mhurhangee/patent-ind-claim-en huggingface dataset:
A drain apparatus for use in a subsea gas pipeline to remove liquid from a multiphase flow in the subsea gas pipeline, the drain apparatus comprising: a first channel for carrying a multiphase flow comprising liquid and gas phases, the first channel comprising open ends configured to be connected to open ends of the subsea gas pipeline so as to install the drain apparatus inline with the subsea gas pipeline; liquid extraction means (11; 12; 14; 16; 18) for extracting the liquid phase from the multiphase flow in the first channel, such that the multiphase flow exiting a dry side of the drain apparatus contains less liquid than the multiphase flow entering a wet side of the drain apparatus; and at least one injection port in fluid communication with the first channel, the at least one injection port being configured to inject a hydrate inhibitor into the multiphase flow in the first channel on the dry side of the drain apparatus, wherein the internal diameter of the first channel is substantially the same as an internal diameter of a subsea pipe arranged to carry the multiphase flow in the subsea gas pipeline, such that a pig travelling along the subsea pipe can pass through the first channel. a first channel for carrying a multiphase flow comprising liquid and gas phases, the first channel comprising open ends configured to be connected to open ends of the subsea gas pipeline so as to install the drain apparatus inline with the subsea gas pipeline; liquid extraction means (11; 12; 14; 16; 18) for extracting the liquid phase from the multiphase flow in the first channel, such that the multiphase flow exiting a dry side of the drain apparatus contains less liquid than the multiphase flow entering a wet side of the drain apparatus; and at least one injection port in fluid communication with the first channel, the at least one injection port being configured to inject a hydrate inhibitor into the multiphase flow in the first channel on the dry side of the drain apparatus, wherein the internal diameter of the first channel is substantially the same as an internal diameter of a subsea pipe arranged to carry the multiphase flow in the subsea gas pipeline, such that a pig travelling along the subsea pipe can pass through the first channel.
An electrical component comprising: a housing having an electrical device receiving slot ; a cover selectively positionable at the electrical device receiving slot, the cover including an electrical device ejector ; a shield member pivotally mounted to the housing , characterized in that the shield member is adapted to selectively cover the electrical device ejector ; and a shield member control system operatively connected to the shield member , the shield member control system being operable to release the shield member once communications between the electrical component and an electrical device in the electrical device receiving slot are idle, thereby exposing the electrical device ejector . a housing having an electrical device receiving slot ; a cover selectively positionable at the electrical device receiving slot, the cover including an electrical device ejector ; a shield member pivotally mounted to the housing , characterized in that the shield member is adapted to selectively cover the electrical device ejector ; and a shield member control system operatively connected to the shield member , the shield member control system being operable to release the shield member once communications between the electrical component and an electrical device in the electrical device receiving slot are idle, thereby exposing the electrical device ejector .
Assembly of a nacelle air intake and of a fan of a turbine engine of an aircraft propulsion assembly , said aircraft propulsion assembly extending along a longitudinal axis (X) oriented from upstream to downstream and comprising a turbine engine comprising a radially inner primary flow path and a radially outer secondary flow path configured to guide from upstream to downstream respectively a primary air flow (F1) and a secondary air flow (F2) during a thrust phase (A), the fan being configured to be mounted upstream of the turbine engine , the fan being rotatably mounted about the longitudinal axis (X), said aircraft propulsion assembly comprising thrust reversal means configured to modify the secondary air flow (F2) into a reverse airflow (F-INV) circulating from downstream to upstream in the secondary flow path during a thrust reversal phase (B), said fan comprising a plurality of variable-pitch blades so as to form the thrust reversal means of the aircraft propulsion assembly , said nacelle being configured to extend outwardly around the turbine engine , the air intake being configured to extend at the upstream end of the nacelle , said air intake extending outwardly around the fan , said air intake comprising a peripheral external enclosure of longitudinal axis (X) comprising an inner wall turned towards the longitudinal axis (X) and an outer wall opposite the inner wall which are connected upstream by an air intake lip comprising a leading edge to promote the thrust phase (A), said air intake comprising an inner radius at the fan called "fan radius (R3)", said peripheral external enclosure comprising a variable curvature in a plane radial to the longitudinal axis (X), assembly characterized by the fact that: • the profile of the air intake is stationary and non-deformable, so that it remains unchanged between the thrust phase (A) and the thrust reversal phase (B), • the peripheral external enclosure comprises, in each radial plane, a point of maximum curvature (P, P', P") so as to detach the reverse airflow (F-INV) from the peripheral external enclosure in order to promote a thrust reversal phase (B), an osculating circle (C, C') comprising a radius of curvature (R, R') being defined at each of the points of maximum curvature (P, P', P"), the average value (Rmoy) of the radii of curvature (R, R') at the periphery of the air intake verifying the following relationship: Rmoy < 0.028 * R3. • the profile of the air intake is stationary and non-deformable, so that it remains unchanged between the thrust phase (A) and the thrust reversal phase (B), • the peripheral external enclosure comprises, in each radial plane, a point of maximum curvature (P, P', P") so as to detach the reverse airflow (F-INV) from the peripheral external enclosure in order to promote a thrust reversal phase (B), an osculating circle (C, C') comprising a radius of curvature (R, R') being defined at each of the points of maximum curvature (P, P', P"), the average value (Rmoy) of the radii of curvature (R, R') at the periphery of the air intake verifying the following relationship: Rmoy < 0.028 * R3.
An apparatus to be employed as a reconfigurable equipment, RE 200R, the apparatus comprising: radio frequency, RF, circuitry configured to: transmit, to a radio application store, "RadioApp Store" , a request for a radio application, RA, package, RAP for altering how the RE uses its radio technology; and receive the RAP from the RadioApp Store when the RadioApp store verifies the RAP as being compatible with the RE; and baseband circuitry with onboard memory circuitry, the baseband circuitry to execute instructions to: decrypt the RAP using a key comprising an RE type ID of the RE when the RA is bound to a declaration of conformity, DoC, via the RE type ID, wherein the RE type ID is a combination of a hardware platform ID and an original equipment manufacturer, OEM, ID; obtain the declaration of Conformity, DoC associated with the RE, and determine whether the DoC authorizes installation of an RA component based on one or more other RAs implemented by the RE; and install a radio application, RA, code of the RAP when the DoC contains a machine-readable content that authorizes installation of the RA code based on one or more other RAs implemented by the RE. radio frequency, RF, circuitry configured to: transmit, to a radio application store, "RadioApp Store" , a request for a radio application, RA, package, RAP for altering how the RE uses its radio technology; and receive the RAP from the RadioApp Store when the RadioApp store verifies the RAP as being compatible with the RE; and transmit, to a radio application store, "RadioApp Store" , a request for a radio application, RA, package, RAP for altering how the RE uses its radio technology; and receive the RAP from the RadioApp Store when the RadioApp store verifies the RAP as being compatible with the RE; baseband circuitry with onboard memory circuitry, the baseband circuitry to execute instructions to: decrypt the RAP using a key comprising an RE type ID of the RE when the RA is bound to a declaration of conformity, DoC, via the RE type ID, wherein the RE type ID is a combination of a hardware platform ID and an original equipment manufacturer, OEM, ID; obtain the declaration of Conformity, DoC associated with the RE, and determine whether the DoC authorizes installation of an RA component based on one or more other RAs implemented by the RE; and install a radio application, RA, code of the RAP when the DoC contains a machine-readable content that authorizes installation of the RA code based on one or more other RAs implemented by the RE. decrypt the RAP using a key comprising an RE type ID of the RE when the RA is bound to a declaration of conformity, DoC, via the RE type ID, wherein the RE type ID is a combination of a hardware platform ID and an original equipment manufacturer, OEM, ID; obtain the declaration of Conformity, DoC associated with the RE, and determine whether the DoC authorizes installation of an RA component based on one or more other RAs implemented by the RE; and install a radio application, RA, code of the RAP when the DoC contains a machine-readable content that authorizes installation of the RA code based on one or more other RAs implemented by the RE.
A powered nailer nosepiece assembly comprising: an outer portion defining an outer side of a drive channel , the drive channel operable to receive a first nail of a collated strip of nails and guide the first nail out of the powered nailer nosepiece assembly; a magazine-coupling portion including a nail guide defined by a first side and a second side , characterised in that the first side and the second side positioned opposite to one another with a nail support ledge projecting laterally inward from the first side to guide the collated strip of nails toward the drive channel; and a spring projecting into the nail guide to bias at least one nail of the collated strip of nails against the nail support ledge. an outer portion defining an outer side of a drive channel , the drive channel operable to receive a first nail of a collated strip of nails and guide the first nail out of the powered nailer nosepiece assembly; a magazine-coupling portion including a nail guide defined by a first side and a second side , characterised in that the first side and the second side positioned opposite to one another with a nail support ledge projecting laterally inward from the first side to guide the collated strip of nails toward the drive channel; and a spring projecting into the nail guide to bias at least one nail of the collated strip of nails against the nail support ledge.
Use of an amine of the formula (I) for curing of epoxy resins, where n is 0 or 1 or 2, R is H or methyl and A is an alkylene radical having 2 to 6 carbon atoms.
A system for packaging a dry tissue heart valve and its delivery system , comprising: a dry tissue heart valve coupled to its valve delivery system , wherein the delivery system provides gas flow passages for gas flow in and out of its various components; a primary container sized to receive the dry tissue heart valve coupled to its delivery system , the primary container having a gas-permeable barrier which presents a sterile barrier and prevents ingress of microorganisms; and a secondary container sized to receive the primary container, the secondary container made of a gas-impermeable material and comprising a gas-permeable seal or barrier and an oxygen barrier which makes the secondary container gas-impermeable. a dry tissue heart valve coupled to its valve delivery system , wherein the delivery system provides gas flow passages for gas flow in and out of its various components; a primary container sized to receive the dry tissue heart valve coupled to its delivery system , the primary container having a gas-permeable barrier which presents a sterile barrier and prevents ingress of microorganisms; and a secondary container sized to receive the primary container, the secondary container made of a gas-impermeable material and comprising a gas-permeable seal or barrier and an oxygen barrier which makes the secondary container gas-impermeable.
A neurostimulation device capable of being placed between a stimulation state and an electromagnetic interference (EMI) protection state, comprising: a plurality of electrical terminals configured for being respectively coupled to a plurality of stimulation electrodes ; stimulation output circuitry configured for being selectively activated during the stimulation state to output a plurality of stimulation pulses to the plurality of electrical terminals electromagnetic protection circuitry configured for being selectively activated during the EMI protection state to prevent at least a portion of the electrical current induced on at least one of the electrical terminals by an electromagnetic field from entering the stimulation output circuitry ; and characterized by further comprising a controller configured for automatically defaulting the neurostimulation device to the EMI protection state in response to a non-user initiated event selected from the group consisting of a drop in a power supply output below a predetermined level, and a termination of a system test. a plurality of electrical terminals configured for being respectively coupled to a plurality of stimulation electrodes ; stimulation output circuitry configured for being selectively activated during the stimulation state to output a plurality of stimulation pulses to the plurality of electrical terminals electromagnetic protection circuitry configured for being selectively activated during the EMI protection state to prevent at least a portion of the electrical current induced on at least one of the electrical terminals by an electromagnetic field from entering the stimulation output circuitry ; and characterized by further comprising a controller configured for automatically defaulting the neurostimulation device to the EMI protection state in response to a non-user initiated event selected from the group consisting of a drop in a power supply output below a predetermined level, and a termination of a system test.
A conductive cover assembly for a terminal , comprising: a first portion ; a second portion , wherein a gap is provided between the second portion and the first portion to space the first portion and the second portion apart; a conductive suspension strip located within the gap , insulating layers being provided between the conductive suspension strip and the first portion and between the conductive suspension strip and the second portion ; a connector spanning the gap and connected to the first portion and the second portion respectively; characterized in that the conductive cover assembly further comprises: a conductive member attached to a side of the connector away from the gap , an end of the conductive member being electrically connected to the first portion ; and a resilient sheet adapted to be electrically connected to a signal source , the resilient sheet being electrically connected to the conductive member . a first portion ; a second portion , wherein a gap is provided between the second portion and the first portion to space the first portion and the second portion apart; a conductive suspension strip located within the gap , insulating layers being provided between the conductive suspension strip and the first portion and between the conductive suspension strip and the second portion ; a connector spanning the gap and connected to the first portion and the second portion respectively; characterized in that the conductive cover assembly further comprises: a conductive member attached to a side of the connector away from the gap , an end of the conductive member being electrically connected to the first portion ; and a resilient sheet adapted to be electrically connected to a signal source , the resilient sheet being electrically connected to the conductive member . a conductive member attached to a side of the connector away from the gap , an end of the conductive member being electrically connected to the first portion ; and a resilient sheet adapted to be electrically connected to a signal source , the resilient sheet being electrically connected to the conductive member .
A printing ink or pigment dispersion composition comprising a water-insoluble azo-functional colorant; at least two different functionality non-ionic dispersants; and an alkylnaphthalene sulfonate anionic surfactant with the alkyl being hydrogen, methyl or ethyl.
A method for making a paper or cardboard sheet, comprising adding a water-soluble polymer P of weight average molecular weight greater than 750,000 Daltons to a fiber suspension at a rate of 100 to 5000 g.t -1 of dry matter, characterized in that it comprises the following successive steps: - preparing an aqueous solution A containing at least one water-soluble polymer P at a concentration C comprising between 0.1 and 0.5% by weight, said polymer P having a factor F (C) strictly greater than 4, with F (C) = Δ 600 / C , Δ 600 being the slope to reach 90% of the viscosity developed by aqueous solution A at 600 seconds at 25°C, obtained from the viscosity curve of aqueous solution A as a function of time, at the given concentration C, at 25°C, polymer P being, prior to the formation of aqueous solution A, in the form of an anhydrous oily suspension containing between 20 and 60% by weight of polymer P in the form of particles of number average diameter of between 0.1 μm and less than 300 μm, the viscosity of solution A over time being determined at 25°C with the aid of a viscometer equipped with a helical geometry, - adding aqueous solution A to the fibrous suspension, at one or more injection points, - forming a sheet of paper or cardboard. - preparing an aqueous solution A containing at least one water-soluble polymer P at a concentration C comprising between 0.1 and 0.5% by weight, said polymer P having a factor F (C) strictly greater than 4, with F (C) = Δ 600 / C , Δ 600 being the slope to reach 90% of the viscosity developed by aqueous solution A at 600 seconds at 25°C, obtained from the viscosity curve of aqueous solution A as a function of time, at the given concentration C, at 25°C, polymer P being, prior to the formation of aqueous solution A, in the form of an anhydrous oily suspension containing between 20 and 60% by weight of polymer P in the form of particles of number average diameter of between 0.1 μm and less than 300 μm, the viscosity of solution A over time being determined at 25°C with the aid of a viscometer equipped with a helical geometry, polymer P being, prior to the formation of aqueous solution A, in the form of an anhydrous oily suspension containing between 20 and 60% by weight of polymer P in the form of particles of number average diameter of between 0.1 μm and less than 300 μm, the viscosity of solution A over time being determined at 25°C with the aid of a viscometer equipped with a helical geometry, - adding aqueous solution A to the fibrous suspension, at one or more injection points, - forming a sheet of paper or cardboard.
An adjustable stopper assembly for a vehicle door or hood, comprising: a base part comprising a body and attachment means for securing in an aperture in a body of the vehicle; a pin part comprising a head portion and a shank extending from said head portion ; and an intermediate part located between said base part and said head portion of said pin part and being releasably securable to said base part , wherein said shank of said pin part comprises at least one first, resiliently deformable outwardly-extending projection at a first longitudinal position of said shank , characterized in that it comprises a screw-threaded portion between said at least one first, resiliently deformable projection and said head portion of said pin part; said intermediate part comprises a screw-threaded through aperture which is screw-threadedly engaged with said screw-threaded portion of said shank ; and said base part further comprises a recess in which said at least one first resiliently deformable projection of said shank is received, said recess having one or more inwardly-extending projections which are engageable with said at least one first resiliently deformable projection as said pin part is rotated, during assembly a base part comprising a body and attachment means for securing in an aperture in a body of the vehicle; a pin part comprising a head portion and a shank extending from said head portion ; and an intermediate part located between said base part and said head portion of said pin part and being releasably securable to said base part , wherein said shank of said pin part comprises at least one first, resiliently deformable outwardly-extending projection at a first longitudinal position of said shank , characterized in that it comprises a screw-threaded portion between said at least one first, resiliently deformable projection and said head portion of said pin part; said intermediate part comprises a screw-threaded through aperture which is screw-threadedly engaged with said screw-threaded portion of said shank ; and said base part further comprises a recess in which said at least one first resiliently deformable projection of said shank is received, said recess having one or more inwardly-extending projections which are engageable with said at least one first resiliently deformable projection as said pin part is rotated, during assembly