mhurhangee/ep-ind-claims huggingface dataset:
A far-end crosstalk canceling method, comprising: filtering, at a first transmitting end which is connected to a first receiving end over a first line, crosstalk source signals according to values of filtering parameters, wherein the crosstalk source signals are related to signals to be transmitted over second lines, each of the second lines having a second transmitting end connected to a second receiving end; synthesizing, at the first transmitting end, a first signal to be transmitted over the first line with the filtered crosstalk source signals and transmitting the synthesized first signal from the first transmitting end to the first receiving end over the first line; caracterised by: receiving, at the first transmitting end, a noise statistic related value fed back from the first receiving end, wherein the noise statistic related value reflects a noise component of the synthesized first signal received at the first receiving end; and adjusting, at the first transmitting end, the values of the filtering parameters according to the noise statistic related value, wherein the adjusted values of the filtering parameters are used in filtering the crosstalk source signals to reduce the noise component. filtering, at a first transmitting end which is connected to a first receiving end over a first line, crosstalk source signals according to values of filtering parameters, wherein the crosstalk source signals are related to signals to be transmitted over second lines, each of the second lines having a second transmitting end connected to a second receiving end; synthesizing, at the first transmitting end, a first signal to be transmitted over the first line with the filtered crosstalk source signals and transmitting the synthesized first signal from the first transmitting end to the first receiving end over the first line; caracterised by: receiving, at the first transmitting end, a noise statistic related value fed back from the first receiving end, wherein the noise statistic related value reflects a noise component of the synthesized first signal received at the first receiving end; and adjusting, at the first transmitting end, the values of the filtering parameters according to the noise statistic related value, wherein the adjusted values of the filtering parameters are used in filtering the crosstalk source signals to reduce the noise component. receiving, at the first transmitting end, a noise statistic related value fed back from the first receiving end, wherein the noise statistic related value reflects a noise component of the synthesized first signal received at the first receiving end; and adjusting, at the first transmitting end, the values of the filtering parameters according to the noise statistic related value, wherein the adjusted values of the filtering parameters are used in filtering the crosstalk source signals to reduce the noise component.
Method for producing a reinforced fiber comprising a composite material (1, 18) and a resin composition covering a surface of the composite material (1, 18), the method comprising: preparing a fiber tow, a surface of the fiber tow being exposed; immersing the fiber tow in a liquid dispersion containing carbon nanotubes by winding the fiber tow around a guide roller disposed in a carbon-nanotube adhesion tank containing the liquid dispersion and travelling the fiber tow in the carbon-nanotube adhesion tank to allow the carbon nanotubes to adhere to a surface of a fiber in the fiber tow to obtain a composite material (1, 18), wherein the carbon nanotubes are efficiently adhered to the surface of the fiber by applying mechanical energy to the liquid dispersion with ultrasonic waves while the fiber tow is immersed in the liquid dispersion, and wherein the carbon nanotubes adhere directly to the surface of the fiber; and immersing the composite material (1, 18) in a molten resin composition by winding the composite material (1, 18) around a guide roller disposed in a resin coating tank containing the molten resin composition and travelling the composite material (1, 18) in the resin coating tank. preparing a fiber tow, a surface of the fiber tow being exposed; immersing the fiber tow in a liquid dispersion containing carbon nanotubes by winding the fiber tow around a guide roller disposed in a carbon-nanotube adhesion tank containing the liquid dispersion and travelling the fiber tow in the carbon-nanotube adhesion tank to allow the carbon nanotubes to adhere to a surface of a fiber in the fiber tow to obtain a composite material (1, 18), wherein the carbon nanotubes are efficiently adhered to the surface of the fiber by applying mechanical energy to the liquid dispersion with ultrasonic waves while the fiber tow is immersed in the liquid dispersion, and wherein the carbon nanotubes adhere directly to the surface of the fiber; and immersing the composite material (1, 18) in a molten resin composition by winding the composite material (1, 18) around a guide roller disposed in a resin coating tank containing the molten resin composition and travelling the composite material (1, 18) in the resin coating tank.
A modular computing system for performing computation of application programs, the modular computing system including different modules (130, 140, 150, 160, 170), each module including a plurality of nodes (208, 210, 212, 310, 320, 330), the modular computing system further includes a modular computing abstraction layer to allow an application layer to access resources of the system, the modular computing abstraction layer being distributed across the nodes and providing intra- and inter-module communication and a management function for the nodes of the different modules, as well as a management function for the modules, processes and resources, characterized in that the modular computing abstraction layer includes node managers (209, 309) implemented on each node, wherein the node managers each maintain a set of information about a status of each node and each interconnect between the nodes, and the node managers exchange information by communicating with each other via an administration network, and wherein resources are assignable to the nodes using the set of information to dynamically adjust an operation of the system, a feedback loop registering a system wide impact of assignment decisions.
An arrangement for feeding filling material into a container forming from a preform in a mould in a machine for simultaneously forming and filling containers from preforms, wherein, via its wall, the arrangement defines a flow path between a filling material supply line and the container opening, characterised in that the arrangement has a sealing closure (40, 20) between the filling material supply line and the arrangement as well as between the preform and the arrangement, wherein the diameter of the arrangement decreases in the direction of the container opening in a first concave curvature and in a second convex curvature in relation to the flow-guiding area of the arrangement.
A retractor assembly comprising: - a retractor body; - at least one retractor blade having a proximal end configured to engage the retractor body and a distal end configured to retract soft tissue; - at least one pedicle screw having a head portion removably connectable to the distal end of the retractor blade and a shaft portion configured to engage bone; and - at least one shim having an extension portion, an outer spherical portion, and an inner spherical portion rotatably received within the outer spherical portion, wherein the extension portion is configured to engage the retractor blade and the inner spherical portion is configured to receive the head portion of the at least one pedicle screw, wherein the inner spherical portion rotates from an unlocked position to a locked position for retaining the head portion of the at least one pedicle screw within the at least one shim. - a retractor body; - at least one retractor blade having a proximal end configured to engage the retractor body and a distal end configured to retract soft tissue; - at least one pedicle screw having a head portion removably connectable to the distal end of the retractor blade and a shaft portion configured to engage bone; and - at least one shim having an extension portion, an outer spherical portion, and an inner spherical portion rotatably received within the outer spherical portion, wherein the extension portion is configured to engage the retractor blade and the inner spherical portion is configured to receive the head portion of the at least one pedicle screw, wherein the inner spherical portion rotates from an unlocked position to a locked position for retaining the head portion of the at least one pedicle screw within the at least one shim.
Brake actuator for an aircraft hydraulic brake, which is intended to be added into one of the cavities of a brake ring, the actuator comprising: - a liner designed to be housed sealingly in the cavity of the ring; - a piston mounted to slide sealingly in the liner along an axis of sliding so as to apply a braking force when a fluid is introduced under pressure into the cavity; characterized by - a wear compensation device which defines a position to which the piston retreats into the liner by means of a mobile stop (11; 111) that can be moved forward by the piston as a braking force is applied; - an elastic return member returning the piston towards the retracted position bearing against the mobile stop; in which, according to the invention, the mobile stop is associated with a notched indexing member allowing the mobile stop to move under the thrust of the piston, but preventing any return motion of the mobile stop with respect to the liner. - a liner designed to be housed sealingly in the cavity of the ring; - a piston mounted to slide sealingly in the liner along an axis of sliding so as to apply a braking force when a fluid is introduced under pressure into the cavity; - a wear compensation device which defines a position to which the piston retreats into the liner by means of a mobile stop (11; 111) that can be moved forward by the piston as a braking force is applied; - an elastic return member returning the piston towards the retracted position bearing against the mobile stop;
A keyboard assembly for a mobile device having a housing, comprising: a circuit board provided within the housing and having a plurality of contact assemblies thereon; a keyboard having a plurality of keys and being provided in a front face of the housing each of said keys having a single actuator; and a dome sheet assembly arranged between the keyboard and the circuit board, the dome sheet assembly including a dome carrier having a plurality of raised portions separated by a plurality of flat portions and being configured for carrying a plurality of domes, each of the domes secured to a corresponding one of the raised portions; each of the domes including an outer periphery and a central portion, the outer periphery protruding towards a corresponding one of said contact assemblies and configured for directly contacting a corresponding one of said contact assemblies; wherein a gap is defined between the circuit board and the dome sheet assembly; wherein each of said plurality of contact assemblies includes a plurality of contacts arranged in a pattern on said circuit board, each of said contact assemblies corresponding to one of said plurality of domes; characterized in that said contact assemblies each include a center contact, and three contacts (198a, 198b, 198c) configured to surround said center contact, such that a space is defined between each of said contacts and said center contact, said three contacts (198a, 198b, 198c) including a first contact, a second contact and a third contact, the first, second and third contacts being substantially curved to surround said center contact in a substantially circular configuration, wherein upon a first actuation of one of said keys, the outer periphery of a corresponding one of said domes is configured to engage a first signal with said first, second and third contacts (198a, 198b, 198c) and wherein upon a second actuation of one of said keys, the outer periphery and the central portion of a corresponding one of said domes are configured to engage a second signal with said first, second, third (198a, 198b, 198c) and center contacts, said second actuation occurring after said first actuation. a circuit board provided within the housing and having a plurality of contact assemblies thereon; a keyboard having a plurality of keys and being provided in a front face of the housing each of said keys having a single actuator; and a dome sheet assembly arranged between the keyboard and the circuit board, the dome sheet assembly including a dome carrier having a plurality of raised portions separated by a plurality of flat portions and being configured for carrying a plurality of domes, each of the domes secured to a corresponding one of the raised portions;
A method for increasing content of mogroside V in Siraitia grosvenorii suspended cells, characterized in that a yeast inducer and methyl jasmonate are added during culture of mature Siraitia grosvenorii suspended cells in a primary Siraitia grosvenorii suspended cell system.
Dial intended to be mounted in a watch case, the dial comprising a plate made of a fragile material, said plate defining a horizontal plane and comprising at least one housing defining a point of attachment for at least one foot consisting of a body and a head arranged to rest inside said at least one housing, characterized in that the head of the foot includes a circular slot arranged to receive a ring-like element made of a shape memory alloy able to move from a retracted position in which the ring-like element rests in the slot, to a rest position in which the foot is mechanically held inside said housing.
Valve diaphragm comprising a flange section and a diaphragm section, wherein the diaphragm section is intended for a movement transversely to the extension of the valve diaphragm by a drive, wherein the valve diaphragm comprises an electronic data carrier accommodated in a housing, wherein the data carrier belongs to an RFID chip, and wherein the housing is attached to the flange section, characterised in that the housing is attached to a circumferential and at least partially planar radially-outward-facing edge of the flange section in such a way that the housing is at least partially visible when viewed from the radial outside to the planar edge of the flange section.
A multi-cycle method to acquire fragment ion spectra of substances in complex substance mixtures by a mass spectrometer with an ion source, an ion mobility separator, a mass filter, an ion fragmentation cell, and a mass analyzer, wherein in a first measurement cycle a map of ion species with ion mobility scan times versus ion masses is measured, from which several sets of temporally separated ion species with distinct masses and distinct mobility scan times can be selected, and wherein in further measurement cycles the ion species of a set each are selected by their mobility scan time, filtered by mass in the mass filter, and fragmented in the fragmentation cell, and wherein the fragment ion mass spectra are measured by the mass analyzer, characterized by the fact that - a trapped ion mobility spectrometer (TIMS) is used as ion mobility separator in which ions are driven against an electric field barrier by a gas flow and released from the electric field barrier according to their respective ion mobility by decreasing the height of the electric field barrier; and - ions are provided from the ion source to the ion mobility separator during a measurement cycle and accumulated parallel to the measurement cycle in an accumulator unit at a rising edge of an electric field barrier such that the ions get spatially separated by their ion mobility along the rising edge. - a trapped ion mobility spectrometer (TIMS) is used as ion mobility separator in which ions are driven against an electric field barrier by a gas flow and released from the electric field barrier according to their respective ion mobility by decreasing the height of the electric field barrier; and - ions are provided from the ion source to the ion mobility separator during a measurement cycle and accumulated parallel to the measurement cycle in an accumulator unit at a rising edge of an electric field barrier such that the ions get spatially separated by their ion mobility along the rising edge.
A smart heating system (600, 700, 800) comprising: one heater element (605, 705, 805), one temperature sensor (611, 710, 810), one switch (650, 750, 850) connected to the heater element (605, 705, 805), and a heater control unit (640, 740, 840), characterized in that the smart heating system (600, 700, 800) further comprises a set of predetermined performance information (607, 707, 807) including heater information specific for the heater element (605, 705, 805), wherein the heater control unit (640, 740, 840) controls the heater element (605, 705, 805) via the switch (650, 750, 850) based on the heater information and information from the temperature sensor (611, 710, 810).
A battery module, comprising: at least one secondary battery; a module case having an empty space formed therein to accommodate the at least one secondary battery in an inner space; and at least one heat pressure exchange member disposed to face the secondary battery in the inner space of the module case and configured to absorb and retain heat when a pressure applied from the secondary battery is equal to or less than a reference value and release the retained heat when the pressure applied from the secondary battery is higher than the reference value. at least one secondary battery; a module case having an empty space formed therein to accommodate the at least one secondary battery in an inner space; and at least one heat pressure exchange member disposed to face the secondary battery in the inner space of the module case and configured to absorb and retain heat when a pressure applied from the secondary battery is equal to or less than a reference value and release the retained heat when the pressure applied from the secondary battery is higher than the reference value.
Rack and pinion steering system for a motor vehicle comprising a pinion shaft which is connected to a steering shaft and has a steering pinion which is in engagement with a rack which is mounted in a housing such that it can be displaced along a longitudinal axis for pivoting steerable wheels, and having an electric motor which drives the pinion shaft via a step-down gear mechanism, wherein the steering shaft, the pinion shaft with the steering pinion, and the step-down gear mechanism form an overall arrangement which is received in a steering gear housing, wherein the step-down gear mechanism is arranged at that end of the pinion shaft which is remote from the steering shaft, wherein the pinion shaft is mounted rotatably in a bearing in the steering gear housing between the steering pinion and the end which is remote from the steering shaft, characterized in that the pinion shaft has a tapered portion between the steering pinion and the bearing, the diameter of which tapered portion is smaller than that of the steering pinion and a bearing seat of the bearing.
Device for grinding a toothing of a workpiece formed as an outer or inner toothing, with a grinding disc rotating about a tool rotational axis, which can be moved, with a profile formed on its circumference, into grinding engagement with at least one of the teeth of the workpiece, which each delimit a tooth spacing of the toothing, by adjusting along an infeed axis (X1, Z3) aligned transverse to the tool rotational axis, and with a dressing profile tool for dressing the grinding disc, characterised in that the dressing profile tool is formed on at least one of its free end faces (21, 22) in the manner of a dressing moulding tool and can be moved into engagement with the grinding disc.
An epoxy resin composition for sealing semiconductor, comprising an epoxy resin; and a core-shell polymers comprising at least one rubber layer, wherein at least 70% of the core-shell polymer is dispersed in the form of primary particles in a resin phase containing the epoxy resin, and the epoxy resin composition contains not more than 30 ppm of an alkali metal ion, and wherein the core-shell polymer is a polymer comprising a multilayer structure comprising at least two layers including at least one crosslinked rubbery polymer layer, and which core-shell polymer is a graft copolymer comprising 40 to 95 percent by weight of a rubber particle core (B-1) and 5 to 60 percent by weight of a shell layer (B-2), the rubber particle core (B-1) comprising a rubber elastomer, an elastic polysiloxane rubber, or a mixture of the rubber elastomer and the elastic polysiloxane rubber, the rubber elastomer comprising at least 50 percent by weight of at least one monomer selected from a diene monomer and a (meth)acrylate monomer and 50 percent by weight or less of another copolymerizable vinyl monomer, the shell layer (B-2) comprising a polymer prepared by polymerizing at least one polymerizable vinyl monomer selected from a (meth)acrylate, an aromatic vinyl, vinyl cyanide, an unsaturated acid derivative, a (meth)acrylamide derivative, and a maleimide derivative,and the shell layer (B-2) further comprising an epoxy group, and the epoxy equivalent value is not more than 4,500 for the entire core-shell polymer.
A nacelle for a turbofan engine comprising a thrust reverser, the thrust reverser comprising a movable cowl retracting from a closed position where the thrust is not reversed to an open position in order to uncover cascades reversing the direction of the cold air flow which is diverted from the annular secondary air flow path, the movable cowl including a radially outer part intended to come close to a leading edge of a wing of an aircraft, the movable cowl including on the radially outer part at least one cutout intended to avoid an interference with a movable slat of the leading edge of the wing of the aircraft, as well as a closure panel of the cutout, the nacelle being characterized in that the closure panel comprises a fixed part relative to the nacelle at least partially covered by an upstream portion of the movable cowl when the movable cowl is in the open position.
A self-adjusting drive wheel, especially chain wheel, comprising a basic body (1, 10) at the circumference of which several tooth segments (2, 11) are provided which are connected with the basic body and which are each circumferentially rotatable or pivotable about an axis substantially extending parallel with respect to the central axis of the basic body (1, 10), wherein at least one elastically resilient spring member is located between adjacent spaced tooth segments (2, 11) and which is supported in opposite recesses of adjacent tooth segments (2, 11), the lateral limiting surfaces of the tooth segments (2, 11) extend continuously radially, the opposite recesses are located in the radially extending limiting surfaces of adjacent tooth segments (2, 11) and the elastically resilient spring members are formed as tensioning sleeves (8, 13).