mhurhangee/patent-ind-claim-en huggingface dataset:
A case for a gas turbine engine , comprising: a case body, including: an axially extending core flow path (C); a radially extending bleed air duct coupling the core flow path (C) in fluid communication with the external environment; a structure-supporting member spanning the bleed air duct ; and a lubricant conduit connected to the case body and in thermal communication with the structure-supporting member wherein the case body includes a case body forward segment and a case body aft segment connected to the structure-supporting member , wherein the lubricant conduit is in thermal communication with the structure-supporting member through an intervening portion of the aft or forward segment characterised in that the lubricant conduit is defined within the case body aft or forward segment adjacent to the structure-supporting member , and wherein the lubricant conduit is configured such that lubricant flowed through the lubricant conduit is spent, heated lubricant from the gas turbine engine . a case body, including: an axially extending core flow path (C); a radially extending bleed air duct coupling the core flow path (C) in fluid communication with the external environment; a structure-supporting member spanning the bleed air duct ; and an axially extending core flow path (C); a radially extending bleed air duct coupling the core flow path (C) in fluid communication with the external environment; a structure-supporting member spanning the bleed air duct ; and a lubricant conduit connected to the case body and in thermal communication with the structure-supporting member wherein the case body includes a case body forward segment and a case body aft segment connected to the structure-supporting member , wherein the lubricant conduit is in thermal communication with the structure-supporting member through an intervening portion of the aft or forward segment characterised in that the lubricant conduit is defined within the case body aft or forward segment adjacent to the structure-supporting member , and wherein the lubricant conduit is configured such that lubricant flowed through the lubricant conduit is spent, heated lubricant from the gas turbine engine .
A spring assembly for driving a flap holder for a flap of a piece of furniture, the spring assembly having a first and a second holder , the holders being prestressed against one another by at least one spring , and each holder having at least one spring receptacle , wherein the holders are prestressed against each other by at least two springs arranged in series with each other, and in that a coupling piece is arranged between the springs , which transmits the force between the springs arranged in series and which has at least two spring guides (85. 1) which guide the springs laterally at least in sections, and the coupling piece having at least one spring stop (85.3) against which the springs rest opposite the holder assigned to the respective spring , characterized in that the coupling piece is designed as a tube whose interior is divided by the first spring stop (85.3) into two sleeve sections forming the spring guides (85.1), one of which is open facing the first holder and the other facing the second holder .
Measurement system comprising (10; 30; 50; 60): a placement structure configured to hold a device under test, DuT ; a sensor array configured to sense an electromagnetic radiation from the DuT at a radio frequency; and a beam pattern manipulator structure effective at the radio frequency configured to manipulate a beam of the electromagnetic radiation, the beam traveling between the DuT and the sensor array ; wherein the beam pattern manipulator structure comprises a lens structure (24; 24a-e) configured to change the width of the beam when traveling along a radiation direction through the lens structure (24; 24a-e), characterized in that the lens structure (24; 24a-e) comprises a varying shape along a lens direction perpendicular to the radiation direction such that at varying positions of the lens structure along the lens direction between the DuT and the sensor array , a varying effect of the lens structure (24; 24a-e) with respect to the beam is obtained; wherein the measurement system comprises an actuator configured to move the beam pattern manipulator structure (24; 24a-e) with respect to the DuT so as to vary the change of the width of the beam . a placement structure configured to hold a device under test, DuT ; a sensor array configured to sense an electromagnetic radiation from the DuT at a radio frequency; and a beam pattern manipulator structure effective at the radio frequency configured to manipulate a beam of the electromagnetic radiation, the beam traveling between the DuT and the sensor array ; wherein the beam pattern manipulator structure comprises a lens structure (24; 24a-e) configured to change the width of the beam when traveling along a radiation direction through the lens structure (24; 24a-e), characterized in that the lens structure (24; 24a-e) comprises a varying shape along a lens direction perpendicular to the radiation direction such that at varying positions of the lens structure along the lens direction between the DuT and the sensor array , a varying effect of the lens structure (24; 24a-e) with respect to the beam is obtained; wherein the measurement system comprises an actuator configured to move the beam pattern manipulator structure (24; 24a-e) with respect to the DuT so as to vary the change of the width of the beam .
A method for optimizing modem usage on a vehicle, comprising: determining , at a processor that is fixedly connected to the vehicle, that the vehicle is in one of a plurality of port states, each of the plurality of port states being indicative of the vehicle being located proximate to a vehicle port; based on the determination that the vehicle is in the one of the plurality of port states, causing , by the processor, a modem that is (i) operating in a bidirectional mode, and (ii) fixedly connected to the vehicle to be in a receive-only state; and using a wireless communication link at the modem in the receive-only state as a forward link over which data is able to be received onto the vehicle while the vehicle is in the one of the plurality of port states. determining , at a processor that is fixedly connected to the vehicle, that the vehicle is in one of a plurality of port states, each of the plurality of port states being indicative of the vehicle being located proximate to a vehicle port; based on the determination that the vehicle is in the one of the plurality of port states, causing , by the processor, a modem that is (i) operating in a bidirectional mode, and (ii) fixedly connected to the vehicle to be in a receive-only state; and using a wireless communication link at the modem in the receive-only state as a forward link over which data is able to be received onto the vehicle while the vehicle is in the one of the plurality of port states.
A filter system , in particular an air filter system , comprising: a housing comprising a first housing part and a second housing part ; a fluid inlet formed in the first housing part ; a fluid outlet formed in the second housing part ; and a filter element being accommodated in the housing , and comprising: a filter body with a filter medium enclosed by a circumferential frame element ; and structure elements protruding from a circumference of the filter element , the structure elements comprising grooves respectively in circumference walls of the structure elements , wherein the first housing part comprises a receiving part for receiving the filter element , the receiving part comprising counter elements respectively corresponding to the structure elements , and the counter elements being breakthroughs that are arranged circumferentially on and formed through a wall of the receiving part , and wherein the grooves included in the structure elements are for receiving edges of the breakthroughs of the counter elements in a sealing manner when the filter element is arranged in the receiving part . a housing comprising a first housing part and a second housing part ; a fluid inlet formed in the first housing part ; a fluid outlet formed in the second housing part ; and a filter element being accommodated in the housing , and comprising: a filter body with a filter medium enclosed by a circumferential frame element ; and structure elements protruding from a circumference of the filter element , the structure elements comprising grooves respectively in circumference walls of the structure elements , wherein the first housing part comprises a receiving part for receiving the filter element , the receiving part comprising counter elements respectively corresponding to the structure elements , and the counter elements being breakthroughs that are arranged circumferentially on and formed through a wall of the receiving part , and wherein the grooves included in the structure elements are for receiving edges of the breakthroughs of the counter elements in a sealing manner when the filter element is arranged in the receiving part . a filter body with a filter medium enclosed by a circumferential frame element ; and structure elements protruding from a circumference of the filter element , the structure elements comprising grooves respectively in circumference walls of the structure elements , wherein the first housing part comprises a receiving part for receiving the filter element , the receiving part comprising counter elements respectively corresponding to the structure elements , and the counter elements being breakthroughs that are arranged circumferentially on and formed through a wall of the receiving part , and wherein the grooves included in the structure elements are for receiving edges of the breakthroughs of the counter elements in a sealing manner when the filter element is arranged in the receiving part .
A positive electrode for an alkaline secondary battery comprising: a positive electrode substrate containing a Ni foil or a Ni-plated steel foil; and a positive electrode composite material that is provided on at least one surface of the positive electrode substrate, wherein the positive electrode composite material contains a positive electrode active material, the positive electrode active material contains nickel hydroxide coated with cobalt oxyhydroxide, and a weight per unit area of the positive electrode composite material with respect to the one surface of the positive electrode substrate is 0.02 g/cm 2 to 0.035 g/cm 2 . a positive electrode substrate containing a Ni foil or a Ni-plated steel foil; and a positive electrode composite material that is provided on at least one surface of the positive electrode substrate, wherein the positive electrode composite material contains a positive electrode active material, the positive electrode active material contains nickel hydroxide coated with cobalt oxyhydroxide, and a weight per unit area of the positive electrode composite material with respect to the one surface of the positive electrode substrate is 0.02 g/cm 2 to 0.035 g/cm 2 .
A load leveling system comprising: a fuel cell inverter configured to receive direct current (DC) power generated by a fuel cell assembly ; a DC load bank , configured to be connected to the fuel cell assembly in parallel with the fuel cell inverter ; and a controller in communication with the fuel cell inverter and the DC load bank , wherein the controller is configured to: identify a reduction in a load being drawn by the fuel cell inverter ; responsive to the identification of the reduction of the load, divert the DC power generated by the fuel cell assembly from the fuel cell inverter to the DC load bank to prevent load cycling of the fuel cell assembly ; monitor a load condition of the fuel cell inverter after diverting the DC power from the fuel cell inverter to the DC load bank ; determine that the fuel cell inverter is again operational based on the monitored load condition; and based on the determination that the fuel cell inverter is again operational, divert the DC power from the DC load bank back to the fuel cell inverter . a fuel cell inverter configured to receive direct current (DC) power generated by a fuel cell assembly ; a DC load bank , configured to be connected to the fuel cell assembly in parallel with the fuel cell inverter ; and a controller in communication with the fuel cell inverter and the DC load bank , wherein the controller is configured to: identify a reduction in a load being drawn by the fuel cell inverter ; responsive to the identification of the reduction of the load, divert the DC power generated by the fuel cell assembly from the fuel cell inverter to the DC load bank to prevent load cycling of the fuel cell assembly ; monitor a load condition of the fuel cell inverter after diverting the DC power from the fuel cell inverter to the DC load bank ; determine that the fuel cell inverter is again operational based on the monitored load condition; and based on the determination that the fuel cell inverter is again operational, divert the DC power from the DC load bank back to the fuel cell inverter . identify a reduction in a load being drawn by the fuel cell inverter ; responsive to the identification of the reduction of the load, divert the DC power generated by the fuel cell assembly from the fuel cell inverter to the DC load bank to prevent load cycling of the fuel cell assembly ; monitor a load condition of the fuel cell inverter after diverting the DC power from the fuel cell inverter to the DC load bank ; determine that the fuel cell inverter is again operational based on the monitored load condition; and based on the determination that the fuel cell inverter is again operational, divert the DC power from the DC load bank back to the fuel cell inverter .
A method, comprising: receiving, by a compute engine from a compiler of a security network , a configuration that includes a compiled set of executable instructions for processing event data associated with occurrences of events on one or more client devices , wherein the compiler automatically generates the configuration based on a text description of a target behavior and one or more ontological definitions defined at an ontology service of the security network ; receiving, by the compute engine , an event stream comprising the event data ; generating, by the compute engine using at least one of one or more refinement operations or one or more composition operations according to the configuration , new event data based on the event data in the event stream; adding, by the compute engine , the new event data to the event stream; determining, by the compute engine based on the configuration , that the event data in the event stream matches the target behavior; and outputting, by the compute engine , a result indicating that the event data in the event stream matches the target behavior. receiving, by a compute engine from a compiler of a security network , a configuration that includes a compiled set of executable instructions for processing event data associated with occurrences of events on one or more client devices , wherein the compiler automatically generates the configuration based on a text description of a target behavior and one or more ontological definitions defined at an ontology service of the security network ; receiving, by the compute engine , an event stream comprising the event data ; generating, by the compute engine using at least one of one or more refinement operations or one or more composition operations according to the configuration , new event data based on the event data in the event stream; adding, by the compute engine , the new event data to the event stream; determining, by the compute engine based on the configuration , that the event data in the event stream matches the target behavior; and outputting, by the compute engine , a result indicating that the event data in the event stream matches the target behavior.
Hybrid layer consisting of or comprising two base materials, where both base materials are jointly selected from the group consisting of silicones and polyurethanes, characterized in that the first base material in pure form after curing is a solid having a Shore A hardness ≤ 1 and the second base material in pure form after curing is a solid of Shore A hardness from 25 to 48, preferably from 30 to 45, more preferably from 35 to 42 and very preferably of 41. the first base material in pure form after curing is a solid having a Shore A hardness ≤ 1 and the second base material in pure form after curing is a solid of Shore A hardness from 25 to 48, preferably from 30 to 45, more preferably from 35 to 42 and very preferably of 41.
A corrosion-resistant permanent magnet comprising - a magnet body, and - a composite coating provided on and covering surfaces of the magnet body, the composite coating comprising a first layer structure on the magnet body, or a second layer structure on the first layer structure, each layer structure comprising, in the order recited, - an inorganic layer, - a linker layer on the inorganic layer, - an organic layer formed from poly(2-chloro-p-xylylene) on the linker layer, wherein - the inorganic layer of the first layer structure either comprises an aluminum layer on the magnet body, or comprises an aluminum layer on the magnet body and an aluminum oxide layer on the aluminum layer, and - the inorganic layer of the second layer structure comprises at least one of an aluminum layer or an aluminum oxide layer, and - the composite coating has at least one aluminum oxide layer having a thickness of at least 50 nm. - a magnet body, and - a composite coating provided on and covering surfaces of the magnet body, the composite coating comprising a first layer structure on the magnet body, or a second layer structure on the first layer structure, each layer structure comprising, in the order recited, - an inorganic layer, - a linker layer on the inorganic layer, - an organic layer formed from poly(2-chloro-p-xylylene) on the linker layer, - the inorganic layer of the first layer structure either comprises an aluminum layer on the magnet body, or comprises an aluminum layer on the magnet body and an aluminum oxide layer on the aluminum layer, and - the inorganic layer of the second layer structure comprises at least one of an aluminum layer or an aluminum oxide layer, and - the composite coating has at least one aluminum oxide layer having a thickness of at least 50 nm.
A computer-implemented method of generating and optimizing a program content data store, the method characterized in : storing data associated with a plurality of frames of an audiovisual stream, wherein the data is stored in a program content data store; obtaining a contiguous sequence of frames of the audiovisual stream; comparing data associated with the contiguous sequence of frames with data associated with one or more contiguous sequences of frames from a database of known advertisements, and if the comparison returns at least one matching contiguous sequence of frames in the database of known advertisements, removing the data associated with the contiguous sequence of frames from the program content data store; comparing data associated with the contiguous sequence of frames with data associated with one or more contiguous sequences of frames from the plurality of frames previously stored in the program content data store, and if the comparison returns at least one match in the program content data store, removing, from the program content data store, data associated with the matching contiguous sequence of frames; and storing the data associated with the matching contiguous sequence of frames in the data store of known advertisements. storing data associated with a plurality of frames of an audiovisual stream, wherein the data is stored in a program content data store; obtaining a contiguous sequence of frames of the audiovisual stream; comparing data associated with the contiguous sequence of frames with data associated with one or more contiguous sequences of frames from a database of known advertisements, and if the comparison returns at least one matching contiguous sequence of frames in the database of known advertisements, removing the data associated with the contiguous sequence of frames from the program content data store; comparing data associated with the contiguous sequence of frames with data associated with one or more contiguous sequences of frames from the plurality of frames previously stored in the program content data store, and if the comparison returns at least one match in the program content data store, removing, from the program content data store, data associated with the matching contiguous sequence of frames; and storing the data associated with the matching contiguous sequence of frames in the data store of known advertisements.
A method of encoding video data, the method comprising: encoding a supplemental enhancement information, SEI, message that contains an identifier of an active video parameter set, VPS, , wherein the identifier of the active VPS is fixed-length coded , wherein the identifier of the active VPS is coded as the first syntax element in the SEI message, wherein the SEI message is included in an SEI network abstraction layer, NAL, unit, and wherein no other SEI messages are included in the SEI NAL unit. wherein the identifier of the active VPS is fixed-length coded , wherein the identifier of the active VPS is coded as the first syntax element in the SEI message, wherein the SEI message is included in an SEI network abstraction layer, NAL, unit, and wherein no other SEI messages are included in the SEI NAL unit.
Venting unit for a vulcanizing mould of a pneumatic vehicle tyre, having a central longitudinal mid-axis (a), a cylindrical housing , which can be pressed into a venting bore of the vulcanizing mould, and a valve insert , which is positioned in the housing and is movable relative thereto and has a valve shank with a valve disc and has a helical compression spring , which surrounds the valve shank and is supported with its one end on the housing and with its other end on the valve disc , the valve shank having a base portion with an outer diameter (d 6 ) which is smaller, by at least 0.3 mm, than the inner diameter of the helical compression spring , characterized in that the valve disc is adjoined by a cylindrical holding portion , on which the helical compression spring is firmly fitted, the holding portion having a greater diameter than the base portion and a height (h 2 ) of at least 1.0 mm, the helical compression spring having at least at its end that can be fitted onto the holding portion at least two closely spaced turns, which have a mutual spacing which, in the relaxed state of the helical compression spring , corresponds to at most half of the mutual spacing of the other turns.
A body worn device for determining Parkinson's disease, comprising a forehead applied device comprising sensors for acquiring electromyographic, EMG, signals of a subject, and a processor configured to determine from the EMG signals: REM sleep behaviour disorder, RBD, defined by the incidence of REM sleep without atonia; characterised by a wrist applied device comprising means for characterising the gait of the subject including determining stride symmetry; and wherein the body worn device is configured to determine Parkinson's disease from the determined REM sleep behaviour disorder and the stride symmetry.