mhurhangee/patent-ind-claim-en huggingface dataset:
Photocatalytic carbon dioxide reduction process carried out in liquid phase and/or in gas phase with irradiation, using a photocatalyst in porous monolith form containing at least one semiconductor, said process comprising the following steps: a) contacting a feedstock containing carbon dioxide and at least one sacrificial compound with a photocatalyst in the form of a porous monolith comprising a bulk density less than or equal to 0.25 g/mL and a type-I macroporous volume, of which the pore diameter is greater than 50 nm and less than or equal to 1000 nm, of between 0.1 and 3 mL/g; b) irradiating the photocatalyst with at least one irradiation source producing at least one wavelength lower than the bandgap of said photocatalyst, said step b) being carried out at a temperature of between -10°C and 200°C, and at a pressure of between 0.01 MPa and 70 MPa. a) contacting a feedstock containing carbon dioxide and at least one sacrificial compound with a photocatalyst in the form of a porous monolith comprising a bulk density less than or equal to 0.25 g/mL and a type-I macroporous volume, of which the pore diameter is greater than 50 nm and less than or equal to 1000 nm, of between 0.1 and 3 mL/g; b) irradiating the photocatalyst with at least one irradiation source producing at least one wavelength lower than the bandgap of said photocatalyst, said step b) being carried out at a temperature of between -10°C and 200°C, and at a pressure of between 0.01 MPa and 70 MPa.
A sandwich assay for quantifying a glycoprotein as a substance to be detected, using a labeled lectin and an antibody immobilized on a measurement region, said sandwich assay comprising a treatment for inhibiting the binding of said labeled lectin to a sugar chain that is carried by a contaminant non-specifically adsorbed to said measurement region and is the same as that of said substance to be detected, wherein said contaminant non-specifically adsorbed to said measurement region is a glycoprotein comprising the same sugar chain as said substance to be detected, and said treatment for inhibiting the binding of said labeled lectin to said sugar chain is a treatment of bringing a substance showing an action of cleaving disulfide bonds into contact with said glycoprotein as said contaminant before said glycoprotein as a contaminant is brought into contact with said antibody, thereby dissociating a domain comprising said same sugar chain as that of said substance to be detected.
A table assembly for a truck , configured for being moved between a stowed position (S) and an extended position (E), the table assembly comprising : - a support plate configured to be mounted on a dashboard of the truck , - a swing arm pivotally mounted on the support plate about a first axis (Z1), - a turntable pivotally mounted on the swing arm about a second axis (Z2), in which the swing arm is configured to retain its angular position as long as a torque applied on the swing arm is less than a first predetermined threshold (Th1), and in which the turntable is configured to retain its angular position as long as a torque applied on the turntable is less than a second predetermined threshold (Th2), characterized in that the support plate comprises a protection pad , and in which the swing arm is in contact with the protection pad when the swing arm is in the stowed position (S), the swing arm comprises a friction insert configured to slide over the protection pad when the swing arm is rotated from one position between the stowed position (S) and the extended position (E) to the other position. - a support plate configured to be mounted on a dashboard of the truck , - a swing arm pivotally mounted on the support plate about a first axis (Z1), - a turntable pivotally mounted on the swing arm about a second axis (Z2), in which the swing arm is configured to retain its angular position as long as a torque applied on the swing arm is less than a first predetermined threshold (Th1), and in which the turntable is configured to retain its angular position as long as a torque applied on the turntable is less than a second predetermined threshold (Th2), characterized in that the support plate comprises a protection pad , and in which the swing arm is in contact with the protection pad when the swing arm is in the stowed position (S), the swing arm comprises a friction insert configured to slide over the protection pad when the swing arm is rotated from one position between the stowed position (S) and the extended position (E) to the other position.
A process for treatment of nanoparticles of a mineral filler, which comprises the steps of: a. Drying a mineral filler with an inert gas, wherein the inert gas is a saturated hydrocarbon; b. Mixing the dried mineral filler obtained in step (a) with a swelling agent in a liquid state, or near a critical state or in supercritical state; c. Subjecting the swelling agent of the mixture obtained in step (b) to an endoenthalpic or isoenthalpic phase change, by altering the conditions of temperature and/or pressure; d. Subjecting the mixture obtained in step (c) to contact with a scavenging agent that reacts with water and other compounds containing hydroxyl groups. a. Drying a mineral filler with an inert gas, wherein the inert gas is a saturated hydrocarbon; b. Mixing the dried mineral filler obtained in step (a) with a swelling agent in a liquid state, or near a critical state or in supercritical state; c. Subjecting the swelling agent of the mixture obtained in step (b) to an endoenthalpic or isoenthalpic phase change, by altering the conditions of temperature and/or pressure; d. Subjecting the mixture obtained in step (c) to contact with a scavenging agent that reacts with water and other compounds containing hydroxyl groups.
A method of producing foam, comprising: producing foam by kneading and injection molding a first extrudate and a second extrudate, wherein the first extrudate is obtained by extruding a first composition comprising an aromatic vinyl resin and the second extrudate is obtained by extruding a second composition comprising a polyamide resin and a foaming agent, characterized in that the aromatic vinyl resin is a copolymer of an aromatic vinyl monomer and maleic anhydride, and wherein the foaming agent does not react with the polyamide resin of the second composition and reacts with the aromatic vinyl resin of the first extrudate to form the foam. producing foam by kneading and injection molding a first extrudate and a second extrudate, wherein the first extrudate is obtained by extruding a first composition comprising an aromatic vinyl resin and the second extrudate is obtained by extruding a second composition comprising a polyamide resin and a foaming agent, characterized in that the aromatic vinyl resin is a copolymer of an aromatic vinyl monomer and maleic anhydride, and wherein the foaming agent does not react with the polyamide resin of the second composition and reacts with the aromatic vinyl resin of the first extrudate to form the foam.
A process for forming sufentanil citrate from sufentanil base, the process comprising : (a) contacting sufentanil base with a polar non-aqueous solvent to form a mixture, wherein the volume to mass ratio (mL:g) of the polar non-aqueous solvent to sufentanil base is from 2:1 to 12:1 and the contacting occurs at a temperature from 70°C to 90°C; (b) contacting the mixture with citric acid to form a sufentanil citrate mixture, wherein the contacting occurs at a temperature from 70°C to 90°C and the sufentanil citrate mixture is free of an oil phase; (c) cooling the sufentanil citrate mixture to a temperature from 50°C to 60°C to form solid sufentanil citrate; and (d) recovering sufentanil citrate at a temperature from 50°C to 60°C. (a) contacting sufentanil base with a polar non-aqueous solvent to form a mixture, wherein the volume to mass ratio (mL:g) of the polar non-aqueous solvent to sufentanil base is from 2:1 to 12:1 and the contacting occurs at a temperature from 70°C to 90°C; (b) contacting the mixture with citric acid to form a sufentanil citrate mixture, wherein the contacting occurs at a temperature from 70°C to 90°C and the sufentanil citrate mixture is free of an oil phase; (c) cooling the sufentanil citrate mixture to a temperature from 50°C to 60°C to form solid sufentanil citrate; and (d) recovering sufentanil citrate at a temperature from 50°C to 60°C.
A water softener or detergent composition comprising: (i) an effervescent agent and (ii) pectin or pectin comprising matter wherein said water softener composition comprises pectin or pectin comprising matter in an amount of 0.05 to less than 9.5 wt.-%, wherein said water softener composition comprises no enzyme and/or no bleaching agent and further no tartaric acid, or said detergent composition comprises pectin or pectin comprising matter in an amount of 0.05 to less than 1.39 wt.-%. (i) an effervescent agent and (ii) pectin or pectin comprising matter
A method for controlling a generator of electric energy that is connected to an electrical supply grid on a grid connection point comprising the following steps: - feeding electrical power into the electrical supply grid , whereby the generator is operated in a first operating point, - interrupting the feeding so that no power is fed into the supply grid if a fault in the electrical supply grid or a fault of the feeding into the electrical supply grid exists or is displayed, - resuming the feeding so that electrical power is again fed into the supply grid , characterized in that the generator resumes the feeding into a second operating point, or the feeding is gradually increased into the second operating point, and the second operating point is designed in such a way, as compared to the first operating point, that feeding into the supply grid takes place with a higher stability reserve and wherein the generator remains connected to the supply grid when the feeding is interrupted, wherein at first, the reactive power is adjusted, namely to the value of the first or second operating point so as to support the grid, and then the active power is adjusted, namely increased, and wherein the reactive power and the active power are adjusted or increased respectively with a ramp function in terms of time, and that the ramp function is selected in such a way that the reactive power value of the second operating point is achieved earlier than the active power value of the second operating point and/or that the reactive power value of the first operating point is achieved earlier than the active power value of the first operating point. - feeding electrical power into the electrical supply grid , whereby the generator is operated in a first operating point, - interrupting the feeding so that no power is fed into the supply grid if a fault in the electrical supply grid or a fault of the feeding into the electrical supply grid exists or is displayed, - resuming the feeding so that electrical power is again fed into the supply grid , characterized in that the generator resumes the feeding into a second operating point, or the feeding is gradually increased into the second operating point, and the second operating point is designed in such a way, as compared to the first operating point, that feeding into the supply grid takes place with a higher stability reserve and wherein the generator remains connected to the supply grid when the feeding is interrupted, wherein at first, the reactive power is adjusted, namely to the value of the first or second operating point so as to support the grid, and then the active power is adjusted, namely increased, and wherein the reactive power and the active power are adjusted or increased respectively with a ramp function in terms of time, and that the ramp function is selected in such a way that the reactive power value of the second operating point is achieved earlier than the active power value of the second operating point and/or that the reactive power value of the first operating point is achieved earlier than the active power value of the first operating point.
A Unit for solar and wind energy utilisation, having a column with vertical axis wind turbines covered with foil with photovoltaic cells, also having a generator mounted on the main shaft of the column and rotary guides , whereby on the shaft of the column there is a first electric motor installed, wherein the generator is connected through a first relay and an inverter with a power grid , and the generator is connected through a rectifier to a battery pack , and the rotary guides , connected with second motors are covered with a layer with photovoltaic cells, and the power outlet of mentioned photovoltaic cells and of the photovoltaic cells on the wind turbines is connected electrically through a third relay with the first electric motor or through a fourth relay with the inverter and further with the power grid , and the column is also equipped with a first wind speed and direction sensor and a second sensor following the sun, connected electrically with a control system , coupled with the first relay , third relay , fourth relay and second motors of the rotary guides .
A composition that comprises: a detection molecule and an antisense oligomer, wherein the detection molecule comprises: i) a ligand that binds a target molecule in a sample; and ii) a single-stranded nucleic acid linked to the ligand, and wherein the single-stranded nucleic acid is capable of hybridizing to the antisense oligomer to form a double-stranded nucleic acid that has an overhang comprising one or more unpaired nucleotides in the single-stranded nucleic acid or the antisense oligomer, and a plurality of detection labels comprising a first detection label and a second detection label, wherein the first detection label comprises an overhang that is complementary to the overhang of the double-stranded nucleic acid, wherein the second detection label comprises an overhang that is complementary to an overhang of a detection label from the plurality of detection labels, and wherein at least one of the detection labels comprises a multi-way branch with overhangs configured for hybridization with detection labels. a detection molecule and an antisense oligomer, wherein the detection molecule comprises: i) a ligand that binds a target molecule in a sample; and ii) a single-stranded nucleic acid linked to the ligand, and wherein the single-stranded nucleic acid is capable of hybridizing to the antisense oligomer to form a double-stranded nucleic acid that has an overhang comprising one or more unpaired nucleotides in the single-stranded nucleic acid or the antisense oligomer, and a plurality of detection labels comprising a first detection label and a second detection label, wherein the first detection label comprises an overhang that is complementary to the overhang of the double-stranded nucleic acid, wherein the second detection label comprises an overhang that is complementary to an overhang of a detection label from the plurality of detection labels, and wherein at least one of the detection labels comprises a multi-way branch with overhangs configured for hybridization with detection labels.
A set of essentially identical floor panels provided with a mechanical locking system comprising a flexible tongue , which is arranged in a displacement groove at a first edge of a first panel , and a tongue groove at a second edge of an adjacent second panel , wherein the flexible tongue is configured to cooperate with the tongue groove for locking of the first and the second edges in a vertical direction, and wherein the flexible tongue comprises a sliding surface and a locking surface , wherein the second floor panel comprises two or more protrusions formed along portions of the second side edge of the second panel in their length direction, the protrusions comprising a sliding edge which is configured to cooperate with the sliding surface of the flexible tongue during locking, characterized in that the locking system comprises two or more cavities formed along portions of the first side edge of the first panel in its length direction and being located adjacent to the two or more protrusions , the cavities comprising upper, inner and lower cavity walls and a horizontal opening , the sliding edge of the protrusions is configured to press and bend flexible tongue sections (Ts1, Ts2) of the flexible tongue into the cavities , and the flexible tongue sections (Ts1, Ts2) are configured to move back outwardly in a final stage of the locking such that their locking surface is inserted into the tongue groove .
A method for fastening a first electrically conductive layer to a second electrically conductive layer using electrical resistance welding, comprising: - placing the first and second layers together in physical and electrical contact; - placing an electrically conductive fastener which has a higher melting point than the first layer and the second layer in physical and electrical contact with the first layer to form an electrically conductive stack inclusive of the fastener, the first layer and the second layer; - applying an electrical potential across the stack, inducing a current to flow through the stack and causing resistive heating, the resistive heating causing a softening of the first layer ; - urging the fastener into the softened first layer toward the second layer forming a molten weld zone (Pd, Pe, 4410W, 4510W6) in the first layer that extends beyond the fastener and includes at least a portion of the second layer; - allowing the weld zone (Pd, Pe, 4410W, 4510W6, 4810W) to cool and solidify, joining the first layer and the second layer. - placing the first and second layers together in physical and electrical contact; - placing an electrically conductive fastener which has a higher melting point than the first layer and the second layer in physical and electrical contact with the first layer to form an electrically conductive stack inclusive of the fastener, the first layer and the second layer; - applying an electrical potential across the stack, inducing a current to flow through the stack and causing resistive heating, the resistive heating causing a softening of the first layer ; - urging the fastener into the softened first layer toward the second layer forming a molten weld zone (Pd, Pe, 4410W, 4510W6) in the first layer that extends beyond the fastener and includes at least a portion of the second layer; - allowing the weld zone (Pd, Pe, 4410W, 4510W6, 4810W) to cool and solidify, joining the first layer and the second layer.
A document stacker for receiving documents from a document processing device , wherein the document stacker comprises: a document support , and a frame , wherein the document support is attached to the frame by a linear guide means configured such that the document support is linearly movable with respect to the frame along a non-horizontal predetermined path of movement , and wherein the document stacker further comprises a load cell configured to resist relative movement between the frame and the document support along said path of movement and to emit an output signal representative of the load applied to the load cell by the document support . a document support , and a frame , wherein the document support is attached to the frame by a linear guide means configured such that the document support is linearly movable with respect to the frame along a non-horizontal predetermined path of movement , and wherein the document stacker further comprises a load cell configured to resist relative movement between the frame and the document support along said path of movement and to emit an output signal representative of the load applied to the load cell by the document support .
A brewing unit for the production of a beverage, comprising: - a brewing chamber comprising at least two brewing chamber portions (121, 123; 215B, 227; 321, 323) movable one with respect to the other; - a water heater (115; 207; 315); - a structural frame supporting said at least two brewing chamber portions (121, 123; 215B, 227; 321, 323), on which forces generated by the pressurized water in the brewing chamber during brewing are discharged; wherein said structural frame comprises two side components (111; 205; 311) arranged sideways of said brewing chamber, and two end components (113, 115; 221, 207; 313, 315) mechanically constrained to said two side components (111; 205; 311), said side components and said end components forming a closed structure; wherein a first one of said end components comprises a first one (121; 215B; 321) of said at least two brewing chamber portions (121, 123; 215B, 227; 321, 323), said first brewing chamber portion (121; 215B; 321) being arranged adjacent said water heater (115; 207; 315); wherein said first brewing chamber portion (121; 215B; 321) and said water heater (115; 207; 315) are constrained to said two side components independently one from the other by means of separate constraining members (120, 115B; 217, 207D; 320, 315A), such that the water heater can be disengaged from the side components while maintaining the first brewing chamber portion connected to said side components; whereby the arrangement is such that during brewing the first brewing chamber portion is pressed by the pressurized water against the adjacent water heater and axial forces generated by the pressurized water in the brewing chamber during brewing are discharged on said water heater (115; 207; 315), such that the water heater contributes to the mechanical resistance of the structural frame. - a brewing chamber comprising at least two brewing chamber portions (121, 123; 215B, 227; 321, 323) movable one with respect to the other; - a water heater (115; 207; 315); - a structural frame supporting said at least two brewing chamber portions (121, 123; 215B, 227; 321, 323), on which forces generated by the pressurized water in the brewing chamber during brewing are discharged;
A process of making a liquid detergent composition, the process comprising the steps of: providing a manufacturing line comprising, in series and in fluid communication, an upstream region, a confluence region, and a downstream region; providing a liquid base composition at the upstream region, the liquid base composition comprising at least one surfactant and at least one detergent adjunct; and combining the liquid base composition with an alkoxylated polyethyleneimine (PEI) polymer in the confluence region, thereby resulting in a detergent composition at the downstream region, wherein the alkoxylated PEI polymer comprises, on an average molar basis, from 5 to 50 ethoxy (EO) groups per alkoxylated nitrogen, and from 1 to 20 propoxy (PO) groups per alkoxylated nitrogen, wherein alkoxylated PEI polymer has a degree of quaternization of 0. providing a manufacturing line comprising, in series and in fluid communication, an upstream region, a confluence region, and a downstream region; providing a liquid base composition at the upstream region, the liquid base composition comprising at least one surfactant and at least one detergent adjunct; and combining the liquid base composition with an alkoxylated polyethyleneimine (PEI) polymer in the confluence region, thereby resulting in a detergent composition at the downstream region, wherein the alkoxylated PEI polymer comprises, on an average molar basis, from 5 to 50 ethoxy (EO) groups per alkoxylated nitrogen, and from 1 to 20 propoxy (PO) groups per alkoxylated nitrogen, wherein alkoxylated PEI polymer has a degree of quaternization of 0.