mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a compressor; a combustor; a turbine section including a rotor, said rotor having a cover plate seal which carries a knife edge runner; and a static housing which includes a mount structure carrying a static seal land, the knife edge runner rotating adjacent the static seal land; wherein the static seal land includes an abradable seal formed of an integral piece of abradable material, said integral piece of abradable material including a largely closed mount plate and an abradable surface facing the knife edge runner, the abradable surface having an open cell structure, the mount plate secured to a mount structure. a compressor; a combustor; a turbine section including a rotor, said rotor having a cover plate seal which carries a knife edge runner; and a static housing which includes a mount structure carrying a static seal land, the knife edge runner rotating adjacent the static seal land; wherein the static seal land includes an abradable seal formed of an integral piece of abradable material, said integral piece of abradable material including a largely closed mount plate and an abradable surface facing the knife edge runner, the abradable surface having an open cell structure, the mount plate secured to a mount structure.
A method implemented in a telephony network for generating a charging data record CDR for a subscriber that is supported by a visited network while away from the subscriber's home network comprising the step of: transmitting a request from a first node in the visited network for profile information about the subscriber where the request seeks the subscriber data stored in a home subscriber server HSS in the subscriber's home network; characterized in that it further comprises the steps of receiving a reply at the first node in the visited network in response to the request where the reply includes all of the subscriber data stored in the HSS of the subscriber's home network; storing by the first node all of the subscriber data received in the reply; generating by the first node the CDR associated with the subscriber as supported in the visited network where the CDR includes subscriber data derived from the stored subscriber data; transmitting the CDR by the first node to another node in the telephony network to be used to determine billing associated with services provided to the subscriber. transmitting a request from a first node in the visited network for profile information about the subscriber where the request seeks the subscriber data stored in a home subscriber server HSS in the subscriber's home network; characterized in that it further comprises the steps of receiving a reply at the first node in the visited network in response to the request where the reply includes all of the subscriber data stored in the HSS of the subscriber's home network; storing by the first node all of the subscriber data received in the reply; generating by the first node the CDR associated with the subscriber as supported in the visited network where the CDR includes subscriber data derived from the stored subscriber data; transmitting the CDR by the first node to another node in the telephony network to be used to determine billing associated with services provided to the subscriber.
Combination of a sheet (7; 24; 34; 42; 53; 76; 81) provided with a cut-out opening (8; 25; 35; 43; 54; 82) and strengthening means arranged under the sheet (7; 24; 34; 42; 53; 76; 81), wherein the strengthening means comprise a strengthening profile (5; 26; 36; 44, 45; 75; 84) arranged along the cut-out (8; 25; 35; 43; 54; 82) opening and with a drain (2; 21; 31; 41; 51; 71, 72, 73, 74) arranged under the cut-out opening (8; 25; 35; 43; 54; 82), characterized in that the sheet (7; 24; 34; 42; 53; 76; 81) is of breakable material, such as a tile or a thin sheet of glass, and wherein the sheet of breakable material (7; 24; 34; 42; 53; 76; 81) extends beyond the strengthening means, when viewed in a direction away from the cut-out opening (8; 25; 35; 43; 54; 82).
A system for carbonating fluid comprising: a gas supply; a fluid vessel; a retainer for retaining the fluid vessel relative to the gas supply; and a gas injector for injecting gas from the gas supply into the fluid vessel, wherein, during use, the gas injector injects gas below a fluid level within the fluid vessel, wherein, the fluid vessel comprising at least one internal surface for obstructing a return path of the gas to an upper surface of the fluid after injection, wherein the at least one internal surface comprises annular flanges (1700, 1900) below the fluid level, wherein, upon injection, gas travels to a bottom of the fluid vessel and upon rising to the upper surface of the fluid, is redirected downwards by the annular flanges (1700, 1900), and wherein the annular flanges (1700, 1900) are downwardly concave and retain gas below the fluid level. a gas supply; a fluid vessel; a retainer for retaining the fluid vessel relative to the gas supply; and a gas injector for injecting gas from the gas supply into the fluid vessel, wherein, during use, the gas injector injects gas below a fluid level within the fluid vessel, wherein, the fluid vessel comprising at least one internal surface for obstructing a return path of the gas to an upper surface of the fluid after injection, wherein the at least one internal surface comprises annular flanges (1700, 1900) below the fluid level, wherein, upon injection, gas travels to a bottom of the fluid vessel and upon rising to the upper surface of the fluid, is redirected downwards by the annular flanges (1700, 1900), and
A method, comprising: sensing, by a fault processing subsystem of an electronics assembly, an alarm state at an output of a first active power distribution element of a plurality of active power distribution elements arranged in a hierarchy in an electronics assembly, the first element being at a level of the hierarchy downstream of the top level, and the alarm state corresponding to an output of the first element being different than an expected output of the first element; in response to sensing the alarm state at the output of the first element, commanding, by the fault processing subsystem in communication with a control input of each element, the first element sensed to be in the alarm state to disable; sensing, by the fault processing subsystem, the alarm state persisting at the output of the first element that was commanded to disable; and in response to sensing the persisting alarm state at the power output of the first element that was commanded to disable, commanding, by the fault processing subsystem, an element at a next higher level in the hierarchy from the first element to disable. sensing, by a fault processing subsystem of an electronics assembly, an alarm state at an output of a first active power distribution element of a plurality of active power distribution elements arranged in a hierarchy in an electronics assembly, the first element being at a level of the hierarchy downstream of the top level, and the alarm state corresponding to an output of the first element being different than an expected output of the first element; in response to sensing the alarm state at the output of the first element, commanding, by the fault processing subsystem in communication with a control input of each element, the first element sensed to be in the alarm state to disable; sensing, by the fault processing subsystem, the alarm state persisting at the output of the first element that was commanded to disable; and in response to sensing the persisting alarm state at the power output of the first element that was commanded to disable, commanding, by the fault processing subsystem, an element at a next higher level in the hierarchy from the first element to disable.
A power cable comprising stranded electrically conductive wires, wherein any interstices of the stranded conductive wire are completely filled with a water-blocking composition comprising: from 20 wt% to 90 wt% of a thermoplastic polymer; and from 10 wt% to 30 wt%, of a crosslinked polymer, in the form of a powder having a particle diameter less than 900 μm, dispersed in the thermoplastic polymer; based on a total weight of the water-blocking composition. from 20 wt% to 90 wt% of a thermoplastic polymer; and from 10 wt% to 30 wt%, of a crosslinked polymer, in the form of a powder having a particle diameter less than 900 μm, dispersed in the thermoplastic polymer; based on a total weight of the water-blocking composition.
An aircraft firewall feedthrough device (12, 120, 220, 320, 420, 520) for accommodating a feedthrough member through an aperture of a firewall of an aircraft, the aircraft firewall feedthrough device comprising a plate configured to be attached to the firewall, the plate including: a feedthrough aperture; a first side for facing toward the firewall; and a second side opposite the first side; a first tubular portion extending from the first side of the plate; a second tubular portion extending from the second side of the plate, wherein the first tubular portion, the second tubular portion and the feedthrough aperture cooperatively defining a through passage for accommodating the feedthrough member through the aperture of the firewall and a grommet (50A, 50B) retained inside the through passage, the grommet including a hole for accommodating the feedthrough member through the grommet, wherein a distal end of the first tubular portion distal from the plate includes a first anchoring feature for engagement with a first jacket portion of the feedthrough member characterised in that a distal end of the second tubular portion distal from the plate includes a second anchoring feature for engagement with a second jacket portion of the feedthrough member, and the first tubular portion and the second tubular portion are made from an electrically conductive material and provide electric continuity between the distal end of the first tubular portion and the distal end of the second tubular portion. a plate configured to be attached to the firewall, the plate including: a feedthrough aperture; a first side for facing toward the firewall; and a second side opposite the first side; a first tubular portion extending from the first side of the plate; a second tubular portion extending from the second side of the plate, wherein the first tubular portion, the second tubular portion and the feedthrough aperture cooperatively defining a through passage for accommodating the feedthrough member through the aperture of the firewall and a grommet (50A, 50B) retained inside the through passage, the grommet including a hole for accommodating the feedthrough member through the grommet, wherein a distal end of the first tubular portion distal from the plate includes a first anchoring feature for engagement with a first jacket portion of the feedthrough member characterised in that a distal end of the second tubular portion distal from the plate includes a second anchoring feature for engagement with a second jacket portion of the feedthrough member, and the first tubular portion and the second tubular portion are made from an electrically conductive material and provide electric continuity between the distal end of the first tubular portion and the distal end of the second tubular portion.
A composition comprising: a) a probiotic bacterium wherein the probiotic bacterium is Lactobacillus reuteri; and b) a pHENOMM vector having SEQ ID NO: 13 or SEQ ID NO: 14, wherein the pHENOMM vector encodes a gene capable of expressing a functional enzyme for phenylalanine degradation by the probiotic bacterium. a) a probiotic bacterium wherein the probiotic bacterium is Lactobacillus reuteri; and b) a pHENOMM vector having SEQ ID NO: 13 or SEQ ID NO: 14, wherein the pHENOMM vector encodes a gene capable of expressing a functional enzyme for phenylalanine degradation by the probiotic bacterium.
A method of filling cartridges with either one or two pouches therein, comprising: loading the cartridges in a puck; maneuvering the puck to a first filling unit; filling a first pouch within each cartridge having two pouches or filling the pouch in every other cartridge having one pouch at the first filling unit; maneuvering the puck to a second filling unit; and filling a second pouch within each cartridge having two pouches or filling the pouch in the remaining cartridges having one pouch at the second filling unit. loading the cartridges in a puck; maneuvering the puck to a first filling unit; filling a first pouch within each cartridge having two pouches or filling the pouch in every other cartridge having one pouch at the first filling unit; maneuvering the puck to a second filling unit; and filling a second pouch within each cartridge having two pouches or filling the pouch in the remaining cartridges having one pouch at the second filling unit.
A pump, in particular an orbital pump, for pumping a fluid, wherein the pump comprises at least one pump control system, a motor that can be controlled by the pump control system, a rotor shaft for fluid transport, and a rotor sensor for detecting an absolute angle of rotation of the rotor shaft, the rotor sensor is connected to the pump control system and designed to transmit the angle of rotation of the rotor shaft to the pump control system, and the pump control system is designed to rotationally control the rotor shaft by means of the motor until the rotor shaft is in a pre-determined angle of rotation position, characterized in that between a fluid inlet into the pump and a fluid outlet from the pump, a leakage flow channel is determined in the pump, which channel is closed with the rotor shaft in the pre-determined angle of rotation position, wherein a leakage flow between the fluid inlet and the fluid outlet is inhibited.. the pump comprises at least one pump control system, a motor that can be controlled by the pump control system, a rotor shaft for fluid transport, and a rotor sensor for detecting an absolute angle of rotation of the rotor shaft, the rotor sensor is connected to the pump control system and designed to transmit the angle of rotation of the rotor shaft to the pump control system, and the pump control system is designed to rotationally control the rotor shaft by means of the motor until the rotor shaft is in a pre-determined angle of rotation position, characterized in that between a fluid inlet into the pump and a fluid outlet from the pump, a leakage flow channel is determined in the pump, which channel is closed with the rotor shaft in the pre-determined angle of rotation position, wherein a leakage flow between the fluid inlet and the fluid outlet is inhibited..
An apparatus for producing a multi-layer extrudate comprising an intermediate material interposed between at least two layers of outer material, the apparatus comprising an arrangement of ducts which includes a first duct and a second duct through which respective lateral flows (F1, F2) of outer material can flow, the arrangement of ducts also including a further duct through which a central flow comprising at least the intermediate material can flow, the apparatus further comprising at least one obstructing element (8a, 8b; 28a, 28b; 80a, 80b) for interacting at least with the central flow while the central flow is advancing in an advancement direction, wherein said at least one obstructing element (8a, 8b; 28a, 28b; 80a, 80b) is movable with a movement having a component directed transversally to the advancement direction, so as to obstruct the central flow in the advancement direction at preset intervals, wherein said movement is a linear forward and backward movement by means of which said at least one obstructing element (8a, 8b; 28a, 28b; 80a, 80b) is displaceable between a first operating position and a second operating position, characterized in that the apparatus further comprises another obstructing element (8a, 8b; 28a, 28b; 80a, 80b) operating in conjunction with said at least one obstructing element (8a, 8b; 28a, 28b; 80a, 80b) to obstruct the central flow in the second operating position.
A diagnostic tool, comprising: a processor that operates the diagnostic tool; a user interface operating system comprising a plurality of operating environments corresponding to operating systems of external devices, wherein the user interface operating system is adapted to examine communication messages from an external device, to determine an external device's operating system and to select an operating environment from said plurality of operating environments corresponding to the operating system of the external device to interface with the external device; a selectable signal translator adapted to communicate with a vehicle communication interface through a connector interface; a vehicle diagnostic operating system that includes real time operating systems that serve application requests from the user interface operating system, wherein the application requests include a request to perform a diagnostic test; and the vehicle diagnostic operating system is adapted to perform the diagnostic test in response to the request to perform a diagnostic test. a processor that operates the diagnostic tool; a user interface operating system comprising a plurality of operating environments corresponding to operating systems of external devices, wherein the user interface operating system is adapted to examine communication messages from an external device, to determine an external device's operating system and to select an operating environment from said plurality of operating environments corresponding to the operating system of the external device to interface with the external device; a selectable signal translator adapted to communicate with a vehicle communication interface through a connector interface; a vehicle diagnostic operating system that includes real time operating systems that serve application requests from the user interface operating system, wherein the application requests include a request to perform a diagnostic test; and the vehicle diagnostic operating system is adapted to perform the diagnostic test in response to the request to perform a diagnostic test.
A method for sending traffic packets over a logical link made up of the aggregation of several physical links in which flows of incoming packets are sent to a scheduler/shaper which selects therefrom packets to create a global flow of packets falling within the bandwidth offered by the logical link on the basis of the bandwidth capability offered by the logical link and in which the packets in the incoming flows are classified according to service classes and in which, upon a decrease in the bandwidth offered by the logical link the scheduler/shaper acts on the incoming packets in such a manner that some of the incoming packets are queued or dropped to cause the global flow to fall within the bandwidth of the aggregated logical link depending on information correlated with the associated class of service of the packets.
A method executed by at least one processor comprising: processing a first application on a compute node (110-114; 210), which is included in a cluster, to produce first computed data and then storing the first computed data in volatile memory included locally in the compute node (110-114; 210); and halting the processing of the first application based on an initiated checkpoint; storing (425, 435) first state data corresponding to the halted first application and the first computed data in a non-volatile memory included locally in the compute node (110-114; 210); and resuming processing of the halted first application; submitting (585;690) a pull request to an input/output node identifying the address for non-volatile memory portions that include the first state data and the first computed data; and continuing the processing of the first application to produce second computed data while the first state information and the first computed data is simultaneously pulled from the non-volatile memory to the IO node. processing a first application on a compute node (110-114; 210), which is included in a cluster, to produce first computed data and then storing the first computed data in volatile memory included locally in the compute node (110-114; 210); and halting the processing of the first application based on an initiated checkpoint; storing (425, 435) first state data corresponding to the halted first application and the first computed data in a non-volatile memory included locally in the compute node (110-114; 210); and resuming processing of the halted first application; submitting (585;690) a pull request to an input/output node identifying the address for non-volatile memory portions that include the first state data and the first computed data; and continuing the processing of the first application to produce second computed data while the first state information and the first computed data is simultaneously pulled from the non-volatile memory to the IO node.
A package comprising: a package body enclosing a medical supply, wherein the package body defines a window; a breathable membrane adjacent the package body and extending across the window; a moisture oxygen scavenger (16, 16a, 16b, or 16c) adjacent the package body and extending across the breathable membrane; and and adhesive layer (26, 26a, 26b, 26c), wherein the adhesive layer (26, 26a, 26b, 26c) is configured to hold the moisture oxygen scavenger (16, 16a, 16b, or 16c) adjacent the breathable membrane. a package body enclosing a medical supply, wherein the package body defines a window; a breathable membrane adjacent the package body and extending across the window; a moisture oxygen scavenger (16, 16a, 16b, or 16c) adjacent the package body and extending across the breathable membrane; and and adhesive layer (26, 26a, 26b, 26c), wherein the adhesive layer (26, 26a, 26b, 26c) is configured to hold the moisture oxygen scavenger (16, 16a, 16b, or 16c) adjacent the breathable membrane.
A process for the formation of a compacted porous film comprising a) application of a porous film onto an elastic substrate in a stretched state such that a reversible adhesion of the film on the stretched substrate occurs, and b) relaxing the substrate with the applied film thereon to obtain a compacted porous film wherein the compacted porous film is flat such that it does not show geometric out-of-plane structures, such that when the elastic substrate is in the stretched state the film adheres to the substrate and when the elastic substrate is relaxed the compacted porous film may be removed from the elastic substrate without destroying the compacted film. a) application of a porous film onto an elastic substrate in a stretched state such that a reversible adhesion of the film on the stretched substrate occurs, and b) relaxing the substrate with the applied film thereon to obtain a compacted porous film wherein the compacted porous film is flat such that it does not show geometric out-of-plane structures,
Electric bicycle having a bicycle frame, an electronic control unit, a drive unit, a battery unit, a display unit and a remote control unit for the display unit, wherein the remote control unit is arranged in the region of a handlebar grip at a distance from the display unit, characterised in that the electronic control unit is arranged in the seat tube of the bicycle frame in the lower region and is fastened to the frame-side drive carrier of the bicycle frame via an L-shaped fastening angle, which is fastened to the rectangular housing of the control unit by means of screws (40; 44), and the angle is fastened to the drive carrier by means of a screw.