mhurhangee/patent-ind-claim-en huggingface dataset:
A filter cartridge for a liquid such as fuel, said filter cartridge being intended to be positioned inside a filter housing and comprising : - a filter media defining an inner volume (V38), - a lower end plate , and - an upper end plate , including a liquid passage opening , which communicates with the inner volume of the filter media wherein the upper end plate includes an automatic degassing valve , the valve comprises a gas discharge channel and a closing member which, as long as the channel is filled with gas, is held, for example by gravity, in an open position where it does not oppose the passage of gases through the valve and which floats when the channel is filled with liquid, so as to close the valve in contact with a seat , the upper end plate comprises a cylinder which protrudes upwardly with respect to the remainder of the upper end plate , characterized in that the cylinder delimits a filtered fuel outlet opening that extends at least partially, preferably totally in a radial direction with respect to a central axis of the cylinder , the closing member of the degassing valve being housed inside the cylinder . - a filter media defining an inner volume (V38), - a lower end plate , and - an upper end plate , including a liquid passage opening , which communicates with the inner volume of the filter media wherein the upper end plate includes an automatic degassing valve , the valve comprises a gas discharge channel and a closing member which, as long as the channel is filled with gas, is held, for example by gravity, in an open position where it does not oppose the passage of gases through the valve and which floats when the channel is filled with liquid, so as to close the valve in contact with a seat , the upper end plate comprises a cylinder which protrudes upwardly with respect to the remainder of the upper end plate , characterized in that the cylinder delimits a filtered fuel outlet opening that extends at least partially, preferably totally in a radial direction with respect to a central axis of the cylinder , the closing member of the degassing valve being housed inside the cylinder .
A method of forming a laminate comprising (a) forming an adhesive composition by bringing into contact components comprising (I) an isocyanate component comprising an isocyanate-functional prepolymer that is the reaction product of reactants that comprise (A) one or more aromatic polyisocyanates and (B) one or more polyol, and (II) a polyol component comprising (A) > 0 to 50% by weight based on the weight of said polyol component, one or more polyether polyol, (B) 30% by weight, based on the weight of said adhesive composition, of one or more fatty triglyceride, and (C) one or more UV absorber or one or more hindered amine light stabilizer or a combination thereof, (b) applying a layer of said adhesive composition to a surface of a first film, (c) bringing said layer into contact with a surface of a second film to form a laminate; (d) after forming said laminate, curing said adhesive composition or allowing said adhesive composition to cure, wherein steps (b) and (c) are performed at a time when 50 mole % or more of isocyanate groups on said prepolymer remain unreacted. (a) forming an adhesive composition by bringing into contact components comprising (I) an isocyanate component comprising an isocyanate-functional prepolymer that is the reaction product of reactants that comprise (A) one or more aromatic polyisocyanates and (B) one or more polyol, and (II) a polyol component comprising (A) > 0 to 50% by weight based on the weight of said polyol component, one or more polyether polyol, (B) 30% by weight, based on the weight of said adhesive composition, of one or more fatty triglyceride, and (C) one or more UV absorber or one or more hindered amine light stabilizer or a combination thereof, (I) an isocyanate component comprising an isocyanate-functional prepolymer that is the reaction product of reactants that comprise (A) one or more aromatic polyisocyanates and (B) one or more polyol, and (A) one or more aromatic polyisocyanates and (B) one or more polyol, and (II) a polyol component comprising (A) > 0 to 50% by weight based on the weight of said polyol component, one or more polyether polyol, (B) 30% by weight, based on the weight of said adhesive composition, of one or more fatty triglyceride, and (C) one or more UV absorber or one or more hindered amine light stabilizer or a combination thereof, (A) > 0 to 50% by weight based on the weight of said polyol component, one or more polyether polyol, (B) 30% by weight, based on the weight of said adhesive composition, of one or more fatty triglyceride, and (C) one or more UV absorber or one or more hindered amine light stabilizer or a combination thereof, (b) applying a layer of said adhesive composition to a surface of a first film, (c) bringing said layer into contact with a surface of a second film to form a laminate; (d) after forming said laminate, curing said adhesive composition or allowing said adhesive composition to cure,
A medical balloon including a balloon body member made of a first polymer material; the body member being disposed between first and second balloon ends and having a balloon wall with a wall thickness and inner and outer wall surfaces, the outer wall surface being generally rounded in a circumferential direction of the body member; and at least one elongate element on the balloon wall extending between the first and second ends of the balloon body member, the at least one elongate element being made of a second polymer material having a greater rupture strength compared to a rupture strength of the first polymer material, and wherein the at least one elongate element has a flattened outer surface; wherein the at least one elongate element has an outer surface which is substantially smooth with the outer wall surface of the balloon body member.
A method of chemical mechanical polishing of a substrate comprising tungsten, said method comprising: movably contacting a surface of the substrate with (a) an abrasive, and (b) a liquid component comprising water, an acid sufficient to provide a pH of 2 to 5, a per-type oxidizer, and between 0.1 and 10 ppm of a poly(alkyleneimine); wherein the abrasive and/or the liquid component further comprises an iron compound which induces free radical formation from the per-type oxidizer to increase tungsten removal rates, the iron compound being present in an amount of between 1 ppm and 100 ppm.
A lateral glazed unit for a transport means, in particular a train glazed unit, said glazed unit being a multiple, fixed glazed unit having an outer face that faces an outer space (E) and an inner face that faces an inner space (I), said glazed unit comprising: - an outer glass pane having an outer face that faces the outer space (E), said outer glass pane being laminated and comprising at least one outer glass sheet , one inner glass sheet , as well as a plastic material sheet located between said outer glass sheet and said inner glass sheet , each sheet of said outer glass pane having a peripheral edge ; - an inner glass pane having an inner face that faces the inner space (I), an intermediate face opposite the inner face, as well as a peripheral edge ; - a glazed unit frame structure , which is located on the periphery of said outer glass pane and on the periphery of said inner glass pane and which holds together these two glass panes in such a way that the glazed unit provides a separation between said outer space and said inner space with a glazed unit cavity located between said glass panes ; characterized in that the edge of said outer glass sheet is located setback (r) from the edge of said inner glass sheet on at least part of the length of the edge of said outer glass sheet and preferably over the entire length of said edge of said outer glass sheet , and in that said glazed unit frame structure is not in contact with said outer glass sheet . - an outer glass pane having an outer face that faces the outer space (E), said outer glass pane being laminated and comprising at least one outer glass sheet , one inner glass sheet , as well as a plastic material sheet located between said outer glass sheet and said inner glass sheet , each sheet of said outer glass pane having a peripheral edge ; - an inner glass pane having an inner face that faces the inner space (I), an intermediate face opposite the inner face, as well as a peripheral edge ; - a glazed unit frame structure , which is located on the periphery of said outer glass pane and on the periphery of said inner glass pane and which holds together these two glass panes in such a way that the glazed unit provides a separation between said outer space and said inner space with a glazed unit cavity located between said glass panes ;
Suction device with a suction unit for generating a suction flow (S) and with a suction device housing , in which within a vacuum region (U), in which a vacuum can be generated by the suction device , there is located a dirt collecting chamber for the reception of dirt particles contained in the suction flow (S), which dirt collecting chamber has a suction inlet and is flow-connected to the suction device by way of at least one filter element , wherein the filter element is releasably accommodated in a filter receptacle and can be removed from or installed into the filter receptacle using a sliding and/or pivoting movement, wherein between the filter receptacle and the filter element there is located a seal assembly with at least one yielding sealing element for sealing contact with a sealing contour , and wherein the at least one sealing element is designed in the manner of a sealing membrane or sealing lip and is located between the vacuum region (U) of the suction device and an ambient pressure region (UG) having in the operation of the suction unit a higher ambient pressure, in particular atmospheric pressure, compared to the vacuum region (U), so that the at least one sealing element can be pressurised by the vacuum generated by the suction unit from a release position into a sealing position in which the at least one sealing element bears tightly against the sealing contour , wherein the at least one sealing element is distanced from the sealing contour in the release position or bears against the sealing contour with a lower force than in the sealing position, characterised in that an opening , through which the filter element can be installed into an interior of the suction device housing , is provided at a wall of the suction device housing .
Connector for a fluid line, having a tubular housing with a mount for a support and a one-piece, continuous rotating ring , which surrounds the mount, wherein the rotating ring is pretensioned to lock the connector in a locking position and is rotatable for unlocking into a release position, wherein at least one guide channel is formed in the outer lateral surface of the housing , which has an inlet at a first end face of the housing , wherein the guide channel extends from the inlet with a curved section towards a second end face of the housing and merges into a section parallel to the end face, wherein the rotating ring is at least partially received in the guide channel .
Packaging machine for packaging items to be packaged by means of a film, comprising a supply belt for supplying an item to be packaged in a transport direction (X) to a film packaging device in the packaging machine , and comprising a weighing device for determining the corresponding weight of the item to be packaged , which weighing device has a weighing belt for conveying the item to be packaged from the weighing device to the supply belt in the transport direction (X) and is rigidly connected to the supply belt , characterized in that the weighing device and the supply belt together form a supply module which can be removed from a housing , the removable supply module having a common fastening means for being releasably fastened to the housing , and in that the supply belt has conveyor belts arranged one next to the other for transporting the item to be packaged , which conveyor belts engage in a lifting table of the packaging machine . the weighing device and the supply belt together form a supply module which can be removed from a housing , the removable supply module having a common fastening means for being releasably fastened to the housing , and in that the supply belt has conveyor belts arranged one next to the other for transporting the item to be packaged , which conveyor belts engage in a lifting table of the packaging machine .
Fluid control system in pneumatic conveying ducts for powdered or granular material, comprising: - a conveying duct inside which the material is conveyed; - a plurality of supply sources of respective pressurized gases for transporting said powdered or granular material inside said duct ; - a plurality of injection lines of said gases to put a respective source in fluid communication with said conveying duct ; - a plurality of self-regulating pressure valves each arranged on a respective injection line between the source and said duct ; - a plurality of control members , each associated to a respective self-regulating valve to provide a command signal to said valve representing a pressure value, each valve maintaining the gas flow supplied in said duct constant; and - a plurality of flow and flow rate meters , each arranged on a respective injection line upstream of the valve to transmit a flow and flow rate value to said control member . - a conveying duct inside which the material is conveyed; - a plurality of supply sources of respective pressurized gases for transporting said powdered or granular material inside said duct ; - a plurality of injection lines of said gases to put a respective source in fluid communication with said conveying duct ; - a plurality of self-regulating pressure valves each arranged on a respective injection line between the source and said duct ; - a plurality of control members , each associated to a respective self-regulating valve to provide a command signal to said valve representing a pressure value, each valve maintaining the gas flow supplied in said duct constant; and - a plurality of flow and flow rate meters , each arranged on a respective injection line upstream of the valve to transmit a flow and flow rate value to said control member .
A method of configuring a plurality of integrated circuits, the method comprising: receiving the plurality of integrated circuits, wherein each integrated circuit comprises a physical unclonable function and a memory storing data associated with a cryptographic key specific to the integrated circuit; receiving a plurality of encrypted files, wherein each encrypted file is encrypted with the cryptographic key specific to a respective one of the plurality of integrated circuits; and for each encrypted file of the plurality of encrypted files: sending the encrypted file to the respective integrated circuit; causing the respective integrated circuit to generate its cryptographic key using its data associated with the cryptographic key and its physical unclonable function, the cryptographic key being not permanently stored on said respective integrated circuit; causing the respective integrated circuit to decrypt the encrypted file using its generated cryptographic key; and using the decrypted file to configure the respective integrated circuit. receiving the plurality of integrated circuits, wherein each integrated circuit comprises a physical unclonable function and a memory storing data associated with a cryptographic key specific to the integrated circuit; receiving a plurality of encrypted files, wherein each encrypted file is encrypted with the cryptographic key specific to a respective one of the plurality of integrated circuits; and for each encrypted file of the plurality of encrypted files: sending the encrypted file to the respective integrated circuit; causing the respective integrated circuit to generate its cryptographic key using its data associated with the cryptographic key and its physical unclonable function, the cryptographic key being not permanently stored on said respective integrated circuit; causing the respective integrated circuit to decrypt the encrypted file using its generated cryptographic key; and using the decrypted file to configure the respective integrated circuit. sending the encrypted file to the respective integrated circuit; causing the respective integrated circuit to generate its cryptographic key using its data associated with the cryptographic key and its physical unclonable function, the cryptographic key being not permanently stored on said respective integrated circuit; causing the respective integrated circuit to decrypt the encrypted file using its generated cryptographic key; and using the decrypted file to configure the respective integrated circuit.
A method for connecting corrugated tubing to a fitting comprising a nut , a retainer and a body , said method comprising the steps of: • arranging one end of said corrugated tubing inside said nut containing said retainer so that a concave retainer sealing surface of said retainer is arranged in a valley of said corrugated tubing , wherein said retainer is substantially symmetrical around a plane through the middle of the retainer , the plane being perpendicular to a longitudinal centre axis of the fitting , • arranging said nut on said body , wherein said body comprises a pointy annular body sealing edge , • forcing said retainer sealing surface towards an apex of said pointy annular body sealing edge to form a seal between said fitting and said corrugated tubing by compressing a part of said corrugated tubing between said retainer sealing surface and said apex so that an outer diameter of a compressed end of said tube does not exceed an outer diameter of a rest of said tube , • if a side currently used of the retainer has been damaged or worn, turning around the retainer . • arranging one end of said corrugated tubing inside said nut containing said retainer so that a concave retainer sealing surface of said retainer is arranged in a valley of said corrugated tubing , wherein said retainer is substantially symmetrical around a plane through the middle of the retainer , the plane being perpendicular to a longitudinal centre axis of the fitting , • arranging said nut on said body , wherein said body comprises a pointy annular body sealing edge , • forcing said retainer sealing surface towards an apex of said pointy annular body sealing edge to form a seal between said fitting and said corrugated tubing by compressing a part of said corrugated tubing between said retainer sealing surface and said apex so that an outer diameter of a compressed end of said tube does not exceed an outer diameter of a rest of said tube , • if a side currently used of the retainer has been damaged or worn, turning around the retainer .
A fraud detection rule updating method for use in a fraud detecting electronic control unit ,ECU, connected to an on-board network of a vehicle used for communication in which a plurality of electronic control units exchange messages, the fraud detection rule updating method comprising: receiving an inquiry for a vehicle status indicating whether or not the vehicle in which the fraud detecting electronic control unit is installed is running from an external device, transmitting the vehicle status to the external device, storing fraud detection rules; determining, based on the fraud detection rules, whether or not a message transmitted on the on-board network connected to the unit itself conforms to the rules; and receiving delivery data including updated fraud detection rules and on-board network type information indicating a type of on-board network to which the updated fraud detection rules are to be applied, determining whether or not the vehicle is running, if the vehicle is determined to be running, additionally determining whether or not the on-board network type information indicates a drive network related to running, (i) if the on-board network type information indicates a drive network related to running, not conducting an update process with the updated fraud detection rules, and (ii) if the on-board network type information does not indicate a drive network related to running, updating the fraud detection rules to the updated fraud detection rules. receiving an inquiry for a vehicle status indicating whether or not the vehicle in which the fraud detecting electronic control unit is installed is running from an external device, transmitting the vehicle status to the external device, storing fraud detection rules; determining, based on the fraud detection rules, whether or not a message transmitted on the on-board network connected to the unit itself conforms to the rules; and receiving delivery data including updated fraud detection rules and on-board network type information indicating a type of on-board network to which the updated fraud detection rules are to be applied, determining whether or not the vehicle is running, if the vehicle is determined to be running, additionally determining whether or not the on-board network type information indicates a drive network related to running, (i) if the on-board network type information indicates a drive network related to running, not conducting an update process with the updated fraud detection rules, and (ii) if the on-board network type information does not indicate a drive network related to running, updating the fraud detection rules to the updated fraud detection rules. (i) if the on-board network type information indicates a drive network related to running, not conducting an update process with the updated fraud detection rules, and (ii) if the on-board network type information does not indicate a drive network related to running, updating the fraud detection rules to the updated fraud detection rules.
A method of making an effector moiety conjugated antibody, or antigen binding fragment thereof, comprising the steps of: (a) reacting a cytidine monophosphate-sialic acid (CMP-sialic acid) derivative with a glycan of an antibody, or antigen binding fragment thereof, to form a sialic acid derivative-conjugated antibody, or antigen binding fragment thereof; (b) reacting the sialic acid derivative-conjugated antibody, or antigen binding fragment thereof, with an effector moiety to form the effector moiety conjugated antibody, or antigen binding fragment thereof, wherein an imine bond is formed, and wherein neither the antibody, or antigen binding fragment thereof, nor the sialic acid derivative-conjugated antibody, or antigen binding fragment thereof, are treated with an oxidizing agent. (a) reacting a cytidine monophosphate-sialic acid (CMP-sialic acid) derivative with a glycan of an antibody, or antigen binding fragment thereof, to form a sialic acid derivative-conjugated antibody, or antigen binding fragment thereof; (b) reacting the sialic acid derivative-conjugated antibody, or antigen binding fragment thereof, with an effector moiety to form the effector moiety conjugated antibody, or antigen binding fragment thereof, wherein an imine bond is formed, and wherein neither the antibody, or antigen binding fragment thereof, nor the sialic acid derivative-conjugated antibody, or antigen binding fragment thereof, are treated with an oxidizing agent.
A computer-implemented method of extracting a feature from a data set associated with a semiconductor manufacturing process, the method comprising: iteratively extracting a feature from the data set based on a visualization of a residual pattern comprised within the data set, wherein the feature is distinct from a previous feature extracted in a previous iteration, and the visualization of the residual pattern uses the previous feature.