mhurhangee/patent-ind-claim-en huggingface dataset:
A fluidized bed boiler of the circulating type, comprising - a furnace , in which a fluidized bed comprising a mixture (M) of solid bed material and gas is configured to form, - a particle separator configured to separate from the mixture (M) a solid bed material fraction (BM) and a flue gas fraction (FG), - a primary first channel configured to convey the mixture (M) from the furnace to the particle separator , - a first heat exchanger comprising a heat exchanger tube configured to recover heat from at least a part of the bed material fraction (BM) and arranged upstream from the furnace , - a primary second channel configured to convey at least the part of the bed material fraction (BM) from the particle separator to the first heat exchanger , and - a primary third channel configured to convey at least a part of the bed material fraction (BM) from the first heat exchanger to the furnace , - means for feeding a sulphur-containing reagent (R) to the bed material fraction (BM) upstream from the heat exchanger tube , characterized by - a sulphur removal unit , - a channel configured to convey the flue gas fraction (FG) to the sulphur removal unit , - a second heat exchanger configured to recover heat from the flue gas fraction (FG), the second heat exchanger being arranged downstream from the particle separator and upstream from the sulphur removal unit in the direction of flow of the flue gas fraction (FG), and - a pipeline configured to convey heat exchange medium from the second heat exchanger to the first heat exchanger . - a furnace , in which a fluidized bed comprising a mixture (M) of solid bed material and gas is configured to form, - a particle separator configured to separate from the mixture (M) a solid bed material fraction (BM) and a flue gas fraction (FG), - a primary first channel configured to convey the mixture (M) from the furnace to the particle separator , - a first heat exchanger comprising a heat exchanger tube configured to recover heat from at least a part of the bed material fraction (BM) and arranged upstream from the furnace , - a primary second channel configured to convey at least the part of the bed material fraction (BM) from the particle separator to the first heat exchanger , and - a primary third channel configured to convey at least a part of the bed material fraction (BM) from the first heat exchanger to the furnace , - means for feeding a sulphur-containing reagent (R) to the bed material fraction (BM) upstream from the heat exchanger tube , - a sulphur removal unit , - a channel configured to convey the flue gas fraction (FG) to the sulphur removal unit , - a second heat exchanger configured to recover heat from the flue gas fraction (FG), the second heat exchanger being arranged downstream from the particle separator and upstream from the sulphur removal unit in the direction of flow of the flue gas fraction (FG), and - a pipeline configured to convey heat exchange medium from the second heat exchanger to the first heat exchanger .
Sports device having a vibrating plate for muscle stimulation of a person with a support frame , and an electric motor which is attached to the vibrating plate, characterized in that the sports device further comprises a rocker formed by the vibrating plate, wherein the electric motor moves the rocker up and down via a V-belt , and in that a rotation motor having a rotary shaft and an eccentric weight mounted on the rotary shaft is additionally provided, wherein the rotation motor is designed to rotate to the left and to the right and the eccentric weight is formed by a first eccentric weight part fastened on the rotary shaft and a second eccentric weight part rotatable on the rotary shaft, wherein a stop is provided on the first eccentric weight part against which the second eccentric weight part strikes during the left or right rotation.
A flexible magnetic film for use in treating joint pain or degeneration in a subject, wherein the film improves delivery of aggrecan precursors to a subject in need thereof, wherein the film is applied to the skin of the subject on a joint that has joint pain or degeneration, and wherein a composition comprising at least two aggrecan precursors chosen from the list consisting of hyaluronic acid, glucosamine sulfate and/or chondroitin sulfate is applied between the skin and the flexible magnetic film, and wherein at least part of the of the flexible magnetic film and composition are covered with a dressing, wherein the dressing increases the proprioception of the subject.
Pitch tube having a first tube piece and having a second tube piece ; wherein the pitch tube has exactly two openings; wherein the first tube piece and the second tube piece each form one of the mouths; wherein the first tube piece and the second tube piece are releasably connected to one another; characterized in that the first tube piece and the second tube piece each form a first circularly symmetrical support surface ; wherein the first support surfaces are supported against one another at least in at least one radial direction; the first tube piece and the second tube piece each form a second circularly symmetrical support surface ; wherein the second support surfaces are supported against one another at least partially in at least one radial direction. the pitch tube has exactly two openings; wherein the first tube piece and the second tube piece each form one of the mouths; wherein the first tube piece and the second tube piece are releasably connected to one another; characterized in that the first tube piece and the second tube piece each form a first circularly symmetrical support surface ; wherein the first support surfaces are supported against one another at least in at least one radial direction; the first tube piece and the second tube piece each form a second circularly symmetrical support surface ; wherein the second support surfaces are supported against one another at least partially in at least one radial direction.
A power control method, the method comprising: Receiving configuration information sent by a base station, wherein the configuration information comprises an uplink power control parameter; Estimating , according to the uplink power control parameter, a transmit power that is on an uplink shared channel and that is of a beam set in which a terminal device is located, wherein the beam set comprises n beams, and n is a positive integer greater than or equal to 1; Calculating , according to a maximum transmit power of the terminal device and the transmit power that is on the uplink shared channel and that corresponds to the beam set in which the terminal device is located, a power headroom of the beam set in which the terminal device is located; and Generating a power headroom report according to the power headroom of the beam set in which the terminal device is located, and sending the power headroom report to the base station. Receiving configuration information sent by a base station, wherein the configuration information comprises an uplink power control parameter; Estimating , according to the uplink power control parameter, a transmit power that is on an uplink shared channel and that is of a beam set in which a terminal device is located, wherein the beam set comprises n beams, and n is a positive integer greater than or equal to 1; Calculating , according to a maximum transmit power of the terminal device and the transmit power that is on the uplink shared channel and that corresponds to the beam set in which the terminal device is located, a power headroom of the beam set in which the terminal device is located; and Generating a power headroom report according to the power headroom of the beam set in which the terminal device is located, and sending the power headroom report to the base station.
A device for fastening suspended ceiling profile and adjusting the height of suspended ceiling comprises base ceiling mounts, fasteners of the ceiling profile, locking elements, fastening elements, connectors of the elements, wherein • the device has two branches, the length of both branches individually adjustable; • the walls of the ceiling profile fastener and the base ceiling fastener are perforated; • the ceiling profile fastener and the base ceiling fastener are fixed to one another through perforations by means of at least one locking element ; • in the upper part of the base ceiling fastener is a mount for the base ceiling, with a bendable connection; characterized in that a branch comprises a U-profile fastener for the ceiling profile and a U-profile fastener for the base ceiling, which have different widths and can be inserted inside one another as a telescope; • in the lower part of the ceiling profile fastener is a connector with a bendable connection; • the upper part of the connector is joined with both branches of the device and the lower part of the connector is fastened to the ceiling profile . • the device has two branches, the length of both branches individually adjustable; • the walls of the ceiling profile fastener and the base ceiling fastener are perforated; • the ceiling profile fastener and the base ceiling fastener are fixed to one another through perforations by means of at least one locking element ; • in the upper part of the base ceiling fastener is a mount for the base ceiling, with a bendable connection; characterized in that a branch comprises a U-profile fastener for the ceiling profile and a U-profile fastener for the base ceiling, which have different widths and can be inserted inside one another as a telescope; • in the lower part of the ceiling profile fastener is a connector with a bendable connection; • the upper part of the connector is joined with both branches of the device and the lower part of the connector is fastened to the ceiling profile .
An apparatus for forming a cross-country ski track in a snow-covered surface comprising: a sliding body having a generally planar surface portion which curves upwardly at a forward section thereof and having laterally spaced apart side edges defining a body width; and a bracket configured to removably connect the sliding body to an upwardly facing surface of a cross-country ski and position the side edges of the sliding body such that said side edges overhang laterally opposite sides of the cross-country ski . a sliding body having a generally planar surface portion which curves upwardly at a forward section thereof and having laterally spaced apart side edges defining a body width; and a bracket configured to removably connect the sliding body to an upwardly facing surface of a cross-country ski and position the side edges of the sliding body such that said side edges overhang laterally opposite sides of the cross-country ski .
A method, comprising: supporting a source glass sheet and defining a free form cutting line that establishes a pattern that defines a desired final shape; applying a laser beam to the glass sheet and continuously moving the laser beam relative to the glass sheet along the cutting line to elevate a temperature of the glass sheet at the cutting line, where the laser beam is of a circular shape; applying a cooling fluid simultaneously with the application of the laser beam , such that the cooling fluid at least reduces the temperature of the glass sheet in order to propagate a fracture in the glass sheet along the cutting line; controlling at least one of: (i) an energy density of the laser beam , (ii) a velocity of the laser beam relative to the glass sheet along the cutting line, (iii) a fluid flow of the cooling fluid , and (iv) a minimum radius of curvature of the cutting line, such that a B10 edge strength of a cut edge of the glass sheet is at least one of at least 300 MPa to 500 MPa, at least 400 - 500 MPa, and more preferably at least 450 MPa; and separating waste glass from the glass sheet to obtain the desired shape; wherein the glass sheet is between 0.05 mm -0.3 mm in thickness; and wherein the energy density is controlled to be less than 0.015 J/mm. supporting a source glass sheet and defining a free form cutting line that establishes a pattern that defines a desired final shape; applying a laser beam to the glass sheet and continuously moving the laser beam relative to the glass sheet along the cutting line to elevate a temperature of the glass sheet at the cutting line, where the laser beam is of a circular shape; applying a cooling fluid simultaneously with the application of the laser beam , such that the cooling fluid at least reduces the temperature of the glass sheet in order to propagate a fracture in the glass sheet along the cutting line; controlling at least one of: (i) an energy density of the laser beam , (ii) a velocity of the laser beam relative to the glass sheet along the cutting line, (iii) a fluid flow of the cooling fluid , and (iv) a minimum radius of curvature of the cutting line, such that a B10 edge strength of a cut edge of the glass sheet is at least one of at least 300 MPa to 500 MPa, at least 400 - 500 MPa, and more preferably at least 450 MPa; and separating waste glass from the glass sheet to obtain the desired shape; wherein the glass sheet is between 0.05 mm -0.3 mm in thickness; and wherein the energy density is controlled to be less than 0.015 J/mm.
A computer-implemented method for performing a change of a primary node in a blockchain network , the method comprising: determining , by a backup node of the blockchain network, that an epoch change needs to be performed; determining , by the backup node, a plurality of weights of the backup node, each respective weight of the plurality of weights associated with a respective phase of a plurality of phases of a consensus process in a current epoch; determining , by the backup node, a weight sum of the backup node for the consensus process based on the plurality of weights; determining, by the backup node, whether the determined weight sum reaches or exceeds a predetermined weight threshold; in response to determining that the determined weight sum reaches or exceeds the predetermined weight threshold, sending , by the backup node, an EPOCH_CHANGE message to other network nodes of the blockchain network. determining , by a backup node of the blockchain network, that an epoch change needs to be performed; determining , by the backup node, a plurality of weights of the backup node, each respective weight of the plurality of weights associated with a respective phase of a plurality of phases of a consensus process in a current epoch; determining , by the backup node, a weight sum of the backup node for the consensus process based on the plurality of weights; determining, by the backup node, whether the determined weight sum reaches or exceeds a predetermined weight threshold; in response to determining that the determined weight sum reaches or exceeds the predetermined weight threshold, sending , by the backup node, an EPOCH_CHANGE message to other network nodes of the blockchain network.
Fish food composition, comprising: 40-70 % by weight cereal flour, 15-30 % by weight aquatic animal meal, 10-20 % by weight extraction meal, 0.01-0.40 % by weight pepper, 0.1-1.0 % by weight free methionine, based on the total weight of the fish food composition. 40-70 % by weight cereal flour, 15-30 % by weight aquatic animal meal, 10-20 % by weight extraction meal, 0.01-0.40 % by weight pepper, 0.1-1.0 % by weight free methionine, based on the total weight of the fish food composition.
A system for in-line treatment of thread for use with a thread consuming device , comprising: a treatment unit comprising at least one discharge device being configured to dispense one or more coating substances onto the at least one thread when activated, characterized in that it further comprises a drive unit being connected to the at least one discharge device by means of an actuator and a crank together forming a transmission mechanism , wherein the actuator comprises a connecting rod having a curved portion and a straight portion , and wherein the curved portion is configured to accommodate a rotational axis of the drive unit , wherein the drive unit is configured to: move said at least one discharge device between an idle position and an operational position being arranged along an axis of movement (A), and to move said at least one discharge device by means of the transmission mechanism providing different transmission ratios between the drive unit and the discharge device depending on the position of the discharge device along the axis of movement (A), wherein the transmission ratio is the correlation between rotational movement of the crank, or an electric motor of the drive unit , and the linear movement of the discharge device . a treatment unit comprising at least one discharge device being configured to dispense one or more coating substances onto the at least one thread when activated, characterized in that it further comprises a drive unit being connected to the at least one discharge device by means of an actuator and a crank together forming a transmission mechanism , wherein the actuator comprises a connecting rod having a curved portion and a straight portion , and wherein the curved portion is configured to accommodate a rotational axis of the drive unit , wherein the drive unit is configured to: move said at least one discharge device between an idle position and an operational position being arranged along an axis of movement (A), and to move said at least one discharge device by means of the transmission mechanism providing different transmission ratios between the drive unit and the discharge device depending on the position of the discharge device along the axis of movement (A), wherein the transmission ratio is the correlation between rotational movement of the crank, or an electric motor of the drive unit , and the linear movement of the discharge device .
An apparatus , comprising: means for receiving, from a network node, a request to measure at least one beam associated with a non-serving cell, wherein the request is associated with causing the apparatus to perform a measurement of the at least one beam and to determine whether beam refinement is needed based on a comparison of the measurement and multiple thresholds; means for determining whether a positioning application, associated with performing a positioning measurement, allows for latency caused by additional signaling associated with the beam refinement; means for performing, depending on whether the positioning application allows for the latency, the comparison of the measurement to the multiple thresholds; means for determining to not trigger reporting for beam refinement based on the measurement failing to satisfy the multiple thresholds. means for receiving, from a network node, a request to measure at least one beam associated with a non-serving cell, wherein the request is associated with causing the apparatus to perform a measurement of the at least one beam and to determine whether beam refinement is needed based on a comparison of the measurement and multiple thresholds; means for determining whether a positioning application, associated with performing a positioning measurement, allows for latency caused by additional signaling associated with the beam refinement; means for performing, depending on whether the positioning application allows for the latency, the comparison of the measurement to the multiple thresholds; means for determining to not trigger reporting for beam refinement based on the measurement failing to satisfy the multiple thresholds.
A channel box for a fuel assembly of a boiling water reactor nuclear power plant (BWR), comprising a tubular portion including: a first tubular layer containing silicon carbide as a major component; a second tubular layer in parallel to and surrounding or surrounded by the first tubular layer and containing silicon carbide fibers and silicon carbide complexed with the silicon carbide fibers; characterized in that an intermediate tubular layer is disposed between the tubular layers and contains a solid lubricant of at least one selected from graphite and mica-based mineral and functionally separates the first layer and the second layer effectively to express their functions, wherein the intermediate tubular layer includes: a pair of first intermediate tubular layers each containing the solid lubricant, and a second intermediate tubular layer disposed between the first intermediate layers and containing silicon carbide. a first tubular layer containing silicon carbide as a major component; a second tubular layer in parallel to and surrounding or surrounded by the first tubular layer and containing silicon carbide fibers and silicon carbide complexed with the silicon carbide fibers; an intermediate tubular layer is disposed between the tubular layers and contains a solid lubricant of at least one selected from graphite and mica-based mineral and functionally separates the first layer and the second layer effectively to express their functions, wherein the intermediate tubular layer includes: a pair of first intermediate tubular layers each containing the solid lubricant, and a second intermediate tubular layer disposed between the first intermediate layers and containing silicon carbide. a pair of first intermediate tubular layers each containing the solid lubricant, and a second intermediate tubular layer disposed between the first intermediate layers and containing silicon carbide.
An engine cover comprising: a contoured laminate defining a plurality of accessory holes configured to receive a plurality of accessories, wherein the contoured laminate has a generally U-shaped cross-section; a corrugated reinforcing structure overlaid on the contoured laminate and connecting with the contoured laminate with at least one smooth transitioning angle between the contoured laminate and the corrugated reinforcing structure, the corrugated reinforcing structure defining a plurality of attachment holes ; wherein the contoured laminate and the reinforcing structure together form a housing of the front engine accessory drive cover; and a plurality of fasteners, at least one of the plurality of fasteners being arranged in at least one of the plurality of attachment holes. a contoured laminate defining a plurality of accessory holes configured to receive a plurality of accessories, wherein the contoured laminate has a generally U-shaped cross-section; a corrugated reinforcing structure overlaid on the contoured laminate and connecting with the contoured laminate with at least one smooth transitioning angle between the contoured laminate and the corrugated reinforcing structure, the corrugated reinforcing structure defining a plurality of attachment holes ; wherein the contoured laminate and the reinforcing structure together form a housing of the front engine accessory drive cover; and a plurality of fasteners, at least one of the plurality of fasteners being arranged in at least one of the plurality of attachment holes.