mhurhangee/ep-ind-claims huggingface dataset:
A method of varying roll rate limits of an aircraft while flying with engine thrust asymmetry, comprising: (a) calculating a value of a flight parameter indicative of thrust asymmetry; characterized in that the method further comprises: (b) applying either a nominal maximum commandable roll rate or a reduced maximum commandable roll rate less than said nominal maximum commandable roll rate in a roll rate command system, said nominal maximum commandable roll rate being applied in response to said calculated flight parameter value being less than a lower threshold value indicative of thrust asymmetry and said reduced maximum commandable roll rate being applied instead of said nominal maximum commandable roll rate in response to said calculated flight parameter value increasing from a value less than an upper threshold value to a value greater than said upper threshold value, said upper threshold value being greater than said lower threshold value; and (c) controlling deflection of control surfaces of the aircraft so that the roll rate of the aircraft, after receipt of a roll rate command from a pilot, does not exceed the applied maximum commandable roll rate. (a) calculating a value of a flight parameter indicative of thrust asymmetry; (b) applying either a nominal maximum commandable roll rate or a reduced maximum commandable roll rate less than said nominal maximum commandable roll rate in a roll rate command system, said nominal maximum commandable roll rate being applied in response to said calculated flight parameter value being less than a lower threshold value indicative of thrust asymmetry and said reduced maximum commandable roll rate being applied instead of said nominal maximum commandable roll rate in response to said calculated flight parameter value increasing from a value less than an upper threshold value to a value greater than said upper threshold value, said upper threshold value being greater than said lower threshold value; and (c) controlling deflection of control surfaces of the aircraft so that the roll rate of the aircraft, after receipt of a roll rate command from a pilot, does not exceed the applied maximum commandable roll rate.
A chip package structure, comprising a substrate, chips (21, 22), and a heat dissipating lid, wherein the chips (21, 22) comprise at least one master chip disposed on the substrate and at least one slave chip disposed on the substrate; and the heat dissipating lid is bonded to the slave chip by using a heat conducting material, and covers the at least one slave chip; and the heat dissipating lid comprises a heat dissipating window at a position corresponding to the at least one master chip, wherein the chip package structure further comprises a heat sink, wherein the heat sink is bonded to the at least one master chip by using a heat conducting material on each master chip at the heat dissipating window, and is bonded to the heat dissipating lid by using a heat conducting material on the heat dissipating lid, wherein the heat dissipating lid comprises a first packaging strip that is located at edges of a periphery of the heat dissipating lid and disposed on the substrate side, wherein the first packaging strip is bonded to the substrate by using a bonding material, characterized in that the heat dissipating lid further comprises: a second packaging strip that is located on a periphery of the at least one master chip and disposed on the substrate side, wherein the second packaging strip is bonded to the substrate by using the bonding material.
A connection structure comprising: an electrical component assembly provided with a coil; and a housing that covers the electrical component assembly, wherein electrically conductive members (30A, 30B) protrude from the electrical component assembly, wherein the electrically conductive members (30A, 30B) have extending sections to which a wire from the coil is electrically connected, and connection terminal sections (30a, 30b) which are connectable to housing-side connection terminals protruding from the housing, the connection terminal sections (30a, 30b) are arranged so as to protrude at right angles from the longitudinal axis of the coil, and one of the connection terminal sections (30a, 30b) is arranged at a different height along the longitudinal axis of the coil than the other one of the connection terminal sections (30a, 30b), characterized in that the extending sections of the electrically conductive members (30A, 30B) also extend in a direction perpendicular to the longitudinal axis of the coil, and each of the electrically conductive members (30A, 30B) has an approximately L-shape in plan view, with the connection terminal sections (30a, 30b) of the electrically conductive members (30A, 30B) extending at right angles to the extending sections thereof. an electrical component assembly provided with a coil; and a housing that covers the electrical component assembly, wherein electrically conductive members (30A, 30B) protrude from the electrical component assembly, wherein the electrically conductive members (30A, 30B) have extending sections to which a wire from the coil is electrically connected, and connection terminal sections (30a, 30b) which are connectable to housing-side connection terminals protruding from the housing, the connection terminal sections (30a, 30b) are arranged so as to protrude at right angles from the longitudinal axis of the coil, and one of the connection terminal sections (30a, 30b) is arranged at a different height along the longitudinal axis of the coil than the other one of the connection terminal sections (30a, 30b), characterized in that the extending sections of the electrically conductive members (30A, 30B) also extend in a direction perpendicular to the longitudinal axis of the coil, and each of the electrically conductive members (30A, 30B) has an approximately L-shape in plan view, with the connection terminal sections (30a, 30b) of the electrically conductive members (30A, 30B) extending at right angles to the extending sections thereof.
Air cargo container comprising a skeleton structure of interconnected frame members (8, 18, 19, 20, 23) to which are arranged face panels forming a wall between the frame members, at least a front wall thereof comprises an opening providing access to an interior space of the container and a door of a flexible material, substantially covering the complete surface area of the opening, whereby the opening covers substantially the complete surface area of said front wall between the outermost frame members (8, 18, 19, 20, 23) of the front wall, defined as those frame members forming the edges of the container's front surface, and whereby parts of the outermost frame members (8, 18, 19, 20, 23) forming the peripheral edge of the opening are provided with connecting means (3, 13, 6, 10) for connecting a stiffening member (14a, 14b, 14c) to the peripheral edge, said stiffening member (14a, 14b, 14c) being provided to link said parts under tension, whereby the outermost frame members forming the peripheral edge of the opening form a pentagon, and those parts of the outermost frame members that are provided with the connecting means (3, 13, 6, 10) comprise the corners of the pentagon.
A method of generating a display for output from a measurement instrument including a focus peaking false-color overlay that simultaneously indicates both the point of sharpest focus and the range of focus or depth-of-field, the method comprising: receiving an original image formed of pixels; extracting frequency information from the pixels; selecting a first range of frequencies that fall above a first frequency threshold, wherein selecting a first range of frequencies that fall above a first frequency threshold comprises passing a series of digital luminance values from the original image through a first low pass filter; selecting a second range of frequencies that fall above a second frequency threshold, the first range of frequencies different than the second range of frequencies, wherein selecting a second range of frequencies that fall above a second frequency threshold comprises passing a series of digital luminance values from the original image through a second low pass filter; and modifying the original image by modifying original pixels that fall within the first range of frequencies and by modifying original pixels that fall within the second range of frequencies to produce a modified image to create the focus peaking false-color overlay that simultaneously indicates both the point of sharpest focus and the range of focus or depth-of-field. receiving an original image formed of pixels; extracting frequency information from the pixels; selecting a first range of frequencies that fall above a first frequency threshold, wherein selecting a first range of frequencies that fall above a first frequency threshold comprises passing a series of digital luminance values from the original image through a first low pass filter; selecting a second range of frequencies that fall above a second frequency threshold, the first range of frequencies different than the second range of frequencies, wherein selecting a second range of frequencies that fall above a second frequency threshold comprises passing a series of digital luminance values from the original image through a second low pass filter; and modifying the original image by modifying original pixels that fall within the first range of frequencies and by modifying original pixels that fall within the second range of frequencies to produce a modified image to create the focus peaking false-color overlay that simultaneously indicates both the point of sharpest focus and the range of focus or depth-of-field.
A catalyst component for the polymerization of olefins comprising Mg, Ti and an electron donor of formula where the R 1 and R 5 groups, equal to or different from each other, are selected from C 1 -C 15 hydrocarbon groups optionally including a heteroatom selected from halogen, P, S, N,O and Si, R 2 group is selected from C 2 -C 10 hydrocarbon groups optionally including a heteroatom selected from halogen, P, S, N,O and Si, R 3 and R 4 groups, independently, are selected from hydrogen or C 1 -C 20 hydrocarbon groups optionally including a heteroatom selected from halogen, P, S, N, O and Si, optionally fused together to form one or more cycles, with the proviso that at least one of R 3 to R 4 groups is a C 1 -C 20 alkyl group or arylalkyl group.
A pharmaceutical composition for use as a medicament comprising: an antisense oligomer, and a pharmaceutically acceptable excipient; wherein the antisense oligomer binds to a targeted portion of a pre-mRNA that contains a non-sense mediated RNA decay-inducing exon (NMD exon) and that encodes Nav1.1 protein, whereby the antisense oligomer promotes exclusion of the NMD exon from the pre-mRNA that contains the NMD exon and encodes Nav1.1, thereby increasing the level of processed mRNA encoding the Nav1.1 protein, and increasing the expression of the Nav1.1 protein in a cell having the pre-mRNA, when the cell is treated with the antisense oligomer, as compared to a corresponding control cell not treated with the antisense oligomer, wherein the NMD exon is located at a region from GRCh37/hg19: chr2:166,863,740 to GRCh37/hg19: chr2:166,863,803. an antisense oligomer, and a pharmaceutically acceptable excipient; wherein the antisense oligomer binds to a targeted portion of a pre-mRNA that contains a non-sense mediated RNA decay-inducing exon (NMD exon) and that encodes Nav1.1 protein, whereby the antisense oligomer promotes exclusion of the NMD exon from the pre-mRNA that contains the NMD exon and encodes Nav1.1, thereby increasing the level of processed mRNA encoding the Nav1.1 protein, and increasing the expression of the Nav1.1 protein in a cell having the pre-mRNA, when the cell is treated with the antisense oligomer, as compared to a corresponding control cell not treated with the antisense oligomer, wherein the NMD exon is located at a region from GRCh37/hg19: chr2:166,863,740 to GRCh37/hg19: chr2:166,863,803.
An image processing apparatus, comprising: an interface through which scanned image data obtained by scanning a designated region, is acquired; and a processor configured to extract a contour line representing a document area from the scanned image data, extract vertices of the contour line by calculating a curvature at each point of the contour line, determine whether a plurality of original documents is present in the document area based on the vertices and extract document image data of each original document from the scanned image data, characterised by the processor being configured to generate one file including the extracted document image data of each of the original documents; wherein the processor is configured to extract first to third vertices of the contour line that are adjacent to one another and form a right angle or an approximate right angle, estimate a fourth vertex from the first to third vertices such that the first to fourth vertices form a rectangle or an approximate rectangle, and extract document image data of an original document from the scanned image data based on the rectangle or the approximate rectangle; and the processor is configured to determine whether or not the rectangle is formed within the document area and extract the document image data of the original document from the scanned image data if the rectangle is formed within the document area. an interface through which scanned image data obtained by scanning a designated region, is acquired; and a processor configured to extract a contour line representing a document area from the scanned image data, extract vertices of the contour line by calculating a curvature at each point of the contour line, determine whether a plurality of original documents is present in the document area based on the vertices and extract document image data of each original document from the scanned image data, characterised by the processor being configured to generate one file including the extracted document image data of each of the original documents; wherein the processor is configured to extract first to third vertices of the contour line that are adjacent to one another and form a right angle or an approximate right angle, estimate a fourth vertex from the first to third vertices such that the first to fourth vertices form a rectangle or an approximate rectangle, and extract document image data of an original document from the scanned image data based on the rectangle or the approximate rectangle; and the processor is configured to determine whether or not the rectangle is formed within the document area and extract the document image data of the original document from the scanned image data if the rectangle is formed within the document area.
A method of controlling an inverter energy string supplying power to a site, the inverter energy string including an inverter and a renewable energy source and being connected to a mains power supply and to a site load, the method performed at a load compensation device having: - a microprocessor; - voltage and current sensing input terminals with inputs for voltage and current sensing (30, 34); - inputs for the renewable energy source; and - output terminals and control relays; wherein the load compensation device is configured to monitor the load on the mains power supply using the voltage and/or current sensing inputs and to adjust the power output at the inverter, the inverter having a control board; wherein the load compensation device is installed within the inverter during manufacture; the method including: monitoring, by the load compensation device, the forward or reverse power flow into or out of the mains power supply at a monitoring point at the site by means of the voltage and/or current sensing (30, 34); setting a rate limit for power flow into or out of the mains power supply; and varying the supply of power to the load from the inverter energy string by controlling the inverter, by the load compensation device, so that the power flow into or out of the mains power supply is controlled to be within the rate limit. - a microprocessor; - voltage and current sensing input terminals with inputs for voltage and current sensing (30, 34); - inputs for the renewable energy source; and - output terminals and control relays; wherein the load compensation device is configured to monitor the load on the mains power supply using the voltage and/or current sensing inputs and to adjust the power output at the inverter, the inverter having a control board; wherein the load compensation device is installed within the inverter during manufacture; the method including: monitoring, by the load compensation device, the forward or reverse power flow into or out of the mains power supply at a monitoring point at the site by means of the voltage and/or current sensing (30, 34); setting a rate limit for power flow into or out of the mains power supply; and varying the supply of power to the load from the inverter energy string by controlling the inverter, by the load compensation device, so that the power flow into or out of the mains power supply is controlled to be within the rate limit. monitoring, by the load compensation device, the forward or reverse power flow into or out of the mains power supply at a monitoring point at the site by means of the voltage and/or current sensing (30, 34); setting a rate limit for power flow into or out of the mains power supply; and varying the supply of power to the load from the inverter energy string by controlling the inverter, by the load compensation device, so that the power flow into or out of the mains power supply is controlled to be within the rate limit.
At an intelligent assistant device a method for interacting with a user, the intelligent assistant device being configured to respond to natural language inputs in: i) a first format comprising a keyword that activates one or more functions of the intelligent assistant device followed by a command to execute one or more actions; and ii) a second format comprising a command followed by the same keyword; the method comprising: predicting one or more suggested actions for the user; displaying the one or more suggested actions via a display of the intelligent assistant device; while the one or more suggested actions are displayed, receiving audio input from the user in the second format comprising a command to execute one or more of the suggested actions followed by the keyword that activates one or more functions of the intelligent assistant device; locally processing the audio input on the intelligent assistant device to 1) determine that the keyword follows the command and 2) recognize that the command applies to the one or more suggested actions; based on 1) determining that the keyword follows the command and 2) recognizing that the command applies to the one or more suggested actions, establishing a user selection of the one or more suggested actions; and based on establishing the user selection, executing the one or more suggested actions. predicting one or more suggested actions for the user; displaying the one or more suggested actions via a display of the intelligent assistant device; while the one or more suggested actions are displayed, receiving audio input from the user in the second format comprising a command to execute one or more of the suggested actions followed by the keyword that activates one or more functions of the intelligent assistant device; locally processing the audio input on the intelligent assistant device to 1) determine that the keyword follows the command and 2) recognize that the command applies to the one or more suggested actions; based on 1) determining that the keyword follows the command and 2) recognizing that the command applies to the one or more suggested actions, establishing a user selection of the one or more suggested actions; and based on establishing the user selection, executing the one or more suggested actions.
A protective coating composition comprising: 0.2 weight % to less than 3.2 weight % of an acrylic resin, based on the weight of the composition; a reactive polyorganosiloxane or precursor therefor; hexamethyldisiloxane; and a solvent system. 0.2 weight % to less than 3.2 weight % of an acrylic resin, based on the weight of the composition; a reactive polyorganosiloxane or precursor therefor; hexamethyldisiloxane; and a solvent system.
A durable protective cover for removable installation over a drain, the protective cover comprising: a durable backing layer; and a pliable, tacky sealing layer structured and arranged to block spills from entering the drain, wherein the protective cover has a first end comprising a first stiffening rod extending over at least a portion thereof and a second end opposing the first end comprising a second stiffening rod extending over at least a portion thereof, wherein the first stiffening rod is located at least partially within a first pocket running along the first end of the protective cover, the second stiffening rod is located at least partially within a second pocket running along the second end of the protective cover, and a portion of each of the first and second stiffening rod (22, 23) is exposed outside of the first and second pockets (17, 18) to provide a handle. a durable backing layer; and a pliable, tacky sealing layer structured and arranged to block spills from entering the drain, wherein the protective cover has a first end comprising a first stiffening rod extending over at least a portion thereof and a second end opposing the first end comprising a second stiffening rod extending over at least a portion thereof, wherein the first stiffening rod is located at least partially within a first pocket running along the first end of the protective cover, the second stiffening rod is located at least partially within a second pocket running along the second end of the protective cover, and a portion of each of the first and second stiffening rod (22, 23) is exposed outside of the first and second pockets (17, 18) to provide a handle.
An autogenous bone collector comprising: a drill having a shaft unit connectable to a driving device, and a cutting unit, which is configured to rotate and to collect bone particles of a patient; and a drill cover, which comprises a main body that has the top and the bottom open and is coupled to the exterior of the cutting unit, the cutting unit having a cutting surface (l), the drill cover having an inner circumferential surface and forming a storage space for housing bone particles between the inner circumferential surface and the cutting surface (l), characterised in that the main body is compressible in a direction in which the upper portion and the lower portion of the main body approach each other. a drill having a shaft unit connectable to a driving device, and a cutting unit, which is configured to rotate and to collect bone particles of a patient; and a drill cover, which comprises a main body that has the top and the bottom open and is coupled to the exterior of the cutting unit, the cutting unit having a cutting surface (l), the drill cover having an inner circumferential surface and forming a storage space for housing bone particles between the inner circumferential surface and the cutting surface (l), characterised in that the main body is compressible in a direction in which the upper portion and the lower portion of the main body approach each other.
Method of applying a durable process mark to a product, more particularly glass, using a laser, characterized in that the laser is used to lase a pigment layer based on a polymer matrix which reacts predominantly with pulverization to laser irradiation, comprising at least one titanium donor and also a carbon donor which provides free carbon under laser irradiation, the pigment layer being coated optionally partially or wholly with an adhesive, more particularly a pressure-sensitive adhesive.