mhurhangee/ep-ind-claims huggingface dataset:
A secret information distribution method, wherein the method comprises: receiving, by a network functions virtualization infrastructure, NFVI, secret information sent by management and orchestration, MANO; creating a Virtual Trusted Platform Module, vTPM, in the NFVI, and writing the secret information into the vTPM; receiving, by the NFVI, a virtualized network function, VNF, initialization command from the MANO, and creating a VNF; and obtaining, by the VNF, the secret information from the vTPM. receiving, by a network functions virtualization infrastructure, NFVI, secret information sent by management and orchestration, MANO; creating a Virtual Trusted Platform Module, vTPM, in the NFVI, and writing the secret information into the vTPM; receiving, by the NFVI, a virtualized network function, VNF, initialization command from the MANO, and creating a VNF; and obtaining, by the VNF, the secret information from the vTPM.
An analyzer system for measuring mercury, comprising: a mercury vapor analyzer for generating and detecting analytical beams; an optical bench mounted to a mercury vapor analyzer into which a measurement cell (22, 184) can be positioned so that the analytical beams can traverse the measurement cell, interact with a sample effluent gas and return to the vapor analyzer where the amount of mercury in the sample effluent gas can be determined; a pump station to draw the sample effluent gas from the measurement cell; a furnace mounted to the measurement cell; and a sample boat to contain a sample adapted to be disposed within the furnace to release the sample effluent gas from the sample into the measurement cell; characterised by: an exhaust gas conditioner to receive the sample effluent gas from the measurement cell and to cool the sample gas so as to condense any excess moisture carried in the sample gas, wherein the exhaust gas conditioner includes: a heat exchanger which receives and cools a heated exhaust gas from the measurement cell; and a thermoelectric cooler to cool fluid within the exhaust gas conditioner such that cooling the sample gas drawn from the measurement cell to near ambient improves regulation of the gas drawn from the measurement cell. a mercury vapor analyzer for generating and detecting analytical beams; an optical bench mounted to a mercury vapor analyzer into which a measurement cell (22, 184) can be positioned so that the analytical beams can traverse the measurement cell, interact with a sample effluent gas and return to the vapor analyzer where the amount of mercury in the sample effluent gas can be determined; a pump station to draw the sample effluent gas from the measurement cell; a furnace mounted to the measurement cell; and a sample boat to contain a sample adapted to be disposed within the furnace to release the sample effluent gas from the sample into the measurement cell; characterised by: an exhaust gas conditioner to receive the sample effluent gas from the measurement cell and to cool the sample gas so as to condense any excess moisture carried in the sample gas, wherein the exhaust gas conditioner includes: a heat exchanger which receives and cools a heated exhaust gas from the measurement cell; and a thermoelectric cooler to cool fluid within the exhaust gas conditioner such that cooling the sample gas drawn from the measurement cell to near ambient improves regulation of the gas drawn from the measurement cell. a heat exchanger which receives and cools a heated exhaust gas from the measurement cell; and a thermoelectric cooler to cool fluid within the exhaust gas conditioner such that cooling the sample gas drawn from the measurement cell to near ambient improves regulation of the gas drawn from the measurement cell.
A medicament in which metformin or a pharmaceutically acceptable salt thereof, and dihydroquercetin or a pharmaceutically acceptable salt thereof are combined, wherein metformin or a pharmaceutically acceptable salt thereof, and dihydroquercetin or a pharmaceutically acceptable salt thereof are contained in a single preparation, or metformin or a pharmaceutically acceptable salt thereof, and dihydroquercetin or a pharmaceutically acceptable salt thereof are separately formulated into pharmaceutical compositions and used in combination, for use in the prophylaxis or treatment of a malignant tumor.
A driver's cab mounting for a commercial vehicle, comprising at least four damper installations (3a, 3b, 3c, 3d) which are disposed between the driver's cab and a frame of the commercial vehicle and are in each case separately adjustable in terms of the damping force of said damper installations (3a, 3b, 3c, 3d), wherein each of the damper installations (3a, 3b, 3c, 3d) is configured to dampen a tensile load as well as a compressive load from the driver's cab on the frame; characterized in that each damper installation (3a, 3b, 3c, 3d) comprises a first and a second damper (3a 1, 3b 1, 3c 1, 3d 1; 3a 2, 3b 2, 3c 2, 3d 2) which are disposed in such a manner that in the event of a tensile load from the driver's cab on the frame the first damper (3a 1, 3b 1, 3c 1, 3d 1) substantially acts in a damping manner, and in the event of a compressive load from the driver's cab on the frame the second damper (3a 2, 3b 2, 3c 2, 3d 2) substantially acts in a damping manner.
A wheel motor device (500L, 500R) comprising a hydraulic motor main body that is spaced apart from a hydraulic pump main body operatively driven by a driving power source and is fluidly connected to the hydraulic pump main body via hydraulic fluid conduits so as to form a hydrostatic transmission in cooperation with the same, a speed reduction gear mechanism for reducing a speed of a rotational output of the hydraulic motor main body, an output member for outputting the rotational output whose speed has been reduced by the speed reduction gear mechanism to a corresponding driving wheel, and a casing for accommodating the hydraulic motor main body and the speed reduction gear mechanism, wherein the casing has a motor space for accommodating the hydraulic motor main body and a gear space for accommodating the speed reduction gear mechanism, the motor space being capable of storing fluid in a state of being liquid-tightly separate from the gear space; and the casing is provided with hydraulic fluid ports (511, 512), to which the hydraulic fluid conduits are connected, and a flow-in port (300M(in)) for introducing fluid into the motor space and a flow-out port (300M(out)) for discharging fluid outward from the motor space.
A sound collection loudspeaker apparatus mounted on a vehicle in which at least a first sound collection and amplification position and a second sound collection and amplification position are assumed to be located inside the vehicle, the sound collection loudspeaker apparatus comprising: a first noise level estimating part configured to obtain a first noise level which is an estimated value of a magnitude of a noise component included in a first sound collection signal obtained from a first microphone which collects sound emitted from the first sound collection and amplification position; a suppression amount setting part configured to obtain a noise suppression amount such that a product of a reproduced noisy sound level and the noise suppression amount equals a predetermined constant, and set the noise suppression amount at 1 in a case where the noise suppression amount is greater than 1, the reproduced noisy sound level being an estimated value of a magnitude of noise at a position of a passenger at the second sound collection and amplification position in a case where the first noise level is reproduced from a second speaker placed at the second sound collection and amplification position; and a noise suppressing part configured to multiply the first sound collection signal by the noise suppression amount and output a multiplication result to the second speaker placed at the second sound collection and amplification position. a first noise level estimating part configured to obtain a first noise level which is an estimated value of a magnitude of a noise component included in a first sound collection signal obtained from a first microphone which collects sound emitted from the first sound collection and amplification position; a suppression amount setting part configured to obtain a noise suppression amount such that a product of a reproduced noisy sound level and the noise suppression amount equals a predetermined constant, and set the noise suppression amount at 1 in a case where the noise suppression amount is greater than 1, the reproduced noisy sound level being an estimated value of a magnitude of noise at a position of a passenger at the second sound collection and amplification position in a case where the first noise level is reproduced from a second speaker placed at the second sound collection and amplification position; and a noise suppressing part configured to multiply the first sound collection signal by the noise suppression amount and output a multiplication result to the second speaker placed at the second sound collection and amplification position.
A spherical annular seal member for use in an exhaust pipe joint, comprising: a spherical annular base member defined by a cylindrical inner surface, a partially convex spherical surface, and large- and small-diameter side annular end faces (31, 32) of said partially convex spherical surface; and an outer layer formed integrally on said partially convex spherical surface of said spherical annular base member, characterized in that, at least three protrusions (41, 42, 43), which are formed of expanded graphite capable of being scraped off by an exhaust pipe when inserted into a through hole defined by said cylindrical inner surface and which extend between said large-diameter side annular end face and said small-diameter side annular end face in an axial direction at intervals with each other in a circumferential direction, are provided integrally on said cylindrical inner surface in such a manner as to protrude from said cylindrical inner surface in a direction toward the axis thereof. a spherical annular base member defined by a cylindrical inner surface, a partially convex spherical surface, and large- and small-diameter side annular end faces (31, 32) of said partially convex spherical surface; and an outer layer formed integrally on said partially convex spherical surface of said spherical annular base member, characterized in that, at least three protrusions (41, 42, 43), which are formed of expanded graphite capable of being scraped off by an exhaust pipe when inserted into a through hole defined by said cylindrical inner surface and which extend between said large-diameter side annular end face and said small-diameter side annular end face in an axial direction at intervals with each other in a circumferential direction, are provided integrally on said cylindrical inner surface in such a manner as to protrude from said cylindrical inner surface in a direction toward the axis thereof.
An autonomous modular robot comprising: a main body; a drive system attached to the main body and configured to move the main body; a lift mechanism; an attachment retention system configured to couple two or more interchangeable attachments (4a, 4b) to the main body, wherein each of the interchangeable attachments (4a, 4b) are configured to perform a task, wherein the attachment retention system is part of the lift mechanism, a control system configured to autonomously control: the drive system; and the interchangeable attachments (4a, 4b) upon coupling of the interchangeable attachments (4a, 4b) to the main body, characterized in that the attachment retention system comprises an elongated, laterally extending support configured to attach to each of the two or more interchangeable attachments (4a, 4b), and wherein the elongated, laterally extending support is a rail comprising a channel on an underside of the rail, wherein the channel is sized and shaped to mate with a protrusion (120a, 120b) on a top of the interchangeable attachments (4a, 4b), and wherein the channel traverses substantially an entire length of the rail. a main body; a drive system attached to the main body and configured to move the main body; a lift mechanism; an attachment retention system configured to couple two or more interchangeable attachments (4a, 4b) to the main body, wherein each of the interchangeable attachments (4a, 4b) are configured to perform a task, wherein the attachment retention system is part of the lift mechanism, a control system configured to autonomously control: the drive system; and the interchangeable attachments (4a, 4b) upon coupling of the interchangeable attachments (4a, 4b) to the main body, characterized in that the attachment retention system comprises an elongated, laterally extending support configured to attach to each of the two or more interchangeable attachments (4a, 4b), and wherein the elongated, laterally extending support is a rail comprising a channel on an underside of the rail, wherein the channel is sized and shaped to mate with a protrusion (120a, 120b) on a top of the interchangeable attachments (4a, 4b), and wherein the channel traverses substantially an entire length of the rail. the drive system; and the interchangeable attachments (4a, 4b) upon coupling of the interchangeable attachments (4a, 4b) to the main body, characterized in that the attachment retention system comprises an elongated, laterally extending support configured to attach to each of the two or more interchangeable attachments (4a, 4b), and wherein the elongated, laterally extending support is a rail comprising a channel on an underside of the rail, wherein the channel is sized and shaped to mate with a protrusion (120a, 120b) on a top of the interchangeable attachments (4a, 4b), and wherein the channel traverses substantially an entire length of the rail.
A mobile hotspot device for providing data communication between a terminal and a network, wherein the mobile hotspot device comprises an interface module and a wireless communication module which is coupled with the interface module; the terminal is connected to the wireless communication module via a first wireless interface and the network is connected to the interface module over an Ethernet interface or to the wireless communication module over a second wireless interface; the interface module comprises an interface control unit and is further configured to provide a plurality of different power interfaces, whereby one of the plurality of different power interfaces comprises the Ethernet interface and a Power Over Ethernet, POE, power supply unit, the interface control unit is configured to determine which of the plurality of different power interfaces currently supplies the mobile hotspot device with power and as a result of determining that the mobile hotspot device is supplied via the Ethernet interface, the wireless communication module controls the mobile hotspot device to connect to the network via the Ethernet interface, and else the wireless communication module controls the mobile hotspot device to connect to the network via the second wireless interface.
Crane system comprising a gas turbine which has a manhole on its outer housing, said manhole being designed to open up a maintenance access point to hot gas parts of the gas turbine when opened, wherein the manhole has a fastening section, and further comprising a lifting mechanism characterized in that the lifting mechanism has a mating fastening section that is connected to the fastening section of the manhole in such a way that the lifting mechanism introduces weight forces to be lifted by said mechanism into the outer housing of the gas turbine.
Drive unit for a vehicle, having an electric machine with a rotor shaft and a transmission with a transmission shaft, wherein the transmission shaft is rotatably mounted in a first housing portion by means of a first rolling bearing and the rotor shaft is rotatably mounted in a second housing portion by means of a second rolling bearing, wherein the transmission shaft and the rotor shaft are coupled to one another for conjoint rotation, wherein a third rolling bearing, which has a bearing inner ring, is arranged at the transition between the transmission shaft and rotor shaft, wherein the bearing inner ring bears, by way of its inner face, on the rotor shaft and on the transmission shaft, characterized in that the third rolling bearing sits on the transmission shaft, wherein the bearing inner ring bears, on the side facing away from the rotor shaft, on a radial protrusion, wherein the protrusion is designed as a radially projecting shaft shoulder of the transmission shaft.
A computer-implemented method for optimising the design of an aerodynamic surface of a body belonging to an aircraft which moves through a flow field, the method comprising the following steps: a) preparation of a CFD simulation of said body; b) resolution of the CFD calculation for specific conditions of flow field and obtaining the flow lines of the flow on said surface; c) calculation of the normal curvature of the surface according to the direction of said flow lines; d) simultaneous visualisation of the surface of said body and of the normal curvature; and e) optimising the design of the aerodynamic surface by the identification of zones appropriate for optimisation taking into account step d). a) preparation of a CFD simulation of said body; b) resolution of the CFD calculation for specific conditions of flow field and obtaining the flow lines of the flow on said surface; c) calculation of the normal curvature of the surface according to the direction of said flow lines; d) simultaneous visualisation of the surface of said body and of the normal curvature; and e) optimising the design of the aerodynamic surface by the identification of zones appropriate for optimisation taking into account step d).
A device for facilitating tracheotomy or carrying out a fistula through the tracheaoesophagal wall (1, 2, 3, 8, 9, 11), comprising: a first branch (14, 24, 82, 92), adapted to be introduced into the trachea or oesophagus of a patient through the mouth of the patient, such that the distal end thereof is located below the larynx when said first branch is introduced into the trachea, characterized by a second branch (12, 22, 84, 94), adapted to be arranged at the outside of the neck with the distal end thereof located adjacent to a site that is intended for a tracheostoma or a fistula, wherein the end of the second branch comprises a guiding means (16, 26, 86, 96) for a sharp object, and the end of the first branch comprises a receiving means (17, 27, 87, 97), and wherein the first branch and the second branch are joined to each other in such a manner that the guiding means (16, 26, 86, 96) is oriented towards the receiving means (17, 27, 87, 97), whereby, when the sharp object penetrates the skin and tracheal wall or tracheaoesophagal wall in order to carry out the tracheostoma or fistula, the sharp object is directed towards the receiving means (17, 27, 87, 97). a first branch (14, 24, 82, 92), adapted to be introduced into the trachea or oesophagus of a patient through the mouth of the patient, such that the distal end thereof is located below the larynx when said first branch is introduced into the trachea, characterized by a second branch (12, 22, 84, 94), adapted to be arranged at the outside of the neck with the distal end thereof located adjacent to a site that is intended for a tracheostoma or a fistula, wherein the end of the second branch comprises a guiding means (16, 26, 86, 96) for a sharp object, and the end of the first branch comprises a receiving means (17, 27, 87, 97), and wherein the first branch and the second branch are joined to each other in such a manner that the guiding means (16, 26, 86, 96) is oriented towards the receiving means (17, 27, 87, 97), whereby, when the sharp object penetrates the skin and tracheal wall or tracheaoesophagal wall in order to carry out the tracheostoma or fistula, the sharp object is directed towards the receiving means (17, 27, 87, 97).
A temporary valve device (100, 200) for hemodynamic support, comprising: a sheath having a first section and a second section, said first section attached to a distal end of said second section; and an invertible temporary valve attached to an outer surface of said first section, said temporary valve extending from a first valve end to a second valve end; and an attachment mechanism removeably attaching said first valve end to said first section; characterized in that said temporary valve is movable between an inverted delivery configuration and a deployed configuration, wherein, in said delivery configuration, said first section is inverted into said second section and wherein in said deployed configuration, said first section is moved distally out of said second section to permit radial expansion of said temporary valve to a canopy configuration or an umbrella shape. a sheath having a first section and a second section, said first section attached to a distal end of said second section; and an invertible temporary valve attached to an outer surface of said first section, said temporary valve extending from a first valve end to a second valve end; and an attachment mechanism removeably attaching said first valve end to said first section; characterized in that said temporary valve is movable between an inverted delivery configuration and a deployed configuration, wherein, in said delivery configuration, said first section is inverted into said second section and wherein in said deployed configuration, said first section is moved distally out of said second section to permit radial expansion of said temporary valve to a canopy configuration or an umbrella shape.
A recombinant membrane span protein complex, comprising a first fusion protein, comprising a membrane span protein chain fused to either a tyrosine kinase domain or a reporter phosphorylation domain, and a second fusion protein comprising a polypeptide, interacting with said membrane span protein chain, fused to either a reporter phosphorylation domain or a tyrosine kinase domain, wherein when the first fusion protein is a fusion to a tyrosine kinase domain, the second fusion protein is a fusion to a reporter phosphorylation domain and vice versa, and wherein the tyrosine kinase phosphorylates the reporter phosphorylation domain.