mhurhangee/ep-ind-claims huggingface dataset:
A process for the production of alcohols and/or solvents from a cellulosic or lignocellulosic substrate, comprising at least the following steps: • a step for alkaline pre-treatment (step A) of said substrate, comprising a step for heating in the presence of an alkaline chemical reagent (step A1) and an optional washing step (step A2), at the end of which at least one pre-treated substrate is obtained; • a step B constituted by a step for adjusting the pH to between 4.5 and 5.5 (step B1) and a step for enzymatic hydrolysis (step B2) of the pre-treated substrate using cellulolytic and/or hemicellulolytic enzymes, at the end of which a hydrolysate is obtained constituted by a liquid phase containing sugars and a solid residue; • a step for alcoholic fermentation (step C1) of the hydrolysate obtained by an alcohol-producing microorganism; • a step for separation/purification (step C2) at the end of which one or more purified alcohols and/or solvents are obtained; • a step for extracting the solid residue; • a step for acid digestion (step D) of at least a fraction of the extracted solid residue, at the end of which a portion or all of the product obtained is recycled to step B. • a step for alkaline pre-treatment (step A) of said substrate, comprising a step for heating in the presence of an alkaline chemical reagent (step A1) and an optional washing step (step A2), at the end of which at least one pre-treated substrate is obtained; • a step B constituted by a step for adjusting the pH to between 4.5 and 5.5 (step B1) and a step for enzymatic hydrolysis (step B2) of the pre-treated substrate using cellulolytic and/or hemicellulolytic enzymes, at the end of which a hydrolysate is obtained constituted by a liquid phase containing sugars and a solid residue; • a step for alcoholic fermentation (step C1) of the hydrolysate obtained by an alcohol-producing microorganism; • a step for separation/purification (step C2) at the end of which one or more purified alcohols and/or solvents are obtained; • a step for extracting the solid residue; • a step for acid digestion (step D) of at least a fraction of the extracted solid residue, at the end of which a portion or all of the product obtained is recycled to step B.
A method comprising: determining, using a mobile device, wireless configuration data associated with a wireless local area network, wherein the wireless configuration data comprises a unique identifier of the wireless local area network; and characterized by sending the wireless configuration data to a wireless device via an audio port of the mobile device, wherein the audio port of the mobile device is electrically connected to an audio port of the wireless device via a transmission line. determining, using a mobile device, wireless configuration data associated with a wireless local area network, wherein the wireless configuration data comprises a unique identifier of the wireless local area network; and characterized by sending the wireless configuration data to a wireless device via an audio port of the mobile device, wherein the audio port of the mobile device is electrically connected to an audio port of the wireless device via a transmission line.
A cover for a chimney, the cover comprising: a housing formed as a sleeve having a lower end and an upper end and adapted to surround at least an upper end of a chimney, the housing having an expansion area for receiving emissions from the upper end of the chimney; a diffuser (15, 215) for diffusing the emissions from the upper end of the chimney into the expansion area; at least one air inlet for introducing air into the expansion area; at least one outlet for enabling air or emissions to be exhausted from the expansions area; wherein the housing is adapted such that emissions exiting the upper end of the chimney are diffused and expanded into the expansion area and a reduced pressure is created within the housing for drawing emissions from the upper end of the chimney into the expansion area; characterised in that the cover comprises a grill (11, 211) extending over the upper end of the sleeve and said grill is adapted to provide a back pressure to the expansion area. a housing formed as a sleeve having a lower end and an upper end and adapted to surround at least an upper end of a chimney, the housing having an expansion area for receiving emissions from the upper end of the chimney; a diffuser (15, 215) for diffusing the emissions from the upper end of the chimney into the expansion area; at least one air inlet for introducing air into the expansion area; at least one outlet for enabling air or emissions to be exhausted from the expansions area; wherein the housing is adapted such that emissions exiting the upper end of the chimney are diffused and expanded into the expansion area and a reduced pressure is created within the housing for drawing emissions from the upper end of the chimney into the expansion area; characterised in that the cover comprises a grill (11, 211) extending over the upper end of the sleeve and said grill is adapted to provide a back pressure to the expansion area.
A system for resecting corneal tissue, the system comprising: an interface programmed with a biomechanical model of corneal tissue, the interface being adapted to provide a depth range using the biomechanical model for selection of a resection depth from an anterior corneal surface; a surgical laser adapted to emit a pulsed laser beam; a focusing assembly adapted to focus the pulsed laser beam into a cornea; a controller adapted to receive the resection depth from the interface, to move a focal point of the pulsed laser beam within a cornea using the focusing assembly, and to direct the focal point of the pulsed laser beam to make a resection incision (27; 47) for resecting a portion of the cornea, wherein the resection incision is made at the resection depth (b; d). an interface programmed with a biomechanical model of corneal tissue, the interface being adapted to provide a depth range using the biomechanical model for selection of a resection depth from an anterior corneal surface; a surgical laser adapted to emit a pulsed laser beam; a focusing assembly adapted to focus the pulsed laser beam into a cornea; a controller adapted to receive the resection depth from the interface, to move a focal point of the pulsed laser beam within a cornea using the focusing assembly, and to direct the focal point of the pulsed laser beam to make a resection incision (27; 47) for resecting a portion of the cornea, wherein the resection incision is made at the resection depth (b; d).
A computer-implemented method executed by one or more processors, the method comprising: receiving, from an external application, a request for a recommended action regarding entities associated with a source system; extracting information regarding the entities and relationships between the entities from a data source in which the source system persists transaction and security data, wherein the data source comprises security logs from multiple machines and at least part of the information is extracted from the security logs; constructing an associative memory map (200, 210, 220) from the extracted information, wherein the associative memory map (200, 210, 220) describes the entities as nodes and characterizes a strength of the relationships between each entity; selecting a subgraph of nodes from the associative memory map (200, 210, 220) based on a result of searching the nodes in the associative memory map (220, 210, 220) using input parameters of the request; identifying the nodes most relevant to the requested recommended action in at least a shortest path of traversal in the selected subgraph of nodes and finding similar nodes and relationships by performing a full search of the associative memory map; determining the requested recommended action based on an event identified in the relationships between the identified most relevant nodes, wherein the event involves unusual and/or malicious traffic to at least one of the multiple machines; and transmitting the recommended action to the external application. receiving, from an external application, a request for a recommended action regarding entities associated with a source system; extracting information regarding the entities and relationships between the entities from a data source in which the source system persists transaction and security data, wherein the data source comprises security logs from multiple machines and at least part of the information is extracted from the security logs; constructing an associative memory map (200, 210, 220) from the extracted information, wherein the associative memory map (200, 210, 220) describes the entities as nodes and characterizes a strength of the relationships between each entity; selecting a subgraph of nodes from the associative memory map (200, 210, 220) based on a result of searching the nodes in the associative memory map (220, 210, 220) using input parameters of the request; identifying the nodes most relevant to the requested recommended action in at least a shortest path of traversal in the selected subgraph of nodes and finding similar nodes and relationships by performing a full search of the associative memory map; determining the requested recommended action based on an event identified in the relationships between the identified most relevant nodes, wherein the event involves unusual and/or malicious traffic to at least one of the multiple machines; and transmitting the recommended action to the external application.
A method (900; 1000) comprising: providing a textile on which a printing fluid is to be deposited at a printing station; supporting the textile by a support member, the support member being to advance the textile through the printing station; increasing a dimension of the support member to increase a dimension of the textile, which comprises moving a first portion of the support member relative to a second portion of the support member; and advancing the textile toward the printing station by advancing the support member toward the printing station, characterized in that moving the first portion of the support member comprises rotating the first portion of the support member. providing a textile on which a printing fluid is to be deposited at a printing station; supporting the textile by a support member, the support member being to advance the textile through the printing station; increasing a dimension of the support member to increase a dimension of the textile, which comprises moving a first portion of the support member relative to a second portion of the support member; and advancing the textile toward the printing station by advancing the support member toward the printing station, characterized in that moving the first portion of the support member comprises rotating the first portion of the support member.
An X-ray tube housing assembly operable to provide a signal, the X-ray tube housing assembly comprising: - an X-ray tube for generating X-radiation from a focal spot; - a reference filter; and - a reference detector; and - a controller; wherein the X-radiation comprises a main portion, and a reference portion, wherein the main portion is distinct from the reference portion; wherein the main portion and the reference portion are between a minimum (α min,MAIN, α min,REF) and a maximum (α max,MAIN, α max,REF) take-off angle, being angles of elevation from a vertex at the focal spot, subtended by a base plane; wherein the minimum take-off angles of the reference portion and the main portion (α min,REF, α min,MAIN) are equal to each other, and the maximum take-off angles of the reference portion and the main portion are equal to each other (α max,REF, α max,MAIN); wherein the reference filter is configured to filter the reference portion before detection of the reference portion by the reference detector; wherein the reference detector is configured to detect the reference portion to provide a reference signal; and wherein the controller is configured to calculate a signal, based on the reference signal. - an X-ray tube for generating X-radiation from a focal spot; - a reference filter; and - a reference detector; and - a controller;
A turbomachine, particularly for a rotary-wing aircraft, including a gas generator provided with a rotary mechanical shaft, a first reversible electric machine, a power turbine rotationally driven by a stream of gas generated by the gas generator, at least one accessory (15, 16) from among an oil pump and a fuel pump, an accessory gearbox comprising a gear train configured to drive said at least one accessory (15, 16), and a second electric machine, characterized in that the second electric machine is reversible, the first electric machine is mechanically coupled to the gas generator, the accessory gearbox and the second electric machine are mechanically coupled to the power turbine, and the turbomachine is devoid of any kinematic coupling between the gear train of the accessory gearbox and the shaft of the gas generator, the turbomachine further comprising a unit for controlling the second electric machine, and, during the start-up of the turbomachine, the control unit being configured to make the electric machine operate in motor mode with a predetermined advance with respect to the start-up of the gas generator driven by the first electrical machine, such that the driving of an oil pump and a fuel pump by the second electric machine is done at rotation ratings making it possible to have a fuel circuit and an oil circuit each operating under optimal conditions for the start-up of the gas generator. characterized in that the second electric machine is reversible, the first electric machine is mechanically coupled to the gas generator, the accessory gearbox and the second electric machine are mechanically coupled to the power turbine, and the turbomachine is devoid of any kinematic coupling between the gear train of the accessory gearbox and the shaft of the gas generator, the turbomachine further comprising a unit for controlling the second electric machine, and, during the start-up of the turbomachine, the control unit being configured to make the electric machine operate in motor mode with a predetermined advance with respect to the start-up of the gas generator driven by the first electrical machine, such that the driving of an oil pump and a fuel pump by the second electric machine is done at rotation ratings making it possible to have a fuel circuit and an oil circuit each operating under optimal conditions for the start-up of the gas generator.
A copper alloy for electronic and electrical equipment comprising: 0.15 mass% or greater and less than 0.35 mass% of Mg; 0.0005 mass% or greater and less than 0.01 mass% of P; and a remainder which is formed of Cu and unavoidable impurities, wherein a conductivity is greater than 75% IACS, and an average number of compounds containing Mg and P with a particle diameter of 0.1 μm or greater is 0.5 pieces/μm 2 or less in observation using a scanning electron microscope. 0.15 mass% or greater and less than 0.35 mass% of Mg; 0.0005 mass% or greater and less than 0.01 mass% of P; and a remainder which is formed of Cu and unavoidable impurities, wherein a conductivity is greater than 75% IACS, and an average number of compounds containing Mg and P with a particle diameter of 0.1 μm or greater is 0.5 pieces/μm 2 or less in observation using a scanning electron microscope.
A power supply apparatus to which a plurality of charging cables (4, 5) are connected and which supplies power to an electric vehicle (2, 3) via a corresponding one of the charging cables (4, 5), the apparatus comprising: a transmitting section that transmits a charging cable identification signal to the electric vehicle (2, 3) via the charging cable (4, 5); a receiving section that receives an electric vehicle identification signal and the charging cable identification signal from the electric vehicle (2, 3); and a control section that charges the electric vehicle (2, 3) upon reception of the electric vehicle identification signal and the charging cable identification signal by the receiving section, characterized in that the receiving section is configured to receive the electric vehicle identification signal and the charging cable identification signal from the electric vehicle (2, 3) via the charging cable (4, 5), wherein the transmitting section is configured to retransmit the charging cable identification signal to the electric vehicle (2, 3) when the receiving section receives no reception response signal with respect to the electric vehicle identification signal or the charging cable identification signal within a prescribed amount of time, wherein the retransmitted charging cable identification signal has information that is different from a charging cable identification signal transmitted before the retransmission. a transmitting section that transmits a charging cable identification signal to the electric vehicle (2, 3) via the charging cable (4, 5); a receiving section that receives an electric vehicle identification signal and the charging cable identification signal from the electric vehicle (2, 3); and a control section that charges the electric vehicle (2, 3) upon reception of the electric vehicle identification signal and the charging cable identification signal by the receiving section, characterized in that the receiving section is configured to receive the electric vehicle identification signal and the charging cable identification signal from the electric vehicle (2, 3) via the charging cable (4, 5), wherein the transmitting section is configured to retransmit the charging cable identification signal to the electric vehicle (2, 3) when the receiving section receives no reception response signal with respect to the electric vehicle identification signal or the charging cable identification signal within a prescribed amount of time, wherein the retransmitted charging cable identification signal has information that is different from a charging cable identification signal transmitted before the retransmission.
A water absorbent agent composition comprising: a polycarboxylic acid (salt)-based water absorbent resin as a main component; a natural ingredient; and a temporal deterioration preventing agent, wherein said water absorbent agent composition contains iron (Fe) in an amount of not more than 2 ppm, and wherein the temporal deterioration preventing agent is at least one kind of a compound selected from: water-soluble reducing agents selected from erythorbic acid, L-ascorbic acid, and sulfites; water-soluble oxidants selected from hypochlorous acids; phenylphenols; benzoic acid or esters thereof; and hydroxybenzoic acid or esters thereof, and wherein the natural ingredient is an extract of a plant selected from the group consisting of Theaceae and Fagaceae.
A method of selectively transmitting alerts based on monitored behavior of a driver, the method comprising: calculating, by one or more processors, a driver score for the driver based on a set of driving events, wherein each driving event of the set of driving events was detected from sensor data captured while a vehicle was operated by the driver, and wherein each driving event of the set of driving events is associated with a driving behavior in at least one driving scenario of a plurality of driving scenarios; assigning, by the one or more processors, the driver to a category based on the driver score, wherein the category is one of a plurality of categories; determining, by the one or more processors, that a change in a habitual driving behavior by the driver in a monitored driving scenario would result in reassignment of the driver to another category of the plurality of categories, wherein the monitored driving scenario is a driving scenario of the plurality of driving scenarios; detecting, by the one or more processors, from second sensor data captured by a vehicle operated by the driver, a driving event that is associated with the monitored driving scenario; generating, by the one or more processors, an alert responsive to detecting the driving event having occurred; and transmitting, by the one or more processors, the alert to the vehicle operated by the driver based upon the determination that the change in the habitual driving behavior by the driver in the monitored driving scenario would result in reassignment of the driver to another category. calculating, by one or more processors, a driver score for the driver based on a set of driving events, wherein each driving event of the set of driving events was detected from sensor data captured while a vehicle was operated by the driver, and wherein each driving event of the set of driving events is associated with a driving behavior in at least one driving scenario of a plurality of driving scenarios; assigning, by the one or more processors, the driver to a category based on the driver score, wherein the category is one of a plurality of categories; determining, by the one or more processors, that a change in a habitual driving behavior by the driver in a monitored driving scenario would result in reassignment of the driver to another category of the plurality of categories, wherein the monitored driving scenario is a driving scenario of the plurality of driving scenarios; detecting, by the one or more processors, from second sensor data captured by a vehicle operated by the driver, a driving event that is associated with the monitored driving scenario; generating, by the one or more processors, an alert responsive to detecting the driving event having occurred; and transmitting, by the one or more processors, the alert to the vehicle operated by the driver based upon the determination that the change in the habitual driving behavior by the driver in the monitored driving scenario would result in reassignment of the driver to another category.
A cylinder head comprising: an intake-side wall part that upwardly extends from a cylinder head lower surface coupled to a cylinder block; a port circumferential wall part that forms therein an intake port communicating with a combustion chamber of an engine, and that has a resin part disposed along an inner surface thereof; an outer longitudinal rib that projects from an outer surface of the port circumferential wall part on a side of the cylinder head lower surface and that extends in a direction away from the intake-side wall part along a flow direction of intake air flowing inside the intake port; and a boss part (13, 13') that is bulged from the intake-side wall part on one end portion of the outer longitudinal rib and that has a hole part that discharges gas in the intake port when injection molding of the resin part is carried out. an intake-side wall part that upwardly extends from a cylinder head lower surface coupled to a cylinder block; a port circumferential wall part that forms therein an intake port communicating with a combustion chamber of an engine, and that has a resin part disposed along an inner surface thereof; an outer longitudinal rib that projects from an outer surface of the port circumferential wall part on a side of the cylinder head lower surface and that extends in a direction away from the intake-side wall part along a flow direction of intake air flowing inside the intake port; and a boss part (13, 13') that is bulged from the intake-side wall part on one end portion of the outer longitudinal rib and that has a hole part that discharges gas in the intake port when injection molding of the resin part is carried out.