mhurhangee/ep-ind-claims huggingface dataset:
An assembly for an aircraft propulsion system, comprising: a nacelle inner structure extending axially along and circumferentially about an axial centerline, the nacelle inner structure comprising an internal compartment and a cowl; the internal compartment configured to house a core of a gas turbine engine; the cowl configured to form an outer radial periphery of the internal compartment, and an aft end portion of the cowl further configured to form an outer radial periphery of a compartment exhaust to the internal compartment; and the aft end portion of the cowl comprising a plurality of axial fingers arranged circumferentially about the axial centerline in an array, characterised in that: the plurality of axial fingers comprise a plurality of first axial fingers and the array comprises a first array, and the aft end portion of the cowl further comprises a plurality of second axial fingers arranged circumferentially about the axial centerline in a second array; and the first array is radially outboard of and overlaps the second array. a nacelle inner structure extending axially along and circumferentially about an axial centerline, the nacelle inner structure comprising an internal compartment and a cowl; the internal compartment configured to house a core of a gas turbine engine; the cowl configured to form an outer radial periphery of the internal compartment, and an aft end portion of the cowl further configured to form an outer radial periphery of a compartment exhaust to the internal compartment; and the aft end portion of the cowl comprising a plurality of axial fingers arranged circumferentially about the axial centerline in an array, the plurality of axial fingers comprise a plurality of first axial fingers and the array comprises a first array, and the aft end portion of the cowl further comprises a plurality of second axial fingers arranged circumferentially about the axial centerline in a second array; and the first array is radially outboard of and overlaps the second array.
A relining device for relining a tube section of a pipeline system, wherein the relining device has at least one tubular inliner for sealing a damage to the tube section as well as a heating element, wherein the heating element is of tubular form and is arranged with a plurality of electrical heating means substantially over an entire length of the inliner arranged in the tube section, wherein the relining device further has a calibration hose, wherein the inliner is arranged around the calibration hose wherein the tubular electrical heating element is fastened to a first end of the inliner, wherein the inliner can be understood as a tubular carrier material, namely a synthetic fiber hose, wherein the inliner is impregnated with resin and is flexible before curing. the heating element is of tubular form and is arranged with a plurality of electrical heating means substantially over an entire length of the inliner arranged in the tube section, wherein the relining device further has a calibration hose, wherein the inliner is arranged around the calibration hose wherein the tubular electrical heating element is fastened to a first end of the inliner, wherein the inliner can be understood as a tubular carrier material, namely a synthetic fiber hose, wherein the inliner is impregnated with resin and is flexible before curing.
Method for the transmission of a signal with a unidirectional communications link, protected by an asymmetric cryptography method, wherein a transmitter (101, 201, 301) carries out the following steps: - A counter value is incremented in a transmission procedure, - A challenge is determined on the basis of the counter value and a control command executable by a receiver, - A response is determined on the basis of the challenge determined, - An integrity key is derived on the basis of the response determined, and, to protect the integrity of the challenge, a cryptographic check sum is determined with the integrity key via the challenge, - The challenge, the cryptographic check sum and the response are transmitted to the receiver (102, 202, 302). - A counter value is incremented in a transmission procedure, - A challenge is determined on the basis of the counter value and a control command executable by a receiver, - A response is determined on the basis of the challenge determined, - An integrity key is derived on the basis of the response determined, and, to protect the integrity of the challenge, a cryptographic check sum is determined with the integrity key via the challenge, - The challenge, the cryptographic check sum and the response are transmitted to the receiver (102, 202, 302).
A device for detecting and/or analyzing a biochip, comprising: a first shell which comprises a holding cavity, a second shell connected to the first shell, wherein the first and second shells are capable of engaging each other to form a substantially closed carton; a rotatable support frame located between the first and second shells, wherein the rotatable support frame comprises a detecting zone that is capable of holding an object to be detected and/or analyzed; wherein the object to be detected and/or analyzed comprises a biochip; wherein the holding cavity comprises an upper plate facing the second shell, and wherein the rotatable support frame is disposed on the upper plate of the holding cavity of the first shell; further comprising a light source, and a detector; wherein the light source is disposed on the first shell or the second shell, and wherein the light source and the detector are disposed on opposite sides of the rotatable support frame. a first shell which comprises a holding cavity, a second shell connected to the first shell, wherein the first and second shells are capable of engaging each other to form a substantially closed carton; a rotatable support frame located between the first and second shells, wherein the rotatable support frame comprises a detecting zone that is capable of holding an object to be detected and/or analyzed; wherein the object to be detected and/or analyzed comprises a biochip; wherein the holding cavity comprises an upper plate facing the second shell, and wherein the rotatable support frame is disposed on the upper plate of the holding cavity of the first shell; further comprising a light source, and a detector; wherein the light source is disposed on the first shell or the second shell, and wherein the light source and the detector are disposed on opposite sides of the rotatable support frame.
Growth substrate, adapted to produce by epitaxy an array of diodes based on InGaN, comprising: ∘ a lower insulation layer made of a non-porous crystalline material based on GaN; ∘ mesas M (i), where i ranges from 0 to N, made of crystalline materials based on GaN, resting on and in contact with the lower insulation layer, and each comprising N doped layers (13, 15), where N≥2, separated pairwise by an intermediate insulation layer made of a non-porous material, and each having a free upper face adapted for producing a diode of the array by epitaxy; the mesas being configured according to at least three different categories including: • a category of mesas called M where the N doped layers (13, 15) are porous; • a category of mesas called M where none of the doped layers (13, 15) are porous; • a category of mesas called M (n) where n doped layers (13, 15) are porous, where 1≤n<N. ∘ a lower insulation layer made of a non-porous crystalline material based on GaN; ∘ mesas M (i), where i ranges from 0 to N, made of crystalline materials based on GaN, resting on and in contact with the lower insulation layer, and each comprising N doped layers (13, 15), where N≥2, separated pairwise by an intermediate insulation layer made of a non-porous material, and each having a free upper face adapted for producing a diode of the array by epitaxy; the mesas being configured according to at least three different categories including: • a category of mesas called M where the N doped layers (13, 15) are porous; • a category of mesas called M where none of the doped layers (13, 15) are porous; • a category of mesas called M (n) where n doped layers (13, 15) are porous, where 1≤n<N. • a category of mesas called M where the N doped layers (13, 15) are porous; • a category of mesas called M where none of the doped layers (13, 15) are porous; • a category of mesas called M (n) where n doped layers (13, 15) are porous, where 1≤n<N.
A method of communication, comprising: receiving, by a near field communication, NFC, controller, NFCC, operable to perform logical link control protocol, LLCP, split communications, a protocol data unit, PDU, from a remote NFC endpoint; determining whether the received PDU is a SYMM PDU or a link deactivation PDU, the SYMM PDU and the link deactivation PDU associated with a LLCP link; and communicating, by the NFCC, the received PDU to a device host, DH, upon a determination that the received PDU is not a SYMM PDU or a link deactivation PDU; characterised in that the method comprises: determining, by the NFCC, whether a second PDU is available for transmission to the remote NFC endpoint; and transmitting, by the NFCC, the second PDU to the remote NFC endpoint prior to expiration of a symmetry timer upon a determination that the second PDU is available for transmission, wherein the symmetry timer defines a time duration that the NFCC waits to receive a PDU from the DH prior to transmitting a SYMM PDU and is operable when the NFCC is in a wait-for-transmission mode which begins upon reception of any packet from the remote NFC endpoint and is reset upon transmission of any PDU to the remote NFC endpoint. receiving, by a near field communication, NFC, controller, NFCC, operable to perform logical link control protocol, LLCP, split communications, a protocol data unit, PDU, from a remote NFC endpoint; determining whether the received PDU is a SYMM PDU or a link deactivation PDU, the SYMM PDU and the link deactivation PDU associated with a LLCP link; and communicating, by the NFCC, the received PDU to a device host, DH, upon a determination that the received PDU is not a SYMM PDU or a link deactivation PDU; characterised in that the method comprises: determining, by the NFCC, whether a second PDU is available for transmission to the remote NFC endpoint; and transmitting, by the NFCC, the second PDU to the remote NFC endpoint prior to expiration of a symmetry timer upon a determination that the second PDU is available for transmission, wherein the symmetry timer defines a time duration that the NFCC waits to receive a PDU from the DH prior to transmitting a SYMM PDU and is operable when the NFCC is in a wait-for-transmission mode which begins upon reception of any packet from the remote NFC endpoint and is reset upon transmission of any PDU to the remote NFC endpoint. determining, by the NFCC, whether a second PDU is available for transmission to the remote NFC endpoint; and transmitting, by the NFCC, the second PDU to the remote NFC endpoint prior to expiration of a symmetry timer upon a determination that the second PDU is available for transmission, wherein the symmetry timer defines a time duration that the NFCC waits to receive a PDU from the DH prior to transmitting a SYMM PDU and is operable when the NFCC is in a wait-for-transmission mode which begins upon reception of any packet from the remote NFC endpoint and is reset upon transmission of any PDU to the remote NFC endpoint.
An oral care product comprising two phases in the form of two independent compositions: (i) the first composition is a non-aqueous phase comprising water in an amount no greater than 5 wt% of the composition, and a calcium source which is calcium silicate; (ii) the second composition is an aqueous phase comprising at least 30 wt % of the total composition of water a phosphate source which is trisodium phosphate, sodium dihydrogen phosphate or a mixture thereof and the product further comprising uncoated particles of titanium dioxide having a weight mean particle size of less than 200nm and in which the phosphate source and titanium dioxide are present in different phases. (i) the first composition is a non-aqueous phase comprising water in an amount no greater than 5 wt% of the composition, and a calcium source which is calcium silicate; (ii) the second composition is an aqueous phase comprising at least 30 wt % of the total composition of water a phosphate source which is trisodium phosphate, sodium dihydrogen phosphate or a mixture thereof and
Continuously operating infrared drying system, in particular for drying water-miscible lacquers on glass objects, having a continuous channel with an inlet opening and an outlet opening, through which the goods to be dried are moved, preferably in one lane, the channel having a heating zone, an evaporation zone placed before the heating zone and a cooling zone placed after the heating zone, and a number of infrared emitters being provided in the heating zone to introduce thermal energy into the goods to be dried, characterized by a thrust air device for producing a regulated air mass flow in the channel, wherein the air mass flow moves counter to the mass flow of the goods to be dried, wherein the thrust air device comprises a regulating means which is designed for the automatic regulation of the thrust air in order to prevent the heating zone wandering in the direction of the cooling zone, wherein this automatic regulation is carried out as a function of the transport of heat within the channel out of the heating zone in the direction of the cooling zone, wherein such wandering is detected by using temperature measurements and evaluating the measured data picked up.
An illumination device (100, 200) comprising: - a plurality of light cells (120, 220) arranged in a row, wherein each of the light cells comprises: - an illumination element configured to emit light, - a rectangular front lens (121, 225) - a light guide configured to guide the light emitted from the illumination element to the rectangular front lens, - a housing (110, 210) in which the plurality of light cells are arranged, wherein each light cell is separated from a neighboring light cell in the row by a separator which separates an edge of the front lens from one of the plurality of light cells from the edge of the front lens of the neighboring light cell by a first width, characterized in that the plurality of light cells comprise outer light cells where a side surface (114, 115) of the housing abuts one of the edges of the corresponding front lens of the outer light cell, wherein the side surface abuting one of the edges of the front lens has a thickness which is half of the first width. - a plurality of light cells (120, 220) arranged in a row, wherein each of the light cells comprises: - an illumination element configured to emit light, - a rectangular front lens (121, 225) - a light guide configured to guide the light emitted from the illumination element to the rectangular front lens, - a housing (110, 210) in which the plurality of light cells are arranged, wherein each light cell is separated from a neighboring light cell in the row by a separator which separates an edge of the front lens from one of the plurality of light cells from the edge of the front lens of the neighboring light cell by a first width, characterized in that the plurality of light cells comprise outer light cells where a side surface (114, 115) of the housing abuts one of the edges of the corresponding front lens of the outer light cell, wherein the side surface abuting one of the edges of the front lens has a thickness which is half of the first width.
A lithium-sulfur secondary battery comprising a positive electrode, wherein the positive electrode comprises a positive electrode active material layer formed by applying a composition to a current collector, wherein the composition comprises a binder, and wherein the binder comprises a copolymer having a first polymerization unit derived from a first monomer and a second polymerization unit derived from a second monomer, wherein the first monomer is alkyl acrylate or alkyl methacrylate having at least one functional group, the second monomer is acrylic acid or methacrylic acid, the functional group in the first monomer is a functional group having a single or repeated structure of a hydroxy group, a thiol group, or an amino group substituted or unsubstituted with alkyl having 1 to 4 carbon atoms, and the second polymerization unit has a lithiated form. wherein the binder comprises a copolymer having a first polymerization unit derived from a first monomer and a second polymerization unit derived from a second monomer, wherein the first monomer is alkyl acrylate or alkyl methacrylate having at least one functional group, the second monomer is acrylic acid or methacrylic acid, the functional group in the first monomer is a functional group having a single or repeated structure of a hydroxy group, a thiol group, or an amino group substituted or unsubstituted with alkyl having 1 to 4 carbon atoms, and the second polymerization unit has a lithiated form.
An electric drive unit comprising an electric motor and a control apparatus that is disposed on an axis line of a rotation shaft of the electric motor and controls driving of the electric motor, wherein the control apparatus includes: a drive portion that drives the electric motor and is formed of semiconductor switching elements switching a current of the electric motor and passive elements electrically connected to the switching elements, and a frame (30,63,65) in which a plurality of conductive plates to be connected to respective terminals of the passive elements are insert-molded with insulating resin and to which the passive elements are provided; one of the electric motor and the control apparatus has a first terminal (13,13U,13V,13W) extending parallel to an axial direction of the rotation shaft toward the other with a slit being provided to the first terminal at an end on a side of the other; the other has a second terminal (34,34U,34V,34W,45,46) provided on a line extended from the first terminal and electrically connected to the first terminal; and the first terminal is fixed in a state of being press-fit to the second terminal by allowing the slit to sandwich the second terminal, characterized in that the first terminal is made of copper alloy having higher heat-resistant creep characteristics than the second terminal, and that: the frame is provided with a guide portion in which the first terminal is inserted. a drive portion that drives the electric motor and is formed of semiconductor switching elements switching a current of the electric motor and passive elements electrically connected to the switching elements, and a frame (30,63,65) in which a plurality of conductive plates to be connected to respective terminals of the passive elements are insert-molded with insulating resin and to which the passive elements are provided; the frame is provided with a guide portion in which the first terminal is inserted.
A method for a network node (6, 7, 8) of a network of providing a device (5, 9) access to the network, the method comprising: - receiving, from a device (5, 9), an access request comprising a preamble, - establishing, in response to the access request, a computational puzzle which depends on whether or not the received preamble belongs to a set of prioritized preambles, and encoding auxiliary information in a part (s") of a solution (s', s") to the computational puzzle, - sending information indicative of the computational puzzle to the device (5, 9), wherein the auxiliary information comprises information enabling the device (5, 9) to proceed further in an access gaining process, and wherein the information enabling the device (5, 9) to proceed further in the access gaining process comprises information on communication resources to use for a subsequent signaling. - receiving, from a device (5, 9), an access request comprising a preamble, - establishing, in response to the access request, a computational puzzle which depends on whether or not the received preamble belongs to a set of prioritized preambles, and encoding auxiliary information in a part (s") of a solution (s', s") to the computational puzzle, - sending information indicative of the computational puzzle to the device (5, 9), wherein the auxiliary information comprises information enabling the device (5, 9) to proceed further in an access gaining process, and wherein the information enabling the device (5, 9) to proceed further in the access gaining process comprises information on communication resources to use for a subsequent signaling.
A system for performing robotically-assisted surgery, comprising: an x-ray imaging device comprising an x-ray source and an x-ray detector mounted to a support structure such that at least one of the x-ray source and the x-ray detector is configured to rotate with respect to the support structure to obtain x-ray images from different projection angles relative to an object being imaged, and a robotic arm having a first end configured to extend into an imaging area between the source and the detector and a second end attached to the support structure wherein the imaging device comprises a generally O-shaped imaging gantry (40; 1401) containing the x-ray source and the x-ray detector and the imaging gantry (40; 1401) is configured to tilt with respect to the support structure and the second end of the robotic arm, characterized in that the system further comprises at least one camera (1306, 1308) for a motion tracking system mounted to the support structure or the imaging gantry (40; 1401); and a support member (1300; 1407) extending from the support structure over at least a portion of an outer circumference of the imaging gantry (40; 1401), wherein the second end of the robotic arm is mounted to said support member (1300; 1407) and is movable to multiple positions on said support member (1300; 1407). an x-ray imaging device comprising an x-ray source and an x-ray detector mounted to a support structure such that at least one of the x-ray source and the x-ray detector is configured to rotate with respect to the support structure to obtain x-ray images from different projection angles relative to an object being imaged, and a robotic arm having a first end configured to extend into an imaging area between the source and the detector and a second end attached to the support structure wherein the imaging device comprises a generally O-shaped imaging gantry (40; 1401) containing the x-ray source and the x-ray detector and the imaging gantry (40; 1401) is configured to tilt with respect to the support structure and the second end of the robotic arm, characterized in that the system further comprises at least one camera (1306, 1308) for a motion tracking system mounted to the support structure or the imaging gantry (40; 1401); and a support member (1300; 1407) extending from the support structure over at least a portion of an outer circumference of the imaging gantry (40; 1401), wherein the second end of the robotic arm is mounted to said support member (1300; 1407) and is movable to multiple positions on said support member (1300; 1407).