mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: acquiring, by a network access node of a serving cell, information descriptive of a used scheduling granularity in at least one cell that is a neighbour cell to the serving cell, where the used scheduling granularity is coarser than only one physical resource block by being comprised of a plurality of physical resource blocks; wherein the plurality of physical resource blocks comprises a portion of bandwidth, which is larger than the one of only one physical resource block; wherein a covariance matrix is estimated over the plurality of physical resource blocks; wherein interference covariance is constant or at least continuous over the portion of the bandwidth; characterised by signaling, by the network access node of the serving cell, an indication of the scheduling granularity that is used in the at least one neighbouring cell to at least one mobile device served by the network access node to enhance estimation at a receiver of the at least one mobile device; wherein the indication of the scheduling granularity enhances estimation by enabling filtering interference estimates across physical resource block boundaries for interference rejection combining; and wherein the signaling directs the receiver at least to filter interference estimates across the physical resource block boundaries. acquiring, by a network access node of a serving cell, information descriptive of a used scheduling granularity in at least one cell that is a neighbour cell to the serving cell, where the used scheduling granularity is coarser than only one physical resource block by being comprised of a plurality of physical resource blocks; wherein the plurality of physical resource blocks comprises a portion of bandwidth, which is larger than the one of only one physical resource block; wherein a covariance matrix is estimated over the plurality of physical resource blocks; wherein interference covariance is constant or at least continuous over the portion of the bandwidth; characterised by signaling, by the network access node of the serving cell, an indication of the scheduling granularity that is used in the at least one neighbouring cell to at least one mobile device served by the network access node to enhance estimation at a receiver of the at least one mobile device; wherein the indication of the scheduling granularity enhances estimation by enabling filtering interference estimates across physical resource block boundaries for interference rejection combining; and wherein the signaling directs the receiver at least to filter interference estimates across the physical resource block boundaries.
A laminated inductor element comprising: a first outermost surface side, a second outermost surface side, magnetic layers (12, 14) formed by lamination of a plurality of magnetic substrates; non-magnetic layers (11, 13, 15) formed by lamination of a plurality of non-magnetic substrates; and an inductor having windings provided in the laminated substrates and connected in a lamination direction, wherein the non-magnetic layers (11, 13, 15) respectively constitute outermost layers (11, 15) and an intermediate layer of said laminated inductor element, wherein the outermost non-magnetic layers (11,15) are different in thickness and define a midplane in between them and wherein the first outermost surface side is formed with an outer electrode and wherein the second outermost surface side is formed with a terminal electrode which can be connected to a land electrode of a mounting substrate when mounting the laminated inductor element on said mounting substrate, characterized in that the windings of the inductor are disposed asymmetrically with regard to said midplane in the lamination direction across the intermediate non-magnetic layer. a first outermost surface side, a second outermost surface side, magnetic layers (12, 14) formed by lamination of a plurality of magnetic substrates; non-magnetic layers (11, 13, 15) formed by lamination of a plurality of non-magnetic substrates; and an inductor having windings provided in the laminated substrates and connected in a lamination direction, wherein the non-magnetic layers (11, 13, 15) respectively constitute outermost layers (11, 15) and an intermediate layer of said laminated inductor element,
A method for performing single radio handover, the method comprising: establishing a source radio link between a source radio interface of a mobile node and a source network in accordance with a first communications protocol, wherein the source radio interface includes a source transmitter and a source receiver that are configured to communicat in accordance with the first communications protocol when activated; activating, by the mobile node, a target receiver in a target radio interface of the mobile node without activating a target transmitter in the target radio interface of the mobile node, wherein the target receiver and the target transmitter are configured to communicate in accordance with a second communications protocol when activated; discovering, by the mobile node, a target network by detecting a transmission using the target receiver; establishing a tunnel for communicating handover related signaling from the mobile node to a target access point in the target network, wherein the tunnel extends at least partially through the source network; and communicating, by the mobile node, handover signaling to the target access point via the tunnel, wherein the target transmitter remains inactive when communicating the handover signaling to the target access point; characterized in that the handover signaling specifies a delay period for handing the mobile node from the source network to the target network and the method further comprises terminating the source radio link upon expiration of the delay period; and activating, by the mobile node, the target transmitter of the target radio interface after terminating the source radio link. establishing a source radio link between a source radio interface of a mobile node and a source network in accordance with a first communications protocol, wherein the source radio interface includes a source transmitter and a source receiver that are configured to communicat in accordance with the first communications protocol when activated; activating, by the mobile node, a target receiver in a target radio interface of the mobile node without activating a target transmitter in the target radio interface of the mobile node, wherein the target receiver and the target transmitter are configured to communicate in accordance with a second communications protocol when activated; discovering, by the mobile node, a target network by detecting a transmission using the target receiver; establishing a tunnel for communicating handover related signaling from the mobile node to a target access point in the target network, wherein the tunnel extends at least partially through the source network; and communicating, by the mobile node, handover signaling to the target access point via the tunnel, wherein the target transmitter remains inactive when communicating the handover signaling to the target access point;
A granule comprising a core and a protective coating, wherein: (a) the core comprises an amylase, a lipase, a protease a cellulase, a mannanase or a pectate lyase in an amount of 0.0005-50% active enzyme protein by weight relative to the core, and (b) the core or the coating comprises a peroxide decomposing catalyst selected from the group consisting of a catalase and a salt of V, Co, Mn, or Fe, in an amount of 0.001-5% by weight relative to the core, and (c) the core comprises a salt of a divalent or trivalent cation in an amount of 0.1-15% as anhydrous salt by weight of the core, and (d) the core or the coating comprises an acidic buffer in an amount of 0.1-10% by weight relative to the core, and (e) the coating comprises a salt wherein the coating makes up 5-70% by weight relative to the core and comprises at least 60% by weight w/w of a salt having a constant humidity at 20°C of at least 60%. (a) the core comprises an amylase, a lipase, a protease a cellulase, a mannanase or a pectate lyase in an amount of 0.0005-50% active enzyme protein by weight relative to the core, and (b) the core or the coating comprises a peroxide decomposing catalyst selected from the group consisting of a catalase and a salt of V, Co, Mn, or Fe, in an amount of 0.001-5% by weight relative to the core, and (c) the core comprises a salt of a divalent or trivalent cation in an amount of 0.1-15% as anhydrous salt by weight of the core, and (d) the core or the coating comprises an acidic buffer in an amount of 0.1-10% by weight relative to the core, and (e) the coating comprises a salt wherein the coating makes up 5-70% by weight relative to the core and comprises at least 60% by weight w/w of a salt having a constant humidity at 20°C of at least 60%.
An electronic apparatus comprising: a communicator comprising communication circuitry; a camera; and a processor configured to control the electronic apparatus to: obtain an image corresponding to a display device and a background area around the display device through the camera, identify an area from among the background area that excludes an area corresponding to the display device in the obtained image as a reference template, identify a plurality of areas, from among the background area, including the same pattern as a pattern included in the reference template, and identify at least one area, from among the plurality of areas, as a candidate template based on a color of the reference template, obtain a pattern image of the background area based on an area identified as the reference template and an area identified as the candidate template, and control the communicator to provide a background image based on the obtained pattern image to the display device. a communicator comprising communication circuitry; a camera; and a processor configured to control the electronic apparatus to: obtain an image corresponding to a display device and a background area around the display device through the camera, identify an area from among the background area that excludes an area corresponding to the display device in the obtained image as a reference template, identify a plurality of areas, from among the background area, including the same pattern as a pattern included in the reference template, and identify at least one area, from among the plurality of areas, as a candidate template based on a color of the reference template, obtain a pattern image of the background area based on an area identified as the reference template and an area identified as the candidate template, and control the communicator to provide a background image based on the obtained pattern image to the display device. obtain an image corresponding to a display device and a background area around the display device through the camera, identify an area from among the background area that excludes an area corresponding to the display device in the obtained image as a reference template, identify a plurality of areas, from among the background area, including the same pattern as a pattern included in the reference template, and identify at least one area, from among the plurality of areas, as a candidate template based on a color of the reference template, obtain a pattern image of the background area based on an area identified as the reference template and an area identified as the candidate template, and control the communicator to provide a background image based on the obtained pattern image to the display device.
Method for operating a controller apparatus for controlling a drive apparatus, which has a load moment and a moment of inertia, wherein during a constant-running phase, in which a drive speed of the drive apparatus is kept to a constant setpoint value by means of the controller apparatus, an estimated load value of the load moment is determined by a load moment estimator, characterised in that a model of the drive apparatus is provided, by means of which an association between the moment of inertia and the load moment is described, and during the constant-running phase an estimated inertia value of the moment of inertia is provided as a pilot control of the moment of inertia on the basis of the model.
Process for recycling formaldehyde resin, in particular melamine resin, containing inorganic particles, comprising the following steps: - mechanical separation of the inorganic particles from the formaldehyde resin to be recycled; - adjusting the pH of the recycled formaldehyde resin freed from the inorganic particles to a value between 7 and 8, preferably between 7.3 and 7.8, more preferably 7.5; and - adding the recycled formaldehyde resin to a non-precondensed formaldehyde resin. - mechanical separation of the inorganic particles from the formaldehyde resin to be recycled; - adjusting the pH of the recycled formaldehyde resin freed from the inorganic particles to a value between 7 and 8, preferably between 7.3 and 7.8, more preferably 7.5; and - adding the recycled formaldehyde resin to a non-precondensed formaldehyde resin.
An endovenous treatment device having a delivery system (1; 2) of at least one treatment dose, which delivery system (1; 2) comprises a wired treatment dose delivery element which is flexible, which has a distal end portion capable of being inserted, at least over part of its length, longitudinally into a vein, and which enables delivery into a vein of at least one treatment dose in the region of the end of said distal end portion, the endovenous treatment device further comprising a drive system for driving of the wired treatment dose delivery element in at least a given first drive direction, characterized in that it further comprises a guide which is flexible over all or part of its length, which has a proximal end portion and a distal end portion, and which allows the wired treatment dose delivery element to be guided over a portion of its length with a proximal end portion and, at the opposite end, a distal end portion of the wired treatment dose delivery element, which are not guided by the guide, and in that it further comprises a holding system which enables the distal end portion of the guide to be temporarily held relative to the body of a patient, near the insertion zone of the wired treatment dose delivery element, the wired treatment dose delivery element being slidable in the direction of its length relative to the guide, so as to allow insertion longitudinally into a vein of the distal end portion of the wired treatment dose delivery element over at least a portion of its length when the distal end portion of the guide is held relative to the body of a patient by means of the holding system, and locking means, which allow axially the proximal end portion of the guide to be locked, at least in the drive direction of the wired element for treatment dose delivery.
An infusion device comprising: an actuation arrangement operable to deliver fluid to a body of a user, the fluid influencing a physiological condition of the user; a control module coupled to the actuation arrangement to autonomously operate the actuation arrangement to: deliver a variable rate of infusion based on measurement values; detect a rescue condition based on the measurement values when a rate of change associated with a first measurement value of the one or more measurement values is greater than a rescue detection threshold after a preceding measurement value of the one or more measurement values is less than a rescue monitoring threshold; and temporarily limit the variable rate of infusion in response to the rescue condition. an actuation arrangement operable to deliver fluid to a body of a user, the fluid influencing a physiological condition of the user; a control module coupled to the actuation arrangement to autonomously operate the actuation arrangement to: deliver a variable rate of infusion based on measurement values; detect a rescue condition based on the measurement values when a rate of change associated with a first measurement value of the one or more measurement values is greater than a rescue detection threshold after a preceding measurement value of the one or more measurement values is less than a rescue monitoring threshold; and temporarily limit the variable rate of infusion in response to the rescue condition. deliver a variable rate of infusion based on measurement values; detect a rescue condition based on the measurement values when a rate of change associated with a first measurement value of the one or more measurement values is greater than a rescue detection threshold after a preceding measurement value of the one or more measurement values is less than a rescue monitoring threshold; and temporarily limit the variable rate of infusion in response to the rescue condition.
A transporter for the suspended transporting of containers along an at least partially linear transport path in an at least single-lane container flow and in a transport direction, having a plurality of container carriers each comprising at least one container holder, with the container carriers being oriented with their longitudinal extension horizontal and square to the transport direction and able to be moved incrementally or cycled by at least one drive or transport element in the transport direction, the container carriers each being attached at both ends to a transport element which forms a closed loop, is oriented with the loop plane parallel to the transport direction and is endlessly cycled or incrementally driven, with the container holders each being formed by recesses or grooves accommodating the containers at a container region (2.2) beneath their container mouths (2.1); on one edge, said recesses or grooves form support surfaces each for a container flange (2.3) for a suspended holding of the containers on the support surfaces, and with the recesses or grooves which form the container holders each comprising, at a front groove end when seen relative to the transport direction, a groove opening for the introducing and removing the containers into and out of the container holders and being closed at a rear end when seen relative to the transport direction, characterised in that the respective groove opening comprises a first, curved edge section (11.1) that is concave on the inside of the groove, followed by a circular-arc-shaped edge section (11.2) that forms the rear end and again followed by a straight edge section (11.3) ending at the groove opening, in that the container carriers on the container holders are configured with at least two holding-down and/or support elements which form the contact or support faces for that side of the container flanges (2.3) which faces the respective container mouth (2.1), and in that the at least two holding-down and/or support elements are produced as a single piece with the respective container carrier, with the respective container holder or the recess or groove forming this container holder being at its edge stepped in configuration, and in that the at least two holding-down and/or support elements are provided at two opposite regions of the edge of the container holder or of the recess or groove forming this container holder.
A method of controlling a wind turbine, comprising the steps of: - determining a control signal for a controllable parameter of the wind turbine; - repeating the step of determining the control signal at successive time steps, and storing a control history including one or more respective control values derived from or included in past control signals; - using the control values stored in the control history to determine an alert parameter for said controllable parameter, the alert parameter being a function of the variations of the control signals over time; - controlling the wind turbine according to the most recent control signal only if the alert parameter is below an alert threshold, and - controlling the wind turbine according to a modified control strategy if the alert parameter is above the alert threshold. - determining a control signal for a controllable parameter of the wind turbine; - repeating the step of determining the control signal at successive time steps, and storing a control history including one or more respective control values derived from or included in past control signals; - using the control values stored in the control history to determine an alert parameter for said controllable parameter, the alert parameter being a function of the variations of the control signals over time; - controlling the wind turbine according to the most recent control signal only if the alert parameter is below an alert threshold, and - controlling the wind turbine according to a modified control strategy if the alert parameter is above the alert threshold.
An apparatus arranged to heat smokable material to volatilise at least one component of said smokable material, the apparatus comprising: an outer housing; a sleeve contained in the outer housing; at least one heater segment within the sleeve for heating smokable material contained within the apparatus; characterized in that a plurality of annular supports which support the sleeve within the outer housing, with the sleeve being mounted within the annular supports and the annular supports being mounted within the outer housing. an outer housing; a sleeve contained in the outer housing; at least one heater segment within the sleeve for heating smokable material contained within the apparatus; characterized in that a plurality of annular supports which support the sleeve within the outer housing, with the sleeve being mounted within the annular supports and the annular supports being mounted within the outer housing.