mhurhangee/ep-ind-claims huggingface dataset:
A separator for an energy guiding chain comprising pivotably interconnected chain links which have two side plates (2, 3) which at least in some chain links are connected together by two transverse bars (4, 5) and define a guide passage for lines, in which separators can be arranged between the transverse bars (4, 5) and can be arrested at at least one of the transverse bars and plate-like compartment bottoms can be arranged substantially perpendicularly to the separators, wherein the separator has a plurality of recesses in which a respective compartment bottom can be held and wherein provided at the lateral end of each recess is a continuous rigid support region and provided at the opposite lateral end is a respective insertion opening connected to the respective recess for insertion of a compartment bottom and wherein the insertion openings are provided with a respective resilient tongue element for partially closing the respective insertion opening and for securing the respective inserted compartment bottom, wherein provided on that side of the tongue element, that is facing away from the recess, is a free space into which the resilient tongue element can elastically deflect upon insertion and removal of a compartment bottom, characterised in that - the resilient tongue element extends substantially from the insertion opening to the opposite support region of the separator, and in that - the one end of the tongue element is connected to the edge of the insertion opening and the other end to the support region. wherein the separator has a plurality of recesses in which a respective compartment bottom can be held and wherein provided at the lateral end of each recess is a continuous rigid support region and provided at the opposite lateral end is a respective insertion opening connected to the respective recess for insertion of a compartment bottom and wherein the insertion openings are provided with a respective resilient tongue element for partially closing the respective insertion opening and for securing the respective inserted compartment bottom, wherein provided on that side of the tongue element, that is facing away from the recess, is a free space into which the resilient tongue element can elastically deflect upon insertion and removal of a compartment bottom, characterised in that - the resilient tongue element extends substantially from the insertion opening to the opposite support region of the separator, and in that - the one end of the tongue element is connected to the edge of the insertion opening and the other end to the support region. - the resilient tongue element extends substantially from the insertion opening to the opposite support region of the separator, and in that - the one end of the tongue element is connected to the edge of the insertion opening and the other end to the support region.
A combustor seal, comprising: a housing including an inner wall, an outer wall, and a housing floor connecting a radially outward end of the inner wall to a radially inward end of the outer wall, the inner wall defining a central hole; a slider including a neck and a base, the neck defining a central aperture and the base extending away from the central aperture and a radially inward end of the neck, the slider base being in contact with the housing floor, the housing central hole and slider central aperture being aligned; a washer attached to a radially outward facing surface of the housing outer wall and retaining the slider base in the housing; and a plurality of channels communicating through the combustor seal; characterized in that the outer wall having a gap and the slider base having extension projecting away from the central aperture and protruding through the gap; wherein the plurality of channels comprise holes communicating through the housing outer wall and the plurality of channels further comprise slots provided in a radially outward facing surface of the housing floor. a housing including an inner wall, an outer wall, and a housing floor connecting a radially outward end of the inner wall to a radially inward end of the outer wall, the inner wall defining a central hole; a slider including a neck and a base, the neck defining a central aperture and the base extending away from the central aperture and a radially inward end of the neck, the slider base being in contact with the housing floor, the housing central hole and slider central aperture being aligned; a washer attached to a radially outward facing surface of the housing outer wall and retaining the slider base in the housing; and a plurality of channels communicating through the combustor seal; characterized in that the outer wall having a gap and the slider base having extension projecting away from the central aperture and protruding through the gap; wherein the plurality of channels comprise holes communicating through the housing outer wall and the plurality of channels further comprise slots provided in a radially outward facing surface of the housing floor.
A computer-implemented method for deploying an application in a computer network comprising: determining (202, 203, 204) information about a reliability of a predetermined first deployment for the application; determining (205, 206, 207) information about a reliability of a predetermined second deployment for the application; comparing the information about the reliability of the first deployment with the information about the reliability of the second deployment; selecting the first deployment or the second deployment for deploying the application in the computer network depending on the result of the comparison, characterized in that the information about the reliability of the respective predetermined deployment is determined by: generating (203, 206) respective failure states for a plurality of components for deploying the application according to the respective predetermined deployment; determining (203, 206) information about a reachability of the plurality of components depending on the generated failure states; and determining (204, 207) the information about the reliability of the respective predetermined deployment depending on the information about the reachability. determining (202, 203, 204) information about a reliability of a predetermined first deployment for the application; determining (205, 206, 207) information about a reliability of a predetermined second deployment for the application; comparing the information about the reliability of the first deployment with the information about the reliability of the second deployment; selecting the first deployment or the second deployment for deploying the application in the computer network depending on the result of the comparison, characterized in that the information about the reliability of the respective predetermined deployment is determined by: generating (203, 206) respective failure states for a plurality of components for deploying the application according to the respective predetermined deployment; determining (203, 206) information about a reachability of the plurality of components depending on the generated failure states; and determining (204, 207) the information about the reliability of the respective predetermined deployment depending on the information about the reachability. generating (203, 206) respective failure states for a plurality of components for deploying the application according to the respective predetermined deployment; determining (203, 206) information about a reachability of the plurality of components depending on the generated failure states; and determining (204, 207) the information about the reliability of the respective predetermined deployment depending on the information about the reachability.
An antenna for a wireless device, comprising: a conductive meander structure formed from a plurality of meanders; and a conductive strip connected in parallel to the meander structure and including a plurality of tabs projecting toward the meander structure, the plurality of tabs comprising a first group of tabs connected to a first group of said meanders corresponding to the first group of tabs, the plurality of tabs further comprising a second group of tabs disconnected from a second group of said meanders corresponding to the second group of tabs. characterized in that a first meander in the second group of meanders is connected to a patch of the antenna, wherein the patch is connected to a feed section of the antenna that is configured to receive a feed signal from a transceiver. a conductive meander structure formed from a plurality of meanders; and a conductive strip connected in parallel to the meander structure and including a plurality of tabs projecting toward the meander structure, the plurality of tabs comprising a first group of tabs connected to a first group of said meanders corresponding to the first group of tabs, the plurality of tabs further comprising a second group of tabs disconnected from a second group of said meanders corresponding to the second group of tabs.
A method for reusing grinding dust from gypsum fiberboards or waste material from gypsum plasterboards comprising gypsum and paper fibers, comprising the steps of: - increasing the grain size of the gypsum in the grinding dust or in the waste to a mean grain size of 20 to 60 μm by converting it to α-gypsum; - incorporating the gypsum with the increased grain size in an amount of from 1 to 50% by weight, based on the gypsum content, into a gypsum formulation for producing gypsum fiberboards. - increasing the grain size of the gypsum in the grinding dust or in the waste to a mean grain size of 20 to 60 μm by converting it to α-gypsum; - incorporating the gypsum with the increased grain size in an amount of from 1 to 50% by weight, based on the gypsum content, into a gypsum formulation for producing gypsum fiberboards.
A rotary machine diagnostic system comprising: current measurement means for measuring a leakage current of a rotary machine; voltage measurement means (16a-16c) for measuring a voltage of the rotary machine corresponding to the flowing leakage current; and data processing means, wherein the data processing means has a function of performing transient response analysis on a predetermined equivalent circuit model, which is equivalent to a leakage current path of the rotary machine, using current data and voltage data having a predetermined time width which are respectively measured at predetermined time intervals by the current measurement means and the voltage measurement means (16a-16c), and a function of extracting parameters of the leakage current path equivalent circuit. current measurement means for measuring a leakage current of a rotary machine; voltage measurement means (16a-16c) for measuring a voltage of the rotary machine corresponding to the flowing leakage current; and data processing means, wherein the data processing means has a function of performing transient response analysis on a predetermined equivalent circuit model, which is equivalent to a leakage current path of the rotary machine, using current data and voltage data having a predetermined time width which are respectively measured at predetermined time intervals by the current measurement means and the voltage measurement means (16a-16c), and a function of extracting parameters of the leakage current path equivalent circuit.
A method for optimising energy usage at a hammering drilling arrangement, the method comprising the steps: - determining an acceleration of a drilling head in the drilling arrangement at least in the drilling direction; - determining a main drilling frequency in the drilling direction based on the determined acceleration, characterized by the steps of: - integrating said main drilling frequency over time; - determining an amplitude of the acceleration at least at the main drilling frequency; - determining a parameter related to the energy usage at the drilling arrangement based on said integration and said determined amplitude of the acceleration at least at the main drilling frequency; and - optimising the energy usage based on an optimisation of the value of the determined parameter. - determining an acceleration of a drilling head in the drilling arrangement at least in the drilling direction; - determining a main drilling frequency in the drilling direction based on the determined acceleration, - integrating said main drilling frequency over time; - determining an amplitude of the acceleration at least at the main drilling frequency; - determining a parameter related to the energy usage at the drilling arrangement based on said integration and said determined amplitude of the acceleration at least at the main drilling frequency; and - optimising the energy usage based on an optimisation of the value of the determined parameter.
A closure capsule for closing a container, comprising: - a cap that can be associated with a container and comprising a frangible mouth; - a cutter comprising a cutting edge designed to open said frangible mouth - the cutter also comprising a widening zone, wherein, as it moves away from the cutting edge, the cross section of the cutter increases; - a covering that protects both said cap and said cutter and comprises an intactness band; wherein said closure capsule is movable from a rest configuration, wherein the frangible mouth and the intactness band are intact, to an operative configuration, wherein the intactness band is removed and the frangible mouth is broken; in the rest configuration, the cap, the cutter and the covering contribute to the definition of walls of a reservoir for containing a product to be dropped into the container in the operative configuration; characterized in that said capsule comprises: - a first toothed connection means afforded on the covering and on the cutter and that makes said cutter and at least a first part of said covering rotate integrally; - a threaded connection means, which, in passing from the rest configuration to the operative configuration, couples the covering and the cap, thereby bringing about rotational-translational movement of the first part of the covering and the cutter with respect to said cap; the covering comprising a first portion, which, in turn, comprises a part of the first toothed connection means; the covering also comprising a second portion that is connected to said first portion so that they rotate integrally; the second portion comprising a receptacle that contributes to definition of said reservoir. - a cap that can be associated with a container and comprising a frangible mouth; - a cutter comprising a cutting edge designed to open said frangible mouth - the cutter also comprising a widening zone, wherein, as it moves away from the cutting edge, the cross section of the cutter increases; - a covering that protects both said cap and said cutter and comprises an intactness band; - a first toothed connection means afforded on the covering and on the cutter and that makes said cutter and at least a first part of said covering rotate integrally; - a threaded connection means, which, in passing from the rest configuration to the operative configuration, couples the covering and the cap, thereby bringing about rotational-translational movement of the first part of the covering and the cutter with respect to said cap; the covering comprising a first portion, which, in turn, comprises a part of the first toothed connection means; the covering also comprising a second portion that is connected to said first portion so that they rotate integrally; the second portion comprising a receptacle that contributes to definition of said reservoir.
Apparatus for degassing of gaseous components from at least one curable material, particularly a curable material, for building a composite part, particularly a rotor blade for a wind turbine, the apparatus comprising: - at least one degassing chamber having at least one inlet for introducing a curable material for building a composite part, the curable material containing gaseous components, into the degassing chamber and at least one outlet for removing a degassed curable material from the degassing chamber, - at least one mechanical splitting means adapted to mechanically split up gaseous components contained within the curable material so as to release the gaseous components from the curable material, wherein the mechanical splitting means is built as an atomising nozzle adapted to mechanically split up gaseous components contained within the curable material, wherein the nozzle is directed towards at least one gas outtake for removing gaseous components released from the curable material from the degassing chamber,and - a further mechanical splitting means that is built as a rotational stirrer adapted to mechanically split up gaseous components contained within the curable material or that comprises at least one rotational stirrer adapted to mechanically split up gaseous components contained within the curable material. - at least one degassing chamber having at least one inlet for introducing a curable material for building a composite part, the curable material containing gaseous components, into the degassing chamber and at least one outlet for removing a degassed curable material from the degassing chamber, - at least one mechanical splitting means adapted to mechanically split up gaseous components contained within the curable material so as to release the gaseous components from the curable material, wherein the mechanical splitting means is built as an atomising nozzle adapted to mechanically split up gaseous components contained within the curable material, wherein the nozzle is directed towards at least one gas outtake for removing gaseous components released from the curable material from the degassing chamber,and - a further mechanical splitting means that is built as a rotational stirrer adapted to mechanically split up gaseous components contained within the curable material or that comprises at least one rotational stirrer adapted to mechanically split up gaseous components contained within the curable material.
Apparatus for a network access node, the apparatus comprising: a processing system constructed and arranged to cause a said network access node to at least: direct a user equipment to prioritize inter-frequency neighbour cell measurement results over intra-frequency neighbour cell measurement results for inclusion in an uplink connection request message to be sent on a random access channel by broadcasting an indication having a first value; and direct a user equipment to prioritize intra-frequency neighbour cell measurement results over inter-frequency neighbour cell measurement results for inclusion in an uplink connection request message to be sent on the random access channel by broadcasting a second value of the indication or by not broadcasting the indication. a processing system constructed and arranged to cause a said network access node to at least: direct a user equipment to prioritize inter-frequency neighbour cell measurement results over intra-frequency neighbour cell measurement results for inclusion in an uplink connection request message to be sent on a random access channel by broadcasting an indication having a first value; and direct a user equipment to prioritize intra-frequency neighbour cell measurement results over inter-frequency neighbour cell measurement results for inclusion in an uplink connection request message to be sent on the random access channel by broadcasting a second value of the indication or by not broadcasting the indication. direct a user equipment to prioritize inter-frequency neighbour cell measurement results over intra-frequency neighbour cell measurement results for inclusion in an uplink connection request message to be sent on a random access channel by broadcasting an indication having a first value; and direct a user equipment to prioritize intra-frequency neighbour cell measurement results over inter-frequency neighbour cell measurement results for inclusion in an uplink connection request message to be sent on the random access channel by broadcasting a second value of the indication or by not broadcasting the indication.
An aircraft cargo floor architecture, comprising: a plurality of aircraft keel frames; and one or more longitudinal rails attached directly to the aircraft keel frames, the one or more longitudinal rails being designed to provide structural support for both a bulk cargo floor and a containerized cargo floor. a plurality of aircraft keel frames; and one or more longitudinal rails attached directly to the aircraft keel frames, the one or more longitudinal rails being designed to provide structural support for both a bulk cargo floor and a containerized cargo floor.
A toilet seat for reducing the spread of foul air from a person seated on a toilet, the toilet seat comprising: (i) a mounting formation for mounting the toilet seat on a toilet bowl; (ii) a seat portion on which the person sits; (iii) a filter for filtering the foul air; (iv) a fan for causing the foul air to be circulated through the filter; (v) timer means for controlling the duration of operation of the fan; (vi) activation means for causing activation of the timer means; and (vii) a ducting system for receiving the foul air from the toilet bowl, directing the foul air to the filter, and re-circulating filtered air to the toilet bowl, the toilet seat being such that: (viii) in use the foul air from the person seated on the seat portion is caused by the fan to be sucked from the toilet bowl and passed through the ducting system and the filter; and (ix) air that has passed through the filter is caused by the fan to be blown through the ducting system and into the toilet bowl for further recirculation from the toilet bowl and through the ducting system and the filter until the timer means causes the fan to cease operating, and the toilet seat being characterised in that: (x) the toilet seat comprises a lid; (xi) the toilet seat comprises a first sealing arrangement for forming a first seal between the seat portion and the toilet bowl when the seat portion is in a down position on the toilet bowl; (xii) the mounting formation includes part of the ducting system; and (xiii) the filter is in the mounting formation. (i) a mounting formation for mounting the toilet seat on a toilet bowl; (ii) a seat portion on which the person sits; (iii) a filter for filtering the foul air; (iv) a fan for causing the foul air to be circulated through the filter; (v) timer means for controlling the duration of operation of the fan; (vi) activation means for causing activation of the timer means; and (vii) a ducting system for receiving the foul air from the toilet bowl, directing the foul air to the filter, and re-circulating filtered air to the toilet bowl, (viii) in use the foul air from the person seated on the seat portion is caused by the fan to be sucked from the toilet bowl and passed through the ducting system and the filter; and (ix) air that has passed through the filter is caused by the fan to be blown through the ducting system and into the toilet bowl for further recirculation from the toilet bowl and through the ducting system and the filter until the timer means causes the fan to cease operating, (x) the toilet seat comprises a lid; (xi) the toilet seat comprises a first sealing arrangement for forming a first seal between the seat portion and the toilet bowl when the seat portion is in a down position on the toilet bowl; (xii) the mounting formation includes part of the ducting system; and (xiii) the filter is in the mounting formation.