mhurhangee/patent-ind-claim-en huggingface dataset:
A data switch comprising: a crosspoint switch having at least one input port for receiving data and a plurality of output ports, the crosspoint switch being configured to configurably multicast data received at at least one input port of a crosspoint switch to the plurality of output ports; and a logic function device having a plurality of inputs respectively connected to each of the plurality of output ports of the crosspoint switch, the logic function device being configured with at least one logic function to be applied to data received from the plurality of output ports of the crosspoint switch and which outputs processed data to a plurality of respective logic function device output interfaces, wherein the at least one logic function comprises timestamping and wherein each of the plurality of logic function device output interfaces is connected to an input of the crosspoint switch. a crosspoint switch having at least one input port for receiving data and a plurality of output ports, the crosspoint switch being configured to configurably multicast data received at at least one input port of a crosspoint switch to the plurality of output ports; and a logic function device having a plurality of inputs respectively connected to each of the plurality of output ports of the crosspoint switch, the logic function device being configured with at least one logic function to be applied to data received from the plurality of output ports of the crosspoint switch and which outputs processed data to a plurality of respective logic function device output interfaces, wherein the at least one logic function comprises timestamping and wherein each of the plurality of logic function device output interfaces is connected to an input of the crosspoint switch.
A floor-mounted electrical box, comprising: - a body which comprises side walls defining a hollow space (A) with a closed contour and an access opening (1.1) into the hollow space (A); - at least one support configured for housing electrical and/or data elements; - at least one fitting area for the fitted arrangement of the at least one support in the hollow space (A); - a cover comprising an outer face (2.1) and an inner face (2.2) opposite the outer face (2.1) and arrangeable facing the hollow space (A), the cover being for closing the access opening (1.1); - placement means for placing the cover on the body , the placement means being arranged for moving the cover between an open position, providing access to the hollow space (A), and a closed position, blocking access to the hollow space (A); wherein the placement means comprise at least one projection and at least one cavity for establishing a movable attachment between the cover and the body ; characterized in that the at least one projection has a first portion (5.1) and a second portion (5.2), wherein said first portion (5.1) that extends externally in a progressive manner for being able to place and remove the at least one projection with respect to the at least one cavity by snap fitting, and wherein said second portion (5.2) extends externally in an abrupt manner for a retention provided by contact of the second portion (5.2) with the at least one cavity , such that the projection can be removed and be free to rotate in the at least one cavity . - a body which comprises side walls defining a hollow space (A) with a closed contour and an access opening (1.1) into the hollow space (A); - at least one support configured for housing electrical and/or data elements; - at least one fitting area for the fitted arrangement of the at least one support in the hollow space (A); - a cover comprising an outer face (2.1) and an inner face (2.2) opposite the outer face (2.1) and arrangeable facing the hollow space (A), the cover being for closing the access opening (1.1); - placement means for placing the cover on the body , the placement means being arranged for moving the cover between an open position, providing access to the hollow space (A), and a closed position, blocking access to the hollow space (A); wherein the placement means comprise at least one projection and at least one cavity for establishing a movable attachment between the cover and the body ; characterized in that the at least one projection has a first portion (5.1) and a second portion (5.2), wherein said first portion (5.1) that extends externally in a progressive manner for being able to place and remove the at least one projection with respect to the at least one cavity by snap fitting, and wherein said second portion (5.2) extends externally in an abrupt manner for a retention provided by contact of the second portion (5.2) with the at least one cavity , such that the projection can be removed and be free to rotate in the at least one cavity .
A non-therapeutic method for dispersing or killing a biofilm, the method comprising a step of treating the biofilm with an anti-biofilm composition, thereby effectively dispersing or killing the biofilm; wherein the anti-biofilm composition comprises a polyamine compound selected from the group consisting of and a salt thereof; wherein: each L 1 is selected from the group consisting of a bond and -O-; each R a is -CH 2 [NH(CH 2 ) n ] p NHR 4 ; each n is an integer independently selected from 3 to 12; each p is an integer independently selected from 1 to 3; each R 4 is a member independently selected from the group consisting of hydrogen, alkyl, arylalkyl, and cycloalkylalkyl; and each R 5 is a member independently selected from the group consisting of hydrogen, alkyl, hydroxyl, alkoxy, halo, fluoroalkyl, fluoroalkyloxy, and hydroxyalkyl, wherein the polyamine compound comprises at least four primary or secondary amino groups. each L 1 is selected from the group consisting of a bond and -O-; each R a is -CH 2 [NH(CH 2 ) n ] p NHR 4 ; each n is an integer independently selected from 3 to 12; each p is an integer independently selected from 1 to 3; each R 4 is a member independently selected from the group consisting of hydrogen, alkyl, arylalkyl, and cycloalkylalkyl; and each R 5 is a member independently selected from the group consisting of hydrogen, alkyl, hydroxyl, alkoxy, halo, fluoroalkyl, fluoroalkyloxy, and hydroxyalkyl, wherein the polyamine compound comprises at least four primary or secondary amino groups.
A terminal comprising: a receiving section configured to receive a measurement configuration; a measurement section configured to perform measurements based on the measurement configuration; a transmitting section configured to report a cell-level measurement result and a beam-level measurement result; and a control section configured to control reporting of the beam-level measurement result also, when a reporting of the cell-level measurement result is triggered, wherein the control section is configured to control the reporting of the beam-level measurement result regardless of an event corresponding to a beam-level measurement. a receiving section configured to receive a measurement configuration; a measurement section configured to perform measurements based on the measurement configuration; a transmitting section configured to report a cell-level measurement result and a beam-level measurement result; and a control section configured to control reporting of the beam-level measurement result also, when a reporting of the cell-level measurement result is triggered, wherein the control section is configured to control the reporting of the beam-level measurement result regardless of an event corresponding to a beam-level measurement.
A device for packaging at least a first and a second fluid comprising an arrangement consisting of a first container for containing a first fluid and a second container for containing a second fluid , - wherein the first container is substantially in the form of a tube, the first end of which is provided with a dispenser and the second end of which is designed to attach said second container to this second end and thus close said second end of the first container , - wherein the second container is substantially in the form of a tube, the first end of which is designed to be attached to the second end of the first container , said first end of the second container being closed by means of a tearable wall , and the second end of which is closed by means of a movable wall , said movable wall being designed to be displaced in the direction of said tearable wall to open said tearable wall and thus allow the first and second fluid to mix with each other, characterised in that the movable wall comprises an edge in the form of a flange designed to come into contact with the inner wall of the second container , during the movement of said movable wall in the direction of the first end of the second container , and thus ensure leaktightness between the movable wall and said inner wall of said second container . - wherein the first container is substantially in the form of a tube, the first end of which is provided with a dispenser and the second end of which is designed to attach said second container to this second end and thus close said second end of the first container , - wherein the second container is substantially in the form of a tube, the first end of which is designed to be attached to the second end of the first container , said first end of the second container being closed by means of a tearable wall , and the second end of which is closed by means of a movable wall , said movable wall being designed to be displaced in the direction of said tearable wall to open said tearable wall and thus allow the first and second fluid to mix with each other, characterised in that the movable wall comprises an edge in the form of a flange designed to come into contact with the inner wall of the second container , during the movement of said movable wall in the direction of the first end of the second container , and thus ensure leaktightness between the movable wall and said inner wall of said second container .
A pre-primary articular implant component for repairing a joint of a patient comprising: (a) an outer, joint-facing surface comprising a bearing surface portion; and (b) an inner, bone-facing surface , wherein either the joint-facing surface or the bone-facing surface , or both includes one or more implant features selected and/or designed from patient-specific data, wherein the patient-specific data includes measurements of one or more anatomical features of the joint of the patient, wherein the one or more implant features are further configured based on one or more normalized patient model or models, and wherein the bone-facing surface is designed to negatively match the patient's articular bone surface that is at least in part an uncut articular bone surface; characterized in that the bone-facing surface is further designed to negatively match one or more patient-engineered bone cuts that are selected and/or designed from patient-specific data to minimize the amount of bone resected in one or more corresponding predetermined resection cuts. (a) an outer, joint-facing surface comprising a bearing surface portion; and (b) an inner, bone-facing surface , wherein either the joint-facing surface or the bone-facing surface , or both includes one or more implant features selected and/or designed from patient-specific data, wherein the patient-specific data includes measurements of one or more anatomical features of the joint of the patient, wherein the one or more implant features are further configured based on one or more normalized patient model or models, and wherein the bone-facing surface is designed to negatively match the patient's articular bone surface that is at least in part an uncut articular bone surface; characterized in that the bone-facing surface is further designed to negatively match one or more patient-engineered bone cuts that are selected and/or designed from patient-specific data to minimize the amount of bone resected in one or more corresponding predetermined resection cuts.
A hybrid airfoil for a gas turbine engine, comprising: a leading edge portion ; a trailing edge portion ; and an intermediate portion between said leading edge portion and said trailing edge portion , wherein said leading edge portion is made of a first material, said trailing edge portion is made of a second material, and said intermediate portion is made of a third material, and at least two of said first material, said second material and said third material are different materials; a rib disposed between said leading edge portion and said intermediate portion ; a protrusion of one of said rib and said intermediate portion being received within a pocket of the other of said rib and said intermediate portion characterised in that the hybrid airfoil further comprises intermediate bonding layer between said rib and said intermediate portion and in that : said first material and said second material are metallic materials, and said third material is one of a ceramic material and a ceramic matrix composite (CMC) material. a leading edge portion ; a trailing edge portion ; and an intermediate portion between said leading edge portion and said trailing edge portion , wherein said leading edge portion is made of a first material, said trailing edge portion is made of a second material, and said intermediate portion is made of a third material, and at least two of said first material, said second material and said third material are different materials; a rib disposed between said leading edge portion and said intermediate portion ; a protrusion of one of said rib and said intermediate portion being received within a pocket of the other of said rib and said intermediate portion characterised in that the hybrid airfoil further comprises intermediate bonding layer between said rib and said intermediate portion and in that : said first material and said second material are metallic materials, and said third material is one of a ceramic material and a ceramic matrix composite (CMC) material.
A therapeutic composition comprising dried cranberry powder and dried cranberry seeds or dried cranberry powder and cranberry seed meal wherein the cranberry seeds or the cranberry seed meal are present in an amount of about 15% to about 25% by weight of the dried cranberry powder and wherein the composition comprises less than about 12% of organic acids by weight.
A container for an aerosol-generating substrate, the container having a piercing area (A), for use in an electrically heated aerosol-generating device having a piercing element for piercing the piercing area (A), the container comprising: a casing ; a cap including the piercing area (A) and a heater , the heater defining the boundary of the piercing area (A); and a further cap, the further cap sealed on the opposite end of the casing from the cap , for forming a sealed container. a casing ; a cap including the piercing area (A) and a heater , the heater defining the boundary of the piercing area (A); and a further cap, the further cap sealed on the opposite end of the casing from the cap , for forming a sealed container.
A lubricating oil composition comprising the reaction product of: a. a nitrogen containing reactant, wherein the nitrogen containing reactant comprises an alkyl di-alkanolamide, b. an acidic molybdenum compound; and c. a salicylate compound. a. a nitrogen containing reactant, wherein the nitrogen containing reactant comprises an alkyl di-alkanolamide, b. an acidic molybdenum compound; and c. a salicylate compound.
A gas inerting system for an aircraft, the system comprising: a fuel tank configured to contain a liquid fuel; a fuel vaporization system in fluid communication with the fuel tank and configured to receive the liquid fuel from the fuel tank; a source of air in fluid communication with the fuel vaporization system and configured to deliver air into the liquid fuel to produce the fuel vapor; a heat exchanger in fluid communication with the source of air at a location upstream of the fuel vaporization system, wherein the heat exchanger is configured to cool the air from the air source ; and a catalytic oxidation unit in fluid communication with the fuel vaporization system , wherein a fluid connection is configured to deliver the fuel vapor to the catalytic oxidation unit . a fuel tank configured to contain a liquid fuel; a fuel vaporization system in fluid communication with the fuel tank and configured to receive the liquid fuel from the fuel tank; a source of air in fluid communication with the fuel vaporization system and configured to deliver air into the liquid fuel to produce the fuel vapor; a heat exchanger in fluid communication with the source of air at a location upstream of the fuel vaporization system, wherein the heat exchanger is configured to cool the air from the air source ; and a catalytic oxidation unit in fluid communication with the fuel vaporization system , wherein a fluid connection is configured to deliver the fuel vapor to the catalytic oxidation unit .
A system for cleaning a tube bundle of a heat exchanger core, the system comprising: a lance for directing a jet of fluid into spaces between the tubes of the bundle, a carriage for advancing the lance to penetrate into the bundle, a mount movable relative to the carriage for holding the lance, a spring acting on the mount to urge the lance towards the tube bundle, any reaction force on the lance being opposed by said spring, and a sensor for detecting relative movement between the lance and the carriage , so as to detect when a reaction force acting on the lance upon encountering an obstruction in the tube bundle exceeds a predetermined limit. a lance for directing a jet of fluid into spaces between the tubes of the bundle, a carriage for advancing the lance to penetrate into the bundle, a mount movable relative to the carriage for holding the lance, a spring acting on the mount to urge the lance towards the tube bundle, any reaction force on the lance being opposed by said spring, and a sensor for detecting relative movement between the lance and the carriage , so as to detect when a reaction force acting on the lance upon encountering an obstruction in the tube bundle exceeds a predetermined limit.
An automatic dishwashing cleaning composition comprising a terpolymer comprising (meth)acrylic acid, linear or branched C1-C20 alkyl (meth)acrylate and vinylpyrrolidone; and a non-ionic surfactant, and wherein the composition further comprising enzymes.
Container for storing and for pouring liquids, having a pouring spout , having a container volume, having a pouring channel and a filling channel separate therefrom and having a ventilation channel , which lead into the pouring spout , wherein the pouring spout receives an insert piece having a main body , said insert piece closing the filling channel and forming a flow-through channel that connects the pouring channel to the pouring spout , wherein the insert piece comprises a pouring nozzle , which extends into the pouring spout and is arranged coaxially therewith, characterized in that the pouring nozzle forms an open annular space connected to the ventilation channel , wherein the pouring channel and the ventilation channel lead laterally into the pouring spout , and the flow-through channel of the insert piece extends perpendicularly thereto.
A linear electric generator comprising: a winding of length d1 along which is passed a permanent magnetic assembly of length d2, where d2 is smaller than d1, for producing an electric current in the winding, said winding being segmented into N sections of induction coils (L1 - LN) disposed linearly along a distance d1; the induction coils exhibiting inductance and resistance along their length; means for producing relative movement between the permanent magnetic assembly and the linearly disposed induction coils (L1 - LN) while maintaining a small gap between the magnet and the coils, the movement of the permanent magnetic assembly relative to a particular coil section causing that particular coil section to be excited in that the permanent magnet assembly induces a voltage across the coils in that particular section; and each coil (L1-LN) being connected across the mid-point of a respective four-diode bridge (D11-D14,... DN1-DN4), the bridges being connected in parallel with first and second power output terminals and allowing the voltages induced in the excited coils in close proximity to the passing permanent magnetic assembly to cause the flow of current between first and second power output terminals via a relatively low impedance path, and to prevent the flow of current from the first and second power output terminals through the non-excited coils; characterized in that the N sections of induction coils (L1 - LN) are also directly connected end to end in series. a winding of length d1 along which is passed a permanent magnetic assembly of length d2, where d2 is smaller than d1, for producing an electric current in the winding, said winding being segmented into N sections of induction coils (L1 - LN) disposed linearly along a distance d1; the induction coils exhibiting inductance and resistance along their length; means for producing relative movement between the permanent magnetic assembly and the linearly disposed induction coils (L1 - LN) while maintaining a small gap between the magnet and the coils, the movement of the permanent magnetic assembly relative to a particular coil section causing that particular coil section to be excited in that the permanent magnet assembly induces a voltage across the coils in that particular section; and each coil (L1-LN) being connected across the mid-point of a respective four-diode bridge (D11-D14,... DN1-DN4), the bridges being connected in parallel with first and second power output terminals and allowing the voltages induced in the excited coils in close proximity to the passing permanent magnetic assembly to cause the flow of current between first and second power output terminals via a relatively low impedance path, and to prevent the flow of current from the first and second power output terminals through the non-excited coils; characterized in that the N sections of induction coils (L1 - LN) are also directly connected end to end in series.