mhurhangee/patent-ind-claim-en huggingface dataset:
Compositions for the production of thermoplastic moulding materials, where the compositions comprise the following constituents: A) at least one polymer selected from the group consisting of aromatic polycarbonate, aromatic polyester carbonate and polyester, B) at least one anhydride-functionalized ethylene-α-olefin-copolymer or ethylene-α-olefin terpolymer, where the weight-average molar mass Mw of component B, determined by high-temperature gel permeation chromatography using ortho-dichlorobenzene as solvent against polystyrene standards is from 50 000 to 500 000 g/mol. A) at least one polymer selected from the group consisting of aromatic polycarbonate, aromatic polyester carbonate and polyester, B) at least one anhydride-functionalized ethylene-α-olefin-copolymer or ethylene-α-olefin terpolymer, where the weight-average molar mass Mw of component B, determined by high-temperature gel permeation chromatography using ortho-dichlorobenzene as solvent against polystyrene standards is from 50 000 to 500 000 g/mol.
Image generation device comprising a liquid-crystal display screen and a light source optically associated with the liquid-crystal display screen for illuminating said screen , the liquid-crystal display screen comprising an input polarizer designed to selectively transmit a light component having a given polarization, the image generation device comprising an additional polarizer interposed on the light path between the light source and the liquid-crystal display screen , this additional polarizer being designed to transmit said light component having said given polarization and to absorb a light component having a polarization different from said given polarization and the image generation device comprising a reflector arranged so as to reflect a portion of the light emitted by the light source towards the screen , characterized in that the additional polarizer is mounted in the reflector, and in that the additional polarizer is connected to heat removal means that comprise a radiator connected to the additional polarizer via mounting means .
A transmitter, wherein the transmitter comprises a constellation mapper , a signal conversion module , a digital signal processor , a digital-to-analog converter , a saturation driver , a linear driver , and an optical transmitter front-end module , wherein • the constellation mapper is configured to determine a mapping relationship between a bit stream and a constellation point in a polar coordinate system, and generate a constellation symbol data flow according to the mapping relationship; • the signal conversion module is configured to convert the constellation symbol data flow into an amplitude signal and a phase signal; • the digital signal processor is configured to perform digital signal processing on the phase signal, to generate a multi-level digital signal; • the digital-to-analog converter is configured to convert the multi-level digital signal into a multi-level analog signal; • the saturation driver is configured to perform a saturated amplification on the amplitude signal; • the linear driver is configured to perform a linear amplification on the multi-level analog signal; • the optical transmitter front-end module is configured to covert the amplitude signal obtained after the saturated amplification and the multi-level analog signal obtained after the linear amplification into an optical signal. • the constellation mapper is configured to determine a mapping relationship between a bit stream and a constellation point in a polar coordinate system, and generate a constellation symbol data flow according to the mapping relationship; • the signal conversion module is configured to convert the constellation symbol data flow into an amplitude signal and a phase signal; • the digital signal processor is configured to perform digital signal processing on the phase signal, to generate a multi-level digital signal; • the digital-to-analog converter is configured to convert the multi-level digital signal into a multi-level analog signal; • the saturation driver is configured to perform a saturated amplification on the amplitude signal; • the linear driver is configured to perform a linear amplification on the multi-level analog signal; • the optical transmitter front-end module is configured to covert the amplitude signal obtained after the saturated amplification and the multi-level analog signal obtained after the linear amplification into an optical signal.
Exterior aircraft light unit , comprising a support plate , an LED , mounted to the support plate, and a near end of life detector for sensing a light output level of the LED, the near end of life detector being mounted to the support plate , and a transparent optical element for shaping an output light intensity distribution of the exterior aircraft light unit, wherein the transparent optical element jointly encases the LED and the near end of life detector , characterized in that the transparent optical element is configured in such a way that light from the LED reaches the near end of life detector through the transparent optical element, wherein the transparent optical element is in direct contact with at least one of the LED and the near end of life detector .
A fluid dispenser comprising a pump (P) and a fluid dispenser head (T) including a spray wall that is perforated with a network of holes (O) through which the fluid under pressure passes so as to be sprayed in small droplets, the pump (P) generating pressure on the fluid lying in the range about 2 bars to 7 bars, the fluid dispenser being characterized in that the network of holes (O) comprises at least two series (27; 27a; 27b; 27c; 27d; 27e; 27f; 27g, 28; 28a; 28b; 28c; 28d; 28e; 28f; 28g) of holes (O), with the holes (O) of a given series (27; 27a; 27b; 27c; 27d; 27e; 27f; 27g, 28; 28a; 28b; 28c; 28d; 28e; 28f; 28g) presenting holes that are substantially identical in size, and with the holes (O) of different series (27; 27a; 27b; 27c; 27d; 27e; 27f; 27g, 28; 28a; 28b; 28c; 28d; 28e; 28f; 28g) presenting holes that are different in size, such that one series (27; 27a; 27b; 27c; 27d; 27e; 27f; 27g) of holes (O) generates a spray of small droplets with droplet sizes that define a first Gaussian distribution, while another series (28; 28a; 28b; 28c; 28d; 28e; 28f; 28g) of holes (O) generates a spray of small droplets with droplet sizes that define a second Gaussian distribution that is offset relative to the first Gaussian distribution, thus producing a complex spray having at least two distinct Gaussian distributions.
System comprising - an electric machine , wherein the electric machine comprises a first shaft , and - a hydraulic unit , wherein the hydraulic unit comprises a second shaft , a housing and a leakage oil chamber inside the housing , wherein • the first shaft and the second shaft are connected to one another to form a shaft-hub connection, • the shaft-hub connection comprises a central recess and • the shaft-hub connection is fluidically connected to an interior of the hydraulic unit for lubrication, wherein the central recess adjoins at least one transverse channel , wherein the at least one transverse channel extends from the central recess to an external circumference of the shaft-hub connection, characterised in that , the at least one transverse channel ends at a point on the external circumference of one of shaft which does not overlap with the other shaft in the connected state, so that leakage oil can be conveyed from the leakage oil chamber inside the hydraulic unit along the shaft-hub connection arranged outside the housing of the hydraulic unit , and wherein the first shaft and the second shaft are inserted into one another to form the shaft-hub connection, and in that the first shaft and/or the second shaft comprises the central recess , wherein the at least one transverse channel extends from the central recess to an external circumference of the shaft. - an electric machine , wherein the electric machine comprises a first shaft , and - a hydraulic unit , wherein the hydraulic unit comprises a second shaft , a housing and a leakage oil chamber inside the housing , • the first shaft and the second shaft are connected to one another to form a shaft-hub connection, • the shaft-hub connection comprises a central recess and • the shaft-hub connection is fluidically connected to an interior of the hydraulic unit for lubrication, wherein the central recess adjoins at least one transverse channel , wherein the at least one transverse channel extends from the central recess to an external circumference of the shaft-hub connection, characterised in that , the at least one transverse channel ends at a point on the external circumference of one of shaft which does not overlap with the other shaft in the connected state, so that leakage oil can be conveyed from the leakage oil chamber inside the hydraulic unit along the shaft-hub connection arranged outside the housing of the hydraulic unit , and wherein the first shaft and the second shaft are inserted into one another to form the shaft-hub connection, and in that the first shaft and/or the second shaft comprises the central recess , wherein the at least one transverse channel extends from the central recess to an external circumference of the shaft.
Valve device with a pressure-reducing function, consisting of at least - one logic valve (V1), - one stop valve (V2), and - one pressure-reducing valve (V3), wherein the inlet of the logic valve (V1) can be connected to a pressure supply source (HP), characterised in that the outlet (V1.2) of the logic valve (V1) and the outlet (V3.1) of the pressure-reducing valve (V3) are jointly connected to a service or user connection (A) of the valve device and in that the stop valve (V2) with its inlet (V2.1) is connected to the inlet (VI.1) of the logic valve (V1) and to a control side (V1.3) of said valve and with its outlet (V2.2) to an inlet (V3.2) of the pressure-reducing valve (V3). - one logic valve (V1), - one stop valve (V2), and - one pressure-reducing valve (V3),
Process to convert cyclic alkylene ureas into their corresponding alkylene amines by reaction with an amine compound chosen from the group of primary amines or secondary amines that have a higher boiling point than the alkylene amines formed during the process, wherein the process is a reactive separation process and the reaction mixture contains less than 10 wt% of water on the basis of total weight of the reaction mixture.
A method comprising: requesting , by an unmanned aerial vehicle, UAV, , navigation assistance data for a flight from a server , wherein the requesting includes sending flight-specific information to the server ; receiving , by the UAV , the navigation assistance data from the server , wherein the navigation assistance data includes flight-specific ranking data for each zone of a plurality of geographic zones , the flight-specific ranking data including a flight-specific ranking value for each of the plurality of geographic zones , and wherein the flight-specific ranking data and the flight specific ranking value for each zone are determined based on the flight-specific information; and determining , by the UAV , a flight route for the flight through the plurality of geographic zones based on the flight-specific ranking data for each zone of the plurality of geographic zones wherein determining the flight route for the flight through the plurality of geographic zones includes selecting the flight route from a plurality of possible flight routes based on a sum of the flight-specific ranking data for each geographic zone of the plurality of geographic zones . requesting , by an unmanned aerial vehicle, UAV, , navigation assistance data for a flight from a server , wherein the requesting includes sending flight-specific information to the server ; receiving , by the UAV , the navigation assistance data from the server , wherein the navigation assistance data includes flight-specific ranking data for each zone of a plurality of geographic zones , the flight-specific ranking data including a flight-specific ranking value for each of the plurality of geographic zones , and wherein the flight-specific ranking data and the flight specific ranking value for each zone are determined based on the flight-specific information; and determining , by the UAV , a flight route for the flight through the plurality of geographic zones based on the flight-specific ranking data for each zone of the plurality of geographic zones wherein determining the flight route for the flight through the plurality of geographic zones includes selecting the flight route from a plurality of possible flight routes based on a sum of the flight-specific ranking data for each geographic zone of the plurality of geographic zones .
An electronic chip comprising: a plurality of first semiconductor bars of a first conductivity type and of second semiconductor bars of a second conductivity type alternately and contiguously arranged on a semiconductor region of the first conductivity type; two detection contacts arranged at the ends of each second bar; a detection circuit for detecting the resistance between the detection contacts of each second bar; insulating trenches extending in the second bars down to a first depth between circuit elements; and insulating walls (32; 40; 50; 60) extending across the entire width of each second bar down to a second depth greater than the first depth, circuit elements being located between two neighboring insulating walls of a same of said second bars, said two neighboring insulating walls being spaced by less than 5 μm. a plurality of first semiconductor bars of a first conductivity type and of second semiconductor bars of a second conductivity type alternately and contiguously arranged on a semiconductor region of the first conductivity type; two detection contacts arranged at the ends of each second bar; a detection circuit for detecting the resistance between the detection contacts of each second bar; insulating trenches extending in the second bars down to a first depth between circuit elements; and insulating walls (32; 40; 50; 60) extending across the entire width of each second bar down to a second depth greater than the first depth, circuit elements being located between two neighboring insulating walls of a same of said second bars, said two neighboring insulating walls being spaced by less than 5 μm.
A computer implemented method of caching directory metadata locally, the method comprising: receiving a first request from an application for directory metadata; in response to receiving the first request, sending a second request to a server for the directory metadata, wherein the second request comprises a request for a handle to a directory containing the directory metadata and also comprises a request for a lease to cache directory metadata locally, wherein the lease allows local caching of directory metadata until the server revokes the lease; further in response to receiving the first request including in the second request a first directory key associated with a first directory and a second directory key associated with a second directory that contains the first directory; receiving a first response from the server , the first response comprising the directory metadata and an indication of approval of the request for the lease; storing the directory metadata in a local cache ; and providing the directory metadata to the application . receiving a first request from an application for directory metadata; in response to receiving the first request, sending a second request to a server for the directory metadata, wherein the second request comprises a request for a handle to a directory containing the directory metadata and also comprises a request for a lease to cache directory metadata locally, wherein the lease allows local caching of directory metadata until the server revokes the lease; further in response to receiving the first request including in the second request a first directory key associated with a first directory and a second directory key associated with a second directory that contains the first directory; receiving a first response from the server , the first response comprising the directory metadata and an indication of approval of the request for the lease; storing the directory metadata in a local cache ; and providing the directory metadata to the application .
A light source unit comprising: an excitation light source ; a luminous light emitting plate which faces oppositely the excitation light source and which is arranged to emit luminous light when light emitted from the excitation light source is emitted onto the luminous light emitting plate; characterized by a two-color light source device comprising a first light source element which is arranged to emit a first light ray in a wavelength band which is different from that of the luminous light from the luminous light emitting plate, and a second light source element which is arranged to emit a second light ray in a wavelength band which is different from that of the first light ray and different from that of the luminous light from the luminous light emitting plate, wherein the first light source element and the second light source element are disposed side by side and integrated as a single light source device; and a dichroic mirror which is disposed in a position where an optical axis of a pencil of light emitted from the excitation light source and optical axes of pencils of the first and second light rays emitted from the two-color light source device intersect each other at right angles; wherein the luminous light reflected by the dichroic mirror and the first and second light rays from the two-color light source device transmitted through the dichroic mirror are emitted in the same direction. an excitation light source ; a luminous light emitting plate which faces oppositely the excitation light source and which is arranged to emit luminous light when light emitted from the excitation light source is emitted onto the luminous light emitting plate; characterized by a two-color light source device comprising a first light source element which is arranged to emit a first light ray in a wavelength band which is different from that of the luminous light from the luminous light emitting plate, and a second light source element which is arranged to emit a second light ray in a wavelength band which is different from that of the first light ray and different from that of the luminous light from the luminous light emitting plate, wherein the first light source element and the second light source element are disposed side by side and integrated as a single light source device; and a dichroic mirror which is disposed in a position where an optical axis of a pencil of light emitted from the excitation light source and optical axes of pencils of the first and second light rays emitted from the two-color light source device intersect each other at right angles; wherein the luminous light reflected by the dichroic mirror and the first and second light rays from the two-color light source device transmitted through the dichroic mirror are emitted in the same direction.
A formulation comprising an effective amount of migalastat or salt thereof for use in increasing midwall fractional shortening (MWFS) in a patient having Fabry disease, wherein the effective amount is 100 mg to 150 mg free base equivalent (FBE ) and the formulation is administered to the patient every other day.
A system for creating and/or dynamically updating indoor positioning maps comprising: an augmented reality (AR) device comprising: a display for displaying augmented reality content to a user, the augmented reality content overlapping the augmented reality device's perspective view of an environment; and one or more depth sensors for gathering mapping data of physical objects in the environment; a computing device communicatively coupled to the augmented reality device, the computing device comprising a processor that is configured by software to: guide the augmented reality device to provide missing data and/or data older than a defined refresh period, wherein the guiding includes: creating guidance augmented reality content corresponding to the augmented reality device's perspective view of the environment for guidance, and transmitting a three-dimensional indoor positioning map with the guidance augmented reality content to the display for guidance; dynamically create a three-dimensional indoor positioning map of the environment in a building based on the mapping data gathered by the AR device; and/or dynamically update the 3D indoor positioning map of the environment in the building based on the mapping data gathered by the augmented reality device. an augmented reality (AR) device comprising: a display for displaying augmented reality content to a user, the augmented reality content overlapping the augmented reality device's perspective view of an environment; and one or more depth sensors for gathering mapping data of physical objects in the environment; a display for displaying augmented reality content to a user, the augmented reality content overlapping the augmented reality device's perspective view of an environment; and one or more depth sensors for gathering mapping data of physical objects in the environment; a computing device communicatively coupled to the augmented reality device, the computing device comprising a processor that is configured by software to: guide the augmented reality device to provide missing data and/or data older than a defined refresh period, wherein the guiding includes: creating guidance augmented reality content corresponding to the augmented reality device's perspective view of the environment for guidance, and transmitting a three-dimensional indoor positioning map with the guidance augmented reality content to the display for guidance; creating guidance augmented reality content corresponding to the augmented reality device's perspective view of the environment for guidance, and transmitting a three-dimensional indoor positioning map with the guidance augmented reality content to the display for guidance; dynamically create a three-dimensional indoor positioning map of the environment in a building based on the mapping data gathered by the AR device; and/or dynamically update the 3D indoor positioning map of the environment in the building based on the mapping data gathered by the augmented reality device.
An apparatus comprising: an aircraft wing ; a support linkage ; a flap coupled to the aircraft wing via the support linkage; a sensor coupled to the flap at a location proximate to the support linkage, the sensor configured to generate vibration data for the location; and a detector communicatively coupled to the sensor, the detector configured to generate spectral data based on the vibration data and detect a skew condition based on a comparison of the spectral data to predetermined spectral data, wherein detecting the skew condition includes detecting a shift in a peak of the spectral data relative to a peak in the predetermined spectral data. an aircraft wing ; a support linkage ; a flap coupled to the aircraft wing via the support linkage; a sensor coupled to the flap at a location proximate to the support linkage, the sensor configured to generate vibration data for the location; and a detector communicatively coupled to the sensor, the detector configured to generate spectral data based on the vibration data and detect a skew condition based on a comparison of the spectral data to predetermined spectral data, wherein detecting the skew condition includes detecting a shift in a peak of the spectral data relative to a peak in the predetermined spectral data.