mhurhangee/ep-ind-claims huggingface dataset:
A nucleic acid array, comprising: a support having locations that, in operation, receive biological samples comprising nucleic acid sequences and differing from one another to respond differently in successive cycles of fluorescent imaging; and a fiducial feature (146, 154, 174, 181, 183, 185) on the support, the fiducial feature (146, 154, 174, 181, 183, 185) having a fluorescent material that exhibits an absorption spectrum and an emission spectrum that permits the fiducial feature (146, 154, 174, 181, 183, 185) to be excited by different wavelengths of light used in the successive cycles of fluorescent imaging; wherein the successive cycles of fluorescent imaging are cycles performed utilizing light at at least two different wavelengths, and wherein the fluorescent material of the fiducial feature (146, 154, 174, 181, 183, 185) is responsive to both of the at least two different wavelengths; and wherein the fiducial feature (146, 154, 174, 181, 183, 185) comprises a non-closed shape having at least a portion that extends over 180° to at least begin to enclose an inner portion and including at least one opening (152, 164, 166, 168, 170, 180, 186). a support having locations that, in operation, receive biological samples comprising nucleic acid sequences and differing from one another to respond differently in successive cycles of fluorescent imaging; and a fiducial feature (146, 154, 174, 181, 183, 185) on the support, the fiducial feature (146, 154, 174, 181, 183, 185) having a fluorescent material that exhibits an absorption spectrum and an emission spectrum that permits the fiducial feature (146, 154, 174, 181, 183, 185) to be excited by different wavelengths of light used in the successive cycles of fluorescent imaging; wherein the successive cycles of fluorescent imaging are cycles performed utilizing light at at least two different wavelengths, and wherein the fluorescent material of the fiducial feature (146, 154, 174, 181, 183, 185) is responsive to both of the at least two different wavelengths; and wherein the fiducial feature (146, 154, 174, 181, 183, 185) comprises a non-closed shape having at least a portion that extends over 180° to at least begin to enclose an inner portion and including at least one opening (152, 164, 166, 168, 170, 180, 186).
An armature (10; 30; 50) for an electromagnetic actuator, the armature comprising - an armature body (12; 32; 52), - at least one electrically conductive member (14; 34; 54, 64) configured for cooperation with a magnetic field generator (110; 130; 150, 151) of an electromagnetic actuator, - a connection end (26; 46; 66) configured for connection of the armature to an apparatus operable by an electromagnetic actuator, characterised in that the electrically conductive member is configured for cooperation with a magnetic field generator comprising a repulsion coil, and that the armature body (12; 32; 52) comprises a cellular structure (13; 33; 53). - an armature body (12; 32; 52), - at least one electrically conductive member (14; 34; 54, 64) configured for cooperation with a magnetic field generator (110; 130; 150, 151) of an electromagnetic actuator, - a connection end (26; 46; 66) configured for connection of the armature to an apparatus operable by an electromagnetic actuator,
Cleaning head for cleaning a surface, such as a ship's hull, the cleaning head comprising: - a frame comprising a nozzle shaft; - one or more nozzles for cleaning the surface that are directly or indirectly connected to the nozzle shaft of the frame for providing a fluid to the surface to be cleaned; - magnetic positioning means (46,42) for positioning the head relative to the surface that are provided or attached to the frame; and - an activating element for manipulating the distance between the surface and the positioning means, the activating element being connected to the positioning means (46,42), wherein the magnetic positioning means (46,42) are movable between at least a first state wherein the head is in a free movable state, and an active second state wherein the head is movable connected to the surface and can be put to operation, and characterized by further comprising rotating means such that the one or more nozzles are rotatable around the magnetic positioning means (46,42), and wherein the cleaning head is integrally provided with the magnetic positioning means (46, 42), such that the capability to follow a curvature of the surface is provided. - a frame comprising a nozzle shaft; - one or more nozzles for cleaning the surface that are directly or indirectly connected to the nozzle shaft of the frame for providing a fluid to the surface to be cleaned; - magnetic positioning means (46,42) for positioning the head relative to the surface that are provided or attached to the frame; and - an activating element for manipulating the distance between the surface and the positioning means, the activating element being connected to the positioning means (46,42),
A signal transmission method, comprising: transmitting N modulated signals on N subcarriers, the N subcarriers are subcarriers on frequency domain resources of M channels, N is an integer greater than or equal to 2, M is an integer greater than or equal to 2; wherein at least two modulated signals transmitted on different channels are conjugate, and wherein the N subcarriers are subcarriers on frequency domain resources of M channels is that each channel has N/M subcarriers; and wherein high-order modulated signals and low-order modulated signals are expressed as x 1 x 2 x 3 x 4 = 1 2 1 j 0 0 0 0 1 j 0 0 1 − j 1 − j 0 0} Q s 2 s 2 s 3 s 4, wherein the N modulated signals are based on a channel matrix Q, wherein the channel matrix Q is Q = 1 2 1 j 0 0 0 0 1 j 0 0 1 − j 1 − j 0 0, s 1, s 2, s 3, s 4 are BPSK modulated signals, x 1, x 2, x 3, x 4 are QPSK modulated signals, x 3 = x 2 ′, x 4 = x 1 ′, and ()' means obtaining a conjugate. transmitting N modulated signals on N subcarriers, the N subcarriers are subcarriers on frequency domain resources of M channels, N is an integer greater than or equal to 2, M is an integer greater than or equal to 2; wherein at least two modulated signals transmitted on different channels are conjugate, and wherein the N subcarriers are subcarriers on frequency domain resources of M channels is that each channel has N/M subcarriers; and wherein high-order modulated signals and low-order modulated signals are expressed as x 1 x 2 x 3 x 4 = 1 2 1 j 0 0 0 0 1 j 0 0 1 − j 1 − j 0 0} Q s 2 s 2 s 3 s 4, wherein the N modulated signals are based on a channel matrix Q, wherein the channel matrix Q is Q = 1 2 1 j 0 0 0 0 1 j 0 0 1 − j 1 − j 0 0, s 1, s 2, s 3, s 4 are BPSK modulated signals, x 1, x 2, x 3, x 4 are QPSK modulated signals, x 3 = x 2 ′, x 4 = x 1 ′, and ()' means obtaining a conjugate.
A container comprising a first element and at least one second element movable relative to the first element between a closed position and an open position, a drive device for moving the second element, at least one deformation measuring unit with a deformation sensor on at least one of the elements (31, 32) for detecting a force exerted on one of the elements (31, 32) and a control unit for receiving and evaluating a deformation signal transmitted by the deformation measuring unit and for actuating the drive device, wherein one of the elements comprises a first component and a second component, wherein the deformation measuring unit is arranged between the two components (33, 34), wherein the deformation sensor is plate-like and is arranged such, that it is bent during a force exerted on the first component, wherein the deformation measuring unit has an accommodation element accommodating the deformation sensor, and wherein the accommodation element is supported against the first component and against the second component, characterised in that the accommodation element is supported with a pressure portion against the first component and with two support portions (47, 48) against the second component, that the deformation sensor is supported, on a first side, against the pressure portion and, on a second side facing away from the first side, against the support portions (47, 48), and that the deformation sensor is held preloaded between the pressure portion and the support portions (47, 48).
Medium voltage switchgear with frame, wherein a three phase arrangement of pole parts with circuit breakers are fixed at one end on a support or a frame element, which is arranged in a switchgear panel, wherein the open ends of the pole parts, opposite to the fixed ends of the pole parts fixed on the support or frame, are among themselves mechanically joined or connected by an additional joining element, and near to the aforesaid open ends of the pole parts, one electrical terminal per pole part is placed, wherein the joining element is made of insulating material and tightly fixed among the open ends of the pole parts in such, that they mechanically interconnect the pole parts and additionally increases the dielectrical withstand between the terminals of the pole parts from each other, characterized in that the joining element is provided with sealing strips or paths or regions between each pole part, at that side of the joining element, which is directly fixed on the pole parts.
A fastening device for light and/or view protection arrangements for attachment in front of light-permeable panes on doors or windows, comprising - a cord tensioner provided with an adhesive surface and a holder for a tension cord of the light and/or view protection arrangement, characterized in that the fastening device furthermore comprises - a holding-down device for the cord tensioner provided with an adhesive surface, and - a securing web, wherein the cord tensioner and the holding-down device are connected to one another via the securing web, wherein both adhesive surfaces are arranged essentially perpendicularly to one another, are connected to one another via the securing web, and the adhesive surfaces can be twisted about an axis parallel to the respective adhesive surface and with respect to one another through the connection point between securing web and the other adhesive surface, and the securing web absorbs the torsion, wherein the securing web preferably in each case engages on the end region of the respective adhesive surface. - a cord tensioner provided with an adhesive surface and a holder for a tension cord of the light and/or view protection arrangement, - a holding-down device for the cord tensioner provided with an adhesive surface, and - a securing web, wherein the cord tensioner and the holding-down device are connected to one another via the securing web,
A multi-function rearview device (100, 700, 900) for use with a vehicle, comprising: • a housing which is configured to be attached to the vehicle and to be moveable relative to the vehicle, • a rearview element (120, 750, 950) comprising at least one of a reflective element, a camera and a display element; • a bezel (130, 720, 920) formed at an outer portion of the multi-function rearview device (100, 700, 900) surrounding the rearview element (120, 750, 950), with the rearview element (120, 750, 950) being attached to at least one of the bezel (130, 720, 920) and the housing, • an interior space being formed within the bezel (130. 720, 920); and • at least one of one or more light assemblies (200, 610, 810) and one or more electronic means being positioned at least partly within the interior space of the bezel, characterised in that the multi-function device is functionally connected to an actuator, and the actuator is positioned outside the housing and moves the multi-function device entirely including the housing, and not only the rearview element, and the bezel is made of a plastic substrate which is at least one of colored, surface finished, transparent and coated, with the bezel being transparent and including a chromium-based coating, making the one or more light assemblies beneath the bezel hidden until lit. • a housing which is configured to be attached to the vehicle and to be moveable relative to the vehicle, • a rearview element (120, 750, 950) comprising at least one of a reflective element, a camera and a display element; • a bezel (130, 720, 920) formed at an outer portion of the multi-function rearview device (100, 700, 900) surrounding the rearview element (120, 750, 950), with the rearview element (120, 750, 950) being attached to at least one of the bezel (130, 720, 920) and the housing, • an interior space being formed within the bezel (130. 720, 920); and • at least one of one or more light assemblies (200, 610, 810) and one or more electronic means being positioned at least partly within the interior space of the bezel,
A method for preparing styrene-butadiene rubber, the method comprising a polymerization in an emulsion state by using a composition including 1) a styrene-based monomer; 2) a butadiene-based monomer; and 3) a molecular weight modifier comprising t-dodecylmercaptan and pentamethylheptanethiol (PMHT), wherein the t-dodecylmercaptan and the pentamethylheptanethiol are included in a weight ratio of 70:30 to 95:5, and the pentamethylheptanethiol is added at the time when the polymerization exhibits a conversion rate of 10% to 55%.
Method for producing a multi-ply fibrous web, in particular a multi-ply paper or board web, in which at least two plies are formed from fibrous slurries supplied by means of a multi-layer headbox to a Fourdrinier wire or top former, in particular TopFormer F ® of the Applicant, provided with a breast roll shaker, characterized in that a top ply and an underliner or protection ply are formed from the fibrous slurries delivered by the multi-layer headbox on a first Fourdrinier wire guided around a breast roll with an associated breast roll shaker, and a middle ply is formed on a second Fourdrinier wire from a fibrous slurry supplied thereto by means of a further headbox, the top ply and the underliner or protection ply as well as the middle ply are couched with one another at a point of contact between the first Fourdrinier wire and the second Fourdrinier wire, and the plies so couched with one another are couched, in particular in the region of a couch roll around which the first Fourdrinier wire is guided after couching of the top ply and the underliner or protection ply with the middle ply, with a back ply formed on a third Fourdrinier wire from a fibrous slurry supplied by means of a further headbox.
A soft panel comprising: a work softened lamination comprising a plurality of ply groups, each ply group comprising one or more layers, each layer comprising a composite material comprising fibers embedded in a matrix material; and a slip plane between at least one set of adjacent ply groups, the adjacent ply groups remaining unconnected or substantially unconnected at the slip plane, wherein the slip plane comprises a slip agent between the adjacent ply groups. a work softened lamination comprising a plurality of ply groups, each ply group comprising one or more layers, each layer comprising a composite material comprising fibers embedded in a matrix material; and a slip plane between at least one set of adjacent ply groups, the adjacent ply groups remaining unconnected or substantially unconnected at the slip plane, wherein the slip plane comprises a slip agent between the adjacent ply groups.
An analyte detection method, comprising detecting an analyte in such a state that a complex comprising the analyte in a sample of interest, a particle capable of binding to the analyte and a trapping substance capable of binding to the analyte is formed on a substrate, wherein the analyte is detected on the basis of an index associated with the Brownian motion of the particle, wherein the index is at least one index selected from the group consisting of a mean square displacement, a diffusion coefficient and an average velocity, and wherein said method comprises a detection step comprising determining a particle non-specifically bound on the substrate; an analyte-bound particle on the substrate; and a particle in a free state without binding to the trapping substance.
A method for processing control information carried out by a mobile station being served by a cloud cell comprising a plurality of base stations serving the mobile station, the plurality of base stations (102A,102B,102C) comprising one or more slave base stations (102B, 102C) and a master base station, the method comprising: monitoring a communication link between the master base station and the mobile station for control information associated with each of the plurality of base stations to be used for communication with the mobile station during a scheduling interval; receiving the control information from the master base station over the communication link, wherein the control information indicates cumulative resource for the scheduling interval among available resources associated with each of the plurality of base stations in the cloud cell, the cumulative resource corresponding to a number of receive chains in the mobile station; decoding the received cumulative resource allocation control information; and communicating with each of the plurality of base stations according to the decoded resource allocation control information during the scheduling interval. monitoring a communication link between the master base station and the mobile station for control information associated with each of the plurality of base stations to be used for communication with the mobile station during a scheduling interval; receiving the control information from the master base station over the communication link, wherein the control information indicates cumulative resource for the scheduling interval among available resources associated with each of the plurality of base stations in the cloud cell, the cumulative resource corresponding to a number of receive chains in the mobile station; decoding the received cumulative resource allocation control information; and communicating with each of the plurality of base stations according to the decoded resource allocation control information during the scheduling interval.
A connecting-junction arrangement for an at least two-dimensional load-bearing framework, in particular a furniture connecting-junction arrangement, comprising identical first load-bearing elements, which have a flattened end portion at least at one end, an upper fixing element and a lower fixing element, a connecting element for providing a fixing force which presses the upper fixing element and the lower fixing element against one another, in a fixed state, on account of the fixing force exerted by the connecting element, wherein the flattened end portions of the identical first load-bearing elements are arranged in a single plane and are arranged in each case with a clamping portion between the upper fixing element and the lower fixing element, wherein either, according to a first alternative, each flattened end portion, on an underside, has at least one depression (140; 140-1, 140-2) in the clamping portion, or each flattened end portion, on an upper side, has at least one depression (140; 140-1, 140-2) in the clamping portion, and the upper fixing element or the lower fixing element, for each end portion pressed between the fixing elements (310, 320), has a protrusion, which engages in the corresponding at least one depression (140; 140-1, 140-2) in the fixed state, or, according to a further alternative, each flattened end portion, on an underside, has a protrusion (156; 156-1, 156-2) in the clamping portion, or each flattened end portion, on an upper side, has a protrusion (156; 156-1, 156-2) in the clamping portion, and the upper fixing element or the lower fixing element, for each end portion pressed between the fixing elements (310, 320), has a depression, in which the corresponding at least one protrusion (156; 156-1, 156-2) engages in the fixed state, or both alternatives are provided at the same time, characterised in that the connecting element can be arranged in the fixed state, in which the fixing force necessary for the fixing is exerted, and in a partially fixed state, in which the upper fixing element and the lower fixing element are indeed connected to one another, but the fixing force necessary for the fixing is not exerted onto these fixing elements by the connecting element, and wherein one or two spring elements are provided, which in the partially fixed state presses/press the fixing elements against one another.
A dry, phosphate-based mixture for making a high strength cement, comprising monopotassium phosphate, a Group IIA metal oxide in amounts of about 50 to about 70 parts per 100 parts of said monopotassium phosphate, and mono calcium orthophosphate in amounts of from about 3 to about 30 parts per 100 parts of said monopotassium phosphate, wherein the proportions of monopotassium phosphate, Group IIA metal oxide and monocalcium orthophosphate are selected so that the set product has a pH in the range from about 7.0 to about 9.0 and the set product has a compressive strength greater than 13.5 megapascals (2000 psi) in 24 hours.
A total shoulder prosthesis of the reverse type comprising: (i) a concave component adapted for attachment to the proximal humerus, and (ii) a convex component comprising a spherical head and a bone anchor adapted for attachment to the scapula, wherein the concave component comprises a recess adapted to receive the spherical head and characterized in that the concave component provides a coverage of about 180° to about 200° of the spherical head. (i) a concave component adapted for attachment to the proximal humerus, and (ii) a convex component comprising a spherical head and a bone anchor adapted for attachment to the scapula,