mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a renewable fuel, comprising: charging a supported catalyst into a continuous reactor and adding a catalyst activating material thereto to activate the supported catalyst; feeding a supercritical fluid containing an oil or fat, selected from the group consisting of vegetable oils and fats, animal oils and fats and waste cocking oil and hydrogen dissolved therein into the continuous reactor and allowing hydrogenation and hydrodeoxygenation reactions of the oil or fat in the supercritical fluid to proceed; collecting a renewable fuel as the reaction product; wherein the supercritical fluid passes through the supported catalyst at a liquid hourly space velocity (LHSV) of 0.1 to 3.0 h -1 during the hydrogenation and hydrodeoxygenation reactions, wherein as a supported catalyst Pd supported on alumina is charged into the continuous reactor; wherein hydrogen as a catalyst activating material is added thereto to activate the supported catalyst; and wherein the supercritical fluid is selected from the group consisting of supercritical carbon dioxide, supercritical ethane, supercritical propane, supercritical butane, supercritical pentane, supercritical hexane, supercritical heptane, supercritical dimethyl ether, supercritical tetrafluoromethane, supercritical difluoromethane and supercritical difluoroethane. charging a supported catalyst into a continuous reactor and adding a catalyst activating material thereto to activate the supported catalyst; feeding a supercritical fluid containing an oil or fat, selected from the group consisting of vegetable oils and fats, animal oils and fats and waste cocking oil and hydrogen dissolved therein into the continuous reactor and allowing hydrogenation and hydrodeoxygenation reactions of the oil or fat in the supercritical fluid to proceed; collecting a renewable fuel as the reaction product; wherein the supercritical fluid passes through the supported catalyst at a liquid hourly space velocity (LHSV) of 0.1 to 3.0 h -1 during the hydrogenation and hydrodeoxygenation reactions, wherein as a supported catalyst Pd supported on alumina is charged into the continuous reactor; wherein hydrogen as a catalyst activating material is added thereto to activate the supported catalyst; and wherein the supercritical fluid is selected from the group consisting of supercritical carbon dioxide, supercritical ethane, supercritical propane, supercritical butane, supercritical pentane, supercritical hexane, supercritical heptane, supercritical dimethyl ether, supercritical tetrafluoromethane, supercritical difluoromethane and supercritical difluoroethane.
A negative electrode material, comprising: a silicon-based material, characterized in that , the silicon-based material comprises a silicon oxide material and a carbon layer located on a surface of the silicon oxide material; and a particle size distribution of the silicon-based material satisfies 1≤(D n 99-D n 10)/D n 50≤4, D n 10≥1 μm, and D n 50≥3 μm, wherein D n 10, D n 50 and D n 99 are particle sizes when the cumulative number of particles calculated in ascending order of particle sizes reaches 10%, 50%, and 99% of the total number of particles, respectively, in a number distribution diagram of particle sizes of the silicon-based material. a silicon-based material, characterized in that , the silicon-based material comprises a silicon oxide material and a carbon layer located on a surface of the silicon oxide material; and a particle size distribution of the silicon-based material satisfies 1≤(D n 99-D n 10)/D n 50≤4, D n 10≥1 μm, and D n 50≥3 μm, wherein D n 10, D n 50 and D n 99 are particle sizes when the cumulative number of particles calculated in ascending order of particle sizes reaches 10%, 50%, and 99% of the total number of particles, respectively, in a number distribution diagram of particle sizes of the silicon-based material.
A pharmaceutical composition for use in the treatment of a disease selected from the group consisting of vein occlusion, diabetic retinopathy, macular degeneration, and chronic retinal detachment, comprising a pharmaceutically acceptable carrier and an isolated monoclonal antibody that binds to human protein tyrosine phosphatase beta (HPTPβ), wherein the isolated monoclonal antibody binds the extracellular domain of HPTPβ, wherein the isolated monoclonal antibody is an intact monoclonal antibody produced by hybridoma cell line ATCC No. PTA-7580, or a humanized form thereof.
A cooling device for cooling a plurality of electronic components mounted on a circuit board , the device comprising: a contact sheet shaped for conforming to the plurality of electronic components and comprising a mating face for mating against the plurality of electronic components and a cooled face ; and an enclosure mounted to the cooled face and defining a coolant transport circuit for circulating coolant liquid there thorough, characterised in that the contact sheet is formed of sheet metal and is three dimensionally shaped for mating against electronic components of different heights. a contact sheet shaped for conforming to the plurality of electronic components and comprising a mating face for mating against the plurality of electronic components and a cooled face ; and an enclosure mounted to the cooled face and defining a coolant transport circuit for circulating coolant liquid there thorough, characterised in that the contact sheet is formed of sheet metal and is three dimensionally shaped for mating against electronic components of different heights.
A communication system comprising: a first cell (C1); a plurality of second cells (C11 to C14, C21 to C24) having a range area smaller than a range area of the first cell, the second cells consisting of at least one cell in which short-procedure communication is capable of being performed and at least one cell in which the short-procedure communication is not capable of being performed, the short-procedure communication being communication of transmitting or receiving user data without newly setting up a communication channel for exclusive use of the user data at the time the user data is generated; a first base station (N1) adapted to manage the first cell (C1); and a terminal device (U1) registered in the first cell (C1) and capable of performing short procedure communication, wherein the first base station (N1) is adapted to transmit notification information to the terminal device (U1), the notification information indicating the at least one cell in which the short-procedure communication is capable of being performed and the at least one cell in which the short-procedure communication is not capable of being performed out of the second cells, and the terminal device (U1) is adapted to perform a cell search targeting the at least one cell in which the short-procedure communication is capable of being performed out of the second cells (C11 to C14, C21 to C24) in accordance with the notification information. a first cell (C1); a plurality of second cells (C11 to C14, C21 to C24) having a range area smaller than a range area of the first cell, the second cells consisting of at least one cell in which short-procedure communication is capable of being performed and at least one cell in which the short-procedure communication is not capable of being performed, the short-procedure communication being communication of transmitting or receiving user data without newly setting up a communication channel for exclusive use of the user data at the time the user data is generated; a first base station (N1) adapted to manage the first cell (C1); and a terminal device (U1) registered in the first cell (C1) and capable of performing short procedure communication, wherein the first base station (N1) is adapted to transmit notification information to the terminal device (U1), the notification information indicating the at least one cell in which the short-procedure communication is capable of being performed and the at least one cell in which the short-procedure communication is not capable of being performed out of the second cells, and the terminal device (U1) is adapted to perform a cell search targeting the at least one cell in which the short-procedure communication is capable of being performed out of the second cells (C11 to C14, C21 to C24) in accordance with the notification information.
Industrial dishwasher comprising a washing tank containing sprayers for washing and rinsing , respectively fed with washing water from a washing pump and rinsing water from a rinsing pump , and a water heating system comprising a washing water heating device with one or more resistances (RV) and a rinsing water heating device with two or more resistances (RB), as well as a control circuit controlling the operation of said water heating system, characterized in that at least one resistance (RV) of said washing water heating device is correlated with a resistance (RB) of said rinsing water heating device so that the activation of the latter automatically implies the deactivation of the former and vice versa, and in that said correlated resistances (RB, RV) are either electrically connected together or commonly controlled such that they are not activated simultaneously and their activation is mutually exclusive.
An automatic bicycle pedal comprising an elongated body from which emerge at least two arms located on either side of said body , said pedal further comprising two engagement mechanisms able to be fastened each to one of said arms , each engagement mechanism comprises a first fixed fastening element able to be securely anchored on an arm , a second fastening element mounted pivoting on said first fastening element using a pivot axis passing through said two fastening elements , and a resilient return element able to keep the second fastening element against the first fastening element by means of a stop system, and in that the first and the second fastening element are made up of open parts each having a fastening hook , characterized in that said two engagement mechanisms being positioned on the pedal so as to form two attachment devices, each attachment device including the fastening hook of the first fastening element of an engagement mechanism and the fastening hook of the second fastening element of the other engagement mechanism .
A composition comprising D-allose as an active ingredient for use in the treatment of liver cancer or skin cancer in a patient by administering said composition to said patient.
One or more polymer particles for the delivery of an oral care agent to an oral cavity of a subject for use in maintaining or improving oral health of a subject, wherein the one or more polymer particles each: - have an initial volume and at least one size dimension equal to or smaller than 1.5 millimeter, and have a shortest size dimension of at least 0.1 mm, wherein the size dimensions are the length, width, height, body diagonal or diameter of the particle, and - comprise a super absorbent polymer selected from the group consisting of crosslinked polymers based on sodium polyacrylate; polyacrylamide copolymer, ethylene maleic anhydride copolymer, cross-linked carboxymethylcellulose, polyvinyl alcohol copolymers, cross-linked polyethylene oxide, and starch grafted copolymer of polyacrylonitrile. - have an initial volume and at least one size dimension equal to or smaller than 1.5 millimeter, and have a shortest size dimension of at least 0.1 mm, wherein the size dimensions are the length, width, height, body diagonal or diameter of the particle, and - comprise a super absorbent polymer selected from the group consisting of crosslinked polymers based on sodium polyacrylate; polyacrylamide copolymer, ethylene maleic anhydride copolymer, cross-linked carboxymethylcellulose, polyvinyl alcohol copolymers, cross-linked polyethylene oxide, and starch grafted copolymer of polyacrylonitrile.
A contention method, comprising: S1, receiving , by an access point, an uplink frame transmitted by a station over a subchannel; wherein the uplink frame comprises a contention request frame; S2, judging whether a sum of a number of stations succeeding in a contention in a current channel contention period and a number of stations succeeding in a contention in a historic channel contention period before the current channel contention period, is minor than a preset threshold, if yes, S3, transmitting, by the access point, a frame responding to the uplink frame, which is used to acknowledge the uplink frame and to trigger a station to enter the next OFDMA channel contention period; the acknowledge of the uplink frame comprises: to acknowledge a success of contention to a station succeeding in the contention in the current channel contention period. S1, receiving , by an access point, an uplink frame transmitted by a station over a subchannel; wherein the uplink frame comprises a contention request frame; S2, judging whether a sum of a number of stations succeeding in a contention in a current channel contention period and a number of stations succeeding in a contention in a historic channel contention period before the current channel contention period, is minor than a preset threshold, if yes, S3, transmitting, by the access point, a frame responding to the uplink frame, which is used to acknowledge the uplink frame and to trigger a station to enter the next OFDMA channel contention period; the acknowledge of the uplink frame comprises: to acknowledge a success of contention to a station succeeding in the contention in the current channel contention period.
A valve stent , comprising: a stent body shaped as a tubular mesh; and at least two attachment lugs , each connected to the stent body and bent and folded toward an interior of the stent body ; characterized in that each of the attachment lugs comprises a first bent section and a second bent section; the first bent section is bent and folded toward the interior of the stent body at an angle greater than an angle at which the second bent section is bent and folded toward the interior of the stent body ; the first bent section is located closer than the second bent section to the stent body , with respect to an axial direction of the stent body . a stent body shaped as a tubular mesh; and at least two attachment lugs , each connected to the stent body and bent and folded toward an interior of the stent body ; characterized in that each of the attachment lugs comprises a first bent section and a second bent section; the first bent section is bent and folded toward the interior of the stent body at an angle greater than an angle at which the second bent section is bent and folded toward the interior of the stent body ; the first bent section is located closer than the second bent section to the stent body , with respect to an axial direction of the stent body .
Method for processing a plurality of avian eggs, in particular unfertilized eggs, including: - conveying, by an endless roller conveyor , at least a first egg (E1) having a first eggshell color and a second egg (E2) having a second egg shell color along a conveying path, the first egg shell color being different from the second egg shell color, wherein each first egg (E1) has a substantially unpigmented egg shell, in particular an egg shell that does not contain protoporphyrin, whereas each second egg (E2) has a substantially pigmented egg shell, in particular a shell that does contain protoporphyrin; - illuminating the first egg (E1) with an illumination beam (B) of near infrared light, wherein at least part of the light is transmitted through the egg (E1) and is detected by a near infrared light detector ; - illuminating the second egg (E2) with the illumination beam (B) of near infrared light, wherein at least part of the light is transmitted through the egg (E2) and is detected by the near infrared light detector ; processing light detection results of the infrared light detector for determining a condition of the shell of each of the eggs (E1, E2); wherein the illuminating of the eggs (E1, E2) and/or the detection of transmitted light is carried out under substantially the same illumination and/or detection conditions respectively, wherein a wavelength of the near infrared light of the illumination beam is at least 700 nm, and smaller than 750 nm. - conveying, by an endless roller conveyor , at least a first egg (E1) having a first eggshell color and a second egg (E2) having a second egg shell color along a conveying path, the first egg shell color being different from the second egg shell color, wherein each first egg (E1) has a substantially unpigmented egg shell, in particular an egg shell that does not contain protoporphyrin, whereas each second egg (E2) has a substantially pigmented egg shell, in particular a shell that does contain protoporphyrin; - illuminating the first egg (E1) with an illumination beam (B) of near infrared light, wherein at least part of the light is transmitted through the egg (E1) and is detected by a near infrared light detector ; - illuminating the second egg (E2) with the illumination beam (B) of near infrared light, wherein at least part of the light is transmitted through the egg (E2) and is detected by the near infrared light detector ; processing light detection results of the infrared light detector for determining a condition of the shell of each of the eggs (E1, E2); wherein the illuminating of the eggs (E1, E2) and/or the detection of transmitted light is carried out under substantially the same illumination and/or detection conditions respectively, wherein a wavelength of the near infrared light of the illumination beam is at least 700 nm, and smaller than 750 nm.
A cascade thrust reverser for a turbojet engine intended to form at least one portion of a downstream section of a nacelle accommodating a turbojet engine , the thrust reverser including: - a front frame which is adapted to be mounted downstream of a fan casing and which supports thrust reverser cascades , - an O-type thrust reverser movable body which has a generally cylindrical shape about a longitudinal central axis (A) and which comprises an inner wall adapted to delimit a cold air flow path with an inner structure which surrounds the turbojet engine , and an outer cowl , the thrust reverser movable body being slidably mounted along the longitudinal central axis (A) between a direct jet position in which the outer cowl covers the thrust reverser cascades , and a thrust reversal position in which the outer cowl uncovers the thrust reverser cascades , and - a cradle which is designed to link an upper portion of the thrust reverser movable body on a suspension pylon of the nacelle in order to ensure sliding of the thrust reverser movable body , characterized in that the thrust reverser movable body comprises a first half-portion and a second half-portion each being generally semi-cylindrical and linked to one another in a lower portion of said movable body , by a first removable link device , each of the first half-portion and the second half-portion of said movable body being pivotally mounted about a longitudinal pivot axis (B), between a closed position and a butterfly-like open position for removing the turbojet engine , via the cradle . - a front frame which is adapted to be mounted downstream of a fan casing and which supports thrust reverser cascades , - an O-type thrust reverser movable body which has a generally cylindrical shape about a longitudinal central axis (A) and which comprises an inner wall adapted to delimit a cold air flow path with an inner structure which surrounds the turbojet engine , and an outer cowl , the thrust reverser movable body being slidably mounted along the longitudinal central axis (A) between a direct jet position in which the outer cowl covers the thrust reverser cascades , and a thrust reversal position in which the outer cowl uncovers the thrust reverser cascades , and - a cradle which is designed to link an upper portion of the thrust reverser movable body on a suspension pylon of the nacelle in order to ensure sliding of the thrust reverser movable body ,
A method for operating an engine , the engine includes an intake conduit configured to supply air to the engine, a primary air supply unit including a compressor and configured to permanently supply air to the intake conduit, a secondary air supply unit including an air reservoir and configured to selectively supply air to the intake conduit, including a fuel supply system , the fuel supply system having a liquid fuel supply unit configured to supply liquid fuel to a cylinder of the engine and a gaseous fuel supply unit configured to supply a gaseous fuel to the intake conduit , the method comprising: selectively increasing supply of gaseous fuel during increased engine load when the air and gaseous fuel ratio is equal to or above the first threshold value; selectively introducing and controlling supply of air from the secondary air supply unit to the intake conduit in addition to the air supplied by the primary air supply unit , and the supply of the air from the secondary air supply unit is stopped when the air and gaseous fuel ratio is equal to or less than the second threshold value, such that air and gaseous fuel ratio is maintained between a first threshold value and second threshold value, wherein the first threshold value corresponds to a rich limit of air and gaseous fuel mixture and the second threshold value corresponds to a lean limit of the air and gaseous fuel mixture; and selectively supplying liquid fuel in addition to increased supply of gaseous fuel when air and gaseous fuel ratio reaches the first threshold value so as to keep engine operation at desired engine operating curve. selectively increasing supply of gaseous fuel during increased engine load when the air and gaseous fuel ratio is equal to or above the first threshold value; selectively introducing and controlling supply of air from the secondary air supply unit to the intake conduit in addition to the air supplied by the primary air supply unit , and the supply of the air from the secondary air supply unit is stopped when the air and gaseous fuel ratio is equal to or less than the second threshold value, such that air and gaseous fuel ratio is maintained between a first threshold value and second threshold value, wherein the first threshold value corresponds to a rich limit of air and gaseous fuel mixture and the second threshold value corresponds to a lean limit of the air and gaseous fuel mixture; and selectively supplying liquid fuel in addition to increased supply of gaseous fuel when air and gaseous fuel ratio reaches the first threshold value so as to keep engine operation at desired engine operating curve.
A device for cleaning a hearing aid by light touching with a liquid, the hearing aid comprising an earmold , the cleaning device comprising a cleaning cavity suitable for receiving the earmold , and the bottom of the cavity is provided with a liquid discharge port , the cleaning cavity being laterally delimited by an inner skin surrounded by an outer skin , the inner skin and the outer skin forming an annular space therebetween which is closed at the top, the annular space surrounding the cleaning cavity , the outer skin having means for injecting the liquid which are arranged in the annular space and configured for injecting the liquid into the annular space , the inner skin delimiting at its base an opening overhanging the bottom and allowing the liquid to pass into the cleaning cavity , the opening and the bottom of the cleaning cavity delimiting a transit space therebetween, the annular space being in fluid communication with the cleaning cavity at said transit space . the outer skin having means for injecting the liquid which are arranged in the annular space and configured for injecting the liquid into the annular space , the inner skin delimiting at its base an opening overhanging the bottom and allowing the liquid to pass into the cleaning cavity , the opening and the bottom of the cleaning cavity delimiting a transit space therebetween, the annular space being in fluid communication with the cleaning cavity at said transit space .