mhurhangee/ep-ind-claims huggingface dataset:
A method of welding two materials together, the method comprising: forming at least one curved portion in a first material, wherein the forming is performed in a first direction; and characterized by compressing the curved portion to form a protrusion by press working, wherein the compressing is in a direction opposite the first direction; superimposing the first material with the protrusion with a second material, the protrusion being disposed between the first and second materials (5, 13); and welding the first and second materials (5, 13) in a region with a gap guaranteed by the protrusion. forming at least one curved portion in a first material, wherein the forming is performed in a first direction; and characterized by compressing the curved portion to form a protrusion by press working, wherein the compressing is in a direction opposite the first direction; superimposing the first material with the protrusion with a second material, the protrusion being disposed between the first and second materials (5, 13); and welding the first and second materials (5, 13) in a region with a gap guaranteed by the protrusion.
A flavour composition comprising a flavour co-ingredient and a compound of formula and/or an edible salt thereof wherein X is -(CH 2) m - wherein m is an integer from 7 to 10, or X is C 7 -C 10 alkenyl, and i) n is 1, R 1 and R 3 are hydrogen, and R 2 is the residue of a proteinogenic amino acid; or ii) n is 1, R 2 is hydrogen, and and R 3 together are - CH 2 -CH 2 -CH 2 -; or iii) n is 2 or 3 and R 1, R 2 and R 3 are hydrogen; and wherein the compound of formula is selected from 9-((1-carboxy-2-(1H-indol-3-yl)ethyl)amino)-9-oxononanoic acid, 1-(8-carboxyoctanoyl)pyrrolidine-2-carboxylic acid, and 9-((3-carboxypropyl)amino)-9-oxononanoic acid. i) n is 1, R 1 and R 3 are hydrogen, and R 2 is the residue of a proteinogenic amino acid; or ii) n is 1, R 2 is hydrogen, and and R 3 together are - CH 2 -CH 2 -CH 2 -; or iii) n is 2 or 3 and R 1, R 2 and R 3 are hydrogen; and wherein the compound of formula is selected from 9-((1-carboxy-2-(1H-indol-3-yl)ethyl)amino)-9-oxononanoic acid, 1-(8-carboxyoctanoyl)pyrrolidine-2-carboxylic acid, and 9-((3-carboxypropyl)amino)-9-oxononanoic acid.
Hearing aid with an anti feedback system for estimating an external feedback path, the anti feedback system being adapted to operate in one of at least two adaptation modes, a fast adaptation mode and a slow adaptation mode, and comprising: • a signal path from two or more microphones to an output transducer, • a signal processing unit, characterized in that it further comprises: • a directional processing block receiving input signals from said two or more microphones and generating a DIR-signal with directional sensitivity and an OMNI-directional signal and providing an output signal (y) for processing in the signal path in the form of either one of the two DIR and OMNI signals or a combination of the two DIR and OMNI signals in dependence of gain factors applied to the two signals before adding them, wherein the gain factor (α omni) applied to the OMNI-directional signal has values in the range [0, 1] and wherein the gain factor applied to the DIR-signal is (1-α omni), • acoustic environment detection means using parameters of the input signal to automatically indicate a change between the OMNI-directional signal and the DIR-signal, • trigger means adapted to generate an alert signal (dir_shift) to the anti feedback system said alert signal indicating said adaptation mode to the anti feedback system based on the value of said gain factor (α omni), and • controller means adapted to generate a value for said gain factor (α omni) based on either manual input or output from the acoustic environment detection means and being used as an input to the trigger means and being indicative of when the directional processing changes between providing the OMNI-directional signal and the DIR-signal. • a signal path from two or more microphones to an output transducer, • a signal processing unit, • a directional processing block receiving input signals from said two or more microphones and generating a DIR-signal with directional sensitivity and an OMNI-directional signal and providing an output signal (y) for processing in the signal path in the form of either one of the two DIR and OMNI signals or a combination of the two DIR and OMNI signals in dependence of gain factors applied to the two signals before adding them, wherein the gain factor (α omni) applied to the OMNI-directional signal has values in the range [0, 1] and wherein the gain factor applied to the DIR-signal is (1-α omni), • acoustic environment detection means using parameters of the input signal to automatically indicate a change between the OMNI-directional signal and the DIR-signal, • trigger means adapted to generate an alert signal (dir_shift) to the anti feedback system said alert signal indicating said adaptation mode to the anti feedback system based on the value of said gain factor (α omni), and • controller means adapted to generate a value for said gain factor (α omni) based on either manual input or output from the acoustic environment detection means and being used as an input to the trigger means and being indicative of when the directional processing changes between providing the OMNI-directional signal and the DIR-signal.
A method of configuring a memory for use in a mobile appliance equipped to communicate through a wireless network, the method comprising upon a trigger for starting the configuration: retrieving, by the mobile appliance, an identifier associated with the memory; providing, by the mobile appliance, the identifier to a server via the wireless network; accessing, by the server, a storage (152, 154) storing information associating the identifier with a group of customers and a service provider to retrieve, using the identifier, configuration data in association with the group of customers and the service provider for configuring the mobile appliance to operate in the wireless network in a network-specific, customer -group specific and service provider-specific manner; providing the configuration data from the server to the mobile appliance via the wireless network; and the mobile appliance storing the configuration data in the memory. retrieving, by the mobile appliance, an identifier associated with the memory; providing, by the mobile appliance, the identifier to a server via the wireless network; accessing, by the server, a storage (152, 154) storing information associating the identifier with a group of customers and a service provider to retrieve, using the identifier, configuration data in association with the group of customers and the service provider for configuring the mobile appliance to operate in the wireless network in a network-specific, customer -group specific and service provider-specific manner; providing the configuration data from the server to the mobile appliance via the wireless network; and the mobile appliance storing the configuration data in the memory.
A non-aerosol foaming antimicrobial composition comprising: a) a foaming agent comprising a PEG-8 to PEG-12 linear dimethicone surfactant of the following general formula wherein R = CH 3, m = 4 - 20 on average, y = 1-5 and n = 8-12 on average, b) from 50 to 90 wt.% of a C2-C4 alcohol; and c) from 0.005 to 5 wt.% of a terpenoid. d) water wherein there is less than 5 wt.% of an additional surfactant. a) a foaming agent comprising a PEG-8 to PEG-12 linear dimethicone surfactant of the following general formula wherein R = CH 3, m = 4 - 20 on average, y = 1-5 and n = 8-12 on average, b) from 50 to 90 wt.% of a C2-C4 alcohol; and c) from 0.005 to 5 wt.% of a terpenoid. d) water
A solid powder cosmetic comprising: a powder component, an oily component as a binder, and an amide mixture obtained by amidating a mixture of hexamethylenediamine and bisaminomethylcyclohexane with hydrogenated castor oil fatty acids. a powder component, an oily component as a binder, and an amide mixture obtained by amidating a mixture of hexamethylenediamine and bisaminomethylcyclohexane with hydrogenated castor oil fatty acids.
A composite component comprising: a laminate body including a plurality of fabric layers held together by a resin; an opening formed in a platform portion of the composite component, the platform portion arranged to be connected to a case; a connector received in the opening, the connector having a plug end that is accessible from an exterior of the composite component; a conductive layer disposed between the fabric layers of the laminate body such that the conductive layer is embedded in the laminate body, the conductive layer formed in an airfoil portion of the composite component; and a flexible circuit that bridges the connector and the conductive layer, the flexible circuit placing the connector in electrical communication with the conductive layer, the flexible circuit being disposed between the layers of the laminate body; wherein at least a portion of an electrical circuit is established between the connector, the flexible circuit, and the conductive layer. a laminate body including a plurality of fabric layers held together by a resin; an opening formed in a platform portion of the composite component, the platform portion arranged to be connected to a case; a connector received in the opening, the connector having a plug end that is accessible from an exterior of the composite component; a conductive layer disposed between the fabric layers of the laminate body such that the conductive layer is embedded in the laminate body, the conductive layer formed in an airfoil portion of the composite component; and a flexible circuit that bridges the connector and the conductive layer, the flexible circuit placing the connector in electrical communication with the conductive layer, the flexible circuit being disposed between the layers of the laminate body;
A semiconductor device including a plurality of unit cells aligned in one direction and a wiring group connected to the unit cells, at least one wire of the wiring group comprising: a first partial wiring (222m1, 222m2); and a second partial wiring having a Young's modulus higher than a Young's modulus of the first partial wiring and disposed along an end portion in the one direction of the semiconductor device, wherein the first partial wiring extends in the one direction; the second partial wiring extends along the end portion in a direction intersecting with the one direction; and the first partial wiring is connected to the second partial wiring. a first partial wiring (222m1, 222m2); and a second partial wiring having a Young's modulus higher than a Young's modulus of the first partial wiring and disposed along an end portion in the one direction of the semiconductor device, wherein the first partial wiring extends in the one direction; the second partial wiring extends along the end portion in a direction intersecting with the one direction; and the first partial wiring is connected to the second partial wiring.
Electrochemical cell comprising two seals (100A, 100B) for an electrolyzer battery, each seal comprising: - a generally annular core having two faces (103, 105) that are mutually opposite in a thickness direction, and at least two through-apertures (111, 113) extending in the thickness direction and which are substantially radially opposite each other; and - an envelope at least partially covering the two faces (103, 105) while leaving the two apertures (111, 113) at least partially free, and comprising at least one first rib extending, over a first of the two faces (103, 105), along a contour enclosing an internal edge of the core and the two apertures (111, 113) so as to allow a fluid to flow between the two faces (103, 105) in the thickness direction, - the two seals (100A, 100B) being mutually placed so that the second of the two faces (103, 105) of the two seals (100A, 100B) are mutually facing. - a generally annular core having two faces (103, 105) that are mutually opposite in a thickness direction, and at least two through-apertures (111, 113) extending in the thickness direction and which are substantially radially opposite each other; and - an envelope at least partially covering the two faces (103, 105) while leaving the two apertures (111, 113) at least partially free, and comprising at least one first rib extending, over a first of the two faces (103, 105), along a contour enclosing an internal edge of the core and the two apertures (111, 113) so as to allow a fluid to flow between the two faces (103, 105) in the thickness direction, - the two seals (100A, 100B) being mutually placed so that the second of the two faces (103, 105) of the two seals (100A, 100B) are mutually facing.
Composition cosmetic in the form of an oil-in-water emulsion comprising at least one fatty phase dispersed in an aqueous phase and comprising: a) at least one fatty acid sugar ester; b) at least one sorbitan fatty acid ester; c) at least one polyglycerol fatty acid ester; d) at least one xanthan gum; and e) at least one gellan gum. a) at least one fatty acid sugar ester; b) at least one sorbitan fatty acid ester; c) at least one polyglycerol fatty acid ester; d) at least one xanthan gum; and e) at least one gellan gum.
A method of nucleic acid synthesis, which comprises the steps of: (a) providing an immobilised initiator sequence; (b) adding a reversibly blocked nucleoside triphosphate to said initiator sequence in the presence of a modified terminal transferase enzyme derived from the wild type sequence of L. oculatus, S. harrisii, S. scrofa, O. garnetti, C. lanigera, D. novemcinctus, M. domestica, P. nyererei, M. brandtii or M. musculus, wherein the modification comprises a truncated BRCA-1 C-terminal (BRCT) domain wherein said BRCT domain is absent; (c) removal of all reagents from the immobilised initiator sequence including said modified terminal transferase enzyme; (d) cleaving the blocking group from the reversibly blocked nucleotide added in step (b) to said initiator sequence; and (e) removal of the cleaving agent; wherein greater than 1 nucleotide is added by repeating steps (b) to (e). (a) providing an immobilised initiator sequence; (b) adding a reversibly blocked nucleoside triphosphate to said initiator sequence in the presence of a modified terminal transferase enzyme derived from the wild type sequence of L. oculatus, S. harrisii, S. scrofa, O. garnetti, C. lanigera, D. novemcinctus, M. domestica, P. nyererei, M. brandtii or M. musculus, wherein the modification comprises a truncated BRCA-1 C-terminal (BRCT) domain wherein said BRCT domain is absent; (c) removal of all reagents from the immobilised initiator sequence including said modified terminal transferase enzyme; (d) cleaving the blocking group from the reversibly blocked nucleotide added in step (b) to said initiator sequence; and (e) removal of the cleaving agent;
A gas turbine engine airfoil comprising: chordwise spaced apart leading and trailing edges (LE, TE), pressure and suction sides (41, 43) extending outwardly in a spanwise direction from an airfoil base to an airfoil tip, trailing edge cladding made of a cladding material bonded to a composite core made of a composite material wherein the cladding material is less brittle than the composite material, the composite core including a central core portion extending chordwise downstream from a leading edge portion to a trailing edge portion of the composite core, and the airfoil further comprising pressure and suction side flanks (73, 74) of the trailing edge cladding bonded to pressure and suction side surfaces (76, 78) respectively of the trailing edge portion of the composite core; characterized in that: the trailing edge cladding includes a wavy wall and the trailing edge; and the airfoil further comprises forward facing steps on the pressure and suction side flanks (73, 74) of the trailing edge cladding, wherein the cladding is blended into the composite core by: i) an erosion coating covering the composite core and butting up against and hiding the steps; or ii) rebates extending into the composite core and hiding the steps. chordwise spaced apart leading and trailing edges (LE, TE), pressure and suction sides (41, 43) extending outwardly in a spanwise direction from an airfoil base to an airfoil tip, trailing edge cladding made of a cladding material bonded to a composite core made of a composite material wherein the cladding material is less brittle than the composite material, the composite core including a central core portion extending chordwise downstream from a leading edge portion to a trailing edge portion of the composite core, and the airfoil further comprising pressure and suction side flanks (73, 74) of the trailing edge cladding bonded to pressure and suction side surfaces (76, 78) respectively of the trailing edge portion of the composite core; characterized in that: the trailing edge cladding includes a wavy wall and the trailing edge; and the airfoil further comprises forward facing steps on the pressure and suction side flanks (73, 74) of the trailing edge cladding, wherein the cladding is blended into the composite core by: i) an erosion coating covering the composite core and butting up against and hiding the steps; or ii) rebates extending into the composite core and hiding the steps. the trailing edge cladding includes a wavy wall and the trailing edge; and the airfoil further comprises forward facing steps on the pressure and suction side flanks (73, 74) of the trailing edge cladding, wherein the cladding is blended into the composite core by: i) an erosion coating covering the composite core and butting up against and hiding the steps; or ii) rebates extending into the composite core and hiding the steps.
Monomer which contains a 4-thiazolidinone unit connected to a benzene nucleus and which contains two functions selected from hydroxyl and carboxyl, which monomer is of formula (I-a) or (I-b) in which Y is hydroxyl or carboxyl, Q is alkyl or carboxyalkyl, R 2 is hydrogen, hydroxyl, carboxyl, alkyl or hydroxyalkyl, Y' is hydroxyl or carboxyl; Q' is alkyl or carboxyalkyl, or of formula (I-c) in which Y is hydroxyl or carboxyl, Q is alkyl or carboxyalkyl, Y' is hydroxyl or carboxyl; Q' is alkyl or carboxyalkyl, x is an integer ranging from 0 to 2, or else of formula (II-1) in which Q is alkyl or carboxyalkyl, R 3 is hydrogen, hydroxyl, carboxyl, alkyl or hydroxyalkyl, R 1 is alkyl and A 1, a divalent carbon group which contains carbon atoms, is an alkanediyl or an alkanediyl interrupted by one or more oxygen atoms, m is an integer ranging from 0 to 4.
A method comprising: receiving, at a user equipment, at least one policy update to adapt a policy defining a security level of an encryption algorithm used by an application, wherein the at least one policy update indicates a change of the security level of the encryption algorithm based on a discovered vulnerability of the encryption algorithm; monitoring the encryption algorithm to determine a security level of the user equipment based on the at least one policy update; and adapting, based on the monitoring, the operation at the user equipment, wherein the adapting comprises preventing the application from using the encryption algorithm. receiving, at a user equipment, at least one policy update to adapt a policy defining a security level of an encryption algorithm used by an application, wherein the at least one policy update indicates a change of the security level of the encryption algorithm based on a discovered vulnerability of the encryption algorithm; monitoring the encryption algorithm to determine a security level of the user equipment based on the at least one policy update; and adapting, based on the monitoring, the operation at the user equipment, wherein the adapting comprises preventing the application from using the encryption algorithm.
A method for machining a ceramic matrix composite, the method comprising: a step of scanning an irradiated portion of a surface of a machining target material by laser light to irradiate the irradiated portion with the laser light, and forming a deteriorated layer on the irradiated portion of the surface of the machining target material; and a step of removing the deteriorated layer by a machining tool, the deteriorated layer being formed on the irradiated portion, wherein the deteriorated layer is formed by heating the irradiated portion up to a predetermined temperature by irradiation of continuous oscillation laser light, and by forming a crack by irradiation of pulsed oscillation laser light. a step of scanning an irradiated portion of a surface of a machining target material by laser light to irradiate the irradiated portion with the laser light, and forming a deteriorated layer on the irradiated portion of the surface of the machining target material; and a step of removing the deteriorated layer by a machining tool, the deteriorated layer being formed on the irradiated portion, wherein the deteriorated layer is formed by heating the irradiated portion up to a predetermined temperature by irradiation of continuous oscillation laser light, and by forming a crack by irradiation of pulsed oscillation laser light.
An overheat detection system for an aircraft, the system comprising: - a first bleed monitoring computer, BMC1, configured to identify leakages in a pneumatic system, the BMC1 including a first optical controller (300, 400); - a second bleed monitoring computer, BMC2, configured to identify leakages in the pneumatic system, the BMC2 including a second optical controller (300, 400); - an optical fiber link connecting the first optical controller (300, 400) of the BMC1 and the second optical controller (300, 400) of the BMC2 for communication between the BMC1 and the BCM2, and between the first optical controller (300, 400) and the second optical controller (300, 400), - wherein the first and the second optical controllers (300, 400) are configured to: - detect overheat of the optical fiber link based on a wavelength shift of a modulated optical signal transmitted through said optical fiber link, and - transmit signals to the first BMC1 and the second BMC2 based at least on the detected overheat, and - wherein the first BMC1 and the second BMC2 are configured to identify a leakage based on the overheat alert. - a first bleed monitoring computer, BMC1, configured to identify leakages in a pneumatic system, the BMC1 including a first optical controller (300, 400); - a second bleed monitoring computer, BMC2, configured to identify leakages in the pneumatic system, the BMC2 including a second optical controller (300, 400); - an optical fiber link connecting the first optical controller (300, 400) of the BMC1 and the second optical controller (300, 400) of the BMC2 for communication between the BMC1 and the BCM2, and between the first optical controller (300, 400) and the second optical controller (300, 400), - wherein the first and the second optical controllers (300, 400) are configured to: - detect overheat of the optical fiber link based on a wavelength shift of a modulated optical signal transmitted through said optical fiber link, and - transmit signals to the first BMC1 and the second BMC2 based at least on the detected overheat, and - wherein the first BMC1 and the second BMC2 are configured to identify a leakage based on the overheat alert. - detect overheat of the optical fiber link based on a wavelength shift of a modulated optical signal transmitted through said optical fiber link, and - transmit signals to the first BMC1 and the second BMC2 based at least on the detected overheat, and - wherein the first BMC1 and the second BMC2 are configured to identify a leakage based on the overheat alert.