mhurhangee/patent-ind-claim-en huggingface dataset:
A front-haul controller for a front-haul network , the front-haul network comprising a plurality of nodes coupled by at least one variable bit-rate network communication link , the front-haul network coupling at least one baseband unit and at least one remote radio unit that exchanges at least one RF analog signal with at least one supported wireless terminal device, the baseband unit for exchanging packets of frequency-domain samples with the remote radio unit over the front-haul network, wherein the front-haul controller is configured for: receiving information from the baseband unit and/or the remote radio unit about wireless spectrum occupancy at the at least one remote radio unit and at least one spectrum occupancy threshold; and varying a bit-rate allocated to at least one network link in the front-haul network in accordance therewith, wherein when the wireless spectrum occupancy exceeds a first threshold level, the bit-rate allocated to the at least one network link is increased and when the wireless spectrum occupancy falls below a second threshold level, the bit-rate allocated to the at least one network link is decreased; wherein the network link is at least one of a flexible Ethernet, FlexE, link, synchronous optical networking, SONET link, dense wavelength division multiplexing, DWDM, link, link aggregation, LAG, link and/or equal cost multi path, ECMP, link. receiving information from the baseband unit and/or the remote radio unit about wireless spectrum occupancy at the at least one remote radio unit and at least one spectrum occupancy threshold; and varying a bit-rate allocated to at least one network link in the front-haul network in accordance therewith, wherein when the wireless spectrum occupancy exceeds a first threshold level, the bit-rate allocated to the at least one network link is increased and when the wireless spectrum occupancy falls below a second threshold level, the bit-rate allocated to the at least one network link is decreased; wherein the network link is at least one of a flexible Ethernet, FlexE, link, synchronous optical networking, SONET link, dense wavelength division multiplexing, DWDM, link, link aggregation, LAG, link and/or equal cost multi path, ECMP, link.
A removable filter holder (1; 2; 3; 4) for beverage preparation machines, comprising handle means (101; 102; 103; 104); a compartment (201; 202; 203; 204) for positioning a charge of edible material for infusion or dissolution by water, an opening (211; 212: 223; 214) for dispensing the prepared beverage, wherein said filter holder further comprises temporary means for obstructing said opening (401; 403; 414), which can be actuated manually by means of suitable means, and made so as not to interfere with the dispensing of the beverage, wherein said obstruction means (401; 403; 414) are normally open and move to obstruct the said opening by means of manual actuating means (301; 303; 304) associated with said handle means (101; 103; 104), and wherein the means for actuation of said obstruction means comprise a lever (301; 303; 304) coupled with said obstruction means (401; 403; 404), characterised in that said lever is pivoted (321; 113; 314) in said filter holder, and provided with elastic loading means (331; 333; 354), capable of forcing the return to the initial position corresponding to the unobstructed configuration of said obstruction means.
A quantum dot nanoparticle comprising: a core comprising a semiconductor material comprising indium, phosphorus, and at least one element selected from the group consisting of magnesium, calcium and aluminum, wherein the quantum dot nanoparticle is a heavy metal-free quantum dot nanoparticle that emits light in the green region of the spectrum. a core comprising a semiconductor material comprising indium, phosphorus, and at least one element selected from the group consisting of magnesium, calcium and aluminum, wherein the quantum dot nanoparticle is a heavy metal-free quantum dot nanoparticle that emits light in the green region of the spectrum.
Device for checking for the correct installation state of a fluid plug-in coupling , having a fluid plug-in coupling with a male part and a female part , wherein the male part and the female part can be inserted one into the other and have a locking means with which, in a predetermined position of the coupling parts in relation to each other, locking of the coupling parts to each other can be achieved, wherein the male part has an RFID chip , characterized in that the female part has an electromagnetic shield , wherein the position of the RFID chip on the male part and the position of the shield on the female part are matched to each other in such a way that the RFID chip is completely shielded by the shield only when the coupling parts are locked in the predetermined position.
A method, comprising: receiving by a visualization system from a radar system : radar commands ; and radar parameters; extracting information from fields of the received radar commands and fields of the received radar parameters; and generating a three-dimensional , realtime display showing a field of view (FOV) of radar operations including representations of beams generated by the radar system and targets tracked by the radar system, wherein an intensity of beams in a beam history corresponds to an amount of time elapsed since the respective beams were generated. receiving by a visualization system from a radar system : radar commands ; and radar parameters; radar commands ; and radar parameters; extracting information from fields of the received radar commands and fields of the received radar parameters; and generating a three-dimensional , realtime display showing a field of view (FOV) of radar operations including representations of beams generated by the radar system and targets tracked by the radar system, wherein an intensity of beams in a beam history corresponds to an amount of time elapsed since the respective beams were generated.
Thread draw-off nozzle for an open-end spinning device with a nozzle insert for deflecting a produced yarn and with a nozzle frame , by means of which the thread draw-off nozzle can be fixed in the open-end spinning device , whereas the nozzle frame features a cylindrical shank , characterized in that the nozzle frame consists of a metallic material, that the shank of the nozzle frame is provided with a centering diameter (ZD), for centering the thread draw-off nozzle in the open-end spinning device by means of the shank, and that the length (L) of the cylindrical shank of the nozzle frame is shorter than half the centering diameter (ZD), whereas the shaft extends between an annular contact surface oriented perpendicular to the shaft and a lower edge of the nozzle frame .
A cold source unit connected to a load apparatus and serving as a component of a refrigeration cycle apparatus , the cold source unit comprising: a compressor ; and a controller to control the compressor , wherein when the controller detects overload on the compressor , the controller performs first start retry control of restarting the compressor after pausing the compressor for a first time period, wherein when the number of times of performing of the first start retry control exceeds a first criterion value, the controller performs second start retry control of restarting the compressor after pausing the compressor for a second time period longer than the first time period, characterized in that the cold source unit further comprises a heating apparatus to heat liquid refrigerant in the compressor , wherein when the controller performs the second start retry control, the controller causes the liquid refrigerant to be heated by the heating apparatus . a compressor ; and a controller to control the compressor , wherein when the controller detects overload on the compressor , the controller performs first start retry control of restarting the compressor after pausing the compressor for a first time period, wherein when the number of times of performing of the first start retry control exceeds a first criterion value, the controller performs second start retry control of restarting the compressor after pausing the compressor for a second time period longer than the first time period, characterized in that the cold source unit further comprises a heating apparatus to heat liquid refrigerant in the compressor , wherein when the controller performs the second start retry control, the controller causes the liquid refrigerant to be heated by the heating apparatus .
A drinking straw, comprising a tubular body intended to define a passage for a liquid product and a tip portion intended to pierce a pierceable portion of a container to allow consumption of the liquid product, wherein said tip portion is bounded by two stiffness promoting elements obtained by bending and permanently deforming said tubular body, characterized in that the drinking straw comprises a first bending line , a second bending line and a third bending line along which said tubular body is bent and permanently deformed to obtain said stiffness promoting elements , said first bending line and said second bending line are arranged on opposite sides of a longitudinal symmetry plane (S) of said drinking straw and said third bending line is arranged on said longitudinal symmetry plane (S), said stiffness promoting elements comprise a first rib and a second rib that are arranged on opposite sides of said longitudinal symmetry plane (S) and converge at a pointed end of said tip portion , said first rib is delimited by said first bending line and said third bending line and said second rib is delimited by said second bending line and said third bending line .
A method for transmitting data performed by a communications device , the method comprising determining that a plurality of communications resources overlap in time and / or frequency, the communications resources being configured for the transmission of data on a wireless access interface by the communications device, in response to determining that the plurality of communications resources overlap, selecting communications resources comprising at least a portion of one or more of the plurality of communications resources, selecting data to be transmitted using the selected communications resources, and transmitting the selected data using the selected communications resources wherein the selecting the data for transmission using the selected communications resources is in response to determining that the plurality of communications resources overlap; wherein each of the plurality of communications resources is allocated by means of a dynamic grant or a configured grant. determining that a plurality of communications resources overlap in time and / or frequency, the communications resources being configured for the transmission of data on a wireless access interface by the communications device, in response to determining that the plurality of communications resources overlap, selecting communications resources comprising at least a portion of one or more of the plurality of communications resources, selecting data to be transmitted using the selected communications resources, and transmitting the selected data using the selected communications resources wherein the selecting the data for transmission using the selected communications resources is in response to determining that the plurality of communications resources overlap; wherein each of the plurality of communications resources is allocated by means of a dynamic grant or a configured grant.
A converter device comprising: a rectifier circuit configured to rectify an AC voltage output from an AC power supply ; a booster circuit including a plurality of reactors , a plurality of switching elements , and a plurality of backflow prevention elements configured to boost an output voltage of the rectifier circuit ; a smoothing capacitor configured to smooth an output voltage of the booster circuit ; a current detection circuit configured to detect a value I dc of a current that flows between the rectifier circuit and the booster circuit ; a first filter circuit having a first filter time constant; a second filter circuit having a second filter time constant shorter than the first filter time constant; and a control unit configured to control an operation of the plurality of switching elements by inputting the current value I dc detected by the current detection circuit to the control unit via the first filter circuit and the second filter circuit , wherein the control unit is further configured to, before running a normal control sequence, turn on the plurality of switching elements in a defined order at a predetermined power phase of the booster circuit for a predetermined number of seconds in order to lead a current via each phase, and thus to determine whether there is an open-phase in one of the reactors by determining whether the current value, input via the second filter circuit when the plurality of switching elements are turned on sequentially, does not fall within a predetermined current range (R). a rectifier circuit configured to rectify an AC voltage output from an AC power supply ; a booster circuit including a plurality of reactors , a plurality of switching elements , and a plurality of backflow prevention elements configured to boost an output voltage of the rectifier circuit ; a smoothing capacitor configured to smooth an output voltage of the booster circuit ; a current detection circuit configured to detect a value I dc of a current that flows between the rectifier circuit and the booster circuit ; a first filter circuit having a first filter time constant; a second filter circuit having a second filter time constant shorter than the first filter time constant; and a control unit configured to control an operation of the plurality of switching elements by inputting the current value I dc detected by the current detection circuit to the control unit via the first filter circuit and the second filter circuit , wherein the control unit is further configured to, before running a normal control sequence, turn on the plurality of switching elements in a defined order at a predetermined power phase of the booster circuit for a predetermined number of seconds in order to lead a current via each phase, and thus to determine whether there is an open-phase in one of the reactors by determining whether the current value, input via the second filter circuit when the plurality of switching elements are turned on sequentially, does not fall within a predetermined current range (R).
Improved electric pizza oven comprising: a cooking surface ; an electrical heating element below the cooking surface protected towards the oven support surface; an upper electrical heating element inserted in the upper openable lid and facing the cooking surface; a thermal insulation placed in the thickness of the upper lid; outside the lid a cover determining a cavity for the passage of convection and cooling air of the upper cover of the lid; characterised in that the cooking surface is from refractory stone and in that it has the cover of the lid consisting of an upper half-shell with venting openings of the cooling air of an upper cavity towards the outside of the outer surface of the half-shell to protect the lid with electrical heating element ; the cooling air forced by an upper fan to cross the venting openings and an edge of the upper cavity .
Turbine stator blade carrier , especially for a stationary gas turbine , comprising, along its axial extent, at least one inflow-side section and one remaining, directly, connected annular section , which each have at least two circumferentially divided segments , wherein one segment extends over the entire radial extent of the turbine stator blade carrier and the connection of the respective segment to adjacent segments is releasable, wherein the inflow-side section has a greater number of segments than the at least one remaining section , characterized in that the at least one remaining section , on its side facing the inflow-side section , has a radially inwardly protruding projection in such a way that this is encompassed by the segments of the inflow-side section in the radial direction.
A seat back assembly comprising: (a) a seat back comprising a recess ; (b) a bezel assembly comprising a bezel configured to substantially fit within the recess, the bezel assembly is pivotally coupled to and within the recess via at least one hinge coupled to the bezel ; and, (c) a tilt attachment plate coupled to the at least one hinge and the seat back ; (d) an in-flight entertainment display coupled to the bezel (e) a shroud positioned between the seat back and the bezel assembly; characterized in that: (f) the shroud or the tilt attachment plate comprises a shelf that cooperates with a lower surface of the bezel such that a gap between the bezel and the shroud or the tilt attachment plate is not accessible throughout the pivoting motion of the bezel assembly ; (g) an aft surface of the bezel is angled with respect to the tilt attachment plate so that the in-flight entertainment display is tilted upwards when the bevel assembly is in a stowed position; whereby in the stowed position, the lower surface of the bezel is shaped such that the lower surface of the bezel is positioned in proximate contact with the shroud or the tilt attachment plate . (a) a seat back comprising a recess ; (b) a bezel assembly comprising a bezel configured to substantially fit within the recess, the bezel assembly is pivotally coupled to and within the recess via at least one hinge coupled to the bezel ; and, (c) a tilt attachment plate coupled to the at least one hinge and the seat back ; (d) an in-flight entertainment display coupled to the bezel (e) a shroud positioned between the seat back and the bezel assembly; (f) the shroud or the tilt attachment plate comprises a shelf that cooperates with a lower surface of the bezel such that a gap between the bezel and the shroud or the tilt attachment plate is not accessible throughout the pivoting motion of the bezel assembly ; (g) an aft surface of the bezel is angled with respect to the tilt attachment plate so that the in-flight entertainment display is tilted upwards when the bevel assembly is in a stowed position; whereby in the stowed position, the lower surface of the bezel is shaped such that the lower surface of the bezel is positioned in proximate contact with the shroud or the tilt attachment plate .
A stationary shelter for storing at least one electrical energy storage unit (U), said shelter comprising at least one element for receiving said unit, shaped so that said electrical energy storage unit (U) can be inserted therein or extracted therefrom, and this through an access opening formed in a wall of said stationary shelter , said shelter further comprising a device for lifting and handling said unit (U), said shelter being characterized in that this lifting and handling device is disposed inside said shelter , above the receiving element located uppermost in the shelter and in that the lifting and handling device comprises a fixed part secured to least one inner wall of said shelter and one movable part configured to be moved between a position called stowed position, in which it fits completely inside said shelter , and a position called working position, in which it is located outside said shelter and in which it allows the loading and unloading of an electrical energy storage unit (U) in and out of the receiving element .
A drawing method used when performing drawing on a thermal recording medium that includes, above a recording layer, a light-transmitting member having an uneven shape in a plane, the drawing method comprising: providing, on the light-transmitting member, an optical compensator having one surface and another surface to cause the one surface and the light-transmitting member to face each other, the one surface having a shape that fits the uneven shape of the light-transmitting member and the other surface being flat and opposed to the one surface; and irradiating the thermal recording medium with a laser beam via the optical compensator. providing, on the light-transmitting member, an optical compensator having one surface and another surface to cause the one surface and the light-transmitting member to face each other, the one surface having a shape that fits the uneven shape of the light-transmitting member and the other surface being flat and opposed to the one surface; and irradiating the thermal recording medium with a laser beam via the optical compensator.
Mounting device for a ski binding , in particular cross-country binding, which is displaceably mounted on a binding plate , comprising a connection element , which can be connected to the ski binding in such a way that the connection element and the ski binding are substantially non-displaceable relative to one another in the direction of a longitudinal extension of the ski binding , and which extends from the ski binding towards the front, a fastening element , which is provided to be immovably fastened in front of a front end of the ski binding to a ski bearing the ski binding , a locking device having a locking position, the connection element and the fastening element , in the locking position, being substantially non-displaceably connected to one another, the locking device having an open position, in which the connection element is freely displaceable relative to the fastening element , and the connection element being positionable in at least two defined functional positions which are spaced apart from one another and in which the locking device can be transferred into the locking position, the locking device having at least one displaceably mounted locking element which, in the locking position, is received in a recess in the connection element , characterised in that the locking device has an actuating element that can be activated by means of a pushing or pressing movement for transferring the locking element between a blocking position and a release position, and the actuating element positions the locking element in the blocking position in a non-activated state. a connection element , which can be connected to the ski binding in such a way that the connection element and the ski binding are substantially non-displaceable relative to one another in the direction of a longitudinal extension of the ski binding , and which extends from the ski binding towards the front, a fastening element , which is provided to be immovably fastened in front of a front end of the ski binding to a ski bearing the ski binding , a locking device having a locking position, the connection element and the fastening element , in the locking position, being substantially non-displaceably connected to one another, the locking device having an open position, in which the connection element is freely displaceable relative to the fastening element , and the connection element being positionable in at least two defined functional positions which are spaced apart from one another and in which the locking device can be transferred into the locking position, the locking device having at least one displaceably mounted locking element which, in the locking position, is received in a recess in the connection element , characterised in that the locking device has an actuating element that can be activated by means of a pushing or pressing movement for transferring the locking element between a blocking position and a release position, and the actuating element positions the locking element in the blocking position in a non-activated state.