mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication system in which a mobile station apparatus is configured to periodically transmit, to a base station apparatus, first feedback information concerning a number of spatially multiplexed signal sequences and to periodically transmit second feedback information concerning transmission signal preprocessing which is calculated based on the first feedback information, characterized in that the mobile station apparatus is configured to calculate the second feedback information based on a usable minimum number of spatially multiplexed signal sequences when the first feedback information has not been transmitted and to transmit the second feedback information to the base station, and wherein the base station apparatus is configured to process the second feedback information based on the usable minimum number of spatially multiplexed signal sequences when the first feedback information has not been transmitted, and the mobile station apparatus is configured to not transmit the first feedback information concurrently with the second feedback information; wherein the when the first feedback information has not been transmitted comprises: when transmission timing of the first feedback information is in a period of Non-active Time of Discontinuous Reception, DRX; or, when the mobile station apparatus cannot transmit the first feedback information in the case of transmitting another uplink control signal. when transmission timing of the first feedback information is in a period of Non-active Time of Discontinuous Reception, DRX; or, when the mobile station apparatus cannot transmit the first feedback information in the case of transmitting another uplink control signal.
A method of multiplexing Machine Type Communication, MTC, data of multiple MTC devices in a wireless network environment, the method comprising: providing, by a base station, resource information to a plurality of MTC devices, wherein the resource information includes a time slot allocated to the plurality of MTC devices in each frame of a radio block period, Temporary Flow Identifier, TFI, information including a user specific TFI assigned to each of the plurality of MTC devices and/or a group TFI assigned to the plurality of MTC devices which are members of a MTC group, and sub-block index information indicative of a sub-index number of a sub-block which contains MTC data associated with one of the plurality of MTC devices; packing MTC data associated with each of the plurality of MTC devices in a data packet; and multiplexing the data packet including the MTC data associated with the plurality of MTC devices in downlink over the time slot allocated in each frame of the radio block period. providing, by a base station, resource information to a plurality of MTC devices, wherein the resource information includes a time slot allocated to the plurality of MTC devices in each frame of a radio block period, Temporary Flow Identifier, TFI, information including a user specific TFI assigned to each of the plurality of MTC devices and/or a group TFI assigned to the plurality of MTC devices which are members of a MTC group, and sub-block index information indicative of a sub-index number of a sub-block which contains MTC data associated with one of the plurality of MTC devices; packing MTC data associated with each of the plurality of MTC devices in a data packet; and multiplexing the data packet including the MTC data associated with the plurality of MTC devices in downlink over the time slot allocated in each frame of the radio block period.
A method of identifying nucleic acid molecules encoding variable, hypervariable and/or joining regions of T cell receptor β chains, comprising amplifying said nucleic acid molecules obtained from T cells expressing αβ T cell receptors using a set of primers comprising the primers represented by SEQ ID NOs: 1 to 9.
A method for obtaining NGN3/NKX2.2 double positive endocrine progenitor cells wherein a cell population comprising pancreatic endoderm cells are simultaneously exposed in a basal medium, to: a) a TGF-β type I receptor inhibitor, b) a BMP antagonist, wherein the BMP antagonist is noggin, c) an adenylate cyclase activator, and d) nicotinamide. a) a TGF-β type I receptor inhibitor, b) a BMP antagonist, wherein the BMP antagonist is noggin, c) an adenylate cyclase activator, and d) nicotinamide.
A marking-out aid for applying an installation marking to an object, in particular a building element, wherein the marking-out aid has at least one stop face for the defined contact of the marking-out aid against the object, and at least one first feed-through opening for receiving a marking tool, wherein the marking-out aid has a main body and a first transverse beam, wherein the at least one first feed-through opening passes through the main body, wherein the first transverse beam is disposed at a first end of the main body and runs at a right angle to the main body, wherein the first transverse beam projects beyond the main body on at least one side, and wherein the first transverse beam forms with its side facing away from the main body a first stop face of the at least one stop face, characterized in that at least one second feed-through opening is present for receiving a marking toll, wherein the second fee-through opening passes through the main body, wherein it runs at a right angle to the at least one first feed-through opening.
Power combiner for coupling high-frequency signals having a frequency of more than 1 MHz to an output power of more than 100 W, wherein the power combiner has the following: a) a first input (14a-d) for a first high-frequency signal; b) a second input (14a-d) for a second high-frequency signal; c) an output for connecting a consumer; d) an earth terminal; e) a first inductor (24a-d) connecting the first input (14a-d) to the output; f) a second inductor (24a-d) connecting the second input (14a-d) to the output; g) a combiner capacitor connecting the output to the earth terminal; h) a first RC adapter (28, 28a-d) connecting the first input (14a-d) to the second input (14a-d), wherein the first inductor (24a-d) is magnetically decoupled from the second inductor (24a- d), wherein the power combiner is formed at least in part in a planar manner by a multilayer circuit board, wherein the power combiner has a first printed circuit board having a first electrically conductive layer (38a-d) and a first electrically insulating layer, wherein the first printed circuit board has the first RC adapter (28, 28a-d), wherein the power combiner is designed for coupling high-frequency signals between 1 MHz and 200 MHz, and wherein the inductors (24a-d) are arranged as planar inductors at a spacing from one another either in parallel planes or in the same plane and the outermost windings of the inductors (24a-d) are spaced apart by at least 1 cm. a) a first input (14a-d) for a first high-frequency signal; b) a second input (14a-d) for a second high-frequency signal; c) an output for connecting a consumer; d) an earth terminal; e) a first inductor (24a-d) connecting the first input (14a-d) to the output; f) a second inductor (24a-d) connecting the second input (14a-d) to the output; g) a combiner capacitor connecting the output to the earth terminal; h) a first RC adapter (28, 28a-d) connecting the first input (14a-d) to the second input (14a-d), wherein the first inductor (24a-d) is magnetically decoupled from the second inductor (24a- d), wherein the power combiner is formed at least in part in a planar manner by a multilayer circuit board, wherein the power combiner has a first printed circuit board having a first electrically conductive layer (38a-d) and a first electrically insulating layer, wherein the first printed circuit board has the first RC adapter (28, 28a-d), wherein the power combiner is designed for coupling high-frequency signals between 1 MHz and 200 MHz, and wherein the inductors (24a-d) are arranged as planar inductors at a spacing from one another either in parallel planes or in the same plane and the outermost windings of the inductors (24a-d) are spaced apart by at least 1 cm.
An air-conditioning system with a two-part housing, wherein the two housing parts (2, 3) are connected to one another via a tongue and groove and the housing has a condensate drain, characterised in that the condensate drain is integrated into at least one housing part (2, 3) adjacent to the tongue and groove, wherein the condensate drain consists of a nearly flatly designed plate which has a continuous opening in its centre.
A hydraulic pumping system for use with a subterranean well, the system comprising: a hydraulic actuator including a generally tubular cylinder, a piston sealingly and reciprocably disposed in the cylinder, wherein the piston displaces a rod string in response to a pressure differential across the piston, a magnet that displaces with the piston, and at least one sensor that continuously detects a position of the magnet as the magnet displaces with the piston, wherein a ferromagnetic wall of the cylinder has a thickness of at least 1.25 cm, and wherein the ferromagnetic wall of the cylinder is positioned between the magnet and the sensor. a hydraulic actuator including a generally tubular cylinder, a piston sealingly and reciprocably disposed in the cylinder, wherein the piston displaces a rod string in response to a pressure differential across the piston, a magnet that displaces with the piston, and at least one sensor that continuously detects a position of the magnet as the magnet displaces with the piston, wherein a ferromagnetic wall of the cylinder has a thickness of at least 1.25 cm, and wherein the ferromagnetic wall of the cylinder is positioned between the magnet and the sensor.
A CT detection device, comprising: a CT imaging system, comprising a radiation source, a detector, and a rotating frame, wherein the radiation source and the detector are mounted on the rotating frame, and a periphery of the rotating frame is provided with at least one first hole; a support stand, wherein the rotating frame is fixed on the support stand through a slip ring bearing, and a periphery of the support stand is provided with at least one second hole aligned with the at least one first hole; and a first sleeve detachably engaged in the aligned first hole and second hole, wherein the first sleeve comprises a first cooperating portion, and the first cooperating portion cooperates with a first locking portion to lock the rotating frame during a replacement of the slip ring bearing; wherein the first sleeve comprises a first cylindrical portion engaged with the first hole and a second cylindrical portion engaged with the second hole; wherein an outer surface of the first cylindrical portion and an inner surface of the first hole are provided with threads; and/or an outer surface of the second cylindrical portion and an inner surface of the second hole are provided with threads; and wherein and the first cooperating portion is formed as a thread on an inner surface of the first cylindrical portion or as threads on inner surfaces of the first cylindrical portion and the second cylindrical portion. a CT imaging system, comprising a radiation source, a detector, and a rotating frame, wherein the radiation source and the detector are mounted on the rotating frame, and a periphery of the rotating frame is provided with at least one first hole; a support stand, wherein the rotating frame is fixed on the support stand through a slip ring bearing, and a periphery of the support stand is provided with at least one second hole aligned with the at least one first hole; and a first sleeve detachably engaged in the aligned first hole and second hole, wherein the first sleeve comprises a first cooperating portion, and the first cooperating portion cooperates with a first locking portion to lock the rotating frame during a replacement of the slip ring bearing; wherein the first sleeve comprises a first cylindrical portion engaged with the first hole and a second cylindrical portion engaged with the second hole; wherein an outer surface of the first cylindrical portion and an inner surface of the first hole are provided with threads; and/or an outer surface of the second cylindrical portion and an inner surface of the second hole are provided with threads; and wherein and the first cooperating portion is formed as a thread on an inner surface of the first cylindrical portion or as threads on inner surfaces of the first cylindrical portion and the second cylindrical portion.
A jet engine comprising: an inlet configured to take in air; and a combustor configured to combust fuel by using the air, wherein the combustor comprises: an injector configured to inject the fuel; characterized by; a plurality of flame stabilizers (21,22;21a;21b) configured to maintain a flame which is used for combustion in the combustor; and a vanishment section (31;32;31b) provided to at least partially cover or fill a dent or hollow of a first flame stabilizer (21;21a;21b) of the plurality of flame stabilizers (21,22;21a;21b) which is one of the plurality of flame stabilizers (21,22;21a;21b) which is nearest to the inlet and configured to vanish with time in a flight. an inlet configured to take in air; and a combustor configured to combust fuel by using the air, wherein the combustor comprises: an injector configured to inject the fuel; characterized by; a plurality of flame stabilizers (21,22;21a;21b) configured to maintain a flame which is used for combustion in the combustor; and a vanishment section (31;32;31b) provided to at least partially cover or fill a dent or hollow of a first flame stabilizer (21;21a;21b) of the plurality of flame stabilizers (21,22;21a;21b) which is one of the plurality of flame stabilizers (21,22;21a;21b) which is nearest to the inlet and configured to vanish with time in a flight. an injector configured to inject the fuel; characterized by; a plurality of flame stabilizers (21,22;21a;21b) configured to maintain a flame which is used for combustion in the combustor; and a vanishment section (31;32;31b) provided to at least partially cover or fill a dent or hollow of a first flame stabilizer (21;21a;21b) of the plurality of flame stabilizers (21,22;21a;21b) which is one of the plurality of flame stabilizers (21,22;21a;21b) which is nearest to the inlet and configured to vanish with time in a flight.
A retraction device for sliding doors, drawers etc., comprising a damping device and a spring respectively acting indirectly or directly on a retainer, wherein the retainer is movable between a retraction position and a free running position, wherein the damping device has two dampers, the damping effect of which acts upon the retainer in parallel or in series, characterized in that the retainer has two stops (41, 43), wherein one stop is fastened to a spring element of the retainer.
A section of a gas turbine engine, comprising: a disk; a plurality of blades secured to the disk, each of the plurality of blades having a platform located between a root portion and an airfoil portion of the blade, wherein the platform of one of the plurality of blades is configured to define a cavity with a platform of an adjacent blade that is secured to the disk; a damper seal located in the cavity and positioned adjacent to a gap defined by edges of the platforms of the blades, wherein the damper seal has a pair of tab portions extending from opposite sides of the damper seal; wherein the blades further comprise a damper shelf that is located in the cavity and the pair of tab portions are configured to engage the damper shelf and characterised by a damper restraint located on an interior surface of each platform, wherein the damper restraint extends into the cavity and is a raised feature; and wherein the pair of tab portions engage the damper restraints when the damper seal is adjacent to the gap defined by the platforms of the blades. a disk; a plurality of blades secured to the disk, each of the plurality of blades having a platform located between a root portion and an airfoil portion of the blade, wherein the platform of one of the plurality of blades is configured to define a cavity with a platform of an adjacent blade that is secured to the disk; a damper seal located in the cavity and positioned adjacent to a gap defined by edges of the platforms of the blades, wherein the damper seal has a pair of tab portions extending from opposite sides of the damper seal; wherein the blades further comprise a damper shelf that is located in the cavity and the pair of tab portions are configured to engage the damper shelf and characterised by a damper restraint located on an interior surface of each platform, wherein the damper restraint extends into the cavity and is a raised feature; and wherein the pair of tab portions engage the damper restraints when the damper seal is adjacent to the gap defined by the platforms of the blades.
Sulfur-crosslinkable rubber mixture, characterized in that it comprises at least the following constituents: - 100 phr of at least one solid rubber having a weight-average molecular weight Mw by GPC of 250 000 to 5 000 000 g/mol and - 3 to 40 phr of at least one liquid polymer A which is terminally organosilicon-modified and has a weight-average molecular weight Mw by GPC of 500 to 7800 g/mol, and - 3 to 40 phr of at least one unmodified liquid polymer B having a weight-average molecular weight Mw by GPC of 500 to 50 000 g/mol, and - at least one silica. - 100 phr of at least one solid rubber having a weight-average molecular weight Mw by GPC of 250 000 to 5 000 000 g/mol and - 3 to 40 phr of at least one liquid polymer A which is terminally organosilicon-modified and has a weight-average molecular weight Mw by GPC of 500 to 7800 g/mol, and - 3 to 40 phr of at least one unmodified liquid polymer B having a weight-average molecular weight Mw by GPC of 500 to 50 000 g/mol, and - at least one silica.
Espagnolette fitting for a secondary sash of a double-sash window, a double-sash French window or the like without a mullion, the fitting having at least one drive rod, which is guided so as to be longitudinally shiftable on a faceplate, for controlling a lock, having a drive gear, which is provided for concealed arrangement, for driving the at least one drive rod, having an actuating lever of the drive gear, having an intermediate lever which is hinged to the actuating lever, and having bearing means for mounting the intermediate lever on the actuating lever and for mounting the intermediate lever and the actuating lever on the drive rod and the faceplate or a second drive rod, wherein two of the bearing means (12, 14) have coupling means (16, 26, 116, 226) and counter-coupling means (17, 27, 117, 227) which are arranged on both components to be mounted together, and, in a transport position, the coupling means (16, 26, 116, 226) and the counter-coupling means (17, 27, 117, 227) are separated and, in an operating position, the coupling means (16, 26, 116, 226) and the counter-coupling means (17, 27, 117, 227) are connected to one another, and a central fixing means is arranged between the at least one drive rod and the faceplate.
Expandable implant with an upper plate and a lower plate which serve for anchoring on/in the vertebral support surfaces, and at least two gears (21, 23; 22, 24) for the expansion of the implant, which are coupled to each other via toothed wheels (28, 29), whereby each gear (21, 23; 22, 24) comprises threaded spindles (21, 22) and threaded sleeves (23, 24), the threaded spindles (21, 22) are connected rigidly to the upper plate, and the threaded sleeves (23, 24) are mounted rotatably in the lower plate, and on one gear (22, 24) a drive shaft is provided, which is connected rigidly to the one threaded sleeve, characterized in that a force acting on the drive shaft of an operating instrument can be transferred to the gear (22, 24) by means of the drive shaft, and the implant comprises means for rigidly securing, screwing or fixing the operating instrument on the implant and these means being rigidly connected to the lower plate.
A mounting kit, comprising: a mounting element defining a bore, the mounting element being configured to mount to an exterior surface of an organ of a patient; a one way valve sized to be received and retained within the bore of the mounting element, the one way valve having an open position and a closed position, the one way valve substantially occluding the bore when the valve is in the closed position, the one way valve being biased in the closed position; and a plug having a lumen extending there through, the plug being configured to be releasably inserted through at least a portion of the one way valve, the plug being configured to transition the one way valve from the closed position to the open position and to maintain the one way valve in the open position when the plug is inserted within the bore, wherein, when the plug is fully inserted, a distal end of the plug is flush with a distal side of the mounting element. a mounting element defining a bore, the mounting element being configured to mount to an exterior surface of an organ of a patient; a one way valve sized to be received and retained within the bore of the mounting element, the one way valve having an open position and a closed position, the one way valve substantially occluding the bore when the valve is in the closed position, the one way valve being biased in the closed position; and a plug having a lumen extending there through, the plug being configured to be releasably inserted through at least a portion of the one way valve, the plug being configured to transition the one way valve from the closed position to the open position and to maintain the one way valve in the open position when the plug is inserted within the bore, wherein, when the plug is fully inserted, a distal end of the plug is flush with a distal side of the mounting element.
A fuel additive composition for internal combustion engines comprising a dispersion and a detergent comprising a quaternary ammonia salt, said dispersion comprising: - an organic phase; - at least one amphiphilic agent, and - solid objects dispersed in the organic phase, in the form of individualized particles or particle aggregates, consisting of an iron compound in crystallized form, such that said particles have an average size D XRD of less than or equal to 8 nm as measured by X-ray diffraction. - an organic phase; - at least one amphiphilic agent, and - solid objects dispersed in the organic phase, in the form of individualized particles or particle aggregates, consisting of an iron compound in crystallized form, such that said particles have an average size D XRD of less than or equal to 8 nm as measured by X-ray diffraction.
A method performed by a wireless device for determining the quality of uplink beamforming directions in a wireless communications network, the method comprising transmitting a request for the configuration information that indicates one or more uplink CSI processes for uplink beamforming directions; receiving configuration information indicating one or more uplink channel state information, CSI, processes for uplink beamforming directions; transmitting reference signals for one or more uplink beamforming directions on uplink transmission resources of corresponding one or more uplink CSI processes; receiving one or more uplink CSI process reports for the one or more uplink CSI processes; determining the quality of at least one uplink beamforming direction using the one or more uplink CSI process reports; and selecting an uplink beamforming direction for an uplink transmission in the wireless communications network using the determined quality of at least one uplink beamforming direction, and transmitting the uplink transmission in the wireless communications network using the selected uplink beamforming direction.