mhurhangee/ep-ind-claims huggingface dataset:
A method of analyzing a sample comprising a mycotoxin, the method comprising: loading the sample in a column, wherein the column comprises an affinity resin; eluting the mycotoxin from the column; collecting an eluted sample comprising the mycotoxin in a multi-well sample plate; sealing the eluted sample in the multi-well sample plate; transferring the sealed multi-well sample plate; removing the eluted sample from the transferred multi-well sample plate; and analyzing the removed eluted sample. loading the sample in a column, wherein the column comprises an affinity resin; eluting the mycotoxin from the column; collecting an eluted sample comprising the mycotoxin in a multi-well sample plate; sealing the eluted sample in the multi-well sample plate; transferring the sealed multi-well sample plate; removing the eluted sample from the transferred multi-well sample plate; and analyzing the removed eluted sample.
A belt-type continuously variable transmission, comprising a fixed sheave integrally formed with a rotary shaft; a movable sheave fitted onto the rotary shaft in a manner to slide in an axial direction of the rotary shaft; and a belt interposed between the movable sheave and the fixed sheave to transmit power; characterized by: a bush, which is interposed between the rotary shaft and the movable sheave to allow the movable sheave to slide on the rotary shaft, and which is formed to have a smaller coefficient of thermal expansion at an axial end portion thereof in the vicinity of a contact face of the movable sheave to which the belt is contacted, in comparison with that at the other axial end portion. a bush, which is interposed between the rotary shaft and the movable sheave to allow the movable sheave to slide on the rotary shaft, and which is formed to have a smaller coefficient of thermal expansion at an axial end portion thereof in the vicinity of a contact face of the movable sheave to which the belt is contacted, in comparison with that at the other axial end portion.
Tool for removing a seal from a groove for receiving this seal in a chamber of a device for spraying water, characterised in that it comprises a contiguous end piece, symmetrical in respect of a longitudinal central plane and having a flat lower face, out of which come two longitudinal sliders each having a front end, and an upper face, characterised in that there are machined, successively from front to back: - at the front, facets inclined in respect of the lower face extending towards the ends of the sliders forming scraping tips; - a T-shaped ramp, from the lower lateral edge of which come the two facets, and of which the highest upper lateral edge, less broad than the lower lateral edge, is identical to the front lateral edge of a longitudinal central rod; and - the central rod is less broad in size than the inner face. - at the front, facets inclined in respect of the lower face extending towards the ends of the sliders forming scraping tips; - a T-shaped ramp, from the lower lateral edge of which come the two facets, and of which the highest upper lateral edge, less broad than the lower lateral edge, is identical to the front lateral edge of a longitudinal central rod; and - the central rod is less broad in size than the inner face.
Simulated moving bed membrane reactor, comprising a simulated moving bed reactor consisting of a set of interconnected columns packed with a solid and selective permeable membranes incorporated within the columns of said simulated moving bed reactor.
A method for controlling a wireless power receiver (120; 200) including a charging unit, the method comprising: receiving, from a wireless power transmitter, power wirelessly using resonance; rectifying, through a rectifying unit of the wireless power receiver, the received power; in response to a voltage of the rectified power being higher than or equal to an allowable voltage of the charging unit, controlling a converting unit of the wireless power receiver to convert a voltage of the rectified power and to output the converted power to the charging unit for charging a battery of the wireless power receiver, wherein the allowable voltage of the charging unit relates to a maximum voltage to be applied to the charging unit; and characterised by in response to a voltage of the rectified power being lower than the allowable voltage of the charging unit, outputting the rectified power directly to the converting unit by connecting the rectifying unit to the charging unit via a switch unit without converting the rectified power. receiving, from a wireless power transmitter, power wirelessly using resonance; rectifying, through a rectifying unit of the wireless power receiver, the received power; in response to a voltage of the rectified power being higher than or equal to an allowable voltage of the charging unit, controlling a converting unit of the wireless power receiver to convert a voltage of the rectified power and to output the converted power to the charging unit for charging a battery of the wireless power receiver, wherein the allowable voltage of the charging unit relates to a maximum voltage to be applied to the charging unit; and characterised by in response to a voltage of the rectified power being lower than the allowable voltage of the charging unit, outputting the rectified power directly to the converting unit by connecting the rectifying unit to the charging unit via a switch unit without converting the rectified power.
A hybrid powertrain for a vehicle, the powertrain comprising an internal combustion engine having a crank shaft rotatable about a geometric axis, an electric machine and a transmission having an input shaft rotatable about the geometric axis, and a clutch by which clutch the internal combustion engine and the transmission are selectively connectable to each other, a rotor of the electric machine being arranged on the crank shaft for rotating together with the crank shaft about the geometric axis, and the clutch being a dog clutch arranged for connecting and disconnecting the crank shaft of the internal combustion engine and the input shaft of the transmission to and from each other, the powertrain (1'; 1") comprising a further electric machine (14; 14') connected to the transmission, the transmission comprising a final drive and an intermediate shaft, the input shaft of the transmission and the intermediate shaft being connected to each other, and the intermediate shaft and the final drive being connected to each other, the further electric machine being connected to the intermediate shaft, characterized in that the further electric machine is permanently connected to the intermediate shaft.
A method of making a defoamer composition comprising silicone droplets emulsified in an aqueous phase, the method comprising: a) providing a silicone phase comprising a filled silicone made by: i) providing from 75 weight parts to 90 weight parts of a linear hydroxyl terminated siloxane having a neat viscosity at 25°C of from 10 mm 2 /s to 3000 mm 2 /s, and ii) dispersing from 10 weight parts to 25 weight parts of silica in said siloxane to make a filled silicone; b) mixing said filled silicone with a high viscosity dimethylsiloxane having a viscosity at 25°C of from 10 000 mm 2 /s to 100 000 mm 2 /s at a weight ratio (HVD:FS) of from 50:1 to 5:1, prior to emulsifying said silicone in said aqueous phase. c) providing an aqueous phase; d) emulsifying said silicone phase in said aqueous phase to form silicone droplets in water emulsion. a) providing a silicone phase comprising a filled silicone made by: i) providing from 75 weight parts to 90 weight parts of a linear hydroxyl terminated siloxane having a neat viscosity at 25°C of from 10 mm 2 /s to 3000 mm 2 /s, and ii) dispersing from 10 weight parts to 25 weight parts of silica in said siloxane to make a filled silicone; i) providing from 75 weight parts to 90 weight parts of a linear hydroxyl terminated siloxane having a neat viscosity at 25°C of from 10 mm 2 /s to 3000 mm 2 /s, and ii) dispersing from 10 weight parts to 25 weight parts of silica in said siloxane to make a filled silicone; b) mixing said filled silicone with a high viscosity dimethylsiloxane having a viscosity at 25°C of from 10 000 mm 2 /s to 100 000 mm 2 /s at a weight ratio (HVD:FS) of from 50:1 to 5:1, prior to emulsifying said silicone in said aqueous phase. c) providing an aqueous phase; d) emulsifying said silicone phase in said aqueous phase to form silicone droplets in water emulsion.
A method of producing an engineered human T cell, comprising expressing a TCR inhibitory molecule in the T cell, wherein the TIM is encoded by a nucleic acid sequence selected from SEQ ID Nos: 80, 82, 84 or 86.
A process for the manufacture of a fluoroalkyl fluoroformate of formula, FCHROC F, wherein R denotes linear or branched alkyl with 1 to 5 C atoms, CH(CH 3) = CH, C(CH 3) 2 = CH, or CH 2 = CHX wherein X is CH 2 or C 2 H 4, wherein said process consists in substituting the chlorine atoms of the respective chloroalkyl chloroformate compound by fluorine atoms using a fluorinating agent which is an alkali or alkaline earth metal fluoride, an amine hydrofluoride, or an HF adduct thereof.
An anisotropic conductive material including electric conductive particles dispersed in a thermosetting resin, characterized in that the electric conductive particles consist of low melting point particles having a solidus temperature of at least 125°C, a peak temperature of at most 200°C, and a temperature difference between the solidus temperature and the peak temperature of least 15°C and further characterized in that the low melting point particles are made of an alloy having a composition consisting of 25 -75 mass % of Bi, 0- 2 mass % of at least one of Ag, Cu, Ni, Cr, P, Ge, and Zn and a remainder of Sn.
A method for detecting a leak in a heat exchanger of a hemodialysis device by a controller including a memory, characterized in that the method comprises: opening a drain valve by the controller, the drain valve being disposed in a spent dialysate circuit; closing the drain valve by the controller after a pre-selected time period; determining an initial pressure in the spent dialysate circuit by the controller, and storing the initial pressure in the memory; sensing a system pressure at periodic time intervals and comparing to a pre-determined maximum pressure; determining, by the controller, whether the heat exchanger has a leak, wherein: in response to the system pressure exceeding a predetermined maximum pressure, generating a command to execute an event including one or more of generating an alarm, suspending a disinfectant operation with a disinfecting agent, suspending system operation, and opening the drain valve; and in response to the initial pressure subtracted from the system pressure being greater than a predetermined minimum pressure differential, generating a command to execute an event including one or more of generating an alarm, suspending the disinfectant operation with the disinfecting agent, suspending system operation, and opening the drain valve. in response to the system pressure exceeding a predetermined maximum pressure, generating a command to execute an event including one or more of generating an alarm, suspending a disinfectant operation with a disinfecting agent, suspending system operation, and opening the drain valve; and in response to the initial pressure subtracted from the system pressure being greater than a predetermined minimum pressure differential, generating a command to execute an event including one or more of generating an alarm, suspending the disinfectant operation with the disinfecting agent, suspending system operation, and opening the drain valve.
A power providing device (100, 100a, 100b), comprising: a charger (103, 186) comprising charging circuitry configured to provide a power to an electronic device (150, 150a, 150b) external to the power providing device (100, 100a, 100b); characterized by a processor (104, 187) configured to: receive, from the electronic device (150, 150a, 150b), at least one of information on a variation in a voltage of a battery (152, 930) of the electronic device (150, 150a, 150b) per unit time and information on a variation in a capacity of the battery (152, 930) of the electronic device (150, 150a, 150b) per unit time, and control the charger (103, 186) to adjust at least one of a voltage or a current of the power based on the at least one of said information on the variation in the voltage per unit time and said information on the variation in the capacity per unit time. a charger (103, 186) comprising charging circuitry configured to provide a power to an electronic device (150, 150a, 150b) external to the power providing device (100, 100a, 100b); characterized by a processor (104, 187) configured to: receive, from the electronic device (150, 150a, 150b), at least one of information on a variation in a voltage of a battery (152, 930) of the electronic device (150, 150a, 150b) per unit time and information on a variation in a capacity of the battery (152, 930) of the electronic device (150, 150a, 150b) per unit time, and control the charger (103, 186) to adjust at least one of a voltage or a current of the power based on the at least one of said information on the variation in the voltage per unit time and said information on the variation in the capacity per unit time. receive, from the electronic device (150, 150a, 150b), at least one of information on a variation in a voltage of a battery (152, 930) of the electronic device (150, 150a, 150b) per unit time and information on a variation in a capacity of the battery (152, 930) of the electronic device (150, 150a, 150b) per unit time, and control the charger (103, 186) to adjust at least one of a voltage or a current of the power based on the at least one of said information on the variation in the voltage per unit time and said information on the variation in the capacity per unit time.
A sling assembly (10; 106) comprising, a sleeve (9; 61; 110; 119) having a first end and a second end, a sling (11; 63; 108) residing, at least partially, within the sleeve (9; 61; 110; 119), an association loop (1; 3; 22; 32; 46; 58; 66; 74; 84; 94; 104; 122) located 10 at a first end of the sling assembly (10; 106) and sized and shaped for aussociating the sling assembly (10; 106) with a shaft of a delivery device, a dilator (5; 7; 28; 41; 52; 62; 72; 82; 92; 102; 112) having a first end and a second end, and attached to a first end of the sleeve (9; 61; 110; 119), wherein a material forming the loop (1; 3; 22; 32; 46; 58; 66; 74; 84; 94; 104; 122) axially extends into the second end of the dilator (5; 7; 28; 41; 52; 62; 72; 82; 92; 102; 112).
A polyurethane dispersion comprising particles of a polyurethane dispersed in a dispersing medium, wherein the polyurethane is obtainable by reacting a polyol and an isocyanate, wherein the polyol comprises: a) at least one dimer fatty residue selected from a dimer fatty diacid residue, a dimer fatty diol residue and a dimer fatty diamine residue; b) at least one furan dicarboxylic acid residue; and c) at least 10wt% of at least one residue of a C 2 to C 10 diol. a) at least one dimer fatty residue selected from a dimer fatty diacid residue, a dimer fatty diol residue and a dimer fatty diamine residue; b) at least one furan dicarboxylic acid residue; and c) at least 10wt% of at least one residue of a C 2 to C 10 diol.
Stent for implanting into a cavity of a human or animal body, wherein the stent comprises at least one tubular hollow body, wherein the tubular hollow body has at least one surface, wherein the surface is coated completely with an X-ray-opaque layer structure which comprises a plurality of superposed layers, wherein the X-ray-opaque layer structure has at least ten layers, wherein the layers are each made of at least one metal which has an atomic number of from 22 to 83, wherein the metal is selected from the group consisting of: tungsten, niobium, tantalum, titanium, wherein the layers each have a layer thickness d in the range from 1 nm to 400 nm.
A fluid-driven motor comprising: (a) a manifold including a first fluid flow channel and a second fluid flow channel, said manifold providing an arcuate seal defining: (i) a first valve opening in fluid connection with said first fluid flow channel, (ii) a second valve opening in fluid connection with said second fluid flow channel, and (iii) at least one sealing surface; (b) a cylinder having a cylinder head mounted pivotally on said manifold, said cylinder head providing a facing surface configured to cooperate with said arcuate seal, said facing surface having at least one aperture; and (c) a piston deployed within said cylinder so as to be driven to extend by pressure of a fluid introduced to an internal volume of said cylinder, wherein said arcuate seal and said facing surface cooperate to define a position-responsive valve configuration such that, when said cylinder assumes a neutral position, said at least one aperture is in facing relation with said at least one sealing surface, when said cylinder is angularly displaced in a first direction from said neutral position, said at least one aperture overlaps said first valve opening such that said internal volume of said cylinder is in fluid connection with said first fluid flow channel, and when said cylinder is angularly displaced in a second direction from said neutral position, said at least one aperture overlaps said second valve opening such that said internal volume of said cylinder is in fluid connection with said second fluid flow channel, characterized in that said manifold further comprises a pressure compensation volume underlying at least part of said at least one sealing surface, said pressure compensation volume being interconnected via one-way valves (44, 46) so as to receive fluid pressure from both said first flow channel and said second flow channel. (a) a manifold including a first fluid flow channel and a second fluid flow channel, said manifold providing an arcuate seal defining: (i) a first valve opening in fluid connection with said first fluid flow channel, (ii) a second valve opening in fluid connection with said second fluid flow channel, and (iii) at least one sealing surface; (i) a first valve opening in fluid connection with said first fluid flow channel, (ii) a second valve opening in fluid connection with said second fluid flow channel, and (iii) at least one sealing surface; (b) a cylinder having a cylinder head mounted pivotally on said manifold, said cylinder head providing a facing surface configured to cooperate with said arcuate seal, said facing surface having at least one aperture; and (c) a piston deployed within said cylinder so as to be driven to extend by pressure of a fluid introduced to an internal volume of said cylinder,
An adsorbent laminate sheet for high frequency PSA processes, said sheet comprising a support material coated with a mixture of an adsorbent material and binder(s); and ceramic spacers integral with said adsorbent laminate sheet.
A garment comprising a molded fabric laminate, the molded fabric laminate comprising: a first fabric layer comprising at least 80% natural fibers; a second fabric layer comprising at least 80% natural fibers; and a patterned layer of cured shape memory elastomer molded between the first and second fabric layers, wherein the patterned layer of the cured shape memory elastomer is a continuous layer of the cured shape memory elastomer defining at least 24 openings (304, 314, 324, 334, 344, 354) per square centimeter of the patterned layer, wherein the openings are free of the cured shape memory elastomer, and wherein the openings define less than 50% of the surface area of the patterned layer. a first fabric layer comprising at least 80% natural fibers; a second fabric layer comprising at least 80% natural fibers; and a patterned layer of cured shape memory elastomer molded between the first and second fabric layers, wherein the patterned layer of the cured shape memory elastomer is a continuous layer of the cured shape memory elastomer defining at least 24 openings (304, 314, 324, 334, 344, 354) per square centimeter of the patterned layer, wherein the openings are free of the cured shape memory elastomer, and wherein the openings define less than 50% of the surface area of the patterned layer.
A device, in particular nozzle, for the treatment of waste water, comprising an outer tube and an inner tube, wherein a space is formed between the outer tube and the inner tube, wherein the space between the outer tube and the inner tube is divided in at least two chambers (3a, 3b) in the longitudinal direction of the tubes, wherein the inner tube tapers and widens again in the longitudinal direction, and the inner tube has at least one opening (4a, 4b) at the tapered portion in each chamber (3a, 3b), wherein at least one catalyst is arranged on the inside and / or inside the inner tube.
Toilet hinge fastening arrangement comprising; - a base member having a lower face adapted to abut an upper face of a toilet bowl, - a fastener for securing the base member to the toilet bowl through a mounting hole in said base member, - a shaft member extending upwardly from the base member and adapted to interface with fastening means in a toilet hinge arrangement, - a locking member adapted to secure the shaft member to the base member, characterised in that the shaft member is releasably retained in a grove provided in the base member, said grove having either a first recess or a first protrusion which is respectively adapted to cooperate with a complementary first protrusion or a first recess on the shaft member to secure the shaft member to the base member, that the locking member is adapted to be inserted into the grove, said grove having either a second recess or a second protrusion which is respectively adapted to cooperate with a complementary second protrusion or second recess on the locking member and providing a locked position for the locking member where the shaft member is retained. - a base member having a lower face adapted to abut an upper face of a toilet bowl, - a fastener for securing the base member to the toilet bowl through a mounting hole in said base member, - a shaft member extending upwardly from the base member and adapted to interface with fastening means in a toilet hinge arrangement, - a locking member adapted to secure the shaft member to the base member, characterised in that the shaft member is releasably retained in a grove provided in the base member, said grove having either a first recess or a first protrusion which is respectively adapted to cooperate with a complementary first protrusion or a first recess on the shaft member to secure the shaft member to the base member, that the locking member is adapted to be inserted into the grove, said grove having either a second recess or a second protrusion which is respectively adapted to cooperate with a complementary second protrusion or second recess on the locking member and providing a locked position for the locking member where the shaft member is retained.