mhurhangee/ep-ind-claims huggingface dataset:
An electron beam device having a tubular body of elongate shape with an exit window extending in the longitudinal direction and a connection end in one end of the tubular body, the electron beam device further comprising a cathode housing having an elongate shape and comprising a free end and an attachment end remote to the free end, characterized in that said electron beam device having a cathode-housing suspension comprising a socket provided in the connection end of the tubular body, an outwardly extending flange in the attachment end of the cathode housing, which flange is provided with threaded openings for set screws and non-threaded openings for attachment bolts, and biasing means provided between the socket and the flange, which biasing means is configured to bias the flange away from the socket, wherein the attachment bolts are arranged for attaching the flange to the socket, and the set screws are used for fixating the flange by working against a surface of the socket thereby forcing the flange towards the head of the attachment bolts.
A composition suitable for use in visualizing a degenerative site in articular cartilage characterized by containing a positively charged albumin labeled with indocyanine green.
A method for use in a peer-to-peer content distribution system (100; 200; 300) including a plurality of peer nodes operably linked to a tracker node, the peer nodes including a sending node and a receiving node, the method being carried out by the tracker node and comprising: receiving, from the receiving node, a request for a verification token associated with a received content item, the received content item having been received from the sending node responsive to a request for an advertised content item, the request for verification token including indicia of the advertised content item; obtaining a verification token based on a random portion of the advertised content item; and sending, to the receiving node, a response including the verification token, indicia of the advertised content item and indicia of the random portion of the advertised content item from which the token was generated, the receiving node thereafter being operable to (a) generate a second token based on a corresponding random portion of the received content item and (b) verify that the received content item matches the advertised content item if the second token matches the verification token. receiving, from the receiving node, a request for a verification token associated with a received content item, the received content item having been received from the sending node responsive to a request for an advertised content item, the request for verification token including indicia of the advertised content item; obtaining a verification token based on a random portion of the advertised content item; and sending, to the receiving node, a response including the verification token, indicia of the advertised content item and indicia of the random portion of the advertised content item from which the token was generated, the receiving node thereafter being operable to (a) generate a second token based on a corresponding random portion of the received content item and (b) verify that the received content item matches the advertised content item if the second token matches the verification token.
A user equipment, UE, for licensed-assisted access, LAA, comprising: a first circuit operative to perform a first listen-before-talk, LBT, in a system bandwidth; and a transmitter operative to transmit a preamble, characterized in that the user equipment further comprises second circuit operative to perform a second LBT in an allocated bandwidth; and the transmitter is further operative to transmit a first preamble over the allocated bandwidth when the first LBT is unsuccessful and the second LBT is successful and is further operative to transmit a second preamble over the system bandwidth or to not transmit any preamble when both the first LBT and the second LBT are successful. a first circuit operative to perform a first listen-before-talk, LBT, in a system bandwidth; and a transmitter operative to transmit a preamble, characterized in that the user equipment further comprises second circuit operative to perform a second LBT in an allocated bandwidth; and the transmitter is further operative to transmit a first preamble over the allocated bandwidth when the first LBT is unsuccessful and the second LBT is successful and is further operative to transmit a second preamble over the system bandwidth or to not transmit any preamble when both the first LBT and the second LBT are successful.
A module for a drive train of a motor vehicle, with a first part and a second part, at least one spiral spring being arranged between the first part and the second part, the spiral spring being configured for the transmission of torque in the drive train and for vibration decoupling and/or damping of torsional vibrations, the spiral spring having a cross section which increases in a length-dependent manner at least in sections, characterized in that: a) the height (h) of the spiral spring increases continuously from an inner holding means as far as an outer holding means, and/or b) the width (b) of the spiral spring increases continuously from an inner holding means as far as an outer holding means. a) the height (h) of the spiral spring increases continuously from an inner holding means as far as an outer holding means, and/or b) the width (b) of the spiral spring increases continuously from an inner holding means as far as an outer holding means.
An apparatus (30, 30'), comprising: a main pulse detonation chamber comprising a proximal end portion, a distal end portion (43, 43') having an exhaust aperture (39, 39'), and a main body extending therebetween, the main body including a plurality of fuel inlet ports extending therethrough; characterised in that the apparatus (30, 30') further comprises: a plurality of separate internal pulse detonation chambers positioned in a single file formation along a longitudinal axis of the main pulse detonation chamber and within the main body of the main pulse detonation chamber, each internal pulse detonation chamber comprising a substantially closed proximal end portion, a distal end portion having an exhaust aperture, and a main body extending therebetween, the main body including a fuel inlet port.
A novel phenol resin having a resin structure in which a naphthol skeleton (n) and a naphthoquinone skeleton (q) are bonded through a methylene bond, wherein a polycondensate (a) of a naphthol compound and formaldehyde is oxidized to form the naphthoquinone skeleton (q) in a resin structure of the polycondensate, and wherein the naphthoquinone skeleton (q) is represented by structural formula q1 or q2 below: (wherein R 1 and R 2 are each independently a hydrogen atom, a methyl group, an ethyl group, or a methoxy group, and two lines in the structural formula q1 or q2 each indicate a bond to another structural site and may be positioned on the same ring or different rings of the two rings constituting the structure).
Solar receiver for a solar thermal tower power plant, wherein the solar receiver comprises a receiver body enclosing a cavity which has an absorption conduit on the inside of the cavity in which conduit a heat carrier fluid can flow, and wherein the receiver body has a radiation opening oriented towards a heliostat field, characterized in that the receiver body has an absorption conduit also on the outer side, in which the heat carrier fluid can flow.
Magnetic angular or linear displacement sensor comprising - either at least one rectilinear permanent magnet defined in a Cartesian reference frame (x,y & z) - or a curvilinear permanent magnet defined in a cylindrical reference frame (r, Q & z) and at least two magneto-sensitive elements and, the magnet being mobile with respect to the said magneto-sensitive elements and, wherein the magnet exhibits at least one dimension varying according to a quasi-sinusoidal non-constant function along a reference frame axis and - in the case of a magnet defined in a Cartesian reference frame x,y,z, the magnetization of the said magnet is oriented according to a single direction x,y or z; - in the case of a magnet defined in a cylindrical reference frame r,Q,z, the magnetization of the said magnet is oriented according to a single direction r,Q or z. - either at least one rectilinear permanent magnet defined in a Cartesian reference frame (x,y & z) - or a curvilinear permanent magnet defined in a cylindrical reference frame (r, Q & z) and at least two magneto-sensitive elements and, the magnet being mobile with respect to the said magneto-sensitive elements and, wherein the magnet exhibits at least one dimension varying according to a quasi-sinusoidal non-constant function along a reference frame axis and - in the case of a magnet defined in a Cartesian reference frame x,y,z, the magnetization of the said magnet is oriented according to a single direction x,y or z; - in the case of a magnet defined in a cylindrical reference frame r,Q,z, the magnetization of the said magnet is oriented according to a single direction r,Q or z.
An azeotropic or azeotrope-like composition comprising from 0.1 mole percent to 9.7 mole percent methylperfluoroheptene ethers, and trans-1,2-dichloroethylene, said composition having a dew point pressure and a bubble point pressure difference that is less than or equal to 3%, based upon the bubble point pressure.
An impact cutter assembly for shearing blanks from wire stock comprising stationary and movable cutter blades (28, 27), the movable cutter blade being mounted in a carriage that reciprocates along a line between a wire receiving position where the blades (28, 27) are aligned and a delivery position where the blades (28, 27) are displaced from one another, a striker block having a flat surface perpendicular to the line of carriage reciprocation, the carriage having a flat surface, said striker surface and carriage surface being perpendicular to the line of carriage reciprocation and parallel to one another, a driver for moving the striker surface towards the carriage surface at a velocity of at least 1.5 meters per second, characterized by a lubrication oil circuit configured for directing lubrication oil to a space between the striker and carriage surfaces whereby an impact between a moving striker surface and a stationary carriage surface is damped by the presence of a film lubricating oil.
A caliper body, particularly for disc brakes of the type comprising at least one brake disc that is provided with two opposite braking surfaces upon which it is possible to actuate respective braking means, and which comprises a central portion that has two substantially opposite sides from which two lateral portions protrude which are intended to face the two opposite braking surfaces when the caliper body is arranged so as to straddle said brake disc, said caliper body being in one piece made of composite material constituted by a basic matrix in which appropriately oriented reinforcement fibers are dispersed and in that each one of said lateral portions comprises a seat for accommodating respective braking means which can be associated with said caliper body by the interposition of connecting means, the caliper body being characterized in that it comprises two connecting portions that are interposed between the free ends of said two lateral portions so as to define a continuous surface, said two lateral portions and said two connecting portions having respective flaps so as to define a continuous perimetric containment ring in which the reinforcement fibers are arranged so as to be oriented along the perimeter of said containment ring.
A method of inertial navigation quality estimation, the method comprising: obtaining an alignment observation; comparing the alignment observation to a current heading estimate; updating the current heading estimate based on the comparison; updating a heading error estimate based on the updated current heading estimate; determining an estimated drift rate based on the heading error estimate and an operational latitude, characterized in that the estimated drift rate is represented by a circular error probable rate that is calculated using the formula: CEPR = x * σ Heading * cos y * abs latitude + z, wherein CEPR represents the circular error probable rate, σ heading represents the heading error estimate, abs ( latitude) represents an absolute value of the operational latitude in degrees, and the x, y, z variables represent numerical values determined empirically and by interpolation of data; determining if a drift rate requirement is met by the estimated drift rate; and if the drift rate requirement is not met, repeating the method until the drift rate requirement is met. obtaining an alignment observation; comparing the alignment observation to a current heading estimate; updating the current heading estimate based on the comparison; updating a heading error estimate based on the updated current heading estimate; determining an estimated drift rate based on the heading error estimate and an operational latitude, characterized in that the estimated drift rate is represented by a circular error probable rate that is calculated using the formula: CEPR = x * σ Heading * cos y * abs latitude + z, wherein CEPR represents the circular error probable rate, σ heading represents the heading error estimate, abs ( latitude) represents an absolute value of the operational latitude in degrees, and the x, y, z variables represent numerical values determined empirically and by interpolation of data; determining if a drift rate requirement is met by the estimated drift rate; and if the drift rate requirement is not met, repeating the method until the drift rate requirement is met.
Windshield wiper, comprising: - a blade for wiping a windshield, and - a body supporting the blade; wherein the windshield wiper comprises a plurality of pistons distributed all along the blade for pressing the blade against the windshield, characterized in that the pistons are more numerous in certain areas of the blade. - a blade for wiping a windshield, and - a body supporting the blade; wherein the windshield wiper comprises a plurality of pistons distributed all along the blade for pressing the blade against the windshield, characterized in that the pistons are more numerous in certain areas of the blade.
A rotating electric machine comprising: a stator having a stator winding including a plurality of conductors; and a rotor opposing the stator with a gap in between and having a plurality of rotor slots, the rotating electric machine being characterized in that each thickness of the plurality of conductors is set at a value equal to or less than a skin depth in the plurality of conductors for a spatial harmonic of an interlinkage magnetic flux passing in the stator winding due to a spatial pulsation of a permeance caused in the gap by the plurality of rotor slots and a rotation of the rotor. a stator having a stator winding including a plurality of conductors; and a rotor opposing the stator with a gap in between and having a plurality of rotor slots, the rotating electric machine being characterized in that each thickness of the plurality of conductors is set at a value equal to or less than a skin depth in the plurality of conductors for a spatial harmonic of an interlinkage magnetic flux passing in the stator winding due to a spatial pulsation of a permeance caused in the gap by the plurality of rotor slots and a rotation of the rotor.
A real-time fault-tolerant control system for a wind power plant comprising a plurality of power units, characterized by the following features: the control system comprising - control means for generating a replica of essentially concurrent power unit set-point values, - a data communication network for transmitting the replica of essentially concurrent power unit set-point values to the plurality of power units, and - a plurality of decentralised voting means being arranged so that a decentralised voting means is assigned to each power unit, each decentralised voting means being adapted to select one power unit set-point value out of the replica of power unit set-point values. - control means for generating a replica of essentially concurrent power unit set-point values, - a data communication network for transmitting the replica of essentially concurrent power unit set-point values to the plurality of power units, and - a plurality of decentralised voting means being arranged so that a decentralised voting means is assigned to each power unit, each decentralised voting means being adapted to select one power unit set-point value out of the replica of power unit set-point values.
A method for producing a multi-part medical marker comprising a marker core consisting of at least two corresponding parts (2a, 2b) and comprising a detectable surface, said method comprising the following steps: - providing the parts (2a, 2b) of the marker core as corresponding parts configured to abut each other; - applying a detectable layer to the surface of the parts (2a, 2b) of the marker core; and - joining the at least two parts (2a, 2b) of the marker core together to form a marker with the at least two parts (2a, 2b) abutting each other. - providing the parts (2a, 2b) of the marker core as corresponding parts configured to abut each other; - applying a detectable layer to the surface of the parts (2a, 2b) of the marker core; and - joining the at least two parts (2a, 2b) of the marker core together to form a marker with the at least two parts (2a, 2b) abutting each other.
An information processing method comprising: receiving print instruction information to print data; authenticating for permitting a printing process according to the print instruction information; executing the printing process according to the print instruction information when the authenticating succeeds; transmitting own identification information from an image forming apparatus to a terminal device when a connection via near field communication is established in response to an operation of passing the terminal device over a near field communication unit of the image forming apparatus in a standby state of the terminal device for near field communication, wherein the standby state for near field communication is caused by displaying image data of a file to be printed on a display of the terminal device, wherein the standby state is a state in which peer to peer, P2P, mode in the near field communication is executable, wherein the file to be printed is selected by a user of the terminal device; and temporarily disabling a function of the authenticating, when receiving the print instruction information via wireless communication using the own identification information as a transmission destination or the near field communication through the operation of passing the terminal device, the wireless communication differing in a communication protocol from the near field communication, for executing the printing process according to the print instruction information. receiving print instruction information to print data; authenticating for permitting a printing process according to the print instruction information; executing the printing process according to the print instruction information when the authenticating succeeds; transmitting own identification information from an image forming apparatus to a terminal device when a connection via near field communication is established in response to an operation of passing the terminal device over a near field communication unit of the image forming apparatus in a standby state of the terminal device for near field communication, wherein the standby state for near field communication is caused by displaying image data of a file to be printed on a display of the terminal device, wherein the standby state is a state in which peer to peer, P2P, mode in the near field communication is executable, wherein the file to be printed is selected by a user of the terminal device; and temporarily disabling a function of the authenticating, when receiving the print instruction information via wireless communication using the own identification information as a transmission destination or the near field communication through the operation of passing the terminal device, the wireless communication differing in a communication protocol from the near field communication, for executing the printing process according to the print instruction information.
A use of a cosmetic composition comprising one or more exfoliating agent selected from the group consisting of serine and carnitine for increasing skin exfoliation, wherein the composition comprises a polyol humectant in an amount of more than 0 wt%, but less than or equal to 2 wt%.
An exposure apparatus for exposing a substrate with exposure light through a liquid in a liquid immersion area, the exposure apparatus comprising: a projection optical system; and a first stage and a second stage, each of the first stage and the second stage being two-dimensionally movable independently of the other in a plane beneath the projection optical system, wherein: the first stage is configured to hold the substrate; the first stage has a substrate holder arranged in a recess for accommodating the substrate, wherein the substrate holder comprises a wall surrounding a plurality of supports for supporting the substrate; the second stage has one or more optical sensors (400, 500, 600); and the apparatus is configured to move the first and second stages into a close state in which the first stage and the second stage closely approach each other and to move the first and second stages in the close state so as to move the liquid immersion area between the first stage and the second stage. a projection optical system; and a first stage and a second stage, each of the first stage and the second stage being two-dimensionally movable independently of the other in a plane beneath the projection optical system, the first stage is configured to hold the substrate; the first stage has a substrate holder arranged in a recess for accommodating the substrate, wherein the substrate holder comprises a wall surrounding a plurality of supports for supporting the substrate; the second stage has one or more optical sensors (400, 500, 600); and the apparatus is configured to move the first and second stages into a close state in which the first stage and the second stage closely approach each other and to move the first and second stages in the close state so as to move the liquid immersion area between the first stage and the second stage.
A composition for use in protecting bicycle or motorbike chains from dirt comprising more than 65% by weight of wax and from 0.005 to 10% by weight of graphene.