mhurhangee/ep-ind-claims huggingface dataset:
Anchor, more particularly a fixed anchor, for a tensioning device designed for attachment on a construction for holding tensile cords, such as wires, rods, more particularly tensile wires, tension rods, or the like on the anchor, with a multi-part anchor head, wherein the anchor head has: - an anchor plate in the form of a perforated disc with a feed-through for separately guiding a tensile cord, wherein the feed-through is one of a number of feed-throughs and the tensile cord is one of a number of tensile cords, - an intermediate disc mounted on one side of the perforated disc and having a further feed-through for separately guiding the tensile cord, wherein the further feed-through is one of a number of further feed-throughs in the intermediate disc and the tensile cord is the one of the number of tensile cords, wherein - the intermediate disc is formed as a transition plate which supports at least in the further feed-through a tension fastening element, which is designed to anchor the tensile cord automatically under tension characterized in that anchor head further has: a security disc arranged on the other side of the perforated disc wherein the security disc has also a further feed-through for separately guiding through the tensile cord, wherein the additional further feed-through is one of a number of additional further feed-throughs in the security disc and the tensile cord is the one of the number of tensile cords. - an anchor plate in the form of a perforated disc with a feed-through for separately guiding a tensile cord, wherein the feed-through is one of a number of feed-throughs and the tensile cord is one of a number of tensile cords, - an intermediate disc mounted on one side of the perforated disc and having a further feed-through for separately guiding the tensile cord, wherein the further feed-through is one of a number of further feed-throughs in the intermediate disc and the tensile cord is the one of the number of tensile cords, wherein - the intermediate disc is formed as a transition plate which supports at least in the further feed-through a tension fastening element, which is designed to anchor the tensile cord automatically under tension a security disc arranged on the other side of the perforated disc wherein the security disc has also a further feed-through for separately guiding through the tensile cord, wherein the additional further feed-through is one of a number of additional further feed-throughs in the security disc and the tensile cord is the one of the number of tensile cords.
A data transmission method, applied to an electronic device that uses a plurality of wireless communication links, and the method comprising: acquiring a first data packet to be sent; determining a first data stream to which the first data packet belongs; the data transmission method is characterised by: detecting a link state of the first data stream; when the link state of the first data stream is an establishing state and the first data packet is sent for the first time, selecting a first wireless communication link from the plurality of wireless communication links for the first data packet, and marking the first data packet according to a first link identifier of the first wireless communication link; and sending the first data packet through a network interface of the first wireless communication link according to the first link identifier. acquiring a first data packet to be sent; determining a first data stream to which the first data packet belongs; the data transmission method is characterised by: detecting a link state of the first data stream; when the link state of the first data stream is an establishing state and the first data packet is sent for the first time, selecting a first wireless communication link from the plurality of wireless communication links for the first data packet, and marking the first data packet according to a first link identifier of the first wireless communication link; and sending the first data packet through a network interface of the first wireless communication link according to the first link identifier. detecting a link state of the first data stream; when the link state of the first data stream is an establishing state and the first data packet is sent for the first time, selecting a first wireless communication link from the plurality of wireless communication links for the first data packet, and marking the first data packet according to a first link identifier of the first wireless communication link; and sending the first data packet through a network interface of the first wireless communication link according to the first link identifier.
A container capable of preventing a sideslip and jumping of a housed workpiece, wherein a band insertion groove is formed in a bottom wall of the container, and a bridging member is disposed between a pair of inner side faces of the band insertion groove at a middle part in a longitudinal direction of the band insertion groove such that the workpiece is arrangeable above the bridging member so that a band can be wound around the workpiece together with the bridging member, characterized in that a horizontal positioning groove is formed in the bottom wall of the container, a plurality of horizontal positioning engaging parts are aligned at one side part of the horizontal positioning groove, and a sideslip regulating component is provided, the regulating component being detachably received by the horizontal positioning groove and engaged with any of the horizontal positioning engaging parts, part of the regulating component being covered with the workpiece from above and another part thereof being brought into contact with the workpiece from the side.
A high speed rolling element bearing system for reacting a primary thrust load, comprising: a first high speed rolling element thrust bearing; a second high speed rolling element thrust bearing, wherein the first thrust bearing and the second thrust bearing are dimensionally configured to react the primary thrust load in parallel; a clutch operable for selectively coupling first and second rotatable spools (34, 36) together, the clutch adapted to transmit the primary thrust load during a clutching operation and remove the primary thrust load upon completion of the clutching operation; a preload generator operative to generate a thrust preload between the first thrust bearing and the second thrust bearing upon removal of the primary thrust load, and wherein the preload generator includes a split spacer and one or more springs disposed in the split spacer. a first high speed rolling element thrust bearing; a second high speed rolling element thrust bearing, wherein the first thrust bearing and the second thrust bearing are dimensionally configured to react the primary thrust load in parallel; a clutch operable for selectively coupling first and second rotatable spools (34, 36) together, the clutch adapted to transmit the primary thrust load during a clutching operation and remove the primary thrust load upon completion of the clutching operation; a preload generator operative to generate a thrust preload between the first thrust bearing and the second thrust bearing upon removal of the primary thrust load, and wherein the preload generator includes a split spacer and one or more springs disposed in the split spacer.
A stator having a cover-integrated structure that is applied to a direct drive apparatus for use in a drum-washing machine, the stator comprising: a division stator core assembly in which coils are successively wound per phase on a number of division cores on respective outer circumferences of which bobbins are formed and adjoining division core bobbins are mutually coupled with each other and assembled in an annular form; and a stator holder that is selectively formed on and integrated with the outer portion of the division type stator core assembly, wherein the stator holder further comprises an inner extension portion that is axially extended and to the center of gravity of which one end of a rotating shaft is rotatably supported; and an outer extension portion that is extended forwards from the outer circumference of the stator holder and that is fixedly combined with a tub of the drum-washing machine, characterized in that the stator holder and the outer extension portion form a cover surrounding a rotor which is disposed between the stator and the tub. a division stator core assembly in which coils are successively wound per phase on a number of division cores on respective outer circumferences of which bobbins are formed and adjoining division core bobbins are mutually coupled with each other and assembled in an annular form; and a stator holder that is selectively formed on and integrated with the outer portion of the division type stator core assembly, wherein the stator holder further comprises an inner extension portion that is axially extended and to the center of gravity of which one end of a rotating shaft is rotatably supported; and an outer extension portion that is extended forwards from the outer circumference of the stator holder and that is fixedly combined with a tub of the drum-washing machine, characterized in that the stator holder and the outer extension portion form a cover surrounding a rotor which is disposed between the stator and the tub.
Retarder to brake a driving source (1, 4, 6, 10), comprising a retarder shaft, which is connected to a rotor and an oil pump; a stator, which jointly with the rotor forms a torus for the receipt of retarder oil; a retarder oil circuit, which is connected to the oil pump and the torus; a clutch device for engagement and disengagement of the retarder shaft to and from the driving source (1, 4, 6, 10); characterised in that: a tachogenerator is arranged to measure the retarder shaft's revolutions in order to determine, based on knowledge about the capacity of the oil pump, when the retarder oil circuit is filled with retarder oil, and a control device which is connected to a tachogenerator and to the clutch device, the control device which receives signals from the tachogenerator regarding the revolutions of the retarder shaft and which emits signals to the clutch device to disengage the retarder shaft from the driving source when the retarder oil circuit is filled with retarder oil. a tachogenerator is arranged to measure the retarder shaft's revolutions in order to determine, based on knowledge about the capacity of the oil pump, when the retarder oil circuit is filled with retarder oil, and a control device which is connected to a tachogenerator and to the clutch device, the control device which receives signals from the tachogenerator regarding the revolutions of the retarder shaft and which emits signals to the clutch device to disengage the retarder shaft from the driving source when the retarder oil circuit is filled with retarder oil.
A method performed by a base unit, the method comprising: transmitting higher layer parameters to configure two or more sounding reference signal, SRS, resource sets for a non-codebook based physical uplink share channel, PUSCH, transmission, wherein each SRS resource set is associated with a non-zero power, NZP, channel state information reference signal, CSI-RS; and transmitting one downlink control information, DCI, including two or more SRS indicator, SRI, fields for indicating the SRS resources defined in each corresponding SRS resource set, wherein all of the SRS resources in the same SRS resource set are configured with the same spatial relation information. transmitting higher layer parameters to configure two or more sounding reference signal, SRS, resource sets for a non-codebook based physical uplink share channel, PUSCH, transmission, wherein each SRS resource set is associated with a non-zero power, NZP, channel state information reference signal, CSI-RS; and transmitting one downlink control information, DCI, including two or more SRS indicator, SRI, fields for indicating the SRS resources defined in each corresponding SRS resource set, wherein all of the SRS resources in the same SRS resource set are configured with the same spatial relation information.
A method for producing a through opening in a multi-ply security paper, wherein - a first paper web is formed and provided with an opening, - a second contiguous paper web is formed that, still in the wet state, is merged with the first paper web, characterized in that - the merged first and second paper web (250, 252) are guided between a first- and a second-web-side carrier felt (256, 260), and - the second-web-side carrier felt is lifted up from the merged paper web (250,252) to pick up a sub-area of the second paper web in the region of the opening of the first paper web and, in this way, to produce a through opening in the merged paper web (250, 252). - a first paper web is formed and provided with an opening, - a second contiguous paper web is formed that, still in the wet state, is merged with the first paper web, - the merged first and second paper web (250, 252) are guided between a first- and a second-web-side carrier felt (256, 260), and - the second-web-side carrier felt is lifted up from the merged paper web (250,252) to pick up a sub-area of the second paper web in the region of the opening of the first paper web and, in this way, to produce a through opening in the merged paper web (250, 252).
Door seal (5; 12) for a cooking appliance (1; 11), having a sealing lip for generating a sealing line with a closed door of the cooking appliance (1; 11), wherein: - a collection groove (8; 13) is embodied on the sealing lip, and - the collection groove (8; 13) is connected to an appliance side of the door seal (5; 12) via at least one through-flow duct, characterised in that - the collection groove is embodied below the sealing lip on the door side. - a collection groove (8; 13) is embodied on the sealing lip, and - the collection groove (8; 13) is connected to an appliance side of the door seal (5; 12) via at least one through-flow duct, characterised in that - the collection groove is embodied below the sealing lip on the door side.
A collection fitting for sampling fluid from a tissue site, the collection fitting comprising: a housing having a central passage, a first union, and a second union, the first union and the second union in fluid communication with the central passage, the housing comprising a tubular member having a first, open, end and a second end formed by a wall; and a plunger disposed in the housing and movable between a sampling position and a bypass position, the plunger having a bypass passage configured to fluidly couple the first union and the second union through the central passage in the bypass position, the plunger comprising a stem coupled to the plunger and extending toward the second end; a cap having a boss, the boss having a first inlet and a second inlet, the boss configured to be inserted into the central passage and move the plunger, the first and second inlet being configured to fluidly couple the first union and the second union in the sampling position; wherein an end of the stem protrudes from the second end in the sampling position characterized by a biasing member disposed in the housing and configured to bias the plunger to the bypass position. a housing having a central passage, a first union, and a second union, the first union and the second union in fluid communication with the central passage, the housing comprising a tubular member having a first, open, end and a second end formed by a wall; and a plunger disposed in the housing and movable between a sampling position and a bypass position, the plunger having a bypass passage configured to fluidly couple the first union and the second union through the central passage in the bypass position, the plunger comprising a stem coupled to the plunger and extending toward the second end; a cap having a boss, the boss having a first inlet and a second inlet, the boss configured to be inserted into the central passage and move the plunger, the first and second inlet being configured to fluidly couple the first union and the second union in the sampling position; wherein an end of the stem protrudes from the second end in the sampling position characterized by a biasing member disposed in the housing and configured to bias the plunger to the bypass position.
A biogas plant for the production of biogas from straw, comprising: a means for the mechanical decomposition of straw comprising a device for mechanically disintegrating of straw by grinding, preferably grinding with a hammer mill, at least one fermenter for the anaerobic bacterial fermentation of the straw that had been disintegrated by grinding according to the wet fermentation method. a means for the mechanical decomposition of straw comprising a device for mechanically disintegrating of straw by grinding, preferably grinding with a hammer mill, at least one fermenter for the anaerobic bacterial fermentation of the straw that had been disintegrated by grinding according to the wet fermentation method.
System for dynamic control of the operation of an evaporator, the system comprising an evaporator, a plurality of injector arrangements (25a, 25b), a sensor arrangement and a controller, wherein the evaporator comprises an outlet, a plurality of fluid passages and at least one inlet (26a, 26b) for the supply of a fluid to the outlet via the plurality of fluid passages during evaporation of the fluid, each injector arrangement (25a, 25b) comprises at least one injector (23a, 23b) and at least one valve (22a, 22b), and each injector arrangement (25a, 25b) being arranged to supply a flow of the fluid to at least one of the fluid passages via the at least one inlet (26a, 26b) of the evaporator, the sensor arrangement is arranged to measure temperature (Tm) and pressure (Pm) of the evaporated fluid, or the presence of any liquid content in the evaporated fluid, and a controller, characterised by the controller being configured to individually evaluate each of the fluid passages based on information received from the sensor arrangement and to communicate with each of the valves (22a, 22b) of the injector arrangements (25a, 25b) to control, based on the respective evaluations, the amount of fluid to be supplied by each injector arrangement (25a, 25b) to each fluid passage in the evaporator in order for the evaporator to operate towards a set-point superheating value (TshT).
An airfoil for use in the working fluid path of a turboengine, the airfoil extending along a spanwidth direction (s) from a base to a tip, the airfoil exhibiting a suction side, a pressure side, a leading edge and a trailing edge, the airfoil comprising an airfoil aerodynamic body, the aerodynamic body comprising a suction side surface, a pressure side surface, a leading edge, a trailing edge and a tip, said tip of the aerodynamic body having a tip cross section and a cross-sectional contour circumscribing the tip cross section, a rim disposed at the tip of the aerodynamic body and extending to the tip of the airfoil and following said cross-sectional contour on the pressure side, the suction side, and extending over the leading edge of the airfoil, the rim delimiting a tip cavity which is open at the tip of the airfoil, wherein the rim is open at the trailing edge of the airfoil such that the tip cavity is open at the trailing edge of the airfoil, at least one fluid duct comprising a discharge orifice (8, 9) opens out onto the bottom of the tip cavity through said discharge orifice (8, 9) characterized in that the at least one fluid duct is provided, arranged and configured as a film cooling duct and the film cooling duct is provided, arranged and configured to discharge a coolant with a velocity component directed from the leading edge to the trailing edge.
An elongated, reactive member for use in a nuclear core comprising: a tubular cladding substantially extending an elongated length of the reactive member; a top end plug sealing off a top end of a central hollow cavity of the tubular cladding; a bottom end plug sealing off a bottom end of the central hollow cavity of the tubular cladding; an active element substantially occupying a lower portion of the central hollow cavity; a coil spring substantially extending between the top end plug and an upper surface of the active element, pressuring the active element toward the lower end plug; and a spacer between a lower end of the spring and the upper surface of the active element, spreading a force of the spring over a larger portion of the upper surface of the active element than would be applied by the spring directly, wherein the spring is mechanically attached to the spacer, the spacer has a substantially flat head facing the upper surface of the active element and an opposite side that extends in an axial direction of an elongated dimension of the cladding with the opposite side being mechanically attached to the spring, and an upper portion of the opposite side of the spacer is a split tube with an outwardly, radially extending lip that fits over a rung of the spring to mechanically secure the spacer to the spring. a tubular cladding substantially extending an elongated length of the reactive member; a top end plug sealing off a top end of a central hollow cavity of the tubular cladding; a bottom end plug sealing off a bottom end of the central hollow cavity of the tubular cladding; an active element substantially occupying a lower portion of the central hollow cavity; a coil spring substantially extending between the top end plug and an upper surface of the active element, pressuring the active element toward the lower end plug; and a spacer between a lower end of the spring and the upper surface of the active element, spreading a force of the spring over a larger portion of the upper surface of the active element than would be applied by the spring directly, wherein the spring is mechanically attached to the spacer, the spacer has a substantially flat head facing the upper surface of the active element and an opposite side that extends in an axial direction of an elongated dimension of the cladding with the opposite side being mechanically attached to the spring, and an upper portion of the opposite side of the spacer is a split tube with an outwardly, radially extending lip that fits over a rung of the spring to mechanically secure the spacer to the spring.
Radio node for a wireless communication network, the radio node being adapted for transmitting synchronisation signaling comprising primary synchronisation signaling and secondary synchronisation signaling based on a coding, the coding being based on a Golay sequence, characterised in that: wherein the Golay sequence is a differentially encoded Golay sequence, and wherein the coding maps successive elements of a Golay sequence to successive time intervals. wherein the Golay sequence is a differentially encoded Golay sequence, and wherein the coding maps successive elements of a Golay sequence to successive time intervals.