mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: first changing an impedance of one or both of a first current path or a second current path , the first current path being connected in parallel to the second current path , the first changing occurring at a frequency above a grid frequency, the first current path having a first current; diverting, based on the first changing, at least a part of a flow of the first current from the first current path to the second current path, the second current path comprising a current sensor; determining, using the current sensor , a differential current between current flowing through the second current path and a third current flowing through a third current path ; and second changing, based on the differential current being below a threshold, the impedance of one or both of the first current path or the second current path to allow current to return from the second current path to the first current path. first changing an impedance of one or both of a first current path or a second current path , the first current path being connected in parallel to the second current path , the first changing occurring at a frequency above a grid frequency, the first current path having a first current; diverting, based on the first changing, at least a part of a flow of the first current from the first current path to the second current path, the second current path comprising a current sensor; determining, using the current sensor , a differential current between current flowing through the second current path and a third current flowing through a third current path ; and second changing, based on the differential current being below a threshold, the impedance of one or both of the first current path or the second current path to allow current to return from the second current path to the first current path.
A master evolved node B, comprising: first receiving means for receiving a minimization-of-drive-test activation command from a mobility management entity; performing means for performing master evolved node B based measurements; collecting means for collecting first minimization-of-drive-test data, wherein the first minimization-of-drive-test data comprises the master evolved node B based measurements; first instructing means for instructing a secondary evolved node B to at least one of collect and report a second minimization-of-drive-test data, wherein the second minimization-of-drive-test data comprises second evolved node B based measurements, wherein the master evolved node Band the secondary evolved node B are connected in dual connectivity with a user equipment; and transmitting means for transmitting a trace record comprising the first minimization-of-drive-test data to a trace record entity. first receiving means for receiving a minimization-of-drive-test activation command from a mobility management entity; performing means for performing master evolved node B based measurements; collecting means for collecting first minimization-of-drive-test data, wherein the first minimization-of-drive-test data comprises the master evolved node B based measurements; first instructing means for instructing a secondary evolved node B to at least one of collect and report a second minimization-of-drive-test data, wherein the second minimization-of-drive-test data comprises second evolved node B based measurements, wherein the master evolved node Band the secondary evolved node B are connected in dual connectivity with a user equipment; and transmitting means for transmitting a trace record comprising the first minimization-of-drive-test data to a trace record entity.
An apparatus comprising: memory; instructions in the apparatus; and processor circuitry to execute the instructions to: decrypt a first message received from a first radio of an aircraft , the first radio using a first communication protocol, the aircraft including a second radio to be configured for a second communication protocol different from the first communication protocol; and in response to a determination that the first message includes radio configuration information associated with the second radio , configure a third radio to transmit a second message to the second radio based on the radio configuration information; wherein the first communication protocol is a public communication protocol associated with a first bandwidth and the second communication protocol is a private communication protocol associated with a second bandwidth. memory; instructions in the apparatus; and processor circuitry to execute the instructions to: decrypt a first message received from a first radio of an aircraft , the first radio using a first communication protocol, the aircraft including a second radio to be configured for a second communication protocol different from the first communication protocol; and in response to a determination that the first message includes radio configuration information associated with the second radio , configure a third radio to transmit a second message to the second radio based on the radio configuration information; wherein the first communication protocol is a public communication protocol associated with a first bandwidth and the second communication protocol is a private communication protocol associated with a second bandwidth. decrypt a first message received from a first radio of an aircraft , the first radio using a first communication protocol, the aircraft including a second radio to be configured for a second communication protocol different from the first communication protocol; and in response to a determination that the first message includes radio configuration information associated with the second radio , configure a third radio to transmit a second message to the second radio based on the radio configuration information; wherein the first communication protocol is a public communication protocol associated with a first bandwidth and the second communication protocol is a private communication protocol associated with a second bandwidth.
Stair rail for a scaffolding system , in particular for a forward-spaced stair ascent on facade scaffolding or a tower of stairs running in the same direction, comprising: at least one rail spar which has a first end portion , on which a first coupling element is arranged, wherein the first coupling element is designed to be fastened to a second coupling element of a vertical support of the scaffolding system adjacent to an - in the installed position - upper end portion of stairs of the scaffolding system , wherein the at least one rail spar has a second end portion , on which a third coupling element is arranged, wherein the third coupling element is designed to be fastened to a fourth coupling element of a further vertical support of the scaffolding system adjacent to an - in the installed position - a lower end portion of the stairs of the scaffolding system , and wherein the first coupling element and the third coupling element of the at least one rail spar are designed to be fastened by a user, from a secured position adjacent to - in the installed position - lower end portion of the stairs of the scaffolding system , to the coupling elements of the vertical supports of the scaffolding system , wherein the first coupling element adjoins the first end portion of the at least one rail spar , wherein the first coupling element is tubular at a first end portion adjacent to the first end portion of the at least one rail spar and is substantially flat at a second end portion , and wherein the first coupling element has an opening at the second end portion , which opening, in the installed position of the first coupling element , has a substantially vertical portion on an underside of the substantially flat second end portion and a horizontal portion which adjoins the vertical portion and is connected to the vertical portion by means of an arcuate connection portion .
An M-atrial natriuretic peptide (MANP) and a diuretic agent for use in a method for treating a mammal, comprising: administering to said mammal said MANP, and administering to said mammal said diuretic agent, wherein said diuretic agent is selected from the group consisting of: chlorthalidone, chlorothiazide, hydrochlorothiazide, indapamide, metolazone, amiloride, bumetanide, spironolactone, triamterene, and furosemide. administering to said mammal said MANP, and administering to said mammal said diuretic agent, wherein said diuretic agent is selected from the group consisting of: chlorthalidone, chlorothiazide, hydrochlorothiazide, indapamide, metolazone, amiloride, bumetanide, spironolactone, triamterene, and furosemide.
A compound of formula I wherein R 1 is C 4-6 -cycloalkyl or C 4-6 -heterocycloalkyl, which are optionally substituted by one or two substituents, selected from hydroxy or C 1-7 alkyl; A is phenyl or piperidinyl; R 2 is hydrogen, halogen, C 1-7 alkyl, cyano, C 4-6 -cycloalkyl, C 1-7 alkoxy, C 1-7 alkoxy substituted by halogen, or is a five-or six-membered heteroaryl, optionally substituted by C 1-7 alkyl; n is 1 or 2; or a pharmaceutically acceptable acid addition salt, a racemic mixture or its corresponding enantiomer and/or optical isomers thereof. R 1 is C 4-6 -cycloalkyl or C 4-6 -heterocycloalkyl, which are optionally substituted by one or two substituents, selected from hydroxy or C 1-7 alkyl; A is phenyl or piperidinyl; R 2 is hydrogen, halogen, C 1-7 alkyl, cyano, C 4-6 -cycloalkyl, C 1-7 alkoxy, C 1-7 alkoxy substituted by halogen, or is a five-or six-membered heteroaryl, optionally substituted by C 1-7 alkyl; n is 1 or 2; or a pharmaceutically acceptable acid addition salt, a racemic mixture or its corresponding enantiomer and/or optical isomers thereof.
A fan assembly for an electronic device, the fan assembly comprising: a housing comprising an inlet and an outlet; a bladeless impeller rotatably supported within the housing , the bladeless impeller comprising a shaft and a plurality of discs or flat plates fixed to the shaft , the plurality of discs or flat plates being spaced along the shaft , such that a plurality of channels are formed between the plurality of discs or flat plates , wherein the shaft comprises: a hub having an outer annular surface and an inner annular surface ; and two or more extensions , each of the two or more extensions having a first end and a second end, being elastic, and extending from the outer annular surface at the first end, in a direction away from the outer annular surface , to the second end, and wherein the plurality of discs or flat plates are physically attached to the hub at or adjacent to the second ends of the two or more extensions , respectively, characterized in that : each of the two or more extensions includes a plurality of slots at the second end of the extension , the plurality of discs or flat plates being positioned within the plurality of slots , respectively, such that the plurality of discs or flat plates are physically attached to the hub . a housing comprising an inlet and an outlet; a bladeless impeller rotatably supported within the housing , the bladeless impeller comprising a shaft and a plurality of discs or flat plates fixed to the shaft , the plurality of discs or flat plates being spaced along the shaft , such that a plurality of channels are formed between the plurality of discs or flat plates , wherein the shaft comprises: a hub having an outer annular surface and an inner annular surface ; and two or more extensions , each of the two or more extensions having a first end and a second end, being elastic, and extending from the outer annular surface at the first end, in a direction away from the outer annular surface , to the second end, a hub having an outer annular surface and an inner annular surface ; and two or more extensions , each of the two or more extensions having a first end and a second end, being elastic, and extending from the outer annular surface at the first end, in a direction away from the outer annular surface , to the second end, and wherein the plurality of discs or flat plates are physically attached to the hub at or adjacent to the second ends of the two or more extensions , respectively, characterized in that : each of the two or more extensions includes a plurality of slots at the second end of the extension , the plurality of discs or flat plates being positioned within the plurality of slots , respectively, such that the plurality of discs or flat plates are physically attached to the hub .
Optoelectronic component comprising at least one optoelectronic semiconductor chip, comprising a leadframe section , and comprising a stiffening structure projecting away laterally from the leadframe section , wherein the semiconductor chip is arranged on the leadframe section , and wherein the leadframe section , the stiffening structure and the semiconductor chip are embedded in an electrically insulating housing, characterized in that the leadframe section is connected to a further leadframe section via the stiffening structure, in that a conduction element is arranged on a top side of the further leadframe section, and in that the further leadframe section and the conduction element are embedded in the housing .
Device for pressing foodstuffs, comprising a receptacle , at least two drums that are interchangeable and are configured to be received individually in the receptacle when the device is in the use mode, with at least one of the drums having a filtering lateral wall , a pressing screw that is configured to be received in the drum being used and to press, during rotation thereof, the foodstuffs against the drum being used, a lid that is configured to be fitted to an upper portion of the receptacle when the device is in the use mode, characterised in that said device comprises a ring that is configured to be fitted to the upper portion of the receptacle and to the lid , wherein fitting the ring between the receptacle and the lid makes it possible to define a storage space that is configured to receive at least two of the drums , and preferably all of the drums , as well as the pressing screw , when the device is in the storage mode.
Device for operating a car park , comprising: - a database , in which one or more vehicle properties are stored for various types of vehicle, wherein the vehicle properties are elements selected from the following group of vehicle properties: dimensions of the vehicle, charging time for a vehicle battery, wheelbase, possible travel trajectories in the car park, - a processor which is designed to determine a type of the vehicle on the basis of a captured image of a vehicle, and - to read out the vehicle property/properties corresponding to the determined type of vehicle from the database , wherein - the processor is designed to compare the captured image with reference images of various vehicles, in order to determine the type of vehicle on the basis of the comparison, and the processor is also designed to determine a parking position for the vehicle in the car park on the basis of the read-out vehicle property or properties. - a database , in which one or more vehicle properties are stored for various types of vehicle, wherein the vehicle properties are elements selected from the following group of vehicle properties: dimensions of the vehicle, charging time for a vehicle battery, wheelbase, possible travel trajectories in the car park, - a processor which is designed to determine a type of the vehicle on the basis of a captured image of a vehicle, and - to read out the vehicle property/properties corresponding to the determined type of vehicle from the database , wherein - the processor is designed to compare the captured image with reference images of various vehicles, in order to determine the type of vehicle on the basis of the comparison, and the processor is also designed to determine a parking position for the vehicle in the car park on the basis of the read-out vehicle property or properties.
A transport system for transporting containers in a container treatment facility, comprising: a transport track with at least one long stator (450; 1050B; 1150-1B, 1150-2B) of a linear motor, and a plurality of transport elements (410; 510; 610N, 610V; 710N, 710V; 810N, 810V) for transporting one or more containers , wherein the transport elements are disposed movably on the transport track and are configured to be guided individually and independently of one another along the transport track through magnetic interaction with the at least one long stator (450; 1050B; 1150-1B, 1150-2B), wherein the front and back sides of the transport elements are shaped in such a way that the transport elements can be driven into each other at least in pairs (410N, 410V; 510N, 510V; 610N, 610V; 710N, 710V; 810N, 810V) to the extent that there will be a minimal attainable transport spacing which is smaller than the longitudinal extension of the transport elements, wherein the transport elements each have rollers (480-1 - 480-4; 580-1 - 580-4; 680-1 - 680-3; 780-1 - 780-4; 880-1 - 880-4) that are spaced from one another in the longitudinal direction and by means of which they are mounted movably on the transport track, characterized in that the minimal attainable transport spacing is smaller than the maximum distance of the rollers in the longitudinal direction. a transport track with at least one long stator (450; 1050B; 1150-1B, 1150-2B) of a linear motor, and a plurality of transport elements (410; 510; 610N, 610V; 710N, 710V; 810N, 810V) for transporting one or more containers , wherein the transport elements are disposed movably on the transport track and are configured to be guided individually and independently of one another along the transport track through magnetic interaction with the at least one long stator (450; 1050B; 1150-1B, 1150-2B), wherein the front and back sides of the transport elements are shaped in such a way that the transport elements can be driven into each other at least in pairs (410N, 410V; 510N, 510V; 610N, 610V; 710N, 710V; 810N, 810V) to the extent that there will be a minimal attainable transport spacing which is smaller than the longitudinal extension of the transport elements, wherein the transport elements each have rollers (480-1 - 480-4; 580-1 - 580-4; 680-1 - 680-3; 780-1 - 780-4; 880-1 - 880-4) that are spaced from one another in the longitudinal direction and by means of which they are mounted movably on the transport track, characterized in that the minimal attainable transport spacing is smaller than the maximum distance of the rollers in the longitudinal direction.
A crimping unit for crimping a web of material used to make tobacco industry products, comprising: - a feed station comprising feed means for feeding at least one web of material used to make tobacco industry products; the feed means being equipped with tensioning devices for tensioning the web ,said tensioning devices comprising dancer rollers; - a crimping station comprising a first crimping roller and a second crimping roller operatively coupled to make a plurality of longitudinal easy folding lines on the web in transit between the crimping rollers ; characterized in that the crimping station comprises a supporting element for supporting the crimping rollers , the supporting element being configured to adopt variable position and/or orientation in such a way as to vary the orientation of the web being fed to the crimping rollers and being associated with respective motor means acting on the supporting element to implement the variation of the position and/or orientation of the supporting element . - a feed station comprising feed means for feeding at least one web of material used to make tobacco industry products; the feed means being equipped with tensioning devices for tensioning the web ,said tensioning devices comprising dancer rollers; - a crimping station comprising a first crimping roller and a second crimping roller operatively coupled to make a plurality of longitudinal easy folding lines on the web in transit between the crimping rollers ;
Work machine comprising at least one support plate for supporting the work machine against the substrate thereof and at least one support cylinder for adjusting the support plate relative to rest of the structure of the work machine, and a device for changing the ground pressure distribution of the work machine, wherein the device comprises at least one pressure gauge for measuring the pressure in the support cylinder, and wherein the device is configured to change the ground pressure distribution by controlling the pressure in the support cylinder, wherein the pressure in the support cylinder is set such that the ground pressure under the support cylinder is only as great as required for protecting the work machine against tipping, but at the same time corresponds at least to the ground pressure under a track or a chassis of the work machine.
An apparatus for identifying a sample, the apparatus comprising: a platform for receiving the sample; at least one electromagnetic radiation emitter adapted to provide a plurality of conical shells of radiation (201-208); wherein each conical shell has a characteristic propagation axis associated with it; a plurality of detectors (141-148) arranged to detect radiation diffracted by the sample upon incidence of one or more conical shells of radiation; wherein each detector is located on the characteristic propagation axis associated with a corresponding conical shell; and a calculator adapted to calculate at least one of a d-spacing and a scattering vector of the sample based on the detected diffracted radiation; wherein the said at least one electromagnetic radiation emitter comprises a source of electromagnetic radiation coupled to a beam former , the source of electromagnetic radiation comprising at least one of a source of X-ray radiation and a source of gamma radiation. a platform for receiving the sample; at least one electromagnetic radiation emitter adapted to provide a plurality of conical shells of radiation (201-208); wherein each conical shell has a characteristic propagation axis associated with it; a plurality of detectors (141-148) arranged to detect radiation diffracted by the sample upon incidence of one or more conical shells of radiation; wherein each detector is located on the characteristic propagation axis associated with a corresponding conical shell; and a calculator adapted to calculate at least one of a d-spacing and a scattering vector of the sample based on the detected diffracted radiation; wherein the said at least one electromagnetic radiation emitter comprises a source of electromagnetic radiation coupled to a beam former , the source of electromagnetic radiation comprising at least one of a source of X-ray radiation and a source of gamma radiation.