mhurhangee/ep-ind-claims huggingface dataset:
A fluid storage tank comprising: a first casing wall forming all outer sides of the fluid storage tank in length, width, and height directions, the first casing wall forming a cavity therein to store fluid; a plurality of partition plates arranged in the length direction of the first casing wall to divide the cavity into a plurality of sub-cavities; and end units disposed between the first casing wall and outermost partition plates of the plurality of partition plates, wherein fluid passage holes are formed in the partition plates to allow the fluid to flow between the sub-cavities, and the fluid passage holes comprise gas passage holes in upper regions of the partition plates and liquid passage holes in lower regions of the partition plates, wherein bracket units are disposed between the partition plates adjacent to each other, wherein parts of the bracket units are arranged between the partition plates in the height and width directions, wherein openings are formed in the bracket units, and wherein each of the bracket units comprises: height bracket parts arranged between the partition plates in the height direction; and width bracket parts arranged between the partition plates in the width direction. a first casing wall forming all outer sides of the fluid storage tank in length, width, and height directions, the first casing wall forming a cavity therein to store fluid; a plurality of partition plates arranged in the length direction of the first casing wall to divide the cavity into a plurality of sub-cavities; and end units disposed between the first casing wall and outermost partition plates of the plurality of partition plates, wherein fluid passage holes are formed in the partition plates to allow the fluid to flow between the sub-cavities, and the fluid passage holes comprise gas passage holes in upper regions of the partition plates and liquid passage holes in lower regions of the partition plates, wherein bracket units are disposed between the partition plates adjacent to each other, wherein parts of the bracket units are arranged between the partition plates in the height and width directions, wherein openings are formed in the bracket units, and wherein each of the bracket units comprises: height bracket parts arranged between the partition plates in the height direction; and width bracket parts arranged between the partition plates in the width direction. wherein openings are formed in the bracket units, and wherein each of the bracket units comprises: height bracket parts arranged between the partition plates in the height direction; and width bracket parts arranged between the partition plates in the width direction. height bracket parts arranged between the partition plates in the height direction; and width bracket parts arranged between the partition plates in the width direction.
A method or an industrial process for producing a biodiesel or a fat-based diesel fuel from a feedstock comprising a palm oil fatty acid distillate (PFAD) or a feedstock comprising a palm oil, dende oil, an oil from a plant of the genus Elaeis or Attalea, the method comprising: (a) providing a palm oil fatty acid distillate (PFAD) or a feedstock comprising a palm oil, dende oil, an oil from a plant of the genus Elaeis or Attalea; (b) providing an alcohol; (c) subjecting the PFAD or feedstock of (a) to an esterification/ transesterification reaction with the alcohol under conditions comprising at or above the critical temperature and pressure of the alcohol in the absence of any catalyst, wherein free fatty acids (FFAs) in the PFAD or feedstock undergo an esterification reaction with the alcohol to generate a product comprising fatty acid alkyl esters, and the glycerides undergo a transesterification reaction with the alcohol to generate a product comprising fatty acid alkyl esters; and (d) separating the product generated in the esterification/transesterification reaction of step (c) into a "light" fraction comprising the lighter alkyl esters, optionally alkyl esters with 16 or fewer carbons, and a "heavy" fraction comprising heavy alkyl esters, optionally alkyl esters with more than 16 carbons, and any unreacted FFAs. (a) providing a palm oil fatty acid distillate (PFAD) or a feedstock comprising a palm oil, dende oil, an oil from a plant of the genus Elaeis or Attalea; (b) providing an alcohol; (c) subjecting the PFAD or feedstock of (a) to an esterification/ transesterification reaction with the alcohol under conditions comprising at or above the critical temperature and pressure of the alcohol in the absence of any catalyst, wherein free fatty acids (FFAs) in the PFAD or feedstock undergo an esterification reaction with the alcohol to generate a product comprising fatty acid alkyl esters, and the glycerides undergo a transesterification reaction with the alcohol to generate a product comprising fatty acid alkyl esters; and (d) separating the product generated in the esterification/transesterification reaction of step (c) into a "light" fraction comprising the lighter alkyl esters, optionally alkyl esters with 16 or fewer carbons, and a "heavy" fraction comprising heavy alkyl esters, optionally alkyl esters with more than 16 carbons, and any unreacted FFAs.
A brake system, in particular for use in motor vehicles, comprising a transponder, wherein the transponder is designed and positioned and/or secured in the brake system so that it is deactivated by an engagement geometry of the brake system when a predeterminable wear state of the brake system is reached, characterized in that the transponder is secured to a stationary part of the brake system, wherein in the event of a relative movement of a moving part relative to the stationary part, the moving part deactivates the transponder.
Support for a unit for measuring the level of clogging of a filter, said measuring unit including a sender intended to generate a beam and a receiver to capture said beam, said filter being intended to be employed in a system for filtering a fluid and having at least a first face and a second face separated from one another by the thickness of the filter and intended to have a flow of said fluid pass through them, said support including: - a first part intended to face the first face of the filter, - a second part intended to face the second face of the filter, - connecting means adapted to connect the first part to the second part and defining a space between the first part and the second part to receive the filter, Said support being characterized in that it includes: - receiving means adapted to receive said unit for measuring the level of clogging on said first part, and in that - the receiving means include a housing having a shape adapted to that of the clogging level measuring unit and means for fixing said clogging level measuring unit in said housing, - the housing defines a first branch and a second branch intended to support a sender of said clogging level measuring unit and a receiver of said clogging level measuring unit, - the first branch and the second branch are inclined toward the interior of the space formed between the first part and the second part so as to orient the first branch and the second branch of the unit for measuring the level of clogging of the filter in said space intended to be occupied by the filter. - a first part intended to face the first face of the filter, - a second part intended to face the second face of the filter, - connecting means adapted to connect the first part to the second part and defining a space between the first part and the second part to receive the filter, - receiving means adapted to receive said unit for measuring the level of clogging on said first part, and in that - the receiving means include a housing having a shape adapted to that of the clogging level measuring unit and means for fixing said clogging level measuring unit in said housing, - the housing defines a first branch and a second branch intended to support a sender of said clogging level measuring unit and a receiver of said clogging level measuring unit, - the first branch and the second branch are inclined toward the interior of the space formed between the first part and the second part so as to orient the first branch and the second branch of the unit for measuring the level of clogging of the filter in said space intended to be occupied by the filter.
A surgical anvil delivery system comprising: an anvil assembly including a rod and a head assembly pivotally secured to the rod, the head assembly movable from a first tilted position to a non-tilted operative position; a flexible tube, the anvil assembly connected to the flexible tube; and a tensioning member connected to the head assembly and maintaining the head assembly in the first tilted position such that release of the tensioning member returns the head assembly to the non-tilted position; characterized in that the head assembly is further pivotable to a second tilted position after positioning in the operative non-tilted position, the second tilted position being different than the first tilted position wherein the anvil assembly further comprises a rotatable cam latch member and a plunger, the plunger being spring biased into contact with the cam member and movable distally to rotate the cam member to move the head assembly from the first tilted position to the operative position and movable further distally to move the head assembly from the operative position to a second tilted position different than the first tilted position. an anvil assembly including a rod and a head assembly pivotally secured to the rod, the head assembly movable from a first tilted position to a non-tilted operative position; a flexible tube, the anvil assembly connected to the flexible tube; and a tensioning member connected to the head assembly and maintaining the head assembly in the first tilted position such that release of the tensioning member returns the head assembly to the non-tilted position; characterized in that the head assembly is further pivotable to a second tilted position after positioning in the operative non-tilted position, the second tilted position being different than the first tilted position wherein the anvil assembly further comprises a rotatable cam latch member and a plunger, the plunger being spring biased into contact with the cam member and movable distally to rotate the cam member to move the head assembly from the first tilted position to the operative position and movable further distally to move the head assembly from the operative position to a second tilted position different than the first tilted position.
A laser device for treating skin comprising: (i) a handholdable housing; (ii) a continuous wave laser member (26, 126) arranged within the housing and emitting an output beam; (iii) a user activated switch system comprising a power activating button (14, 114) for arming the device and a power setting button to fire a single first pulse of output beam and after a pause in succession a single second pulse of output beam, the second pulse being automatically programmed to fire after the first pulse and pause; and (iv) a prism and a lens array (32, 132) for receiving the output beam and transmitting the beam through said prism (32, 132) splitting the beam into multiple beamlets, each beamlet targeting a specific spot on the skin, and wherein beamlets from the first and second pulses successively strike the spot reinforcing energy applied to the specific spot. (i) a handholdable housing; (ii) a continuous wave laser member (26, 126) arranged within the housing and emitting an output beam; (iii) a user activated switch system comprising a power activating button (14, 114) for arming the device and a power setting button to fire a single first pulse of output beam and after a pause in succession a single second pulse of output beam, the second pulse being automatically programmed to fire after the first pulse and pause; and (iv) a prism and a lens array (32, 132) for receiving the output beam and transmitting the beam through said prism (32, 132) splitting the beam into multiple beamlets, each beamlet targeting a specific spot on the skin, and wherein beamlets from the first and second pulses successively strike the spot reinforcing energy applied to the specific spot.
A molasses extract with a high relative abundance of hydrophobic compounds including polyphenols wherein the extract comprises • at least 9000 mg CE/100g of hydrophobic polyphenols in a mixture of free form polyphenols selected from apigenin, catechin, catechin gallate, epicatechin, kaempherol, luteolin, quercetin, tricin, myricetin and diosmetin; polyphenol glycosides selected from diosmin, tricin-7-O-neohesperidoside, orientin, vitexin, luteolin-8-C-(rhamnosylglucoside), schaftoside, isoschaftoside and rutin; and phenolic acids, selected from caffeic acid, chlorogenic acid, p-coumaric acid, ferulic acid, gallic acid, syringic acid and vanillic acid; • trace elements selected from one or more of calcium, iron, magnesium, manganese, potassium and sodium; • protein and other nitrogen-containing compounds; and • carbohydrates other than monosaccharides and sucrose, wherein the extract has less than 2g of monosaccharides and sucrose per 100g of extract. • at least 9000 mg CE/100g of hydrophobic polyphenols in a mixture of free form polyphenols selected from apigenin, catechin, catechin gallate, epicatechin, kaempherol, luteolin, quercetin, tricin, myricetin and diosmetin; polyphenol glycosides selected from diosmin, tricin-7-O-neohesperidoside, orientin, vitexin, luteolin-8-C-(rhamnosylglucoside), schaftoside, isoschaftoside and rutin; and phenolic acids, selected from caffeic acid, chlorogenic acid, p-coumaric acid, ferulic acid, gallic acid, syringic acid and vanillic acid; • trace elements selected from one or more of calcium, iron, magnesium, manganese, potassium and sodium; • protein and other nitrogen-containing compounds; and • carbohydrates other than monosaccharides and sucrose,
A process for producing lithium iron phosphate particles having an olivine type structure, comprising: a first step of mixing an iron oxide or an iron oxide hydroxide as an iron raw material which comprises at least one element selected from the group consisting of Na, Mg, Al, Si, Cr, Mn and Ni in an amount of 0.1 to 2 mol% for each element based on Fe, and a carbon element C in an amount of 5 to 10 mol% based on Fe, and has a content of Fe 2+ of not more than 40 mol% based on an amount of Fe and wherein the iron raw material has an average primary particle diameter of 5 to 300 nm, with a lithium raw material and a phosphorus raw material; a second step of controlling a particle diameter of aggregated particle in the resulting mixture to 0.3 to 5.0 μm; and a third step of sintering the mixture obtained in the second step in an inert gas or reducing gas atmosphere having an oxygen concentration of not more than 0.1% at a temperature of 250 to 750°C. a first step of mixing an iron oxide or an iron oxide hydroxide as an iron raw material which comprises at least one element selected from the group consisting of Na, Mg, Al, Si, Cr, Mn and Ni in an amount of 0.1 to 2 mol% for each element based on Fe, and a carbon element C in an amount of 5 to 10 mol% based on Fe, and has a content of Fe 2+ of not more than 40 mol% based on an amount of Fe and wherein the iron raw material has an average primary particle diameter of 5 to 300 nm, with a lithium raw material and a phosphorus raw material; a second step of controlling a particle diameter of aggregated particle in the resulting mixture to 0.3 to 5.0 μm; and a third step of sintering the mixture obtained in the second step in an inert gas or reducing gas atmosphere having an oxygen concentration of not more than 0.1% at a temperature of 250 to 750°C.
A magnesium-based composite member (1H to 1J) provided with a through hole (20H to 20J) through which a fastening member for attachment is to be inserted, comprising: a substrate provided with a penetrating portion, and composed of a composite material of a matrix metal which is any of magnesium and a magnesium alloy, and SiC as SiC particles dispersed in said matrix metal, wherein the matrix metal is pure magnesium composed of 99.8 mass% or more Mg and an impurity, or a magnesium alloy composed of an added element and remainder Mg and an impurity; and a receiving portion (223 to 225) attached to said penetrating portion in said substrate, provided with said through hole, and composed of a metal material different from said matrix metal, wherein the receiving portion is one type of metal selected from Fe, Ti, Mo, W, Nb, and Ta or an alloy mainly composed of that metal, said composite material containing said SiC by more than 75 volume %, and said magnesium-based composite member having a coefficient of thermal expansion not lower than 4 ppm/K and not higher than 8 ppm/K and thermal conductivity not lower than 180 W/m•K, wherein: said added element includes at least one of Li, Ag, Ni, Ca, Al, Zn, Mn, Si, Cu and Zr; said added elements are not more than 20 mass% in total, assuming the matrix metal as 100% mass; and said SiC particles have an average particle size not smaller than 1 μm and not larger than 3000 μm. a substrate provided with a penetrating portion, and composed of a composite material of a matrix metal which is any of magnesium and a magnesium alloy, and SiC as SiC particles dispersed in said matrix metal, wherein the matrix metal is pure magnesium composed of 99.8 mass% or more Mg and an impurity, or a magnesium alloy composed of an added element and remainder Mg and an impurity; and a receiving portion (223 to 225) attached to said penetrating portion in said substrate, provided with said through hole, and composed of a metal material different from said matrix metal, wherein the receiving portion is one type of metal selected from Fe, Ti, Mo, W, Nb, and Ta or an alloy mainly composed of that metal, said composite material containing said SiC by more than 75 volume %, and said magnesium-based composite member having a coefficient of thermal expansion not lower than 4 ppm/K and not higher than 8 ppm/K and thermal conductivity not lower than 180 W/m•K, wherein: said added element includes at least one of Li, Ag, Ni, Ca, Al, Zn, Mn, Si, Cu and Zr; said added elements are not more than 20 mass% in total, assuming the matrix metal as 100% mass; and said SiC particles have an average particle size not smaller than 1 μm and not larger than 3000 μm. said added element includes at least one of Li, Ag, Ni, Ca, Al, Zn, Mn, Si, Cu and Zr; said added elements are not more than 20 mass% in total, assuming the matrix metal as 100% mass; and said SiC particles have an average particle size not smaller than 1 μm and not larger than 3000 μm.
A method of measuring lung motion in a patient including the steps of: monitoring a parameter corresponding to motion of the lung, and acquiring multiple in vivo fluoroscopy images of the lung, the timing of image acquisition of the multiple in vivo fluoroscopy images being correlated with a change in the value of the parameter, wherein data of lung motion between two or more of the acquired fluoroscopy images is measured. monitoring a parameter corresponding to motion of the lung, and acquiring multiple in vivo fluoroscopy images of the lung, the timing of image acquisition of the multiple in vivo fluoroscopy images being correlated with a change in the value of the parameter, wherein data of lung motion between two or more of the acquired fluoroscopy images is measured.
Organopolysiloxane composition, characterized in that it comprises: - a silicone base B capable of curing via polycondensation reaction into a silicone elastomer, said silicone base comprising: - at least one polyorganosiloxane oil C capable of crosslinking via polycondensation into an elastomer; - optionally at least one crosslinking agent D; - optionally at least one adhesion promoter E; and - optionally at least one siliceous, organic and/or non-siliceous mineral filler F; and - a catalytically effective amount of at least one polycondensation catalyst which is a metal complex or salt A of formula below: [M (L 1) r1 (L 2) r2 x] in which: - r1 ≥ 1, r2 ≥ 0 and x ≥ 0; - the symbol M represents a metal selected from the group constituted by bismuth and molybdenum; - the symbol L 1 represents a ligand which is an alcoholate anion and when r1 ≥ 2, the symbols L 1 are identical or different; - the symbol L 2 represents an anionic ligand which is different from L 1 and when r2 ≥ 2, the symbols L 2 are identical or different; and - the symbol Y represents a neutral ligand and when x ≥ 2, the symbols Y are identical or different. - a silicone base B capable of curing via polycondensation reaction into a silicone elastomer, said silicone base comprising: - at least one polyorganosiloxane oil C capable of crosslinking via polycondensation into an elastomer; - optionally at least one crosslinking agent D; - optionally at least one adhesion promoter E; and - optionally at least one siliceous, organic and/or non-siliceous mineral filler F; and - at least one polyorganosiloxane oil C capable of crosslinking via polycondensation into an elastomer; - optionally at least one crosslinking agent D; - optionally at least one adhesion promoter E; and - optionally at least one siliceous, organic and/or non-siliceous mineral filler F; and - a catalytically effective amount of at least one polycondensation catalyst which is a metal complex or salt A of formula below: [M (L 1) r1 (L 2) r2 x] in which: - r1 ≥ 1, r2 ≥ 0 and x ≥ 0; - the symbol M represents a metal selected from the group constituted by bismuth and molybdenum; - the symbol L 1 represents a ligand which is an alcoholate anion and when r1 ≥ 2, the symbols L 1 are identical or different; - the symbol L 2 represents an anionic ligand which is different from L 1 and when r2 ≥ 2, the symbols L 2 are identical or different; and - the symbol Y represents a neutral ligand and when x ≥ 2, the symbols Y are identical or different. - r1 ≥ 1, r2 ≥ 0 and x ≥ 0; - the symbol M represents a metal selected from the group constituted by bismuth and molybdenum; - the symbol L 1 represents a ligand which is an alcoholate anion and when r1 ≥ 2, the symbols L 1 are identical or different; - the symbol L 2 represents an anionic ligand which is different from L 1 and when r2 ≥ 2, the symbols L 2 are identical or different; and - the symbol Y represents a neutral ligand and when x ≥ 2, the symbols Y are identical or different.