mhurhangee/ep-ind-claims huggingface dataset:
A method for storing equalization settings in an active loudspeaker including a loudspeaker cabinet, at least one driver connected to the cabinet and an amplifier electronics including an equalizer, in which method - the loudspeaker is calibrated in controlled conditions for forming factory calibration parameters for controlling the equalizer, - the factory calibration parameters controlling the equalizer are stored in the amplifier electronics, characterized in that - the factory calibration parameters are also stored in a memory fixedly mounted to the loudspeaker. - the loudspeaker is calibrated in controlled conditions for forming factory calibration parameters for controlling the equalizer, - the factory calibration parameters controlling the equalizer are stored in the amplifier electronics, characterized in that - the factory calibration parameters are also stored in a memory fixedly mounted to the loudspeaker.
A non-naturally occurring microbial organism having a 1,3-butanediol (1,3-BDO) pathway; wherein said microbial organism comprises at least one exogenous nucleic acid encoding a crotonase expressed in a sufficient amount to produce 1,3-BDO, wherein said crotonase catalyzes hydration of crotonyl-CoA to form 3-hydroxybytyryl-CoA.
A method for shaping keratin fibres comprising: (a) providing a solid composition, wherein the solid composition comprises: - an active agent, wherein the active agent is a sugar wherein the sugar is a reducing sugar and wherein the reducing sugar is selected from the group consisting of: ribose, arabinose, xylose, lyxose, galactose, mannose, and mixtures thereof; and wherein the active agent has a molecular weight of 500 g/mol or less; - a photocatalyst being a hydroxy-substituted aromatic compound; and then mixing the solid composition with a cosmetically acceptable carrier to form a crosslinking composition; (b) applying the crosslinking composition to keratin fibres, mechanically shaping the keratin fibres with an appliance or implement, and exposing the composition to electromagnetic radiation having a wavelength of from 300 nm to 750 nm. (a) providing a solid composition, wherein the solid composition comprises: - an active agent, wherein the active agent is a sugar wherein the sugar is a reducing sugar and wherein the reducing sugar is selected from the group consisting of: ribose, arabinose, xylose, lyxose, galactose, mannose, and mixtures thereof; and wherein the active agent has a molecular weight of 500 g/mol or less; - a photocatalyst being a hydroxy-substituted aromatic compound; and then mixing the solid composition with a cosmetically acceptable carrier to form a crosslinking composition; - an active agent, wherein the active agent is a sugar wherein the sugar is a reducing sugar and wherein the reducing sugar is selected from the group consisting of: ribose, arabinose, xylose, lyxose, galactose, mannose, and mixtures thereof; and wherein the active agent has a molecular weight of 500 g/mol or less; - a photocatalyst being a hydroxy-substituted aromatic compound; (b) applying the crosslinking composition to keratin fibres, mechanically shaping the keratin fibres with an appliance or implement, and exposing the composition to electromagnetic radiation having a wavelength of from 300 nm to 750 nm.
A milk chocolate comprising a honey powder as sweeting component, and not comprising refined sugar; wherein; said milk chocolate comprises: • 5 - 60% honey powder by weight, wherein said honey powder consisting of 50% dry substance of at least one compound selected from milk, milk powder, whey, whey powder and cocoa powder and 50% dry substance of honey by weight; • 5 - 25% cocoa liquor by weight, • 15 - 40% cocoa butter by weight, • 0.1- 2% emulsifier by weight. • 5 - 60% honey powder by weight, wherein said honey powder consisting of 50% dry substance of at least one compound selected from milk, milk powder, whey, whey powder and cocoa powder and 50% dry substance of honey by weight; • 5 - 25% cocoa liquor by weight, • 15 - 40% cocoa butter by weight, • 0.1- 2% emulsifier by weight.
Bypass turbofan engine comprising an engine with a fan casing and a nacelle surrounding the engine in which a flow path for a secondary flow is delimited between the nacelle and the engine, said nacelle comprising: - a fixed structure, - a mobile assembly with a slide capable of translational movement on the fixed structure and bearing a mobile cowl and a frame capable of translational movement on the fixed structure and bearing deflectors, in which the mobile assembly is able to move between a forward position in which the slide is positioned in such a way that the mobile cowl is close to the fan casing and a backward position in which the slide is positioned in such a way that the mobile cowl is distanced from the fan casing in order between them to define an open passage between the flow path and the outside of the nacelle through the deflectors, - at least one differentiation mechanism which is configured in such a way as to ensure a length of travel of the slide that is different from the length of travel of the frame, and - a set of actuators designed to ensure, starting from the forward position, a translational travel of the slide as far as the backward position and vice versa, in which each differentiation mechanism comprises a shaft mounted on the fixed structure and free to rotate about its axis, a first pinion and a second pinion which are fixed to said shaft and coaxial with said axis, a first rack solid with the slide and meshing with the first pinion, a second rack solid with the frame and meshing with the second pinion, and in which the diameter of the first pinion and the diameter of the second pinion are different. - a fixed structure, - a mobile assembly with a slide capable of translational movement on the fixed structure and bearing a mobile cowl and a frame capable of translational movement on the fixed structure and bearing deflectors, in which the mobile assembly is able to move between a forward position in which the slide is positioned in such a way that the mobile cowl is close to the fan casing and a backward position in which the slide is positioned in such a way that the mobile cowl is distanced from the fan casing in order between them to define an open passage between the flow path and the outside of the nacelle through the deflectors, - at least one differentiation mechanism which is configured in such a way as to ensure a length of travel of the slide that is different from the length of travel of the frame, and - a set of actuators designed to ensure, starting from the forward position, a translational travel of the slide as far as the backward position and vice versa,
A four stroke compression ignition engine, comprising: a plurality of cylinders, each having a corresponding piston displaceable within the cylinder to combust a fuel/air mixture without a spark element; a plurality of fuel injectors for injecting fuel in the cylinders; means for controlling the flow of fuel to the fuel injectors, wherein the means for controlling receives data relating to a characteristic indicative of the load on the engine, and wherein the means for controlling controls the flow of fuel to the fuel injectors so that the fuel pressure decreases in response to detection of an increase of the load on the engine above a predetermined load; wherein the means for controlling is operable to control the fuel pressure so that the fuel is provided at a first pressure of approximately 13,790 kPa (2000 psi) or less when the engine operates within a first load range that is equal to or below the predetermined load, and wherein the means for controlling is operable to control the fuel pressure so that the fuel is provided at a second pressure that is lower than the first pressure when the engine operates within a second load range that is above the predetermined load; wherein at least one of the fuel injectors comprises a first set of orifices for providing a spray of droplets having a first size when the engine operates within the first load range, and the fuel injector comprises a second set of orifices to provide a spray of droplets having a second size when the engine operates within the second load range, wherein the second droplet size is larger than the first droplet size. a plurality of cylinders, each having a corresponding piston displaceable within the cylinder to combust a fuel/air mixture without a spark element; a plurality of fuel injectors for injecting fuel in the cylinders; means for controlling the flow of fuel to the fuel injectors, wherein the means for controlling receives data relating to a characteristic indicative of the load on the engine, and wherein the means for controlling controls the flow of fuel to the fuel injectors so that the fuel pressure decreases in response to detection of an increase of the load on the engine above a predetermined load; wherein the means for controlling is operable to control the fuel pressure so that the fuel is provided at a first pressure of approximately 13,790 kPa (2000 psi) or less when the engine operates within a first load range that is equal to or below the predetermined load, and wherein the means for controlling is operable to control the fuel pressure so that the fuel is provided at a second pressure that is lower than the first pressure when the engine operates within a second load range that is above the predetermined load; wherein at least one of the fuel injectors comprises a first set of orifices for providing a spray of droplets having a first size when the engine operates within the first load range, and the fuel injector comprises a second set of orifices to provide a spray of droplets having a second size when the engine operates within the second load range, wherein the second droplet size is larger than the first droplet size.
A method for controlling the operation of a capstan winch, in which said winch comprises: ▪ a drum for storing a hoisting or hauling cable, said drum being actuated by a first electric motor, one of the ends of said cable being secured to the drum; ▪ a capstan, constituted by at least one drum around which said cable issuing from the storage drum is wound in a plurality of turns distributed in a single layer, the other end of the cable being intended to hoist or haul a load, said at least one drum of the capstan being driven in rotation by means of a second electric motor, characterized in that the torque of the electric motor of the storage drum is fixed at a minimum and constant nominal value, determined as a function of the number of turns of cable on the drum or drums of the capstan, the minimum coefficient of friction of the peripheral surface of the drum or drums of the capstan in service, and the minimum tension necessary to guarantee correct winding of the cable on the storage drum, and in that: ▪ the effective unwound length of the cable is measured by determining the effective number of rotations of the storage drum; ▪ said effective length is compared with the theoretical unwound length of the cable by integrating the speed of rotation of the motor of the capstan with respect to time; ▪ if the value resulting from this comparison exceeds a predetermined threshold, the actuation of mechanical brakes for locking the storage drum is induced. ▪ a drum for storing a hoisting or hauling cable, said drum being actuated by a first electric motor, one of the ends of said cable being secured to the drum; ▪ a capstan, constituted by at least one drum around which said cable issuing from the storage drum is wound in a plurality of turns distributed in a single layer, the other end of the cable being intended to hoist or haul a load, said at least one drum of the capstan being driven in rotation by means of a second electric motor, ▪ the effective unwound length of the cable is measured by determining the effective number of rotations of the storage drum; ▪ said effective length is compared with the theoretical unwound length of the cable by integrating the speed of rotation of the motor of the capstan with respect to time; ▪ if the value resulting from this comparison exceeds a predetermined threshold, the actuation of mechanical brakes for locking the storage drum is induced.
A mobile node (MN1-MN4), comprising: means for automatically capturing and interpreting roaming meta-data advertised by one or more static access-points (SN1-SN4) in the vicinity of the mobile node (MN1-MN4); means for automatically reconfiguring the mobile node, in response to predetermined criteria and based on an ordering of the static access-points communicated via the roaming meta-data, to associate with a best next static access-point of the static access-points, wherein the ordering of the static access-points corresponds to a predetermined directed path of the mobile node; means for automatically evaluating whether signal strength observed for a currently associated one of the static access-points is within a predetermined signal strength range communicated via the roaming meta-data; said predetermined signal strength range being defined by a minimum signal strength threshold value and a maximum signal strength threshold value; wherein the predetermined signal strength range defines a stable RF zone and the predetermined criteria are a function of at least that the observed signal strength exceeds the maximum signal strength threshold value; and wherein the mobile node and the static access-points are respective nodes of a wireless mesh network. means for automatically capturing and interpreting roaming meta-data advertised by one or more static access-points (SN1-SN4) in the vicinity of the mobile node (MN1-MN4); means for automatically reconfiguring the mobile node, in response to predetermined criteria and based on an ordering of the static access-points communicated via the roaming meta-data, to associate with a best next static access-point of the static access-points, wherein the ordering of the static access-points corresponds to a predetermined directed path of the mobile node; means for automatically evaluating whether signal strength observed for a currently associated one of the static access-points is within a predetermined signal strength range communicated via the roaming meta-data; said predetermined signal strength range being defined by a minimum signal strength threshold value and a maximum signal strength threshold value; wherein the predetermined signal strength range defines a stable RF zone and the predetermined criteria are a function of at least that the observed signal strength exceeds the maximum signal strength threshold value; and wherein the mobile node and the static access-points are respective nodes of a wireless mesh network.
A method of interacting with a map displayed on a wireless communications device, such as a mobile phone, smartphone or satellite phone, the method comprising: displaying a map in a map dialog on a display of the wireless communications device displaying control buttons on the display but outside the map dialog; and receiving via a user interface, selection input to cause the display to switch between a map manipulation mode, where subsequent input manipulates the map, and a control button mode, where subsequent input enables navigation between the control buttons. displaying a map in a map dialog on a display of the wireless communications device displaying control buttons on the display but outside the map dialog; and receiving via a user interface, selection input to cause the display to switch between a map manipulation mode, where subsequent input manipulates the map, and a control button mode, where subsequent input enables navigation between the control buttons.
A process for making a 2,3,3,3-tetrafluoropropene product having greater than 99.5 weight percent purity and containing less than 500 parts per million of any other saturated fluorocarbon comprising: providing a distillation inseparable feed stream of 2-chloro-1,1,1,2-tetrafluoropropane and at least one impurity in an amount greater than 500 parts per million; treating the feed stream until there is not more than 5% total weight from the at least one impurity, wherein the treating step comprises subjecting the feed stream to at least one of a photo chlorination reaction and a hydrogenation reaction; and dehydrohalogenating the feed stream to produce 2,3,3,3 - tetrafluoropropene. providing a distillation inseparable feed stream of 2-chloro-1,1,1,2-tetrafluoropropane and at least one impurity in an amount greater than 500 parts per million; treating the feed stream until there is not more than 5% total weight from the at least one impurity, wherein the treating step comprises subjecting the feed stream to at least one of a photo chlorination reaction and a hydrogenation reaction; and dehydrohalogenating the feed stream to produce 2,3,3,3 - tetrafluoropropene.
An apparatus for generating a compact video from a recorded video, the apparatus comprising: an object extractor configured to separate a plurality of captured images in the recorded video into a background image and a foreground image and extract different objects included in the separated foreground image; an object collision calculator configured to, when a collision occurs between the extracted different objects, generate occupation matrices from the foreground image and calculate the collision using computation between the occupation matrices of the different objects, each of the occupation matrices showing a space occupied by a corresponding object in space and time and generated for each of the different objects; an object rearranger configured to rearrange the different objects within a range in which a collision does not occur visually; and a summarized video generator configured to compose the captured background image and the rearranged objects to generate a summarized video, characterized in that each of said occupation matrices is formed of pixels with less resolution than a resolution of said plurality of captured images, and characterized in that the occupation matrices are formed of pixels arranged in a plurality of rows and columns, and the computation between the occupation matrices is calculated only between pixels which correspond to different objects in parallel. an object extractor configured to separate a plurality of captured images in the recorded video into a background image and a foreground image and extract different objects included in the separated foreground image; an object collision calculator configured to, when a collision occurs between the extracted different objects, generate occupation matrices from the foreground image and calculate the collision using computation between the occupation matrices of the different objects, each of the occupation matrices showing a space occupied by a corresponding object in space and time and generated for each of the different objects; an object rearranger configured to rearrange the different objects within a range in which a collision does not occur visually; and a summarized video generator configured to compose the captured background image and the rearranged objects to generate a summarized video, characterized in that each of said occupation matrices is formed of pixels with less resolution than a resolution of said plurality of captured images, and characterized in that the occupation matrices are formed of pixels arranged in a plurality of rows and columns, and the computation between the occupation matrices is calculated only between pixels which correspond to different objects in parallel.
A method of converting a planetary gear system to an improved planetary gear system, comprising: providing a planetary gear system having a first planet gear having a first rim with a first rim thickness, a first backup ratio of at least 1.0, and first roller elements allowing rotation of the first planet gear about a post of a carrier of the planetary gear system, wherein the first backup ratio is calculated by dividing the first rim thickness by a first tooth depth of the first planet gear; replacing the first planet gear with a second planet gear comprising a second rim with a second rim thickness and a second backup ratio of less than 1.0 but at least 0.5, wherein the backup ratio is calculated by dividing the second rim thickness by a second tooth depth of the second planet gear, wherein the second planet gear is configured to receive roller elements having a relatively larger outer diameter as compared to an outer diameter of the first roller elements by having a reduced second rim thickness of the second planet gear as compared to the first rim thickness of the first planet gear; replacing the first roller elements with second roller elements having a relatively larger outer diameter as compared to an outer diameter of the first roller elements by an amount not greater than the difference in the first rim thickness and the second rim thickness; and holding other planetary gear system dimensions constant when converting the planetary gear system to the improved planetary gear system. providing a planetary gear system having a first planet gear having a first rim with a first rim thickness, a first backup ratio of at least 1.0, and first roller elements allowing rotation of the first planet gear about a post of a carrier of the planetary gear system, wherein the first backup ratio is calculated by dividing the first rim thickness by a first tooth depth of the first planet gear; replacing the first planet gear with a second planet gear comprising a second rim with a second rim thickness and a second backup ratio of less than 1.0 but at least 0.5, wherein the backup ratio is calculated by dividing the second rim thickness by a second tooth depth of the second planet gear, wherein the second planet gear is configured to receive roller elements having a relatively larger outer diameter as compared to an outer diameter of the first roller elements by having a reduced second rim thickness of the second planet gear as compared to the first rim thickness of the first planet gear; replacing the first roller elements with second roller elements having a relatively larger outer diameter as compared to an outer diameter of the first roller elements by an amount not greater than the difference in the first rim thickness and the second rim thickness; and holding other planetary gear system dimensions constant when converting the planetary gear system to the improved planetary gear system.
Device for stacking folding box blanks or folding box tubes, the device comprising a stacking shaft, a lifting table, only one intermediate storage means, a hold-down device, a control device, a first drive for the lifting table, a second drive for the intermediate storage means, and a third drive for the hold-down device, wherein the stacking shaft is delimited in a transport direction at its front end by a first stop and at its rear end by a second stop, wherein the stacking shaft is delimited at the bottom alternately by the lifting table and the intermediate storage means, wherein the first drive is designed as a single-axis drive which controls the position of the lifting table in the stacking shaft, and wherein the second drive is designed as a two-axis drive such that it controls the position of the intermediate storage means along a predetermined and repeating path, characterized in that the third drive is designed as a two-axis drive such that it controls the position of the hold-down device along a predetermined and repeating path.