of the plurality of components is a different cell culture media nutrient selected from the group consisting of an amino acid, peptide, sugar, carbohydrate, vitamin, growth factor, salt, antibiotic, or surfactant. performing a Nuclear Magnetic Resonance (NMR) experiment on a component of the biological sample to obtain a component NMR spectrum, performing a Near Infrared Spectroscopy (NIR) experiment on the component of the biological sample to obtain a component NIR spectrum, using a computer to perform a data fusion analysis of the component NIR spectrum with the component NMR spectrum, assigning peaks from the component NIR spectrum to the component based on the data fusion analysis, performing an NIR experiment on the biological sample to obtain a biological sample NIR spectrum, and using a computer to determine the quantity in the biological sample of the component by comparing the biological sample NIR spectrum to the assigned peaks of the component NIR spectrum, wherein the biological sample comprises a mixture of a plurality of components used in a biological synthesis, wherein each of the plurality of components is a different cell culture media nutrient selected from the group consisting of an amino acid, peptide, sugar, carbohydrate, vitamin, growth factor, salt, antibiotic, or surfactant.
An article of apparel (300; 500) comprising: a first panel (324; 526) having a first panel edge (326; 528); and a second panel (328; 530) having a second panel edge (330; 532), wherein the first panel edge (326; 528) is discontinuously affixed to the second panel edge (330; 532) to form a vent opening (334; 536) having a longitudinal axis; and characterized in that the article of apparel (300; 500) further comprises a plurality of discrete overlay film structures (338; 540) affixed to the second panel (328; 530), each of the plurality of discrete overlay film structures (338; 540) having a long axis (340; 542) and a short axis (342; 544), wherein the long axis (340; 542) of the each of the plurality of discrete overlay film structures (338; 540) is oriented substantially perpendicular to the longitudinal axis of the vent opening (334; 536), and wherein upon exposure to moisture the plurality of discrete overlay film structures (338; 540) undergo an increase in dimension in at least a z-direction to cause the vent opening (334; 536) to transition from a closed state to an open state. a first panel (324; 526) having a first panel edge (326; 528); and a second panel (328; 530) having a second panel edge (330; 532), wherein the first panel edge (326; 528) is discontinuously affixed to the second panel edge (330; 532) to form a vent opening (334; 536) having a longitudinal axis; and characterized in that the article of apparel (300; 500) further comprises a plurality of discrete overlay film structures (338; 540) affixed to the second panel (328; 530), each of the plurality of discrete overlay film structures (338; 540) having a long axis (340; 542) and a short axis (342; 544), wherein the long axis (340; 542) of the each of the plurality of discrete overlay film structures (338; 540) is oriented substantially perpendicular to the longitudinal axis of the vent opening (334; 536), and wherein upon exposure to moisture the plurality of discrete overlay film structures (338; 540) undergo an increase in dimension in at least a z-direction to cause the vent opening (334; 536) to transition from a closed state to an open state.