mhurhangee/ep-ind-claims huggingface dataset:
A method for landing site localization, the method comprising: receiving an image capturing a landing site from a field of view of an aircraft, the image having an associated time stamp; determining a reference position of a reference object associated with the landing site; from the reference position, generating an image-estimated pose of the aircraft; matching the image-estimated pose with a first inertial measurement unit, IMU, output having a time stamp nearest to the time stamp associated with the image; updating a pose trajectory of the aircraft by forward propagating components of the image-estimated pose to a set of IMU outputs generated subsequently to the first IMU output; and based upon the updated pose trajectory, generating a set of computer-readable instructions for flight control of the aircraft toward a flight path to the landing site. receiving an image capturing a landing site from a field of view of an aircraft, the image having an associated time stamp; determining a reference position of a reference object associated with the landing site; from the reference position, generating an image-estimated pose of the aircraft; matching the image-estimated pose with a first inertial measurement unit, IMU, output having a time stamp nearest to the time stamp associated with the image; updating a pose trajectory of the aircraft by forward propagating components of the image-estimated pose to a set of IMU outputs generated subsequently to the first IMU output; and based upon the updated pose trajectory, generating a set of computer-readable instructions for flight control of the aircraft toward a flight path to the landing site.
A process comprising (a) curing in a mold a reaction mixture comprising at least one silicone containing component, wherein said reaction mixture comprises sparingly water soluble components or impurities having a retention time, relative to TRIS of less than 0.9, in an amount of less than 200ppm based upon all components in the reaction mixture, to form a lens, wherein said retention time is measured in an HPLC using mixtures of acetonitrile, water, isopropanol and formate buffer as the solvent; (b) contacting said lens and mold with an aqueous solution at a temperature less than 99°C for less than 1 hour; to release said lens from the mold, wherein said aqueous solution comprises at least 70 weight % water and less than 10 weight % organic solvents, and (c) optionally post processing the lens, wherein said post processing, if conducted, is conducted with aqueous solutions for a time less than 6 hours. (a) curing in a mold a reaction mixture comprising at least one silicone containing component, wherein said reaction mixture comprises sparingly water soluble components or impurities having a retention time, relative to TRIS of less than 0.9, in an amount of less than 200ppm based upon all components in the reaction mixture, to form a lens, wherein said retention time is measured in an HPLC using mixtures of acetonitrile, water, isopropanol and formate buffer as the solvent; (b) contacting said lens and mold with an aqueous solution at a temperature less than 99°C for less than 1 hour; to release said lens from the mold, wherein said aqueous solution comprises at least 70 weight % water and less than 10 weight % organic solvents, and (c) optionally post processing the lens, wherein said post processing, if conducted, is conducted with aqueous solutions for a time less than 6 hours.
A method for triggering virtual machine introspection, comprising: determining data that needs to be protected; monitoring the data that needs to be protected; and triggering virtual machine introspection when it is determined that the data that needs to be protected is modified; before the monitoring the data that needs to be protected, the method comprises: storing, in a read set of a hardware transactional memory, a memory address corresponding to the determined data that needs to be protected; and the monitoring the data that needs to be protected comprises: monitoring whether a write operation is executed on the data that needs to be protected and corresponds to the memory address stored in the read set; wherein the step of triggering virtual machine introspection comprises: when it is determined that a write operation is executed on the data that needs to be protected and corresponds to the memory address stored in the read set, a transaction processing program of the hardware transactional memory is controlled to be redirected to a program for triggering virtual machine introspection, and a security check is performed according to a preset security check program. determining data that needs to be protected; monitoring the data that needs to be protected; and triggering virtual machine introspection when it is determined that the data that needs to be protected is modified; before the monitoring the data that needs to be protected, the method comprises: storing, in a read set of a hardware transactional memory, a memory address corresponding to the determined data that needs to be protected; and the monitoring the data that needs to be protected comprises: storing, in a read set of a hardware transactional memory, a memory address corresponding to the determined data that needs to be protected; and the monitoring the data that needs to be protected comprises: monitoring whether a write operation is executed on the data that needs to be protected and corresponds to the memory address stored in the read set; wherein the step of triggering virtual machine introspection comprises: when it is determined that a write operation is executed on the data that needs to be protected and corresponds to the memory address stored in the read set, a transaction processing program of the hardware transactional memory is controlled to be redirected to a program for triggering virtual machine introspection, and a security check is performed according to a preset security check program. when it is determined that a write operation is executed on the data that needs to be protected and corresponds to the memory address stored in the read set, a transaction processing program of the hardware transactional memory is controlled to be redirected to a program for triggering virtual machine introspection, and a security check is performed according to a preset security check program.
A compressor having a fixed side member which forms a compression chamber and a movable side member which is rotated and changes a volume of the compression chamber, the compressor configured to suck a fluid into the compression chamber and compress the fluid, wherein the fixed side member is provided with a discharge port that penetrates the fixed side member and leads the fluid out of the compression chamber, and a discharge valve that opens/closes the discharge port, the discharge valve has a valve body which closes the discharge port by covering an outlet end of the discharge port and opens the discharge port by being lifted from the outlet end of the discharge port, an area of an inlet end of the discharge port is Ai; a peripheral length of the inlet end is Li; and a hydraulic diameter of the inlet end is defined by Di = 4(Ai/Li), a peripheral length of the outlet end of the discharge port is Lo; a reference lift amount of the valve body is ho; a cross sectional area of an outlet side flow path formed between the outlet end of the discharge port and the valve body is defined by Ao = Lo × ho; and a hydraulic diameter of the outlet side flow path is defined by Do = 4(Ao/2Lo), and characterized by a ratio (Do/Di) of the hydraulic diameter Do of the outlet side flow path to the hydraulic diameter Di of the inlet end of the discharge port is 0.5 or less.
A computing system for supporting Input/Output Advanced Programmable Interrupt Controller (IOAPIC) interrupts between an IO device and the computing system, wherein the IO device is an AMBA® compliant IO device, and wherein the computing system is a PCIe compliant computing system, the computing system comprising: an x86 compatible host system including: an x86 compatible processor; memory; a PCIe root complex, RC,; and a PCIe bus to which the processor, memory, and PCIe RC are communicatively connected; an interconnect chip having a PCIe endpoint, EP, that is connected to the PCIe RC of the host system through a PCIe link, the PCIe EP of the interconnect chip being connected to an AMBA® bus, wherein the interconnect chip is configured to communicate with the IO device via the AMBA® bus in an AMBA® compliant manner, and with the host system in a PCIe compliant manner, by: receiving a command from the processor for the IO device; sending the command to the IO device over the AMBA® bus; receiving a response from the IO device over the AMBA® bus; upon receiving the response, sending over the AMBA® bus and over the PCIe link one or more DMA operations to the memory of the host system; and after sending the DMA operations to the memory, sending an IOAPIC interrupt to the processor of the host system according to PCIe ordering rules. an x86 compatible host system including: an x86 compatible processor; memory; a PCIe root complex, RC,; and a PCIe bus to which the processor, memory, and PCIe RC are communicatively connected; an x86 compatible processor; memory; a PCIe root complex, RC,; and a PCIe bus to which the processor, memory, and PCIe RC are communicatively connected; an interconnect chip having a PCIe endpoint, EP, that is connected to the PCIe RC of the host system through a PCIe link, the PCIe EP of the interconnect chip being connected to an AMBA® bus, wherein the interconnect chip is configured to communicate with the IO device via the AMBA® bus in an AMBA® compliant manner, and with the host system in a PCIe compliant manner, by: receiving a command from the processor for the IO device; sending the command to the IO device over the AMBA® bus; receiving a response from the IO device over the AMBA® bus; upon receiving the response, sending over the AMBA® bus and over the PCIe link one or more DMA operations to the memory of the host system; and after sending the DMA operations to the memory, sending an IOAPIC interrupt to the processor of the host system according to PCIe ordering rules. receiving a command from the processor for the IO device; sending the command to the IO device over the AMBA® bus; receiving a response from the IO device over the AMBA® bus; upon receiving the response, sending over the AMBA® bus and over the PCIe link one or more DMA operations to the memory of the host system; and after sending the DMA operations to the memory, sending an IOAPIC interrupt to the processor of the host system according to PCIe ordering rules.
A smoking article comprising: a shell comprising an outer wall and having a central axis extending the length of the shell; a wick positioned within the shell and formed of a plurality of individual filaments aligned in a brush-like configuration, the individual filaments each comprising a first end that is affixed to a holding member and an opposing free end; and an aerosol precursor composition; wherein: the wick is positioned within the shell such that the free ends of the filaments are directed toward an interior of the shell and so as to wick the aerosol precursor composition inward, relative the outer wall, from the holding member toward the central axis; or the wick is positioned within the shell such that the free ends of the filaments are directed outward from the central axis and so as to wick the aerosol precursor composition outward from the central axis toward the outer wall of the shell. a shell comprising an outer wall and having a central axis extending the length of the shell; a wick positioned within the shell and formed of a plurality of individual filaments aligned in a brush-like configuration, the individual filaments each comprising a first end that is affixed to a holding member and an opposing free end; and an aerosol precursor composition; wherein: the wick is positioned within the shell such that the free ends of the filaments are directed toward an interior of the shell and so as to wick the aerosol precursor composition inward, relative the outer wall, from the holding member toward the central axis; or the wick is positioned within the shell such that the free ends of the filaments are directed outward from the central axis and so as to wick the aerosol precursor composition outward from the central axis toward the outer wall of the shell. the wick is positioned within the shell such that the free ends of the filaments are directed toward an interior of the shell and so as to wick the aerosol precursor composition inward, relative the outer wall, from the holding member toward the central axis; or the wick is positioned within the shell such that the free ends of the filaments are directed outward from the central axis and so as to wick the aerosol precursor composition outward from the central axis toward the outer wall of the shell.
A method for manufacturing a metal pipe containing, by mass percent, 20 to 55% of Cr and 20 to 70% of Ni, and optionally having a chemical composition consisting of, by mass percent, C: 0.01 to 0.6%, Si: 0.1 to 5%, Mn: 0.1 to 10%, P: 0.08% or less, S: 0.05% or less, Cr: 20 to 55%, Ni: 20 to 70%, N: 0.001 to 0.25%, O (oxygen): 0.02% or less, the balance being Fe and impurities, and further optionally at least one selected from the elements, by mass percent, given in the following items (a) to (g): (a) Cu: 5% or less (b) Co: 5% or less (c) at least one selected from Mo: 3% or less, W: 6% or less, and Ta: 6% or less (d) one or two selected from Ti: 1% or less and Nb: 2% or less (e) at least one selected from B: 0.1% or less, Zr: 0.1% or less, and Hf: 0.5% or less (f) at least one selected from Mg: 0.1% or less, Ca: 0.1% or less, and Al: 1% or less (g) at least one selected from Y: 0.15% or less and Ln group elements: 0.15% or less, wherein the inner surface of the metal pipe is subjected to mechanical treatment, thereby physically removing deposits from the inner surface of the metal pipe; the metal pipe is subsequently subjected to heat treatment in a temperature range of 1050 to 1270°C for 0.5 to 60 minutes; and thereby an oxide scale layer consisting mainly of Cr is formed on at least the inner surface of the metal pipe. (a) Cu: 5% or less (b) Co: 5% or less (c) at least one selected from Mo: 3% or less, W: 6% or less, and Ta: 6% or less (d) one or two selected from Ti: 1% or less and Nb: 2% or less (e) at least one selected from B: 0.1% or less, Zr: 0.1% or less, and Hf: 0.5% or less (f) at least one selected from Mg: 0.1% or less, Ca: 0.1% or less, and Al: 1% or less (g) at least one selected from Y: 0.15% or less and Ln group elements: 0.15% or less,
A rotary blower rotor, comprising: a rotor body; a corrosion-resistant coating covering the rotor body wherein the corrosion-resistant coating comprises an electrolytic ceramic coating; and an abradable coating covering at least a portion of the corrosion-resistant coating for providing an essentially zero operating clearance for increasing a volumetric efficiency, wherein the abradable coating is a mixture of a coating matrix and a solid lubricant. a rotor body; a corrosion-resistant coating covering the rotor body wherein the corrosion-resistant coating comprises an electrolytic ceramic coating; and an abradable coating covering at least a portion of the corrosion-resistant coating for providing an essentially zero operating clearance for increasing a volumetric efficiency, wherein the abradable coating is a mixture of a coating matrix and a solid lubricant.
An isolated nucleic acid molecule comprising, or consisting of, the nucleic acid sequence of SEQ ID NO:1, or comprising, or consisting of a nucleic acid sequence of at least 600 bp having at least 80% identity to said sequence of SEQ ID NO:1, wherein said isolated nucleic acid molecule leads to the specific expression of a gene in retinal endothelial cells when a nucleic acid sequence coding for said gene is operatively linked to said isolated nucleic acid molecule.
Shaft base body made of plastics for an inspection or revision shaft, wherein the shaft base body (1,) has - a base body central part and, leading into it, - connecting sockets (3, 4), having an axis, for media lines (23, 31) or adapter pieces, and - a connecting member, having a longitudinal centre axis, for a shaft extension, wherein at least one foot (12, 13) is in each case formed only on the connecting sockets (3, 4), and wherein the feet (12, 13) each have at least one lower outer rim (14, 15), which runs perpendicular to the centre axis of the connecting member and perpendicular to the axis of the connecting socket (3, 4), characterized in that the at least one foot (12, 13) is formed in the manner of a groove in a cylindrical main portion (10, 11) of a connecting socket (3, 4), that the at least one foot (12, 13) is in each case arranged at a distance from a transition portion (26; 40) between the respective connecting socket (3, 4) and the base body central part, and that a smooth inner wall is in each case formed between the at least one foot (12, 13) and the respective transition portion (26; 40) for the arrangement for a seal (25, 36). - a base body central part and, leading into it, - connecting sockets (3, 4), having an axis, for media lines (23, 31) or adapter pieces, and - a connecting member, having a longitudinal centre axis, for a shaft extension,
A signaling attack prevention method, wherein the method comprises: receiving (S401, S501) a general packet radio service, GPRS, Tunneling Protocol. GTP-C, message sent by a public data network gateway, PGW, wherein the GTP-C message comprises a characteristic parameter; determining (S402, S502) whether the GTP-C message is received from an S8 interface; when the GTP-C message is received from the S8 interface, determining (S403, S503, S506) whether the characteristic parameter of the GTP-C message is valid; and if the characteristic parameter of the GTP-C message is invalid, discarding the GTP-C message or returning, to the PGW, a GTP-C response message carrying an error code cause value, wherein the characteristic parameter comprises a message type of the GTP-C message; and the determining (S403, S503, S506) whether the characteristic parameter of the GTP-C message is valid comprises: determining whether the message type of the GTP-C message is an S11 interface message type; and when the message type of the GTP-C message is the S11 interface message type, determining that the message type of the GTP-C message is invalid. receiving (S401, S501) a general packet radio service, GPRS, Tunneling Protocol. GTP-C, message sent by a public data network gateway, PGW, wherein the GTP-C message comprises a characteristic parameter; determining (S402, S502) whether the GTP-C message is received from an S8 interface; when the GTP-C message is received from the S8 interface, determining (S403, S503, S506) whether the characteristic parameter of the GTP-C message is valid; and if the characteristic parameter of the GTP-C message is invalid, discarding the GTP-C message or returning, to the PGW, a GTP-C response message carrying an error code cause value, wherein the characteristic parameter comprises a message type of the GTP-C message; and the determining (S403, S503, S506) whether the characteristic parameter of the GTP-C message is valid comprises: determining whether the message type of the GTP-C message is an S11 interface message type; and when the message type of the GTP-C message is the S11 interface message type, determining that the message type of the GTP-C message is invalid.
A mobile concrete pump with a chassis and a cabin, with a pump unit arranged at the rear end of the chassis and including a material supply tank with a lid, and with a working platform associated to the pump unit, wherein the lid of the material supply tank can be folded down on several sides, preferably on two sides, characterized in that at least one hinge leg with two hinges pivotable about parallel axes is associated to the material supply tank, so that the lid can be folded down in and against the direction of travel.
A depurant container device for a fuel cell system introducing a gas-phased or liquid-phased fluid, which is used at the fuel cell system and is to be depurated, via an inlet port and outputting the depurated fluid to an outside the device via an outlet port after flowing and changing a flowing direction in a U-shape therein, comprising: an intermediate plate member including a first surface and a second surface provided at opposite sides, and an opening for flowing the fluid in a U-shape between the inlet port and the outlet port; a first fluid passage forming member forming a first fluid passage through which the fluid flows; a second fluid forming member forming a second fluid passage which is in communication with the first fluid passage via the opening; wherein the first fluid passage forming member contacts the first surface of the intermediate plate to be joined thereto by a joining portion (701, 702, 703, 704, 721, 723, 901, 902); the second fluid passage forming member contacts the second surface of the intermediate plate to be joined thereto by the joining portion so that the depurant container device is sealed; and a depurant is contained in the first fluid passage and the second fluid passage; characterized in that, the joining portion (701, 702, 703, 704, 721, 723, 901, 902) is outwardly exposed. an intermediate plate member including a first surface and a second surface provided at opposite sides, and an opening for flowing the fluid in a U-shape between the inlet port and the outlet port; a first fluid passage forming member forming a first fluid passage through which the fluid flows; a second fluid forming member forming a second fluid passage which is in communication with the first fluid passage via the opening; wherein the first fluid passage forming member contacts the first surface of the intermediate plate to be joined thereto by a joining portion (701, 702, 703, 704, 721, 723, 901, 902); the second fluid passage forming member contacts the second surface of the intermediate plate to be joined thereto by the joining portion so that the depurant container device is sealed; and a depurant is contained in the first fluid passage and the second fluid passage; characterized in that, the joining portion (701, 702, 703, 704, 721, 723, 901, 902) is outwardly exposed.