mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a radio network problem being a radio link failure, RLF, or Handover Failure, HOF, when the radio network problem occurs on a user equipment, UE, wherein the method comprises: receiving, by a first base station controlling a cell that has a radio resource control, RRC, connection established with the UE, problem information about the radio network problem sent by the UE after the RRC connection is established, the problem information includes information of an error cause and signal quality; and forwarding, by the first base station, the problem information to a second base station controlling a cell where the radio network problem occurred. receiving, by a first base station controlling a cell that has a radio resource control, RRC, connection established with the UE, problem information about the radio network problem sent by the UE after the RRC connection is established, the problem information includes information of an error cause and signal quality; and forwarding, by the first base station, the problem information to a second base station controlling a cell where the radio network problem occurred.
A handheld optoacoustic probe having a distal end, the probe comprising: a plurality of optical fibers comprising a first light path, the plurality of optical fibers having a first end formed into at least one fiber bundle providing an input, and having a second end formed from the distal end of at least some of the plurality of optical fibers; a light bar guide retaining the distal end of the at least some of the plurality of optical fibers on the same plane; an optical window associated with, and spaced from the light bar guide; a silicon rubber acoustic lens having an inner surface and an outer surface at the distal end of the probe, the acoustic lens being whitened by doping; an ultrasound transducer array having an active end, the array comprising a plurality of ultrasound transducer elements, the ultrasound transducer array having the inner surface of the acoustic lens at its active end; a reflective metal surrounding the outer surface of the acoustic lens; and a handheld probe shell (302, 304), the shell housing the light bar guide and the ultrasound transducer array, and housing the acoustic lens adjacent to the optical window at the distal end of the probe. a plurality of optical fibers comprising a first light path, the plurality of optical fibers having a first end formed into at least one fiber bundle providing an input, and having a second end formed from the distal end of at least some of the plurality of optical fibers; a light bar guide retaining the distal end of the at least some of the plurality of optical fibers on the same plane; an optical window associated with, and spaced from the light bar guide; a silicon rubber acoustic lens having an inner surface and an outer surface at the distal end of the probe, the acoustic lens being whitened by doping; an ultrasound transducer array having an active end, the array comprising a plurality of ultrasound transducer elements, the ultrasound transducer array having the inner surface of the acoustic lens at its active end; a reflective metal surrounding the outer surface of the acoustic lens; and a handheld probe shell (302, 304), the shell housing the light bar guide and the ultrasound transducer array, and housing the acoustic lens adjacent to the optical window at the distal end of the probe.
Periscope comprising at least an object window, a first reflector, a second reflector, and a viewing window, wherein outside environment light entering the object window travels along an optical path from the object window via the first reflector and the second reflector to the viewing window, characterized by at least one optically transparent electronic display arranged in the optical path of the outside environment light and displaying additional information in addition to the outside environment light wherein a superposition of the outside environment light with the additional information from the electronic display is viewable on the viewing window.
A method for receiving a downlink control channel, characterized by, comprising: receiving, by a user equipment, UE, a first downlink control information, DCI, and a second DCI, wherein, the first DCI and the second DCI are used for jointly indicating scheduling information of an extended resource carried by the downlink control channel, wherein the first DCI corresponds to a standard resource, and the extended resource is bigger than the standard resource; determining, by the UE, the first DCI as a primary DCI and the second DCI as a secondary DCI; determining, by the UE, a new DCI according to the primary DCI and the secondary DCI and acquiring the scheduling information carried by the downlink control channel according to the new DCI. receiving, by a user equipment, UE, a first downlink control information, DCI, and a second DCI, wherein, the first DCI and the second DCI are used for jointly indicating scheduling information of an extended resource carried by the downlink control channel, wherein the first DCI corresponds to a standard resource, and the extended resource is bigger than the standard resource; determining, by the UE, the first DCI as a primary DCI and the second DCI as a secondary DCI; determining, by the UE, a new DCI according to the primary DCI and the secondary DCI and acquiring the scheduling information carried by the downlink control channel according to the new DCI.
A miR-92a inhibitor compound for use in the prevention or the treatement of extracapillary glomerulonephritis in a subject in need thereof, wherein said miR-92a inhibitor compound is a nucleic acid that hybridizes with miR-92a.
A header for an agricultural harvesting machine comprising a hydraulic system with a hydromechanical transmission system, wherein the hydromechanical transmission system includes a closed hydraulic circuit having: a hydrostatic pump, a variable speed motor, a first circuit line in communication with the hydrostatic pump and the variable speed motor; and a second circuit line in communication with the hydrostatic pump and the variable speed motor, characterised in that the hydromechanical transmission system further comprises a pressure line, the first circuit line and the second circuit line being in communication with the pressure line, and in that the hydraulic system further comprises: an inlet line for receiving a first pressure of hydraulic fluid and being in communication with the pressure line, a check valve in communication with the inlet line and an accumulator upstream of the pressure line, downstream of the check valve and in communication with the inlet line. a hydrostatic pump, a variable speed motor, a first circuit line in communication with the hydrostatic pump and the variable speed motor; and a second circuit line in communication with the hydrostatic pump and the variable speed motor, an inlet line for receiving a first pressure of hydraulic fluid and being in communication with the pressure line, a check valve in communication with the inlet line and an accumulator upstream of the pressure line, downstream of the check valve and in communication with the inlet line.
A cleaning blade (5; 1200; 1400-1900) comprising: an edge layer (1201a; 1401a; 1601a-1901a) including an edge line portion (1203; 1403-1903) to contact a surface of a cleaning target performing surface movement to remove adhering matter from the surface of the cleaning target; a backup layer (1201b; 1401b; 1601b-1901b) formed with elastic materials having different degrees of hardness from the edge layer (1201a; 1401a; 1601a-1901a), wherein the edge layer (1201a; 1401a; 1601a-1901a) is impregnated with a resin or is made of an elastic material having a higher degree of hardness than the backup layer (1201b; 1401b; 1601b-1901b), and a permanent elongation rate of the entire blade including the edge layer and the backup layer is set at 3.0% or lower, wherein the edge layer includes a first edge layer including the edge line portion and a second edge layer including a surface facing the surface of the cleaning target, the backup layer includes a non-facing surface opposite to the facing surface, and degrees of hardness of elastic materials of the first edge layer, the second edge layer, and the backup layer differ from one another, characterized in that the film thickness of the first layer and the second layer becomes gradually thicker in the direction toward the edge line portion. an edge layer (1201a; 1401a; 1601a-1901a) including an edge line portion (1203; 1403-1903) to contact a surface of a cleaning target performing surface movement to remove adhering matter from the surface of the cleaning target; a backup layer (1201b; 1401b; 1601b-1901b) formed with elastic materials having different degrees of hardness from the edge layer (1201a; 1401a; 1601a-1901a), wherein the edge layer (1201a; 1401a; 1601a-1901a) is impregnated with a resin or is made of an elastic material having a higher degree of hardness than the backup layer (1201b; 1401b; 1601b-1901b), and a permanent elongation rate of the entire blade including the edge layer and the backup layer is set at 3.0% or lower, wherein the edge layer includes a first edge layer including the edge line portion and a second edge layer including a surface facing the surface of the cleaning target, the backup layer includes a non-facing surface opposite to the facing surface, and degrees of hardness of elastic materials of the first edge layer, the second edge layer, and the backup layer differ from one another, characterized in that the film thickness of the first layer and the second layer becomes gradually thicker in the direction toward the edge line portion.
A method for determination of numbers of gear steps N for a gearbox in a motor vehicle, which vehicle comprises an engine connected to, in order to drive, said gearbox, said numbers of gear steps N being the number of downshifts or the number of upshifts which said gearbox is respectively adapted to effecting at an upshift point or a downshift point, where a downshift point represents a first engine speed at which said gearbox is adapted to effecting a downshift, and an upshift point represents a second engine speed at which said gearbox is adapted to effecting an upshift, characterised in that said numbers of gear steps N are determined on the basis of a predicted acceleration a for said motor vehicle during a time period T.
An applicator for magnetic therapy comprising a housing with an outer wall, which defines an application surface to be applied to a patient, and in which at least one electrically conductive coil is housed for generating a magnetic field; wherein: the housing comprises: an outer shell forming the outer wall; and an inner shell forming a seat for housing the coil, wherein the inner shell comprises a bottom wall facing the outer wall formed by the outer shell; in the housing, a refrigerating device is provided, comprising at least one refrigerating duct adapted to circulate a refrigerating fluid and arranged between the coil and the application surface; wherein the at least one refrigerating duct is arranged between the coil and a surface of the bottom wall of the inner shell facing the outer wall of the outer shell; a gap is formed between the bottom wall of the inner shell and the outer wall of the outer shell for thermally insulating the coil and the application surface from each other; and spacing elements are arranged in the thermal insulation gap between the outer wall of the outer shell and the bottom wall of the inner shell. the housing comprises: an outer shell forming the outer wall; and an inner shell forming a seat for housing the coil, wherein the inner shell comprises a bottom wall facing the outer wall formed by the outer shell; in the housing, a refrigerating device is provided, comprising at least one refrigerating duct adapted to circulate a refrigerating fluid and arranged between the coil and the application surface; wherein the at least one refrigerating duct is arranged between the coil and a surface of the bottom wall of the inner shell facing the outer wall of the outer shell; a gap is formed between the bottom wall of the inner shell and the outer wall of the outer shell for thermally insulating the coil and the application surface from each other; and spacing elements are arranged in the thermal insulation gap between the outer wall of the outer shell and the bottom wall of the inner shell.
An instrument for manipulating a prosthetic implant, the instrument comprising: an attachment element, operable to engage the implant; wherein the attachment element is bendable between a first position in which the attachment element does not engage the implant and a second position in which the attachment element engages the implant; an actuator, the actuator being configured so as to selectively bend the attachment element between the first and second positions upon actuation of the actuator; and an impaction member provided at a distal end of the instrument, the impaction member comprising one or more channels, characterised in that the attachment element comprises one or more arms extending from a hub, the arms being configured to flex with respect to the hub, and wherein the or each channel of the impaction member is configured to receive a respective arm of the attachment element. an attachment element, operable to engage the implant; wherein the attachment element is bendable between a first position in which the attachment element does not engage the implant and a second position in which the attachment element engages the implant; an actuator, the actuator being configured so as to selectively bend the attachment element between the first and second positions upon actuation of the actuator; and an impaction member provided at a distal end of the instrument, the impaction member comprising one or more channels, characterised in that the attachment element comprises one or more arms extending from a hub, the arms being configured to flex with respect to the hub, and wherein the or each channel of the impaction member is configured to receive a respective arm of the attachment element.
A method for assisting a selection of an encoding mode for a multi-channel audio signal encoding where different encoding modes may be chosen for the different channels, the method being performed in an audio encoder and comprising: obtaining a plurality of audio signal channels; and coordinating the selection of an encoding mode for the plurality of the obtained channels, wherein the coordination is based on an encoding mode selected for one of the obtained channels or for a group of the obtained channels. obtaining a plurality of audio signal channels; and coordinating the selection of an encoding mode for the plurality of the obtained channels, wherein the coordination is based on an encoding mode selected for one of the obtained channels or for a group of the obtained channels.
A device for collecting cells of interest comprising: a fixed component (225; 325; 525; 1025) comprising a solid support (105; 305; 405; 605; 705; 805; 905) and a first support layer (110; 610; 710; 810; 910), wherein the solid support (105; 305; 405; 605; 705; 805; 905) is coupled to the first support layer (110; 610; 710; 810; 910); and a separable sample collection layer (230; 330; 530; 1030) comprising a porous membrane (115; 315; 415; 615; 715; 815; 915) and a second support layer (120; 620; 720; 820; 920), wherein the porous membrane (115; 315; 415; 615; 715; 815; 915) is coupled to the second support layer (120; 620; 720; 820; 920),the separable sample collection layer (230; 330; 530; 1030) being configured to be separated from the fixed component (225; 325; 525; 1025); wherein (i) the porous membrane (115; 315; 415; 615; 715; 815; 915) is positioned between the first support layer (110; 610; 710; 810; 910) and the second support layer (120; 620; 720; 820; 920), (ii) the first support layer (110; 610; 710; 810; 910) and the second support layer (120; 620; 720; 820; 920) maintain the porous membrane (115; 315; 415; 615; 715; 815; 915) in a static position, and (iii) the solid support (105; 305; 405; 605; 705; 805; 905), the first support layer (110; 610; 710; 810; 910), and the second support layer (120; 620; 720; 820; 920) are in fluid communication through at least one microchannel (340; 440; 640, 645, 655; 740, 745, 755; 840, 845, 855, 860; 940, 955). a fixed component (225; 325; 525; 1025) comprising a solid support (105; 305; 405; 605; 705; 805; 905) and a first support layer (110; 610; 710; 810; 910), wherein the solid support (105; 305; 405; 605; 705; 805; 905) is coupled to the first support layer (110; 610; 710; 810; 910); and a separable sample collection layer (230; 330; 530; 1030) comprising a porous membrane (115; 315; 415; 615; 715; 815; 915) and a second support layer (120; 620; 720; 820; 920), wherein the porous membrane (115; 315; 415; 615; 715; 815; 915) is coupled to the second support layer (120; 620; 720; 820; 920),the separable sample collection layer (230; 330; 530; 1030) being configured to be separated from the fixed component (225; 325; 525; 1025);
A forwarding entry update method, wherein the method comprises: receiving a write operation packet, wherein the write operation packet comprises write operation information, the write operation information comprises write operation data and a write operation address, the write operation data is used to indicate a to-be-updated forwarding entry, and the write operation address is used to indicate an address to which the write operation data is to be written in a memory; obtaining the write operation information from the write operation packet; and writing the write operation data into the memory based on the write operation address in the write operation information. receiving a write operation packet, wherein the write operation packet comprises write operation information, the write operation information comprises write operation data and a write operation address, the write operation data is used to indicate a to-be-updated forwarding entry, and the write operation address is used to indicate an address to which the write operation data is to be written in a memory; obtaining the write operation information from the write operation packet; and writing the write operation data into the memory based on the write operation address in the write operation information.
A visual cover element, preferably for the shielding of a scene of an accident or of a construction area on a road or on a highway, comprising: - panel-shaped supporting feet for positioning on a road, on a highway or other ground, whereby each supporting foot comprises an elongated panel, - at least one frame-like supporting element, which can be erected by means of the supporting feet, and which can be connected to adjacent supporting elements of the same kind, " and which is equipped with a filling preferably with intersecting bars, as well as - at least one flexible flat structure with a plurality of fastening eyelets (16,19,29) or other fastening elements for the fixing to the frame-like supporting element, characterized in that the underside of the elongated panel is equipped at least partially with a friction-enhancing coating, and in that the flexible flat structure is a flame resistant fabric or knitted fabric or knitted ribbon fabric made of a HDPE polyethylene yarn or of a HDPE polyethylene flat yarn, at least in accordance with the construction material class B1 according to DIN 4102-1 in its version valid on the date of the filing, or with a better fire resistance. - panel-shaped supporting feet for positioning on a road, on a highway or other ground, whereby each supporting foot comprises an elongated panel, - at least one frame-like supporting element, which can be erected by means of the supporting feet, and which can be connected to adjacent supporting elements of the same kind, " and which is equipped with a filling preferably with intersecting bars, as well as - at least one flexible flat structure with a plurality of fastening eyelets (16,19,29) or other fastening elements for the fixing to the frame-like supporting element,
An elevator car wall imaging system comprising: an interior region of an elevator car, the interior region defined by a floor, a ceiling and a plurality of interior side walls; and an image generator operatively connected to a network, the image generator configured to generate an image on at least a portion of at least one of the plurality of interior side walls, the image representing a weather condition currently present in an exterior environment surrounding a structure within which the elevator car is disposed; characterized by further comprising a sound generation device operatively connected to the network, the sound generation device configured to produce a sound representing the weather condition currently present in the exterior environment surrounding the structure. an interior region of an elevator car, the interior region defined by a floor, a ceiling and a plurality of interior side walls; and an image generator operatively connected to a network, the image generator configured to generate an image on at least a portion of at least one of the plurality of interior side walls, the image representing a weather condition currently present in an exterior environment surrounding a structure within which the elevator car is disposed; characterized by further comprising a sound generation device operatively connected to the network, the sound generation device configured to produce a sound representing the weather condition currently present in the exterior environment surrounding the structure.
Method for printing patterns onto three-dimensional articles respectively mounted on rotary receiving elements, including a step of generating, for each receiving element, a set of several digital images for respectively printing parts of a same pattern onto an article mounted on the receiving element, a step of printing successively parts of a same pattern onto a same article respectively from the digital images of the set associated with the receiving element for the article, a step of printing simultaneously several parts of distinct patterns respectively onto several articles, characterized in that the digital images of a same set have a same length, each simultaneous printing of a part of a pattern onto an article being performed from a digital image of the set associated with the receiving element for the article.
Cableway station for at least one cableway in which station at least one openable safety barrier is provided, wherein a sensor for detecting an opening state of the at least one safety barrier is provided in the cableway station, said sensor transmitting a sensor signal to a control unit of a cableway drive as a function of the opening state, wherein the control unit controls the cableway drive as a function of the obtained sensor signal, wherein the control unit is provided to stop the cableway drive or to reduce a drive speed of the cableway drive when a sensor signal corresponding to an open position of the safety barrier is received, characterized in that the safety barrier has a remotely-operable actuating unit which can be controlled by means of a remote control unit in order to reset the safety barrier from the open position, in which the cableway drive is stopped or the drive speed is reduced, into a closed position, in which the cableway drive can be activated again or the drive speed can be increased again.