mhurhangee/ep-ind-claims huggingface dataset:
Process for the continuous monitoring of the state of advancement of the oxidation of a fuel, comprising at least the following steps: a) determining at least one indicator of advancement of the oxidation reaction to be monitored, b) measuring the content of said indicator of advancement of the oxidation reaction in said fuel, c) classifying the state of advancement of the oxidation of said fuel, d) determining the measures to be implemented as a function of said classification, characterized in that said indicator of advancement is at least one intermediate or end product, or at least one co-product, of at least one of the oxidation reactions with one or more constituents of the fuel, in that the process determines whether a fuel is in an initial stage of oxidation, in an intermediate stage of oxidation or in an advanced stage of oxidation by determining the contents of said reaction intermediates, said co-products and/or said end products, and in that said indicator of advancement is one or more molecules belonging to families selected from aldehydes, alcohols, ketones, ketoacids, epoxides and carboxylic acids, or in that said indicator of advancement is at least one co-product, said co-products being one or more polymerized molecules derived from one or more monomers belonging to the families of linear or branched alkenes, of aromatics, of aldehydes, of alcohols, of ketones, of ketoacids, of epoxides and of carboxylic acids, and in that the classification is accomplished by comparing said measured contents of said indicator of advancement with the contents of said indicator of advancement present in said fuel after a period of forced oxidation, measured in accordance with EN 15751 which permits the determination of the induction period of said fuel, said state of advancement of oxidation then being: • initial, if said measured contents correspond to a period of oxidation of strictly less than 0.5 IP (0 IP ≤ P1 < 0.5 IP), • intermediate, if said measured contents correspond to a period of oxidation of greater than or equal to 0.5 IP and strictly less than 1 IP (0.5 IP ≤ P2 < IP), • advanced, if said measured contents correspond to a period of oxidation of greater than or equal to 1 IP (1 IP ≤ P3). a) determining at least one indicator of advancement of the oxidation reaction to be monitored, b) measuring the content of said indicator of advancement of the oxidation reaction in said fuel, c) classifying the state of advancement of the oxidation of said fuel, d) determining the measures to be implemented as a function of said classification, • initial, if said measured contents correspond to a period of oxidation of strictly less than 0.5 IP (0 IP ≤ P1 < 0.5 IP), • intermediate, if said measured contents correspond to a period of oxidation of greater than or equal to 0.5 IP and strictly less than 1 IP (0.5 IP ≤ P2 < IP), • advanced, if said measured contents correspond to a period of oxidation of greater than or equal to 1 IP (1 IP ≤ P3).
A method for operating a hearing aid fitting system for electronic hearing aids, comprising: selecting between different sets of head-related transfer functions (208R, 208L) for each ear of a wearer of a right hearing aid and a left hearing aid; receiving signals from a sound environment having a stereo right, SR, and a stereo left, SL, sound signal; processing the SR and SL signals to produce left surround, LS, left, L, center, C, right, R, and right surround, RS, signals; generating a processed version for each of the LS, L, C, R, and RS signals by application of a head-related transfer function at an individual angle of reception for each of the LS, L, C, R, and RS signals, the head-related transfer functions being head-related transfer functions of the set of head-related transfer functions selected for the each ear; mixing the processed version of the LS, L, C, R, and RS signals to produce a right output signal, RO, and a left output signal, LO; transferring directly, via wired or wireless radio connection, the RO signal to the right hearing aid and the LO signal to the left hearing aid; and adjusting parameters of the right hearing aid and the left hearing aid in a manner that allows the wearer to correctly perceive sound sources located at different locations from the RO signal applied to the right hearing aid and the LO signal applied to the left hearing aid. selecting between different sets of head-related transfer functions (208R, 208L) for each ear of a wearer of a right hearing aid and a left hearing aid; receiving signals from a sound environment having a stereo right, SR, and a stereo left, SL, sound signal; processing the SR and SL signals to produce left surround, LS, left, L, center, C, right, R, and right surround, RS, signals; generating a processed version for each of the LS, L, C, R, and RS signals by application of a head-related transfer function at an individual angle of reception for each of the LS, L, C, R, and RS signals, the head-related transfer functions being head-related transfer functions of the set of head-related transfer functions selected for the each ear; mixing the processed version of the LS, L, C, R, and RS signals to produce a right output signal, RO, and a left output signal, LO; transferring directly, via wired or wireless radio connection, the RO signal to the right hearing aid and the LO signal to the left hearing aid; and adjusting parameters of the right hearing aid and the left hearing aid in a manner that allows the wearer to correctly perceive sound sources located at different locations from the RO signal applied to the right hearing aid and the LO signal applied to the left hearing aid.
A urethral support system for treating incontinence in a patient, comprising: an implant device having at least one supraurethral medial device adapted to engage a portion of the perineal membrane above the urethra of the patient without being abutted or engaged against the urethra, and a distal anchor device operatively connected to the at least one medial device, the distal anchor device includes a first array of selectively expandable and collapsible anchors and engageable with tissue a distance away from the perineal membrane to provide support for the urethra to assist in restoring continence, further including an extension member operatively connecting the at least one medial device and the distal anchor device, wherein the extension member includes a suture threaded through respective apertures of the anchors so that the array of anchors can slide on the suture. an implant device having at least one supraurethral medial device adapted to engage a portion of the perineal membrane above the urethra of the patient without being abutted or engaged against the urethra, and a distal anchor device operatively connected to the at least one medial device, the distal anchor device includes a first array of selectively expandable and collapsible anchors and engageable with tissue a distance away from the perineal membrane to provide support for the urethra to assist in restoring continence, further including an extension member operatively connecting the at least one medial device and the distal anchor device, wherein the extension member includes a suture threaded through respective apertures of the anchors so that the array of anchors can slide on the suture.
An identification polypeptide for use in purifying a target peptide molecule wherein said identification polypeptide comprises: a. multiple copies of an antigenic domain joined together in tandem, each of the antigenic domains comprising no more than twenty amino acid residues with at least two different amino acid residues; and b. a linking sequence between the multiple copies of the antigenic domain and the target peptide molecule, the linking sequence comprising a cleavable site wherein a second copy of the cleavable site is not in or interposed between the multiple copies of the antigenic domain, wherein antibodies are able to bind to amino acids found in the cleavable site, wherein the polypeptide comprises the sequence: M-D-Y-K-D-H-D-G-D-Y-K-D-H-D-I-D-Y-K-D-D-D-D-K-X 21 where X 21 is hydrogen or a bond. a. multiple copies of an antigenic domain joined together in tandem, each of the antigenic domains comprising no more than twenty amino acid residues with at least two different amino acid residues; and b. a linking sequence between the multiple copies of the antigenic domain and the target peptide molecule, the linking sequence comprising a cleavable site wherein a second copy of the cleavable site is not in or interposed between the multiple copies of the antigenic domain, wherein antibodies are able to bind to amino acids found in the cleavable site, wherein the polypeptide comprises the sequence: M-D-Y-K-D-H-D-G-D-Y-K-D-H-D-I-D-Y-K-D-D-D-D-K-X 21 where X 21 is hydrogen or a bond. M-D-Y-K-D-H-D-G-D-Y-K-D-H-D-I-D-Y-K-D-D-D-D-K-X 21
A trunnion-type ball valve for ultrahigh-pressure fluid in which a metal seat mechanism is disposed on a primary side of the ball valve having a trunnion-type structure characterised in that a ball seat is disposed on the secondary side, said ball seat being attached to a seat retainer by a fastening structure, comprising: a resin-made annular seat body; the seat retainer provided with an inner and an outer cylinder (43, 44) with a ring-shaped swaging edge part being formed on a tip side of the inner and outer cylinder (43, 44); the seat retainer having an attachment groove formed of the inner and outer cylinder (43, 44); the annular seat body comprising a stepped part provided in mid course of each of inner and outer peripheral surfaces of the seat body and a seat part provided on a tip side and a holding part provided on a rear end side of the seat body; a tapered surface tilted to the tip side being formed on each stepped part; the holding part being attached to the attachment groove and the swaging edge part of the inner and outer cylinders (43, 44) being closely contacted with and sealed and fixed by being swaged to the tapered surfaces to cause the seat part to protrude more than a swaging position. a resin-made annular seat body; the seat retainer provided with an inner and an outer cylinder (43, 44) with a ring-shaped swaging edge part being formed on a tip side of the inner and outer cylinder (43, 44); the seat retainer having an attachment groove formed of the inner and outer cylinder (43, 44); the annular seat body comprising a stepped part provided in mid course of each of inner and outer peripheral surfaces of the seat body and a seat part provided on a tip side and a holding part provided on a rear end side of the seat body; a tapered surface tilted to the tip side being formed on each stepped part;
A method of reserving bandwidth in a shared communications network comprising the steps of: transmitting a stream of dummy data packets at a predetermined rate between a first node and a second node of the network; receiving a corresponding stream of dummy data packets transmitted by the second node to the first node; determining the delay and/or packet loss between the two nodes; comparing the delay and/or loss with a threshold below which the quality of service is insufficient for subsequent time critical traffic; and if the quality of service is insufficient, increasing the transmission rate of dummy data packets between the nodes. transmitting a stream of dummy data packets at a predetermined rate between a first node and a second node of the network; receiving a corresponding stream of dummy data packets transmitted by the second node to the first node; determining the delay and/or packet loss between the two nodes; comparing the delay and/or loss with a threshold below which the quality of service is insufficient for subsequent time critical traffic; and
A method for the manufacture of drug-impregnated globules comprising the steps of: a) providing globules to be coated in a rotatable vessel; b) rotating said vessel such that the globules move; c) spraying a impregnation composition comprising the drug for a time and under conditions which are sufficient to allow for a homogenous impregnation of the globules with the impregnation composition comprising the drug; d) spraying a washing solution to the globules for a time and under conditions which are sufficient to equilibrate the impregnation composition; and e) drying coating composition on the globules such that a homogenous impregnation is formed, wherein said drug is a homeopathic composition. a) providing globules to be coated in a rotatable vessel; b) rotating said vessel such that the globules move; c) spraying a impregnation composition comprising the drug for a time and under conditions which are sufficient to allow for a homogenous impregnation of the globules with the impregnation composition comprising the drug; d) spraying a washing solution to the globules for a time and under conditions which are sufficient to equilibrate the impregnation composition; and e) drying coating composition on the globules such that a homogenous impregnation is formed,
Device for insulating a portion of a well or a pipeline comprising a duct provided, on its outer face, with at least one outer liner that surrounds the said duct, the ends of the liner being hermetically connected to the outer face of the duct, the liner being able to expand radially and to press hermetically against the inner wall of the well or pipeline, at least one expansion duct connecting the interior of the duct with the space located between the outer face of the duct and the inner wall of the liner, the said at least one expansion duct comprising means for controlling the passage of pressurised fluid between the interior of the duct and the space, the said device being characterised in that the said control means comprise: - a case (2, 3A) located in the expansion duct and communicating on the one hand with the interior of the duct and on the other hand with the space; - a first closing member located in the said case (2, 3A) and movable between a first closed and watertight position in which the fluid cannot travel from the space to the duct, a second closed position reached when the flow of fluid from the duct to the space exceeds a predetermined threshold and at least one intermediate open position between these two closed positions in which the flow of fluid from the duct to the space is permitted; - a second closing member fixedly mounted in the said case (2, 3A) and configured to disengage from the said case (2, 3A) when the first closing member is in the second closed position and when the pressure difference between the duct and the space exceeds a predetermined threshold, in such a way as to cooperate with the first closing member and to prevent the flow of the fluid from the duct to the space or from the space to the duct, whatever the pressure inside or outside the duct. - a case (2, 3A) located in the expansion duct and communicating on the one hand with the interior of the duct and on the other hand with the space; - a first closing member located in the said case (2, 3A) and movable between a first closed and watertight position in which the fluid cannot travel from the space to the duct, a second closed position reached when the flow of fluid from the duct to the space exceeds a predetermined threshold and at least one intermediate open position between these two closed positions in which the flow of fluid from the duct to the space is permitted; - a second closing member fixedly mounted in the said case (2, 3A) and configured to disengage from the said case (2, 3A) when the first closing member is in the second closed position and when the pressure difference between the duct and the space exceeds a predetermined threshold, in such a way as to cooperate with the first closing member and to prevent the flow of the fluid from the duct to the space or from the space to the duct, whatever the pressure inside or outside the duct.
A power transmitter (104, 204, 404) configured to wirelessly transfer power to at least one power receiver, the power transmitter comprising: means for generating a time-varying first magnetic field having an excitation frequency; and a plurality of means for generating a time-varying second magnetic field in response to the time-varying first magnetic field, each means of said plurality of means having a mechanical resonant frequency substantially equal to the excitation frequency. means for generating a time-varying first magnetic field having an excitation frequency; and a plurality of means for generating a time-varying second magnetic field in response to the time-varying first magnetic field, each means of said plurality of means having a mechanical resonant frequency substantially equal to the excitation frequency.
A clock recovery method comprising: generating a combination signal that includes pulses that correspond to transition pulses generated in response to a transition in a difference signal representative of a difference in signaling state of a pair of wires in a three-wire bus; providing the combination signal to a logic circuit that is configured to provide a clock signal as its output, wherein pulses in the combination signal cause the clock signal to be driven to a first state; and characterized by providing a reset signal to the logic circuit, wherein the reset signal is derived from the clock signal by delaying transitions to the first state while passing transitions from the first state without added delay, and wherein the clock signal is driven from the first state after passing a transition of the clock signal to the first state. generating a combination signal that includes pulses that correspond to transition pulses generated in response to a transition in a difference signal representative of a difference in signaling state of a pair of wires in a three-wire bus; providing the combination signal to a logic circuit that is configured to provide a clock signal as its output, wherein pulses in the combination signal cause the clock signal to be driven to a first state; and characterized by providing a reset signal to the logic circuit, wherein the reset signal is derived from the clock signal by delaying transitions to the first state while passing transitions from the first state without added delay, and wherein the clock signal is driven from the first state after passing a transition of the clock signal to the first state.
A method of sidelink communication at a first user equipment, UE, comprising: determining, the first UE is in a partially in-coverage mode of network signaling between the first UE and a base station, wherein the determining the first UE is in the partially in-coverage mode is based on one or more of: (i) a reference signal received power, RSRP, corresponding to the network signaling between the first UE and the BS, or (ii) a limited number BS beams visible to the first UE; on determining the first UE is in the partially in-coverage mode of network signaling, determining a first numerology based on at least one of a preconfigured synchronization signal timing or a raster location; and receiving, from a second UE, a sidelink signal having a subcarrier spacing corresponding to the first numerology. determining, the first UE is in a partially in-coverage mode of network signaling between the first UE and a base station, wherein the determining the first UE is in the partially in-coverage mode is based on one or more of: (i) a reference signal received power, RSRP, corresponding to the network signaling between the first UE and the BS, or (ii) a limited number BS beams visible to the first UE; on determining the first UE is in the partially in-coverage mode of network signaling, determining a first numerology based on at least one of a preconfigured synchronization signal timing or a raster location; and receiving, from a second UE, a sidelink signal having a subcarrier spacing corresponding to the first numerology.
An electrically heatable glazing panel comprising a substrate and at least a first electrically heatable zone comprising: i) a substantially transparent, electrically conductive coating layer, ii) at least a first and a second spaced bus bars (8, 9) substantially parallel adapted to supply electrical voltage across the substantially transparent, electrically conductive coating layer, and iii) a conductive pathway defined between the at least the first and the second busbars (8, 9), characterized in that the conductive pathway is provided by a pattern of coated and decoated regions in the substantially transparent electrically conductive coating layer of electrically heatable zone to affect the electrical sheet resistivity of the coating in the first electrically heatable coated zone, wherein the pattern consists of a succession of parallel patterns having the form of a succession of zigzag or sinusoid lines forms. i) a substantially transparent, electrically conductive coating layer, ii) at least a first and a second spaced bus bars (8, 9) substantially parallel adapted to supply electrical voltage across the substantially transparent, electrically conductive coating layer, and iii) a conductive pathway defined between the at least the first and the second busbars (8, 9),
A vane structure for a gas turbine engine comprising: an airfoil section which defines an aperture, a first cooling cavity in communication with said aperture and a second cooling cavity in communication with said aperture; and a baffle movably mounted within said aperture and through an outer vane platform segment, said baffle movable to control a cooling flow between said first cooling cavity and said second cooling cavity, where said baffle terminates in an inner vane platform segment. an airfoil section which defines an aperture, a first cooling cavity in communication with said aperture and a second cooling cavity in communication with said aperture; and a baffle movably mounted within said aperture and through an outer vane platform segment, said baffle movable to control a cooling flow between said first cooling cavity and said second cooling cavity, where said baffle terminates in an inner vane platform segment.
A hot air gun with a housing and a metallic air outlet piece at the end, characterised in that assigned to the air outlet piece is a temperature indicator mechanism which comprises a mechanical actuator which deforms through a change in temperature and the temperature indicator mechanism is designed in such a way that on exceeding a threshold temperature the actuator and/or an indicator functionally connected thereto deviate relative to an inspection window provided at the end in the casing, wherein within the housing the actuator is in direct mechanical contact with the air outlet piece or is arranged on a component immediately adjacent to the air outlet piece.