mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a base station for communicating a message on a downlink data channel to one or more terminal devices in a wireless telecommunications system over a radio interface having a radio frame structure comprising a plurality of subframes and supporting a downlink control channel for conveying control messages from the base station to terminal devices and the downlink data channel for conveying other messages from the base station to terminal devices, wherein the control messages convey information on resource allocations for the other messages on the downlink data channel, wherein the message may be transmitted in accordance with a first transmission scheme using transmission resources in a first number of radio subframes or transmitted in accordance with a second transmission scheme using transmission resources in a second number of radio subframes, wherein the second number is greater than the first number, wherein the message is associated with an identifier to indicate a terminal device to which the message is addressed, and wherein the method comprises selecting a characteristic for the identifier in dependence on whether the message is to be transmitted in accordance with the first transmission scheme or the second transmission scheme.
Lighting system for an interior module of a vehicle, comprising at least one light source, at least one light guide and at least one emission element, wherein the at least one light guide consists at least partly of silicone, and wherein the at least one emission element is optically connected to the at least one light guide on at least one side, and during the operation of the lighting system, the at least one emission element is provided with light generated by the at least one light source by means of the at least one light guide, wherein the lighting system is flexibly designed such that upon being connected to a support layer, the lighting system adapts to a shape of the support layer, characterised in that the at least one emission element consists at least partially of a nonwoven and is connected to a decorative layer which has at least one perforation opening (23, 35) for the outlet of light rays emitted by the at least one emission element, and the at least one emission element engages in a form-fitting manner in the at least one perforation opening (23, 35) of the decorative layer and forms, together with the decorative layer, a smooth surface which is substantially impervious to contamination.
A control apparatus for treating myocardial infarction, comprising: a stimulation control unit configured to output a stimulation signal to an electrode for stimulation inserted in a blood vessel running along the vagus nerve of a patient in order to stimulate the vagus nerve; a detecting unit configured to detect blood pressure and heart rate of the patient; a setting unit configured to set threshold information which defines a normal range of the blood pressure and the heart rate; and a determining unit configured to determine whether or not values of the detected blood pressure and heart rate are within the normal range determined in the threshold information; and an auxiliary apparatus control unit configured to control an auxiliary apparatus comprising a pump that is configured to assist circulation of blood to reduce left ventricular workload; wherein the stimulation control unit is configured to adjust the intensity of the stimulation signal such that the values of the blood pressure and the heart rate are within the normal range, and the value of the heart rate is reduced by a predetermined ratio or more as compared to a value before the stimulation, and the stimulation control unit is configured to stop output of the stimulation signal when the value of the blood pressure or heart rate deviates from the normal range. a stimulation control unit configured to output a stimulation signal to an electrode for stimulation inserted in a blood vessel running along the vagus nerve of a patient in order to stimulate the vagus nerve; a detecting unit configured to detect blood pressure and heart rate of the patient; a setting unit configured to set threshold information which defines a normal range of the blood pressure and the heart rate; and a determining unit configured to determine whether or not values of the detected blood pressure and heart rate are within the normal range determined in the threshold information; and an auxiliary apparatus control unit configured to control an auxiliary apparatus comprising a pump that is configured to assist circulation of blood to reduce left ventricular workload; wherein the stimulation control unit is configured to adjust the intensity of the stimulation signal such that the values of the blood pressure and the heart rate are within the normal range, and the value of the heart rate is reduced by a predetermined ratio or more as compared to a value before the stimulation, and the stimulation control unit is configured to stop output of the stimulation signal when the value of the blood pressure or heart rate deviates from the normal range.
A solder composition comprising a flux, a solder alloy, and a silicone oil, wherein the silicone oil (i) is a straight chain silicone oil, (ii) has a kinematic viscosity, measured in accordance with JIS Z 8803 6.2.3 at 25°C, of 5000 mm 2 /s or more and 200,000 mm 2 /s or less, and wherein the content of the silicone oil is 0.05% by mass or more and 2% by mass or less. (i) is a straight chain silicone oil, (ii) has a kinematic viscosity, measured in accordance with JIS Z 8803 6.2.3 at 25°C, of 5000 mm 2 /s or more and 200,000 mm 2 /s or less, and
A control device for self-cleaning of a floor scrubber, the control device comprising: an excitation portion disposed in a base portion of the floor scrubber, the excitation portion transmitting a sensing signal when being operated; characterized in that the control device comprises a sensing portion disposed in a main machine portion of the floor scrubber, the sensing portion receiving the sensing signal and trigger the main machine portion to perform a self-cleaning action when the sensing signal satisfies a predetermined condition. an excitation portion disposed in a base portion of the floor scrubber, the excitation portion transmitting a sensing signal when being operated; characterized in that the control device comprises a sensing portion disposed in a main machine portion of the floor scrubber, the sensing portion receiving the sensing signal and trigger the main machine portion to perform a self-cleaning action when the sensing signal satisfies a predetermined condition.
A method comprising: receiving, by a base station central unit from a wireless device, one or more radio resource control, RRC, messages comprising failure information indicating a connection failure associated with the wireless device, wherein the failure information comprises: a cell identifier of a first cell for which a link quality caused the connection failure; and a failure cause parameter indicating a cause of the connection failure; sending, by the base station central unit to a base station distributed unit, a first message comprising the failure information; receiving, by the base station central unit from the base station distributed unit, a second message based on the failure information and comprising at least one cell configuration parameter of one or more cells; and sending, by the base station central unit to at least one wireless device, the at least one cell configuration parameter of the one or more cells. receiving, by a base station central unit from a wireless device, one or more radio resource control, RRC, messages comprising failure information indicating a connection failure associated with the wireless device, wherein the failure information comprises: a cell identifier of a first cell for which a link quality caused the connection failure; and a failure cause parameter indicating a cause of the connection failure; a cell identifier of a first cell for which a link quality caused the connection failure; and a failure cause parameter indicating a cause of the connection failure; sending, by the base station central unit to a base station distributed unit, a first message comprising the failure information; receiving, by the base station central unit from the base station distributed unit, a second message based on the failure information and comprising at least one cell configuration parameter of one or more cells; and sending, by the base station central unit to at least one wireless device, the at least one cell configuration parameter of the one or more cells.
A method, in a wireless device, for providing a carrier aggregation capability report comprising a subset of a total number of frequency bands and/or frequency band combinations supported by a wireless device, the wireless device being comprised in a communications network, the method characterized by comprising: receiving, from a base station, parameters for selecting the subset; selecting the subset based on the received parameters; and sending, to the base station, the selected subset in the carrier aggregation capability report. receiving, from a base station, parameters for selecting the subset; selecting the subset based on the received parameters; and sending, to the base station, the selected subset in the carrier aggregation capability report.
An air conditioner (1, 200, 300) comprising: a housing (10, 110, 310) including a discharge plate (20, 120, 220, 320) having a plurality of holes (22, 222, 222a, 222b) formed therein, and an outlet; a heat exchanger disposed inside the housing (10, 110, 310); a blower fan configured to blow air heat-exchanged by the heat exchanger towards the discharge plate (20, 120, 220, 320) and the outlet; and a discharge blade (50, 250, 350) configured to move between a guide position at which the outlet is open, and a closed position at which the outlet is covered, wherein the discharge blade (50, 250, 350) includes a blade body configured to cover the outlet and having a plurality of blade holes (56, 256, 256a, 256b, 356) formed therein, and when the discharge blade (50, 250, 350) is at the closed position, the air blown from the blower fan is discharged through the plurality of holes (22, 222, 222a, 222b) formed in the discharge plate (20, 120, 220, 320) and through the plurality of blade holes (56, 256, 256a, 256b, 356) formed in the blade body. a housing (10, 110, 310) including a discharge plate (20, 120, 220, 320) having a plurality of holes (22, 222, 222a, 222b) formed therein, and an outlet; a heat exchanger disposed inside the housing (10, 110, 310); a blower fan configured to blow air heat-exchanged by the heat exchanger towards the discharge plate (20, 120, 220, 320) and the outlet; and a discharge blade (50, 250, 350) configured to move between a guide position at which the outlet is open, and a closed position at which the outlet is covered, wherein the discharge blade (50, 250, 350) includes a blade body configured to cover the outlet and having a plurality of blade holes (56, 256, 256a, 256b, 356) formed therein, and when the discharge blade (50, 250, 350) is at the closed position, the air blown from the blower fan is discharged through the plurality of holes (22, 222, 222a, 222b) formed in the discharge plate (20, 120, 220, 320) and through the plurality of blade holes (56, 256, 256a, 256b, 356) formed in the blade body.
An aluminum alloy comprises Mn: 0.5 to 3.0% by mass, Mg: 0.3 to 2.0% by mass, W: 0.01 to 1.0% by mass, Zn: 1.0 to 3.0% by mass, and optionally, further comprises one or more of: Ti: 0.01 to 0.5% by mass, B: 0.001 to 0.2% by mass, and Zr: 0.01 to 0.5% by mass, with the remainder aluminum and unavoidable impurities. Mn: 0.5 to 3.0% by mass, Mg: 0.3 to 2.0% by mass, W: 0.01 to 1.0% by mass, Zn: 1.0 to 3.0% by mass, and optionally, further comprises one or more of: Ti: 0.01 to 0.5% by mass, B: 0.001 to 0.2% by mass, and Zr: 0.01 to 0.5% by mass, with the remainder aluminum and unavoidable impurities. Ti: 0.01 to 0.5% by mass, B: 0.001 to 0.2% by mass, and Zr: 0.01 to 0.5% by mass, with the remainder aluminum and unavoidable impurities.
A refrigerator comprising: a storage chamber (11, 12); an extractable container (20, 100) withdrawably mounted in the storage chamber (11, 12), the extractable container (20, 100) comprising a vertical wall defining a storage space; and a partition unit; characterized in that the partition unit includes a rectangular frame comprising first and second facing side walls (211, 212; 213, 214) opened through a center thereof and seated on an inside of the vertical wall, a first partition member crossing the storage space in a first direction with both ends thereof supported by the first facing sidewalls (211, 212) of the rectangular frame, a second partition member crossing the storage space in a second direction intersecting the first direction with both ends thereof supported by the second facing sidewalls (213, 214) of the rectangular frame, a plurality of slide members formed at both ends of the first and the second partition members (231; 235), and a plurality of guide members formed at the first and the second sidewalls (211, 212; 213, 214) of the rectangular frame. a storage chamber (11, 12); an extractable container (20, 100) withdrawably mounted in the storage chamber (11, 12), the extractable container (20, 100) comprising a vertical wall defining a storage space; and a partition unit; characterized in that the partition unit includes a rectangular frame comprising first and second facing side walls (211, 212; 213, 214) opened through a center thereof and seated on an inside of the vertical wall, a first partition member crossing the storage space in a first direction with both ends thereof supported by the first facing sidewalls (211, 212) of the rectangular frame, a second partition member crossing the storage space in a second direction intersecting the first direction with both ends thereof supported by the second facing sidewalls (213, 214) of the rectangular frame, a plurality of slide members formed at both ends of the first and the second partition members (231; 235), and a plurality of guide members formed at the first and the second sidewalls (211, 212; 213, 214) of the rectangular frame.
A computer-implemented method for tuning a beam spot in a radiation therapy system, prior to the delivery of radiation therapy, the method comprising: configuring an electron beam to generate a first beam spot on an electron-beam target of the radiation therapy system; generating, using an imager of the radiation therapy system, a first plurality of projection images of the first beam spot, wherein each of the projection images of the first beam spot is generated with a line of sight blocked between the imager and a different respective portion of the beam spot by a portion of a collimator of the radiation therapy system; based on the first plurality of projection images, determining a value for one or more beam spot quality metrics associated with the first beam spot; based on the value, determining whether the first beam spot is outside a specified quality range; and wherein, in response to determining that the first beam spot is outside the specified quality range, modifying at least one parameter of an electron-beam-generating component of the system to a new value. configuring an electron beam to generate a first beam spot on an electron-beam target of the radiation therapy system; generating, using an imager of the radiation therapy system, a first plurality of projection images of the first beam spot, wherein each of the projection images of the first beam spot is generated with a line of sight blocked between the imager and a different respective portion of the beam spot by a portion of a collimator of the radiation therapy system; based on the first plurality of projection images, determining a value for one or more beam spot quality metrics associated with the first beam spot; based on the value, determining whether the first beam spot is outside a specified quality range; and wherein, in response to determining that the first beam spot is outside the specified quality range, modifying at least one parameter of an electron-beam-generating component of the system to a new value.
Method for tracking the trajectory of a moving object, comprising the following steps: a) providing data of at least one state variable, which influences the movement and is to be determined, of the moving object at a first time; b) initialising the probability density (p) of the at least one state variable to be determined at the first time; c) predicting the probability density (p) of the at least one state variable to be determined at a following time subsequent to the first time; d) checking whether there are measurement data which can be used for calculating the probability density (p) of the at least one state variable to be determined, and d') if there are measurement data of this type, recalculating the probability density (p) using these measurement data; e) calculating the predicted values of the state variable(s) to be determined from the probability density (p); f) outputting the calculated predicted values to a superordinate data processing means; g) repeating steps c) to f) characterised in that the steps of - initialising the probability density / step b), - predicting the probability density / step c), - recalculating the probability density / step d) and - calculating the predicted values / step e) are carried out by discretising the probability density (p) on sparse grids. a) providing data of at least one state variable, which influences the movement and is to be determined, of the moving object at a first time; b) initialising the probability density (p) of the at least one state variable to be determined at the first time; c) predicting the probability density (p) of the at least one state variable to be determined at a following time subsequent to the first time; d) checking whether there are measurement data which can be used for calculating the probability density (p) of the at least one state variable to be determined, and d') if there are measurement data of this type, recalculating the probability density (p) using these measurement data; e) calculating the predicted values of the state variable(s) to be determined from the probability density (p); f) outputting the calculated predicted values to a superordinate data processing means; g) repeating steps c) to f) - initialising the probability density / step b), - predicting the probability density / step c), - recalculating the probability density / step d) and - calculating the predicted values / step e) are carried out by discretising the probability density (p) on sparse grids.
A process for the preparation of a salt of a fatty acid ester of hydroxycarboxylic acid which comprises heating an oil, comprising a triglyceride fatty acid ester in admixture with a salt of hydroxycarboxylic acid and a catalyst at a temperature at or above the melting temperature of the salt of hydroxycarboxylic acid and subjecting the mixture to ester interchange, wherein said hydroxycarboxylic acid is a mono- or dicarboxylic acid having 2-6 carbon atoms and 1-3 hydroxyl groups.
A method for detecting contamination by wort of a boiler condensate and/or a boiler feedwater in a fermentation process, the method comprising: (a) measuring an oxidation reduction potential at one or more locations in the boiler condensater and/or the boiler feedwater of the fermentation process with one or more devices capable of measuring oxidation reduction potential at operating temperature and pressure ("ORP device"), wherein the water operating temperature is 90°C to 260°C; and (b) triggering an alarm or other indicator if the measured oxidation reduction potential is not within an optimum range determined by a controller. (a) measuring an oxidation reduction potential at one or more locations in the boiler condensater and/or the boiler feedwater of the fermentation process with one or more devices capable of measuring oxidation reduction potential at operating temperature and pressure ("ORP device"), wherein the water operating temperature is 90°C to 260°C; and (b) triggering an alarm or other indicator if the measured oxidation reduction potential is not within an optimum range determined by a controller.
Fluid permeable heater assembly for aerosol-generating systems, the fluid permeable heater assembly comprising: a base comprising an opening through the base, an electrically conductive filament arrangement arranged over the opening, wherein the base comprises a solid aerosol-forming substrate arranged on the base and is characterized by comprising a thermally conductive material arranged to conduct heat from the electrically conductive filament arrangement to the solid aerosol-forming substrate. a base comprising an opening through the base, an electrically conductive filament arrangement arranged over the opening, wherein the base comprises a solid aerosol-forming substrate arranged on the base and is characterized by comprising a thermally conductive material arranged to conduct heat from the electrically conductive filament arrangement to the solid aerosol-forming substrate.
A method for transmitting a data set from at least one first entity supplying the data set to at least one second entity aggregating the data set wherein the data set includes at least one identifier identifying at least one user of the first entity, at least one event data attribute containing user event information and at least one user class attribute containing user related data, the method comprises the steps of: a. a first encryption of the at least one identifier on the basis of an encryption key which is only known to the first entity to obtain a single encrypted identifier, b. adding a number of random characters defining a character string to the single encrypted identifier, c. a second encryption of the result according to step b. by executing an asymmetric key encryption method to obtain a double encrypted identifier, and wherein the method is performed separately for user class attributes and event data attributes by different processes such that in a first process the identifier is encrypted by applying the steps a-c wherein said double encrypted identifier is transmitted in combination with event data attributes to the at least one second entity and in a second process the same identifier is encrypted by applying the steps a-c and transmitted together with user class attributes to the at least one second entity, wherein both processes rely on a different random character string but revert to the same encryption key used for the first encryption. a. a first encryption of the at least one identifier on the basis of an encryption key which is only known to the first entity to obtain a single encrypted identifier, b. adding a number of random characters defining a character string to the single encrypted identifier, c. a second encryption of the result according to step b. by executing an asymmetric key encryption method to obtain a double encrypted identifier, and