mhurhangee/ep-ind-claims huggingface dataset:
A dewar flask (1, 2) which is made of glass and which is used in a case where a concentration of impurities contained in silicon is measured in liquid helium by a photoluminescence method, wherein - the glass has an SiOz content of not less than 65% by weight and not more than 75% by weight and has an average thermal expansion rate of not less than 25 × 10 -7 /°C and not more than 55 × 10 -7 /°C when a temperature of the glass is not less than 20°C and not more than 300°C. of impurities contained in silicon is measured in liquid helium by a photoluminescence method, wherein - the glass has an SiOz content of not less than 65% by weight and not more than 75% by weight and has an average thermal expansion rate of not less than 25 × 10 -7 /°C and not more than 55 × 10 -7 /°C when a temperature of the glass is not less than 20°C and not more than 300°C. - the glass has an SiOz content of not less than 65% by weight and not more than 75% by weight and has an average thermal expansion rate of not less than 25 × 10 -7 /°C and not more than 55 × 10 -7 /°C when a temperature of the glass is not less than 20°C and not more than 300°C.
A method of controlling a washing machine including a drum and a door to open and close the drum, the method comprising the steps of: determining (205,206) whether a current operation of the washing machine is a spin-drying operation or whether washing or rinsing operation of the washing machine has been completed, characterized by the further step of: supplying water to the door to remove residual bubbles from the door if it is determined that the current operation is the spin-drying operation or if it is determined that the washing or rinsing operation has been completed.
Head-up display with a positioning device for a combiner screen, which is pivotable about a pivot axis, of the head-up display, with a reversible rotary drive by which a rotary element can be driven rotatably about an axis of rotation, said rotary element being able to drive the combiner screen so as to be movable between an inoperative position in a housing into a working position projecting out of an opening of the housing, wherein the opening of the housing is closable by a covering of the head-up display, and wherein - in the inoperative position of the combiner screen and the closure position of the covering, the rotary element is decoupled from a drive mechanism of the combiner screen, said drive mechanism driving the combiner screen in a movable manner, and is coupled to a drive mechanism of the covering, said drive mechanism driving the covering in a movable manner, - in the open position of the covering, the rotary element is decoupled from the drive mechanism of the covering and the rotary element is coupled to the drive mechanism of the combiner disc such that the covering can be driven by the rotary element in advance of a movement of the combiner disc from the inoperative position into the working position so as to be movable from a closure position closing the opening into an open position opening up the opening, and also, trailing behind a movement of the combiner screen from the working position into the inoperative position, so as to be movable from its open position into its closure position, and wherein, during a retraction operation of the combiner screen from its working position into its inoperative position, the rotary element is coupled to the drive mechanism of the combiner disc and the combiner disc can be driven so as to be movable from its working position into its inoperative position, and wherein, after the inoperative position of the combiner disc is reached, the drive mechanism of the combiner disc is decoupled from the rotary element and the drive mechanism of the covering is coupled to the rotary element and the covering can be driven so as to be movable from its open position into its closure position. - in the inoperative position of the combiner screen and the closure position of the covering, the rotary element is decoupled from a drive mechanism of the combiner screen, said drive mechanism driving the combiner screen in a movable manner, and is coupled to a drive mechanism of the covering, said drive mechanism driving the covering in a movable manner, - in the open position of the covering, the rotary element is decoupled from the drive mechanism of the covering and the rotary element is coupled to the drive mechanism of the combiner disc
Calender roll or guide roll, with a roll core and with, formed on the roll core, a roll covering which is intended for the treatment of a paper web, paperboard web, tissue web or other web of fibrous material in a machine for the production and/or finishing of the same and which comprises at least one layer of thickness at least 2 mm forming the external surface of the roll covering, where the at least one layer is composed of at least one epoxy resin or comprises a matrix made of at least one epoxy resin, characterized in that the at least one epoxy resin has covalently bonded partially fluorinated or perfluorinated groups, where the partially fluorinated or perfluorinated groups have a uniform distribution through the volume of the roll covering.
A stabilization apparatus (100, 300) of an elevator car, comprising: a base fixedly mounted with respect to the elevator car, wherein optionally the base is fixedly mounted to an upper guide shoe and/or a lower guide shoe of the elevator car; an upper swing arm (120a, 320a) and a lower swing arm (120b, 320b) disposed in parallel basically, first ends thereof being pivotably fixed to the base; a guide rail friction member capable of generating, with a guide rail, a frictional force for keeping static with respect to the guide rail, and having a first connecting shaft (1431, 3431) and a second connecting shaft (1411, 3411) for being connected to the upper swing arm (120a, 320a) and the lower swing arm (120b, 320b) respectively; and characterized in that the apparatus further comprises a damper having at least one end connected to the upper swing arm (120a, 320a) or the lower swing arm (120b, 320b); wherein the damper is configured to at least partially prevent the upper swing arm (120a, 320a) and the lower swing arm (120b, 320b) from relatively swinging, with the first connecting shaft (1431, 3431) and/or the second connecting shaft (1411, 3411) as a swinging pivot, along with the elevator car in a direction of the guide rail. a base fixedly mounted with respect to the elevator car, wherein optionally the base is fixedly mounted to an upper guide shoe and/or a lower guide shoe of the elevator car; an upper swing arm (120a, 320a) and a lower swing arm (120b, 320b) disposed in parallel basically, first ends thereof being pivotably fixed to the base; a guide rail friction member capable of generating, with a guide rail, a frictional force for keeping static with respect to the guide rail, and having a first connecting shaft (1431, 3431) and a second connecting shaft (1411, 3411) for being connected to the upper swing arm (120a, 320a) and the lower swing arm (120b, 320b) respectively; and characterized in that the apparatus further comprises a damper having at least one end connected to the upper swing arm (120a, 320a) or the lower swing arm (120b, 320b); wherein the damper is configured to at least partially prevent the upper swing arm (120a, 320a) and the lower swing arm (120b, 320b) from relatively swinging, with the first connecting shaft (1431, 3431) and/or the second connecting shaft (1411, 3411) as a swinging pivot, along with the elevator car in a direction of the guide rail.
A negative control type hydraulic system comprising: an engine; at least one variable-displacement hydraulic pump connected to the engine; at least one hydraulic actuator (10;11;12) connected to the hydraulic pump; switching valves (6,7,8) installed in a center bypass line of the hydraulic pump and shifted, in accordance with the supply of signal pressure from the outside, to control a flow of hydraulic fluid supplied to the hydraulic actuator (10;11;12); pilot signal pressure generation means (13,14) installed on a downstream side of the center bypass line to generate signal pressure for variably controlling a discharge flow rate of the hydraulic pump; a control lever outputting signal pressure in proportion to a manipulation amount; a shuttle valve selecting and outputting one of hydraulic fluid supplied from the hydraulic pump through a pilot line that is branched and connected to the center bypass line and return hydraulic fluid supplied through a recycle return line that is connected to a recycle valve of a switching valve recycling the hydraulic fluid that is returned from the hydraulic actuator (10;11;12); and a pressure reducing valve installed in a pilot line between the shuttle valve and the control lever, and controlling hydraulic fluid supplied from the shuttle valve when the control lever is manipulated so that the hydraulic fluid supplied through the shuttle valve can be used as the signal pressure in accordance with the manipulation of the control lever. an engine; at least one variable-displacement hydraulic pump connected to the engine; at least one hydraulic actuator (10;11;12) connected to the hydraulic pump; switching valves (6,7,8) installed in a center bypass line of the hydraulic pump and shifted, in accordance with the supply of signal pressure from the outside, to control a flow of hydraulic fluid supplied to the hydraulic actuator (10;11;12); pilot signal pressure generation means (13,14) installed on a downstream side of the center bypass line to generate signal pressure for variably controlling a discharge flow rate of the hydraulic pump; a control lever outputting signal pressure in proportion to a manipulation amount; a shuttle valve selecting and outputting one of hydraulic fluid supplied from the hydraulic pump through a pilot line that is branched and connected to the center bypass line and return hydraulic fluid supplied through a recycle return line that is connected to a recycle valve of a switching valve recycling the hydraulic fluid that is returned from the hydraulic actuator (10;11;12); and a pressure reducing valve installed in a pilot line between the shuttle valve and the control lever, and controlling hydraulic fluid supplied from the shuttle valve when the control lever is manipulated so that the hydraulic fluid supplied through the shuttle valve can be used as the signal pressure in accordance with the manipulation of the control lever.
Heat insulation material obtained by drying a fibrous matrix impregnated with a solution of pseudopeptides of formula, in which - R represents a side chain of a natural or synthetic amino acid, - R 1 represents either a linear or branched (C 1 -C 8)alkyl group, or a linear or branched (C 1 -C 8)alkoxy group, or an aryl group, or an aryl(C 1 -C 4)alkyl group, or an aryloxy group, or a saturated or unsaturated heterocycle, n = 1 or 2 and - A represents an aromatic or heteroaromatic group with one or more rings, said fibrous matrix having a low thermal conductivity less than 0.05 W/mK and a density less than 50kg/m 3, the thermal conductivity being measured by a method according to the description. - R represents a side chain of a natural or synthetic amino acid, - R 1 represents either a linear or branched (C 1 -C 8)alkyl group, or a linear or branched (C 1 -C 8)alkoxy group, or an aryl group, or an aryl(C 1 -C 4)alkyl group, or an aryloxy group, or a saturated or unsaturated heterocycle, n = 1 or 2 and - A represents an aromatic or heteroaromatic group with one or more rings, said fibrous matrix having a low thermal conductivity less than 0.05 W/mK and a density less than 50kg/m 3,
A liquefaction process for an incoming feedstock comprising predominantly ethane liquid into a liquid that meets specification for liquid ethane, comprising: distilling an incoming feedstock at a plurality of vessels (154, 156, 158, 168) to form a vapor and the liquid ethane for storage; directing the vapor to a demethanizer column; and circulating liquid from the demethanizer column back to the plurality of vessels (154, 156, 158, 168), at the plurality of vessels (154, 156, 158, 168): forming a first top product and a first bottom product from the incoming feedstock; separating the first bottom product into a second top product and a second bottom product; and forming a third bottom product from the first top product and the second top product, wherein the second bottom product and the third bottom product meets specification for liquid ethane; wherein the plurality of vessels (154, 156, 158, 168) comprises a flash drum, the process further comprising directing the second bottom product and the third bottom product to the flash drum, wherein the vapor and the liquid ethane originate from the flash drum, and it further comprises mixing the vapor with a return stream upstream of the demethanizer column, the return stream comprising boil-off gases. distilling an incoming feedstock at a plurality of vessels (154, 156, 158, 168) to form a vapor and the liquid ethane for storage; directing the vapor to a demethanizer column; and circulating liquid from the demethanizer column back to the plurality of vessels (154, 156, 158, 168), at the plurality of vessels (154, 156, 158, 168): forming a first top product and a first bottom product from the incoming feedstock; separating the first bottom product into a second top product and a second bottom product; and forming a third bottom product from the first top product and the second top product, wherein the second bottom product and the third bottom product meets specification for liquid ethane; wherein the plurality of vessels (154, 156, 158, 168) comprises a flash drum, the process further comprising directing the second bottom product and the third bottom product to the flash drum, wherein the vapor and the liquid ethane originate from the flash drum, and it further comprises mixing the vapor with a return stream upstream of the demethanizer column, the return stream comprising boil-off gases. forming a first top product and a first bottom product from the incoming feedstock; separating the first bottom product into a second top product and a second bottom product; and forming a third bottom product from the first top product and the second top product, wherein the second bottom product and the third bottom product meets specification for liquid ethane; wherein the plurality of vessels (154, 156, 158, 168) comprises a flash drum, the process further comprising directing the second bottom product and the third bottom product to the flash drum, wherein the vapor and the liquid ethane originate from the flash drum, and it further comprises mixing the vapor with a return stream upstream of the demethanizer column, the return stream comprising boil-off gases.
Device for fixing a vehicle seat, in particular a rail vehicle seat, to a floor of the vehicle, comprising: - at least one insert to be inserted into the floor, and at least one fixing element in addition to the insert, - a longitudinal fixing member (24; 24'; 24"), secured to an upright of the seat, extending in a longitudinal direction, comprising at least one through orifice (26; 26") to be passed through by a respective one of the at least one fixing element, the longitudinal fixing member (24; 24'; 24") being shaped to receive the fixing element in a plurality of possible positions in the longitudinal direction with respect to the upright of the seat, the plurality of possible positions forming a continuous segment extending in the longitudinal direction, characterized in that, in each possible position, the through orifice (26,26") coincides with the insert to allow fixing, the fixing element passing through the through-hole (26; 26") to reach and/or cooperate with the insert. - at least one insert to be inserted into the floor, and at least one fixing element in addition to the insert, - a longitudinal fixing member (24; 24'; 24"), secured to an upright of the seat, extending in a longitudinal direction, comprising at least one through orifice (26; 26") to be passed through by a respective one of the at least one fixing element, the longitudinal fixing member (24; 24'; 24") being shaped to receive the fixing element in a plurality of possible positions in the longitudinal direction with respect to the upright of the seat, the plurality of possible positions forming a continuous segment extending in the longitudinal direction,
A process for the isolation and analysis of microorganisms contained in a sample comprising the following steps: - collecting a determined volume in a sample, the determined volume representing all or part of this sample, likely to contain at least one microorganism, - splitting the collected volume into a plurality of compartments comprising a culture medium, the volume of each compartment being smaller than 10 μL, each compartment being isolated from the other compartments and having no interface with the ambient atmosphere, - incubating at least one microorganism in the compartments during a determined duration, - before or during the incubation, detecting compartments comprising at least one microorganism, - extending the incubation after detecting compartments comprising at least one microorganism until detecting a defined quantity of microorganism, - recovering the content of the detected compartments comprising at least one microorganism in receptacles for subsequent use, - determining at least one functional parameter relative to a microorganism in the compartments (6, 6') comprising at least one microorganism, wherein the steps for splitting, incubation, detection and determining at least one functional parameter are integrated into an automated system for isolating and analyzing microorganisms. - collecting a determined volume in a sample, the determined volume representing all or part of this sample, likely to contain at least one microorganism, - splitting the collected volume into a plurality of compartments comprising a culture medium, the volume of each compartment being smaller than 10 μL, each compartment being isolated from the other compartments and having no interface with the ambient atmosphere, - incubating at least one microorganism in the compartments during a determined duration, - before or during the incubation, detecting compartments comprising at least one microorganism, - extending the incubation after detecting compartments comprising at least one microorganism until detecting a defined quantity of microorganism, - recovering the content of the detected compartments comprising at least one microorganism in receptacles for subsequent use, - determining at least one functional parameter relative to a microorganism in the compartments (6, 6') comprising at least one microorganism,
An array of wet wipe packages comprising: a) a first package comprising a first wet wipe, wherein the first wet wipe comprises a first nonwoven material and a first lotion, wherein the first nonwoven material comprises from 14.5% to 45% cotton by weight of the first nonwoven material, wherein the first lotion comprises from 98.5% to 99.5% water by weight of the first lotion, wherein the first lotion is devoid of fragrance and/or perfume, and wherein the first wet wipe has an Equivalence Value from 30 to 95, wherein a mass of base solution required to bring a specified mass of the first lotion to a characteristic equivalence point is measured and expressed as a ratio of mass of added base to initial mass of lotion, and this dimensionless ratio, multiplied by 100, is expressed as the Equivalence Value; and b) a second package comprising a second wet wipe, wherein the second wet wipe comprises a second nonwoven material and a second lotion, wherein the second lotion is different than the first lotion; wherein the first package and the second package are separate from each other such that the first package is displayed on a store shelf separate from the second package in a way that the first package and the second package are visible to a consumer during the consumer's purchasing decision process; wherein the first package and the second package are designed to be sold individually; and wherein the first package and the second package each comprise a common brand name. a) a first package comprising a first wet wipe, wherein the first wet wipe comprises a first nonwoven material and a first lotion, wherein the first nonwoven material comprises from 14.5% to 45% cotton by weight of the first nonwoven material, wherein the first lotion comprises from 98.5% to 99.5% water by weight of the first lotion, wherein the first lotion is devoid of fragrance and/or perfume, and wherein the first wet wipe has an Equivalence Value from 30 to 95, wherein a mass of base solution required to bring a specified mass of the first lotion to a characteristic equivalence point is measured and expressed as a ratio of mass of added base to initial mass of lotion, and this dimensionless ratio, multiplied by 100, is expressed as the Equivalence Value; and b) a second package comprising a second wet wipe, wherein the second wet wipe comprises a second nonwoven material and a second lotion, wherein the second lotion is different than the first lotion; wherein the first package and the second package are designed to be sold individually; and wherein the first package and the second package each comprise a common brand name.
A method for initiating elevator service by entering an elevator call on a call input device operating a program including a plurality of graphical objects displayed on a graphical user interface, the method comprising the steps: selecting a first floor graphical object from the plurality of graphical objects; and selecting a second floor graphical object from the plurality of graphical objects; wherein each of the plurality of graphical objects is moveable and selecting the second floor graphical object comprises moving the first floor graphical object to overlay the second floor graphical object. selecting a first floor graphical object from the plurality of graphical objects; and selecting a second floor graphical object from the plurality of graphical objects;
Method for testing a semiconductor spark plug comprising two terminals (12, 14) and a head comprising two electrodes (18, 20) each connected to one of the two terminals and separated from each other by a semiconducting element, the method comprising: - a step consisting of depositing water on the head between the two electrodes (18, 20), such that the water forms a water meniscus covering the semiconducting element, - a step consisting of applying an electric voltage equal to an operating voltage of the spark plug between the first terminal and the second terminal, - a step consisting of identifying at least a first characteristic of the electric arcs induced between the electrodes (18, 20) when the electric voltage is applied, and - a step consisting of determining the operational or defective nature of the spark plug depending on the first characteristic of the electric arcs. - a step consisting of depositing water on the head between the two electrodes (18, 20), such that the water forms a water meniscus covering the semiconducting element, - a step consisting of applying an electric voltage equal to an operating voltage of the spark plug between the first terminal and the second terminal, - a step consisting of identifying at least a first characteristic of the electric arcs induced between the electrodes (18, 20) when the electric voltage is applied, and - a step consisting of determining the operational or defective nature of the spark plug depending on the first characteristic of the electric arcs.