mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a coordination compound through reaction of a platinum complex and a polymer having carboxyl groups on its side chains, wherein bis(nitrato)(1,2-cyclohexanediamine)platinum or diaquo(1,2-cyclohexanediamine)platinum, all of which are substantially free of silver ion, is used as starting material for the platinum complex, and a block copolymer represented by the following general formula or: wherein R 1 represents hydrogen atom or an unsubstituted or substituted linear or branched C 1 -C 12 alkyl group, L 1 and L 2 represent, independently of each other, linking groups, R 2 represents methylene group or ethylene group, R 3 represents hydrogen atom, a protecting group of amino group, hydrophobic group or polymerizable group, R 4 represents hydroxyl group, protected carboxyl group as formed together with the terminal -CO, or a hydrophobic group, R 5 s each independently represent a hydrogen atom, alkali metal ion or a protecting group of carboxyl group, m represents an integer of 5 to 20,000, n represents an integer of 2 to 5,000, and x represents an integer of 0 to 5,000, with the proviso that x is not larger than n, and hydrogen atom or alkali metal ion occupies 50% or more of n-x and x R 5 s, is used as the polymer, the method comprising, a step of carrying out the reaction in an aqueous medium under the conditions in which the platinum complex and the block copolymer mutually form a coordination compound, and a step of recovering the so formed coordination compound from the reaction mixture, wherein the ratio of platinum atoms in the platinum complexe to the carboxylate groups in the block copolymers in the reaction is set to be 0.475 or more to 0.6 or less, and the platinum complex concentration in the aqueous medium in the reaction is set to be 4.62 mM or less.
A control apparatus for a water heater, the water-heater control apparatus comprising: - a housing, - a plurality of sensors (4a, 14, 15, 17, 22, 36) for measurement of various parameters for operational control on the water heater; and - a controller disposed inside the housing for controlling the water heater upon analog detection signals output from the plurality of sensors (4a, 14, 15, 17, 22, 36), - wherein the embedded controller comprises a main microprocessor with analog signal input ports and a sub-microprocessor with at least one analog signal input port, the sub-microprocessor being intercommunicable with the main microprocessor, - wherein at least one of the plurality of sensors (4a, 14, 15, 17, 22, 36) serves to measure a non-immediate responsive parameter that is not in need of immediate response by the controller; - wherein the at least one sensor adapted for measurement of the non-immediate responsive parameter outputs the analog detection signal which is not input to any analog signal input ports of the main microprocessor, but is input only to the analog signal input port of the sub-microprocessor; - wherein the others of the plurality of sensors (4a, 14, 15, 17, 22) output the analog detection signals which are input at least to the analog signal input ports of the main microprocessor; and - wherein the sub-microprocessor is configured to convert the analog detection signal input only to the analog signal input port thereof into digital data and to transmit the digital data to the main microprocessor through communication with the main microprocessor. - a housing, - a plurality of sensors (4a, 14, 15, 17, 22, 36) for measurement of various parameters for operational control on the water heater; and - a controller disposed inside the housing for controlling the water heater upon analog detection signals output from the plurality of sensors (4a, 14, 15, 17, 22, 36), - wherein the embedded controller comprises a main microprocessor with analog signal input ports and a sub-microprocessor with at least one analog signal input port, the sub-microprocessor being intercommunicable with the main microprocessor, - wherein at least one of the plurality of sensors (4a, 14, 15, 17, 22, 36) serves to measure a non-immediate responsive parameter that is not in need of immediate response by the controller; - wherein the at least one sensor adapted for measurement of the non-immediate responsive parameter outputs the analog detection signal which is not input to any analog signal input ports of the main microprocessor, but is input only to the analog signal input port of the sub-microprocessor; - wherein the others of the plurality of sensors (4a, 14, 15, 17, 22) output the analog detection signals which are input at least to the analog signal input ports of the main microprocessor; and - wherein the sub-microprocessor is configured to convert the analog detection signal input only to the analog signal input port thereof into digital data and to transmit the digital data to the main microprocessor through communication with the main microprocessor.
Monobloc interface part (1, 1') between an electrically insulating panel and an electronic board, said monobloc interface part (1, 1') comprising a base (2, 2') for connection on the electronic board and an upper part flexibly connected to the base (2, 2'), the upper part being designed to enter into contact, on a first face of the electrically insulating panel, with a touch sensitive area of the electrically insulating panel and the base (2, 2') allowing an electric connection of the interface part (1, 1') to the electronic board carrying a touch sensitive circuit, the interface part (1, 1') consisting of an electrically conductive material, the upper part of contact with the electrically insulating panel being deformable, of convex shape, with a convexity oriented towards the first face of the electrically insulating panel, and connected to the base (2, 2') at each end of the arc formed by the upper part by a flexible (2, 2') connecting tab (3,4), allowing a deformation of the upper part of the interface part (1, 1') in assembly position between of the electrically insulating panel and the electronic board, so that the upper part of the interface part (1, 1') is abutted against the touch sensitive area on the side of the first face of the electrically insulating panel and conforms to the surface thereof, characterized in that the upper part is tapered from an end of the arc formed by the upper part to the other, the contact surface between the interface part (1, 1') and the electrically insulating panel having substantially the shape of right trapezoid.
A control plate assembly of a flushing tank, comprising a mounting counterplate, a control plate connected to the counterplate and having a least one opening delimited by a peripheral edge, at least one movable button housed in the opening, a guide structure that guides the button, and at least one actuator operated by the button and connectable to a flush valve of the flushing tank; the button being provided with direction members that project from a rear face of a base body of the button and cooperate with the guide structure; first direction members being arranged at opposed longitudinal ends of the base body and resting against respective hinge portions of the edge for defining respective rotation hinges that allow the button to rotate with respect to the plate selectively about each hinge portion; second direction members (55, 56) being arranged on a central portion of the base body for engaging, when the button rotates on a hinge portion, respective guides (61, 62) supported by the plate; the first direction members comprising projections which extend along respective axes parallel to each other and to the face; characterized in that the projections project obliquely from the face beyond the edge for engaging respective hinge portions of the edge.
A method for reducing the occurrence of sudden death syndrome, comprising applying an effective amount of a composition comprising a compound of general formula (I"'). ( N -{2-[3-chloro-5-(trifluoromethyl)-2-pyridinyl]ethyl}-2-trifluoromethylbenzamide) or a salt or N-oxide thereof to a soybean plant seed, to soil in which a soybean plant is growing or in which it is desired to grow it, to soybean plant roots, or to combinations thereof.
A wearable dispenser, comprising: - a carrying support; - a wash lotion holder attached to the carrying support and configured for holding a wash lotion; - a dispenser head attached to the carrying support and provided with at least one opening configured for dispensing a dose of the wash lotion to a caregiver; and - a transport mechanism which is configured for transporting the dose of wash lotion from the wash lotion holder to the dispenser head to allow dispensing of the wash lotion to the caregiver, characterized in that the at least one opening of the dispenser head comprises multiple openings through which the dose of wash lotion, in operation, is dispensed, wherein the dispenser head is provided with a front cap which is movable in a direction substantially perpendicular to a front surface of the front cap for the purpose of providing an activation act for activating the transport mechanism for dispensing the dose of wash lotion via the openings, wherein the multiple openings are provided in the front surface of the front cap, such that pressing in with a washcloth on the front cap leads directly to moistening of the washcloth. - a carrying support; - a wash lotion holder attached to the carrying support and configured for holding a wash lotion; - a dispenser head attached to the carrying support and provided with at least one opening configured for dispensing a dose of the wash lotion to a caregiver; and - a transport mechanism which is configured for transporting the dose of wash lotion from the wash lotion holder to the dispenser head to allow dispensing of the wash lotion to the caregiver,
A host cell or cell population that contains a vector or expression cassette comprising a regulatory region, wherein said regulatory region comprises an EFS promoter; and wherein said regulatory region regulates the expression of an ADA transgene operably linked to said regulatory region, for use in treating ADA-SCID in a human patient.
A mammography apparatus, comprising: a support plate for supporting a breast of a patient; a compression plate movable toward and away from the support plate for compressing the breast against the support plate; and a controller configured to control movement of the compression plate toward and away from the support plate, and to adjust at least one of a rate of compression and/or a pressure applied to the breast based on a measurement of a diastolic pressure and/or a systolic pressure of the patient; wherein the measurement of the diastolic pressure and/or the systolic pressure of the patient is taken during at least one of a compression phase and/or a clamping phase of the mammography apparatus. a support plate for supporting a breast of a patient; a compression plate movable toward and away from the support plate for compressing the breast against the support plate; and a controller configured to control movement of the compression plate toward and away from the support plate, and to adjust at least one of a rate of compression and/or a pressure applied to the breast based on a measurement of a diastolic pressure and/or a systolic pressure of the patient; wherein the measurement of the diastolic pressure and/or the systolic pressure of the patient is taken during at least one of a compression phase and/or a clamping phase of the mammography apparatus.
Hydraulic transmission apparatus comprising: • a pump having a variable cylinder capacity; • at least one hydraulic motor (26A, 26B), fed by the pump; and • a control unit; the apparatus being characterized in that: • said at least one motor is arranged in such a manner that when the pressures in the feed and discharge orifices of said at least one motor are equal, the outlet torque from said at least one motor is zero; and • in an operating mode of the apparatus, the control unit is suitable for operating the apparatus in a "torque-free" mode by regulating the cylinder capacity of the pump in such a manner that the pressures at said feed and discharge orifices remain substantially equal. • a pump having a variable cylinder capacity; • at least one hydraulic motor (26A, 26B), fed by the pump; and • a control unit; • said at least one motor is arranged in such a manner that when the pressures in the feed and discharge orifices of said at least one motor are equal, the outlet torque from said at least one motor is zero; and • in an operating mode of the apparatus, the control unit is suitable for operating the apparatus in a "torque-free" mode by regulating the cylinder capacity of the pump in such a manner that the pressures at said feed and discharge orifices remain substantially equal.
The use of an additive in a diesel fuel composition to improve the engine performance of a diesel engine with a high pressure fuel system using said diesel fuel composition, wherein the additive is the product of a Mannich reaction between: (a) an aldehyde; (b) a polyamine; and (c) an optionally substituted phenol, characterized in that the molar ratio of component (c) to component (b) in the reaction mixture used to prepare the performance enhancing additive is at least 1.5:1; wherein the engine has a pressure in excess of 1350 bar. (a) an aldehyde; (b) a polyamine; and (c) an optionally substituted phenol, characterized in that the molar ratio of component (c) to component (b) in the reaction mixture used to prepare the performance enhancing additive is at least 1.5:1; wherein the engine has a pressure in excess of 1350 bar.
Electrolyte for the electrochemical deposition of semiconducting materials, namely antimonides, arsenides, selenides and tellurides, from aqueous salt solutions containing tellurides, selenides, arsenides and/or antimonides, with diethylene triamine pentaacetic acid (DTPA) as the first complexing agent, and at least one additional complexing agent, characterised in that the at least one additional complexing agent is a tricarboxylic acid and/or an aminocarboxylic acid, and the pH-value is between 10 and 13, preferably between 11 and 12.
A method of making a high brightness papermaking pulp from recycled cellulosic fiber comprising: (a) pre-treating a first recycled cellulosic fiber mix with oxygen, wherein the step of pre-treating the first cellulosic fiber mix with oxygen is carried out in the presence of an alkaline agent at a pH of from 8 to 13, at an oxygen pressure of from 0.25-1 MPa for a residence time in a bleaching vessel of from 30 to 150 minutes, and wherein the step of pre-treating the first cellulosic fiber mix with oxygen is effective to reduce the Kappa number of the first cellulosic fiber mix by from 5 to 35 points; said first recycled cellulosic fiber mix thus having a first high Kappa number prior to pre-treatment and a reduced Kappa number after pre-treatment that is lower than said first high Kappa number; and (b) blending the pre-treated first recycled cellulosic fiber mix with the reduced Kappa number with a second recycled cellulosic fiber mix having a second Kappa number lower than the first high Kappa number of the first recycled cellulosic fiber mix, wherein the blending step comprises blending at least 30% by weight of the pre-treated first recycled cellulosic fiber mix with the reduced Kappa number with the second recycled cellulosic fiber mix having a second Kappa number lower than the first high Kappa number of the first recycled cellulosic fiber mix, based on the weight of the blend; and (c) oxidatively bleaching the blended recycled cellulosic fiber mix of step (b); and optionally (d) reductively bleaching the blended recycled cellulosic fiber mix of step (c). (a) pre-treating a first recycled cellulosic fiber mix with oxygen, wherein the step of pre-treating the first cellulosic fiber mix with oxygen is carried out in the presence of an alkaline agent at a pH of from 8 to 13, at an oxygen pressure of from 0.25-1 MPa for a residence time in a bleaching vessel of from 30 to 150 minutes, and wherein the step of pre-treating the first cellulosic fiber mix with oxygen is effective to reduce the Kappa number of the first cellulosic fiber mix by from 5 to 35 points; said first recycled cellulosic fiber mix thus having a first high Kappa number prior to pre-treatment and a reduced Kappa number after pre-treatment that is lower than said first high Kappa number; and (b) blending the pre-treated first recycled cellulosic fiber mix with the reduced Kappa number with a second recycled cellulosic fiber mix having a second Kappa number lower than the first high Kappa number of the first recycled cellulosic fiber mix, wherein the blending step comprises blending at least 30% by weight of the pre-treated first recycled cellulosic fiber mix with the reduced Kappa number with the second recycled cellulosic fiber mix having a second Kappa number lower than the first high Kappa number of the first recycled cellulosic fiber mix, based on the weight of the blend; and (c) oxidatively bleaching the blended recycled cellulosic fiber mix of step (b); and optionally (d) reductively bleaching the blended recycled cellulosic fiber mix of step (c).
An injection molding apparatus comprising: a manifold having a manifold channel for receiving a melt stream of moldable material under pressure; a nozzle having a nozzle channel for receiving said melt stream from said manifold channel, said nozzle being received in an opening in a mold plate; a nozzle tip received in a downstream end of said nozzle, said nozzle tip having a melt channel for receiving said melt stream from said nozzle channel of said nozzle, wherein a gap is present between said nozzle tip and said nozzle, said nozzle tip includes an upstream end, that is slidable in said nozzle channel, and a flange; a mold cavity in communication with said melt channel of said nozzle tip for receiving said melt stream through a mold gate, said mold gate being aligned with a central axis; a valve pin axially movable through said melt channel to selectively open said mold gate; and a valve pin guiding portion provided at a downstream end of said nozzle tip through which said valve pin is aligned with said mold gate; characterized in that the nozzle tip is freely slidable within said nozzle channel and the flange is located at a downstream end of the nozzle tip, said flange having a peripheral edge, said peripheral edge being in abutment with an inner wall of said opening in said mold plate to align said melt channel with said central axis to allow said valve pin to be in alignment with said mold gate. a manifold having a manifold channel for receiving a melt stream of moldable material under pressure; a nozzle having a nozzle channel for receiving said melt stream from said manifold channel, said nozzle being received in an opening in a mold plate; a nozzle tip received in a downstream end of said nozzle, said nozzle tip having a melt channel for receiving said melt stream from said nozzle channel of said nozzle, wherein a gap is present between said nozzle tip and said nozzle, said nozzle tip includes an upstream end, that is slidable in said nozzle channel, and a flange; a mold cavity in communication with said melt channel of said nozzle tip for receiving said melt stream through a mold gate, said mold gate being aligned with a central axis; a valve pin axially movable through said melt channel to selectively open said mold gate; and a valve pin guiding portion provided at a downstream end of said nozzle tip through which said valve pin is aligned with said mold gate; characterized in that the nozzle tip is freely slidable within said nozzle channel and the flange is located at a downstream end of the nozzle tip, said flange having a peripheral edge, said peripheral edge being in abutment with an inner wall of said opening in said mold plate to align said melt channel with said central axis to allow said valve pin to be in alignment with said mold gate.
A profiled clamp, having a tensioning band and a tensioning device, wherein the tensioning band comprises at each end a tensioning head (24, 26), which protrudes radially in a substantial manner with reference to a receiving space which is defined by the profiled clamp, said tensioning heads each having an opening (44, 46), and wherein the tensioning device comprises two tensioning parts (32, 34) and one elongated tensioning element which connects the tensioning parts (32, 34), wherein the tensioning element extends through the openings (44, 46) of the tensioning heads (24, 26) and presses the tensioning parts (32, 34) against the tensioning heads (24, 26), characterized in that the profiled clamp comprises intermediate elements (56, 58) which are provided between the tensioning heads (24, 26) and the tensioning parts (32, 34), wherein the intermediate elements (56, 58) comprise recesses (78, 79), through which the tensioning element extends, as well as an abutment surface (60, 62) for abutment against the tensioning head (24, 26), wherein the abutment surface (60, 62) is realized in such a manner that the abutment point (96, 98) between the intermediate element (56, 58) and the tensioning head (24, 26), at least in a tensioning position in which the tensioning heads (24, 26) are parallel to one another or are angled with respect to one another, is located in each case closer in the radial direction to the receiving space than the center axis of the tensioning element and wherein the abutment surfaces (60, 62) each comprise a projection (88, 90) which protrudes in the circumferential direction, wherein the projection (88, 90) is provided in each case closer in the radial direction to the receiving space than the openings (44, 46) of the tensioning head (24, 26).
A liquid crystal polyester resin comprising structural units derived from at least two types of aromatic diols, wherein the liquid crystal polyester resin is a liquid crystal polyester comprising, as the structural units derived from the aromatic diols, structural units derived from at least two selected from the group consisting of 4,4'-dihydroxybiphenyl, hydroquinone, and 2,6-dihydroxynaphthalene; a structural unit derived from p-hydroxybenzoic acid; and a structural unit derived from an aromatic dicarboxylic acid selected from terephthalic acid, isophthalic acid, and 2,6-naphthalenedicarboxylic acid, and wherein the liquid crystal polyester resin generates 100 ppm or less of acetic acid gas, less than 20 ppm of phenol gas, and less than 100 ppm of carbon dioxide gas which are determined by pyrolysis-gas chromatography-mass spectrometry analysis when the liquid crystal polyester resin is retained at a melting point +10°C (or at 335°C when the melting point is less than 325°C) for 30 minutes in a helium gas atmosphere.
A steel for solid oxide fuel cells, consisting of more than 0 and not more than 0.05 mass% of C, 0.050 mass% or less of N, 0.01 mass% or less of O, 0.15 mass% or less of Al, 0.15 mass% or less of Si, 0.1 to 1.0 mass% of Mn, 20.0 to 25.0 mass% of Cr, more than 0 mass% and not more than 1.0 mass% of Ni, 0.02 to 0.12 mass% of La, 0.1 to 0.5 mass% of Zr, 0.15 to 0.5 mass% of La + Zr, and the balance being Fe and impurities, wherein the following relational formula is satisfied: 5(7C + 6N)/(7 - 4(7C + 6N)) ≤ Zr ≤ 41(7C + 6N)/(7 + 66(7C + 6N)), and an Fe and Zr-containing intermetallic compound viewed in a ferrite matrix is 1.1 % or less in terms of a visual field area ratio.