mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication using whitespace channels, comprising: exchanging, at a base station, data communications with a user equipment on a first whitespace channel; determining, at the base station, whether the first whitespace channel will be lost; and switching, at the base station, the data communications to a second whitespace channel if the determining step indicates that the first whitespace channel will be lost, the first and second whitespace channels being channels that are licensed to a primary user and utilized by a wireless communication service provider operating the base station as a secondary user; wherein the switching to a second whitespace channel includes, determining if a new whitespace channel is available, if a new whitespace channel is available, assigning the new whitespace channel to be the second whitespace channel, if a new whitespace channel is not available, switching to a non-whitespace channel and searching for an available new whitespace channel, the non-whitespace channel being a channel that is one of exclusively licensed to the wireless communication service provider and unlicensed to all users. exchanging, at a base station, data communications with a user equipment on a first whitespace channel; determining, at the base station, whether the first whitespace channel will be lost; and switching, at the base station, the data communications to a second whitespace channel if the determining step indicates that the first whitespace channel will be lost, the first and second whitespace channels being channels that are licensed to a primary user and utilized by a wireless communication service provider operating the base station as a secondary user; wherein the switching to a second whitespace channel includes, determining if a new whitespace channel is available, if a new whitespace channel is available, assigning the new whitespace channel to be the second whitespace channel, if a new whitespace channel is not available, switching to a non-whitespace channel and searching for an available new whitespace channel, the non-whitespace channel being a channel that is one of exclusively licensed to the wireless communication service provider and unlicensed to all users.
A method for producing an axially movable connection between two shaft pieces, between which a plastic is arranged as a sliding material, having the following features: a) providing the two shaft pieces to be joined, wherein either at least one of the two shaft pieces has a plastic coating on the surface facing toward the other component or a plastic sleeve is provided between the shaft pieces, b) joining the shaft pieces to form a unit, optionally with the plastic sleeve, by means of a pressing force in the axial direction, c) clamping the unit in a device in which the two shaft pieces can be clamped and subjected to a displacement force in the axial direction, d) pressing a sonotrode from one side against the respectively outer component and bracing the shaft piece against a counter-holder, e) injecting an ultrasound signal into the sonotrode and moving the shaft pieces back and forth in the axial direction until the displacement force or the displacement velocity reaches a desired target value, f) ending the ultrasound signal and removing the unit from the device. a) providing the two shaft pieces to be joined, wherein either at least one of the two shaft pieces has a plastic coating on the surface facing toward the other component or a plastic sleeve is provided between the shaft pieces, b) joining the shaft pieces to form a unit, optionally with the plastic sleeve, by means of a pressing force in the axial direction, c) clamping the unit in a device in which the two shaft pieces can be clamped and subjected to a displacement force in the axial direction, d) pressing a sonotrode from one side against the respectively outer component and bracing the shaft piece against a counter-holder, e) injecting an ultrasound signal into the sonotrode and moving the shaft pieces back and forth in the axial direction until the displacement force or the displacement velocity reaches a desired target value, f) ending the ultrasound signal and removing the unit from the device.
A metal gasket comprising: a metal plate having three opening portions; only three seal beads having a bent cross-sectional shape each formed along a corresponding one of the opening portions; only four circular arc shaped lightening holes extending along outer peripheries of the seal beads with a constant distance between the lightening holes and the seal beads, and each of the lightening holes being located between adjacent two of the seal beads. a metal plate having three opening portions; only three seal beads having a bent cross-sectional shape each formed along a corresponding one of the opening portions; only four circular arc shaped lightening holes extending along outer peripheries of the seal beads with a constant distance between the lightening holes and the seal beads, and each of the lightening holes being located between adjacent two of the seal beads.
A floating buoy comprising: a buoy hull; a tower extending outwardly from the hull; a plurality of sensors mounted on one of the buoy hull, within the buoy hull, and on the tower; an autonomous power system configured to provide electrical power to each of the plurality of sensors; wherein the plurality of sensors includes a Light Detection and Ranging (LiDAR) wind speed measurement sensor mounted within a gimbal having two axes of rotation (A1, A2); characterized in the plurality of sensors includes at least one met-ocean sensor (64, 68, 70, 72, 74), at least one ecological sensor (76, 80), and a second wind speed measurement sensor; wherein the tower includes a plurality of tower legs (28, 32, 36) radially arranged on the hull, a first tower ring being attached to the legs (28, 32); wherein a second tower ring is connected to the first tower ring by a radially arranged lattice having a plurality of lattice members, the second tower ring also including gimbal attachment members (30a, 30b); wherein the LiDAR wind speed measurement sensor is mounted within a LiDAR housing having a lens, and wherein the LiDAR housing is mounted within a LiDAR chassis; and wherein the floating buoy further includes a protective bumper attached to one or more sides of the LiDAR chassis, the bumper being configured to prevent impact between the LiDAR chassis and the tower, and between the LiDAR chassis and a sensor mounted on the tower. a buoy hull; a tower extending outwardly from the hull; a plurality of sensors mounted on one of the buoy hull, within the buoy hull, and on the tower;
A GH61 polypeptide variant, comprising a Q138C,G,K,L,or M substitution at a position corresponding to position 138 of the parent polypeptide of SEQ ID NO: 30, wherein the variant has - cellulolytic enhancing activity; - at least 80%, at least 81 %, at least 82%, at least 83%, at least 84%, at least 85%, at least 86%, at least 87%, at least 88%, at least 89%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100%, sequence identity to the amino acid sequence of the parent GH61 polypeptide of SEQ ID NO: 30; and - increased thermostability compared to the parent polypeptide of SEQ ID NO: 30. - cellulolytic enhancing activity; - at least 80%, at least 81 %, at least 82%, at least 83%, at least 84%, at least 85%, at least 86%, at least 87%, at least 88%, at least 89%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100%, sequence identity to the amino acid sequence of the parent GH61 polypeptide of SEQ ID NO: 30; and - increased thermostability compared to the parent polypeptide of SEQ ID NO: 30.
An unreeling assembly,' particularly for labeling devices, comprising a supporting frame for at least one reel of continuous film which is supported by a respective reel support, which can rotate about an unreeling axis of the reel, and a motorized traction drum, which is designed to unreel said continuous film from said reel of continuous film, between the reel of continuous film being unreeled and said traction drum there being at least one element for tensioning said continuous film, said tensioning element being movable, with respect to said supporting frame, along a respective movement path, characterized in that it comprises means for estimating the radius (r) of said reel of continuous film as a function of the data related to the angular velocity (ω) of said reel, to the speed (v) of the film drawn by said traction drum and to the position (φ) of said tensioning element with respect to said supporting frame along the respective movement path.
Electronic chip (100 - 400) comprising at least: - an electronic circuit located at a front face of a substrate; - at least one capacitive element (115, 115a, 115b) placed at least at a back face of the substrate and at least partly facing the electronic circuit, and electrically connected to the electronic circuit by at least one first (116, 118a) and second (102, 118b, 308) electrical connections, the first electrical connection (116, 118a) including at least one first electrically conducting via passing through the substrate, the electronic circuit being adapted to measure the value of the electrical capacitance of the capacitive element (115, 115a, 115b) between the first (116, 118a) and the second (102, 118b, 308) electrical connections, and - at least one second via or a trench passing through the back face of the substrate and a part of the thickness of the substrate, and facing the electronic circuit such that a bottom wall of the second via or of the trench are separated from the electronic circuit by a non-zero distance. - an electronic circuit located at a front face of a substrate; - at least one capacitive element (115, 115a, 115b) placed at least at a back face of the substrate and at least partly facing the electronic circuit, and electrically connected to the electronic circuit by at least one first (116, 118a) and second (102, 118b, 308) electrical connections, the first electrical connection (116, 118a) including at least one first electrically conducting via passing through the substrate, the electronic circuit being adapted to measure the value of the electrical capacitance of the capacitive element (115, 115a, 115b) between the first (116, 118a) and the second (102, 118b, 308) electrical connections, and - at least one second via or a trench passing through the back face of the substrate and a part of the thickness of the substrate, and facing the electronic circuit such that a bottom wall of the second via or of the trench are separated from the electronic circuit by a non-zero distance.
A photonic integrated circuit comprising: a plurality of modulated sources, each of which including a corresponding one of a plurality of lasers and a corresponding one of a plurality of modulators, each of the plurality of modulated sources supplying a corresponding one of a plurality of optical signals, each of the plurality of optical signals having a corresponding one of a plurality of wavelengths; a plurality of strip heaters, each of the plurality of strip heaters extending along a side of a respective one of the plurality of lasers and a respective one of the plurality of modulators, each of the plurality of strip heaters including a thin film heater; and an optical combiner that receives each of the plurality of optical signals and combines the plurality of optical signals at an output. a plurality of modulated sources, each of which including a corresponding one of a plurality of lasers and a corresponding one of a plurality of modulators, each of the plurality of modulated sources supplying a corresponding one of a plurality of optical signals, each of the plurality of optical signals having a corresponding one of a plurality of wavelengths; a plurality of strip heaters, each of the plurality of strip heaters extending along a side of a respective one of the plurality of lasers and a respective one of the plurality of modulators, each of the plurality of strip heaters including a thin film heater; and an optical combiner that receives each of the plurality of optical signals and combines the plurality of optical signals at an output.
A shoe that can be laced up by means of a lace, having an ankle region and a foot front region, of which each has a plurality of lace deflecting elements (18, 19), and at least two separating units for separating the lace into a lace section that extends in the foot front region and a lace section that extends in the ankle region, wherein the separating units each include a base element that is secured to the shoe and an eyelet element that is mounted on the base element such that it is pivotal about a pivot axis which extends substantially parallel to a surface section of the shoe that carries the base element, wherein the lace may be clamped between the eyelet element and the base element, and wherein the eyelet element includes a substantially arc-shaped yoke section having a central part and two yoke limbs that adjoin the central part on either side thereof, wherein the pivot axis extends through the free ends of the yoke limbs, characterised in that the two yoke limbs each have an aperture, wherein the lace may be inserted through the one aperture and into the interior of the arc, guided through below the central part and guided out of the arc again through the other aperture.
A self-centering device for centering a medical instrument in a conduit within a patient, the device comprising: a framework comprised of a plurality of elongate metal frame members (310, 360), wherein the frame members (310, 360) are attached to each other to define a central lumen having an open proximal end and an open distal end, wherein the distal end has a greater diameter than a diameter of the proximal end, and wherein the frame members (310, 360) are attached to each other to further define two or more side apertures that are nearer to the proximal end than to the distal end; and a covering (320, 370), wherein the covering (320, 370) is attached to the framework and the covering is a biocompatible membrane or film, wherein the side apertures define open fluid flow paths that are not occluded by the covering (320, 370). a framework comprised of a plurality of elongate metal frame members (310, 360), wherein the frame members (310, 360) are attached to each other to define a central lumen having an open proximal end and an open distal end, wherein the distal end has a greater diameter than a diameter of the proximal end, and wherein the frame members (310, 360) are attached to each other to further define two or more side apertures that are nearer to the proximal end than to the distal end; and a covering (320, 370), wherein the covering (320, 370) is attached to the framework and the covering is a biocompatible membrane or film, wherein the side apertures define open fluid flow paths that are not occluded by the covering (320, 370).
A printing ink or coating for flexographic and gravure printing comprising a non-aqueous dispersion comprising dispersed polymeric hybrid resins in a non-aqueous medium selected from esters, ketones, alcohols, and mixtures thereof; the dispersed polymeric hybrid resins selected from polyurethane-polyacrylate, polyurethane-urea-polyacrylate, and polyurea-polyacrylate produced in the medium in a polymerization reaction between one or more ethylenically unsaturated acrylates and a polymer soluble in the medium that is selected from a polyurethane, a polyurethane-urea, and a polyurea; and wherein the printing ink or coating further comprises a colorant.
Elongated vibrator produced as several disconnectable elements, assembled end to end, this vibrator comprising a tubular element comprising one or more portions the upper end of which is fitted with suspension means for suspending it from lifting gear and/or guiding gear and the lower end of which is connected to an end fitting comprising, in succession, a vibration damper-isolator, a vibration generator and a tip, at least one of the assemblies of the disconnectable elements involving a plurality of fixing screws of which the heads or the nuts are accessible by virtue of at least one cavity provided in at least one of the said elements, characterized in that it further comprises at least one removable locking piece (C 1, C' 1 - C 2, C' 2) which engages in the said cavity, resting against the said heads or the said nuts, and means of fixing this locking piece (C 1, C' 1 - C 2, C' 2) inside the cavity so as to render the said screws captive and prevent the assembly from being able to come apart during use.
A fusion protein comprising factor IX and human-derived transferrin, wherein said factor IX is human-derived factor IX and wherein said fusion protein comprises a linker represented by any one of amino acid sequences of SEQ ID NOs 9 or 11 between FIX and transferrin.
An insulated wire having at least one layer of coating of the wire, comprising a thermosetting resin layer, at the outer periphery of a conductor, wherein the thermosetting resin layer is comprised of thermosetting resin layers (2, 3) having a laminated structure formed by coating and baking a thermosetting resin varnish; and wherein, in said laminated structure, an innermost layer having contact with the conductor comprises a thermosetting resin having an imide bond and is a layer having an average thickness of more than 5μm and 10μm or less as determined by a 16-point measurement, and wherein a ratio of an average thickness of the innermost layer having contact with the conductor to a total thickness of the thermosetting resin layers is from 5 to 10%. wherein the thermosetting resin layer is comprised of thermosetting resin layers (2, 3) having a laminated structure formed by coating and baking a thermosetting resin varnish; and wherein, in said laminated structure, an innermost layer having contact with the conductor comprises a thermosetting resin having an imide bond and is a layer having an average thickness of more than 5μm and 10μm or less as determined by a 16-point measurement, and wherein a ratio of an average thickness of the innermost layer having contact with the conductor to a total thickness of the thermosetting resin layers is from 5 to 10%.
Suction hose connecting piece for a suction hose for establishing a flow connection, in particular from a machine tool to a vacuum cleaner, wherein the connecting piece has a tubular body with a circumferential wall bounding a flow passage and a plug section located at the tubular body for establishing a plug connection to a mating connecting piece, wherein the connecting piece and the mating connecting piece can be plugged to each other, wherein the connecting piece has a tubular section designed as a multi-component section and having a longitudinal axis, and wherein, into a basic material of the tubular section forming a first component, there is embedded as a second component at least one stiffening element having an oblong shape and made of a stiffening material that is harder and/or has a higher tensile strength and/or bending strength and/or rigidity than the basic material, characterised in that it has at least two strip-shaped or lamellar or laminar or blade-shaped stiffening elements extending in the direction of the longitudinal axis and/or parallel to each other.
A shift device comprising: a shift member at which a supporting shaft is provided, and whose shift position is changed due to the shift member being tilted; a through member through which the shift member is tiltably passed; a strength member through which the shift member is tiltably passed at further toward a supporting shaft side than the through member, and whose strength is high as compared with that of the through member; and a stopping member at which the shift member is tiltably supported, characterized in that the shift member is tiltably supported due to the supporting shaft being nipped between the stopping member and the strength member, and that stops displacement of the strength member that is due to load input from the shift member. a shift member at which a supporting shaft is provided, and whose shift position is changed due to the shift member being tilted; a through member through which the shift member is tiltably passed; a strength member through which the shift member is tiltably passed at further toward a supporting shaft side than the through member, and whose strength is high as compared with that of the through member; and a stopping member at which the shift member is tiltably supported, characterized in that the shift member is tiltably supported due to the supporting shaft being nipped between the stopping member and the strength member, and that stops displacement of the strength member that is due to load input from the shift member.
A method for treating a regenerator flue gas stream comprising providing from a catalyst regenerator a regenerator flue gas stream that contains no NOx and contains carbon monoxide and one or both of NH 3 and HCN; mixing fuel and oxygen arid combusting a portion of the oxygen in the mixture with said fuel to form a hot oxidant stream that has a temperature of at least 1093C (2000 F) and that contains oxygen and products of said combustion; feeding the hot oxidant stream into the regenerator flue gas stream to form a mixture having a temperature higher than 677°C (1250 F) sufficient to convert carbon monoxide in the mixture to carbon dioxide and to convert one or both of NH 3 and HCN in the mixture to N 2, wherein the hot oxidant stream formed in step is fed into the regenerator flue gas stream in step at a velocity of at least 152 meter per second (500 feet per second). providing from a catalyst regenerator a regenerator flue gas stream that contains no NOx and contains carbon monoxide and one or both of NH 3 and HCN; mixing fuel and oxygen arid combusting a portion of the oxygen in the mixture with said fuel to form a hot oxidant stream that has a temperature of at least 1093C (2000 F) and that contains oxygen and products of said combustion; feeding the hot oxidant stream into the regenerator flue gas stream to form a mixture having a temperature higher than 677°C (1250 F) sufficient to convert carbon monoxide in the mixture to carbon dioxide and to convert one or both of NH 3 and HCN in the mixture to N 2, wherein the hot oxidant stream formed in step is fed into the regenerator flue gas stream in step at a velocity of at least 152 meter per second (500 feet per second).