mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal block assembly comprising - a first thermally and electrically conductive block part realised for connection to an anode pad of a light-emitting diode and dimensioned to provide an essentially complete thermal path (P) for heat originating at the anode pad ; - a second thermally and electrically conductive block part realised for connection to a cathode pad of the light-emitting diode and dimensioned to provide an essentially complete thermal path (P) for heat originating at the cathode pad , wherein a block part comprises a number of cooling fins, and wherein the height of a block part is greater than its width; and - a bonding layer applied to the block parts to fix the positions of the block parts on either side of an air-gap (G), which bonding layer is applied to lie over two co-planar outside surfaces of the first and second block parts , bridging the intervening air-gap (G) but not extending into the air-gap (G). - a first thermally and electrically conductive block part realised for connection to an anode pad of a light-emitting diode and dimensioned to provide an essentially complete thermal path (P) for heat originating at the anode pad ; - a second thermally and electrically conductive block part realised for connection to a cathode pad of the light-emitting diode and dimensioned to provide an essentially complete thermal path (P) for heat originating at the cathode pad , wherein a block part comprises a number of cooling fins, and wherein the height of a block part is greater than its width; and - a bonding layer applied to the block parts to fix the positions of the block parts on either side of an air-gap (G), which bonding layer is applied to lie over two co-planar outside surfaces of the first and second block parts , bridging the intervening air-gap (G) but not extending into the air-gap (G).
A gas burner group comprising a gas burner body generating flame by burning flammable gases and enabling a cooking container placed thereon to be heated, having - an inner mixing chamber in which gas and ambient air is mixed, feeding an inner flame crown, - at least one vertical nozzle enabling transmitting gas to the inner mixing chamber , a gas burner head placed on the gas burner body , enabling transmitting flame to the base of a cooking container through the holes disposed around it, a gas burner cap placed on the gas burner head , - a first horizontal nozzle and a second horizontal nozzle placed opposite each other on the gas burner body , - a first outer mixing chamber and a second outer mixing chamber provided on the gas burner body , - a first Venturi tube enabling transmitting the gas received through the first horizontal nozzle to the first outer mixing chamber , and a second Venturi tube enabling transmitting the gas received through the second horizontal nozzle to the second outer mixing chamber , characterized by - at least one air inlet port provided on the gas burner body next to the first horizontal nozzle , extending to the first Venturi tube , by - at least one second air inlet port provided on the gas burner body next to the second horizontal nozzle , extending to the second Venturi tube , and by at least one first air inlet duct extending outwards from the first air inlet port , in parallel to the first horizontal nozzle , and at least one second air inlet duct extending outwards from the second air inlet port , in parallel to the second horizontal nozzle . - an inner mixing chamber in which gas and ambient air is mixed, feeding an inner flame crown, - at least one vertical nozzle enabling transmitting gas to the inner mixing chamber , a gas burner head placed on the gas burner body , enabling transmitting flame to the base of a cooking container through the holes disposed around it, a gas burner cap placed on the gas burner head , - a first horizontal nozzle and a second horizontal nozzle placed opposite each other on the gas burner body , - a first outer mixing chamber and a second outer mixing chamber provided on the gas burner body , - a first Venturi tube enabling transmitting the gas received through the first horizontal nozzle to the first outer mixing chamber , and a second Venturi tube enabling transmitting the gas received through the second horizontal nozzle to the second outer mixing chamber , - at least one air inlet port provided on the gas burner body next to the first horizontal nozzle , extending to the first Venturi tube , by - at least one second air inlet port provided on the gas burner body next to the second horizontal nozzle , extending to the second Venturi tube , and by
A vehicle having one or more pneumatic wheels, the vehicle comprising: an internal combustion engine including a cylinder and an intake manifold in fluid communication with the cylinder; a tire inflation system configured to direct air into at least one of the one or more pneumatic wheels ; an air assembly configured to supply air at a first pressure higher than atmospheric pressure to both the intake manifold and the tire inflation system , wherein the air assembly includes a first compressor stage and a second compressor stage , wherein the air assembly includes an electric motor; characterized in that the electric motor is in operable communication with both the first compressor stage and the second compressor stage , and a wherein the air assembly includes a clutch positioned between and operably connecting the electric motor to one of the first compressor stage and the second compressor stage . an internal combustion engine including a cylinder and an intake manifold in fluid communication with the cylinder; a tire inflation system configured to direct air into at least one of the one or more pneumatic wheels ; an air assembly configured to supply air at a first pressure higher than atmospheric pressure to both the intake manifold and the tire inflation system , wherein the air assembly includes a first compressor stage and a second compressor stage , wherein the air assembly includes an electric motor; characterized in that the electric motor is in operable communication with both the first compressor stage and the second compressor stage , and a wherein the air assembly includes a clutch positioned between and operably connecting the electric motor to one of the first compressor stage and the second compressor stage .
Method for processing a data set using a user computer system , wherein the method comprises: allocating the data set to a first class of a classification scheme, which contains a plurality of classes, providing the data set with metadata , the metadata containing a first class ID from a plurality of class IDs which identifies the first class of the classification scheme to which the data set is allocated, the method being characterized by the following steps: encrypting the data set and the metadata , class-based encryption using a class-dependent first cryptographic public key being used to encrypt the metadata , which key is calculated using the class ID and a class-independent cryptographic public main key , class-independent encryption using a class-independent second cryptographic public key being used to encrypt the data set . allocating the data set to a first class of a classification scheme, which contains a plurality of classes, providing the data set with metadata , the metadata containing a first class ID from a plurality of class IDs which identifies the first class of the classification scheme to which the data set is allocated, the method being characterized by the following steps: encrypting the data set and the metadata , class-based encryption using a class-dependent first cryptographic public key being used to encrypt the metadata , which key is calculated using the class ID and a class-independent cryptographic public main key , class-independent encryption using a class-independent second cryptographic public key being used to encrypt the data set .
A rack system for mounting a plurality of disposable animal containment cage assemblies, comprising: a disposable animal containment cage assembly comprising a cage base , a thin polymer lid including a flexible surface, a flange , and a first and a second conical receptacle extending outwardly from the lid ; a frame comprising shelf assemblies configured to receive and support the disposable animal containment cage assembly ; at least one blower coupled to a manifold and plenum system of the frame ; each of which shelf assemblies is secured to the frame and comprise a first and a second fixed nozzle and having two substantially parallel longitudinal rails on opposite sides of the shelf assembly each having an upper edge configured to receive a bottom surface of the flange portion of the disposable animal containment cage assembly engaged therewith, with each rail being spaced from the first or the second nozzle of the shelf assembly such that the first and second conical receptacles extending outwardly from the lid of the containment cage assembly are biased upward against the respective first or the second fixed nozzle of the shelf assembly due to the resilient flexibility of the thin polymer lid of the cage assembly for establishing a seal between the respective first and second nozzles and conical receptacles for a controllable flow of air therethrough and through a conduit of the shelf assembly which is in communication with an inner passageway of the manifold and plenum system. a disposable animal containment cage assembly comprising a cage base , a thin polymer lid including a flexible surface, a flange , and a first and a second conical receptacle extending outwardly from the lid ; a frame comprising shelf assemblies configured to receive and support the disposable animal containment cage assembly ; at least one blower coupled to a manifold and plenum system of the frame ; each of which shelf assemblies is secured to the frame and comprise a first and a second fixed nozzle and having two substantially parallel longitudinal rails on opposite sides of the shelf assembly each having an upper edge configured to receive a bottom surface of the flange portion of the disposable animal containment cage assembly engaged therewith, with each rail being spaced from the first or the second nozzle of the shelf assembly such that the first and second conical receptacles extending outwardly from the lid of the containment cage assembly are biased upward against the respective first or the second fixed nozzle of the shelf assembly due to the resilient flexibility of the thin polymer lid of the cage assembly for establishing a seal between the respective first and second nozzles and conical receptacles for a controllable flow of air therethrough and through a conduit of the shelf assembly which is in communication with an inner passageway of the manifold and plenum system.
A method, comprising: applying a burst of thermal energy to a surface of a plurality of uncured compacted composite layers; capturing a plurality of digital thermographic images of the surface of the uncured compacted composite layers after applying the burst of thermal energy; using a computer processor , analyzing at least one heat characteristic of regions of the uncured compacted composite layers in the plurality of digital thermographic images to identify defect regions in which the at least one heat characteristic is different than surrounding regions, wherein the at least one heat characteristic of the uncured compacted composite layers comprises at least one of respective first derivative rates of change of temperature of the regions over a plurality of digital thermographic images, and respective second derivative rates of change of temperature of the regions over a plurality of digital thermographic images, and wherein the at least one heat characteristic of a subject region is different than surround regions if a peak of a first derivative rate of change of temperature for the subject region differs in time from a peak of a first derivative rate of change of temperature of at least one surrounding regions by more than a threshold amount or if a peak of a second derivative rate of change of temperature for the subject region differs in time from a peak of a second derivative rate of change of temperature of at least one surrounding regions by more than a threshold amount; and upon identifying a defect region, outputting an alert. applying a burst of thermal energy to a surface of a plurality of uncured compacted composite layers; capturing a plurality of digital thermographic images of the surface of the uncured compacted composite layers after applying the burst of thermal energy; using a computer processor , analyzing at least one heat characteristic of regions of the uncured compacted composite layers in the plurality of digital thermographic images to identify defect regions in which the at least one heat characteristic is different than surrounding regions, wherein the at least one heat characteristic of the uncured compacted composite layers comprises at least one of respective first derivative rates of change of temperature of the regions over a plurality of digital thermographic images, and respective second derivative rates of change of temperature of the regions over a plurality of digital thermographic images, and wherein the at least one heat characteristic of a subject region is different than surround regions if a peak of a first derivative rate of change of temperature for the subject region differs in time from a peak of a first derivative rate of change of temperature of at least one surrounding regions by more than a threshold amount or if a peak of a second derivative rate of change of temperature for the subject region differs in time from a peak of a second derivative rate of change of temperature of at least one surrounding regions by more than a threshold amount; and upon identifying a defect region, outputting an alert.
A fluoride-based phosphor comprising a host having a composition of the following [Formula 1] including rubidium (Rb), cesium (Cs), silicon (Si) and fluorine (F) as constituent elements, and manganese (Mn) which is solid solution treated in the host as an activator: [Formula 1] Rb 3-x Cs x SiF 7 wherein 0 < x < 3.
An apparatus for imaging and sorting fish located onboard a fishing vessel, the apparatus comprising: - imaging means configured to obtain images of each fish being transferred past the imaging means , - a feeding conveyor , said feeding conveyor comprising diverting means downstream of the imaging means for diverting fish off the feeding conveyor , - a cooler , - computing means configured to process said images to determine at least one characteristic of the fish and to determine based on said characteristic a destination of the fish, wherein the computing means is configured to send instructions to the diverting means , and wherein the imaging means comprise a line scanner that is configured to collect sequential images of each fish as the fish is conveyed on said feeding conveyor past the line scanner, wherein the at least one characteristic of the fish is used to batch fish into compartments (7a-c) in said cooler for stepwise cooling of the fish. - imaging means configured to obtain images of each fish being transferred past the imaging means , - a feeding conveyor , said feeding conveyor comprising diverting means downstream of the imaging means for diverting fish off the feeding conveyor , - a cooler , - computing means configured to process said images to determine at least one characteristic of the fish and to determine based on said characteristic a destination of the fish, wherein the computing means is configured to send instructions to the diverting means , and wherein the imaging means comprise a line scanner that is configured to collect sequential images of each fish as the fish is conveyed on said feeding conveyor past the line scanner, wherein the at least one characteristic of the fish is used to batch fish into compartments (7a-c) in said cooler for stepwise cooling of the fish.
An image forming apparatus (10; 12; 14; 16) comprising: a fixing unit (120; 130); a heater (121; 121A, 121B) provided in the fixing unit (120; 130); an alternating-current power source configured to apply an alternating voltage to the heater ; a half-wave control unit (112; 601) configured to determine a duty ratio based on a surface temperature and a target temperature of the heater (121; 121A, 121B) and to set a heater-on pattern based on the determined duty ratio, wherein the heater-on pattern is selected from a previously stored heater-on pattern associated with the determined duty ratio, and perform half-wave control to control the heater (121; 121A, 121B) on a half-wavelength basis, according to the heater-on pattern that is set for each control cycle having a predetermined length; a measuring unit configured to measure, when the heater is switched off, a heater-off period of time that elapses until the heater is next switched on; a determining unit configured to determine, based on the measured heater-off period of time, whether phase control is to be performed on the alternating voltage to control the heater , the phase control being performed by shifting phase of the alternating voltage; and a phase control unit configured to perform, when the determining unit determines that the phase control is to be performed, the phase control only for a period of time depending on the measured heater-off period of time after switch-on of the heater and before execution of the half-wave control. a fixing unit (120; 130); a heater (121; 121A, 121B) provided in the fixing unit (120; 130); an alternating-current power source configured to apply an alternating voltage to the heater ; a half-wave control unit (112; 601) configured to determine a duty ratio based on a surface temperature and a target temperature of the heater (121; 121A, 121B) and to set a heater-on pattern based on the determined duty ratio, wherein the heater-on pattern is selected from a previously stored heater-on pattern associated with the determined duty ratio, and perform half-wave control to control the heater (121; 121A, 121B) on a half-wavelength basis, according to the heater-on pattern that is set for each control cycle having a predetermined length; a measuring unit configured to measure, when the heater is switched off, a heater-off period of time that elapses until the heater is next switched on; a determining unit configured to determine, based on the measured heater-off period of time, whether phase control is to be performed on the alternating voltage to control the heater , the phase control being performed by shifting phase of the alternating voltage; and a phase control unit configured to perform, when the determining unit determines that the phase control is to be performed, the phase control only for a period of time depending on the measured heater-off period of time after switch-on of the heater and before execution of the half-wave control.
A rotary crane , comprising: a vertical axis ; a jib that extends from the vertical axis ; a drive for rotating the jib about the vertical axis ; a condition monitoring which determines wind loading characterized by internal forces, stress, strain, shear force, torsional moments and bending moments; measuring elements to capture the wind loading; and a computing unit which computes on basis of the wind loading a preferred direction for locking the jib . a vertical axis ; a jib that extends from the vertical axis ; a drive for rotating the jib about the vertical axis ; a condition monitoring which determines wind loading characterized by internal forces, stress, strain, shear force, torsional moments and bending moments; measuring elements to capture the wind loading; and a computing unit which computes on basis of the wind loading a preferred direction for locking the jib .
An in-floor adapter for a cargo deck of a cargo handling system, the in-floor adapter comprising: a plate extending from a proximal end to a distal end, the plate having a flat surface extending from the proximal end to the distal end; a plurality of rollers disposed over a surface of the plate opposite the flat surface; a pocket disposed in the plate, the pocket having a sidewall and a bottom wall; a fitting disposed in the pocket, the fitting configured to mount a leg of a seat; and a slot disposed through the plate, the slot configured to guide an attachment mechanism during installation of the in-floor adapter in the cargo deck. a plate extending from a proximal end to a distal end, the plate having a flat surface extending from the proximal end to the distal end; a plurality of rollers disposed over a surface of the plate opposite the flat surface; a pocket disposed in the plate, the pocket having a sidewall and a bottom wall; a fitting disposed in the pocket, the fitting configured to mount a leg of a seat; and a slot disposed through the plate, the slot configured to guide an attachment mechanism during installation of the in-floor adapter in the cargo deck.
A hydraulic machine comprising a runner of Francis type, a head cover and a lower cover , whereas the runner comprises a low and a high pressure side, a crown , a band , a chamber between head cover and crown , a chamber between lower cover and band , a plurality of blades , each blade being defined by a pressure surface, an oppositely facing suction surface, an edge adjoining the high pressure side and a spaced apart edge adjoining the low pressure side of the runner, whereas the crown comprises sealing means to seal the chamber between the crown and head cover against water from the high pressure side, whereas the runner comprises at least one passage being capable to drain high pressure leakage water passing the sealing means to the low pressure side, and the passage comprises an inlet aperture located in a portion of the crown which during operation is exposed to high pressure leakage water, whereas the head cover comprises an air inlet connecting the area above the head cover with the chamber between head cover and crown , characterized in that the passage is located within one of the blades and leads from the inlet aperture to the band , where the passage forms an opening leading to the chamber between the band and the lower cover , which chamber is in connection with the low pressure side of the runner.