mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly for the magnetic shielding of an electrical cable (3; 1a, 1b), with the assembly comprising: - an electric cable (3; 1a, 1b) adapted for having an electric current to flow therethrough, - a jacket positioned around said cable, - an electrical connector which said electric cable is connected to, at one end , said electrical cable comprising several electrical wires electromagnetically unshielded and twisted together, except at said end where said electrical wires are thus untwisted, characterized in that : - the jacket is positioned around the untwisted wires at said end , only, - the jacket , positioned around the wires, can slide along the twisted portion, - and the jacket is provided with magnetised particles oriented perpendicularly to the direction of the electric current flow in the cable . - an electric cable (3; 1a, 1b) adapted for having an electric current to flow therethrough, - a jacket positioned around said cable, - an electrical connector which said electric cable is connected to, at one end , said electrical cable comprising several electrical wires electromagnetically unshielded and twisted together, except at said end where said electrical wires are thus untwisted, - the jacket is positioned around the untwisted wires at said end , only, - the jacket , positioned around the wires, can slide along the twisted portion, - and the jacket is provided with magnetised particles oriented perpendicularly to the direction of the electric current flow in the cable .
An inflatable avalanche safety system comprising: an inflatable chamber including a compressed state and an inflated state, wherein the inflated state forms a pressurized three dimensional region in proximity to a user ; an inflation system configured to actively transmit ambient air within the inflatable chamber with a fan thereby transitioning the inflatable chamber from the compressed state to the inflated state, and wherein the inflation system is further configured to actively transmit ambient air from the inflatable chamber external of the system with the fan thereby transitioning the inflatable chamber from the inflated state to the compressed state; an activation system configured to activate the inflation system ; and a harness configured to support the inflatable chamber , activation system , and inflation system in proximity to the user . an inflatable chamber including a compressed state and an inflated state, wherein the inflated state forms a pressurized three dimensional region in proximity to a user ; an inflation system configured to actively transmit ambient air within the inflatable chamber with a fan thereby transitioning the inflatable chamber from the compressed state to the inflated state, and wherein the inflation system is further configured to actively transmit ambient air from the inflatable chamber external of the system with the fan thereby transitioning the inflatable chamber from the inflated state to the compressed state; an activation system configured to activate the inflation system ; and a harness configured to support the inflatable chamber , activation system , and inflation system in proximity to the user .
A method of obtaining a detergent composition comprising introducing (a) a lipase variant of a parent lipase which variant has at least 60% sequence identity with SEQ ID NO: 2, a substitution at a position corresponding to D254 of the mature polypeptide of SEQ ID NO: 2 and has lipase activity and (b) an anionic surfactant, wherein said composition has increased stability in comparison with a corresponding composition comprising the parent lipase, wherein the amino acid substitution at the position corresponding to D254 of the mature polypeptide of SEQ ID NO: 2 is S; and wherein the variant further has a substitution corresponding to T231R.
Strip of vials for fluid products, particularly for medical, pharmaceutical, cosmetic, food products or the like, comprising a plurality of vials , each of which comprises: - at least a containment body for at least an injectable fluid product having an elongated direction (D); - a first end able to define a dispensing mouth of said fluid product; and - a second end opposite said first end ; wherein said containment bodies are made in a single monolithic body made of a first material and are joined together along the weakened-section connection lines ; characterized in that said dispensing mouths consist of a stopper made of a second penetrable material suitable for being penetrated by a drawing element for drawing said fluid product, each of said vials comprises a covering body made in a single monolithic body together with said containment bodies and able to cover said stopper , wherein each of said covering bodies is defined by a respective door element associated with said first end by means of a foldable joining strap , and wherein said door element is movable around said foldable joining strap between a closed configuration, wherein said door element is fitted interlocking on one of said dispensing mouths to protect said stopper , and an open configuration, wherein said door element is moved away from said dispensing mouth making said stopper accessible from the outside. - at least a containment body for at least an injectable fluid product having an elongated direction (D); - a first end able to define a dispensing mouth of said fluid product; and - a second end opposite said first end ;
A process for producing isocyanates by reacting the corresponding amines with phosgene in the liquid phase, comprising: (a) mixing an amine comprising feed stream, a phosgene comprising feed stream and optionally an inert solvent; (b) reacting the amine with phosgene in a first reaction section to obtain an intermediate reaction mixture comprising isocyanate, carbamoyl chlorides, amine hydrochlorides and unreacted phosgene; (c) cleaving the carbamoyl chlorides and remove phosgene from the intermediate reaction mixture in a second reaction section to obtain an isocyanate comprising crude product, (d) optionally working-up the crude product; wherein reacting (b) is carried out such that the intermediate reaction mixture comprises 1.7 to 5 mol-% solid amine hydrochlorides based on the molar amount of amine fed into the process. (a) mixing an amine comprising feed stream, a phosgene comprising feed stream and optionally an inert solvent; (b) reacting the amine with phosgene in a first reaction section to obtain an intermediate reaction mixture comprising isocyanate, carbamoyl chlorides, amine hydrochlorides and unreacted phosgene; (c) cleaving the carbamoyl chlorides and remove phosgene from the intermediate reaction mixture in a second reaction section to obtain an isocyanate comprising crude product, (d) optionally working-up the crude product;
A device, comprising: a base ; a foot plate attached to the base , the foot plate having a plurality of members attached thereto, the members configured for receiving at least a first wire or pin to fix a foot of a person relative to the foot plate while the foot plate is oriented normal to a superior-inferior direction of the foot; an assembly attached to the base , the assembly including: a support shaped to receive a calf of a person, wherein the support has a rack attached thereto; and a positioning assembly for attaching the support to the base, including a first mechanism for positioning the support in the superior-inferior direction relative to the base, wherein the first mechanism includes a pinion for positioning the rack. a base ; a foot plate attached to the base , the foot plate having a plurality of members attached thereto, the members configured for receiving at least a first wire or pin to fix a foot of a person relative to the foot plate while the foot plate is oriented normal to a superior-inferior direction of the foot; an assembly attached to the base , the assembly including: a support shaped to receive a calf of a person, wherein the support has a rack attached thereto; and a positioning assembly for attaching the support to the base, including a first mechanism for positioning the support in the superior-inferior direction relative to the base, wherein the first mechanism includes a pinion for positioning the rack. a support shaped to receive a calf of a person, wherein the support has a rack attached thereto; and a positioning assembly for attaching the support to the base, including a first mechanism for positioning the support in the superior-inferior direction relative to the base, wherein the first mechanism includes a pinion for positioning the rack.
A hot forging steel comprising, by mass%, C: more than 0.30% and less than 0.60%, Si: 0.10% to 0.90%, Mn: 0.50% to 2.00%, S: 0.010% to 0.100%, Cr: 0.01% to 1.00%, Al: more than 0.005% and 0.100% or less, N: 0.0030% to 0.0200%, Bi: more than 0.0001% and 0.0050% or less, Ti: 0% or more and less than 0.040%, V: 0% to 0.30%, Ca: 0% to 0.0040%, Pb: 0% to 0.40%, and a remainder consisting of Fe and impurities, wherein P and O in the impurities are respectively P: 0.050% or less and O: 0.0050% or less, a following Expression is satisfied, and a presence density of MnS having an equivalent circle diameter of smaller than 2.0 μm is 300 pieces/mm 2 or more in a cross section parallel to a rolling direction of a steel, wherein the equivalent circle diameter of MnS is a diameter of a circle having an area equal to the area of MnS and obtained through an image analysis by means of an energy dispersive X-ray spectroscopic analysis belonging to an electronic scanning microscope and measured according to the method disclosed in the description, d + 3 σ < 20 where, d in the Expression represents an average equivalent circle diameter of the MnS in a unit of μm having the equivalent circle diameter of 1.0 μm or greater, and σ in the Expression represents a standard deviation of the equivalent circle diameter of the MnS having the equivalent circle diameter of 1.0 μm or greater. P: 0.050% or less and O: 0.0050% or less, d in the Expression represents an average equivalent circle diameter of the MnS in a unit of μm having the equivalent circle diameter of 1.0 μm or greater, and σ in the Expression represents a standard deviation of the equivalent circle diameter of the MnS having the equivalent circle diameter of 1.0 μm or greater.
A gas turbine engine, comprising: a core engine (CE) including at least a compressor section , a combustor section and a turbine section disposed along a central axis; a fan coupled to be driven by the turbine section; a fan nacelle around the fan, and a bypass passage extending between the fan nacelle and the core engine; and a variable area fan nozzle (VAFN) extending at least partially around the central axis and defining an exit area of the bypass passage, the VAFN being selectively movable to vary the exit area, the VAFN including a body defining an airfoil cross-section shape, the VAFN including a wall having a mechanical property distribution, in accordance with a computer-simulated vibration profile of a flutter characteristic of the VAFN; wherein the wall includes a metallic alloy; and wherein the mechanical property distribution is from a variation in material chemical composition of the wall. a core engine (CE) including at least a compressor section , a combustor section and a turbine section disposed along a central axis; a fan coupled to be driven by the turbine section; a fan nacelle around the fan, and a bypass passage extending between the fan nacelle and the core engine; and a variable area fan nozzle (VAFN) extending at least partially around the central axis and defining an exit area of the bypass passage, the VAFN being selectively movable to vary the exit area, the VAFN including a body defining an airfoil cross-section shape, the VAFN including a wall having a mechanical property distribution, in accordance with a computer-simulated vibration profile of a flutter characteristic of the VAFN; wherein the wall includes a metallic alloy; and wherein the mechanical property distribution is from a variation in material chemical composition of the wall.
A sterilizable surgical instrument system, comprising: a handle assembly , comprising: a motor ; and at least one control switch ; a shaft attached to a distal end of said handle assembly, wherein said shaft comprises a controller located within said shaft; a battery assembly, comprising: a battery ; and a display unit ; and an end effector attached to a distal end of said shaft; characterised in that the battery assembly and the battery are single use; and the display unit comprises a display screen. a handle assembly , comprising: a motor ; and at least one control switch ; a motor ; and at least one control switch ; a shaft attached to a distal end of said handle assembly, wherein said shaft comprises a controller located within said shaft; a battery assembly, comprising: a battery ; and a display unit ; and a battery ; and a display unit ; and an end effector attached to a distal end of said shaft; characterised in that the battery assembly and the battery are single use; and the display unit comprises a display screen.
Method of operating an internal combustion engine comprising a controllable injector for injecting fuel into a combustion chamber, wherein the injector communicates with a fuel accumulator through which it is supplied with fuel, the method comprising the following steps: - determining a first pressure value of the pressure in the fuel accumulator on the basis of a first pressure measurement, - determining a second pressure value of the pressure in the fuel accumulator on the basis of a second pressure measurement carried out after the first pressure measurement, - determining an injector opening duration depending on the first and the second pressure value, and - controlling the injector based upon the previously determined injector opening duration, characterized in that the determination of the first and of the second pressure value is effected by different evaluation methods, wherein a second evaluation method used to determine the second pressure value operates faster than a first evaluation method used to determine the first pressure value. - determining a first pressure value of the pressure in the fuel accumulator on the basis of a first pressure measurement, - determining a second pressure value of the pressure in the fuel accumulator on the basis of a second pressure measurement carried out after the first pressure measurement, - determining an injector opening duration depending on the first and the second pressure value, and - controlling the injector based upon the previously determined injector opening duration,
A holder for holding an aerosol-generating device and a packet of aerosol-generating articles , the holder comprising; a back wall , a support structure mounted on a first face of the back wall , and a receptacle mounted on a second face of the back wall , wherein the first face is opposite the second face; the support structure comprising a first side wall projecting from the first face of the back wall ; a second side wall projecting from the first face of the back wall , wherein the second side wall is positioned opposite the first side wall and is separated from the first side wall by a predetermined distance such that the first and second side walls are configured to hold the aerosol-generating device and the packet of aerosol-generating articles by interference fit, and wherein the first side wall projects further from the back wall than the second side wall projects from the back wall ; and the receptacle defining one or more compartments. a back wall , a support structure mounted on a first face of the back wall , and a receptacle mounted on a second face of the back wall , wherein the first face is opposite the second face; the support structure comprising a first side wall projecting from the first face of the back wall ; a second side wall projecting from the first face of the back wall , wherein the second side wall is positioned opposite the first side wall and is separated from the first side wall by a predetermined distance such that the first and second side walls are configured to hold the aerosol-generating device and the packet of aerosol-generating articles by interference fit, and wherein the first side wall projects further from the back wall than the second side wall projects from the back wall ; and a first side wall projecting from the first face of the back wall ; a second side wall projecting from the first face of the back wall , wherein the second side wall is positioned opposite the first side wall and is separated from the first side wall by a predetermined distance such that the first and second side walls are configured to hold the aerosol-generating device and the packet of aerosol-generating articles by interference fit, and wherein the first side wall projects further from the back wall than the second side wall projects from the back wall ; and the receptacle defining one or more compartments.
A method for generating a comfort noise, CN, parameter, the method comprising: receiving an audio input; detecting, with a Voice Activity Detector, VAD, a current inactive segment in the audio input; as a result of detecting, with the VAD, the current inactive segment in the audio input, calculating a CN parameter CN used ; and providing the CN parameter CN used to a decoder, characterised in that calculating the CN parameter CN used comprises calculating CN used = f ( T active , T curr , T prev , CN curr , CN prev ) , where: CN curr refers to a CN parameter from the current inactive segment; CN prev refers to a CN parameter from the previous inactive segment; T prev refers to a time-interval parameter related to CN prev ; T curr refers to a time-interval parameter related to CN curr ; and T active refers to a time-interval parameter of an active segment between the previous inactive segment and the current inactive segment. receiving an audio input; detecting, with a Voice Activity Detector, VAD, a current inactive segment in the audio input; as a result of detecting, with the VAD, the current inactive segment in the audio input, calculating a CN parameter CN used ; and providing the CN parameter CN used to a decoder, characterised in that calculating the CN parameter CN used comprises calculating CN used = f ( T active , T curr , T prev , CN curr , CN prev ) , where: CN curr refers to a CN parameter from the current inactive segment; CN prev refers to a CN parameter from the previous inactive segment; T prev refers to a time-interval parameter related to CN prev ; T curr refers to a time-interval parameter related to CN curr ; and T active refers to a time-interval parameter of an active segment between the previous inactive segment and the current inactive segment. CN curr refers to a CN parameter from the current inactive segment; CN prev refers to a CN parameter from the previous inactive segment; T prev refers to a time-interval parameter related to CN prev ; T curr refers to a time-interval parameter related to CN curr ; and T active refers to a time-interval parameter of an active segment between the previous inactive segment and the current inactive segment.
A carbon-fiber-reinforced silicon-carbide-based composite material, comprising a bundle of fibers having chopped carbon fibers arranged in parallel and the other carbon component, carbon, silicon, and silicon carbide, wherein said fiber bundle is flat, its cross-section perpendicular to its longitudinal direction has a larger diameter of 1 mm or more, a ratio of the larger diameter to a smaller diameter is from 1.5 to 5, a plurality of said fiber bundles is randomly oriented along a two-dimensional plane, and said fiber bundles may partly include those whose longitudinal directions incline from said two-dimensional plane in a depth direction or those which are bent, said chopped carbon fibers have a diameter of from 7 μm to 15 μm and a length of from 4 mm to 14 mm, and a distance between adjacent chopped carbon fibers is from 1 μm to 20 μm at the cross-section perpendicular to the longitudinal direction of said fiber bundle, and in an arbitrary section perpendicular to said two-dimensional plane, a ratio of an area occupied by said chopped carbon fibers to the section is from 30% to 45%, a ratio of an area occupied by silicon carbide to the section is from 40% to 59%, and the remainder is of silicon and carbon components other than said chopped carbon fibers.
An Isoxazoline compound wherein the isoxazoline compound is fluralaner or a salt or solvate or N oxide thereof, for use in the treatment of generalized demodicosis in a mammal wherein the mammal is a dog.
A speculum comprising: a first arm having a first channel formed thereon adapted to the shape of an eyelid; a second arm having a second channel formed thereon adapted to the shape of an eyelid, said second channel facing away from said first channel ; a living hinge unitarily formed with said first and second arms , said hinge permitting said first and second arms to selectively rotate about an axis of rotation , said selective rotation causing said first and second channels to selectively move closer and farther apart; and, a position retaining arrangement including: two first elements formed unitarily with said first arm , said first elements being spaced in a direction parallel to said axis of rotation so as to define a channel therebetween; and, a second element formed unitarily with said second arm ; wherein, said two first elements and second element being configured to cooperatively retain said first and second arms in a selected rotational position, wherein, the speculum is unitarily formed by molding as one piece, wherein with said two first elements and second element being in cooperative retention, said two first elements straddle said second arm with a portion of said second arm received in said channel . a first arm having a first channel formed thereon adapted to the shape of an eyelid; a second arm having a second channel formed thereon adapted to the shape of an eyelid, said second channel facing away from said first channel ; a living hinge unitarily formed with said first and second arms , said hinge permitting said first and second arms to selectively rotate about an axis of rotation , said selective rotation causing said first and second channels to selectively move closer and farther apart; and, a position retaining arrangement including: two first elements formed unitarily with said first arm , said first elements being spaced in a direction parallel to said axis of rotation so as to define a channel therebetween; and, a second element formed unitarily with said second arm ; two first elements formed unitarily with said first arm , said first elements being spaced in a direction parallel to said axis of rotation so as to define a channel therebetween; and, a second element formed unitarily with said second arm ; wherein, said two first elements and second element being configured to cooperatively retain said first and second arms in a selected rotational position, wherein, the speculum is unitarily formed by molding as one piece, wherein with said two first elements and second element being in cooperative retention, said two first elements straddle said second arm with a portion of said second arm received in said channel .