mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a shutoff valve, comprising: receiving a first hardware logic input, a second hardware logic input, and a weight-on-wheels status, wherein each of the first hardware logic input, the second hardware logic input, and the WOW status report a binary true or a false; opening the shutoff valve in response to receiving the true from each of the first hardware logic input, the second hardware logic input, and the WOW status; and closing the shutoff valve in response to receiving the false from any of the first hardware logic input, the second hardware logic input, and the WOW status; and wherein the first hardware logic input comprises a first OR gated input based on a first hardware determined wheel speed and a first throttle position, wherein the second hardware logic input comprises a second OR gated input based on a second hardware determined wheel speed and a second throttle position. receiving a first hardware logic input, a second hardware logic input, and a weight-on-wheels status, wherein each of the first hardware logic input, the second hardware logic input, and the WOW status report a binary true or a false; opening the shutoff valve in response to receiving the true from each of the first hardware logic input, the second hardware logic input, and the WOW status; and closing the shutoff valve in response to receiving the false from any of the first hardware logic input, the second hardware logic input, and the WOW status; and wherein the first hardware logic input comprises a first OR gated input based on a first hardware determined wheel speed and a first throttle position, wherein the second hardware logic input comprises a second OR gated input based on a second hardware determined wheel speed and a second throttle position.
An apparatus for making tissue lamina wherein the apparatus comprises multiple layers of tissue lamina stacked and fastened together, wherein each layer of tissue lamina comprises a first polymer scaffold, a semi-permeable membrane, and a second polymer scaffold, wherein the semi-permeable membrane is disposed between the first and second polymer scaffolds, wherein the first and second polymer scaffolds have means defining microchannels positioned toward the semi-permeable membrane, wherein the first and second polymer scaffolds are fastened together, and wherein each of the first and second polymer scaffolds and the semi-permeable membrane are comprised of material that is suitable for attachment and culturing of animal cells, wherein there is a pattern of microchannels in each of the first and second polymer scaffolds, and the pattern of microchannels in the first polymer scaffold is suitable for the culturing of endothelial cells and the pattern of microchannels in the second polymer scaffold is suitable for the culturing of parenchymal cells, and wherein the semi-permeable membrane allows gas exchange, diffusion of nutrients and waste removal.
An isolated polynucleotide selected from the group consisting of: (a) an isolated polynucleotide consisting of SEQ ID NO:1; (b) an isolated polynucleotide consisting of the bak promoter (positions 1 - 4021 of SEQ ID NO:1); and (c) an isolated polynucleotide consisting of a fragment of the polynucleotide of (a), wherein the fragment comprises an ISRE site (positions 2945-2967 of SEQ ID NO: 1), an SP1 site and a GAS site (positions 1646-1662 of SEQ ID NO: 1) and confers transcriptional up-regulation in response to interferon-y (IFN-γ) on a heterologous gene. (a) an isolated polynucleotide consisting of SEQ ID NO:1; (b) an isolated polynucleotide consisting of the bak promoter (positions 1 - 4021 of SEQ ID NO:1); and (c) an isolated polynucleotide consisting of a fragment of the polynucleotide of (a), wherein the fragment comprises an ISRE site (positions 2945-2967 of SEQ ID NO: 1), an SP1 site and a GAS site (positions 1646-1662 of SEQ ID NO: 1) and confers transcriptional up-regulation in response to interferon-y (IFN-γ) on a heterologous gene.
A method for detecting a cyberattack on a control system of a wind turbine, the method comprising: providing a plurality of classification models of the control system; receiving, via each of the plurality of classification models, a time series of operating data from one or more monitoring nodes of the wind turbine; extracting, via the plurality of classification models, a plurality of features using the time series of operating data, each of the plurality of features being a mathematical characterization of the time series of operating data; generating an output from each of the plurality of classification models; determining, using a decision fusion module, a probability of the cyberattack occurring on the control system based on a combination of each of the outputs; and, implementing a control action when the probability exceeds a probability threshold. providing a plurality of classification models of the control system; receiving, via each of the plurality of classification models, a time series of operating data from one or more monitoring nodes of the wind turbine; extracting, via the plurality of classification models, a plurality of features using the time series of operating data, each of the plurality of features being a mathematical characterization of the time series of operating data; generating an output from each of the plurality of classification models; determining, using a decision fusion module, a probability of the cyberattack occurring on the control system based on a combination of each of the outputs; and, implementing a control action when the probability exceeds a probability threshold.
An ultrasound system for use on a subject, the system comprising: a robotic headset configured to be worn by the subject, the robotic headset comprising automated robotics configured to position a probe structure with respect to the subject; the probe structure comprising: a probe configured to emit acoustic energy and that defines a hollow; a load cell underneath and aligned with the probe and that comprises a protrusion, wherein the load cell is configured to take a force reading indicating an amount of force exerted against the probe, wherein the automated robotics are further configured to adjust the amount of force exerted against the subject by the probe in response to the force reading, and wherein the hollow of the probe receives the protrusion of the load cell for securing the load cell and the probe together; and a probe hub including a cavity for receiving the probe and the load cell. a robotic headset configured to be worn by the subject, the robotic headset comprising automated robotics configured to position a probe structure with respect to the subject; the probe structure comprising: a probe configured to emit acoustic energy and that defines a hollow; a load cell underneath and aligned with the probe and that comprises a protrusion, wherein the load cell is configured to take a force reading indicating an amount of force exerted against the probe, wherein the automated robotics are further configured to adjust the amount of force exerted against the subject by the probe in response to the force reading, and wherein the hollow of the probe receives the protrusion of the load cell for securing the load cell and the probe together; and a probe configured to emit acoustic energy and that defines a hollow; a load cell underneath and aligned with the probe and that comprises a protrusion, wherein the load cell is configured to take a force reading indicating an amount of force exerted against the probe, wherein the automated robotics are further configured to adjust the amount of force exerted against the subject by the probe in response to the force reading, and wherein the hollow of the probe receives the protrusion of the load cell for securing the load cell and the probe together; and a probe hub including a cavity for receiving the probe and the load cell.
Electrical installation device having a support frame provided for wall mounting, a base fastened to the support frame, a receiving cup placed in front of the support frame, a light emitting element received in or on the receiving cup, and with a frame which covers the light emitting element at least partially on its surface facing away from the receiving cup, the receiving cup having a light-transmitting area in order to enable backlighting of the electrical installation device, wherein a first contact zone of a transmission element is electrically conductively contacted or contactable, and wherein the transmission element is electrically conductively connected with a second contact zone to the light emitting element, characterized in in that the transmission element is fastened to the support frame, the transmission element having a first component section and a second component section, the support frame being accommodated between the first component section and the second component section of the transmission element.
A device for producing a cold, homogeneous plasma under atmospheric pressure conditions, comprising at least 6 electrodes of elongated design and a moulded body made of insulating material, wherein the moulded body is provided with an elongated cylindrical cavity and with further recesses guided parallel to the cavity and arranged symmetrically to the axis of the cavity and equidistant from one another and the electrodes are embedded in recesses of the moulded body and said electrodes are connected to an AC high voltage supply such that the polarities of the respective adjacent electrodes are opposite in every phase of the voltage period, characterized in that a capillary which is adjustable in axial position and which is made of insulating material is arranged in the cavity of the moulded body.
A computer-implemented method for automatically selecting 3D points from a CAD model, for 3D locating an industrial object, comprising the following steps: - generating a geometric model from the CAD model, comprising a sampling of a set of 3D points extracted from straight edges of said CAD model, so as to generate 3D surface points, - designating reference viewpoints in advance from a priori knowledge of the current viewpoints of the camera, - acquiring, by means of a camera, a plurality of images taken from viewpoints of interest of said object, - associating each acquired image with a reference viewpoint to form partitions and identifying a reference image for each partition, - selecting for each partition of the n 3D surface points extracted from the straight edges of the 3D model and having the 3D orientation of the straight edge from which they were extracted, comprising the following steps: - refining the camera poses using the geometric model and identifying the associations of 3D surface points with 2D contour points that correspond to the refined poses, - calculating a score for each 3D surface point based on the number of times that this 3D surface point is a match contour point, - projecting and clustering 3D surface points in each reference image, - selecting the n 3D surface points having the best score for each of the partitions. - generating a geometric model from the CAD model, comprising a sampling of a set of 3D points extracted from straight edges of said CAD model, so as to generate 3D surface points, - designating reference viewpoints in advance from a priori knowledge of the current viewpoints of the camera, - acquiring, by means of a camera, a plurality of images taken from viewpoints of interest of said object, - associating each acquired image with a reference viewpoint to form partitions and identifying a reference image for each partition, - selecting for each partition of the n 3D surface points extracted from the straight edges of the 3D model and having the 3D orientation of the straight edge from which they were extracted, comprising the following steps: - refining the camera poses using the geometric model and identifying the associations of 3D surface points with 2D contour points that correspond to the refined poses, - calculating a score for each 3D surface point based on the number of times that this 3D surface point is a match contour point, - projecting and clustering 3D surface points in each reference image, - selecting the n 3D surface points having the best score for each of the partitions.
An assembly for an aircraft propulsion system, comprising: a nacelle inlet structure including an inner inlet opening, an outer inlet opening and a rotating structure; the rotating structure extending circumferentially about the inner inlet opening; and the rotating structure configured to rotate about an axis between a first position and a second position, wherein the rotating structure at least partially closes the outer inlet opening in the first position, and the rotating structure at least partially opens the outer inlet opening in the second position, wherein the inner inlet opening is formed by an inner bore of the rotating structure, wherein the inner inlet opening is a non-annular opening, wherein the nacelle inlet structure further includes a static structure that extends circumferentially about the rotating structure; and the outer inlet opening is radially between the rotating structure and the static structure. a nacelle inlet structure including an inner inlet opening, an outer inlet opening and a rotating structure; the rotating structure extending circumferentially about the inner inlet opening; and the rotating structure configured to rotate about an axis between a first position and a second position, wherein the rotating structure at least partially closes the outer inlet opening in the first position, and the rotating structure at least partially opens the outer inlet opening in the second position, wherein the inner inlet opening is formed by an inner bore of the rotating structure, wherein the inner inlet opening is a non-annular opening, wherein the nacelle inlet structure further includes a static structure that extends circumferentially about the rotating structure; and the outer inlet opening is radially between the rotating structure and the static structure.
A cleaning device, in particular for robotic vacuum cleaners, characterized in that a convex transfer surface is arranged between a flat nozzle and a rotary brush.
A foamable cleaning composition comprising: a) from 2 to 12 wt-% one or more foaming surfactants, being an amine oxide surfactant corresponding to the general formula: wherein the arrow is a conventional representation of a semi-polar bond; and R 1, R 2, and R 3 are aliphatic, aromatic, heterocyclic, alicyclic, or combinations thereof; and n ranges from 0 to 20 and wherein R 4 is an alkylene or a hydroxyalkylene group containing 2 to 3 carbon atoms, b) one or more foaming synergists, being a solvent and c) from 2 to 12 wt-% one or more foaming antagonists, being a quaternary ammonium compound, with the remainder being water or other functional components, said composition having a pH of from 7.0 to 12.5; wherein the cleaning composition can be foamed without the use of a propellant. a) from 2 to 12 wt-% one or more foaming surfactants, being an amine oxide surfactant corresponding to the general formula: wherein the arrow is a conventional representation of a semi-polar bond; and R 1, R 2, and R 3 are aliphatic, aromatic, heterocyclic, alicyclic, or combinations thereof; and n ranges from 0 to 20 and wherein R 4 is an alkylene or a hydroxyalkylene group containing 2 to 3 carbon atoms, b) one or more foaming synergists, being a solvent and c) from 2 to 12 wt-% one or more foaming antagonists, being a quaternary ammonium compound, with the remainder being water or other functional components, said composition having a pH of from 7.0 to 12.5;
A pushbutton switch array comprising a frame which is covered by a transparent film and has recesses (22, 24, 26, 28), characterized in that selectively, an actuating element (24b, 26b, 28b) is displaceably accommodated in the recesses (22, 24, 26, 28) or a dummy element is non-displaceably accommodated therein, the actuating elements (24b, 26b, 28b) being provided with symbols on the surface thereof facing the film and holding a printed circuit board at the opposite end, the printed circuit board carrying a switch element which cooperates with a contact element on an opposite base plate.
A front end for a motor vehicle, having a bumper crossbeam and an external skin, which is deformable in relation to the bumper crossbeam, characterized in that, in the installed state, the external skin has a higher deformation resistance in an upper region, which is located above the bumper crossbeam and at thigh height of a pedestrian, than in a lower region, which is located at the height of the bumper crossbeam.
An electrostatic ink composition comprising: a liquid carrier; and particles dispersed in the liquid carrier, wherein the particles comprise a thermoplastic resin, and a metal or metal alloy pigment having a melting of point of less than 200° C. a liquid carrier; and particles dispersed in the liquid carrier, wherein the particles comprise a thermoplastic resin, and a metal or metal alloy pigment having a melting of point of less than 200° C. a thermoplastic resin, and a metal or metal alloy pigment having a melting of point of less than 200° C.
An amplitude comparison monopulse radar system for generating and receiving RF signals in the W-band frequency range comprising: a phased array antenna comprising a plurality of antenna elements for producing a monopulse radiation pattern; and a beam forming network coupled to the phased array antenna; the beam forming network comprising: a lens cavity; a plurality of lens array ports for connecting to the plurality of antenna elements; and a plurality of beam ports divided into a plurality of pairs; and a plurality of sum and difference generators, wherein each beam port pair is connected to a respective one of the plurality of sum and difference generators; wherein the beam forming network is adapted to change the phase delays between the antenna elements of the phased array antenna such that the monopulse radiation pattern of the phased array antenna is scanned over an angular range through space; and wherein the array ports of the beam forming network are adapted to sample signals generated through the simultaneous excitation of at least one selected beam port pair with a signal output by its respective sum and difference generator and the array ports are further adapted to transmit the sampled signals to the antenna elements to produce the monopulse radiation pattern. a phased array antenna comprising a plurality of antenna elements for producing a monopulse radiation pattern; and a beam forming network coupled to the phased array antenna; the beam forming network comprising: a lens cavity; a plurality of lens array ports for connecting to the plurality of antenna elements; and a plurality of beam ports divided into a plurality of pairs; and a lens cavity; a plurality of lens array ports for connecting to the plurality of antenna elements; and a plurality of beam ports divided into a plurality of pairs; and a plurality of sum and difference generators, wherein each beam port pair is connected to a respective one of the plurality of sum and difference generators; wherein the beam forming network is adapted to change the phase delays between the antenna elements of the phased array antenna such that the monopulse radiation pattern of the phased array antenna is scanned over an angular range through space; and wherein the array ports of the beam forming network are adapted to sample signals generated through the simultaneous excitation of at least one selected beam port pair with a signal output by its respective sum and difference generator and the array ports are further adapted to transmit the sampled signals to the antenna elements to produce the monopulse radiation pattern.
A sensor device for detecting flow-separation on an aerodynamic element, comprising: a plurality of compliant elements with aerodynamic and/or structural properties configured to allow flow-induced vibrational motion in an air current downstream of a trailing edge of an aerodynamic element; a sensor-element (4a, 4b, 4c) configured to measure vibrations of the plurality of compliant elements; a comparator unit configured to determine if the vibration of a compliant element of the plurality of compliant elements, preferably the amplitude or energy of the vibration, a lift coefficient or a strain gauge signal, an acceleration signal or an acoustic signal of the sensor-element, exceeds a predefined threshold; characterized in that the plurality of compliant elements are configured as filaments of a comb-structure or as teeth of a serration, or as a filament of a combed serration or a combed trailing edge treatment device of a wind turbine blade, and the sensor device further comprises a signal-unit configured to create a control signal based on the vibration of a compliant element of the plurality of compliant elements, where in the case where the measurement exceeds a predefined threshold value the control signal is configured to bias a control unit of a wind turbine to adjust a pitch angle, P, and/or a rotation speed of the aerodynamic element according to the control signal. a plurality of compliant elements with aerodynamic and/or structural properties configured to allow flow-induced vibrational motion in an air current downstream of a trailing edge of an aerodynamic element; a sensor-element (4a, 4b, 4c) configured to measure vibrations of the plurality of compliant elements; a comparator unit configured to determine if the vibration of a compliant element of the plurality of compliant elements, preferably the amplitude or energy of the vibration, a lift coefficient or a strain gauge signal, an acceleration signal or an acoustic signal of the sensor-element, exceeds a predefined threshold; characterized in that the plurality of compliant elements are configured as filaments of a comb-structure or as teeth of a serration, or as a filament of a combed serration or a combed trailing edge treatment device of a wind turbine blade, and the sensor device further comprises a signal-unit configured to create a control signal based on the vibration of a compliant element of the plurality of compliant elements, where in the case where the measurement exceeds a predefined threshold value the control signal is configured to bias a control unit of a wind turbine to adjust a pitch angle, P, and/or a rotation speed of the aerodynamic element according to the control signal.
Asymmetric diorganomagnesium compound of formula R B -Mg-R A R A being different from R B, R A being a polymer chain containing units of a first monomer chosen from the group of monomers consisting of 1,3-dienes, aromatic α-monoolefins and mixtures thereof, R B comprising a benzene nucleus substituted with a magnesium atom, one of the carbon atoms of the benzene nucleus ortho to the magnesium being substituted with a methyl, an ethyl, an isopropyl or forming a ring with the carbon atom which is its closest neighbour and which is meta to the magnesium, the other carbon atom of the benzene nucleus ortho to the magnesium being substituted with a methyl, an ethyl or an isopropyl, on condition that if one of the two ortho carbon atoms is substituted with an isopropyl, the second ortho carbon atom is not substituted with an isopropyl. R A being different from R B, R A being a polymer chain containing units of a first monomer chosen from the group of monomers consisting of 1,3-dienes, aromatic α-monoolefins and mixtures thereof, R B comprising a benzene nucleus substituted with a magnesium atom, one of the carbon atoms of the benzene nucleus ortho to the magnesium being substituted with a methyl, an ethyl, an isopropyl or forming a ring with the carbon atom which is its closest neighbour and which is meta to the magnesium, the other carbon atom of the benzene nucleus ortho to the magnesium being substituted with a methyl, an ethyl or an isopropyl, on condition that if one of the two ortho carbon atoms is substituted with an isopropyl, the second ortho carbon atom is not substituted with an isopropyl.