mhurhangee/ep-ind-claims huggingface dataset:
A combustor wall for a turbine engine, the combustor wall comprising: a shell; and a heat shield attached to the shell, the heat shield including a rail (103; 138) and a cooling element connected to the rail (103; 138) in a cavity, the cavity extending in a vertical direction between the shell and the heat shield and fluidly coupling a plurality of apertures in the shell with a plurality of apertures in the heat shield, wherein the cooling element extends laterally out from the rail (103; 138) to a distal end, and the rail (103; 138) has a vertical height; characterised in that: the cooling element has a vertical height that is less than the vertical height of the rail (103; 138). a shell; and a heat shield attached to the shell, the heat shield including a rail (103; 138) and a cooling element connected to the rail (103; 138) in a cavity, the cavity extending in a vertical direction between the shell and the heat shield and fluidly coupling a plurality of apertures in the shell with a plurality of apertures in the heat shield, wherein the cooling element extends laterally out from the rail (103; 138) to a distal end, and the rail (103; 138) has a vertical height;
An optical transmission system, comprising: an optical fiber with the number of spatial modes being L, L is an integer of 2 or more; M transmitters, M is a natural number of less than L; an optical multiplexer being connected to one end of the optical fiber, and configured to input signal beams of light from the M transmitters to the optical fiber and cause each of the input signal beams of light to be propagated for each of the spatial modes of the optical fiber; an optical demultiplexer being connected to another end of the optical fiber, and configured to demultiplex a propagated beam of light caused to be propagated through the optical fiber for each of the spatial modes of the optical fiber; N, N = L, receivers configured to each receive a demultiplexed beam of light obtained by demultiplexing the propagated beam of light by the optical demultiplexer; and an N × M multiple-input multiple-output (MIMO) equalizer configured to receive N received signals output from the N receivers and output M demodulated signals. an optical fiber with the number of spatial modes being L, L is an integer of 2 or more; M transmitters, M is a natural number of less than L; an optical multiplexer being connected to one end of the optical fiber, and configured to input signal beams of light from the M transmitters to the optical fiber and cause each of the input signal beams of light to be propagated for each of the spatial modes of the optical fiber; an optical demultiplexer being connected to another end of the optical fiber, and configured to demultiplex a propagated beam of light caused to be propagated through the optical fiber for each of the spatial modes of the optical fiber; N, N = L, receivers configured to each receive a demultiplexed beam of light obtained by demultiplexing the propagated beam of light by the optical demultiplexer; and an N × M multiple-input multiple-output (MIMO) equalizer configured to receive N received signals output from the N receivers and output M demodulated signals.
Filter element for a coalescence separator, with a filter layer system, which has at least one first filter layer made from a fleece material, wherein the filter layer system is designed as a filter sleeve, which has the form of an elongated hollow body, characterised in that the filter layer system has at least one second filter layer made from a fleece material, wherein the second filter layer is arranged adjacently on the first filter layer, wherein the filter sleeve is designed with a longitudinal seam, which joins together at least the first filter layer in circumferential direction, wherein the longitudinal seam joins together all filter layers (11, 12) of the filter layer system.
A method performed in a caller device for automatically transmitting at least a portion of a caller video to one or more callee devices, the method comprising: sending a call request to the one or more callee devices; automatically determining an identifier associated with the one or more callee devices; determining whether the identifier is in an outgoing call record of the caller device; receiving an acknowledgment from the one or more callee devices; upon receipt of the acknowledgment, establishing a connection with the one or more callee devices; based on determining that the identifier is in an outgoing call record of the caller device, transmitting at least a portion of a caller video over the connection with the one or more callee devices, wherein the caller video is automatically transmitted prior to receipt of an acceptance of the call request from the one or more callee devices; and automatically determining a caller context and selecting the caller video from a plurality of videos based on the determined caller context, wherein the caller context is determined based on any of multiple factors including at least one of: a caller device location or a current time at which the call request is transmitted. sending a call request to the one or more callee devices; automatically determining an identifier associated with the one or more callee devices; determining whether the identifier is in an outgoing call record of the caller device; receiving an acknowledgment from the one or more callee devices; upon receipt of the acknowledgment, establishing a connection with the one or more callee devices; based on determining that the identifier is in an outgoing call record of the caller device, transmitting at least a portion of a caller video over the connection with the one or more callee devices, wherein the caller video is automatically transmitted prior to receipt of an acceptance of the call request from the one or more callee devices; and automatically determining a caller context and selecting the caller video from a plurality of videos based on the determined caller context, wherein the caller context is determined based on any of multiple factors including at least one of: a caller device location or a current time at which the call request is transmitted.
An elevating and unilateral locking linkage for a bottom mould, mounted on a bottle blowing machine, the linkage comprising a bottom mould elevating assembly and a positioning assembly, the bottom mould elevating assembly comprising an elevating rod movably disposed on a machine frame of the bottle blowing machine in up-down direction, the bottom mould being mounted on an upper end of the elevating rod, the elevating rod being driven by a driving assembly to move in up-down direction, the driving assembly comprising: a rotation shaft rotatably disposed on the machine frame around a first axis; a cam fixedly connected on the rotation shaft, a first sliding groove being opened on the cam; a sliding part mounted on the elevating rod, the sliding part being slidably inserted into the first sliding groove; and a power source for driving the rotation of the rotation shaft; in the course of rotation of the rotation shaft, the contact position of the first sliding groove with the sliding part rises or descends, the sliding part moves in up-down direction under the guiding of the first sliding groove; and the positioning assembly comprising: a sliding block slidably disposed on the machine frame; a swing member swingably disposed on the machine frame around a second axis, for driving the movement of the sliding block during it's swinging; and a rotation member fixedly disposed on the rotation shaft for controlling the swinging of the swing member; wherein the linkage has at least two working positions, in the first working position, there is a certain distance between the bottom mould and the machine frame, and sliding block is inserted between the bottom mould and the machine frame and contacts against the bottom mould, in the second working position, the sliding block is separated from the bottom mould, such that the bottom mould moves towards the machine frame. a rotation shaft rotatably disposed on the machine frame around a first axis; a cam fixedly connected on the rotation shaft, a first sliding groove being opened on the cam; a sliding part mounted on the elevating rod, the sliding part being slidably inserted into the first sliding groove; and a power source for driving the rotation of the rotation shaft; in the course of rotation of the rotation shaft, the contact position of the first sliding groove with the sliding part rises or descends, the sliding part moves in up-down direction under the guiding of the first sliding groove; a sliding block slidably disposed on the machine frame; a swing member swingably disposed on the machine frame around a second axis, for driving the movement of the sliding block during it's swinging; and a rotation member fixedly disposed on the rotation shaft for controlling the swinging of the swing member;
A metrology method for measuring a parameter of a microscopic structure formed on a substrate, the method comprising: illuminating the structure with spatially coherent radiation from a supercontinuum light source; and detecting radiation returned from the structure using a sensor of an angle-resolved scatterometer, wherein said scatterometer comprises an objective lens having a pupil plane, the objective lens being set at a defocus position such that the zeroth and at least one first order of diffracted radiation returned from the structure at least partially overlap in the pupil plane. illuminating the structure with spatially coherent radiation from a supercontinuum light source; and detecting radiation returned from the structure using a sensor of an angle-resolved scatterometer, wherein said scatterometer comprises an objective lens having a pupil plane, the objective lens being set at a defocus position such that the zeroth and at least one first order of diffracted radiation returned from the structure at least partially overlap in the pupil plane.
A rotating sealing device for the passage of a fluid, in particular for a system to inflate the tyres of vehicles, device comprising at least one seal positioned between a fixed support and a crown mounted able to rotate with respect to the support, the seal being constituted by a ring (12, 12a, 12b) mounted able to slide in a groove (13, 13a, 13b) in the fixed support and which incorporates a front face intended to come into contact with a bearing surface of the rotating crown, the ring (12, 12a, 12b) being able to be pressed against the bearing surface by positioning means (32, 34) exerting a thrust force on a rear face of the ring, the ring (12, 12a, 12b) incorporating on each of its internal and external cylindrical surfaces at least one ring-shaped groove intended to accommodate an O-ring seal (21, 22, 21a, 21b, 22a, 22b), characterised in that the positioning means are constituted by fluid pressure applied to the rear face of the ring through an opening (25, 25a, 25b) in the support.
An underwater steel catenary pipeline riser lifting frame, comprising: a. a lift frame foundation for disposal subsea, comprising an SCR mating surface configured to be connected to an SCR receptacle; and b. an SCR lifting frame for disposal subsea, comprising: i. a lift frame interface adapted to operatively connect the SCR lifting frame to the lift frame foundation; ii. a foundation interface; iii. a predetermined set of lifting frame securing fasteners connected to the frame interface and configured to secure the SCR lifting frame to a subsea structure; iv. a lift guide configured to accept the lift frame foundation; and v. a lift slidably disposed about the lift guide, the lift comprising an SCR pull head interface configured to be connected to an SCR pull head. a. a lift frame foundation for disposal subsea, comprising an SCR mating surface configured to be connected to an SCR receptacle; and b. an SCR lifting frame for disposal subsea, comprising: i. a lift frame interface adapted to operatively connect the SCR lifting frame to the lift frame foundation; ii. a foundation interface; iii. a predetermined set of lifting frame securing fasteners connected to the frame interface and configured to secure the SCR lifting frame to a subsea structure; iv. a lift guide configured to accept the lift frame foundation; and v. a lift slidably disposed about the lift guide, the lift comprising an SCR pull head interface configured to be connected to an SCR pull head. i. a lift frame interface adapted to operatively connect the SCR lifting frame to the lift frame foundation; ii. a foundation interface; iii. a predetermined set of lifting frame securing fasteners connected to the frame interface and configured to secure the SCR lifting frame to a subsea structure; iv. a lift guide configured to accept the lift frame foundation; and v. a lift slidably disposed about the lift guide, the lift comprising an SCR pull head interface configured to be connected to an SCR pull head.
A fiber optic system comprising: a mounting bracket having a length and a width, the length being larger than the width, the mounting bracket having a first mechanical interface including a first part of a slide interface and a first part of a snap-fit interface; and a telecommunications enclosure having a second mechanical interface detachably mountable to the first mechanical interface, the second mechanical interface including a second part of the slide interface and a second part of the snap-fit interface; the first and second mechanical interfaces enabling the telecommunications enclosure to mount to the mounting bracket selectively in a first orientation relative to the mounting bracket and in a second orientation relative to the mounting bracket; wherein the first and second mechanical interfaces are configured to detachably mount together when the second mechanical interface slides relative to the first mechanical interface along a slide axis that extends parallel with the width of the mounting bracket; and wherein the first mechanical interface is configured to enable the telecommunications enclosure to detachably mount to the mounting bracket in the first orientation by sliding the telecommunications enclosure relative to the mounting bracket selectively in a first direction along the slide axis or in a second direction along the slide axis, the second direction being opposite the first direction. a mounting bracket having a length and a width, the length being larger than the width, the mounting bracket having a first mechanical interface including a first part of a slide interface and a first part of a snap-fit interface; and a telecommunications enclosure having a second mechanical interface detachably mountable to the first mechanical interface, the second mechanical interface including a second part of the slide interface and a second part of the snap-fit interface; the first and second mechanical interfaces enabling the telecommunications enclosure to mount to the mounting bracket selectively in a first orientation relative to the mounting bracket and in a second orientation relative to the mounting bracket; wherein the first and second mechanical interfaces are configured to detachably mount together when the second mechanical interface slides relative to the first mechanical interface along a slide axis that extends parallel with the width of the mounting bracket; and wherein the first mechanical interface is configured to enable the telecommunications enclosure to detachably mount to the mounting bracket in the first orientation by sliding the telecommunications enclosure relative to the mounting bracket selectively in a first direction along the slide axis or in a second direction along the slide axis, the second direction being opposite the first direction.
A container, preferably for loosely stored products, the container comprising a) a container body comprising a peripheral body wall; b) a cover comprising an outer peripheral cover wall and a cover skirt, wherein the cover skirt is configured to be in contact against an inner surface of the peripheral body wall when the cover is in a closed state; c) a hinge connecting the container body and the cover; and d) at least one protruding element (41, 42) provided on the outer side of the peripheral body wall of the container and/or on the inner side of the outer peripheral cover wall, characterized in that the at least one protruding element (41, 42) provides a local reduction of a surrounding gap between the peripheral body wall of the container and the outer peripheral cover wall, when the cover is in the closed state, and each protruding element (41, 42) is provided on one among the outer side of the peripheral body wall and the inner side of the outer peripheral cover wall, without facing, without interacting with and without contacting any other protruding element of the other among the outer side of the peripheral body wall and the inner side of the outer peripheral cover wall, when the cover is in the closed state. a) a container body comprising a peripheral body wall; b) a cover comprising an outer peripheral cover wall and a cover skirt, wherein the cover skirt is configured to be in contact against an inner surface of the peripheral body wall when the cover is in a closed state; c) a hinge connecting the container body and the cover; and d) at least one protruding element (41, 42) provided on the outer side of the peripheral body wall of the container and/or on the inner side of the outer peripheral cover wall,
A spindle device for a program-controlled machine tool, comprising: - a spindle housing (1, 4), - a work spindle rotatably mounted about a spindle axis in said spindle housing (1, 4) and comprising a clamping device (22a, 22b, 22c) for clamping a tool interface which is inserted in a tool receiving portion of said spindle device and configured to hold a milling or drilling tool, - a sensor device arranged on said spindle housing (1, 4) for detecting structure-born sound waves or vibrations that occur, and - a first ring element and a second ring element, said first ring element being fixedly connected to said spindle housing (1, 4) and said second ring element being fixedly connected to the rotatably mounted work spindle, characterized in that said sensor device includes at least one annular structure-borne sound sensor configured to detect structure-borne sound waves or vibrations occurring during grinding operations with a geometrically undefined cutting edge, at least a portion of said structure-borne sound sensor arranged or held on or in said second ring element, and an inner portion of said second ring element forms at least part of the tool receiving portion of said spindle device. - a spindle housing (1, 4), - a work spindle rotatably mounted about a spindle axis in said spindle housing (1, 4) and comprising a clamping device (22a, 22b, 22c) for clamping a tool interface which is inserted in a tool receiving portion of said spindle device and configured to hold a milling or drilling tool, - a sensor device arranged on said spindle housing (1, 4) for detecting structure-born sound waves or vibrations that occur, and - a first ring element and a second ring element, said first ring element being fixedly connected to said spindle housing (1, 4) and said second ring element being fixedly connected to the rotatably mounted work spindle, said sensor device includes at least one annular structure-borne sound sensor configured to detect structure-borne sound waves or vibrations occurring during grinding operations with a geometrically undefined cutting edge, at least a portion of said structure-borne sound sensor arranged or held on or in said second ring element, and an inner portion of said second ring element forms at least part of the tool receiving portion of said spindle device.
A network apparatus comprising means for: receiving (502; 802) a handover/cell change request with change of routing area code from a user equipment engaged in a packet switched connection; examining conditions associated with the handover/cell change request to determine if the packet switched connection should not be released, wherein conditions indicating that the packet switched connection should not be released comprise the presence of a packet switched radio access bearer in a radio resource control connection; and if conditions associated with the handover/cell change request indicate that the packet switched connection should not be released, inhibiting (506; 806) release of the packet switched connection, wherein inhibiting (506; 806) release of the packet switched connection comprises setting a follow-on proceed flag in a ROUTING AREA UPDATE ACCEPT message to the user equipment. receiving (502; 802) a handover/cell change request with change of routing area code from a user equipment engaged in a packet switched connection; examining conditions associated with the handover/cell change request to determine if the packet switched connection should not be released, wherein conditions indicating that the packet switched connection should not be released comprise the presence of a packet switched radio access bearer in a radio resource control connection; and if conditions associated with the handover/cell change request indicate that the packet switched connection should not be released, inhibiting (506; 806) release of the packet switched connection, wherein inhibiting (506; 806) release of the packet switched connection comprises setting a follow-on proceed flag in a ROUTING AREA UPDATE ACCEPT message to the user equipment.
A polypeptide comprising an amino acid sequence at least 90% identical to the amino acid sequence of SEQ ID NO:3 and further comprising one or more of the following substitutions relative to SEQ ID NO:3: G95N, P70N, R21N, and Q40N. G95N, P70N, R21N, and Q40N.
Disc brake for utility vehicles, comprising at least the following features: - a brake disc, a brake calliper spanning the brake disc, and a brake carrier, - an application-side brake pad and a reaction-side brake pad, of which at least the application-side brake pad is accommodated in a pad cavity of the brake carrier, - wherein the brake calliper houses an application device which comprises a single piston which, during braking, exerts an application force (F K) on the application-side brake pad via a pressure plate, - a central plane and/or plane of symmetry of the brake disc, - an entry side relative to a forward direction of rotation of the brake disc and an exit side, wherein A) an action plane of the pressure plate has a centre offset (e) in the direction of the exit side at a distance from the central plane of the disc brake, and/or B) at least the application-side brake pad has a bevel on the exit side, characterized in that the pressure plate has a geometry which is asymmetric relative to the central plane of the brake disc, non-circular, and preferably oval. - a brake disc, a brake calliper spanning the brake disc, and a brake carrier, - an application-side brake pad and a reaction-side brake pad, of which at least the application-side brake pad is accommodated in a pad cavity of the brake carrier, - wherein the brake calliper houses an application device which comprises a single piston which, during braking, exerts an application force (F K) on the application-side brake pad via a pressure plate, - a central plane and/or plane of symmetry of the brake disc, - an entry side relative to a forward direction of rotation of the brake disc and an exit side, A) an action plane of the pressure plate has a centre offset (e) in the direction of the exit side at a distance from the central plane of the disc brake, and/or B) at least the application-side brake pad has a bevel on the exit side, characterized in that the pressure plate has a geometry which is asymmetric relative to the central plane of the brake disc, non-circular, and preferably oval.