mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing a charging station for charging a battery of a connected autonomous electric vehicle for carrying passengers in a controlled environment, the method comprising: accessing information about a passenger load as a function of time; determining a forecasted time of start of duty mode based on the passenger load; determining a duration between a time of start of charging the battery and the forecasted time of start of duty mode of the connected autonomous electric vehicle ; determining a charging rate, the charging rate being a function of the duration; and charging the battery of the connected autonomous electric vehicle at the determined charging rate, wherein the battery is not charged at a high charging rate when not necessary to extend the life expectancy of the battery, characterized in that the time of start of duty mode of the connected autonomous electric vehicle is a function of a vehicle passenger capacity. accessing information about a passenger load as a function of time; determining a forecasted time of start of duty mode based on the passenger load; determining a duration between a time of start of charging the battery and the forecasted time of start of duty mode of the connected autonomous electric vehicle ; determining a charging rate, the charging rate being a function of the duration; and charging the battery of the connected autonomous electric vehicle at the determined charging rate, wherein the battery is not charged at a high charging rate when not necessary to extend the life expectancy of the battery, characterized in that the time of start of duty mode of the connected autonomous electric vehicle is a function of a vehicle passenger capacity.
A centrifugal impeller for a gas turbine engine, the centrifugal impeller comprising: a hub having a flowpath surface and an axis of rotation; and a plurality of circumferentially spaced vanes extending from said flowpath surface, each of said vanes having a pressure-side fillet and a suction-side fillet extending from a leading edge to a trailing edge of said vane, each of said pressure-side fillet and suction-side fillet intersecting the flowpath surface at a runout , characterised in that the runout of the pressure-side fillet of a first vane is asymmetric to the runout of the suction-side fillet of the first vane and asymmetric to the runout of the pressure-side fillet of an adjacent second vane. a hub having a flowpath surface and an axis of rotation; and a plurality of circumferentially spaced vanes extending from said flowpath surface, each of said vanes having a pressure-side fillet and a suction-side fillet extending from a leading edge to a trailing edge of said vane, each of said pressure-side fillet and suction-side fillet intersecting the flowpath surface at a runout , characterised in that the runout of the pressure-side fillet of a first vane is asymmetric to the runout of the suction-side fillet of the first vane and asymmetric to the runout of the pressure-side fillet of an adjacent second vane.
A method for removing CaCO 3 from water, comprising the steps of: a) treating water in a reactor vessel by mechanical surface CO 2 stripping with an electrically driven rotor, thereby causing a turbulent motion, wherein the top of the rotor is positioned at or up to 50 mm below the stationary liquid level and wherein the reactor vessel comprises a baffle arranged on the bottom for counteracting circulation of the water from the top to the bottom in cross section of the reactor and wherein the distance between the underside of the electrically driven rotor and the reactor bottom is 1-4 meters; b) conducting the treated water to a next reactor vessel; c) treating the treated water by mechanical surface CO 2 stripping with an electrically driven rotor in said next reactor vessel, thereby causing a turbulent motion, wherein the top of the rotor is positioned at or up to 50 mm below the stationary liquid level and wherein the reactor vessel comprises a baffle arranged on the bottom for counteracting circulation of the water from the top to the bottom in cross section of the reactor and wherein the distance between the underside of the electrically driven rotor and the reactor bottom is 1-4 meters; and d) optionally repeating steps b) and c) e) thereafter discharging CaCO 3 from the water. a) treating water in a reactor vessel by mechanical surface CO 2 stripping with an electrically driven rotor, thereby causing a turbulent motion, wherein the top of the rotor is positioned at or up to 50 mm below the stationary liquid level and wherein the reactor vessel comprises a baffle arranged on the bottom for counteracting circulation of the water from the top to the bottom in cross section of the reactor and wherein the distance between the underside of the electrically driven rotor and the reactor bottom is 1-4 meters; b) conducting the treated water to a next reactor vessel; c) treating the treated water by mechanical surface CO 2 stripping with an electrically driven rotor in said next reactor vessel, thereby causing a turbulent motion, wherein the top of the rotor is positioned at or up to 50 mm below the stationary liquid level and wherein the reactor vessel comprises a baffle arranged on the bottom for counteracting circulation of the water from the top to the bottom in cross section of the reactor and wherein the distance between the underside of the electrically driven rotor and the reactor bottom is 1-4 meters; and d) optionally repeating steps b) and c) e) thereafter discharging CaCO 3 from the water.
A precipitation measuring apparatus using a fiber Bragg grating sensor , the precipitation measuring apparatus comprising: a base horizontally installed at a position for measuring precipitation; a cylindrical cover fixedly installed on the base ; a bucket for collecting a predetermined amount of water introduced into the cover to discharge the collected water; and a detecting unit for detecting a number of times of discharging the water from the bucket by using the fiber Bragg grating sensor , characterized in that the base is provided at a lower portion thereof with a water collecting tank for collecting the water discharged from the bucket , wherein the detecting unit includes an optical fiber installed between the base and the water collecting tank, and a fiber Bragg grating sensor installed on the optical fiber to detect a number of discharging times of a predetermined amount of water from the bucket to the water collecting tank , in which the fiber Bragg grating sensor outputs light having a wavelength changed according to a load applied onto the water collecting tank . a base horizontally installed at a position for measuring precipitation; a cylindrical cover fixedly installed on the base ; a bucket for collecting a predetermined amount of water introduced into the cover to discharge the collected water; and a detecting unit for detecting a number of times of discharging the water from the bucket by using the fiber Bragg grating sensor , characterized in that the base is provided at a lower portion thereof with a water collecting tank for collecting the water discharged from the bucket , wherein the detecting unit includes an optical fiber installed between the base and the water collecting tank, and a fiber Bragg grating sensor installed on the optical fiber to detect a number of discharging times of a predetermined amount of water from the bucket to the water collecting tank , in which the fiber Bragg grating sensor outputs light having a wavelength changed according to a load applied onto the water collecting tank . an optical fiber installed between the base and the water collecting tank, and a fiber Bragg grating sensor installed on the optical fiber to detect a number of discharging times of a predetermined amount of water from the bucket to the water collecting tank , in which the fiber Bragg grating sensor outputs light having a wavelength changed according to a load applied onto the water collecting tank .
A communication method using OFDM (Orthogonal Frequency Division Multiplexing) comprising transmitting and receiving packets (20, 20a-n) between a first node and at least one second node , where each packet comprises a preamble (22, 22a-n) and payload data (23, 23a-n), said method being performed by the first node and comprising: - receiving packets (20, 20a-n) from the at least one second node, and - authenticating the at least one second node based on CSI (Channel State Information), wherein the authenticating of the at least one second node is based on a plurality of preambles (22a-n), which are extracted from a group of consecutively received packets (20a-n), wherein the authenticating comprising: - comparing the CSI of the preamble (22a-n) of each packet (20a-n) of the group of consecutively received packets (20a-n) to a reference CSI, and - accumulating the result of the comparisons from all packets (20a-n) of the group, the communication method further comprising the step of: - comparing the accumulated results to a threshold. - receiving packets (20, 20a-n) from the at least one second node, and - authenticating the at least one second node based on CSI (Channel State Information), wherein the authenticating of the at least one second node is based on a plurality of preambles (22a-n), which are extracted from a group of consecutively received packets (20a-n), wherein the authenticating comprising: - comparing the CSI of the preamble (22a-n) of each packet (20a-n) of the group of consecutively received packets (20a-n) to a reference CSI, and - accumulating the result of the comparisons from all packets (20a-n) of the group, the communication method further comprising the step of: - comparing the accumulated results to a threshold. - comparing the CSI of the preamble (22a-n) of each packet (20a-n) of the group of consecutively received packets (20a-n) to a reference CSI, and - accumulating the result of the comparisons from all packets (20a-n) of the group, the communication method further comprising the step of: - comparing the accumulated results to a threshold. - comparing the accumulated results to a threshold.
A cooking apparatus comprising: a coil on which a vessel is mounted, configured to form a magnetic field upon application of a current; a first switch (Q1) and a second switch (Q2) configured to change a direction of the current flowing through the coil; a first diode (D1) connected in parallel to the first switch or a second diode (D2) connected in parallel to the second switch; and a controller configured to: alternately control a turn-on operation of the first switch and the second switch, characterised in that the controller is further configured to, when a maximum value of the current flowing through the first diode or a maximum value of the current flowing through the second diode exceeds a predetermined value, increase an operating frequency of turning on the first switch and the second switch and limit the maximum value of the current flowing through the first diode or the second diode to less than or equal to the predetermined value. a coil on which a vessel is mounted, configured to form a magnetic field upon application of a current; a first switch (Q1) and a second switch (Q2) configured to change a direction of the current flowing through the coil; a first diode (D1) connected in parallel to the first switch or a second diode (D2) connected in parallel to the second switch; and a controller configured to: alternately control a turn-on operation of the first switch and the second switch, characterised in that the controller is further configured to, when a maximum value of the current flowing through the first diode or a maximum value of the current flowing through the second diode exceeds a predetermined value, increase an operating frequency of turning on the first switch and the second switch and limit the maximum value of the current flowing through the first diode or the second diode to less than or equal to the predetermined value.
Plug-in connector which has a contact carrier , wherein at least one contact partner is arranged in the contact carrier and the at least one contact partner has, on a plug-in side of the plug-in connector , a contact ring and, starting therefrom in the direction of a cable outgoer region of the plug-in connector , a contact lug , wherein the contact lug is arranged in a contact chamber of the contact carrier and has an embossed portion which corresponds to an undercut of the contact chamber of the contact carrier , characterized in that the contact lug has a widened portion around the embossed portion .
A method in a radio network node , for enabling a recipient to provide hybrid automatic repeat re-quest, HARQ, feedback for data transmitted in the downlink using carrier aggregation of a downlink Frequency-Division Duplexing, FDD, carrier and a Time-Division Duplexing, TDD, carrier , wherein the method comprises: associating each downlink subframe in the downlink FDD carrier with an uplink control channel subframe in an uplink FDD carrier ; associating each downlink subframe and each special subframe in the TDD carrier with an uplink control channel subframe in the uplink FDD carrier ; transmitting data on one or both of the downlink FDD carrier and the TDD carrier ; and receiving HARQ feedback related to the data, from the recipient , on an uplink control channel subframe of the uplink FDD carrier , wherein spatial bundling is performed in the uplink control channel subframe which is assigned for HARQ feedback of both the downlink FDD carrier and the TDD carrier ; and wherein spatial bundling is not performed in the uplink control channel subframe which is assigned for HARQ feedback of only the downlink FDD carrier . associating each downlink subframe in the downlink FDD carrier with an uplink control channel subframe in an uplink FDD carrier ; associating each downlink subframe and each special subframe in the TDD carrier with an uplink control channel subframe in the uplink FDD carrier ; transmitting data on one or both of the downlink FDD carrier and the TDD carrier ; and receiving HARQ feedback related to the data, from the recipient , on an uplink control channel subframe of the uplink FDD carrier , wherein spatial bundling is performed in the uplink control channel subframe which is assigned for HARQ feedback of both the downlink FDD carrier and the TDD carrier ; and wherein spatial bundling is not performed in the uplink control channel subframe which is assigned for HARQ feedback of only the downlink FDD carrier .
A method for controlling an AC/DC voltage transformer (1a..1e) having a DC voltage output (A) between which at least one series circuit of at least two capacitors (C1, C2) and at least one series circuit of n switching elements (S1a..S6b, T1a..T6b) is arranged, where n ≥ 4, wherein n is an even number, wherein a connecting point in the middle of the series circuit of the switching elements (S1a..S6b, T1a..T6b) is connected to a connection (L1, L2, L3) of an AC voltage input (E), wherein a series circuit of at least two diodes (D1..D6) is connected in an antiparallel arrangement to at least the series circuit of the two switching elements (S1a..S6a, T1a..T6a) lying closest to said connecting point, and wherein a connecting point of the capacitors (C1, C2) is connected to a connecting point of the diodes (D1..D6), characterized in that - an output voltage (U A ) at the DC voltage output (A) and a potential (U C1 ) of said connecting point of the capacitors (C1, C2) and/or of diodes (D1..D6) are provided as controlled variables, - an input current (I L1 , I L2 , I L3 ) at the AC voltage input (E) is provided as a manipulated variable and - the switching elements (S1a..S6b, T1a..T6b) are provided as an actuating element of a control loop. - an output voltage (U A ) at the DC voltage output (A) and a potential (U C1 ) of said connecting point of the capacitors (C1, C2) and/or of diodes (D1..D6) are provided as controlled variables, - an input current (I L1 , I L2 , I L3 ) at the AC voltage input (E) is provided as a manipulated variable and - the switching elements (S1a..S6b, T1a..T6b) are provided as an actuating element of a control loop.
A method for operating a base station, BS, in a wireless communication system the method comprising: transmitting, to a terminal, a grid index and a reference signal port index of the terminal ; generating a reference signal based on the grid index ; and transmitting the reference signal on corresponding time-frequency resources based on the grid index and the reference signal port index , wherein the grid index indicates one of grids, and wherein each of the grids corresponds to one of regions that are defined by dividing a coverage area of the base station. transmitting, to a terminal, a grid index and a reference signal port index of the terminal ; generating a reference signal based on the grid index ; and transmitting the reference signal on corresponding time-frequency resources based on the grid index and the reference signal port index , wherein the grid index indicates one of grids, and wherein each of the grids corresponds to one of regions that are defined by dividing a coverage area of the base station.
Pharmaceutical compound for oral administration consisting of: (i) 20% by weight of simvastatin, (ii) 0.04% by weight of butyl hydroxyanisole, (iii) 1,4 % by weight of citric acid, (iv) 20 % by weight of starch (v) 30.7 % by weight of lactose monohydrate, (vi) 25.0 % by weight of microcrystalline cellulose, (vii) 0.9% by weight of magnesium stearate, (viii) 2% by weight of a film coating; wherein the pharmaceutical composition is in the form of a pressed tablet and the tablet has a total weight of 200 mg. (i) 20% by weight of simvastatin, (ii) 0.04% by weight of butyl hydroxyanisole, (iii) 1,4 % by weight of citric acid, (iv) 20 % by weight of starch (v) 30.7 % by weight of lactose monohydrate, (vi) 25.0 % by weight of microcrystalline cellulose, (vii) 0.9% by weight of magnesium stearate, (viii) 2% by weight of a film coating;
A multiple-pane insulating glazing unit comprising two glass panes and a between-pane space, the two glass panes respectively defining two opposed external pane surfaces, a desired one of the two external pane surfaces having a flash-lamp-treated transparent conductive oxide coating such that a desired one of the two glass panes is a coated glass pane, said coated glass pane being annealed glass having a surface stress of less than 3,500 psi (24.13 MPa), said coating comprising a flash-treated indium tin oxide film and an overcoat film on the flash-treated indium tin oxide film, the flash-treated indium tin oxide film having a thickness of less than 1,800 Å, the flash-treated indium tin oxide film being a sputtered film having a surface roughness of less than 3 nm, the flash-treated indium tin oxide film having a sheet resistance of less than 15 Ω/square in combination with said coated glass pane having a monolithic visible transmittance of greater than 0.82, the flash-treated indium tin oxide film having an optical bandgap of 370 nm or shorter and being characterized by a pre-flash optical bandgap of 400 nm or longer such that on a pre-flash basis said indium tin oxide film is absorptive of energy in the 370 to 400 nm range that is emitted by a flash during flash lamp treatment of said indium tin oxide film, the flash-treated indium tin oxide film having a carrier concentration of 9-13 x10 20 /cm 3 .
A device for growing crystals, comprising - a crucible , which crucible defines an outer lateral surface and moreover delimits an accommodation space with an axial extension between a bottom section and an opening section , wherein the accommodation space is designed for growing the crystals, - an enveloping unit , which enveloping unit covers the outer lateral surface at least in sections and is designed for thermally insulating the crucible , characterized in that - a holding unit is provided, by means of which holding unit the enveloping unit is held on the crucible in its position relative to the crucible , - the holding unit comprises at least one holding element designed to be oblong and preferably non-rigid, having a first end section and a second end section spaced apart therefrom in its longitudinal extension, - the at least one holding element surrounds the enveloping unit in a circumferential manner on the side facing away from the crucible and is arranged so as to contact the enveloping unit , and - the first end section and the second end section are coupled to one another so as to be releasable as needed, and a holding force acting on the enveloping unit in the radial direction is applied by the at least one holding element . - a crucible , which crucible defines an outer lateral surface and moreover delimits an accommodation space with an axial extension between a bottom section and an opening section , wherein the accommodation space is designed for growing the crystals, - an enveloping unit , which enveloping unit covers the outer lateral surface at least in sections and is designed for thermally insulating the crucible , characterized in that - a holding unit is provided, by means of which holding unit the enveloping unit is held on the crucible in its position relative to the crucible , - the holding unit comprises at least one holding element designed to be oblong and preferably non-rigid, having a first end section and a second end section spaced apart therefrom in its longitudinal extension, - the at least one holding element surrounds the enveloping unit in a circumferential manner on the side facing away from the crucible and is arranged so as to contact the enveloping unit , and - the first end section and the second end section are coupled to one another so as to be releasable as needed, and a holding force acting on the enveloping unit in the radial direction is applied by the at least one holding element .
A CAR natural killer (NK) cell-derived effector cell population comprising: a population of NK cells expressing a chimeric antigen receptor (CAR), the CAR comprising an extracellular domain which specifically binds a predetermined antigen, a transmembrane domain, and a cytoplasmic co-stimulatory signaling domain, wherein the nucleic acid of the NK cells have been modified by reaction with a nucleic acid targeting compound, wherein the nucleic acid targeting compound is a psoralen or a nucleic acid alkylator, wherein the NK cells are present in the population in a therapeutically effective amount for treatment of a malignancy that expresses the predetermined antigen.
A ceramic matrix composite blade comprising: a central core surrounded by an outer profile , said central core comprising layers of unidirectional layup having two dimension and three dimension fiber weaves; said outer profile comprises a biased weave layup that radiates toward a leading edge and a trailing edge of the blade; characterized in that said biased weave layup includes fibers that extend proximate an attachment region of the blade radially and axially along an airfoil portion of the blade toward the leading edge and trailing edge .
A rigid scope comprising: a rigid shaft and a handle for releasable attachment to the rigid shaft ; and wherein the handle comprises a lumened manifold , and an integrated pressurised gas supply; characterised in that the lumened manifold is detachable and comprises more than one lumen. a rigid shaft and a handle for releasable attachment to the rigid shaft ; and wherein the handle comprises a lumened manifold , and an integrated pressurised gas supply;