mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: receiving, at a user equipment, UE, a paging parameter that defines a paging configuration indicating subframes that contain paging transmissions of a first neighbor cell; and receiving, at the UE, channel state information reference signal, CSI-RS, configuration parameters of the first neighbor cell that enable the UE to identify subframes containing CSI-RSs or muted subframes of the first neighbor cell; calculating, from the CSI-RS configuration parameters and the paging parameter when a CSI-RS transmission or when muting will occur in the first neighbor cell and is not dropped; wherein CSI-RS transmission or muting is dropped when CSI-RS transmissions or muting collide with paging subframes; andreporting based on a CSI-RS of a serving cell, or a second neighbor cell, or both, when resources corresponding to the CSI-RS of the serving cell or the second neighbor cell are determined to be muted by the first neighbor cell based on the paging configuration of the first neighbor cell. receiving, at a user equipment, UE, a paging parameter that defines a paging configuration indicating subframes that contain paging transmissions of a first neighbor cell; and receiving, at the UE, channel state information reference signal, CSI-RS, configuration parameters of the first neighbor cell that enable the UE to identify subframes containing CSI-RSs or muted subframes of the first neighbor cell; calculating, from the CSI-RS configuration parameters and the paging parameter when a CSI-RS transmission or when muting will occur in the first neighbor cell and is not dropped; wherein CSI-RS transmission or muting is dropped when CSI-RS transmissions or muting collide with paging subframes; andreporting based on a CSI-RS of a serving cell, or a second neighbor cell, or both, when resources corresponding to the CSI-RS of the serving cell or the second neighbor cell are determined to be muted by the first neighbor cell based on the paging configuration of the first neighbor cell.
Method for setting a filter behaviour for filtering database items by actuation of icon images (8,10,12), which characterize filter functions, to select a combination of the filter functions, and to display filter results, which result from the filter behaviour, on a mobile phone or smartphone, comprising a display designed as a touch-sensitive screen- and input device, which has a search window to set a filter behaviour for filtering of database items by actuation of icon images (8,10,12) displayed in the search window, and a results window for displaying the filtering result resulting from the filter behaviour, characterized in that each icon image (8,10,12) characterizes a filter function and that a combination of filter functions is selected by actuation of the respective icon images by the user.
An augmented-reality navigation system for assisting a practitioner during a surgical procedure on an anatomy of interest of a patient, said system comprising: - a camera for acquiring real images, said camera being intended to be worn by the practitioner on their head, - a display device for displaying, in real time, the real images acquired by the camera as well as augmented-reality content overlaid on said real images, - a control unit connected to the camera and to the display device, said control unit is configured to: - detect, on the real images, the position and orientation of a marker placed on the patient in proximity to said anatomy of interest, - record the movement followed by the marker during a recording period corresponding to one or more respiratory cycles of the patient, - receive information that a pre-procedure medical image of the anatomy of interest of the patient has been acquired by a medical imaging device at a first time point belonging to said recording period, and determine the position and orientation of the marker at said first time point, said augmented-reality navigation system being characterized in that said control unit is configured to: - generate a predictive model of the movement of the marker on the basis of the movement followed by the marker during the recording period. - a camera for acquiring real images, said camera being intended to be worn by the practitioner on their head, - a display device for displaying, in real time, the real images acquired by the camera as well as augmented-reality content overlaid on said real images, - a control unit connected to the camera and to the display device, said control unit is configured to: - detect, on the real images, the position and orientation of a marker placed on the patient in proximity to said anatomy of interest, - record the movement followed by the marker during a recording period corresponding to one or more respiratory cycles of the patient, - receive information that a pre-procedure medical image of the anatomy of interest of the patient has been acquired by a medical imaging device at a first time point belonging to said recording period, and determine the position and orientation of the marker at said first time point, said augmented-reality navigation system being characterized in that said control unit is configured to: - generate a predictive model of the movement of the marker on the basis of the movement followed by the marker during the recording period.
A method of generating forwarding table entries, applicable to a software defined network, SDN, controller, wherein, the method comprising: calculating a plurality of forwarding paths for a traffic flow based on a topology of an SDN network; determining a maximum flow rate and a flow rate identity of each of the forwarding paths; generating a plurality of ingress flow table entries based on packet characteristic information of the traffic flow, the flow rate identity of each of the forwarding paths and an output port of an ingress node on each of the forwarding paths, wherein the flow rate identity corresponds to the maximum flow rate of the respective forwarding path; generating an intermediate flow table entry for each intermediate node on each of the forwarding paths based on the packet characteristic information of the traffic flow, the flow rate identity of each of the forwarding paths and an output port of each intermediate node on each of the forwarding paths; generating an egress flow table entry based on the packet characteristic information of the traffic flow and an output port via which the traffic flow is sent by an egress node; and sending the maximum flow rate and the flow rate identity of each of the forwarding paths and the ingress flow table entries to the ingress node, each intermediate flow table entry to each corresponding intermediate node on each of the forwarding paths, and the egress flow table entry to the egress node. calculating a plurality of forwarding paths for a traffic flow based on a topology of an SDN network; determining a maximum flow rate and a flow rate identity of each of the forwarding paths; generating a plurality of ingress flow table entries based on packet characteristic information of the traffic flow, the flow rate identity of each of the forwarding paths and an output port of an ingress node on each of the forwarding paths, wherein the flow rate identity corresponds to the maximum flow rate of the respective forwarding path; generating an intermediate flow table entry for each intermediate node on each of the forwarding paths based on the packet characteristic information of the traffic flow, the flow rate identity of each of the forwarding paths and an output port of each intermediate node on each of the forwarding paths; generating an egress flow table entry based on the packet characteristic information of the traffic flow and an output port via which the traffic flow is sent by an egress node; and sending the maximum flow rate and the flow rate identity of each of the forwarding paths and the ingress flow table entries to the ingress node, each intermediate flow table entry to each corresponding intermediate node on each of the forwarding paths, and the egress flow table entry to the egress node.
A shade assembly comprising a tube for winding a shade used in vehicles, an aperture extending longitudinally on the tube, a rod disposed linearly within the tube, a first mounting member through which the rod is passed, a first spring that has helical form wound onto the rod and a first hook portion formed on both ends of the first helical portion, and opposing first and second caps (4, 5) at which ends of the tube are located, a first protrusion which is formed on one end of the rod and fixed to a second cap groove of the second cap by passing through a first mounting member channel of the first mounting member, such that it prevents a rotational movement of the rod, a guiding member which one end is located in a first cap groove of the first cap such that it allows a rotational movement of the tube, characterized by the shade assembly further comprising; - a second protrusion which is formed in conical shape on an other end of the rod, configured to receive the first hook portion, and a conical shaped head configured to be placed onto the second protrusion, - a first grooved portion that is formed on the first mounting member and configured to mount an other side of the first spring to the first mounting member, - the guiding member comprising a guiding member channel configured to receive one end of the tube. - a second protrusion which is formed in conical shape on an other end of the rod, configured to receive the first hook portion, and a conical shaped head configured to be placed onto the second protrusion, - a first grooved portion that is formed on the first mounting member and configured to mount an other side of the first spring to the first mounting member, - the guiding member comprising a guiding member channel configured to receive one end of the tube.
A steerable elongate instrument, comprising: an elongate body comprising a proximal portion and a distal portion, the elongate body having a primary lumen and a secondary lumen extending through both the proximal and distal portions; a flex tube disposed within the secondary lumen within the proximal portion of the elongate body, a pull wire disposed within the flex tube; and a control unit positioned proximal to the elongate body, wherein a distal portion of the pull wire is coupled to the distal portion of the elongate body, and a proximal portion of the pull wire is operatively coupled to the control unit; characterized in that a proximal portion of the flex tube is slideable into and out of the elongate body at a proximal end of the elongate body and a distal end of the flex tube is fixedly coupled to a distal end of the proximal portion of the elongate body, and wherein, when the elongate body is placed in a bend oriented such that the flex tube is positioned in a contracted side of the elongate body, the flex tube slides at least partially out of the secondary lumen, and when the bend is oriented such that the flex tube is positioned in a stretched side of the elongate body, the flex tube slides at least partially into the secondary lumen. an elongate body comprising a proximal portion and a distal portion, the elongate body having a primary lumen and a secondary lumen extending through both the proximal and distal portions; a flex tube disposed within the secondary lumen within the proximal portion of the elongate body, a pull wire disposed within the flex tube; and a control unit positioned proximal to the elongate body, wherein a distal portion of the pull wire is coupled to the distal portion of the elongate body, and a proximal portion of the pull wire is operatively coupled to the control unit; characterized in that a proximal portion of the flex tube is slideable into and out of the elongate body at a proximal end of the elongate body and a distal end of the flex tube is fixedly coupled to a distal end of the proximal portion of the elongate body, and wherein, when the elongate body is placed in a bend oriented such that the flex tube is positioned in a contracted side of the elongate body, the flex tube slides at least partially out of the secondary lumen, and when the bend is oriented such that the flex tube is positioned in a stretched side of the elongate body, the flex tube slides at least partially into the secondary lumen. a proximal portion of the flex tube is slideable into and out of the elongate body at a proximal end of the elongate body and a distal end of the flex tube is fixedly coupled to a distal end of the proximal portion of the elongate body, and wherein, when the elongate body is placed in a bend oriented such that the flex tube is positioned in a contracted side of the elongate body, the flex tube slides at least partially out of the secondary lumen, and when the bend is oriented such that the flex tube is positioned in a stretched side of the elongate body, the flex tube slides at least partially into the secondary lumen.
A method for obtaining silicon crystals from silicon powder, comprising: contacting silicon powder with a solvent metal or molten silicon, such as by feeding into a vortex using a rotary degasser, a molten metal pump, a rotary furnace, or by induction currents, to provide a mixture containing silicon; melting the silicon powder under submersion to provide a first molten liquid; contacting the first molten liquid with a first gas, to provide dross and a second molten liquid; separating the dross and the second molten liquid; fractionally crystallizing the second molten liquid to grow first silicon crystals in the bath, the fractional crystallizing comprising maintaining a homogenous temperature of the bath to form said first silicon crystals; and separating the first silicon crystals and the first mother liquid. contacting silicon powder with a solvent metal or molten silicon, such as by feeding into a vortex using a rotary degasser, a molten metal pump, a rotary furnace, or by induction currents, to provide a mixture containing silicon; melting the silicon powder under submersion to provide a first molten liquid; contacting the first molten liquid with a first gas, to provide dross and a second molten liquid; separating the dross and the second molten liquid; fractionally crystallizing the second molten liquid to grow first silicon crystals in the bath, the fractional crystallizing comprising maintaining a homogenous temperature of the bath to form said first silicon crystals; and separating the first silicon crystals and the first mother liquid.
A transparent coloured glass ceramic, in particular an LAS glass ceramic, comprising high-quartz solid solution (HQ s.s.) as a main crystal phase and exhibiting thermal expansion of -1 to +1 ppm/K in the range from 20 °C to 700 °C, wherein the glass ceramic contains from 3.0 to 3.6 percent by weight of lithium oxide (Li 2 O) as constituents and is coloured with 0.003 to 0.25 percent by weight of molybdenum oxide (MoO 3).
A mold, as a component of or accessory for a patient interface, wherein the mold, at least in sections, is made of plastic and, at least in sections, has a surface coating with at least one firmly embedded layer of microparticles that form elevations, by means of which its surface, at least in sections, has a functional property characterized in that the mold of the mask cushion is a ventilation mask in which case the mask cushion is made of silicone, and the microparticles that form the elevations on the surface are selected from silicates, minerals, metal oxides, metal powders, silicic acids, pigments or polymers, and the surface coating is made of silicone.
A method performed by a user equipment (102, 202, 700, 800), the user equipment being configurable to communicate with a radio access node (104, 204) via a plurality of communication protocols, wherein the plurality of communication protocols comprise one or more of: packet data convergence protocol, PDCP; radio link control, RLC; and media access control, MAC, and to communicate with a non-access network node via at least one congestion-controlled application transport protocol, the method comprising: generating a buffer status report (300, 310, 400, 410, 420, 430, 440) comprising an indication (304, 314, 406, 416, 426, 434, 446) of a first amount of data available for transmission from the user equipment, the first amount of data including data stored in an application transport protocol buffer, for data conforming to the congestion-controlled application transport protocol, the buffer status report comprising respective separate indications for the amount of data stored in the application transport protocol buffer and an amount of data stored in one or more other buffers such that the buffer status report comprises one or more further indications (404, 414, 424, 428, 434, 446) of one or more respective amounts of data stored in the respective one or more other buffers for data conforming to one ore more of the plurality of communication protocols; and transmitting the buffer status report to the radio access node. generating a buffer status report (300, 310, 400, 410, 420, 430, 440) comprising an indication (304, 314, 406, 416, 426, 434, 446) of a first amount of data available for transmission from the user equipment, the first amount of data including data stored in an application transport protocol buffer, for data conforming to the congestion-controlled application transport protocol, the buffer status report comprising respective separate indications for the amount of data stored in the application transport protocol buffer and an amount of data stored in one or more other buffers such that the buffer status report comprises one or more further indications (404, 414, 424, 428, 434, 446) of one or more respective amounts of data stored in the respective one or more other buffers for data conforming to one ore more of the plurality of communication protocols; and transmitting the buffer status report to the radio access node.
A processing method for power line carrier signal reception, comprising: amplifying, by a low noise amplifier, received analog signals according to a control signal and sending the amplified signals to an analog mixer (11, 22); frequency mixing, by the analog mixer (11, 22), received power line carrier signals, wherein a frequency of the mixed signals is within a band-pass of an analog filter; filtering, by the analog filter, the mixed signals; performing an analog-to-digital conversion of the filtered signals, and frequency mixing, by a digital mixer (14, 26), the converted signals, wherein a frequency of the mixed signals is within a band-pass of a digital filter (15, 27); by the digital filter (15, 27), filtering the mixed signals, and sending the filtered signals to a digital demodulator (16, 28); performing, by the digital demodulator (16, 28), demodulation of the filtered signals to obtain base band data; computing, by a parameter collect module, an output energy parameter of the digital demodulator (16, 28); and generating, by a gain control module, the control signal for the low noise amplifier according to the output energy parameter. amplifying, by a low noise amplifier, received analog signals according to a control signal and sending the amplified signals to an analog mixer (11, 22); frequency mixing, by the analog mixer (11, 22), received power line carrier signals, wherein a frequency of the mixed signals is within a band-pass of an analog filter; filtering, by the analog filter, the mixed signals; performing an analog-to-digital conversion of the filtered signals, and frequency mixing, by a digital mixer (14, 26), the converted signals, wherein a frequency of the mixed signals is within a band-pass of a digital filter (15, 27); by the digital filter (15, 27), filtering the mixed signals, and sending the filtered signals to a digital demodulator (16, 28); performing, by the digital demodulator (16, 28), demodulation of the filtered signals to obtain base band data; computing, by a parameter collect module, an output energy parameter of the digital demodulator (16, 28); and generating, by a gain control module, the control signal for the low noise amplifier according to the output energy parameter.
A method for producing an assembly component for a vacuum chamber, the component comprising a body and a flange, the flange having a surface which is configured to press a seal against another mechanical part, the flange having a substantially flat washer shape extending about an axis, the flange being configured to be assembled on the body made of an aluminium alloy and of tubular shape about the axis, the body extending along the axis substantially from the surface beyond a thickness of the flange, the flange being made of an aluminium alloy, the flange and the body forming two mechanical parts that are produced separately and configured to be joined together by welding, the flange comprising a region set back from the surface, the set-back region allowing the welding of the body, characterised in that the surface is covered with a metal deposit comprising mostly chemically produced nickel, the set-back region being produced by removal of material following the metal deposit such that the set-back region is devoid of metal deposit.
A combustion chamber comprising an upstream ring structure, a downstream ring structure (54, 56) and a plurality of circumferentially arranged combustion chamber segments (58, 60), wherein each combustion chamber segment (58, 60) extending the full length of the combustion chamber, each combustion chamber segment (58, 60) comprising a frame structure and an inner wall, the frame structure and the inner wall being an integral, monolithic, structure, an upstream end of each combustion chamber segment (58, 60) having features (84, 86, 88, 90, 92, 94) to secure the combustion chamber segment (58, 60) to the upstream ring structure and a downstream end of each combustion chamber segment (58, 60) having features to mount the combustion chamber segment (58, 60) on the downstream ring structure (54, 56), the upstream end of each combustion chamber segment (58, 60) being secured to the upstream ring structure and the downstream end of each combustion chamber segment (58, 60) being mounted on the downstream ring structure (54, 56), characterised in that a first edge of the frame structure having an integral first hook extending from the inner wall, the first hook extending at least a portion of the length of the frame structure, the first hook being arranged at a first radial distance from the inner wall, a second edge of the frame structure having an integral second hook extending from the inner wall, the second hook extending at least a portion of the length of the frame structure, the second hook being arranged at a second radial distance from the inner wall and the second radial distance is greater than the first radial distance, the first hook of each combustion chamber segment (58, 60) engaging the frame structure at the second edge of an adjacent combustion chamber segment (58, 60) and the second hook of each combustion chamber segment (58, 60) engaging the first hook of an adjacent combustion chamber segment (58, 60) to form a seal and to distribute loads between the adjacent combustion chamber segments (58, 60).
A drive device for a movable furniture part, in particular for a drawer, comprising an ejection device for ejecting the movable furniture part from a closed position into an open position and a locking device for locking the ejection device in a locking position, wherein the locking device comprises a, in particular cardioid-shaped, locking guide track and a locking pin which is movable and lockable in the locking guide track, wherein a control device (40, 38, 45, 37) - which is separate from the locking guide track and from the locking pin - is provided and the movement of the locking pin in the locking guide track can be at least partially controlled by the control device (40, 38, 45, 37), wherein the locking pin is formed on a carrier, wherein the movement of the carrier can be controlled by the control device (40, 38, 45, 37), wherein the control device (40, 38, 45, 37) comprises a coupling pin arranged on the carrier and a coupling track.