mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a container from a preform made of plastic, the method comprising the steps of positioning a preform within a mold having interior surfaces defining a cavity in the shape of the container, the preform having a body bounded by a closed end and an open end, the body defining a preform minimum diameter, injecting a molding medium into the preform axially stretching the preform within the mold , radially expanding the preform into conformity with the interior surfaces of the cavity defining the shape of the container, radial expansion being effectuated by the injected molding medium, wherein the molding medium is a liquid, wherein the injecting step further includes the steps of forming the molding medium into a stream having an outer diameter at least 2mm less than the minimum diameter of the body of the preform , and directing the stream into the preform to initially impinge upon the preform at the closed end and to initially avoid impingement upon the preform in areas of the preform other than the closed end , and wherein the body of the preform includes a transition extending from the open end toward the closed end , the transition reducing in diameter as it progress from the finish toward the closed end .
A package including a container body containing a fluid content with leaving a head space , wherein the container body has an inner surface on which ruggedness is formed entirely, the inner surface with the ruggedness of the container body is coated with an excessive amount of a lubricating liquid immiscible with the fluid content , and the lubricating liquid is present as a coating layer interposed between the inner surface and the fluid content , said excessive amount of the lubricating liquid for forming the coating layer means a sufficient amount such that lubricating liquid flows down to form a liquid pool at a periphery of an upper end face of the fluid content contained in the container body in a state of being held upright, and the ruggedness is formed as fine protrusions having a height of not less than 0.7 μm, the fine protrusions have a pitch greater than the height, and the fine protrusions are formed at a pitch of 20 to 500 μm.
A method for producing a magnet powder comprising: a synthesis step of synthesizing a R-Fe-B-based magnet powder by a reduction-diffusion process; and a cleaning step of immersing and cleaning the R-Fe-B-based magnet powder in an aqueous solvent or a non-aqueous solvent, wherein R is Nd, Pr, Dy or Tb, characterised in that the method further comprises a coating step of coating an antioxidant film onto a surface of the R-Fe-B-based magnet powder after the synthesis step and before the cleaning step, wherein the antioxidant film includes a compound containing at least one amino group, and the compound containing at least one amino group includes at least one of ethylene diamine, 2-ethylhexyloxy propyl amine, tris(2-aminoethyl)amine or 1,2-diaminopropane. a synthesis step of synthesizing a R-Fe-B-based magnet powder by a reduction-diffusion process; and a cleaning step of immersing and cleaning the R-Fe-B-based magnet powder in an aqueous solvent or a non-aqueous solvent, wherein R is Nd, Pr, Dy or Tb, characterised in that the method further comprises a coating step of coating an antioxidant film onto a surface of the R-Fe-B-based magnet powder after the synthesis step and before the cleaning step, wherein the antioxidant film includes a compound containing at least one amino group, and the compound containing at least one amino group includes at least one of ethylene diamine, 2-ethylhexyloxy propyl amine, tris(2-aminoethyl)amine or 1,2-diaminopropane.
A method of performing initial beam alignment during a random access procedure, by a user equipment, UE, the method comprising: transmitting , on a serving cell, a measurement report message associated with a target cell in response to a measurement reporting event triggered; receiving , on the serving cell, a handover command message including resource configuration of channel state information reference signals, CSI-RSs, for the target cell; performing downlink, DL, synchronization with the target cell based on synchronization signal, SS, blocks; and transmitting , on the target cell, a random access preamble corresponding to a CSI-RS which is selected from the CSI-RSs by measuring a subset of the CSI-RSs. transmitting , on a serving cell, a measurement report message associated with a target cell in response to a measurement reporting event triggered; receiving , on the serving cell, a handover command message including resource configuration of channel state information reference signals, CSI-RSs, for the target cell; performing downlink, DL, synchronization with the target cell based on synchronization signal, SS, blocks; and transmitting , on the target cell, a random access preamble corresponding to a CSI-RS which is selected from the CSI-RSs by measuring a subset of the CSI-RSs.
Method for detecting ionising radiation from a potentially radioactive fluid by means of a scintillation cell , said scintillation cell comprising: - at least one first waveguide comprising at least one surface, the surface being covered with a first layer of a first scintillation material, - a second layer of a second scintillation material covering the first layer , the thickness of the second layer being between 1 and 4 times the mean path of a tritium β particle in the second scintillation material, the first and the second scintillation material having at least one scintillation property that is different therebetween so as to allow their respective contributions to be distinguished, the second layer being intended to be placed in contact with the fluid, said method for detecting comprising the following steps: - putting the fluid in contact with at least the second layer , - detecting and recording the scintillation signal, - separating the recorded scintillation signal into a respective first and a second contribution (C1, C2) of the first and of the second layer , - detecting a tritium β particle if the contribution of the first layer is less than a radiation detection threshold and if the sum of the contributions of the first and of the second layer is less than a first scintillation threshold for detecting an α particle from radon 222 or from thoron. - at least one first waveguide comprising at least one surface, the surface being covered with a first layer of a first scintillation material, - a second layer of a second scintillation material covering the first layer , the thickness of the second layer being between 1 and 4 times the mean path of a tritium β particle in the second scintillation material, the first and the second scintillation material having at least one scintillation property that is different therebetween so as to allow their respective contributions to be distinguished, the second layer being intended to be placed in contact with the fluid, - putting the fluid in contact with at least the second layer , - detecting and recording the scintillation signal, - separating the recorded scintillation signal into a respective first and a second contribution (C1, C2) of the first and of the second layer , - detecting a tritium β particle if the contribution of the first layer is less than a radiation detection threshold and if the sum of the contributions of the first and of the second layer is less than a first scintillation threshold for detecting an α particle from radon 222 or from thoron.
A thrust reverser for a nacelle of an aircraft bypass turbojet engine, this thrust reverser having a generally annular shape around an axis and comprising: - a fixed upstream part comprising an annular frame , - a downstream annular support , - deflection grids , the upstream ends of which are secured to said frame and the downstream ends of which are secured to said support , - cowls that can be moved in translation from an upstream position in which they cover the grids to a thrust reversal downstream position in which the grids are uncovered, - elements for deflecting a secondary flux (F11) of the turbojet engine through the grids when the cowls are in their downstream position, and - actuators of elongated shape, the upstream ends of which are secured to the fixed part and the downstream ends of which are secured to said cowls , characterised in that said frame comprises: - a first frustoconical wall widening in the downstream direction and comprising an upstream peripheral edge configured to be secured to a casing of the turbojet engine, and a downstream peripheral edge extending in the continuation of the wall and being used to secured the upstream ends of the grids , and - a second annular wall extending radially outwards from an external frustoconical face of said first wall , said first and second walls being integrally formed and said second wall comprising axial orifices through which said actuators pass. - a fixed upstream part comprising an annular frame , - a downstream annular support , - deflection grids , the upstream ends of which are secured to said frame and the downstream ends of which are secured to said support , - cowls that can be moved in translation from an upstream position in which they cover the grids to a thrust reversal downstream position in which the grids are uncovered, - elements for deflecting a secondary flux (F11) of the turbojet engine through the grids when the cowls are in their downstream position, and - actuators of elongated shape, the upstream ends of which are secured to the fixed part and the downstream ends of which are secured to said cowls , - a first frustoconical wall widening in the downstream direction and comprising an upstream peripheral edge configured to be secured to a casing of the turbojet engine, and a downstream peripheral edge extending in the continuation of the wall and being used to secured the upstream ends of the grids , and - a second annular wall extending radially outwards from an external frustoconical face of said first wall ,
Device for heating, ventilating and/or air conditioning a vehicle interior , with an air-mixing chamber which has a hot air inlet for supplying hot air into the air-mixing chamber , a cold air inlet for supplying cold air into the air-mixing chamber as well as a first mixed air outlet and a second mixed air outlet for discharging mixed air out of the air-mixing chamber into different regions of the vehicle interior , a first control flap assigned to the first mixed air outlet for control of a mixed air mass flow at the first mixed air outlet , and a second control flap assigned to the second mixed air outlet for control of a mixed air mass flow at the second mixed air outlet , wherein there is assigned to one of the air inlets an adjustable air-guiding element for throttling and/or deflection of the hot air or cold air which flows through one air inlet into the air-mixing chamber , wherein the air-guiding element is arranged between the cold air inlet and the second mixed air outlet in the air-mixing chamber , wherein the adjustable air-guiding element is assigned to the cold air inlet and can throttle and/or deflect the cold air which flows through the cold air inlet into the air-mixing chamber , characterized in that a mixed air flap is provided which sets the ratio between hot air supplied via the hot air inlet and cold air supplied via the cold air inlet for temperature control of the mixed air . an air-mixing chamber which has a hot air inlet for supplying hot air into the air-mixing chamber , a cold air inlet for supplying cold air into the air-mixing chamber as well as a first mixed air outlet and a second mixed air outlet for discharging mixed air out of the air-mixing chamber into different regions of the vehicle interior , a first control flap assigned to the first mixed air outlet for control of a mixed air mass flow at the first mixed air outlet , and a second control flap assigned to the second mixed air outlet for control of a mixed air mass flow at the second mixed air outlet , wherein there is assigned to one of the air inlets an adjustable air-guiding element for throttling and/or deflection of the hot air or cold air which flows through one air inlet into the air-mixing chamber , wherein the air-guiding element is arranged between the cold air inlet and the second mixed air outlet in the air-mixing chamber , wherein the adjustable air-guiding element is assigned to the cold air inlet and can throttle and/or deflect the cold air which flows through the cold air inlet into the air-mixing chamber , characterized in that a mixed air flap is provided which sets the ratio between hot air supplied via the hot air inlet and cold air supplied via the cold air inlet for temperature control of the mixed air .
Method of building a bulk catalytic structure, comprising: - shaping a composition comprising a ceramic material to obtain a green structure, wherein said ceramic material comprises a catalytic material and a first and a second inorganic binder, the shaping comprising preparing a suspension, slurry or paste of the composition and shaping the suspension, slurry or paste to obtain the green structure, the shaping comprising extruding the suspension, slurry or paste as fibers by three-dimensional fiber deposition, wherein the fibers form a layered network, the catalytic material comprising zeolites, the total amount of the first and second inorganic binder in the ceramic material being comprised between 10 wt% and 50 wt% by total solid weight of the formed catalytic structure, wherein the first inorganic binder is bentonite and the second inorganic binder is colloidal silica, or the first inorganic binder is colloidal silica and the second inorganic binder is aluminiumphosphate; - drying and calcining the green structure to obtain the bulk catalytic structure, wherein the structure is monolithic and comprises first channels having a length extending in a flow direction and second channels having a length extending in a radial direction, the radial direction being orthogonal to the flow direction, wherein the first channels and the second channels are fluidly connected. - shaping a composition comprising a ceramic material to obtain a green structure, wherein said ceramic material comprises a catalytic material and a first and a second inorganic binder, the shaping comprising preparing a suspension, slurry or paste of the composition and shaping the suspension, slurry or paste to obtain the green structure, the shaping comprising extruding the suspension, slurry or paste as fibers by three-dimensional fiber deposition, wherein the fibers form a layered network, the catalytic material comprising zeolites, the total amount of the first and second inorganic binder in the ceramic material being comprised between 10 wt% and 50 wt% by total solid weight of the formed catalytic structure, wherein the first inorganic binder is bentonite and the second inorganic binder is colloidal silica, or the first inorganic binder is colloidal silica and the second inorganic binder is aluminiumphosphate; - drying and calcining the green structure to obtain the bulk catalytic structure, wherein the structure is monolithic and comprises first channels having a length extending in a flow direction and second channels having a length extending in a radial direction, the radial direction being orthogonal to the flow direction, wherein the first channels and the second channels are fluidly connected.
A pair of body self-healing and recuperating shoes having a medicinal therapeutic function, wherein one or more breathable containers are set up in said recuperating shoes, said containers contain: a volatile oily medicament, a non-volatile oily liquid medicament or a powdered medicament, or the mixture of more than two of the above-mentioned three kinds of medicaments; wherein: said volatile oily medicament comprises 1-9 parts by weight of the following raw medicines: angelica anomala oil or its extract, clove oil or its extract; and 1-9 parts by weight of borneol corresponding to each of the raw medicine; said powdered medicament comprises 1-9 parts by weight of the following raw medicines: ligusticum wallichii, abutilon pepper, amomum cardamom, angelica anomala and clove; and 1-9 parts by weight of borneol corresponding to each of the raw medicine; said non-volatile oily liquid medicament comprises 1-9 parts by weight of the following raw medicines: ligusticum wallichii, abutilon pepper, amomum cardamom, angelica anomala and clove; and 1-9 parts by weight of borneol corresponding to each of the raw medicine. said volatile oily medicament comprises 1-9 parts by weight of the following raw medicines: angelica anomala oil or its extract, clove oil or its extract; and 1-9 parts by weight of borneol corresponding to each of the raw medicine; said powdered medicament comprises 1-9 parts by weight of the following raw medicines: ligusticum wallichii, abutilon pepper, amomum cardamom, angelica anomala and clove; and 1-9 parts by weight of borneol corresponding to each of the raw medicine; said non-volatile oily liquid medicament comprises 1-9 parts by weight of the following raw medicines: ligusticum wallichii, abutilon pepper, amomum cardamom, angelica anomala and clove; and 1-9 parts by weight of borneol corresponding to each of the raw medicine.
A method of generating and post-processing a 3D object with an additive manufacturing system comprising: generating the 3D object by an additive manufacturing apparatus which generates the 3D object corresponding to a prepared digital 3D model, attached to a platform by gradually moving upwards, out of a liquid photocurable resin in a vat ; and post-processing the 3D object by least one post-processing apparatus which performs at least one of washing, drying and curing the 3D object received and maintained in the state attached to the platform during the post-processing, the method being characterized by comprising: a step of preparing the digital 3D model through determining fluid-collecting, basin-like, open regions and fluid-sucking, dome-like, open regions of the digital 3D model orientated in said state relative to the platform , and including at least one drain channel and at least one vent channel into the fluid-collecting, basin-like, open region and the fluid-sucking, dome-like, open region in the digital 3D model respectively for preventing collection of fluid and suction of fluid during the generation process and the post-processing process. a step of preparing the digital 3D model through determining fluid-collecting, basin-like, open regions and fluid-sucking, dome-like, open regions of the digital 3D model orientated in said state relative to the platform , and including at least one drain channel and at least one vent channel into the fluid-collecting, basin-like, open region and the fluid-sucking, dome-like, open region in the digital 3D model respectively for preventing collection of fluid and suction of fluid during the generation process and the post-processing process.
A lift system for a spa cover , comprising: a first lift assembly configured for coupling to a first side of a spa , the first lift assembly including a motor operable to move a spa cover between an open position and a closed position; and a second lift assembly configured for coupling to a second side of the spa, the second lift assembly including at least one non-motorized lift-assist device configured to assist moving the cover from at least one of the closed position to the open position, and/or the open position to the closed position; characterized in that the second lift assembly includes a compression spring exerting a generally downward force on the cover when the cover is in the closed position to maintain the cover in the closed position, and a generally upwards force on the cover during movement of the cover towards the open position. a first lift assembly configured for coupling to a first side of a spa , the first lift assembly including a motor operable to move a spa cover between an open position and a closed position; and a second lift assembly configured for coupling to a second side of the spa, the second lift assembly including at least one non-motorized lift-assist device configured to assist moving the cover from at least one of the closed position to the open position, and/or the open position to the closed position; characterized in that the second lift assembly includes a compression spring exerting a generally downward force on the cover when the cover is in the closed position to maintain the cover in the closed position, and a generally upwards force on the cover during movement of the cover towards the open position.
An ophthalmic topical formulation comprising xanthan gum in an amount ranging from 0.7 to 5.0% (weight/volume) and netilmicin or salts thereof, for the use in the treatment of an eye pathology having an inflammatory condition of the front segment of the eye in the presence of a bacterial infection, wherein said formulation is administered to a patient in need thereof twice a day or once a day.
A turbofan engine comprising: a first spool including a first turbine ; a second spool including a second turbine disposed axially forward of the first turbine ; a first tower shaft engaged to the first spool ; and a second tower shaft engaged to the second spool , and characterised by : a superposition gearbox including a sun gear , a plurality of intermediate gears engaged to the sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears , wherein the second tower shaft is engaged to drive the sun gear ; a first clutch for selectively coupling the first tower shaft to the ring gear ; a second clutch for selectively coupling the sun gear to the carrier ; and an accessory gearbox driven by an output of the superposition gearbox . a first spool including a first turbine ; a second spool including a second turbine disposed axially forward of the first turbine ; a first tower shaft engaged to the first spool ; and a second tower shaft engaged to the second spool , and characterised by : a superposition gearbox including a sun gear , a plurality of intermediate gears engaged to the sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears , wherein the second tower shaft is engaged to drive the sun gear ; a first clutch for selectively coupling the first tower shaft to the ring gear ; a second clutch for selectively coupling the sun gear to the carrier ; and an accessory gearbox driven by an output of the superposition gearbox . a superposition gearbox including a sun gear , a plurality of intermediate gears engaged to the sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears , wherein the second tower shaft is engaged to drive the sun gear ; a first clutch for selectively coupling the first tower shaft to the ring gear ; a second clutch for selectively coupling the sun gear to the carrier ; and an accessory gearbox driven by an output of the superposition gearbox .
A lithographic printing ink comprising from 15 to 60 wt% of a non-aqueous dispersion (NAD) of an acrylic core/shell polymer, the NAD comprising: - an acrylic shell polymer; - an acrylic core polymer; - a continuous phase of an essentially non-aqueous solvent; and - a rheology adjusting component that contains a C 1 -C 6 alcohol; a metal hydroxide; an alkyl amine; and/or a primary amine, secondary amine, tertiary amine or a combination thereof. - an acrylic shell polymer; - an acrylic core polymer; - a continuous phase of an essentially non-aqueous solvent; and - a rheology adjusting component that contains a C 1 -C 6 alcohol; a metal hydroxide; an alkyl amine; and/or a primary amine, secondary amine, tertiary amine or a combination thereof.