mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication of a base station, comprising: determining that a channel quality for a user equipment, UE, is less than a threshold quality; determining based on said channel quality that the UE has a channel variability greater than a threshold variability; and requesting one or more base stations to adjust a periodicity of performing a beam sweep with the UE based on whether said channel quality is determined to be less than the threshold quality, wherein the requesting comprises requesting a base station serving the UE to increase a periodicity of performing the beam sweep when the UE is determined to have a channel variability greater than the threshold variability. determining that a channel quality for a user equipment, UE, is less than a threshold quality; determining based on said channel quality that the UE has a channel variability greater than a threshold variability; and requesting one or more base stations to adjust a periodicity of performing a beam sweep with the UE based on whether said channel quality is determined to be less than the threshold quality, wherein the requesting comprises requesting a base station serving the UE to increase a periodicity of performing the beam sweep when the UE is determined to have a channel variability greater than the threshold variability.
A system comprising: a patient support apparatus including a control system; an architectural unit; a power supply coupled to the architectural unit, the power supply operably coupled to mains power; a communication system operably coupled to an information system; and an interface in electrical communication with the communication system and the power supply and operable to simultaneously provide power and a communications signal to the patient support apparatus to directly power at least one subsystem of the patient support apparatus while concurrently transferring data between the communication system and the control system of the patient support apparatus over a common wireless link without physical contact therebetween, wherein the interface includes a first portion positioned on the architectural unit and a second portion supported on the patient support apparatus, wherein the control system of the patient support apparatus is operable to detect that the second portion is powered and to initialize the operation of the control system utilizing the power transferred through the interface, and wherein the initialization of the operation of the control system includes aligning the first portion and the second portion of the interface to optimize the efficiency of the interface. a patient support apparatus including a control system; an architectural unit; a power supply coupled to the architectural unit, the power supply operably coupled to mains power; a communication system operably coupled to an information system; and an interface in electrical communication with the communication system and the power supply and operable to simultaneously provide power and a communications signal to the patient support apparatus to directly power at least one subsystem of the patient support apparatus while concurrently transferring data between the communication system and the control system of the patient support apparatus over a common wireless link without physical contact therebetween, wherein the interface includes a first portion positioned on the architectural unit and a second portion supported on the patient support apparatus, wherein the control system of the patient support apparatus is operable to detect that the second portion is powered and to initialize the operation of the control system utilizing the power transferred through the interface, and wherein the initialization of the operation of the control system includes aligning the first portion and the second portion of the interface to optimize the efficiency of the interface.
A power source for providing a direct current, comprising a heavy-current transformer with at least one primary winding and at least one secondary winding with center tapping, a synchronous rectifier connected with the at least one secondary winding of the heavy-current transformer and comprising switching elements, and a circuit for actuating the switching elements of the synchronous rectifier, and a supply circuit for supplying the synchronous rectifier and the actuation circuit, characterized in that the synchronous rectifier and the actuation circuit and the supply circuit thereof are integrated in the heavy-current transformer that, in order to form a multi-point contacting,at least four contacts (20, 21, 22, 23) are provided at the heavy-current transformer for providing the direct current, whereby the direct current is at least halved and the contact losses are thus reduced.
A nucleic acid polymerase capable of producing a non-DNA nucleotide polymer from a DNA nucleotide polymer template, wherein said non-DNA nucleotide polymer is an arabino nucleotide polymer, said polymerase comprising amino acid sequence having at least 80% identity to the amino acid sequence of SEQ ID NO:1, wherein said amino acid sequence is mutated relative to the amino acid sequence of SEQ ID NO:1; wherein said amino acid sequence comprises the mutations P657T, E658Q, K659H, Y663H, D669A, K671N, and T676I; wherein said amino acid sequence is further mutated relative to the amino acid sequence of SEQ ID NO:1 at residue E664 and wherein said amino acid sequence comprises the mutation E664K.
Method for thermal regulation of a turbocharger, the turbocharger being intended to charge an internal combustion engine of a vehicle with compressed air, the engine comprising a system for automatically stopping and restarting this engine, the turbocharger comprising and comprising a turbine through which exhaust gases circulate a bearing lubricated by oil circulation, the method comprising: - determine a bearing temperature threshold above which coking of the oil occurs, - the determination of a maximum engine shutdown duration during a request for automatic engine shutdown, below which the temperature threshold above which coking of the oil occurs, and is characterized in that it includes: - If the maximum motor shutdown time is included in a time scale with a lower and upper value, automatic motor shutdown is allowed, with the lower and upper values predefined. - after automatic engine shutdown, automatic engine restart if the maximum duration is exceeded. - determine a bearing temperature threshold above which coking of the oil occurs, - the determination of a maximum engine shutdown duration during a request for automatic engine shutdown, below which the temperature threshold above which coking of the oil occurs, and is characterized in that it includes: - If the maximum motor shutdown time is included in a time scale with a lower and upper value, automatic motor shutdown is allowed, with the lower and upper values predefined. - after automatic engine shutdown, automatic engine restart if the maximum duration is exceeded. - If the maximum motor shutdown time is included in a time scale with a lower and upper value, automatic motor shutdown is allowed, with the lower and upper values predefined. - after automatic engine shutdown, automatic engine restart if the maximum duration is exceeded.
A pharmaceutical aerosol formulation for use in pressurized metered dose inhalers comprising: (a) from 0.001 to 0.05% w/w of a formoterol fumarate dihydrate; (b) from 0.05 to 0.16% w/w of beclometasone dipropionate; (c) from 2.0 to 4.8% w/w ethanol; (d) 1,1,1,2-tetrafluoroethan (HFA 134a); and (e) from 0.002 to 0.05% w/w of lecithin or oleic acid as a surfactant; characterized in that HFA 134a is the sole propellant and formoterol fumarate dihydrate is suspended in a micronised form in the formulation while beclometasone dipropionate is fully dissolved. (a) from 0.001 to 0.05% w/w of a formoterol fumarate dihydrate; (b) from 0.05 to 0.16% w/w of beclometasone dipropionate; (c) from 2.0 to 4.8% w/w ethanol; (d) 1,1,1,2-tetrafluoroethan (HFA 134a); and (e) from 0.002 to 0.05% w/w of lecithin or oleic acid as a surfactant;
A method for carrying out ultra low range sulfite measurement in concentrations ranging from approximately 0-800 parts per billion (ppb) in a solution without using organic co-solvents in the solution, comprising: preparing a hemicyanine indicator comprising an iminium cation and a sulfonate anion; introducing the hemicyanine indicator to a buffer solution containing an amount of sulfite, wherein the hemicyanine indicator reacts with the sulfite and causes a change in fluorescence of the solution that is based upon a reaction of sulfite with the alpha, beta-unsaturated iminium group of the hemicyanine indicator; and measuring the amount of sulfite in the solution by measuring an intensity of the fluorescence, wherein the fluorescence intensity is correlated to a concentration of the sulfite in the solution. preparing a hemicyanine indicator comprising an iminium cation and a sulfonate anion; introducing the hemicyanine indicator to a buffer solution containing an amount of sulfite, wherein the hemicyanine indicator reacts with the sulfite and causes a change in fluorescence of the solution that is based upon a reaction of sulfite with the alpha, beta-unsaturated iminium group of the hemicyanine indicator; and measuring the amount of sulfite in the solution by measuring an intensity of the fluorescence, wherein the fluorescence intensity is correlated to a concentration of the sulfite in the solution.
A method for manufacturing shaped composite materials and employing a building mould comprising at least one first surface section provided for shaping the composite material and a second surface section lying essentially opposite the latter and not provided for shaping the composite material, as well as a heating device arranged between them, characterized in that at least one planar metal structure in thermal contact with the first surface section (10, 20) is arranged between the first surface section and the second surface section or on the first surface section, and is designed to distribute the heat emitted by the heating device in a planar manner.
A boxing device (1,400) for performing a harmless boxing match, the boxing device (1,400) comprising a base (2,6',87), a buffer (3,6,54) configured to hit a target (A,B,75) without injuring said target (A,B,75), a retraction and extension mechanism (39,57,92), and an extensible joint (4,79,82) that connects the base (2,6',87) and the buffer (3,6,54) to move said buffer between a retracted position and one or more extended positions, characterized in that the extensible joint (4,79,82) is an element assembly of at least two extension elements (80,80a,80b), the extensible joint is configured to - move the buffer (3,6,54) into the one or more extended positions by virtue of the propulsive force transferred to the extensible joint (4,79,82) by a punch done by a hand of a boxer (A,B) holding the boxing device (1,400), and - auto-retract after the punch has been performed. - move the buffer (3,6,54) into the one or more extended positions by virtue of the propulsive force transferred to the extensible joint (4,79,82) by a punch done by a hand of a boxer (A,B) holding the boxing device (1,400), and - auto-retract after the punch has been performed.
Power supply unit arrangement for an electronic device, comprising: - a first switching converter with a first control loop for providing a controlled output voltage (DC-out) at a node; - a second switching converter with a second control loop for alternatively providing the controlled output voltage (DC-out) at the node; and - an open-loop control circuit connected to the first control loop and the second control loop, wherein - the first control loop comprises a closed-loop control element having a feedback path comprising at least one capacitor used as a time-determining element, - the feedback path couples an output of the closed-loop control element to an input of the closed-loop control element via the at least one capacitor, - the open-loop control circuit is designed, upon a changeover of the current supply from the first switching converter to the second switching converter, to set a predetermined control state of the first control loop by holding a charge of the at least one capacitor and to deactivate the first switching converter and, upon a changeover of the current supply from the second switching converter to the first switching converter, to reactivate the first switching converter using the predetermined control state. - a first switching converter with a first control loop for providing a controlled output voltage (DC-out) at a node; - a second switching converter with a second control loop for alternatively providing the controlled output voltage (DC-out) at the node; and - an open-loop control circuit connected to the first control loop and the second control loop, wherein - the first control loop comprises a closed-loop control element having a feedback path comprising at least one capacitor used as a time-determining element, - the feedback path couples an output of the closed-loop control element to an input of the closed-loop control element via the at least one capacitor, - the open-loop control circuit is designed, upon a changeover of the current supply from the first switching converter to the second switching converter, to set a predetermined control state of the first control loop by holding a charge of the at least one capacitor and to deactivate the first switching converter and, upon a changeover of the current supply from the second switching converter to the first switching converter, to reactivate the first switching converter using the predetermined control state.
A dispersion composition, characterized in that it comprises 4 to 16 percent by weight based on the total weight of the dispersion composition, of a polymeric dispersant that comprises a reaction product of a polymeric acid and a hydrophilic amine, wherein the polymeric acid comprises a copolymer of an acrylic acid and a maleic acid, and wherein the hydrophilic amine is a polyethermonoamine having an ethylene oxide to propylene oxide (EO/PO) ratio from 58:8 to 19:3 and a molecular weight of at least about 100; and 15 to 60 percent by weight based on the total weight of the dispersion composition, of at least one dispersed particle, wherein the at least one dispersed particle comprises an inorganic pigment. 4 to 16 percent by weight based on the total weight of the dispersion composition, of a polymeric dispersant that comprises a reaction product of a polymeric acid and a hydrophilic amine, wherein the polymeric acid comprises a copolymer of an acrylic acid and a maleic acid, and wherein the hydrophilic amine is a polyethermonoamine having an ethylene oxide to propylene oxide (EO/PO) ratio from 58:8 to 19:3 and a molecular weight of at least about 100; and 15 to 60 percent by weight based on the total weight of the dispersion composition, of at least one dispersed particle, wherein the at least one dispersed particle comprises an inorganic pigment.
An apparatus comprising: means for assigning data to at least one data unit and set a sequence number to the at least one data unit; means for forming a plurality of segments from the at least one data unit, each one of the plurality of segments having the set sequence number as its sequence number; means for conveying the plurality of segments and the sequence numbers to a target entity as an earliest data conveyance by using at least one component carrier; characterized by further comprising: means for determining a master logical radio link control entity operating on a master component carrier of a plurality of component carriers and at least one slave logical radio link control entity operating on at least one slave component carrier of the plurality of component carriers, wherein the at least one slave logical radio link control entity is configured to store the at least one data unit until a segment size is determined and carry out the forming of the plurality of segments. means for assigning data to at least one data unit and set a sequence number to the at least one data unit; means for forming a plurality of segments from the at least one data unit, each one of the plurality of segments having the set sequence number as its sequence number; means for conveying the plurality of segments and the sequence numbers to a target entity as an earliest data conveyance by using at least one component carrier; characterized by further comprising: means for determining a master logical radio link control entity operating on a master component carrier of a plurality of component carriers and at least one slave logical radio link control entity operating on at least one slave component carrier of the plurality of component carriers, wherein the at least one slave logical radio link control entity is configured to store the at least one data unit until a segment size is determined and carry out the forming of the plurality of segments.
A liquid ejecting apparatus comprising: a liquid ejecting unit that has a plurality of nozzles from which a liquid supplied from a liquid supply source through a liquid supply path can be ejected as a liquid drop, for ejecting the liquid drop from the nozzle to a medium to perform a recording process; characterised by a maintenance unit (300, 310) adapted to perform a maintenance operation of the liquid ejecting unit; and an ejection state detecting unit that is able to detect a state inside a pressure chamber communicating with the nozzle, wherein the ejection state detecting unit is adapted to detect a state inside the pressure chamber before the maintenance operation and at least one of a state inside the pressure chamber during the maintenance operation or after the maintenance operation, and is able to determine malfunction of at least one of the maintenance unit and function units arranged in the liquid supply path based on a change in a state inside the pressure chamber due to the maintenance operation. a liquid ejecting unit that has a plurality of nozzles from which a liquid supplied from a liquid supply source through a liquid supply path can be ejected as a liquid drop, for ejecting the liquid drop from the nozzle to a medium to perform a recording process; characterised by a maintenance unit (300, 310) adapted to perform a maintenance operation of the liquid ejecting unit; and an ejection state detecting unit that is able to detect a state inside a pressure chamber communicating with the nozzle, wherein the ejection state detecting unit is adapted to detect a state inside the pressure chamber before the maintenance operation and at least one of a state inside the pressure chamber during the maintenance operation or after the maintenance operation, and is able to determine malfunction of at least one of the maintenance unit and function units arranged in the liquid supply path based on a change in a state inside the pressure chamber due to the maintenance operation.
Electrical installation device having a device cap which is in the form of a flush-mounted device, can be fitted in a commercially available flush-mounting box and has a charger, in particular a universal charger, an electrical connection for an AC voltage power supply system and is completed by a central panel which is accessible at the front and a cover frame, wherein a charging connecting plug is provided on the front face of the device cap for the connection of a mobile telephone, as is a universal holder for holding/cradling this mobile telephone, the universal holder is in the form of a flap which can be opened downward through approximately 90° and is attached via a lower film hinge to the central panel or to the device cap, which flap forms a resting surface for holding the mobile telephone, characterized in that at least one side flap (31, 33), which can be pivoted through approximately 180°, is connected via a film hinge (32, 34) to the flap in order in this way to create a larger resting surface for holding the mobile telephone.
A method for monitoring a manipulator, in particular a robot, comprising the steps: determining a set value (qsoll; τsoll) of a state variable of the manipulator; determining an actual value (q; τ) of the state variable; and determining, whether the actual value is within a predetermined range of tolerance ({q}; {τ}) around the set value; wherein the predetermined range of tolerance is modified (S30; S50), when switching into a contact mode, characterized in that the predetermined range of tolerance is asymmetrically modified around the set value, when switching into the contact mode, wherein the predetermined range of tolerance is enlarged in a direction of a contact force that effects on the manipulator and/or reduced contrary to the direction of the contact force that effects on the manipulator, when switching into the contact mode. determining a set value (qsoll; τsoll) of a state variable of the manipulator; determining an actual value (q; τ) of the state variable; and determining, whether the actual value is within a predetermined range of tolerance ({q}; {τ}) around the set value; wherein the predetermined range of tolerance is modified (S30; S50), when switching into a contact mode, characterized in that the predetermined range of tolerance is asymmetrically modified around the set value, when switching into the contact mode, wherein the predetermined range of tolerance is enlarged in a direction of a contact force that effects on the manipulator and/or reduced contrary to the direction of the contact force that effects on the manipulator, when switching into the contact mode.
A multilayer film reflector that includes a substrate, a first uniform period multilayer film, an adjustment layer and a second uniform period multilayer film in this order from a substrate side, the first and second uniform period multilayer films each having a number of laminations of a respective layer pair, each layer pair consisting of one layer of a high refractive index material and one layer of a low refractive index material, characterised in that at least one of: (i) both a ratio of film thickness of the layer pairs of the first uniform period multilayer film and a film thickness of the adjustment layer; and (ii) both the number of laminations of the layer pair in the first uniform period multilayer film and the number of laminations of the layer pair in the second uniform period multilayer film are different at a plurality of positions within a reflection surface or at a plurality of regions within the reflection surface, the ratio of film thickness of a multilayer film being the ratio of the thickness of the high refractive index layer of a layer pair to the thickness of the layer pair. (i) both a ratio of film thickness of the layer pairs of the first uniform period multilayer film and a film thickness of the adjustment layer; and (ii) both the number of laminations of the layer pair in the first uniform period multilayer film and the number of laminations of the layer pair in the second uniform period multilayer film are different at a plurality of positions within a reflection surface or at a plurality of regions within the reflection surface,