mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal dehydration method implemented by a straight-drum centrifugal dehydration device in which solid/liquid separation of a processing liquid is performed and solids and a separated liquid are recovered, with this device being formed to have a straight-drum bowl which rotates in one direction and a screw conveyor constructed by having a spiral blade wound around an outer periphery of a rotary drum which is housed in the bowl and which coaxially rotates with the bowl in the same direction while having a difference in rotational speed from the bowl, with the straight-drum centrifugal dehydration device being formed of a straight section in which an inner peripheral wall of the bowl forms a cylindrical shape extending along a rotating shaft of the bowl, and in which an upstream side of an outer peripheral surface of the rotary drum of the screw conveyor is formed a straight section constituted by a straight circumferential surface, and also its downstream side is formed a tapered section which spreads outward and away from the straight section, wherein a ratio L1/L2 of an axial length L1 of the straight section from a processing liquid feed opening of the rotary drum to a starting point of the tapered section and an axial length L2 of the tapered section of the rotary drum ranges from 1.2 to 5.0, and an inclination angle of a taper starting portion of the tapered section ranges from 5 to 30 degrees, and wherein an inverse tapered surface that is inclined inward from a downstream end of the tapered section is formed, the inverse tapered surface forms a choke passage whose sectional area gradually decreases toward the downstream side and functions as a dewatered cake discharge path together with a bowl-side inverse tapered surface the method being implemented in which the processing liquid is fed into an annular space between the bowl and the screw conveyor via a processing liquid feed chamber formed inside the rotary drum, while solid/liquid is separated by centrifugal force created by rotation of the bowl and the screw conveyor, the separated liquid is discharged from a separated liquid discharge opening, a dewatered cake is pushed into a dewatered cake discharge path by centrifugal head pressure and a transport force of the screw conveyor, the dewatered cake is gradually moved to a high-centrifugal force field by the tapered section toward the dewatered cake discharge path and is dewatered by gradually reducing a passage area of the dewatered cake toward the side of the dewatered cake discharge path, sand the dewatered cake passing the tapered section is squeezed in the choke passage and further dewatered.
A method for operating an elevator which method comprises: receiving a signal indicating start of a journey; receiving signals from at least one safety circuit group, characterized in that the at least one safety circuit group comprises at least two safety circuits, wherein the at least two safety circuits are configured to monitor same elevator components and the at least two safety circuits each comprising a plurality of serially connected switches; and allowing operation of said elevator when each of the at least one safety circuit group has at least one safety circuit indicating that said elevator is safe (302 - 304). receiving a signal indicating start of a journey; receiving signals from at least one safety circuit group, characterized in that the at least one safety circuit group comprises at least two safety circuits, wherein the at least two safety circuits are configured to monitor same elevator components and the at least two safety circuits each comprising a plurality of serially connected switches; and allowing operation of said elevator when each of the at least one safety circuit group has at least one safety circuit indicating that said elevator is safe (302 - 304).
A method for lubricating the passage of a container along a conveyor comprising applying a lubricant composition through non-energized nozzles to at least a portion of the conveyor-contacting surface of the container, wherein the lubricant is applied from a spray nozzle at a pressure of between 34,5 and 551,6 kPa (5 and 80 psi), the lubricant composition comprising a silicone emulsion, wherein the lubricant composition contains 0,0075 to 20 wt.% of the silicone material, 0,001 to 15 wt.% of a water-miscible lubricant selected from the group consisting of fatty amines, and 65 to 99,99 wt.% water, wherein the lubricant composition contains less than 500 ppm of triethanolamine salts of alkyl benzene sulfonic acid compounds.
Pull-out hose device, preferably sanitary pull-out hose device, comprising - a hose box with a box housing, - a pull-out hose held on the box housing to be pulled out and having at least one hose bend (5a, 5b) accommodated in the box housing, and - a fluid connector for the pull-out hose, characterized in that - the hose box has a box holding frame, to which frame the box housing is removably attachable in a mounting direction and is detachable from the box holding frame in a demounting direction, - the fluid connector includes a first connector part disposed on the box housing, to which connector part the pull-out hose is connected with one hose end, and a second connector part disposed on the box holding frame, and - the first and the second connector parts (4a, 4b) are connectable to each other in a fluid-tight manner in the mounting direction and are disconnectable from each other in the demounting direction. - a hose box with a box housing, - a pull-out hose held on the box housing to be pulled out and having at least one hose bend (5a, 5b) accommodated in the box housing, and - a fluid connector for the pull-out hose, characterized in that - the hose box has a box holding frame, to which frame the box housing is removably attachable in a mounting direction and is detachable from the box holding frame in a demounting direction, - the fluid connector includes a first connector part disposed on the box housing, to which connector part the pull-out hose is connected with one hose end, and a second connector part disposed on the box holding frame, and - the first and the second connector parts (4a, 4b) are connectable to each other in a fluid-tight manner in the mounting direction and are disconnectable from each other in the demounting direction.
Silver based inorganic antibacterial agent comprising, as an effective ingredient, a compound represented by the following general formula: Ag a Na b H c (H 3 O) d Zr e Hf f (PO 4) 3 ·nH 2 O wherein, in the general formula, a, b, c, d, e and f are positive numbers which satisfy 1.75<(e+f)<2.25 and a+b+c+d+4(e+f)= 8.49-9.55, b is 0.02-0.15, and n is 0.05-0.27.
Aerosol-generating device for use with an aerosol-generating article, the aerosol-generating device comprising a chamber for removably receiving at least a portion of the aerosol-generating article, wherein along a center axis of the chamber, an inner surface of the chamber comprises a first axial portion and a second axial portion, wherein the first axial portion is closer to a proximal end of the chamber than the second axial portion, wherein the second axial portion is dimpled comprising a plurality of indentations, wherein the plurality of indentations are punctiform and extend from a base level area of the second axial portion outwards in a direction away from the center axis, and wherein the first axial portion comprises a plurality of first protrusions, wherein the plurality of first protrusions are configured to contact at least a portion of the aerosol-generating article received in the chamber, and wherein the plurality of first protrusions extend from a base level area of the first axial portion in a direction towards the center axis beyond the base level area of the second axial portion.
A middle- or large-sized battery module including two or more battery cartridges, each battery cartridge having two or more unit cells mounted therein, wherein each battery cartridge includes at least one rotation part, which is formed at a cartridge case constructed generally with a plate-shaped structure, in the longitudinal direction of the battery cartridge and/or in the lateral direction of the battery cartridge, such that plate-shaped members of the battery cartridge can be folded by a predetermined angle in the longitudinal direction of the battery cartridge and/or in the lateral direction of the battery cartridge, each cartridge case is provided at the outer surface thereof with connection terminals, which are electrically connected to electrode terminals of the unit cells, and detection parts for detecting voltages and temperatures of the unit cells, and upper and lower ends of inside and outside surfaces of the plate-shaped members protrude from the plate-shaped members such that middle parts of the inside surfaces of the plate-shaped members are spaced apart from each other when at least one of the two or more battery cartridges is fully folded or the battery cartridges are successively stacked one on another.
A method of laundering a fabric, comprising the steps of; i) contacting a fabric with a lipid esterase in the wash cycle of a washing operation; ii) contacting the fabric from step (i) with a cationically charged fabric softening active, wherein the cationically charged fabric softening active is a substrate for the lipid esterase; iii) contacting the fabric from step (ii) with a laundry detergent composition, wherein the laundry detergent composition comprises an anionic detersive surfactant, wherein the anionic detersive surfactant is present at the ratio of anionic surfactant to fabric on a weight to weight basis of from 1:150 to 1:500. i) contacting a fabric with a lipid esterase in the wash cycle of a washing operation; ii) contacting the fabric from step (i) with a cationically charged fabric softening active, wherein the cationically charged fabric softening active is a substrate for the lipid esterase; iii) contacting the fabric from step (ii) with a laundry detergent composition, wherein the laundry detergent composition comprises an anionic detersive surfactant, wherein the anionic detersive surfactant is present at the ratio of anionic surfactant to fabric on a weight to weight basis of from 1:150 to 1:500.
Method of genetic analysis of single cell samples comprising the steps of a) providing at least one single cell sample contained in a microplate comprising at least 5 wells/cm 2, wherein each single cell sample is contained in an individual well of said microplate, said single cell sample being selected from a single cell and cells expanded from one single cell; b) lysing each of said at least one single cell sample in each of said individual well(s) to obtain nucleic acids, such as DNA and RNA, from said at least one single cell sample; c) amplifying a genetically relevant portion of said nucleic acids by performing a polymerase chain reaction using at least one primer comprising at least one capture label to obtain a labeled amplified PCR-product in each of said individual well(s); and d) analyzing said labeled amplified PCR-product in each of said individual well(s) wherein said analyzing comprises capturing said PCR-product in each of said individual wells via said capture label to a capture means in said wells. a) providing at least one single cell sample contained in a microplate comprising at least 5 wells/cm 2, wherein each single cell sample is contained in an individual well of said microplate, said single cell sample being selected from a single cell and cells expanded from one single cell; b) lysing each of said at least one single cell sample in each of said individual well(s) to obtain nucleic acids, such as DNA and RNA, from said at least one single cell sample; c) amplifying a genetically relevant portion of said nucleic acids by performing a polymerase chain reaction using at least one primer comprising at least one capture label to obtain a labeled amplified PCR-product in each of said individual well(s); and d) analyzing said labeled amplified PCR-product in each of said individual well(s) wherein said analyzing comprises capturing said PCR-product in each of said individual wells via said capture label to a capture means in said wells.
A process for the preparation of an agglomerated rubber latex, which process comprises the following steps: a) emulsion polymerization of the at least one unsaturated monomer in the presence of at least one resin acid-based emulsifier and at least one alkalipersulfate initiator to obtain a starting rubber latex having a weight average particle diameter Dw of equal to or less than 120 nm, and wherein the following relation is met: K = W * 1 − 1.4 * S * D W is less than 2.3 nm or more than 6.0 nm, and wherein W denotes the amount, in parts per one hundred parts by weight (pphr) of latex solids, of decomposed alkalipersulfate determined by iodometric titration, S is the amount of an optional salt (in weight-% based on latex solids), b) subjecting said starting rubber latex to agglomeration, wherein the content of fatty acids in the resin acid based emulsifier is less than 1 % by weight based on the total weight of the resin acid-based emulsifier. a) emulsion polymerization of the at least one unsaturated monomer in the presence of at least one resin acid-based emulsifier and at least one alkalipersulfate initiator to obtain a starting rubber latex having a weight average particle diameter Dw of equal to or less than 120 nm, and wherein the following relation is met: K = W * 1 − 1.4 * S * D W is less than 2.3 nm or more than 6.0 nm, and wherein W denotes the amount, in parts per one hundred parts by weight (pphr) of latex solids, of decomposed alkalipersulfate determined by iodometric titration, S is the amount of an optional salt (in weight-% based on latex solids), is less than 2.3 nm or more than 6.0 nm, and wherein W denotes the amount, in parts per one hundred parts by weight (pphr) of latex solids, of decomposed alkalipersulfate determined by iodometric titration, S is the amount of an optional salt (in weight-% based on latex solids), b) subjecting said starting rubber latex to agglomeration,
A unitary solid state drive, SSD, assembly, the unitary SSD assembly comprising: a non-volatile memory, NVM; a processor communicatively coupled to the NVM; a network interface device communicatively coupled to the processor, wherein the network interface device is configured to communicate via a network fabric according to a NVM express over Fabrics, NVMe-oF, communication protocol, and wherein the NVM, the processor, and the network interface device are arranged in a unitary assembly; and a network connector coupled to the network interface device, wherein the processor is configured to implement the NVMe-oF communication protocol and characterized in that to use same to establish a logical connection to an external solid state memory over the network fabric, thereby enabling transfer of data between the NVM and the external solid state memory without first transferring any of the data to a host computer. a non-volatile memory, NVM; a processor communicatively coupled to the NVM; a network interface device communicatively coupled to the processor, wherein the network interface device is configured to communicate via a network fabric according to a NVM express over Fabrics, NVMe-oF, communication protocol, and wherein the NVM, the processor, and the network interface device are arranged in a unitary assembly; and a network connector coupled to the network interface device, wherein the processor is configured to implement the NVMe-oF communication protocol and characterized in that to use same to establish a logical connection to an external solid state memory over the network fabric, thereby enabling transfer of data between the NVM and the external solid state memory without first transferring any of the data to a host computer.
Agricultural seed drill (1,1A,1B), in particular a single-grain seed drill, for depositing seed and/or fertilizer, comprising a frame (3,5,18) extending transversely to the direction of travel and a plurality of rotatingly driven metering and/or spreading elements (21,6) arranged at a distance from one another on the frame (3,5,18), wherein each metering and/or spreading element (21,6) has its own drive unit for depositing metered, in particular separated, seed within a seed row, and the seed drill (1, 1A, 1B) comprises at least one detection device for detecting measured values and a control device which controls the drive unit of each metering and/or spreading element in such a way that the rate of the metered, in particular separated, deposited seed within a seed row corresponds at least approximately to a constant, adjustable value, wherein the control device is provided for individually controlling the speed of each metering and/or spreading element (21,6) on the basis of data supplied to the control device, and the at least one detection device for detecting measured values is designed as a yaw rate sensor, and the drive of each metering and/or spreading element (21,6) is controlled on the basis of the measured yaw rates, characterized in that the control device is configured such that for each metering and/or spreading element (21,6), on the basis of the path velocities of the metering and/or spreading elements (21,6) and the target rate of the seed to be deposited, a deposition time of the seed to be deposited that matches the target rate of the seed to be deposited is determined and the fertilizer to be deposited is deposited in a manner coordinated with the determined deposition times of the seed to be deposited.
Work tool (1, 11) protected by a wearing part (2, 12) having at least one active portion and one connection portion mounted on the work tool (1, 11) by means of a guiding groove provided in the work tool (1, 11), characterized in that the rotational and translational locking of the said wearing part (2, 12) is carried out by means of a locking wedge mounted between the said connection portion and the said guiding groove.
Self-propelled construction machine, in particular road milling machine, which has a machine frame and a milling drum housing in which a milling drum is arranged, a scraper device with a scraper blade being provided behind the milling drum in the direction of work which is height-adjustable using a drive unit in relation to the milling drum, characterised in that the construction machine has a control and/or regulator unit for the drive unit for the adjustment of the height of the scraper blade and a measurement device to measure the distance (Δ) between at least one reference point, which relates to the lower edge of the scraper blade, and the milled material, the control and/or regulator unit being designed in such a way that, as the material is milled off by the milling drum, the height of the scraper blade is adjusted depending on the height of the milled material remaining in the milled track.
An intraocular lens injector configured to inject an intraocular lens having an optical portion and a pair of support portions (9a, 9b) extending from the optical portion into an eye, comprising: said intraocular lens; an injector main body having a lens setting portion on which the intraocular lens is set and defining a central axis direction and a height direction; and a holding portion that holds a tip end part of a front support portion of the pair of support portions, wherein the front support portion is disposed in front of the lens setting portion; wherein the intraocular lens is set on the lens setting portion in a no-load state; characterized by a displacement mechanism that simultaneously displaces the optical portion in the central axis direction and in the height direction relative to the front support portion while the tip end part of the front support portion is prevented from moving forwardly by the holding portion. said intraocular lens; an injector main body having a lens setting portion on which the intraocular lens is set and defining a central axis direction and a height direction; and a holding portion that holds a tip end part of a front support portion of the pair of support portions, wherein the front support portion is disposed in front of the lens setting portion; wherein the intraocular lens is set on the lens setting portion in a no-load state; characterized by a displacement mechanism that simultaneously displaces the optical portion in the central axis direction and in the height direction relative to the front support portion while the tip end part of the front support portion is prevented from moving forwardly by the holding portion.
A method for secondary descaling running steel strips during their hot rolling, by projecting water at their surface by means of spraying ramps with nozzles supplied with pressurized water, characterized in that it consists of supplying said nozzles under low hydraulic pressure, not exceeding 30 bars and in that said nozzles are adjusted so that the heat flow density extracted from the strip resulting from the cooling of its surface by the projected water is comprised between 6.5 and 20 MW/m 2 for a strip temperature comprised between 900 and 1,100°C.
A size marker for electrophoresis, characterized in that it contains at least three pairs of molecules the sizes of which are selected to allow the generation of a succession of at least three double-peaks in one same electropherogram, said successive double-peaks being spaced on the electropherogram by a distance ("B") greater than the distance ("A") separating the two peaks of a double-peak, the size difference ("b") between pairs of molecules contained in said marker which generate said successive double-peaks being greater than twice the size difference ("a") between two molecules of one same pair (b>2a), said size difference ("b") between pairs of molecules within the marker being defined as the difference between the longest molecule of a first pair and the shortest molecule of the following pair.