mhurhangee/patent-ind-claim-en huggingface dataset:
Method for preparing a polymer starting from monomers comprising vinylidene fluoride, trifluoroethylene and a third monomer, the method comprising, successively: - injecting all the monomers to be reacted into a reactor; - initiating polymerization of the monomers; - a step (a) of continuing the polymerization of the monomers, during which the pressure in the reactor is kept constant. - injecting all the monomers to be reacted into a reactor; - initiating polymerization of the monomers; - a step (a) of continuing the polymerization of the monomers, during which the pressure in the reactor is kept constant.
An electrode catalyst for fuel cell , comprising a catalyst support and a catalyst metal supported on the catalyst support , wherein the catalyst support includes pores having a radius of less than 1 nm and pores having a radius of 1 nm or more, wherein a surface area formed by the pores having a radius of less than 1 nm is equal to or larger than a surface area formed by the pores having a radius of 1 nm or more, at least a portion of the catalyst metal is supported inside the pores having a radius of 1 nm or more, and wherein an average particle diameter of the catalyst metal particles , which is an average value of a particle diameter of a catalyst component(s) examined from transmission electron microscope images for a statistically meaningful number of samples, wherein "particle diameter" denotes a maximum distance among distances between arbitrary two points on an outline of the particle, is 3.8 nm or more, wherein the catalyst metal is platinum or a platinum-cobalt alloy, and wherein the catalyst support has a BET specific surface area, measured using a nitrogen adsorption method, of 1000 m 2 /g support or more, wherein the surface area formed by the pores is measured using a nitrogen adsorption method.
A method for producing a glass substrate provided with a coating film, which comprises a step of forming a TiO 2 -containing layer on a glass substrate by low temperature plasma CVD method using a film-forming material containing at least one member selected from the group consisting of an alkoxide type titanium material, an amide type titanium material and a halide type titanium material, by applying an electric power to a plasma source by a power source to cause a plasma power density of at least 55 kW/m at a film-forming rate of from 15 to 200 nm·m/min, wherein the plasma source is a linear plasma source, wherein the unit [kW/m] of the plasma power density represents an electric energy [kW] applied per 1 m of the plasma source, and wherein the unit [nm·m/min] of the film-forming rate represents the film thickness [nm] of the TiO 2 -containing layer obtained when a glass substrate is moved at a rate of 1 m/min in a direction at a right angle to the longitudinal direction of the linear plasma source.
A process for periplasmic expression of a bacterial toxoid comprising the steps of: a) growing a culture of a gram negative host cell in a fermentation medium, wherein the host cell is transformed with a polynucleotide, and wherein the polynucleotide encodes the bacterial toxoid and a periplasmic signal sequence; a(i)) inducing expression of the bacterial toxoid; b) maturing the host cell, wherein the maturing step comprises: I) subjecting the host cell to a pH shock; II) incubating the host cell with no feed addition; or III) subjecting the host cell to a temperature below -20°C; and c) extracting the bacterial toxoid from the host cell wherein the extraction process comprises osmotic shock wherein the gram negative host cell is selected from the group consisting of E.coli, Pseudomonas and Moraxella, wherein the host cell is alive during step b) and wherein the process is carried out in a fermentor which contains 10-5000 litres of culture. a) growing a culture of a gram negative host cell in a fermentation medium, wherein the host cell is transformed with a polynucleotide, and wherein the polynucleotide encodes the bacterial toxoid and a periplasmic signal sequence; a(i)) inducing expression of the bacterial toxoid; b) maturing the host cell, wherein the maturing step comprises: I) subjecting the host cell to a pH shock; II) incubating the host cell with no feed addition; or III) subjecting the host cell to a temperature below -20°C; and I) subjecting the host cell to a pH shock; II) incubating the host cell with no feed addition; or III) subjecting the host cell to a temperature below -20°C; and c) extracting the bacterial toxoid from the host cell wherein the extraction process comprises osmotic shock wherein the gram negative host cell is selected from the group consisting of E.coli, Pseudomonas and Moraxella, wherein the host cell is alive during step b) and wherein the process is carried out in a fermentor which contains 10-5000 litres of culture.
A thermosetting coloring composition for use in manufacturing a color filter for a solid-state imaging element provided with a colored pattern formed by patterning a colored layer by dry etching, the composition comprising: a pigment (A), a dispersant (B), a thermosetting compound (C), and a solvent (D), wherein a ratio of the pigment (A) to a total solid content of the thermosetting coloring composition is 50 mass percent or more, the dispersant (B) comprises a dispersant (b1) having an acidic functional group, the dispersant (b1) having the acidic functional group has a segment (bl-A) obtained by polymerizing an ethylenic unsaturated monomer comprising (meth)acrylate, and a theoretical value of a glass transition temperature of the segment (b1-A) is 40°C or more, and the thermosetting compound (C) comprises a glycidyl etherified epoxy compound of sorbitol. a pigment (A), a dispersant (B), a thermosetting compound (C), and a solvent (D), wherein a ratio of the pigment (A) to a total solid content of the thermosetting coloring composition is 50 mass percent or more, the dispersant (B) comprises a dispersant (b1) having an acidic functional group, the dispersant (b1) having the acidic functional group has a segment (bl-A) obtained by polymerizing an ethylenic unsaturated monomer comprising (meth)acrylate, and a theoretical value of a glass transition temperature of the segment (b1-A) is 40°C or more, and the thermosetting compound (C) comprises a glycidyl etherified epoxy compound of sorbitol.
A lyophilized formulation of an anti-AXL antibody-drug conjugate (AXL-ADC), the lyophilized formulation obtainable or obtained by lyophilizing an aqueous formulation comprising the AXL-ADC and one or more excipients, wherein the aqueous formulation is free of any surfactant and comprises a histidine buffer and a non-reducing sugar selected from sucrose, trehalose, and a combination thereof at a concentration of 0.5% (w/v) to 4% (w/v), wherein the pH of the aqueous formulation is in a range from about 5.5 to about 6.5, and wherein the AXL-ADC is an anti-AXL antibody, which is coupled to a therapeutic moiety.
A method for screening for a client protein-protecting protein, comprising the step (selection step) of selecting one or more candidate protein(s) from a protein population, preferably of mammalian origin, using the intrinsically disordered structure of the protein as an index, and the step (evaluation step) of evaluating stability of a client protein in the presence of the candidate protein(s)having an intrinsically disordered structure, wherein, in the evaluation step, the stability of the client protein is preferably evaluated using a degree of protection of the client protein from stress as an index, and wherein the stress is preferably one or more selected from the group consisting of physical stresses and chemical stresses.
Magnetic motor , comprising a plurality of pistons (150; 400), wherein said pistons (150; 400) comprise a head portion realized in a material susceptible of being magnetically attracted or repelled and are radially arranged in starred configuration respective to a central shaft rotating and mechanically connected thereto by means of a system a rod-crank (160; 190) so as to render said pistons (150; 400) axially movable along an own linear path between a first and a second position of stroke end producing on said shaft a rotation in a same sense of non-alternative rotation; said magnetic motor further comprising plurality of polar expansions , positioned radially on the body of said motor in an axial direction respective to said linear path of each of said pistons (150; 400); said polar expansions comprising each one an own electromagnet impulsively fed susceptible of exerting, when electrically powered, a force of attraction or front repulsion on said piston (150; 400) along said linear path producing a rotation of said shaft by means of said rod-crank (160-190) assembly; said polar expansions being in a number equal to the number of said pistons (150; 400), the magnetic motor being characterized in that the polar expansions are positioned frontally respective to said pistons , in that said rod-crank (160; 190) system comprises a plurality of cranks having a respective eccentric hole (190p; 190f) onto which is rotationally hinged, for each crank a motion distribution disc realizing a conversion of motion from rotary on said shaft to alternative linear on said pistons (150; 400), and wherein a plurality of rods of said system rod-crank are enclosed in a sandwich formed by a couple of motion distribution discs respectively positioned over and below said rods and wherein said shaft is interrupted in correspondence of said sandwich, and in that it comprises current regulating means feeding said polar expansions with a current decreased respective to a constant value producing a reduction of the peaks of torque into the rotation of said shaft .
A method for providing information necessary for diagnosing hepatocellular carcinoma, the method comprising: measuring a level of an autoantibody against a WASF2 protein from a sample isolated from a patient; comparing the measured level of the autoantibody with that of a control sample; and determining as hepatocellular carcinoma when the measured level of the autoantibody is higher than that of the control sample. measuring a level of an autoantibody against a WASF2 protein from a sample isolated from a patient; comparing the measured level of the autoantibody with that of a control sample; and determining as hepatocellular carcinoma when the measured level of the autoantibody is higher than that of the control sample.
Valve having a housing in which a shut-off body is arranged, and having a device for flow rate measurement, wherein the device has a first ultrasound sensor and at least one further ultrasound sensor , which are arranged on the housing , characterized in that the valve is a line control valve, and the ultrasound sensors are arranged at coupling elements , said coupling elements being formed at the housing as a projection, depression or projection having an inner depression, wherein the coupling elements have sound coupling surfaces , wherein the sound coupling surface of at least one coupling element is oriented obliquely with respect to the flow axis , wherein there is an angle of greater than 30° and less than 40° between the normals of the sound coupling surfaces and the flow axis .
A terminal comprising: a receiving section configured to receive downlink control information that includes indication information indicating a slot format and corresponding to a frequency domain; and a control section configured to determine a transmission direction used in the frequency domain corresponding to the indication information, in accordance with the slot format indicated by the indication information; wherein the indication information is associated with a cell, and characterized in that a bit position of the indication information in the downlink control information is configured by higher layer signaling that is specific to the cell. a receiving section configured to receive downlink control information that includes indication information indicating a slot format and corresponding to a frequency domain; and a control section configured to determine a transmission direction used in the frequency domain corresponding to the indication information, in accordance with the slot format indicated by the indication information; wherein the indication information is associated with a cell, and characterized in that a bit position of the indication information in the downlink control information is configured by higher layer signaling that is specific to the cell.
A process for thermochemical energy storage by burning hydroxides of alkaline earth metals M into the corresponding oxides while storing the reaction enthalpy ΔH R and releasing the energy by means of re-hydration at a later point in time, according to the chemical equilibrium below: M(OH) 2 + ΔH R ⇄ MO + H 2 O , characterized in that a calcium-doped magnesium hydroxide in the form of a magnesium calcium hydroxide Mg 1-x Ca x (OH) 2 is used as said alkaline earth metal hydroxide that is converted into a calcium-hydroxide-doped magnesium oxide of the formula Mg (1-x) Ca x (OH) 2x O 1-x by burning according to the equilibrium reaction below: Mg (1-x) Ca x (OH) 2 + ΔH R ⇄ Mg (1-x) Ca x (OH) 2x O 1-x + (1-x)H 2 O , wherein the molar fraction of calcium, x, is in the range of 0.01 < x ≤ 0.3.
A system (200; 500; 600; 700; 800) comprising: a magnetic target, the magnetic target including: a plurality of regions (202-212; 604; 704; 804) having juxtaposed edges and opposing ends , wherein adjacent ones of the plurality of regions have different magnetic polarities; a first magnetic strip (224; 224'; 608; 706; 806), having a first magnetic polarity, and disposed at one end of the regions; and a second magnetic strip (226; 226'; 606; 708; 808), having a second magnetic polarity opposite to the first magnetic polarity, and disposed at to a second end of the regions to generate a magnetic bias across at least a portion of the regions; and at least one magnetic field sensing element (504; 610; 710; 816) placed in proximity to the magnetic target and configured to produce an output signal responsive to the magnetic target, characterized by : the first magnetic strip being attached directly to the one end of the regions, the second magnetic strip being attached directly to the second end of the regions, the magnetic field sensing element being a magnetoresistive element and the magnetic bias being generated with a direction perpendicular to a magnetic orientation of a pinned layer of the magnetoresistive element . a magnetic target, the magnetic target including: a plurality of regions (202-212; 604; 704; 804) having juxtaposed edges and opposing ends , wherein adjacent ones of the plurality of regions have different magnetic polarities; a first magnetic strip (224; 224'; 608; 706; 806), having a first magnetic polarity, and disposed at one end of the regions; and a second magnetic strip (226; 226'; 606; 708; 808), having a second magnetic polarity opposite to the first magnetic polarity, and disposed at to a second end of the regions to generate a magnetic bias across at least a portion of the regions; and a plurality of regions (202-212; 604; 704; 804) having juxtaposed edges and opposing ends , wherein adjacent ones of the plurality of regions have different magnetic polarities; a first magnetic strip (224; 224'; 608; 706; 806), having a first magnetic polarity, and disposed at one end of the regions; and a second magnetic strip (226; 226'; 606; 708; 808), having a second magnetic polarity opposite to the first magnetic polarity, and disposed at to a second end of the regions to generate a magnetic bias across at least a portion of the regions; and at least one magnetic field sensing element (504; 610; 710; 816) placed in proximity to the magnetic target and configured to produce an output signal responsive to the magnetic target, characterized by : the first magnetic strip being attached directly to the one end of the regions, the second magnetic strip being attached directly to the second end of the regions, the magnetic field sensing element being a magnetoresistive element and the magnetic bias being generated with a direction perpendicular to a magnetic orientation of a pinned layer of the magnetoresistive element .
A composition comprising timolol as an active ingredient and a transdermal permeation enhancing composition, consisting of white Vaseline, a light liquid paraffin and white beeswax, wherein an amount of the white Vaseline is from 68wt% to 93wt%, an amount of the light liquid paraffin is from 5wt% to 30wt%, and the amount of the white beeswax is from 2wt% to 8wt%, wherein a concentration of timolol is 0.1wt% to 3wt%.
A central venous access vena cava filter catheter , comprising: a. a multi-lumen catheter body having a first port associated with a first lumen and a second port associated with a second lumen ; and b. a vena cava filter member concentrically coupled to the multi-lumen catheter body and positioned intermediate the first port and the second port such that the first port is proximal the vena cava filter member and the second port is distal the vena cava filter member , the vena cava filter member comprising a plurality of structural members and a hoop member , wherein the plurality of structural members comprise a first set of structural members affixed at a proximal end to a proximal portion of the vena cava filter member , a second set of structural members affixed at a distal end thereof to a distal portion of the vena cava filter member , wherein the proximal portion of the vena cava filter member is concentrically fixed to the multi-lumen catheter body and the distal portion of the vena cava filter member is movably and concentrically positioned around the distal portion of the multi-lumen catheter body and coupled thereto, and wherein the hoop member is coupling a distal end of the first set of structural members to a proximal portion of the second set of structural members . a. a multi-lumen catheter body having a first port associated with a first lumen and a second port associated with a second lumen ; and b. a vena cava filter member concentrically coupled to the multi-lumen catheter body and positioned intermediate the first port and the second port such that the first port is proximal the vena cava filter member and the second port is distal the vena cava filter member , the vena cava filter member comprising a plurality of structural members and a hoop member ,
A thermally curable film-forming composition comprising a binder, wherein the binder comprises a polyol; a flow control system comprising a sag control agent, comprising a single urea-based sag control agent or a mixture of two or more different urea-based sag control agents, for controlling the viscosity of the film-forming composition applied to a surface, wherein during flash off and thermally curing the film-forming composition does not drop below the initial complex viscosity η*; a crosslinking agent, wherein the crosslinking agent comprises a polyisocyanate; and wherein the film-forming composition comprises less than 5.0 wt.-% of melamine-based components, based on the total weight of resin solids in the film-forming composition. a flow control system comprising a sag control agent, comprising a single urea-based sag control agent or a mixture of two or more different urea-based sag control agents, for controlling the viscosity of the film-forming composition applied to a surface, wherein during flash off and thermally curing the film-forming composition does not drop below the initial complex viscosity η*; a crosslinking agent, wherein the crosslinking agent comprises a polyisocyanate; and wherein the film-forming composition comprises less than 5.0 wt.-% of melamine-based components, based on the total weight of resin solids in the film-forming composition.
Floating support for a wind turbine comprising a central support member , and at least three buoyancy assemblies (2-4), each connected to the central support member via a radial connector beam and mutually interconnected via a transverse connector beam , wherein each buoyancy assembly comprises a connector body having two radial sides , an outward and an inward transverse side , wherein anchoring means are provided at or near the outward transverse side of the connector body and the radial sides of the connector body are each connected to a respective buoyancy element , characterized in that two transverse connector beams and a radial connector beam extend away from the inward transverse side of the connector body , a line connecting the center lines of the buoyancy elements being situated closer to the central support member than the anchoring means .
A screening device comprising a top element adapted for being mounted on or adjacent to a top frame member of a roof window , and a connection device adapted for connecting the screening device to the roof window on or adjacent to the top frame member of the roof window in such a manner that the screening device may be displaced to a position in which it forms an angle with the roof window , wherein the connection device comprises: a) at least one rod-shaped element provided on the top element and extending in a longitudinal direction (L) of the top element , b) a receiving element adapted for being mounted on the top frame member or a side frame member of the roof window , and characterized in that the connection device further comprises: c) an adapter element comprising a first part adapted for locking engagement with the receiving element and a second part adapted for connection to the rod-shaped element in such a way that the second part is freely rotatable with respect to the at least one rod-shaped element at least after the first part is brought into engagement with the receiving element . a connection device adapted for connecting the screening device to the roof window on or adjacent to the top frame member of the roof window in such a manner that the screening device may be displaced to a position in which it forms an angle with the roof window , wherein the connection device comprises: a) at least one rod-shaped element provided on the top element and extending in a longitudinal direction (L) of the top element , b) a receiving element adapted for being mounted on the top frame member or a side frame member of the roof window , and characterized in that the connection device further comprises: c) an adapter element comprising a first part adapted for locking engagement with the receiving element and a second part adapted for connection to the rod-shaped element in such a way that the second part is freely rotatable with respect to the at least one rod-shaped element at least after the first part is brought into engagement with the receiving element . a) at least one rod-shaped element provided on the top element and extending in a longitudinal direction (L) of the top element , b) a receiving element adapted for being mounted on the top frame member or a side frame member of the roof window , and characterized in that the connection device further comprises: c) an adapter element comprising a first part adapted for locking engagement with the receiving element and a second part adapted for connection to the rod-shaped element in such a way that the second part is freely rotatable with respect to the at least one rod-shaped element at least after the first part is brought into engagement with the receiving element .
An offshore solar array comprising a plurality of solar arrays each having a buoyancy body and a solar panel , wherein the solar arrays are spaced apart from each other, wherein a plurality of buoyancy bodies of the solar arrays are coupled together, each buoyancy body generating sufficient buoyancy to keep the solar panel above a waterline, characterised in that the coupling of mutually coupled buoyancy bodies comprises cables arranged diagonally and/or parallel to the waterline and rigid struts arranged diagonally and/or parallel to the waterline.