mhurhangee/patent-ind-claim-en huggingface dataset:
A measuring device for measuring a hydrogen concentration in an environment , comprising a measuring unit and a hydrogen sensor for measuring a hydrogen concentration in an environment , wherein the hydrogen sensor comprises a substrate , on which a hydrogen-absorbing sensor medium is applied as a thin film in a sensor region communicating with the environment, wherein the sensor medium changes its volume depending on a hydrogen concentration in the sensor medium , and said change of the volume causes a variation of a mechanical strain introduced by the sensor medium in the substrate , wherein the substrate is a piezoresistive semiconductor, at least within the sensor region , wherein the sensor medium communicates with the environment , characterized in that the measuring unit is configured to measure an ohmic resistance of the substrate and to determine a hydrogen concentration in the environment from the value of the measured ohmic resistance.
A method for multi-domain orchestration, the method performed by a first orchestrator for a first domain (10-1), the method comprising: receiving an inbound orchestration request that requests orchestration of one or more inbound targets and that includes one or more records that either indicate an ancestry of each of the one or more inbound targets or indicate an ancestry of the inbound orchestration request ; based on the one or more records included in the inbound orchestration request , evaluating whether or not to send from the first domain (10-1) to a second domain (10-2) an outbound orchestration request that requests orchestration of an outbound target , wherein the outbound target is one of, or is a descendant of at least one of, the one or more inbound targets ; and sending or not sending the outbound orchestration request from the first domain (10-1) to the second domain (10-2) depending on the evaluating. receiving an inbound orchestration request that requests orchestration of one or more inbound targets and that includes one or more records that either indicate an ancestry of each of the one or more inbound targets or indicate an ancestry of the inbound orchestration request ; based on the one or more records included in the inbound orchestration request , evaluating whether or not to send from the first domain (10-1) to a second domain (10-2) an outbound orchestration request that requests orchestration of an outbound target , wherein the outbound target is one of, or is a descendant of at least one of, the one or more inbound targets ; and sending or not sending the outbound orchestration request from the first domain (10-1) to the second domain (10-2) depending on the evaluating.
A method comprising: receiving traffic information from a first core network component in a core network and from a radio access network, RAN, component, wherein the RAN component is communicatively coupled to the core network; and determining a traffic decision between a user equipment, UE, and a second core network component in the core network according to the traffic information, wherein the traffic decision comprises information for at least one end-to-end path between the UE and the second core network component, wherein the at least one end-to-end path traverses the core network and the RAN. receiving traffic information from a first core network component in a core network and from a radio access network, RAN, component, wherein the RAN component is communicatively coupled to the core network; and determining a traffic decision between a user equipment, UE, and a second core network component in the core network according to the traffic information, wherein the traffic decision comprises information for at least one end-to-end path between the UE and the second core network component, wherein the at least one end-to-end path traverses the core network and the RAN.
A coated outer air seal segment, comprising: a metallic substrate; a bondcoat atop the substrate; a ceramic barrier coat atop the bondcoat; and an abradable coating atop the ceramic barrier coat, wherein: the bondcoat has a combined content of one or more of molybdenum, chromium, and vanadium of at least 50 percent by weight. a metallic substrate; a bondcoat atop the substrate; a ceramic barrier coat atop the bondcoat; and an abradable coating atop the ceramic barrier coat, wherein: the bondcoat has a combined content of one or more of molybdenum, chromium, and vanadium of at least 50 percent by weight.
A non-transitory computer-readable storage medium storing one or more processor-executable instructions wherein the one or more instructions, when executed by a processor of a controller , cause acts to be performed comprising: obtaining one or more signals representative of ambient conditions for a gas turbine engine and one or more operating conditions of the gas turbine engine ; executing a model to predict a duration of a startup time for the gas turbine engine based on the ambient conditions and the one or more operating conditions, the executing comprising executing a historical-learning model to predict a purge duration for the gas turbine engine during the startup time and characterised by executing a heat soak model to determine a rate of reduction of exhaust temperature and its impact on the purge duration, wherein determining the rate of reduction of exhaust temperature and its impact on the purge duration is based at least on heat soak variations due to air density variations based on a temperature of the gas turbine engine during startup; and causing a display to display the predicted duration of the startup time of the gas turbine engine . obtaining one or more signals representative of ambient conditions for a gas turbine engine and one or more operating conditions of the gas turbine engine ; executing a model to predict a duration of a startup time for the gas turbine engine based on the ambient conditions and the one or more operating conditions, the executing comprising executing a historical-learning model to predict a purge duration for the gas turbine engine during the startup time and characterised by executing a heat soak model to determine a rate of reduction of exhaust temperature and its impact on the purge duration, wherein determining the rate of reduction of exhaust temperature and its impact on the purge duration is based at least on heat soak variations due to air density variations based on a temperature of the gas turbine engine during startup; and causing a display to display the predicted duration of the startup time of the gas turbine engine .
A computer-implemented method, comprising: receiving, by a computing system including at least one processor, imaging information indicative of a collection of video segments for respective portions of a manufacturing process to form a product comprising an assembly of parts; synchronizing, by the computing system, the collection of video segments relative to a starting instant of the manufacturing process; generating, by the computing system, a group of observations by analyzing the synchronized collection of video segments corresponding to the manufacturing process; generating, by the computing system, a group of assertions using at least the group of observations and assembly rules defined to establish the manner of forming the product, characterized in that : generating a first assertion of the group of assertions using signal temporal logic, the signal temporal logic providing a mathematical description language used to specify a behavior of an industrial equipment over discrete time steps during an execution of the manufacturing process, the first assertion comprising a statement that the output assembly is formed from the input parts with a defined probability; and generating, by the computing system, a digital trace record for the product using at least the group of observations and the group of assertions, wherein the digital trace record can be reconstructed to accurately track and trace at least some parts for the finished product. receiving, by a computing system including at least one processor, imaging information indicative of a collection of video segments for respective portions of a manufacturing process to form a product comprising an assembly of parts; synchronizing, by the computing system, the collection of video segments relative to a starting instant of the manufacturing process; generating, by the computing system, a group of observations by analyzing the synchronized collection of video segments corresponding to the manufacturing process; generating, by the computing system, a group of assertions using at least the group of observations and assembly rules defined to establish the manner of forming the product, characterized in that : generating a first assertion of the group of assertions using signal temporal logic, the signal temporal logic providing a mathematical description language used to specify a behavior of an industrial equipment over discrete time steps during an execution of the manufacturing process, the first assertion comprising a statement that the output assembly is formed from the input parts with a defined probability; and generating, by the computing system, a digital trace record for the product using at least the group of observations and the group of assertions, wherein the digital trace record can be reconstructed to accurately track and trace at least some parts for the finished product.
A satellite solar generator , comprising: - a printed circuit board comprising a flexible electrically insulating support and a plurality of electrically conductive tracks arranged on said face of the flexible support or in the flexible support, - at least two photovoltaic modules , attached to one face of the flexible support , and - a connection device adapted for establishing a connection between at least some of the modules on the one hand and/or for connecting the modules to the satellite on the other hand, wherein each photovoltaic module comprises: - a printed circuit board comprising at least one support made of an electrically insulating material and electrically conductive tracks arranged on at least one face of the support , - at least two chains of photovoltaic cells , each chain comprising a plurality of photovoltaic cells connected in series, the chains of photovoltaic cells being mounted on the face of the support carrying the electrically conductive tracks and connected to said tracks so that said tracks establish an electrical connection between the chains of cells - a protective layer which is optically transparent in a range of wavelengths corresponding to a range of photovoltaic conversion of the cells, the layer being attached to the printed circuit board so as to cover at least all the photovoltaic cells and all the electrically conductive tracks of the printed circuit board. - a printed circuit board comprising a flexible electrically insulating support and a plurality of electrically conductive tracks arranged on said face of the flexible support or in the flexible support, - at least two photovoltaic modules , attached to one face of the flexible support , and - a connection device adapted for establishing a connection between at least some of the modules on the one hand and/or for connecting the modules to the satellite on the other hand, - a printed circuit board comprising at least one support made of an electrically insulating material and electrically conductive tracks arranged on at least one face of the support , - at least two chains of photovoltaic cells , each chain comprising a plurality of photovoltaic cells connected in series, the chains of photovoltaic cells being mounted on the face of the support carrying the electrically conductive tracks and connected to said tracks so that said tracks establish an electrical connection between the chains of cells - a protective layer which is optically transparent in a range of wavelengths corresponding to a range of photovoltaic conversion of the cells, the layer being attached to the printed circuit board so as to cover at least all the photovoltaic cells and all the electrically conductive tracks of the printed circuit board.
A method for controlling traffic of a radio access network, RAN, by a base station in a wireless communication system, comprising: acquiring , from a gateway, a policy and charging control, PCC, rule for controlling congestion in the RAN; and allocating resources for a user equipment, UE, the resources being allocated based on the PCC rule and a congestion condition in the RAN, wherein the PCC rule comprises a service descriptor and information on update condition for the PCC rule, and wherein the service descriptor includes quality of service, QoS, information, the QoS information including parameters indicating a plurality of combinations of priority levels for a service and congestion levels. acquiring , from a gateway, a policy and charging control, PCC, rule for controlling congestion in the RAN; and allocating resources for a user equipment, UE, the resources being allocated based on the PCC rule and a congestion condition in the RAN, wherein the PCC rule comprises a service descriptor and information on update condition for the PCC rule, and wherein the service descriptor includes quality of service, QoS, information, the QoS information including parameters indicating a plurality of combinations of priority levels for a service and congestion levels.
A plug connector for optical cables for snapping into a socket provided for this purpose, comprising: a. a base body having a through opening in which an optical fiber is arranged, which at the front end of the base body ends in a ferrule , which is spring-mounted in the longitudinal direction; b. an articulated locking arm which is formed on the front end of the base body , protrudes obliquely to the rear and is lockable with the socket by snapping into the socket; and c. an element which is arranged on the base body and movable in relation thereto and is used for unlocking; characterized in that, d. an elastically resilient clip is arranged protruding on the element , and e. the element is operatively connected in an articulated manner to the locking arm via the clip , such that the clip exerts a force on the locking arm by displacing the element in direction (-x) of the rear end of the base body to unlock the locking arm and pulls said locking arm down in the direction of the base body . a. a base body having a through opening in which an optical fiber is arranged, which at the front end of the base body ends in a ferrule , which is spring-mounted in the longitudinal direction; b. an articulated locking arm which is formed on the front end of the base body , protrudes obliquely to the rear and is lockable with the socket by snapping into the socket; and c. an element which is arranged on the base body and movable in relation thereto and is used for unlocking; characterized in that, d. an elastically resilient clip is arranged protruding on the element , and e. the element is operatively connected in an articulated manner to the locking arm via the clip , such that the clip exerts a force on the locking arm by displacing the element in direction (-x) of the rear end of the base body to unlock the locking arm and pulls said locking arm down in the direction of the base body .
A leakage protection device comprising a housing and a core assembly disposed in the housing, the core assembly comprising a control circuit board and an input assembly and an output assembly which are coupled to the control circuit board , the leakage protection device comprising a reset assembly and a test assembly; the reset assembly comprising a reset button disposed outside the housing, and the test assembly comprising a test button disposed outside the housing; and the input assembly extending out of the housing in a first direction (D1), the reset button and the test button being arranged on the outer peripheral surface of the housing parallel to the first direction (D1) so that the operation directions of the reset button and the test button are angled with the first direction (D1); wherein the leakage protection device further comprises a releasing assembly and a detection assembly coupled to the control circuit board ; characterized in that , the input assembly comprises a pair of elastic contact arms , each elastic contact arm is provided with a movable electrical contact; the output assembly comprises a pair of contact arms , each contact arm is provided with a static electrical contact to cooperate with the movable electrical contact; and the releasing assembly is provided with a releaser for urging the movable electrical contact to engage with or disengage from the static electrical contact, and the pair of elastic contact arms of the input assembly are coupled to a power supply terminal through the detection assembly.
An air delivery system for providing a supply of air from a source of air at positive pressure to a patient, the air delivery system comprising: an interfacing structure (20; 80; 180; 380; 480; 580; 680; 880; 980; 1080; 1180; 1110; 1504F; 1604; 1815; 2004; 2004F) configured as an under-the-nose interface configured to engage an underside of the patient's nose, in use, the interfacing structure including a single orifice adapted to interface with both of the patient's nares; a pair of tubes (42; 1540; 1640) adapted to, in use, extend along a respective side of the patient's face and deliver the supply of air to the interfacing structure, each tube comprising a rigidizing element comprising a tubular end portion to facilitate connection of the tube to the interfacing structure; and characterized in that the air delivery system includes a manifold (70; 1916) adapted to connect with the supply of positive air pressure and each tube is connected to the manifold and is adapted to extend from a respective side of the manifold in front of the crown of the patient's head along a respective side of the patient's face between the patient's eye and ear, and to the interfacing structure positioned under the patient's nose, wherein each tube has a generally D-shaped cross-section. an interfacing structure (20; 80; 180; 380; 480; 580; 680; 880; 980; 1080; 1180; 1110; 1504F; 1604; 1815; 2004; 2004F) configured as an under-the-nose interface configured to engage an underside of the patient's nose, in use, the interfacing structure including a single orifice adapted to interface with both of the patient's nares; a pair of tubes (42; 1540; 1640) adapted to, in use, extend along a respective side of the patient's face and deliver the supply of air to the interfacing structure, each tube comprising a rigidizing element comprising a tubular end portion to facilitate connection of the tube to the interfacing structure; and characterized in that the air delivery system includes a manifold (70; 1916) adapted to connect with the supply of positive air pressure and each tube is connected to the manifold and is adapted to extend from a respective side of the manifold in front of the crown of the patient's head along a respective side of the patient's face between the patient's eye and ear, and to the interfacing structure positioned under the patient's nose, wherein each tube has a generally D-shaped cross-section.
An apparatus comprising: a processor circuit ; a monitor module (422-1) to be executed by the processor circuit to monitor an integrated voltage regulator, IVR , switching frequency for an IVR capable of regulating voltage for a microprocessor co-located on-chip with the IVR ; a report module (422-2) to be executed by the processor circuit to receive radio frequency information for one or more wireless components co-located on-chip with the IVR or proximate to the IVR ; an interference module (422-3) to be executed by the processor circuit to determine whether the monitored IVR switching frequency causes radio signal interference to the one or more wireless components based on the radio frequency information; and an adjust module (422-4) to be executed by the processor circuit to adjust the IVR switching frequency based on the determination of the interference module (422-4); a register arranged to control the IVR , the register to maintain a plurality of binary bits that are capable of incrementally adjusting the IVR switching frequency; the IVR switching frequency having a range of 90 megahertz, MHz, to 154 MHz and the register maintaining an 8-bit value to enable the adjust module (422-4) to cause an adjustment to the IVR switching frequency of at least 0.25 MHz increments within the range of 90 MHz to 154 MHz. a processor circuit ; a monitor module (422-1) to be executed by the processor circuit to monitor an integrated voltage regulator, IVR , switching frequency for an IVR capable of regulating voltage for a microprocessor co-located on-chip with the IVR ; a report module (422-2) to be executed by the processor circuit to receive radio frequency information for one or more wireless components co-located on-chip with the IVR or proximate to the IVR ; an interference module (422-3) to be executed by the processor circuit to determine whether the monitored IVR switching frequency causes radio signal interference to the one or more wireless components based on the radio frequency information; and an adjust module (422-4) to be executed by the processor circuit to adjust the IVR switching frequency based on the determination of the interference module (422-4); a register arranged to control the IVR , the register to maintain a plurality of binary bits that are capable of incrementally adjusting the IVR switching frequency; the IVR switching frequency having a range of 90 megahertz, MHz, to 154 MHz and the register maintaining an 8-bit value to enable the adjust module (422-4) to cause an adjustment to the IVR switching frequency of at least 0.25 MHz increments within the range of 90 MHz to 154 MHz.