mhurhangee/ep-ind-claims huggingface dataset:
Wind turbine, with at least one first electrical and/or electronic component, at least one second electrical and/or electronic component, a Controller Area Network CAN communication system for communication between the at least one first and the at least one second electrical and/or electronic component, wherein the Controller Area Network CAN communication system comprises at least one first and second CAN node, at least one first and second CAN distributor unit, at least one first communication segment for communication between the at least one first or second CAN node and the at least one first or second CAN distributor unit and at least one second communication segment for communication between the at least one first and second CAN distributor unit, wherein the at least one first CAN distributor unit is coupled via the first communication segment with the first CAN node and via the second communication segment with the second CAN distributor unit, wherein the second CAN distributor unit is coupled via the first communication segment with the second CAN node, wherein the first electrical and/or electronic component is coupled with the first CAN node and wherein the second electrical and/or electronic component is coupled with the second CAN node to enable a communication between the first and second electrical and/or electronic component, wherein the at least one first and second CAN distributor unit is adapted to enable a data communication with the at least one first and the at least one second CAN node via the at least one first communication segment based on a first CAN protocol which corresponds to a standard CAN protocol according to ISO 11898, wherein the at least one first and second CAN distributor unit are adapted to perform a data communication between themselves via the at least one second communication segment based on a second CAN protocol which deviates from the standard CAN protocol, wherein the at least one second communication segment is embodied as an optical line, wherein the at least one first and the at least one second communication segment (1200, 1400) are each designed as a point-to-point connection.
A phase difference film comprising an orientation layer formed of a resin C having a negative intrinsic birefringence value, wherein the resin C contains a block copolymer having a block including as a main component a polymerization unit A having a negative intrinsic birefringence value and a block including as a main component a polymerization unit B, and a weight fraction of the block therein being 50% by weight or more and 90% by weight or less, the phase difference film has an NZ factor of greater than 0 and smaller than 1, the NZ factor being a value represented by (nx - nz)/(nx - ny), wherein nx represents the refractive index in the direction in which a maximum refractive index is given among in-plane directions, ny represents the refractive index in the direction, among the in-plane directions of the film, orthogonal to the direction giving nx, and nz represents the refractive index in the thickness direction of the film, the refractive indices being measured at a wavelength of 540 nm, and characterized in that the resin C includes as the block copolymers a triblock copolymer P' of - -, and a diblock copolymer P" of -, and a ratio of the diblock copolymer P" relative to a total of the triblock copolymer P' and the diblock copolymer P" in the resin C is 5% by weight to 40% by weight. the resin C contains a block copolymer having a block including as a main component a polymerization unit A having a negative intrinsic birefringence value and a block including as a main component a polymerization unit B, and a weight fraction of the block therein being 50% by weight or more and 90% by weight or less, the phase difference film has an NZ factor of greater than 0 and smaller than 1, the NZ factor being a value represented by (nx - nz)/(nx - ny), wherein nx represents the refractive index in the direction in which a maximum refractive index is given among in-plane directions, ny represents the refractive index in the direction, among the in-plane directions of the film, orthogonal to the direction giving nx, and nz represents the refractive index in the thickness direction of the film, the refractive indices being measured at a wavelength of 540 nm, and characterized in that the resin C includes as the block copolymers a triblock copolymer P' of - -, and a diblock copolymer P" of -, and a ratio of the diblock copolymer P" relative to a total of the triblock copolymer P' and the diblock copolymer P" in the resin C is 5% by weight to 40% by weight.
A method for transferring authorization to play a content item from a user device to a playback device, wherein the item is authorized for playback on the user device, the method comprising: receiving, by a processing device, an indication that a user of the user device wishes to play the content item on the playback device, wherein the indication is associated with a content ID for the content item, a user credential for the user, and a playback device identifier for the playback device; in response to receiving the indication, verifying, by the processing device, the content ID and the user credential; upon verifying the content ID and the user credential, generating, by the processing device, a token for the content ID, the user identified by the user credential and the playback device identifier, wherein the token authorizes play of the content item on the playback device; sending, by the processing device, the token to the playback device; receiving, by the processing device, the token and a request for the content item from the playback device, wherein the request is associated with the playback device; verifying, by the processing device, that the request and the token received from the playback device match; and in response to the verifying, authorizing, by the processing device, the playback device to present the content item. receiving, by a processing device, an indication that a user of the user device wishes to play the content item on the playback device, wherein the indication is associated with a content ID for the content item, a user credential for the user, and a playback device identifier for the playback device; in response to receiving the indication, verifying, by the processing device, the content ID and the user credential; upon verifying the content ID and the user credential, generating, by the processing device, a token for the content ID, the user identified by the user credential and the playback device identifier, wherein the token authorizes play of the content item on the playback device; sending, by the processing device, the token to the playback device; receiving, by the processing device, the token and a request for the content item from the playback device, wherein the request is associated with the playback device; verifying, by the processing device, that the request and the token received from the playback device match; and in response to the verifying, authorizing, by the processing device, the playback device to present the content item.
An antenna apparatus comprising: - a base that is fixable to a moving object or a structural object; - an antenna unit which is disposed at a side of the base and which is supported by the base; and - a counterweight unit which is disposed at a side of the base opposite to the antenna unit and which is supported by the base, wherein the counterweight unit is supported by the base by means of a plurality of beams that configure a truss structure; further characterized in that: - the base comprises: - a first base plate that supports the antenna unit and the counterweight unit; and - a second base plate which is joined with the first base plate and which is fixable to the moving object or the structural object in such a way that the second base plate can move relative to the first base plate with at least two degrees of freedom. - a base that is fixable to a moving object or a structural object; - an antenna unit which is disposed at a side of the base and which is supported by the base; and - a counterweight unit which is disposed at a side of the base opposite to the antenna unit and which is supported by the base, wherein the counterweight unit is supported by the base by means of a plurality of beams that configure a truss structure; further characterized in that: - the base comprises: - a first base plate that supports the antenna unit and the counterweight unit; and - a second base plate which is joined with the first base plate and which is fixable to the moving object or the structural object in such a way that the second base plate can move relative to the first base plate with at least two degrees of freedom.
Method for evaluating the cleaning state of an aeration and/or conditioning plant of a room, the plant having ducts and at least an air vent inside said room, comprising at least the steps of: - performing a first powder concentration measurement, obtained as average of a plurality of powder concentration measurements performed during a first predetermined time period (ΔT 1) of plant inactivity, inside said room at said air vent; - performing a series of powder concentration measurements during a second predetermined time period (ΔT 2) at the starting of the plant, inside said room at said air vent; - extracting a value of maximum concentration from said series of measurements; - calculating a duct cleaning index as difference between said value of maximum concentration and said first concentration measurement, said duct cleaning index being indicative of a dirty state of the ducts if it is greater than or equal to a first predetermined threshold value (TOLL 1). - performing a first powder concentration measurement, obtained as average of a plurality of powder concentration measurements performed during a first predetermined time period (ΔT 1) of plant inactivity, inside said room at said air vent; - performing a series of powder concentration measurements during a second predetermined time period (ΔT 2) at the starting of the plant, inside said room at said air vent; - extracting a value of maximum concentration from said series of measurements; - calculating a duct cleaning index as difference between said value of maximum concentration and said first concentration measurement, said duct cleaning index being indicative of a dirty state of the ducts if it is greater than or equal to a first predetermined threshold value (TOLL 1).
A magnetic field sensor having a domain stable free layer, comprising: an antiferromagnetic layer on a lower conductive layer; a pinned magnetic reference layer (3, 4, 5), having a magnetization direction, on said antiferromagnetic layer; a separation layer on said magnetic reference layer; a magnetic free layer on said separation layer; a capping layer on said magnetic free layer; characterized in that said magnetic reference, separation, free, and capping layers have the form of a plurality of independent sensor stacks, each such stack having, in plan view, a width dimension along a first axis and a length dimension along a second axis, with a length-to-width ratio sufficient to support an anisotropy field, and a length dimension no greater than a domain wall width and perpendicular to said pinned magnetization direction whereby all free layers of said sensor stacks are domain stable when exposed to a magnetic field; said lower conductive layer having the form of a bottom electrode that is common to all said sensor stacks; a dielectric layer that fills all space between said sensor stacks, including covering all sidewalls; and a top electrode that contacts said capping layer whereby it is common to all said sensor stacks. an antiferromagnetic layer on a lower conductive layer; a pinned magnetic reference layer (3, 4, 5), having a magnetization direction, on said antiferromagnetic layer; a separation layer on said magnetic reference layer; a magnetic free layer on said separation layer; a capping layer on said magnetic free layer; characterized in that said magnetic reference, separation, free, and capping layers have the form of a plurality of independent sensor stacks, each such stack having, in plan view, a width dimension along a first axis and a length dimension along a second axis, with a length-to-width ratio sufficient to support an anisotropy field, and a length dimension no greater than a domain wall width and perpendicular to said pinned magnetization direction whereby all free layers of said sensor stacks are domain stable when exposed to a magnetic field; said lower conductive layer having the form of a bottom electrode that is common to all said sensor stacks; a dielectric layer that fills all space between said sensor stacks, including covering all sidewalls; and a top electrode that contacts said capping layer whereby it is common to all said sensor stacks.
Method for lining the narrow sides of panel-type workpieces, more particularly for applying edging bands to the narrow sides of wood or wood substitutes, wherein an edging band is applied to the narrow side of a panel-type workpiece, wherein prior to applying the edging band a profiling is formed on the narrow side of the workpiece and configured so that an edge region of the narrow side adjoining a flat surface side of the workpiece is recessed back relative to a middle region of the narrow side, in the thickness direction of the workpiece, wherein the profiling is provided on a region of the narrow side where the latter has a convex curved path in the extension plane (X, Z) of the workpiece, characterised in that the profiling is dimensioned so that the distance between a straight line perpendicular to the surface of the flat side of the workpiece, running in the thickness direction of the workpiece and contacting the furthest protruding region of the narrow side on the one side, and the boundary of the surface of the flat side formed by the profiling on the other side, amounts at most to 0.1 mm and at least 0.01 mm, and /or that the profiling is dimensioned so that the distance between a straight line running in the extension of the surface of the flat side of the workpiece, on the one side, and the boundary, formed by the profiling, of the furthest protruding region of the narrow side, on the other side, amounts to at most 1mm and at least 0.1 mm.
A conveyor, in particular of the articulated chain type, for transporting products, comprising a mounting frame for means for supporting and guiding a conveyor belt; conveyor belt guide means (14, 14) which define means for perpendicularly retaining the conveyor belt, the conveyor belt guide means (14, 14) also defining means for transversally centring the belt in the feed plane in the longitudinal stretches of the belt; said conveyor belt comprising a plurality of links forming means for supporting the product and connected to each other in articulated fashion, each link having opposite pluralities of longitudinal protrusions (181, 182) where the respective longitudinal protrusions are transversally spaced from each other in such a way as to form respective spaces (183, 184) for receiving the longitudinal protrusions of an adjacent link; the link comprising a perpendicular protuberance made in a single piece with the body of the link and which forms means for engaging and sliding against a transversal centring surface of guide means in a curved stretch of the belt; the perpendicular protuberance forming only a lateral vertical surface for engaging a lateral centring surface of guide means in the curved stretch of the belt; wherein the conveyor belt guide means (14, 14) comprises lateral guides (14, 14) and further guide means defining said transversal centring surface for engaging and sliding by said perpendicular protuberance; said further guide means being positioned transversally between said lateral guides (14, 14) and being provided for keeping the belt spaced from the lateral guide on the inside of the curved stretches of the belt, said further guide means being located in the proximity of the outside of the curved stretches of the belt, characterized in that the link comprises a transversal protuberance, extending laterally of the link and forming means for engagement and sliding relative to the lateral guide means.
A method performed by a wireless device for multibeam precoder based channel state information, CSI, feedback reporting, wherein a CSI report comprises a first part, CSI Part 1, and a second part, CSI Part 2, the method comprising: generating the CSI report, wherein the CSI Part 1 comprises one or more, per layer, indications of a number of non-zero coefficients, and a payload size of the one or more indications of the number of non-zero coefficients is dependent on a rank restriction of the wireless device; and transmitting the CSI report to a network node, wherein one or more of a payload of the CSI Part 2 and a payload size of the CSI Part 2 is based on the total number of non-zero coefficients indicated in the CSI Part 1 generating the CSI report, wherein the CSI Part 1 comprises one or more, per layer, indications of a number of non-zero coefficients, and a payload size of the one or more indications of the number of non-zero coefficients is dependent on a rank restriction of the wireless device; and transmitting the CSI report to a network node, wherein one or more of a payload of the CSI Part 2 and a payload size of the CSI Part 2 is based on the total number of non-zero coefficients indicated in the CSI Part 1
Lamp (10, 110, 210, 310) having - one or more LED elements, - and a housing with electrical and mechanical connection means, wherein the housing has a light exit region with a light-transmitting end element (20, 220), - wherein the end element is an optical diffuser element (20, 220), - and the end element (20, 220) is of a shape in which the wall of the end element (20, 220) has, in cross-section, two opposite, straight sections which converge towards each other, - the sections have an angle (β) of at least 80° to each other, - the housing has a base plate (22, 222) which, together with the diffuser element (20, 220), closes off an interior space, characterized in that - the straight sections of the wall extend in cross-section from the base plate (22, 222) at an angle. - one or more LED elements, - and a housing with electrical and mechanical connection means, wherein the housing has a light exit region with a light-transmitting end element (20, 220), - wherein the end element is an optical diffuser element (20, 220), - and the end element (20, 220) is of a shape in which the wall of the end element (20, 220) has, in cross-section, two opposite, straight sections which converge towards each other, - the sections have an angle (β) of at least 80° to each other, - the housing has a base plate (22, 222) which, together with the diffuser element (20, 220), closes off an interior space, - the straight sections of the wall extend in cross-section from the base plate (22, 222) at an angle.
A device (101, 201, 301) for producing a position signal indicative of rotational position of a resolver, the device comprising: - a signal transfer interface (102, 202, 302) for receiving a first alternative signal and a second alternative signal, amplitudes of the first and second alternative signals being dependent on the rotational position of the resolver so that envelopes of the first and second alternative signals have a mutual phase shift, - a processing system (103, 203, 303) for generating the position signal at least partly on the basis of the amplitudes of the first and second alternative signals and a polarity of an excitation signal of the resolver, and - a signal generator (104, 204, 304), wherein the device is configurable to operate in a first operational mode where the signal generator is configured to generate the excitation signal and the signal transfer interface is configured to transmit the excitation signal to the resolver and to transmit information indicative of the polarity of the excitation signal to one or more other devices for producing a position signal indicative of rotational position of a resolver, wherein the device is configurable to operate in a second operational mode where the signal transfer interface is configured to receive the information indicative of the polarity of the excitation signal generated by the signal generator of one of the other devices from one of the other devices and characterized in that the received information indicative of the polarity of the excitation signal is independent of operation of the signal generator. - a signal transfer interface (102, 202, 302) for receiving a first alternative signal and a second alternative signal, amplitudes of the first and second alternative signals being dependent on the rotational position of the resolver so that envelopes of the first and second alternative signals have a mutual phase shift, - a processing system (103, 203, 303) for generating the position signal at least partly on the basis of the amplitudes of the first and second alternative signals and a polarity of an excitation signal of the resolver, and - a signal generator (104, 204, 304),
Locking device for seating and/or reclining furniture for blocking indefinite rotation movements comprising a. at least a crown element with at least two recesses for positioning, b. at least one support for arranging the locking device on seating and/or reclining furniture, c. at least one lever arm, which is arranged swivel-mounted with one end on the at least one support, and d. at least one impact element, which is articulated to the at least one level arm, wherein the impact element is variably guided in its position via at least one guiding element which is fixedly arranged at the support, and wherein the lever arm comprises at least one protrusion which is designed at least partially complementary to the at least two recesses of the crown element and which is engaged with at least one recess of the crown element in a latched position. a. at least a crown element with at least two recesses for positioning, b. at least one support for arranging the locking device on seating and/or reclining furniture, c. at least one lever arm, which is arranged swivel-mounted with one end on the at least one support, and d. at least one impact element, which is articulated to the at least one level arm,