mhurhangee/ep-ind-claims huggingface dataset:
A fuel injector for a turbomachine, comprising: an outer heat shield configured to sit on and/or within a combustor dome to orient the fuel injector relative to the combustor dome and/or a fuel manifold, wherein an inner surface of the outer heat shield includes an outer heat shield seal surface; and a fuel prefilmer seated at least partially within the outer heat shield, wherein an outer surface of the fuel prefilmer includes a prefilmer seal surface configured to mate with the outer heat shield seal surface such that the fuel prefilmer seats on the outer heat shield seal surface and such that the prefilmer seal surface is configured to allow the surfaces to slide relative to one another in both a radial and axial direction, wherein the outer heat shield seal surface and the prefilmer seal surface are frustoconical shaped. an outer heat shield configured to sit on and/or within a combustor dome to orient the fuel injector relative to the combustor dome and/or a fuel manifold, wherein an inner surface of the outer heat shield includes an outer heat shield seal surface; and a fuel prefilmer seated at least partially within the outer heat shield, wherein an outer surface of the fuel prefilmer includes a prefilmer seal surface configured to mate with the outer heat shield seal surface such that the fuel prefilmer seats on the outer heat shield seal surface and such that the prefilmer seal surface is configured to allow the surfaces to slide relative to one another in both a radial and axial direction, wherein the outer heat shield seal surface and the prefilmer seal surface are frustoconical shaped.
A pipe restraint assembly, comprising: a pipe; a restraint body configured to be removably attached to a portion (310, 320) of the pipe, wherein the portion (310, 320) of the pipe is associated with a postulated pipe failure associated with a release of high pressure fluid; a plurality of apertures (412, 422) that penetrate through the restraint body and are positioned proximate to a location of the postulated pipe failure, wherein the apertures (412, 422) are configured to provide a number of passageways for the fluid to exit from the location of the postulated pipe failure and be released outside of the restraint body; and one or more pipe restraints (312, 322), wherein the one or more pipe restraints (312, 322) extend into a corresponding aperture (412, 422) of the plurality of apertures (412, 422) to maintain the position of the apertures (412, 422) relative to the location of the postulated pipe failure. a pipe; a restraint body configured to be removably attached to a portion (310, 320) of the pipe, wherein the portion (310, 320) of the pipe is associated with a postulated pipe failure associated with a release of high pressure fluid; a plurality of apertures (412, 422) that penetrate through the restraint body and are positioned proximate to a location of the postulated pipe failure, wherein the apertures (412, 422) are configured to provide a number of passageways for the fluid to exit from the location of the postulated pipe failure and be released outside of the restraint body; and one or more pipe restraints (312, 322), wherein the one or more pipe restraints (312, 322) extend into a corresponding aperture (412, 422) of the plurality of apertures (412, 422) to maintain the position of the apertures (412, 422) relative to the location of the postulated pipe failure.
A method of a first client device for setting communication with other devices included in a group, to which the first client device belongs, the method performed by a first client device and comprising: receiving, from a host device included in the group, a communication initiation request for setting a communication between the host device and the first client device, wherein the communication initiation request comprises a participant device list that comprises identification information of devices included in the group and identification information of the group; determining whether to set the communication with the host device based on a communication state of the first client device; receiving, from a second client device ordered before the first client device in the participant device list for the group, a communication extension request for setting a communication between the second client device and the first client device, wherein the communication extension request comprises an order in which the devices included in the group are listed in the participant device list; determining whether the second client device is included in the group; and if it is determined in response to determining that the second client device is included in the group, determining whether to set the communication with the second client device based on whether communication between the host device and the first client device is set. receiving, from a host device included in the group, a communication initiation request for setting a communication between the host device and the first client device, wherein the communication initiation request comprises a participant device list that comprises identification information of devices included in the group and identification information of the group; determining whether to set the communication with the host device based on a communication state of the first client device; receiving, from a second client device ordered before the first client device in the participant device list for the group, a communication extension request for setting a communication between the second client device and the first client device, wherein the communication extension request comprises an order in which the devices included in the group are listed in the participant device list; determining whether the second client device is included in the group; and if it is determined in response to determining that the second client device is included in the group, determining whether to set the communication with the second client device based on whether communication between the host device and the first client device is set.
A gearbox assembly for a gas turbofan engine comprising: a sun gear rotatable about an axis, wherein the sun gear includes a cavity between a first gear region and a second gear region; a plurality of intermediate gears driven by the sun gear; a baffle disposed between at least two of the plurality of intermediate gears, wherein the baffle is spaced a first gap distance from the at least two intermediate gears within a first gap portion and a second gap distance different than the first gap distance from one of the at least two intermediate gears within a second gap portion including an interface with the sun gear; characterised in that: the baffle includes a wedge extending into the cavity for circulating lubricant out of the cavity. a sun gear rotatable about an axis, wherein the sun gear includes a cavity between a first gear region and a second gear region; a plurality of intermediate gears driven by the sun gear; a baffle disposed between at least two of the plurality of intermediate gears, wherein the baffle is spaced a first gap distance from the at least two intermediate gears within a first gap portion and a second gap distance different than the first gap distance from one of the at least two intermediate gears within a second gap portion including an interface with the sun gear; characterised in that: the baffle includes a wedge extending into the cavity for circulating lubricant out of the cavity. the baffle includes a wedge extending into the cavity for circulating lubricant out of the cavity.
Motor vehicle door latch, comprising a latch case that is connected to a motor vehicle door (5, 6, 7) and comprising a latch housing that is connected to the latch case, and comprising a fastening element for additionally securing the latch housing to the motor vehicle door (5, 6, 7), wherein the fastening element is in the form of a bracket that can be detachably coupled both to the latch case and to the latch housing, wherein the bracket extends, in its longitudinal extent, from a region, near an end face, of the latch case that is secured to the motor vehicle door (5, 6, 7), to the edge of the latch housing, and wherein the latch case is provided, in an L shape, with a locking mechanism leg for supporting a locking mechanism (3, 4) and for anchoring said mechanism to an end face of the motor vehicle door (5, 6, 7), and with a side leg, the bracket extending substantially perpendicularly to the locking mechanism leg in an extension of the side leg.
Cooktop having a plurality of heating elements, a user interface for inputting a power level, a detection assembly for detecting a position and size of at least one cookware element (12, 13, 14) and a control unit, which is designed so as to combine a number of heating elements into a heating zone (16, 18, 20) as a function of the detected size and position of the cookware element (12, 13, 14) and to operate the heating elements of the heating zone (16, 18, 20) with a total heat output, wherein the control unit determines a total heat output of the heating zone (16, 18, 20) as a function of the power level input by way of the user interface and operates the heating elements in accordance with the total heat output determined in this way, characterised in that the control unit is designed to calculate a bottom surface of the cookware element (12, 13, 14) from measurands of the detection assembly and to determine the total heat output as a function of the power level and of the bottom surface.
A device comprising: a drain bias controller to receive an envelope signal associated with an input signal and to adjust a drain bias based on the received envelope signal; a predistortion controller to predistort the input signal, based on the received envelope signal and based on the adjusted drain bias, and to output the predistorted signal; and an amplifier to receive the predistorted signal and to generate an amplified output signal from the predistorted signal, where the adjusted drain bias is associated with the amplifier, and where the amplifier is selectable to be operated in a linear mode or in a nonlinear mode. a drain bias controller to receive an envelope signal associated with an input signal and to adjust a drain bias based on the received envelope signal; a predistortion controller to predistort the input signal, based on the received envelope signal and based on the adjusted drain bias, and to output the predistorted signal; and an amplifier to receive the predistorted signal and to generate an amplified output signal from the predistorted signal, where the adjusted drain bias is associated with the amplifier, and where the amplifier is selectable to be operated in a linear mode or in a nonlinear mode.
A marine pipelaying friction clamp device (10; 20) for frictionally retaining an offshore subsea pipeline to be launched into the sea during the laying of the pipeline from a pipelaying vessel, wherein the clamp device comprises: a frame (1;21) which comprises a main frame structure (2;22) that is adapted to be supported by the pipelaying vessel, wherein the frame supports, in series in a longitudinal direction of the clamp device which corresponds to the axis of the pipeline to be retained, multiple annular arrays (3;23) of clamping units adapted to simultaneously engage separate portions of the pipeline, wherein each annular array of clamping units comprises multiple clamping units, wherein each clamping unit comprises a friction pad adapted to frictionally engage a portion of the pipeline and an associated friction force actuator, e.g. an hydraulic actuator, e.g. a radially mounted hydraulic cylinder, adapted to force the friction pad against the pipeline, characterized in that the frame comprises, for one or more of said annular arrays of clamping units, preferably for multiple of said annular arrays, one or more mobile subframes (11;31), wherein each of said one or more mobile subframes carries multiple clamping units, wherein each of said one or more mobile subframes is movably supported by the main frame structure so as to be mobile relative to said main frame structure in said longitudinal direction of the clamp device, and wherein each of said one or more mobile subframes is supported by a spring assembly (12;32). a frame (1;21) which comprises a main frame structure (2;22) that is adapted to be supported by the pipelaying vessel, wherein the frame supports, in series in a longitudinal direction of the clamp device which corresponds to the axis of the pipeline to be retained, multiple annular arrays (3;23) of clamping units adapted to simultaneously engage separate portions of the pipeline, wherein each annular array of clamping units comprises multiple clamping units, wherein each clamping unit comprises a friction pad adapted to frictionally engage a portion of the pipeline and an associated friction force actuator, e.g. an hydraulic actuator, e.g. a radially mounted hydraulic cylinder, adapted to force the friction pad against the pipeline, characterized in that the frame comprises, for one or more of said annular arrays of clamping units, preferably for multiple of said annular arrays, one or more mobile subframes (11;31), wherein each of said one or more mobile subframes carries multiple clamping units, wherein each of said one or more mobile subframes is movably supported by the main frame structure so as to be mobile relative to said main frame structure in said longitudinal direction of the clamp device, and wherein each of said one or more mobile subframes is supported by a spring assembly (12;32).
A subcutaneous implantation tool comprising: a syringe body having a hollow bore extending along a longitudinal axis; a dissection body at a distal end of the syringe body having a substantially non-circular hollow bore extending along the longitudinal axis and configured to receive a subcutaneous implantation micro-device; and a delivery assembly including a plunger fitting within at least a portion of the syringe body bore and a first end piece attached to a distal end of the plunger and configured to fit into the dissection body, characterised by the plunger including first and second portions, the second portion attached to a distal end of the first portion and to a proximal end of the first end piece, wherein the second portion is narrower than the first portion and configured to fit in at least a portion of the syringe body and the dissection body. a syringe body having a hollow bore extending along a longitudinal axis; a dissection body at a distal end of the syringe body having a substantially non-circular hollow bore extending along the longitudinal axis and configured to receive a subcutaneous implantation micro-device; and a delivery assembly including a plunger fitting within at least a portion of the syringe body bore and a first end piece attached to a distal end of the plunger and configured to fit into the dissection body, characterised by the plunger including first and second portions, the second portion attached to a distal end of the first portion and to a proximal end of the first end piece, wherein the second portion is narrower than the first portion and configured to fit in at least a portion of the syringe body and the dissection body.
A magnetic tunnel junction, hereinafter termed MTJ, comprising: (a) a free layer having perpendicular magnetic anisotropy, hereinafter termed PMA, that contacts a top surface of a tunnel barrier layer; (b) a capping layer as the uppermost layer in the MTJ; and (c) a Mg or MgM alloy insertion layer where M is one of Ta, Ti, V, Mo, Zr, Hf, Pt, Pd, W, Nb, Rh, Ru, Cu, Cr, or Ir, and M has a content less than about 5 atomic% in the MgM alloy, wherein the Mg or MgM alloy insertion layer adjoins a top surface of the free layer and contacts a bottom surface of the capping layer, characterized in that the Mg or MgM alloy insertion layer is discontinuous. (a) a free layer having perpendicular magnetic anisotropy, hereinafter termed PMA, that contacts a top surface of a tunnel barrier layer; (b) a capping layer as the uppermost layer in the MTJ; and (c) a Mg or MgM alloy insertion layer where M is one of Ta, Ti, V, Mo, Zr, Hf, Pt, Pd, W, Nb, Rh, Ru, Cu, Cr, or Ir, and M has a content less than about 5 atomic% in the MgM alloy, wherein the Mg or MgM alloy insertion layer adjoins a top surface of the free layer and contacts a bottom surface of the capping layer,
An apparatus for surgical procedures, the apparatus comprising: an evacuation tube comprising a filter, a long axis and a hollow conduit extending through the long axis, the hollow conduit fluidly connecting a tube inlet and a tube outlet, the filter located within the hollow conduit operable to remove particles from a flow passing through the hollow conduit from the tube inlet to the tube outlet; characterised in that the filter comprises a carbon media extending through an entire length of the long axis of the evacuation tube along an interior wall of the evacuation tube; wherein a cross-sectional diameter of the carbon media is less than an interior cross-sectional diameter of the hollow conduit, and wherein the carbon media is configured to not completely obstruct a flow through the hollow conduit. an evacuation tube comprising a filter, a long axis and a hollow conduit extending through the long axis, the hollow conduit fluidly connecting a tube inlet and a tube outlet, the filter located within the hollow conduit operable to remove particles from a flow passing through the hollow conduit from the tube inlet to the tube outlet; characterised in that the filter comprises a carbon media extending through an entire length of the long axis of the evacuation tube along an interior wall of the evacuation tube; wherein a cross-sectional diameter of the carbon media is less than an interior cross-sectional diameter of the hollow conduit, and wherein the carbon media is configured to not completely obstruct a flow through the hollow conduit.
Fastening element (10, 310, 410, 510, 610) for fastening a sensor to a structure to be monitored, the fastening element (10, 310, 410, 510, 610) having: - a base support element (14, 514, 614); - a sealing frame for sealing the base support element (14, 514, 614) with respect to the structure; - a cavity (20, 320) for receiving a light-curing adhesive, the cavity (20, 320) being delimited on one side by the base support element (14, 514, 614) and peripherally by the sealing frame; - at least one light-emitting surface (28, 428, 628) for coupling light beams into the cavity (20, 320); characterized in that the fastening element (10, 310, 410, 510, 610) has at least one passage recess (22a, 22b) for introducing the light-curing adhesive into the cavity (20, 320). - a base support element (14, 514, 614); - a sealing frame for sealing the base support element (14, 514, 614) with respect to the structure; - a cavity (20, 320) for receiving a light-curing adhesive, the cavity (20, 320) being delimited on one side by the base support element (14, 514, 614) and peripherally by the sealing frame; - at least one light-emitting surface (28, 428, 628) for coupling light beams into the cavity (20, 320);
A surfacing film with high resistance to paint strippers, said surfacing film having a glass transition temperature (Tg) of ≥ 180 °C and a pencil hardness of 7H or higher according to ASTM D-3363, wherein, after being in contact with a benzyl alcohol-based paint stripping solution for 7 days at temperature within the range of 20 °F to 25 °C, said surfacing film exhibits less than 0.5 % fluid absorption, and the pencil hardness is not reduced by more than 2H pencil grades, and wherein said surfacing film is formed from a curable resin composition comprising: an epoxy novolac resin having epoxy functionality of more than one; a tri-functional or tetra-functional epoxy resin; ceramic microspheres; a latent amine-based curing agent; particulate inorganic fillers; and at least one toughening agent selected from a group consisting of: (a) a pre-react adduct formed by the reaction of an epoxy resin, a bisphenol, and an elastomer; (b) a copolymer of polyether sulfone and polyetherether sulfone (PEES); (c) core-shell rubber particles; and combinations thereof. an epoxy novolac resin having epoxy functionality of more than one; a tri-functional or tetra-functional epoxy resin; ceramic microspheres; a latent amine-based curing agent; particulate inorganic fillers; and at least one toughening agent selected from a group consisting of: (a) a pre-react adduct formed by the reaction of an epoxy resin, a bisphenol, and an elastomer; (b) a copolymer of polyether sulfone and polyetherether sulfone (PEES); (c) core-shell rubber particles; and combinations thereof.
A unit (1, 1') for the application of opening devices on packages of food products pourable into a tube of packaging material, comprising: - first conveying means to feed said opening devices in a sequence along a first path (P 1); - second conveying means to feed said packages in a sequence along a second path (P 2); - third conveying means (20, 28) movable about a first axis and adapted to displace said opening devices along a third path (P 3) from a withdrawal station placed along said first path (P 1) to an application station of the opening devices on said respective packages, placed along said second path (P 2); - at least one gripping member for gripping a corresponding opening device; and - a supporting plate to support said gripping member; said supporting plate being coupled to said third conveying means (20, 28); characterised in that said gripping member is displaceable, at said application station, with respect to said supporting plate in a first plane defined by: - said first axis; and - a first direction transversal to said first axis and to second path (P 2). - first conveying means to feed said opening devices in a sequence along a first path (P 1); - second conveying means to feed said packages in a sequence along a second path (P 2); - third conveying means (20, 28) movable about a first axis and adapted to displace said opening devices along a third path (P 3) from a withdrawal station placed along said first path (P 1) to an application station of the opening devices on said respective packages, placed along said second path (P 2); - at least one gripping member for gripping a corresponding opening device; and - a supporting plate to support said gripping member; said supporting plate being coupled to said third conveying means (20, 28); - said first axis; and - a first direction transversal to said first axis and to second path (P 2).