mhurhangee/patent-ind-claim-en huggingface dataset:
A seat assembly for a vehicle comprising: a stem extending downwardly from the seat and having a runner at its distal end; the runner moveably engages a track on the floor of the vehicle to permit motion of the seat over the floor; a web covering having a longitudinal opening which lies substantially in register with the track to permit movement of the runner along the track; the opening having a zip fastener comprising a pair of mutually-opposing teeth and first and second sliders mounted on the zip teeth in opposite directions, whereby simultaneous movement of the sliders along the teeth causes one slider to open the teeth and the other to close the teeth; wherein the sliders are connected to opposing sides of the stem and the teeth are in a closed condition at all points along the zip other than between the two sliders, characterised in that the stem has an extended z-configuration. a stem extending downwardly from the seat and having a runner at its distal end; the runner moveably engages a track on the floor of the vehicle to permit motion of the seat over the floor; a web covering having a longitudinal opening which lies substantially in register with the track to permit movement of the runner along the track; the opening having a zip fastener comprising a pair of mutually-opposing teeth and first and second sliders mounted on the zip teeth in opposite directions, whereby simultaneous movement of the sliders along the teeth causes one slider to open the teeth and the other to close the teeth; wherein the sliders are connected to opposing sides of the stem and the teeth are in a closed condition at all points along the zip other than between the two sliders, characterised in that the stem has an extended z-configuration.
A method for manufacturing composite strips or sheets, comprised of at least one first cover layer made of metal, a second cover layer made of metal and at least one core layer made of plastic that is arranged between the cover layers and integrally bonded thereto, wherein a first metal strip for the first cover layer , a second metal strip for the second cover layer and a plastic web for the core layer are combined and continuously integrally bonded with each other through the application of pressure and/or heat to yield a composite strip, wherein the first metal strip and the second metal strip are heated prior to the combination and/or during the combination. characterized in that , after the metal strips have been combined and joined together, an actual transverse curvature of the composite strip is measured, and the tempering of the first metal strip and/or second metal strip takes place as a function of the actual transverse curvature prior to the combination and/or during the combination.
A process for recovering 1-methoxy-2-propanol and 2-methoxy-1-propanol from an aqueous effluent stream , comprising the steps of a) extracting said aqueous effluent stream with an extraction solvent stream in a countercurrent extraction column at a temperature of from 20 to 60 °C to provide a raffinate stream and an extract stream , b) heating said extract stream by passing it through a heat exchanger on the heat uptake side of the heat exchanger to provide a heated extract stream, c) subjecting the heated extract stream to an extractive distillation in an extractive distillation column having an inlet for extraction solvent above an inlet for said heated extract stream, providing a first overhead stream enriched in water and a first bottoms stream depleted in water relative to said heated extract stream, d) distilling said first bottoms stream in a solvent recovery distillation column to provide a second overhead stream comprising 1-methoxy-2-propanol and 2-methoxy-1-propanol and a second bottoms stream comprising recovered extraction solvent, e) distilling said second overhead stream in an isomer separation distillation column to provide a third overhead stream comprising 1-methoxy-2-propanol and a third bottoms stream comprising 2-methoxy-1-propanol, f) cooling said second bottoms stream by passing it through said heat exchanger on the heat delivery side of the heat exchanger to provide a recovered extraction solvent stream, and g) passing a part of said recovered extraction solvent stream as extraction solvent stream to step a) and a part of said recovered extraction solvent stream as extraction solvent to step c). a) extracting said aqueous effluent stream with an extraction solvent stream in a countercurrent extraction column at a temperature of from 20 to 60 °C to provide a raffinate stream and an extract stream , b) heating said extract stream by passing it through a heat exchanger on the heat uptake side of the heat exchanger to provide a heated extract stream, c) subjecting the heated extract stream to an extractive distillation in an extractive distillation column having an inlet for extraction solvent above an inlet for said heated extract stream, providing a first overhead stream enriched in water and a first bottoms stream depleted in water relative to said heated extract stream, d) distilling said first bottoms stream in a solvent recovery distillation column to provide a second overhead stream comprising 1-methoxy-2-propanol and 2-methoxy-1-propanol and a second bottoms stream comprising recovered extraction solvent, e) distilling said second overhead stream in an isomer separation distillation column to provide a third overhead stream comprising 1-methoxy-2-propanol and a third bottoms stream comprising 2-methoxy-1-propanol, f) cooling said second bottoms stream by passing it through said heat exchanger on the heat delivery side of the heat exchanger to provide a recovered extraction solvent stream, and g) passing a part of said recovered extraction solvent stream as extraction solvent stream to step a) and a part of said recovered extraction solvent stream as extraction solvent to step c).
A phase difference film comprising: a phase difference thin film consisting of two non-liquid crystal polymers, wherein the two non-liquid crystal polymers are a polyamideimide and a polyimide, wherein an amount of the polyamideimide is the same as or greater than an amount of the polyimide, wherein the phase difference thin film satisfies refractive indexes of n x = n y > n z and has a thickness direction phase difference per unit thickness of greater than or equal to 80 nanometers/micrometer, wherein n x denotes a refractive index of the phase difference thin film at a slow axis thereof, n y denotes a refractive index of the phase difference thin film at a fast axis thereof, and n z denotes a refractive index of the phase difference thin film in a direction perpendicular to the slow axis and the fast axis thereof, wherein the term "slow axis" denotes a refractive index of the phase difference thin film in a direction having the highest in-plane refractive index and the term "fast axis" denotes a refractive index of the phase difference thin film in a direction having the lowest in-plane refractive index, and wherein an average light transmittance in a wavelength region of 360 nanometers to 740 nanometers is greater than or equal to 88 %. a phase difference thin film consisting of two non-liquid crystal polymers, wherein the two non-liquid crystal polymers are a polyamideimide and a polyimide, wherein an amount of the polyamideimide is the same as or greater than an amount of the polyimide, wherein the phase difference thin film satisfies refractive indexes of n x = n y > n z and has a thickness direction phase difference per unit thickness of greater than or equal to 80 nanometers/micrometer, wherein n x denotes a refractive index of the phase difference thin film at a slow axis thereof, n y denotes a refractive index of the phase difference thin film at a fast axis thereof, and n z denotes a refractive index of the phase difference thin film in a direction perpendicular to the slow axis and the fast axis thereof, wherein the term "slow axis" denotes a refractive index of the phase difference thin film in a direction having the highest in-plane refractive index and the term "fast axis" denotes a refractive index of the phase difference thin film in a direction having the lowest in-plane refractive index, and wherein an average light transmittance in a wavelength region of 360 nanometers to 740 nanometers is greater than or equal to 88 %.
A vertical cavity surface emitting laser, vcsel, assembly, the assembly comprising: a vertical cavity surface emitting laser, vcsel, ; a thermally isolating iso-thermal cage , mounted within a physics package, surrounding the vcsel on all sides, the iso-thermal cage coupled to the heater block via a thermally conductive path to defeat black-body coupling between the vcsel and a physics package and to maintain the temperature within the thermally isolating iso-thermal cage at the same temperature as the base of the vcsel and the base of the heater block, wherein the thermally isolating iso-thermal cage comprises: a first scaffold supporting the vcsel and the heater block; a second scaffold member providing an orifice for release of vcsel radiation from within the thermally isolating iso-thermal cage, wherein the first scaffold and the second scaffold are made from silicon material and the vcsel is enclosed on all sides by the thermally isolating iso-thermal cage formed by the first scaffold and the second scaffold. a vertical cavity surface emitting laser, vcsel, ; a thermally isolating iso-thermal cage , mounted within a physics package, surrounding the vcsel on all sides, the iso-thermal cage coupled to the heater block via a thermally conductive path to defeat black-body coupling between the vcsel and a physics package and to maintain the temperature within the thermally isolating iso-thermal cage at the same temperature as the base of the vcsel and the base of the heater block, wherein the thermally isolating iso-thermal cage comprises: a first scaffold supporting the vcsel and the heater block; a second scaffold member providing an orifice for release of vcsel radiation from within the thermally isolating iso-thermal cage, wherein the first scaffold and the second scaffold are made from silicon material and the vcsel is enclosed on all sides by the thermally isolating iso-thermal cage formed by the first scaffold and the second scaffold. a first scaffold supporting the vcsel and the heater block; a second scaffold member providing an orifice for release of vcsel radiation from within the thermally isolating iso-thermal cage, wherein the first scaffold and the second scaffold are made from silicon material and the vcsel is enclosed on all sides by the thermally isolating iso-thermal cage formed by the first scaffold and the second scaffold.
An image processing apparatus comprising: an image acquisition unit for acquiring a plurality of captured images obtained by respectively imaging different portions of a construction formed of a plurality of planes; a plane specifying unit for specifying common planes common to the plurality of captured images; an image conversion unit for performing projection conversion on images including the common planes among the plurality of captured images, to generate a plurality of converted images in which the common planes are aligned with each other; a combined image generation unit for generating a plane combined image in which the plurality of converted images are combined with each other on an identical plane, wherein the combined image generation unit is configured to extract a region including surfaces present on an identical plane to generate said plane combined image; and a developed image generation unit for generating a developed image of the construction by connecting a plurality of the plane combined images to each other. an image acquisition unit for acquiring a plurality of captured images obtained by respectively imaging different portions of a construction formed of a plurality of planes; a plane specifying unit for specifying common planes common to the plurality of captured images; an image conversion unit for performing projection conversion on images including the common planes among the plurality of captured images, to generate a plurality of converted images in which the common planes are aligned with each other; a combined image generation unit for generating a plane combined image in which the plurality of converted images are combined with each other on an identical plane, wherein the combined image generation unit is configured to extract a region including surfaces present on an identical plane to generate said plane combined image; and a developed image generation unit for generating a developed image of the construction by connecting a plurality of the plane combined images to each other.
A light fixture comprising a light source arranged in a lamp housing; said lamp housing comprising a housing shell forming a cavity wherein said light source is arranged and configured to emit light out of said lamp housing, said lamp housing comprises an attachment assembly comprising an alcove formed in an outer surface of said housing shell , wherein said attachment assembly furthermore comprises a fastening unit , a mating member and a support structure , wherein said alcove is configured to accommodate the fastening unit , said fastening unit is configured to receive the mating member connected to the support structure and said mating member can be locked to said fastening unit , characterized in that said fastening unit comprises a locking plate and a top plate where said locking plate is arranged below said top plate and is configured to lock with the mating member , and wherein the locking plate is arranged in a support recess formed in a bottom part of the alcove.
A method for monitoring of foulants present on chromatographic resins using fluorescence probe, the method comprising the steps of: packing a chromatographic column with a fresh chromatographic resin, wherein the column has a column holder , which includes a black sheet that surrounds the column with a specified window space to detect the foulants present on the resin; washing the resin packed chromatographic column ; measuring an initial reading of fluorescence intensity of the chromatographic resin; subjecting the column for protein purification; exciting the column at a predefined wavelength and measuring the final reading of fluorescence intensity at a predefined wavelength; and determining the foulant deposited on the column by subtracting the initial reading from the final reading of fluorescence intensity. packing a chromatographic column with a fresh chromatographic resin, wherein the column has a column holder , which includes a black sheet that surrounds the column with a specified window space to detect the foulants present on the resin; washing the resin packed chromatographic column ; measuring an initial reading of fluorescence intensity of the chromatographic resin; subjecting the column for protein purification; exciting the column at a predefined wavelength and measuring the final reading of fluorescence intensity at a predefined wavelength; and determining the foulant deposited on the column by subtracting the initial reading from the final reading of fluorescence intensity.
A heterodimer molecule, comprising a first polypeptide chain and a second polypeptide chain, wherein said first polypeptide chain comprises a first CH3 domain of an antibody heavy chain constant region, said second polypeptide chain comprises a second CH3 domain of an antibody heavy chain constant region, and comparing to a corresponding wild-type CH3 domain of a human antibody heavy chain constant region, said first CH3 domain and said second CH3 domain comprise amino acid mutations and said amino acid mutations consist of substitution mutations selected from the following groups: 15) said first CH3 domain: T366W+F405K+D399S, said second CH3 domain: T366S+L368A+Y407V+K409A+K392D; 16) said first CH3 domain: T366W+F405K, said second CH3 domain: T366S+L368G+Y407A+K409A; and 18) said first CH3 domain: T366W+F405K+Y349D+S354D, said second CH3 domain: T366S+L368A+Y407V+K409A+E357A; and wherein said amino acid is numbered according to the EU index of the KABAT numbering of the antibody Fc region. wherein said first polypeptide chain comprises a first CH3 domain of an antibody heavy chain constant region, said second polypeptide chain comprises a second CH3 domain of an antibody heavy chain constant region, and comparing to a corresponding wild-type CH3 domain of a human antibody heavy chain constant region, said first CH3 domain and said second CH3 domain comprise amino acid mutations and said amino acid mutations consist of substitution mutations selected from the following groups: 15) said first CH3 domain: T366W+F405K+D399S, said second CH3 domain: T366S+L368A+Y407V+K409A+K392D; 16) said first CH3 domain: T366W+F405K, said second CH3 domain: T366S+L368G+Y407A+K409A; and 18) said first CH3 domain: T366W+F405K+Y349D+S354D, said second CH3 domain: T366S+L368A+Y407V+K409A+E357A; and wherein said amino acid is numbered according to the EU index of the KABAT numbering of the antibody Fc region. 15) said first CH3 domain: T366W+F405K+D399S, said second CH3 domain: T366S+L368A+Y407V+K409A+K392D; 16) said first CH3 domain: T366W+F405K, said second CH3 domain: T366S+L368G+Y407A+K409A; and 18) said first CH3 domain: T366W+F405K+Y349D+S354D, said second CH3 domain: T366S+L368A+Y407V+K409A+E357A; and wherein said amino acid is numbered according to the EU index of the KABAT numbering of the antibody Fc region.
Soft capsule, having in its interior a fill, wherein said fill comprises one or more thyroid hormones and a high-amylose starch, wherein said high-amylose starch comprises between 50 and 85% by weight of amylose with respect to the total weight of the starch.
A method for producing a liquid fuel from hydrocarbon gas and for generating power, the method comprising the steps of: reforming hydrocarbon gas to generate reformed gas by a steam-reforming reaction of the hydrocarbon gas; synthesizing gasoline, dimethyl ether, or a diesel fuel from the reformed gas via methanol; recovering heat from thermal energy of the reformed gas by performing heat exchange with the reformed gas to obtain saturated steam having a temperature of at most 180°C before using the reformed gas for the synthesis step; superheating the saturated steam by using a heat source having a temperature of at least 200°C generated by the method to obtain superheated steam; and generating power by using the superheated steam. reforming hydrocarbon gas to generate reformed gas by a steam-reforming reaction of the hydrocarbon gas; synthesizing gasoline, dimethyl ether, or a diesel fuel from the reformed gas via methanol; recovering heat from thermal energy of the reformed gas by performing heat exchange with the reformed gas to obtain saturated steam having a temperature of at most 180°C before using the reformed gas for the synthesis step; superheating the saturated steam by using a heat source having a temperature of at least 200°C generated by the method to obtain superheated steam; and generating power by using the superheated steam.
Header for a combine harvester comprising: a primary implement comprising a main cutting unit; and a secondary implement with a processing unit and a roller unit for guiding the processing unit parallel to the ground, the roller unit comprising: a frame element , an outer droller set with a rotatably supported roller , and a central roller set with a rotatably supported roller , characterised in that the central roller set is guided on the frame element to be lowerable relatively to the external roller set . a primary implement comprising a main cutting unit; and a secondary implement with a processing unit and a roller unit for guiding the processing unit parallel to the ground, the roller unit comprising: a frame element , an outer droller set with a rotatably supported roller , and a central roller set with a rotatably supported roller , characterised in that the central roller set is guided on the frame element to be lowerable relatively to the external roller set . a frame element , an outer droller set with a rotatably supported roller , and a central roller set with a rotatably supported roller , characterised in that the central roller set is guided on the frame element to be lowerable relatively to the external roller set .
A connection system comprising a first pipe and a second pipe connected transversely thereto, wherein both pipes comprise an amorphous thermoplastic, characterised in that the first pipe and the second pipe are welded together to form a joint, wherein between 30% and 100% of the molecular chains of the plastic in the first pipe on the one hand and between 30% and 100% of the molecular chains of the plastic in the second pipe on the other hand extend at least substantially in the same direction at the location of the joint, seen in longitudinal direction of the second pipe .
Watch case including a hollow pivoting bezel formed of first and second external elements comprising a near-field communication device provided with at least one microcircuit connected to an antenna , said case including a control device configured to activate or deactivate said communication device , said bezel being formed by an assembly of two external elements capable of defining a housing in which said near-field communication device is arranged, characterized in that the control device is remote from the communication device , the control device not being connected by a physical connection to the communication device and in that said first and second external elements of the bezel are assembled together using a reversible fastening device .
Jump device having a polygonal frame which delimits a jumping surface and the underside of which is mounted on a support, and having bow-shaped, elastically deformable rods, characterised in that each rod is mounted on the frame with a first longitudinal end in such a way that this extends towards the centre of the jumping surface, where its second longitudinal end ends freely, and that the rods mounted on the frame form a convex jumping surface projecting beyond the upper side of the frame , which is covered with a cover .