mhurhangee/patent-ind-claim-en huggingface dataset:
A toilet system configured for operation on-board an aircraft comprising: a toilet bowl ; a left side support bracket supporting the toilet bowl ; a right side support bracket supporting the toilet bowl ; a control box including a first set of pins (310,...310 M ); and a harness connector configured to electrically couple the control box to the aircraft, the harness connector including a set of pins; wherein the first set of pins (310 1 ...310 M ) of the control box are configured to be connected to the set of pins included in the harness connector; and the control box is configured to determine a platform of the aircraft based on the presence or absence of a pin in the set of pins included in the harness connector. a toilet bowl ; a left side support bracket supporting the toilet bowl ; a right side support bracket supporting the toilet bowl ; a control box including a first set of pins (310,...310 M ); and a harness connector configured to electrically couple the control box to the aircraft, the harness connector including a set of pins; wherein the first set of pins (310 1 ...310 M ) of the control box are configured to be connected to the set of pins included in the harness connector; and the control box is configured to determine a platform of the aircraft based on the presence or absence of a pin in the set of pins included in the harness connector.
A method for substantially real-time monitoring of the operational dynamics of a plurality of power grid components, which are physical entities associated with an AC power grid, comprising the steps of: obtaining power signal frequency information for the AC power signal at a plurality of known monitoring locations on said AC power grid in substantially real-time by connecting a frequency monitor to said AC power grid at each of said plurality of known monitoring locations; using a digital computer to analyze said power signal frequency information for an indication that a power grid event has occurred on said AC power grid; using a digital computer to identify in substantially real-time a power grid component of said AC power grid that is the source of the power grid event using said power signal frequency information; and communicating the identity of the source power grid component to a third party, such that the third party is able to know in substantially real-time the source of the power grid event, wherein said third party does not otherwise have access to substantially real-time information about the operational dynamics of said power grid components. obtaining power signal frequency information for the AC power signal at a plurality of known monitoring locations on said AC power grid in substantially real-time by connecting a frequency monitor to said AC power grid at each of said plurality of known monitoring locations; using a digital computer to analyze said power signal frequency information for an indication that a power grid event has occurred on said AC power grid; using a digital computer to identify in substantially real-time a power grid component of said AC power grid that is the source of the power grid event using said power signal frequency information; and communicating the identity of the source power grid component to a third party, such that the third party is able to know in substantially real-time the source of the power grid event, wherein said third party does not otherwise have access to substantially real-time information about the operational dynamics of said power grid components.
An article, comprising: a conductive heat-recoverable composite shield ; wherein the conductive composite shield comprises a non-conductive matrix and conductive particles within the non-conductive matrix; and wherein the article has a resistivity of less than 0.05 ohm·cm; characterised in that : the conductive particles have a morphology of dendrites, flakes or spheres. a conductive heat-recoverable composite shield ; wherein the conductive composite shield comprises a non-conductive matrix and conductive particles within the non-conductive matrix; and wherein the article has a resistivity of less than 0.05 ohm·cm; characterised in that : the conductive particles have a morphology of dendrites, flakes or spheres.
A control system configured to control a multi-passenger ride vehicle , the control system comprising: a controller configured to: receive a first passenger feedback from a first passenger input device ; receive a second passenger feedback from a second passenger input device ; wherein the first passenger input device and the second passenger input device are disposed proximate to a first passenger seat and a second passenger seat, respectively; select the first passenger feedback, the second passenger feedback, or a combination thereof as a selection; determine a vehicle path using the first passenger feedback, the second passenger feedback, or the combination thereof based on the selection; and control movement of the multi-passenger ride vehicle based on the vehicle path . receive a first passenger feedback from a first passenger input device ; receive a second passenger feedback from a second passenger input device ; wherein the first passenger input device and the second passenger input device are disposed proximate to a first passenger seat and a second passenger seat, respectively; select the first passenger feedback, the second passenger feedback, or a combination thereof as a selection; determine a vehicle path using the first passenger feedback, the second passenger feedback, or the combination thereof based on the selection; and control movement of the multi-passenger ride vehicle based on the vehicle path .
A floor structure for use in a vehicle, comprising: (i) a primary floor panel , having a top surface extending to an edge of the floor panel; and (ii) a platform floor panel , having a top surface which provides a platform for supporting a secondary floor panel ; wherein the primary and platform floor panels include complementary engageable features which allows said edge of the primary floor panel to be connected to: (a) an edge of a like primary floor panel; or (b) an edge of the platform floor panel; wherein the primary and platform floor panels are connected by said complementary engageable features such that the platform of the platform floor panel is relatively lower than the top surface at said edge of the primary floor panel; characterised in that the floor structure further comprises (iii) a secondary floor panel , placed on said platform of the platform floor panel such that the secondary floor panel lays flush with the top surface of the primary floor panel. (i) a primary floor panel , having a top surface extending to an edge of the floor panel; and (ii) a platform floor panel , having a top surface which provides a platform for supporting a secondary floor panel ; wherein the primary and platform floor panels include complementary engageable features which allows said edge of the primary floor panel to be connected to: (a) an edge of a like primary floor panel; or (b) an edge of the platform floor panel; wherein the primary and platform floor panels are connected by said complementary engageable features such that the platform of the platform floor panel is relatively lower than the top surface at said edge of the primary floor panel; characterised in that the floor structure further comprises (a) an edge of a like primary floor panel; or (b) an edge of the platform floor panel; (iii) a secondary floor panel , placed on said platform of the platform floor panel such that the secondary floor panel lays flush with the top surface of the primary floor panel.
A component mounting system comprising: a printed-circuit-board conveyance section that includes conveyance lanes which convey a plurality of different types of printed circuit boards (B); a component supply section that supplies components to be mounted on the plurality of printed circuit boards (B); a mounting head that includes suction nozzles which suck the components supplied from the component supply section , and mounts the components sucked by the suction nozzles on the printed circuit boards (B); a bulk feeder that is integrally held by the mounting head , and mounts at least one type of bulk component sucked by the suction nozzles ; and characterized in that a bulk component determining section that is configured to perform a simulation in which operation times when the components supplied from the component supply section are moved on the printed circuit boards (B) on the conveyance lane are calculated for all the components, and to determine a bulk component to be mounted on the bulk feeder based on the calculated operation times. a printed-circuit-board conveyance section that includes conveyance lanes which convey a plurality of different types of printed circuit boards (B); a component supply section that supplies components to be mounted on the plurality of printed circuit boards (B); a mounting head that includes suction nozzles which suck the components supplied from the component supply section , and mounts the components sucked by the suction nozzles on the printed circuit boards (B); a bulk feeder that is integrally held by the mounting head , and mounts at least one type of bulk component sucked by the suction nozzles ; and characterized in that a bulk component determining section that is configured to perform a simulation in which operation times when the components supplied from the component supply section are moved on the printed circuit boards (B) on the conveyance lane are calculated for all the components, and to determine a bulk component to be mounted on the bulk feeder based on the calculated operation times.
Forming machine having a forming station and having a cutting device for cutting off a bar section (W) from a bar material and feeding the cut-off bar section (W) to the forming station , wherein the cutting device comprises a cutting carriage which is movable forwards and backwards and a cutting blade which is attached to the cutting carriage , with which cutting blade , in a forward movement of the cutting carriage , the bar section (W) can be cut off from the bar material and fed to the forming station , characterised in that the cutting device comprises means for adjusting the stroke and the direction of forward movement of the cutting carriage .
A method comprising: receiving a plurality of base events at an event listener, a first base event of the plurality of base events corresponding to a connection of a first user device with an external device , and a second base event of the plurality of base events corresponding to one or more unlocks of the first user device; storing the first base event and the second base event at a state storage; providing the first base event and the second base event stored at the state storage to an inference module; determining, based on an input received at the first user device, whether to designate the external device as a trusted device; and causing, by the inference module, a current security configuration of the first user device and a second user device associated with a same user account as the first user device to be updated based on the first base event, the second base event, and whether the external device is designated as a trusted device, wherein the current security configuration comprises at least one setting corresponding to an aspect of securing a user device or user data. receiving a plurality of base events at an event listener, a first base event of the plurality of base events corresponding to a connection of a first user device with an external device , and a second base event of the plurality of base events corresponding to one or more unlocks of the first user device; storing the first base event and the second base event at a state storage; providing the first base event and the second base event stored at the state storage to an inference module; determining, based on an input received at the first user device, whether to designate the external device as a trusted device; and causing, by the inference module, a current security configuration of the first user device and a second user device associated with a same user account as the first user device to be updated based on the first base event, the second base event, and whether the external device is designated as a trusted device, wherein the current security configuration comprises at least one setting corresponding to an aspect of securing a user device or user data.
Method for transferring a thin layer on a destination substrate on a face of which an adhesive layer is present, characterised in that it comprises, from a temporary support to a face of which a first face of the thin layer is secured: - a formation of an interface layer made of polymer material on a second face of the thin layer , opposite the first face , the formation of the interface layer comprising a spreading of a liquid form of the polymer material on the second face of the thin layer then a structuring of the polymer material in the solid phase; then - an assembly by gluing the interface layer and the adhesive layer ; then - a separation of the thin layer relative to the temporary support . - a formation of an interface layer made of polymer material on a second face of the thin layer , opposite the first face , the formation of the interface layer comprising a spreading of a liquid form of the polymer material on the second face of the thin layer then a structuring of the polymer material in the solid phase; then - an assembly by gluing the interface layer and the adhesive layer ; then - a separation of the thin layer relative to the temporary support .
Use of a lubricating composition comprising a base oil of lubricating viscosity and an ashless antioxidant for reducing low speed pre-ignition events in a spark-ignited direct injection internal combustion engine measured according to the GM Ecotec LSPI test defined in the Examples, comprising supplying to the engine the lubricant composition, wherein the engine is operated under a load with a brake mean effective pressure of greater than or equal to 10 bars and at speeds less than or equal to 3,000 rpm, wherein the ashless antioxidant comprises the combination of a phenol antioxidant, an arylamine antioxidant, and a sulfurized olefin antioxidant, wherein the combined amount of the ashless antioxidants is 1.0 to 5 weight percent of the lubricating composition.
A watch strap configured for attaching a mechanical watch to a wrist of a subject, wherein the watch strap is formed from a flexible material , wherein the watch strap comprises an electronics module encapsulated by the flexible material, wherein the electronics module comprises a sensor configured for acquiring sensor data descriptive of at least one physiological parameter of the subject, the electronics module having a flexible printed circuit board extending along a length extension of the watch strap, characterized in that the flexible printed circuit board has a varying width extension along the length extension of the watch strap.
A wound dressing comprising: a high-moisture-vapor-transmission-rate drape having a first side and a second, patient-facing side ; a thermally-conductive, vapor-permeable member comprising: a drape-interface member having a first side and a second, patient-facing side , wherein the first side of the drape-interface member is proximate the second, patient-facing side of the high-moisture-vapor-transmission-rate drape , a patient-interface member having a first side and a second, patient-facing side , wherein the second, patient-facing side of the patient-interface member is proximate to a patient , and a coupling member that thermally couples the drape-interface member and the patient-interface member ; a liquid-processing member disposed between the drape-interface member and the patient-interface member , wherein the liquid-processing member is operable to at least temporarily retain liquids from the wound ; and wherein the thermally-conductive, vapor-permeable member is operable to conduct body heat from the patient to the high-moisture-vapor-transmission-rate drape to enhance transmission of vapor through the high-moisture-vapor-transmission-rate drape ; wherein the thermally-conductive, vapor-permeable member comprises an active carbon member or a material with metallic fibers, zinc oxide or silver. a high-moisture-vapor-transmission-rate drape having a first side and a second, patient-facing side ; a thermally-conductive, vapor-permeable member comprising: a drape-interface member having a first side and a second, patient-facing side , wherein the first side of the drape-interface member is proximate the second, patient-facing side of the high-moisture-vapor-transmission-rate drape , a patient-interface member having a first side and a second, patient-facing side , wherein the second, patient-facing side of the patient-interface member is proximate to a patient , and a coupling member that thermally couples the drape-interface member and the patient-interface member ; a drape-interface member having a first side and a second, patient-facing side , wherein the first side of the drape-interface member is proximate the second, patient-facing side of the high-moisture-vapor-transmission-rate drape , a patient-interface member having a first side and a second, patient-facing side , wherein the second, patient-facing side of the patient-interface member is proximate to a patient , and a coupling member that thermally couples the drape-interface member and the patient-interface member ; a liquid-processing member disposed between the drape-interface member and the patient-interface member , wherein the liquid-processing member is operable to at least temporarily retain liquids from the wound ; and wherein the thermally-conductive, vapor-permeable member is operable to conduct body heat from the patient to the high-moisture-vapor-transmission-rate drape to enhance transmission of vapor through the high-moisture-vapor-transmission-rate drape ; wherein the thermally-conductive, vapor-permeable member comprises an active carbon member or a material with metallic fibers, zinc oxide or silver.
A method comprising: receiving , by a node of a telecommunication service provider, a first network data packet from one of an application client of a telecommunication device and an application server ; performing, by the node: retrieving (116, 134; 306) application information from a header of the first network data packet and applying (118, 136; 308) the application information to adapt radio delivery; inserting (120, 138; 316) radio information into the header of the first network data packet in place of the application information; and after performing the inserting and the retrieving, transmitting , by the node, the network data packet to the other of the application client and the application server, wherein the radio information includes at least one of a desired bitrate, an available bandwidth, a congestion indication, a type of congestion, a level of congestion, a mobility state, or a radio state, and wherein the inserting comprises inserting different radio information depending on whether the first network data packet is received from the application client or the application server. receiving , by a node of a telecommunication service provider, a first network data packet from one of an application client of a telecommunication device and an application server ; performing, by the node: retrieving (116, 134; 306) application information from a header of the first network data packet and applying (118, 136; 308) the application information to adapt radio delivery; inserting (120, 138; 316) radio information into the header of the first network data packet in place of the application information; and after performing the inserting and the retrieving, transmitting , by the node, the network data packet to the other of the application client and the application server, retrieving (116, 134; 306) application information from a header of the first network data packet and applying (118, 136; 308) the application information to adapt radio delivery; inserting (120, 138; 316) radio information into the header of the first network data packet in place of the application information; and after performing the inserting and the retrieving, transmitting , by the node, the network data packet to the other of the application client and the application server, wherein the radio information includes at least one of a desired bitrate, an available bandwidth, a congestion indication, a type of congestion, a level of congestion, a mobility state, or a radio state, and wherein the inserting comprises inserting different radio information depending on whether the first network data packet is received from the application client or the application server.
Moulded three-dimensional noise attenuating trim part for a vehicle, comprising at least a three layer system consisting of a first porous fibrous layer and a second porous fibrous layer and an air permeable intermediate film layer situated between the first and second porous fibrous layers and wherein the adjacent surfaces within the three layer system are interconnected, characterized in that the second porous fibrous layer has an area weight AW2 that is varying over the surface and wherein at least for areas of the three layer system with a total thickness t between 5 and 35 mm, the area weight AW2 relates to the total thickness t of the three layer system as following 25*t+175<AW2<45*t+475, wherein t is in mm and AW2 is in g.m -2 and wherein the area weight AW2 of the second porous fibrous layer is increasing with increasing total thickness t of the three layer system.
A moving inspection device comprising: a moving inspection device body configured to inspect an inspection target (S) for a defect while moving over a surface (Sa) of the inspection target (S) and provided with an inspection sensor configured to inspect the inspection target (S) for a defect; and a water supply device provided separately from the moving inspection device body and configured to supply water (W) required for the inspection onto the surface (Sa) of the inspection target (S), characterized in that the moving inspection device body is installed with a flow adjustment plate configured to push out the water (W) supplied onto the surface (Sa) of the inspection target (S) from the water supply device in an advancing direction of the moving inspection device body and form a streamline for supplying the water between the inspection sensor and the surface (Sa) of the inspection target (S) simultaneously with the movement of the moving inspection device body . a moving inspection device body configured to inspect an inspection target (S) for a defect while moving over a surface (Sa) of the inspection target (S) and provided with an inspection sensor configured to inspect the inspection target (S) for a defect; and a water supply device provided separately from the moving inspection device body and configured to supply water (W) required for the inspection onto the surface (Sa) of the inspection target (S), characterized in that the moving inspection device body is installed with a flow adjustment plate configured to push out the water (W) supplied onto the surface (Sa) of the inspection target (S) from the water supply device in an advancing direction of the moving inspection device body and form a streamline for supplying the water between the inspection sensor and the surface (Sa) of the inspection target (S) simultaneously with the movement of the moving inspection device body .