mhurhangee/ep-ind-claims huggingface dataset:
A method for determining limit exceedance of an operating parameter in a steam turbine system, comprising: receiving measurement data associated with an operating parameter of a steam turbine; determining, based on the measurement data, a cumulative rate of change curve (503, 703, 903) for the operating parameter over a predetermined period of time; comparing the cumulative rate of change curve (503, 703, 903) to a predetermined rate of change curve (501, 701, 901) for the predetermined period of time, the predetermined detection curve being derived from and specific to the type of steam turbine being monitored; determining when the cumulative rate of change curve (503, 703, 903) intersects the predetermined rate of change curve (501, 701, 901); and taking a control action when an intersection has occurred. receiving measurement data associated with an operating parameter of a steam turbine; determining, based on the measurement data, a cumulative rate of change curve (503, 703, 903) for the operating parameter over a predetermined period of time; comparing the cumulative rate of change curve (503, 703, 903) to a predetermined rate of change curve (501, 701, 901) for the predetermined period of time, the predetermined detection curve being derived from and specific to the type of steam turbine being monitored; determining when the cumulative rate of change curve (503, 703, 903) intersects the predetermined rate of change curve (501, 701, 901); and taking a control action when an intersection has occurred.
A method comprising: transmitting, by a first provider, to a user device, content via a plurality of channels (105a, 105b, 105c, 111) wherein the content comprises video and audio, wherein each channel of the plurality of channels (105a, 105b, 105c, 111) is associated with a different transmission mechanism of a plurality of transmission mechanisms; detecting, by the first provider, interference from a second provider affecting the plurality of channels (105a, 105b, 105c, 111); identifying, by the first provider, based on a measured aggregate signal power of each signal of one or more signals transmitted via the plurality of channels (105a, 105b, 105c, 111), a first channel of the plurality of channels (105a, 105b, 105c, 111) that is affected by the interference; identifying, by the first provider, the content transmitted on the affected first channel; determining a second channel (105a, 105b, 105c) of the plurality of channels (105a, 105b, 105c, 111) that is transmitting the content, wherein the second channel (105a, 105b, 105c) is associated with a transmission mechanism different from the first channel; and transmitting, by the first provider, a signal to the user device (102, 104) to cause the user device (102, 104) to tune to the second channel (105a, 105b, 105c). transmitting, by a first provider, to a user device, content via a plurality of channels (105a, 105b, 105c, 111) wherein the content comprises video and audio, wherein each channel of the plurality of channels (105a, 105b, 105c, 111) is associated with a different transmission mechanism of a plurality of transmission mechanisms; detecting, by the first provider, interference from a second provider affecting the plurality of channels (105a, 105b, 105c, 111); identifying, by the first provider, based on a measured aggregate signal power of each signal of one or more signals transmitted via the plurality of channels (105a, 105b, 105c, 111), a first channel of the plurality of channels (105a, 105b, 105c, 111) that is affected by the interference; identifying, by the first provider, the content transmitted on the affected first channel; determining a second channel (105a, 105b, 105c) of the plurality of channels (105a, 105b, 105c, 111) that is transmitting the content, wherein the second channel (105a, 105b, 105c) is associated with a transmission mechanism different from the first channel; and transmitting, by the first provider, a signal to the user device (102, 104) to cause the user device (102, 104) to tune to the second channel (105a, 105b, 105c).
A lamp comprised of an at least substantially hollow columnar body, a plurality of light emitting diodes disposed on said columnar body, a plurality of heat fins disposed on said columnar body, a base member disposed at a first end of the columnar body and providing a means for electrical connection, and an electronics module disposed within the columnar body and in electrical communication with the base member; characterized in that, the heat fins include extended regions extending into an interior volume of the hollow columnar body and mating at a central point.
A crimping head, in particular for the automated assembly of sections connecting to form a dihedral, said crimping head comprising two jaws with at least one tool holder part and a device for driving said jaws in pivoting movement between a separated position and a close position of said tool holder parts, each jaw having the shape of an arm, the arm of each jaw being an arm pivoting about a pivot axis (XX'), the pivot axes (XX') of the arms being parallel, each arm having a first arm section and a second arm section, the first arm section and the second arm section of each arm being arranged one, on one side, the other, on the other side of a plane passing through the pivot axes (XX') of said arms, the first section of each arm being equipped with the tool holder part of the jaw, the device for driving the jaws in pivoting movement comprising, arranged at least partially between said second arm sections, a cam in sliding or rolling bearing contact with the second section of each of the arms and an actuator for driving the cam in displacement between two extreme positions, one corresponding to the position separated from the tool holder parts, the other to the close position of the tool holder parts, said jaws being, by bearing contact of the cam with said second sections of the arms, in the state of the cam driven by said actuator to move in a first direction, mounted to pivot in the direction bringing the tool holder parts closer, the distance between the bearing contact zone of the cam with the second section of an arm and the pivot axis (XX') of said arm varying in the direction of a reduction of this distance in the state of the cam driven to move in said first direction so as to bring the tool holder parts of the jaws closer.
An uncured prepreg composite material for a composite structure, said prepreg comprising: (a) at least one fiber layer; (b) a resin which has been combined with said fiber layer to form a prepreg, said resin comprising a thermoset resin, at least one curing agent selected from the group consisting of amine, anhydride, substituted urea or dicyandiamide and from 0.05 to 10.0 weight percent of a fibrous micropulp, said micropulp fiber having a tenacity of at least 3 grams per denier and a volume average length of from 0.01 to 100 micrometers. (a) at least one fiber layer; (b) a resin which has been combined with said fiber layer to form a prepreg, said resin comprising a thermoset resin, at least one curing agent selected from the group consisting of amine, anhydride, substituted urea or dicyandiamide and from 0.05 to 10.0 weight percent of a fibrous micropulp, said micropulp fiber having a tenacity of at least 3 grams per denier and a volume average length of from 0.01 to 100 micrometers.
A vehicle comprising: a vehicle structure at least partially surrounding an interior, the interior containing interior air; and, a humidification system configured to be in fluid communication with a first air stream and the interior, the humidification system comprising: a humidifier configured to humidify the first air stream to form a humidified air stream that is fluidly communicated to the interior; and a water recovery zone configured to receive the interior air and to condense and separate water from the interior air, the water recovery zone configured to be in fluid communication with the humidifier and to provide the water to the humidifier, wherein said vehicle further comprises a valve that is in fluid communication with the interior and that is configured to exhaust a first portion of the interior air out of the vehicle to control pressure of the interior air remaining in the interior; and wherein the water recovery zone comprises a heat exchanger that is configured to receive the interior air and ambient air from outside the vehicle, the heat exchanger being further configured to cool a second portion of the interior air to form a cooled air stream via indirect heat exchange between the second portion of the interior air and the ambient air. a vehicle structure at least partially surrounding an interior, the interior containing interior air; and, a humidification system configured to be in fluid communication with a first air stream and the interior, the humidification system comprising: a humidifier configured to humidify the first air stream to form a humidified air stream that is fluidly communicated to the interior; and a water recovery zone configured to receive the interior air and to condense and separate water from the interior air, the water recovery zone configured to be in fluid communication with the humidifier and to provide the water to the humidifier, a humidifier configured to humidify the first air stream to form a humidified air stream that is fluidly communicated to the interior; and a water recovery zone configured to receive the interior air and to condense and separate water from the interior air, the water recovery zone configured to be in fluid communication with the humidifier and to provide the water to the humidifier, wherein said vehicle further comprises a valve that is in fluid communication with the interior and that is configured to exhaust a first portion of the interior air out of the vehicle to control pressure of the interior air remaining in the interior; and wherein the water recovery zone comprises a heat exchanger that is configured to receive the interior air and ambient air from outside the vehicle, the heat exchanger being further configured to cool a second portion of the interior air to form a cooled air stream via indirect heat exchange between the second portion of the interior air and the ambient air.
Method for producing a rotor for a brushless DC motor having a continuous magnetic ring, wherein the magnetic ring within the stator poles of the DC motor forms a cylinder which is circular in the cross section, wherein the magnetic ring on the internal side thereof has an internal contour which is star-shaped in the cross section, and a hub having a material which has a significantly higher magnetic permeability than the material of the magnetic ring bears on said star-shaped internal contour, wherein a hub is injection-moulded from a plastics material in one step, characterized in that the hub is surrounded by a soft iron ring of which the external contour is star-shaped, and a magnetic ring is over-moulded thereon, wherein the magnetic ring extends between the external contour of the rotor that is circular in the cross section and the external contour of the soft iron ring that is star-shaped in the cross section.
An electrophotographic photosensitive member comprising a support, and a first intermediate layer, a second intermediate layer and a photosensitive layer, the layers being provided on the support in this order, wherein the second intermediate layer contains a polyolefin resin and a metal oxide particle having a volume-average particle diameter of 20 nm or less, the polyolefin resin is a polymer obtained by polymerizing only an olefin, or a polymer obtained by copolymerizing an olefin with any other monomer, the first intermediate layer contains a metal oxide particle, and a volume-average particle diameter of the metal oxide particle contained in the first intermediate layer is 10 times to 200 times as large as the volume average particle diameter of the metal oxide particle contained in the second intermediate layer.
Arrangement for automatically securing at least one shipment on a transport tray, comprising a shipment and a transport tray on which the shipment is placeable, and a fixing means configured for securing the shipment at the transport tray, wherein between the fixing means and the transport tray a telescopic rod and/or a rope is provided, the fixing means comprises a peripheral frame, at a lateral, horizontal profile of the arrangement two supports are arranged opposite to each other into which projections provided at the frame engage in a form-fitting manner at a retaining position of the fixing means, and the arrangement for lowering and lifting and thus modifying the height of the transport tray is configured such that by lowering the transport tray into a loading position the distance between the fixing means and the transport tray is increased such that in the loading position the shipment can be placed on the transport tray between the same and the fixing means, and that by lifting the transport tray from the loading position, the distance between the fixing means and the transport tray is reduced such that the fixing means comes to rest on the shipment for securing the same against falling off the transport tray. between the fixing means and the transport tray a telescopic rod and/or a rope is provided, the fixing means comprises a peripheral frame, at a lateral, horizontal profile of the arrangement two supports are arranged opposite to each other into which projections provided at the frame engage in a form-fitting manner at a retaining position of the fixing means, and the arrangement for lowering and lifting and thus modifying the height of the transport tray is configured such that by lowering the transport tray into a loading position the distance between the fixing means and the transport tray is increased such that in the loading position the shipment can be placed on the transport tray between the same and the fixing means, and that by lifting the transport tray from the loading position, the distance between the fixing means and the transport tray is reduced such that the fixing means comes to rest on the shipment for securing the same against falling off the transport tray.
A subscriber station adapted to perform a ranging process in a broadband wireless access communication system, the subscriber station comprising: a controller adapted to detect an insufficiency of an uplink, UL, resource being required for transmitting a ranging request, RNG_REQ, message, the RNG_REQ message including minimum information among full information and a bandwidth request used for requesting an allocation of an UL resource to be transmitted; and a transceiver adapted to transmit the RNG_REQ message including the minimum information and the bandwidth request to a base station, wherein the minimum information includes a medium access control, MAC, address. a controller adapted to detect an insufficiency of an uplink, UL, resource being required for transmitting a ranging request, RNG_REQ, message, the RNG_REQ message including minimum information among full information and a bandwidth request used for requesting an allocation of an UL resource to be transmitted; and a transceiver adapted to transmit the RNG_REQ message including the minimum information and the bandwidth request to a base station, wherein the minimum information includes a medium access control, MAC, address.
An air conditioning indoor unit comprising: an indoor unit body; a first panel configured to be retained at a first position to cover a front surface of the indoor unit body and configured to be retained at a maintenance position with a lower end being distant from the front surface of the indoor unit body upon maintenance; and a second panel positioned above the first panel and ahead of the indoor unit body; wherein the air conditioning indoor unit is configured such that the first panel is configured to execute at least first motion and second motion different from each other to shift from the first position to the maintenance position, and the first motion causes the first panel to shift to be distant from the first position and shift to a second position ahead of the second panel, wherein the first motion causes the first panel to shift obliquely upward from the first position to the second position with a posture being unchanged, and the second motion causes the first panel located at the second position to turn the lower end of the first panel to be distant from the front surface of the indoor unit body and reach the maintenance position. an indoor unit body; a first panel configured to be retained at a first position to cover a front surface of the indoor unit body and configured to be retained at a maintenance position with a lower end being distant from the front surface of the indoor unit body upon maintenance; and a second panel positioned above the first panel and ahead of the indoor unit body; wherein the air conditioning indoor unit is configured such that the first panel is configured to execute at least first motion and second motion different from each other to shift from the first position to the maintenance position, and the first motion causes the first panel to shift to be distant from the first position and shift to a second position ahead of the second panel, wherein the first motion causes the first panel to shift obliquely upward from the first position to the second position with a posture being unchanged, and the second motion causes the first panel located at the second position to turn the lower end of the first panel to be distant from the front surface of the indoor unit body and reach the maintenance position.
A motor, comprising: a motor body; a lead screw connected to an output axis of the motor body to reciprocally move in a horizontal direction; a ball-shaped joint member connected to the lead screw; and a coupling member coupling the lead screw to the ball-shaped joint member, wherein the lead screw is formed with a thread at one end and a first coupling hole at the other end thereof, the ball-shaped joint member has a coupling unit formed with a second coupling hole that communicates with the first coupling hole of the lead screw at a coupling position, the coupling member passes through the first and second coupling holes (111, 121) at the coupling position, a length of the coupling member is greater than a width of the lead screw but shorter than a width of the coupling unit of the joint member, both distal ends of the coupling member are protruded to outside of the first coupling hole of the lead screw, and characterized in that a portion of the second coupling hole is thermally deformed by heat sealing to fix both distal ends of the coupling member, and a part of the thermally-deformed resin flows into the second coupling hole to close or block only a part of the second coupling hole such that the coupling member is prevented from being disengaged from the second coupling hole of the joint member. a motor body; a lead screw connected to an output axis of the motor body to reciprocally move in a horizontal direction; a ball-shaped joint member connected to the lead screw; and a coupling member coupling the lead screw to the ball-shaped joint member, wherein the lead screw is formed with a thread at one end and a first coupling hole at the other end thereof, the ball-shaped joint member has a coupling unit formed with a second coupling hole that communicates with the first coupling hole of the lead screw at a coupling position, the coupling member passes through the first and second coupling holes (111, 121) at the coupling position, a length of the coupling member is greater than a width of the lead screw but shorter than a width of the coupling unit of the joint member, both distal ends of the coupling member are protruded to outside of the first coupling hole of the lead screw, and characterized in that a portion of the second coupling hole is thermally deformed by heat sealing to fix both distal ends of the coupling member, and a part of the thermally-deformed resin flows into the second coupling hole to close or block only a part of the second coupling hole such that the coupling member is prevented from being disengaged from the second coupling hole of the joint member.
Hinge for home appliance, adapted to connect the door of said home appliance to the main body of said home appliance, between a closed position and an open position, in a rotatable way around a first rotation axis, said home appliance further comprising at least one decorative panel slidingly constrained on a plane substantially parallel to the outer flat surface of said door of said home appliance along a direction substantially orthogonal to said first rotation axis, said hinge comprising a stationary frame combinable with said main body, and a movable frame combinable with said door and rotatable around said stationary frame around a first pivot integral with said stationary frame and having longitudinal axis coincident with said first rotation axis, said hinge further comprising displacing means to displace said decorative panel along said sliding plane at least when said door rotates with respect to said main body, said displacing means comprising at least one slider combinable with said decorative panel and displaceable between a first and a second position along said movable frame, in a direction substantially orthogonal to said first rotation axis, and at least one activating mechanism to activate said slider between said first position and said second position, and vice-versa, characterized in that said displacing means further comprise at least one transmission lever of the motion from said slider to said decorative panel, at least when said slider is displaced from said first position to said second position, and vice-versa, said at least one transmission lever being rotatably constrained to said movable frame around a second rotation axis substantially orthogonal to said sliding plane for said decorative panel.
A muffler for an exhaust system of a vehicle driven by an internal combustion engine, comprising: a gas-tight housing; at least one partition wall disposed inside said housing, the partition wall dividing the interior of the housing into a first volume and a second volume separate from the first volume; at least one inlet pipe in fluid communication with the first volume; at least one first outlet pipe in fluid communication with the first volume; a switchable second outlet pipe, in fluid communication with the first volume, passing through the second volume, and penetrating the at least one partition wall; and a resonator pipe providing a fluid communication between the first volume and the second volume and forming a Helmholtz resonator together with the second volume, wherein the second volume forms the Helmholtz volume and the resonator pipe forms the Helmholtz pipe; wherein the second outlet pipe is, at least in the section where it penetrates the at least one partition wall, disposed inside the resonator pipe; wherein the second outlet pipe is located inside the resonator pipe for the whole of the resonator pipe's length; characterized in that the port of the inlet pipe is located within the first volume; a wall of the second outlet pipe has openings in a section where the resonator pipe surrounds it; and the volume of air standing in the resonator pipe of the Helmholtz resonator depends on a switching state of the switchable second outlet pipe. a gas-tight housing; at least one partition wall disposed inside said housing, the partition wall dividing the interior of the housing into a first volume and a second volume separate from the first volume; at least one inlet pipe in fluid communication with the first volume; at least one first outlet pipe in fluid communication with the first volume; a switchable second outlet pipe, in fluid communication with the first volume, passing through the second volume, and penetrating the at least one partition wall; and a resonator pipe providing a fluid communication between the first volume and the second volume and forming a Helmholtz resonator together with the second volume, wherein the second volume forms the Helmholtz volume and the resonator pipe forms the Helmholtz pipe;