mhurhangee/patent-ind-claim-en huggingface dataset:
A method for bonding gas turbine engine airfoil sections to form an airfoil, the method comprising: placing a stub airfoil section having stub airfoil pressure and suction sides between pressure and suction side stub electrodes , placing an upper airfoil section having upper airfoil pressure and suction sides between pressure and suction side upper airfoil electrodes , aligning the upper airfoil section with the stub airfoil section , the aligning including aligning upper and stub airfoil cross sections spaced at upper and stub airfoil distal ends of the upper and stub airfoil sections respectively , the stub and upper airfoil cross sections being spaced apart from the stub and upper electrodes respectively, pressing together the upper and stub airfoil cross sections , and solid state resistance welding the upper and stub airfoil sections together along the upper and stub airfoil cross sections by passing electrical current across the upper and stub airfoil cross sections while the upper and stub airfoil cross sections are being pressed together, the method including applying the electrical current to the electrodes during the solid state resistance welding. placing a stub airfoil section having stub airfoil pressure and suction sides between pressure and suction side stub electrodes , placing an upper airfoil section having upper airfoil pressure and suction sides between pressure and suction side upper airfoil electrodes , aligning the upper airfoil section with the stub airfoil section , the aligning including aligning upper and stub airfoil cross sections spaced at upper and stub airfoil distal ends of the upper and stub airfoil sections respectively , the stub and upper airfoil cross sections being spaced apart from the stub and upper electrodes respectively, pressing together the upper and stub airfoil cross sections , and solid state resistance welding the upper and stub airfoil sections together along the upper and stub airfoil cross sections by passing electrical current across the upper and stub airfoil cross sections while the upper and stub airfoil cross sections are being pressed together, the method including applying the electrical current to the electrodes during the solid state resistance welding.
Induction furnace having - a plurality of permanent magnets for generating a magnetic field in an interior space , - a holding means by which a workpiece can be held in the interior space for heating, and - a drive for generating a relative movement between the holding means and the permanent magnets suitable for heating a workpiece, characterized by further magnets adjacent to the holding means for a workpiece , which reduce the magnetic field generated by the permanent magnets in the region of the holding means and/or by a magnetic shield for an area in which the holding means is arranged. - a plurality of permanent magnets for generating a magnetic field in an interior space , - a holding means by which a workpiece can be held in the interior space for heating, and - a drive for generating a relative movement between the holding means and the permanent magnets suitable for heating a workpiece,
A system for reinforcing lighter-than-air aircrafts, such as aerostats, comprising: - a modular buoyancy platform made up of flotation segments, wherein said flotation segments comprise one or more gas cells ; - a smart control network configured to dynamically control a buoyancy level of said lighter-than-air aircraft, said smart control network comprising: ∘ an on-board computer, ∘ a microcontroller in each of said one or more gas cells , ∘ a plurality of sensors, and ∘ a communication network, characterised in that it further comprises a reinforcement and integration structure comprising a prismatic modular structure; wherein: - the reinforcement and integration structure is made of a material including nano-structured metal alloys, a carbon fiber, an aerogel or a light weight material; - the plurality of sensors are arranged throughout the reinforcement and integration structure ; - the flotation segments are integrated in the reinforcement and integration structure in a honeycomb configuration; and - the one or more gas cells are connected by means of channels forming a grid in order to exchange and distribute a floating gas from cell to cell, wherein the floating gas is hydrogen. - a modular buoyancy platform made up of flotation segments, wherein said flotation segments comprise one or more gas cells ; - a smart control network configured to dynamically control a buoyancy level of said lighter-than-air aircraft, said smart control network comprising: ∘ an on-board computer, ∘ a microcontroller in each of said one or more gas cells , ∘ a plurality of sensors, and ∘ a communication network, ∘ an on-board computer, ∘ a microcontroller in each of said one or more gas cells , ∘ a plurality of sensors, and ∘ a communication network, - the reinforcement and integration structure is made of a material including nano-structured metal alloys, a carbon fiber, an aerogel or a light weight material; - the plurality of sensors are arranged throughout the reinforcement and integration structure ; - the flotation segments are integrated in the reinforcement and integration structure in a honeycomb configuration; and - the one or more gas cells are connected by means of channels forming a grid in order to exchange and distribute a floating gas from cell to cell, wherein the floating gas is hydrogen.
Modulatable infrared emitter comprising - a heating element and - an actuator characterized in that the heating element is a MEMS heating element comprising heatable regions for emitting infrared radiation in an emission direction which is substantially perpendicular to a total area of the MEMS heating element , the projection of the heatable regions in the emission direction forming an emission area and the area spanned by the MEMS heating element forming the total area , and the actuator being configured to change the shape and/or structure of the MEMS heating element between a first and a second state, so that the ratio of the emission area to the total area of the MEMS heating element is smaller by at least a factor of 2 in the first state than in the second state. - a heating element and - an actuator
Lid assembly for a container , comprising: - an interior lid compartment ; - a reactive substance contained in the interior lid compartment and configured to undergo a change in at least one of its physical properties in response to a change of an environment condition at the interior lid compartment ; characterized in that when the lid assembly is engaged to the container said change in at least one of the physical properties of the reactive substance turns said lid assembly from a first operative condition wherein said lid assembly can be disengaged from the container to a second operative condition wherein at least one portion of said lid assembly is prevented from disengaging from the container . - an interior lid compartment ; - a reactive substance contained in the interior lid compartment and configured to undergo a change in at least one of its physical properties in response to a change of an environment condition at the interior lid compartment ;
Bathtub fastener assembly designed to couple a first component having an aperture therethrough to a second component having a rib extending therefrom, the bathtub fastener assembly comprising: a bathtub component including a structural plastic part and a plurality of separate flexible seal parts ; the structural plastic part including a head and a tub body extending from the head , the tub body having two tub side walls connected at a tub insertion end with an interior clip receiving cavity between the two opposing side walls , each of the two tub side walls having an aperture retention tab extending exteriorly therefrom and designed to retain the bathtub component in the aperture of the first component when inserted therein, the structural plastic part including openings on lateral sides of the aperture retention tabs designed to allow the aperture retention tabs to flex inwardly during insertion of the bathtub component into the aperture of the first component ; and a U-base clip component including two clip side walls connected at a clip insertion end with a rib receiving cavity between the two clip side walls , and a rib retention protrusion extending interiorly from the two clip side walls into the rib receiving cavity and designed to retain the rib in the rib receiving cavity of the U-base clip when inserted therein, and the U-base clip component being received in the interior clip receiving cavity and being coupled to the bathtub component , characterized in that each of the separate flexible seal parts are integrated together with the structural plastic part and in that the plurality of separate flexible seal parts includes a separate flexible seal part forming an umbrella seal extending from the head and a pair of separate flexible seal parts sealing the openings, respectively, on the lateral sides of the aperture retention tabs. a bathtub component including a structural plastic part and a plurality of separate flexible seal parts ; the structural plastic part including a head and a tub body extending from the head , the tub body having two tub side walls connected at a tub insertion end with an interior clip receiving cavity between the two opposing side walls , each of the two tub side walls having an aperture retention tab extending exteriorly therefrom and designed to retain the bathtub component in the aperture of the first component when inserted therein, the structural plastic part including openings on lateral sides of the aperture retention tabs designed to allow the aperture retention tabs to flex inwardly during insertion of the bathtub component into the aperture of the first component ; and a U-base clip component including two clip side walls connected at a clip insertion end with a rib receiving cavity between the two clip side walls , and a rib retention protrusion extending interiorly from the two clip side walls into the rib receiving cavity and designed to retain the rib in the rib receiving cavity of the U-base clip when inserted therein, and the U-base clip component being received in the interior clip receiving cavity and being coupled to the bathtub component ,
Electric compressor for a refrigerant for a motor vehicle, the electric compressor comprising: - a casing which houses a mechanism for compressing the refrigerant and an electric motor for actuating the compression mechanism ; - an electric housing which houses a control module of the electric motor ; - means for fixing the electric housing onto the casing ; characterized in that the means for fixing the electric housing with the casing make it possible to establish at least two different angular configurations of assembly of the electric housing on the casing and relative to a longitudinal axis (Z) of the electric compressor , and wherein the fixing means comprise, for each angular configuration of the electric housing on the casing , at least one assembly formed by centring pins configured to engage in complementary accommodating orifices of the electric compressor , and wherein the fixing means comprise at least two centring pins and at least three accommodating orifices . - a casing which houses a mechanism for compressing the refrigerant and an electric motor for actuating the compression mechanism ; - an electric housing which houses a control module of the electric motor ; - means for fixing the electric housing onto the casing ; characterized in that the means for fixing the electric housing with the casing make it possible to establish at least two different angular configurations of assembly of the electric housing on the casing and relative to a longitudinal axis (Z) of the electric compressor , and wherein the fixing means comprise, for each angular configuration of the electric housing on the casing , at least one assembly formed by centring pins configured to engage in complementary accommodating orifices of the electric compressor , and wherein the fixing means comprise at least two centring pins and at least three accommodating orifices .
A toilet device comprising (i) a bowl and (ii) a flushing device juxtaposed with the bowl which comprises a tank adapted to contain a flushing liquid in which are installed flushing liquid ejection means, comprising a column connected to a pressurized water network and opening into the bowl and a Venturi tube interposed between the pressurized water network and the column , the Venturi tube being positioned substantially at the bottom of the tank to ensure the expansion of the pressurized water and a suction of the liquid contained in the tank to draw it in the bowl , and comprising at least one large flush float or a small flush float linked to a manual trigger actuator and to a rod controlling the pressurized water arrival in the ejection means, characterized in that it further comprises at least one tap connected to a pressurized water network to ensure filling of the tank with water, and at least one drain tap which is connected to a pressurized water network and to the ejection means and which is distinct from the tap ensuring filling of the tank with water.
A method for treating a stain caused by sunscreen lotion on a textile, the method comprising: (a) preparing a use solution having a pH of less than 7 by mixing one or more surfactant, one or more chelating agent, and one or more acid with an aqueous solvent; (b) applying the use solution to the textile; and (c) rinsing the textile; wherein the surfactant, chelating agent, and acid are dosed as a solid composition, wherein the surfactants comprise a combination of anionic surfactants and nonionic surfactants; and wherein the composition comprises 20-30 wt-% nonionic surfactants, 2-10 wt-% anionic surfactants, 7-13 wt-% chelating agents, 30-40 wt-% acid, 15-35 wt-% solidification agent, and up to 5 % of other functional ingredients. (a) preparing a use solution having a pH of less than 7 by mixing one or more surfactant, one or more chelating agent, and one or more acid with an aqueous solvent; (b) applying the use solution to the textile; and (c) rinsing the textile;
A subject support lift comprising: a sling bar comprising: a bar extending between a first end and a second end ; and a sling attachment member positioned at at least one of the first end and the second end , the sling attachment member comprising: a bar attachment portion selectively coupled to and positioned within a cavity of the bar ; a lift hook extending outward from the bar attachment portion , the lift hook defining an upward-facing opening ; and a latch member pivotally coupled to the bar attachment portion at a pivot member , wherein: the latch member is repositionable between a closed position, in which the latch member extends across the upward-facing opening and engages the lift hook , and an open position, in which the latch member is spaced apart from the upward-facing opening and the lift hook , and the latch member comprises a lever portion positioned inboard of the pivot member and a tongue portion that extends across the upward-facing opening in the closed position. a bar extending between a first end and a second end ; and a sling attachment member positioned at at least one of the first end and the second end , the sling attachment member comprising: a bar attachment portion selectively coupled to and positioned within a cavity of the bar ; a lift hook extending outward from the bar attachment portion , the lift hook defining an upward-facing opening ; and a latch member pivotally coupled to the bar attachment portion at a pivot member , wherein: the latch member is repositionable between a closed position, in which the latch member extends across the upward-facing opening and engages the lift hook , and an open position, in which the latch member is spaced apart from the upward-facing opening and the lift hook , and the latch member comprises a lever portion positioned inboard of the pivot member and a tongue portion that extends across the upward-facing opening in the closed position. a bar attachment portion selectively coupled to and positioned within a cavity of the bar ; a lift hook extending outward from the bar attachment portion , the lift hook defining an upward-facing opening ; and a latch member pivotally coupled to the bar attachment portion at a pivot member , wherein: the latch member is repositionable between a closed position, in which the latch member extends across the upward-facing opening and engages the lift hook , and an open position, in which the latch member is spaced apart from the upward-facing opening and the lift hook , and the latch member comprises a lever portion positioned inboard of the pivot member and a tongue portion that extends across the upward-facing opening in the closed position. the latch member is repositionable between a closed position, in which the latch member extends across the upward-facing opening and engages the lift hook , and an open position, in which the latch member is spaced apart from the upward-facing opening and the lift hook , and the latch member comprises a lever portion positioned inboard of the pivot member and a tongue portion that extends across the upward-facing opening in the closed position.
A device for positioning in the proximity of a joint between two portions, the device comprising a first interface carried by a first of the two portions and a second interface carried by a second of the two portions, the device including at least one connection between the first interface and the second interface, the device being characterized in that the connection comprises a double cylinder having two chambers that are connected together by a floating piston , a first of the two chambers being connected to the first interface and a second of the two chambers being connected to an output rod of the double cylinder, said rod being connected to the second interface, the second chamber moving in service relative to the first chamber via the floating piston thus enabling the output rod to move the second portion of the joint relative to the first portion of the joint.
Acoustic bending converter system comprising a plurality of bending converters configured such that deformable elements (3 1 , 3 2 , 4 1 ; 3 2 , 3 4 , 4 2 ; 3 1 , 3 2 , 3' 1 , 3' 2 ) of the bending converters oscillate coplanarly in a common planar layer , characterized in that the bending converters comprise different resonance frequencies and different expansions of the deformable elements (3 1 , 3 2 , 4 1 ; 3 2 , 3 4 , 4 2 ; 3 1 , 3 2 , 3' 1 , 3' 2 ) along a common longitudinal axis that is transversal to a direction of oscillation of the deformable elements (3 1 , 3 2 , 4 1 ; 3 2 , 3 4 , 4 2 ; 3 1 , 3 2 , 3' 1 , 3` 2 ).
A dosing pump for dosing antiscalant into a membrane-based water treatment system , wherein the dosing pump comprises - a displacement body for pumping antiscalant into a membrane-based water treatment system in a dosed manner, - a motor for driving the displacement body, and - a control module for controlling the motor, wherein the control module is configured to vary the dosage of antiscalant pumped into the water treatment system based on a temperature corrected system variable (SVTc) including a temperature correction, the temperature corrected system variable (SVTc) being dependent on scaling of the membrane and being based on a plurality of operating variables of the water treatment system , wherein the control module is configured to adapt the dosage of antiscalant pumped into the water treatment system upon a change of the first time derivative of the temperature corrected system variable (ΔSVTc/Δt), wherein the temperature corrected system variable (SVTc) is a temperature corrected net driving pressure (NDPTc) including a temperature correction and/or a temperature corrected permeate flow (PFTc) including a temperature correction and/or a combination thereof. - a displacement body for pumping antiscalant into a membrane-based water treatment system in a dosed manner, - a motor for driving the displacement body, and - a control module for controlling the motor,
A negative pressure wound therapy (NPWT) dressing comprising a backing layer , an adhesive skin contact layer and an absorbent structure arranged between said backing layer and said adhesive skin contact layer ; said adhesive skin contact layer being configured to detachably adhere the dressing to a dermal surface, wherein said backing layer comprises a coupling member comprising a tubing configured to connect the dressing to a negative pressure source and to a remote fluid collection means, characterized in that the dressing comprises a liquid spreading layer arranged between said absorbent structure and said backing layer wherein said backing layer and at least a portion of said absorbent structure comprises an opening ; said opening being arranged underneath said coupling member , wherein said liquid spreading layer is void of an opening.
Plug adapted for inserting into a terminal cover for a modular enclosure of an electrical and/or electronic device, characterized in that it comprises a body to be inserted in grooves of the terminal cover , wherein said body is equipped with a projection adapted for sealing apertures in the terminal cover which provide access to screws in a terminal strip of the enclosure and a tooth adapted for sealing a wire access area within a wire access space to the terminal strip of the enclosure .
A method for analyzing a specimen, comprising: acquiring first fluorescence information, second fluorescence information, and scattered light information generated by irradiating a particle in a measurement sample stained with a first fluorescent dye and a second fluorescent dye with light; specifying a particle having a first characteristic based on the first fluorescence information, the second fluorescence information, and the scattered light information; and outputting information indicating presence or absence of a first abnormal cell, information indicating presence or absence of a second abnormal cell, and information indicating presence or absence of a third abnormal cell based on information of the particle having a first characteristic, wherein the measurement sample is prepared by mixing a specimen collected from a subject, the first fluorescent dye, and the second fluorescent dye, the first fluorescence information is fluorescence intensity from the first fluorescent dye, and the second fluorescence information is fluorescence intensity from the second fluorescent dye, and the first fluorescent dye is a fluorescent dye that specifically binds to DNA, and the second fluorescent dye is a fluorescent dye that specifically binds to RNA. acquiring first fluorescence information, second fluorescence information, and scattered light information generated by irradiating a particle in a measurement sample stained with a first fluorescent dye and a second fluorescent dye with light; specifying a particle having a first characteristic based on the first fluorescence information, the second fluorescence information, and the scattered light information; and outputting information indicating presence or absence of a first abnormal cell, information indicating presence or absence of a second abnormal cell, and information indicating presence or absence of a third abnormal cell based on information of the particle having a first characteristic, wherein the measurement sample is prepared by mixing a specimen collected from a subject, the first fluorescent dye, and the second fluorescent dye, the first fluorescence information is fluorescence intensity from the first fluorescent dye, and the second fluorescence information is fluorescence intensity from the second fluorescent dye, and the first fluorescent dye is a fluorescent dye that specifically binds to DNA, and the second fluorescent dye is a fluorescent dye that specifically binds to RNA.