mhurhangee/patent-ind-claim-en huggingface dataset:
A rumen by-pass food composition (50/50a) comprising: a granule of extraction flour obtained from seeds from which an oil has been extracted; a lipid mixture of one or more additives intended for animal feeding, said lipid mixture consisting of one or more additives mixed in a lipid substance which is selected from the group consisting of monoglycerides and/or diglycerides and/or triglycerides of fatty acids from C3 to C12, linseed oil and fish oil and mixtures thereof, said lipid mixture adsorbed in the alveoli of extraction flour to obtain a supplemented granule ; and an external pH sensitive rumen by-pass protective matrix with melting temperature higher than or equal to 90 °C, said protective matrix applied externally to the supplemented granule , said protective matrix consisting of one or more fatty acids 10-50% one or more calcium salts of fatty acids 50-90% wherein said fatty acids and corresponding calcium salts are selected from the group consisting of C12:0, C16:0 and C18:0 fatty acids, and in which the % are % by weight referred to the sum of components of said matrix . a granule of extraction flour obtained from seeds from which an oil has been extracted; a lipid mixture of one or more additives intended for animal feeding, said lipid mixture consisting of one or more additives mixed in a lipid substance which is selected from the group consisting of monoglycerides and/or diglycerides and/or triglycerides of fatty acids from C3 to C12, linseed oil and fish oil and mixtures thereof, said lipid mixture adsorbed in the alveoli of extraction flour to obtain a supplemented granule ; and an external pH sensitive rumen by-pass protective matrix with melting temperature higher than or equal to 90 °C, said protective matrix applied externally to the supplemented granule , said protective matrix consisting of one or more fatty acids 10-50% one or more calcium salts of fatty acids 50-90% one or more fatty acids 10-50% one or more calcium salts of fatty acids 50-90% wherein said fatty acids and corresponding calcium salts are selected from the group consisting of C12:0, C16:0 and C18:0 fatty acids, and in which the % are % by weight referred to the sum of components of said matrix .
Expandable toroidal forming drum for building tyres, comprising: circumferentially consecutive sectors that are radially movable between a contracted condition in which said sectors are moved closer to a geometric rotation axis (X-X) of the forming drum , and an expanded condition in which the sectors are radially moved away from said geometric axis (X-X) in order to define a radially external abutment surface ("S"), wherein each sector has circumferentially opposite coupling portions , each comprising circumferential projections alternated with circumferential cavities , wherein the projections of each sector are slidably engaged in the respective cavities of circumferentially adjacent sectors, wherein from at least one of said projections , at least one support wing is extended having a first side and a second side that are respectively opposite, wherein the first side coincides with a portion of said abutment surface ("S") and the second side at least partially overlaps one of the projections belonging to an adjacent sector . circumferentially consecutive sectors that are radially movable between a contracted condition in which said sectors are moved closer to a geometric rotation axis (X-X) of the forming drum , and an expanded condition in which the sectors are radially moved away from said geometric axis (X-X) in order to define a radially external abutment surface ("S"), wherein each sector has circumferentially opposite coupling portions , each comprising circumferential projections alternated with circumferential cavities , wherein the projections of each sector are slidably engaged in the respective cavities of circumferentially adjacent sectors, wherein from at least one of said projections , at least one support wing is extended having a first side and a second side that are respectively opposite, wherein the first side coincides with a portion of said abutment surface ("S") and the second side at least partially overlaps one of the projections belonging to an adjacent sector .
A light emitting device comprising: a light emitting part ; a first black layer ; a light diffusion part that is formed above the first black layer, wherein the first black layer is provided with an opening part that allows light emitted from the light emitting part to pass through it, and light having passed through the opening part passes through the light diffusion part; a first interlayer film on which the first black layer is formed; and a second interlayer film that covers the first black layer and the light emitting part and on which the light diffusion part is formed, wherein the light emitting part is located within the opening part, the light diffusion part includes a light diffusion region through which the light having passed through the opening part passes, and a second black layer is formed in a region of the second interlayer film that is not occupied by the light diffusion region. a light emitting part ; a first black layer ; a light diffusion part that is formed above the first black layer, wherein the first black layer is provided with an opening part that allows light emitted from the light emitting part to pass through it, and light having passed through the opening part passes through the light diffusion part; a first interlayer film on which the first black layer is formed; and a second interlayer film that covers the first black layer and the light emitting part and on which the light diffusion part is formed, wherein the light emitting part is located within the opening part, the light diffusion part includes a light diffusion region through which the light having passed through the opening part passes, and a second black layer is formed in a region of the second interlayer film that is not occupied by the light diffusion region.
A flywheel for stabilizing the position of a spacecraft, with - a hub means for fastening the flywheel; - a flywheel ring which externally surrounds the hub means circumferentially at a distance; - a support means for supporting the flywheel ring on the hub means; and with - a vibration damping device with a tuned mass damper means which, with respect to a rotation axis of the flywheel, is axially movable back and forth relative to the flywheel ring ; characterized in that : - the tuned mass damper means is fastened on the flywheel ring and/or on the support means by a fastening means ; - the fastening means is designed in such a manner that it enables axial movability of the tuned mass damper means ; and - the tuned mass damper means has a plurality of tuned mass damper elements which are held, distributed on a perimeter at a distance, by the fastening means . - a hub means for fastening the flywheel; - a flywheel ring which externally surrounds the hub means circumferentially at a distance; - a support means for supporting the flywheel ring on the hub means; and with - a vibration damping device with a tuned mass damper means which, with respect to a rotation axis of the flywheel, is axially movable back and forth relative to the flywheel ring ; - the tuned mass damper means is fastened on the flywheel ring and/or on the support means by a fastening means ; - the fastening means is designed in such a manner that it enables axial movability of the tuned mass damper means ; and - the tuned mass damper means has a plurality of tuned mass damper elements which are held, distributed on a perimeter at a distance, by the fastening means .
A medical image processing system comprising: a medical image acquisition unit that acquires a medical image obtained by imaging of an observation target; a medical image analysis processing unit configured to perform analysis processing using the medical image , the medical image analysis processing unit including: a region-of-interest detection unit that performs region-of-interest detection processing for detecting a region of interest from the medical image ; the system being characterised by further comprising: a display control unit that keeps displaying a detection result of the region of interest for a certain period of time on a display unit , in a case where a position of the region of interest is changed in accordance with a movement of the region of interest , at a detection position of the region of interest detected by the region-of-interest detection unit before the position of the region of interest is changed, to simultaneously display the most recent detection result of the region of interest and the previous detection result of the region of interest on the display unit . a medical image acquisition unit that acquires a medical image obtained by imaging of an observation target; a medical image analysis processing unit configured to perform analysis processing using the medical image , the medical image analysis processing unit including: a region-of-interest detection unit that performs region-of-interest detection processing for detecting a region of interest from the medical image ;
A monitoring system for installation inside an underground vault , the monitoring system comprising: a housing comprising at least one aperture and configured to be installed inside the underground vault ; a processor positioned inside the housing ; a memory connected to the processor , the memory being configured to store data received from the processor ; at least one sensor operable to monitor values of at least one parameter inside the underground vault and send a monitoring signal to the processor , the processor being configured to receive the monitoring signal and provide the data to the memory based at least in part on the monitoring signal; an enclosure positioned inside the housing , the at least one sensor being positioned inside the enclosure , the enclosure comprising a through-hole in fluid communication with the at least one aperture ; and an air moving device configured to be activated before the at least one sensor obtains the values of the at least one parameter, the air moving device , when activated, moving vault air from inside the underground vault into the enclosure through the through-hole and the at least one aperture , or moving air out of the enclosure and into the underground vault through the through-hole and the at least one aperture to thereby draw new air into the enclosure from inside the housing . a housing comprising at least one aperture and configured to be installed inside the underground vault ; a processor positioned inside the housing ; a memory connected to the processor , the memory being configured to store data received from the processor ; at least one sensor operable to monitor values of at least one parameter inside the underground vault and send a monitoring signal to the processor , the processor being configured to receive the monitoring signal and provide the data to the memory based at least in part on the monitoring signal; an enclosure positioned inside the housing , the at least one sensor being positioned inside the enclosure , the enclosure comprising a through-hole in fluid communication with the at least one aperture ; and an air moving device configured to be activated before the at least one sensor obtains the values of the at least one parameter, the air moving device , when activated, moving vault air from inside the underground vault into the enclosure through the through-hole and the at least one aperture , or moving air out of the enclosure and into the underground vault through the through-hole and the at least one aperture to thereby draw new air into the enclosure from inside the housing .
A lock housing adapted for use in a locking device for fixation to an elongated element , wherein - a first side comprises a through hole comprising threads, wherein the through hole is placed such that an axial extension of the periphery of the through hole may cut the elongated element when the locking device is fixed to the elongated element, such that a screw placeable in the through hole can be applied to the elongated element , and in that the lock housing further comprises: - at least two other sides , substantially perpendicular to the first side , whereby the at least two other sides each comprises a recess adapted to receive the elongated element , and wherein, - the at least two other sides , which are opposite to each other, have the same dimension and shape of the recesses , such that the elongated element can run through the lock housing , characterized in that the at least two other sides comprise through holes or protrusions adapted to be connected with corresponding holes or protrusions on a lock plate . - a first side comprises a through hole comprising threads, wherein the through hole is placed such that an axial extension of the periphery of the through hole may cut the elongated element when the locking device is fixed to the elongated element, such that a screw placeable in the through hole can be applied to the elongated element , and in that the lock housing further comprises: - at least two other sides , substantially perpendicular to the first side , whereby the at least two other sides each comprises a recess adapted to receive the elongated element , and wherein, - the at least two other sides , which are opposite to each other, have the same dimension and shape of the recesses , such that the elongated element can run through the lock housing , characterized in that the at least two other sides comprise through holes or protrusions adapted to be connected with corresponding holes or protrusions on a lock plate .
In a medical diagnostic imaging system , a method for adjusting image gain compensation during a transition from a first imaging state to a second imaging state, wherein the first imaging state differs from the second imaging state, the method comprising the steps of: - determining at least one first image power value based on at least one image acquired in the first imaging state with a first image gain compensation, said image acquired in the first imaging state being produced by a series of ultrasound waves emission and ultrasound signal acquisition; - determining at least one second image power value based on at least one image acquired in the second imaging state with an initial second image gain compensation, said image acquired in the second imaging state being produced by a series of ultrasound waves emission and ultrasound signal acquisition ; - determining at least one image power change value based on said first image power value and said second image power value ; - determining at least one adjusted second image gain compensation based on said initial second image gain compensation and said image power change value. - determining at least one first image power value based on at least one image acquired in the first imaging state with a first image gain compensation, said image acquired in the first imaging state being produced by a series of ultrasound waves emission and ultrasound signal acquisition; - determining at least one second image power value based on at least one image acquired in the second imaging state with an initial second image gain compensation, said image acquired in the second imaging state being produced by a series of ultrasound waves emission and ultrasound signal acquisition ; - determining at least one image power change value based on said first image power value and said second image power value ; - determining at least one adjusted second image gain compensation based on said initial second image gain compensation and said image power change value.
A computer-implemented method of controlling a first renewable energy power plant using a respective power plant controller, wherein the first renewable energy power plant comprises a plurality of wind turbine generators, the method comprising operating the power plant controller to: determine power delivery of the first renewable energy power plant to a collector bus, wherein the step of determining power delivery of the first renewable energy power plant to the collector bus includes: measuring the power delivery of the first renewable energy power plant at a connection point of the first renewable energy power plant to a first transmission line that connects the first renewable energy power plant to the collector bus; and compensating for transmission line power loss on the first transmission line; receive data relating to power delivery from a second renewable energy power plant connected to the collector bus, wherein the second renewable energy power plant comprises a plurality of wind turbine generators; determine the combined power delivery of the first and second renewable energy power plants to the collector bus; estimate the transmission line power loss on a second transmission line between the collector bus and a power grid point of interconnection (POI) based on the combined power delivery; and regulate the power delivery from the first renewable energy power plant to compensate for the estimated transmission line power loss on the second transmission line. determine power delivery of the first renewable energy power plant to a collector bus, wherein the step of determining power delivery of the first renewable energy power plant to the collector bus includes: measuring the power delivery of the first renewable energy power plant at a connection point of the first renewable energy power plant to a first transmission line that connects the first renewable energy power plant to the collector bus; and compensating for transmission line power loss on the first transmission line; receive data relating to power delivery from a second renewable energy power plant connected to the collector bus, wherein the second renewable energy power plant comprises a plurality of wind turbine generators; determine the combined power delivery of the first and second renewable energy power plants to the collector bus; estimate the transmission line power loss on a second transmission line between the collector bus and a power grid point of interconnection (POI) based on the combined power delivery; and regulate the power delivery from the first renewable energy power plant to compensate for the estimated transmission line power loss on the second transmission line.
A device for monitoring the external environment of a platform, in particular a military platform, comprising: - an observation mast linked to the platform and comprising observation means for observing the external environment, - means for processing output information from the observation means , - viewing means for viewing the environment linked to the means for processing information , the observation means comprising at least one digital window , comprising an optical system and a photographic sensor , secured to the external surface of one end of the mast , characterized in that the optical system is a doublet formed by two lenses alongside each other, a first lens being oriented toward the external environment and a second lens being oriented toward the sensor , and in that the second lens is arranged alongside the sensor . - an observation mast linked to the platform and comprising observation means for observing the external environment, - means for processing output information from the observation means , - viewing means for viewing the environment linked to the means for processing information , the observation means comprising at least one digital window , comprising an optical system and a photographic sensor , secured to the external surface of one end of the mast , characterized in that the optical system is a doublet formed by two lenses alongside each other, a first lens being oriented toward the external environment and a second lens being oriented toward the sensor , and in that the second lens is arranged alongside the sensor . the observation means comprising at least one digital window , comprising an optical system and a photographic sensor , secured to the external surface of one end of the mast , characterized in that the optical system is a doublet formed by two lenses alongside each other, a first lens being oriented toward the external environment and a second lens being oriented toward the sensor , and in that the second lens is arranged alongside the sensor .
A speaker assembly , comprising: a shellpot for receiving a speaker motor and including an upper portion and a lower portion , the shellpot including an upstanding rim on the upper portion of the shellpot , wherein the shellpot includes a protrusion extending circumferentially around the shellpot between the upper portion and the lower portion , the protrusion having an upper surface and an end surface ; a speaker basket including a base portion having an opening therein for receiving the shellpot , wherein the speaker basket includes a lip surrounding the opening and a flange spaced outwardly from and extending downwardly from the opening , wherein the flange engages the end surface of the shellpot protrusion when the shellpot is coupled with the speaker basket ; and an insert member separate from the speaker basket , the insert member positionable adjacent to the lip of the speaker basket and the rim , wherein a plurality of sections of the rim are displaced to abut the insert member and couple the shellpot to the speaker basket . a shellpot for receiving a speaker motor and including an upper portion and a lower portion , the shellpot including an upstanding rim on the upper portion of the shellpot , wherein the shellpot includes a protrusion extending circumferentially around the shellpot between the upper portion and the lower portion , the protrusion having an upper surface and an end surface ; a speaker basket including a base portion having an opening therein for receiving the shellpot , wherein the speaker basket includes a lip surrounding the opening and a flange spaced outwardly from and extending downwardly from the opening , wherein the flange engages the end surface of the shellpot protrusion when the shellpot is coupled with the speaker basket ; and an insert member separate from the speaker basket , the insert member positionable adjacent to the lip of the speaker basket and the rim , wherein a plurality of sections of the rim are displaced to abut the insert member and couple the shellpot to the speaker basket .