mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: receiving, from a first client executing on a client system, a first request specifying to customize a first 3D avatar in a virtual world of a computer game, the first request defining a visual appearance of the avatar in the virtual world; generating the customized 3D avatar based on the first 3D avatar and the requested visual appearance; generating a plurality of 2D views of the customized 3D avatar, based on rendering the customized 3D avatar and by operation of one or more computer processors, each 2D view representing the customized 3D avatar from a respective, distinct viewing angle; and sending the plurality of 2D views to the first client for display; wherein the first client is configured to select one or more of the plurality of 2D views based on user input controlling movement of the customized 3D avatar in the virtual world, to generate an animation of the customized 3D avatar in the virtual world without having to render the customized 3D avatar, wherein the first client is configured to select to receive the plurality of 2D views of the customized 3D avatar, upon determining that the client system does not meet a minimum predefined threshold of system metrics, wherein the first client is further configured to automatically adjust, based on system metrics of the client system, each of at least one view option selected from a desired count of 2D views to generate, a desired resolution of the 2D views to generate, a desired compression quality of the 2D views to generate, and a desired view criterion that the 2D views are to satisfy. receiving, from a first client executing on a client system, a first request specifying to customize a first 3D avatar in a virtual world of a computer game, the first request defining a visual appearance of the avatar in the virtual world; generating the customized 3D avatar based on the first 3D avatar and the requested visual appearance; generating a plurality of 2D views of the customized 3D avatar, based on rendering the customized 3D avatar and by operation of one or more computer processors, each 2D view representing the customized 3D avatar from a respective, distinct viewing angle; and sending the plurality of 2D views to the first client for display; wherein the first client is configured to select one or more of the plurality of 2D views based on user input controlling movement of the customized 3D avatar in the virtual world, to generate an animation of the customized 3D avatar in the virtual world without having to render the customized 3D avatar, wherein the first client is configured to select to receive the plurality of 2D views of the customized 3D avatar, upon determining that the client system does not meet a minimum predefined threshold of system metrics, wherein the first client is further configured to automatically adjust, based on system metrics of the client system, each of at least one view option selected from a desired count of 2D views to generate, a desired resolution of the 2D views to generate, a desired compression quality of the 2D views to generate, and a desired view criterion that the 2D views are to satisfy.
A tool adapted for machining of materials, in particular a cutting tool such as a sawing tool, milling tool, grinding tool or drilling tool, comprising a base body and at least one cutting element arranged on the base body, characterised in that at least two triboelectrically differently acting charging regions (1, 2) are provided on the tool, which agglomerate the fine dust produced during machining into fine dust agglomerates by opposing triboelectric charging.
A two-pack coating composition comprising an epoxy resin E component having an epoxy equivalent weight of 100 to 2000, the epoxy equivalent weight of the epoxy resin being determined as the grams of epoxy resin (solid) equivalent to 1 mol of epoxy groups, and an amine based hardener H component therefor, characterised in that the composition additionally comprises at least one zinc salt of an organic aliphatic acid Z.
A digital signal processing system that comprises: a shared program memory; and a plurality of processor subsystems (11,21) operating either in a normal operating mode or in an emulation mode, the plurality of processor subsystems coupled to the shared program memory concurrently to access instructions stored by the shared program memory, wherein the shared program memory is conditionally write-protected from at least one of the processor subsystems characterised in that: the conditional write-protection is such that at least one of the processor subsystems is prevented from writing anything to the shared program memory while the processor subsystems are in the normal operating mode and such that at least one of the processor subsystems is allowed to write information to the shared program memory while the processor subsystems are in the emulation mode. a shared program memory; and a plurality of processor subsystems (11,21) operating either in a normal operating mode or in an emulation mode, the plurality of processor subsystems coupled to the shared program memory concurrently to access instructions stored by the shared program memory, wherein the shared program memory is conditionally write-protected from at least one of the processor subsystems characterised in that: the conditional write-protection is such that at least one of the processor subsystems is prevented from writing anything to the shared program memory while the processor subsystems are in the normal operating mode and such that at least one of the processor subsystems is allowed to write information to the shared program memory while the processor subsystems are in the emulation mode.
A lighting system with selectable emission characteristics comprising: a controller; and a plurality of light sources operatively coupled to the controller; wherein each of the plurality of light sources is individually operable to emit a combined light; wherein the controller is configured to control emission characteristics of the plurality of light sources to alter the combined light such that the combined light has a color temperature greater than about 3000 Kelvin, a Color Rendering Index of greater than about 65, and a photosynthetic efficiency of greater than about 1 micromole Yield Photon Flux per Watt; and wherein the plurality of light sources has light-emitting diodes in a ratio of about 6 hyper-red LEDs to 1 amber LEDs to 5 blue-white LEDs. a controller; and a plurality of light sources operatively coupled to the controller; wherein each of the plurality of light sources is individually operable to emit a combined light; wherein the controller is configured to control emission characteristics of the plurality of light sources to alter the combined light such that the combined light has a color temperature greater than about 3000 Kelvin, a Color Rendering Index of greater than about 65, and a photosynthetic efficiency of greater than about 1 micromole Yield Photon Flux per Watt; and wherein the plurality of light sources has light-emitting diodes in a ratio of about 6 hyper-red LEDs to 1 amber LEDs to 5 blue-white LEDs.
A method for adjusting a parameter on a plastic material processing installation, which executes a thermoforming process or another plastic material joining process, wherein a production adjustment of the parameter is iteratively determined by way of a measurement value determined in and/or by the installation, characterized in that - in a first step, a parameter input takes place, - whereupon in later steps, a dry run of installation parts, - followed by a start-up in a power-saving mode and - finally an operation of the installation in a production mode is implemented, wherein the parameter is iteratively adjusted in a manner resulting in a cycle time that is greater than a smallest possible cycle time but which results in a better product quality. - in a first step, a parameter input takes place, - whereupon in later steps, a dry run of installation parts, - followed by a start-up in a power-saving mode and - finally an operation of the installation in a production mode is implemented, wherein the parameter is iteratively adjusted in a manner resulting in a cycle time that is greater than a smallest possible cycle time but which results in a better product quality.
A baking powder comprising a natural ground calcium carbonate having a volume median particle size d 50 from 1 to 15 μm, and at least one solid organic acid having a pKa value in the range of 2.5 to 7.0, wherein the at least one solid organic acid is citric acid, wherein the natural ground calcium carbonate is present in an amount of from 30 to 70 wt.%, based on the total weight of the baking powder, and the at least one solid organic acid is present in an amount of from 30 to 70 wt.%, based on the total weight of the baking powder, wherein the baking powder is sodium-free and free of magnesium carbonate which means that the baking powder contains less than 1 wt.% of a sodium-containing component and less than 1 wt.% of magnesium carbonate. a natural ground calcium carbonate having a volume median particle size d 50 from 1 to 15 μm, and at least one solid organic acid having a pKa value in the range of 2.5 to 7.0, wherein the at least one solid organic acid is citric acid, wherein the natural ground calcium carbonate is present in an amount of from 30 to 70 wt.%, based on the total weight of the baking powder, and the at least one solid organic acid is present in an amount of from 30 to 70 wt.%, based on the total weight of the baking powder, wherein the baking powder is sodium-free and free of magnesium carbonate which means that the baking powder contains less than 1 wt.% of a sodium-containing component and less than 1 wt.% of magnesium carbonate.
An optical wavelength switching module comprising a plurality of optical ports (2, 3a-d), optical elements (4, 5, 6, 8) disposed in such a way as to form a plurality of respective optical paths between said optical ports for a plurality of respective wavelength channels, said optical elements including an organ for the spatial manipulation of light, which can be configured into states including a plurality of coupling states, in each of which said spatial manipulation organ is able to couple a section of optical path coming from an input port with a section of optical path going to an output port (3a-d), and a control unit able to set the spatial manipulation organ into a fault-protected reconfiguration mode, wherein the spatial manipulation organ is reconfigured into a final coupling state using an indirect transition that avoids any other coupling state, characterized by the fact that the control unit is also able to set the spatial manipulation organ selectively into a fast reconfiguration mode, wherein the spatial manipulation organ is reconfigured to the final coupling state using a direct transition between the initial state and the final coupling state, passing temporarily through another coupling state different from the final coupling state, so as to more quickly reach the final coupling state than in the fault-protected reconfigured mode, and that said control unit selects the fault-protected reconfiguration mode to order a modification of the switching state of the switching module to a final coupling state in response to a reconfiguration order of a first type and selects the fast reconfiguration mode to order a modification of the switching state of the switching module to said final coupling state in response to a reconfiguration order of a second type.
Transparent multi-layer assembly comprising: a transparent carrier structure comprising polymer material, an electrically conductive transparent layer comprising an electrically conductive oxide, characterized in that a silicon carbide layer is arranged as an adhesion promoter between said carrier structure and said electrically conductive transparent layer. a transparent carrier structure comprising polymer material, an electrically conductive transparent layer comprising an electrically conductive oxide, characterized in that a silicon carbide layer is arranged as an adhesion promoter between said carrier structure and said electrically conductive transparent layer.
A phakic lens device, being structurally adapted to be positioned in the posterior chamber of the eye and comprising: a generally circular optical section characterized by at least one optical power; two flat haptic structures at radially opposite sides of said optical part, a vaulted section connecting said optical section and said haptic structures; characterised in that each of said flat haptic structures having at lest three outwardly protruding pads for fixating said haptic structures in the ciliary sulcus. a generally circular optical section characterized by at least one optical power; two flat haptic structures at radially opposite sides of said optical part, a vaulted section connecting said optical section and said haptic structures; characterised in that each of said flat haptic structures having at lest three outwardly protruding pads for fixating said haptic structures in the ciliary sulcus.
Polyethylene homo- or copolymer characterized in that the abrasion index of said polyethylene is related to the elongational stress according to the formula: AI < ES − β α in which ES = elongational stress as measured according to ISO 11542-2:1998 Al = abrasion index, as measured according to ISO 15527:2010 where the reference material according to ISO 15527:2010 is set to 100; β < 1.7; and a=-0.0165 ES = elongational stress as measured according to ISO 11542-2:1998 Al = abrasion index, as measured according to ISO 15527:2010 where the reference material according to ISO 15527:2010 is set to 100; β < 1.7; and a=-0.0165
A process for the production of a synthetic paper which consists of one or more layers, wherein the layer or layers are formed with one or more polymers, characterized in that the process comprises the following steps: a) co-extruding a film comprising the polymer or polymers, wherein at least one polymer is provided with a cross-linking agent and the film is generated with two cover layers and a central layer, wherein the cover layers are formed with a proportion of 20 % to 60 % by weight of one or more particulate fillers; b) stretching the film produced thereby; c) thermosetting the film in the stretched condition; d) cross-linking the at least one polymer which is provided with a cross-linking agent; e) optionally, treating at least one surface of the film; f) optionally, winding the film and/or cutting the film to size to form synthetic paper. a) co-extruding a film comprising the polymer or polymers, wherein at least one polymer is provided with a cross-linking agent and the film is generated with two cover layers and a central layer, wherein the cover layers are formed with a proportion of 20 % to 60 % by weight of one or more particulate fillers; b) stretching the film produced thereby; c) thermosetting the film in the stretched condition; d) cross-linking the at least one polymer which is provided with a cross-linking agent; e) optionally, treating at least one surface of the film; f) optionally, winding the film and/or cutting the film to size to form synthetic paper.
A method of detecting a microorganism or group of microorganisms comprising: obtaining a biological sample with a collection tool; placing the biological sample into an incubator containing culture medium for the proliferation and or stabilization of the microorganism, wherein the incubator comprises a body and a lid and the collection tool is integrated into the lid, wherein the collection tool and lid are positionable between a sample gathering position and a sample incubating position; sealing the incubator closed by screwing a rotating portion of the lid into a fixed portion of the lid so that the sample collecting tool and lid transition from the sample gathering position into the sample incubating position; placing the closed incubator within or attached to an environmental chamber; allowing the microorganism or group of microorganisms to proliferate and or stabilize in the incubator for a period of time; and assessing proliferation and or stabilization of the microorganism or group of mircoorganisms to determine the presence or absence of the microorganism or group of microorganisms in the biological sample. obtaining a biological sample with a collection tool; placing the biological sample into an incubator containing culture medium for the proliferation and or stabilization of the microorganism, wherein the incubator comprises a body and a lid and the collection tool is integrated into the lid, wherein the collection tool and lid are positionable between a sample gathering position and a sample incubating position; sealing the incubator closed by screwing a rotating portion of the lid into a fixed portion of the lid so that the sample collecting tool and lid transition from the sample gathering position into the sample incubating position; placing the closed incubator within or attached to an environmental chamber; allowing the microorganism or group of microorganisms to proliferate and or stabilize in the incubator for a period of time; and assessing proliferation and or stabilization of the microorganism or group of mircoorganisms to determine the presence or absence of the microorganism or group of microorganisms in the biological sample.
A method of technical diagnostics of machine-tools by means of a diagnostic system of machine-tools comprising an information interface and a control part, wherein the control part comprises a memory, the diagnostic system of machine-tools further comprising at least two sensors for positioning on the machine-tools, the control part memory further stores a model fault-free state comprising waveforms corresponding to waveforms and quantities measured by the at least two sensors in a fault-free operation, and the control part memory further stores at least a first model fault state and a second model fault state, the second model fault state being different than the first model fault state, wherein both the first model fault state and the second model fault state comprise waveforms corresponding to waveforms and quantities measured by the at least two sensors during a fault in the operation, the method being characterised in that at least one of the at least two sensors is a vibration sensor and at least one other sensor is a position sensor, the method comprising the steps of: carry out a measurement and, thereafter, send the measured data from the at least two sensors to the control part, process the measured data from the at least two sensors by applying, in the control part, an evaluation process comprising a measured data pairing step so that the data from individual sensors correspond time wise, and subsequently filter the processed data, the data from at least one sensor being used to set filter parameters for filtering data from at least one other sensor, wherein the processed data are subsequently compared to the model states in the control part, and, based on this comparison, issuing, by the control unit, information to the information interface that the machine-tool is in a fault-free state or in at least one of the model fault states. characterised in that at least one of the at least two sensors is a vibration sensor and at least one other sensor is a position sensor, the method comprising the steps of: carry out a measurement and, thereafter, send the measured data from the at least two sensors to the control part, process the measured data from the at least two sensors by applying, in the control part, an evaluation process comprising a measured data pairing step so that the data from individual sensors correspond time wise, and subsequently filter the processed data, the data from at least one sensor being used to set filter parameters for filtering data from at least one other sensor, wherein the processed data are subsequently compared to the model states in the control part, and, based on this comparison, issuing, by the control unit, information to the information interface that the machine-tool is in a fault-free state or in at least one of the model fault states.
A piston-cylinder assembly (1, 50) comprising a cylindrical housing in which a main piston (2, 51) and at least one trailing piston (11, 12, 52) are each disposed in an axially displaceable manner, wherein the main piston (2, 51) divides a piston chamber of the cylindrical housing into two pressure chambers (8, 9) with a variable volume, via which the main piston (2, 51) on both sides and the at least one trailing piston (11, 12, 52) on one side can be acted upon with a pressurized fluid, the at least one trailing piston (11, 12, 52) being guided in an axially displaceable manner on a cylindrical outer lateral face of the main piston (2, 51), which extends to the side of a circular piston web (10, 61) acting as an axial counter bearing, the piston web (10, 61) extending radially outward from an outer lateral face of the main piston (2, 51), the at least one trailing piston (11, 12, 52) having a thrust portion (13, 14, 54) at an end proximate to the piston web (10, 61), the thrust portion extending axially inward toward the piston web (10, 61), wherein a travel limiter (28, 53) for limiting an axial travel range of the at least one trailing piston (11, 12, 52) is arranged or configured on the cylinder housing, wherein, under pressure, the at least one trailing piston (11, 12, 52) follows the main piston (2, 51) via the thrust portion (13, 14, 54) until the trailing piston (11, 12, 52) hits the travel limiter (28, 53), characterized in that the piston web (10, 61) of the main piston (2, 51) has an axial recess (30, 31, 55), and in that the thrust portion (13, 14, 54) of the at least one trailing piston (11, 12, 52) is geometrically adapted to the axial recess (30, 31, 55) to be insertable into the recess (30, 31, 55) with a positive lock when the respective trailing piston (11, 12, 52) approaches the piston web (10, 61) of the main piston (2, 52).