mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a first polycarbonate having a limited oxygen index of greater than 26% determined in accordance with ISO 4589, wherein an article molded from the first polycarbonate has a smoke density after 4 minutes (DS-4) of greater than 600 determined according to ISO 5659-2 on a 3 mm thick plaque at 50 kW/m 2; the first polycarbonate comprising a poly(bisphenol A carbonate)-co-(bisphenol phthalate ester) comprising 75 to 85 wt.% of the ester units, wherein the ester units have a molar ratio of isophthalate to terephthalate of 98:2 to 88:12; and a second polymer different from the first polycarbonate, the second polymer comprising a silicone graft copolymer; wherein an article molded from the second polymer has a smoke density after 4 minutes (DS-4) of greater than 600 determined according to ISO 5659-2 on a 3 mm thick plaque at 50 kW/m 2; wherein an article molded from the composition has a smoke density after 4 minutes (DS-4) of less than or equal to 480 determined according to ISO 5659-2 on a 3 mm thick plaque at 50 kW/m 2.
A method of forming a semiconductor structure characterized in that it comprises the steps of: - forming a patterned crystalline semiconductor substrate consisting of Si with elevated regions bounded by trenches, the width of said elevated regions being not larger than 10 μm; - loading the substrate into an epitaxy reactor; - epitaxially depositing semiconductor material consisting of a group IV semiconductor material with a vertical growth rate higher than a lateral growth rate, said semiconductor material being deposited in the form of isolated patches; - during growth, tuning growth conditions of said semiconductor material by reducing the deposition rate of said semiconductor material and increasing substrate temperature to increase surface diffusion length of said semiconductor material to obtain intersecting inclined facets of said patches (361, 362) to form, thereby deflecting vertical defects into oblique directions. - forming a patterned crystalline semiconductor substrate consisting of Si with elevated regions bounded by trenches, the width of said elevated regions being not larger than 10 μm; - loading the substrate into an epitaxy reactor; - epitaxially depositing semiconductor material consisting of a group IV semiconductor material with a vertical growth rate higher than a lateral growth rate, said semiconductor material being deposited in the form of isolated patches; - during growth, tuning growth conditions of said semiconductor material by reducing the deposition rate of said semiconductor material and increasing substrate temperature to increase surface diffusion length of said semiconductor material to obtain intersecting inclined facets of said patches (361, 362) to form, thereby deflecting vertical defects into oblique directions.
A method, comprising: displaying a plurality of point of interest location markers on a display device of a navigation device to prompt selection of one of the point of interest location markers (410,430,440,450), each of the plurality of point of interest location markers relating to a different location, and wherein the plurality of point of interest location markers include at least two of: (i) a selectable marker for a current location of the navigation device; (ii) a selectable marker for a location previously entered or selected by a user and stored in a memory of the navigation device, such as a location of a home of the user and/or a location of a route destination; and (iii) a selectable marker for a location along a predetermined route to a destination; and displaying, upon the selection of one of the plurality of point of interest location markers using an input device of the navigation device, selectable point of interest entries on the display device of the navigation device in an order based upon the location related to the selected point of interest location marker and a relative location of each of the selectable point of interest entries. displaying a plurality of point of interest location markers on a display device of a navigation device to prompt selection of one of the point of interest location markers (410,430,440,450), each of the plurality of point of interest location markers relating to a different location, and wherein the plurality of point of interest location markers include at least two of: (i) a selectable marker for a current location of the navigation device; (ii) a selectable marker for a location previously entered or selected by a user and stored in a memory of the navigation device, such as a location of a home of the user and/or a location of a route destination; and (iii) a selectable marker for a location along a predetermined route to a destination; and displaying, upon the selection of one of the plurality of point of interest location markers using an input device of the navigation device, selectable point of interest entries on the display device of the navigation device in an order based upon the location related to the selected point of interest location marker and a relative location of each of the selectable point of interest entries.
Process for the preparation of bis-resorcinyl triazines of formula, wherein R 1 is hydrogen, a C 1 -C 18 alkyl group or a C 2 -C 18 alkenyl group, and R 2 is a C 1 -C 18 alkyl group or C 2 -C 18 alkenyl group, said process comprising the step of reacting a bis-resorcinyl triazine of formula in dimethylformamide with an alkyl halide R 2 -X, wherein X is CI, Br or I, in the presence of a base, characterized in that the base is selected from the group consisting of sodium carbonate, and sodium hydrogencarbonate and the reaction temperature is selected in the range of at least 120°C (at atmospheric pressure). R 1 is hydrogen, a C 1 -C 18 alkyl group or a C 2 -C 18 alkenyl group, and R 2 is a C 1 -C 18 alkyl group or C 2 -C 18 alkenyl group, said process comprising the step of reacting a bis-resorcinyl triazine of formula in dimethylformamide with an alkyl halide R 2 -X, wherein X is CI, Br or I, in the presence of a base, characterized in that the base is selected from the group consisting of sodium carbonate, and sodium hydrogencarbonate and the reaction temperature is selected in the range of at least 120°C (at atmospheric pressure).
An unmanned underwater vehicle with a pressure hull limiting an interior, wherein the pressure hull is protected against overheating, wherein the pressure hull has a pressure vessel, wherein at least one battery is arranged in the pressure vessel characterized in that a material of the pressure vessel consists of aluminum with a high thermal conductivity and a high heat capacity, and a heat capacity of the pressure hull is chosen such that, in the event of a thermal runaway of one or more batteries which are arranged in the interior, a temperature in the interior increases to a maximum so quickly that the pressure hull remains intact, wherein the pressure hull absorbs a heat which is released in the event of the thermal runaway of the battery, and a thermal conductivity of the pressure hull is chosen such that, in the event of a thermal runaway of the battery or the batteries, the resulting heat is distributed within the pressure hull, and a local heat source created as a result is counteracted.
A method of making a gelled composition, the method comprising: heating an aqueous composition comprising an effervescent tablet and water in a vessel, the effervescent tablet comprising at least 200 mg gelatin and an effervescent couple comprising an acid and a base, the tablet at least partially dissolving during the heating; and chilling the aqueous composition for a period sufficient for the aqueous composition to form a set gel. heating an aqueous composition comprising an effervescent tablet and water in a vessel, the effervescent tablet comprising at least 200 mg gelatin and an effervescent couple comprising an acid and a base, the tablet at least partially dissolving during the heating; and chilling the aqueous composition for a period sufficient for the aqueous composition to form a set gel.
A method for predicting a plurality of traffic situations, the method comprising the following steps performed by an apparatus: Obtaining a plurality of environmental perception models from a plurality of road users and from a plurality of road-side infrastructure entities; Generating a combined environmental perception model for a pre-defined area based on the plurality of environmental perception models, wherein the plurality of environmental perception models are fused within the combined environmental perception model; Predicting a plurality of traffic situations within the pre-defined area over a plurality of points in time in the future based on the combined environmental perception model; and determining information related to a prediction of communication links between road users in the plurality of traffic situations based on the predicted plurality of traffic situations. Obtaining a plurality of environmental perception models from a plurality of road users and from a plurality of road-side infrastructure entities; Generating a combined environmental perception model for a pre-defined area based on the plurality of environmental perception models, wherein the plurality of environmental perception models are fused within the combined environmental perception model; Predicting a plurality of traffic situations within the pre-defined area over a plurality of points in time in the future based on the combined environmental perception model; and determining information related to a prediction of communication links between road users in the plurality of traffic situations based on the predicted plurality of traffic situations.
A method for producing a patch comprising a support layer and an adhesive agent layer arranged on at least one surface of the support layer, the method comprising: step A) obtaining an adhesive agent layer composition comprising free ropinirole in an amount which results in 5 to 13.2% by mass relative to a total mass of an obtained adhesive agent layer; step B) heating the adhesive agent layer composition at a temperature in a range from 50 to 76°C for 5 minutes to 24 hours; and step C) cooling the heated adhesive agent layer composition to normal temperature at an average rate of temperature drop of 1 to 20°C/hour, thereby obtaining the adhesive agent layer comprising the free ropinirole at a supersaturated concentration in a dissolved form. step A) obtaining an adhesive agent layer composition comprising free ropinirole in an amount which results in 5 to 13.2% by mass relative to a total mass of an obtained adhesive agent layer; step B) heating the adhesive agent layer composition at a temperature in a range from 50 to 76°C for 5 minutes to 24 hours; and step C) cooling the heated adhesive agent layer composition to normal temperature at an average rate of temperature drop of 1 to 20°C/hour, thereby obtaining the adhesive agent layer comprising the free ropinirole at a supersaturated concentration in a dissolved form.
An apparatus to facilitate access by a computing device to computer-accessible resources, the apparatus comprising: a request receiver adapted to receive a request from a computing device for a user to access a computer-accessible resource using the computing device; a context retriever adapted to obtain information for a current context for usage of the computing device by the user; an access mediator adapted to: determine, based on an operating profile for the user and/or the computing device, whether the computing device is permitted to access the computer-accessible resource in the current context; and mediate access of the computer-accessible resource by the computing device; characterized in that the request receiver is adapted to receive the request made automatically by the computing device prior to attempted usage of the computer-accessible resource by the user, and wherein the request is made due to the computing device being located within a particular area or connecting to a particular network. a request receiver adapted to receive a request from a computing device for a user to access a computer-accessible resource using the computing device; a context retriever adapted to obtain information for a current context for usage of the computing device by the user; an access mediator adapted to: determine, based on an operating profile for the user and/or the computing device, whether the computing device is permitted to access the computer-accessible resource in the current context; and mediate access of the computer-accessible resource by the computing device; characterized in that determine, based on an operating profile for the user and/or the computing device, whether the computing device is permitted to access the computer-accessible resource in the current context; and mediate access of the computer-accessible resource by the computing device; characterized in that the request receiver is adapted to receive the request made automatically by the computing device prior to attempted usage of the computer-accessible resource by the user, and wherein the request is made due to the computing device being located within a particular area or connecting to a particular network.
Apparatus useful for the preparation of calcium hydroxide, wherein calcium oxide is reacted with water to give calcium hydroxide, where the apparatus comprises - an impact disintegrator operating according to the principle of an impact mill, and - a screw conveyor being in connection with the impact disintegrator, - devices for dispensing the water required to the impact disintegrator and screw conveyor, characterized in that the apparatus further comprises - thermometers to follow-up the temperature of the material in the screw conveyor, particularly in the last part of the conveyor, and that the volume of the screw conveyor is arranged to increase towards the discharge end. - an impact disintegrator operating according to the principle of an impact mill, and - a screw conveyor being in connection with the impact disintegrator, - devices for dispensing the water required to the impact disintegrator and screw conveyor, - thermometers to follow-up the temperature of the material in the screw conveyor, particularly in the last part of the conveyor, and that
A method for the in situ production of an emulsifier in a foodstuff comprised of 10-98% water, wherein the method comprises the step of adding a lipid acyltransferase to the foodstuff, and wherein the lipid acyltransferase comprises an amino acid sequence which has 75% or more identity with any one of the sequences shown as SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 5, SEQ ID NO: 6 or SEQ ID NO: 12.
A light ring assembly for a smart-home device, the light ring assembly comprising: a plurality of light-emitting diodes, LEDs, (1308; 1802); a light guide (1304; 1806), wherein the light guide comprises: a plurality of cutouts (1504; 1905) that receive the plurality of LEDs (1308; 1802); and a plurality of transmissive sections (1506; 1906) between the plurality of cutouts (1504; 1905), wherein a thickness of the transmissive sections (1506; 1906) tapers as the transmissive sections (1506; 1906) extend away from the plurality of cutouts (1504; 1905); a light mask (1406; 1808) that is coupled to the light guide (1304; 1806), and an output surface (1502; 1810) that receives light emitted from the plurality of LEDs (1308; 1802) through the plurality of transmissive sections (1506; 1906), wherein the output surface (1502; 1810) is substantially circular, characterized in that a width of the light mask tapers as the light mask extends away from one of the plurality of cutouts. a plurality of light-emitting diodes, LEDs, (1308; 1802); a light guide (1304; 1806), wherein the light guide comprises: a plurality of cutouts (1504; 1905) that receive the plurality of LEDs (1308; 1802); and a plurality of transmissive sections (1506; 1906) between the plurality of cutouts (1504; 1905), wherein a thickness of the transmissive sections (1506; 1906) tapers as the transmissive sections (1506; 1906) extend away from the plurality of cutouts (1504; 1905); a plurality of cutouts (1504; 1905) that receive the plurality of LEDs (1308; 1802); and a plurality of transmissive sections (1506; 1906) between the plurality of cutouts (1504; 1905), wherein a thickness of the transmissive sections (1506; 1906) tapers as the transmissive sections (1506; 1906) extend away from the plurality of cutouts (1504; 1905); a light mask (1406; 1808) that is coupled to the light guide (1304; 1806), and an output surface (1502; 1810) that receives light emitted from the plurality of LEDs (1308; 1802) through the plurality of transmissive sections (1506; 1906), wherein the output surface (1502; 1810) is substantially circular, characterized in that a width of the light mask tapers as the light mask extends away from one of the plurality of cutouts.
A spike and ballistic resistant article, comprising: a spike resistant panel comprising a plurality of flexible layers of a first fabric positioned adjacent to one another, the first fabric made of a first plurality of first yarns in a warp direction and a second plurality of first yarns in a fill direction, wherein the first yarns have a linear density of from 55 to 660 dtex (50 to 600 denier) and comprise of plurality of first filaments; and further wherein the first plurality and the second plurality of first yarns comprise from 15.7 to 39.4 first yarns per cm (40 to 100 first yarns per inch); and a ballistic resistant panel comprising a plurality of flexible layers of a second fabric positioned adjacent to one another, the second fabric layers made of a first plurality of second yarns in a warp direction and a second plurality of second yarns in a fill direction, wherein the second yarns have a linear density of from 110 to no more than 930 dtex (100 to no more than 840 denier) and wherein the second yarns comprise a plurality of second filaments which provide from 3,100,006 to no more than 13,950,027 filament crossovers per square cm (20,000,000 to no more than 90,000,000 filament crossovers per square inch) in said second fabric and further wherein the first plurality and the second plurality of second yarns comprise from 2 to less than 15.7 second yarns per cm (5 to less than 40 second yarns per inch). a spike resistant panel comprising a plurality of flexible layers of a first fabric positioned adjacent to one another, the first fabric made of a first plurality of first yarns in a warp direction and a second plurality of first yarns in a fill direction, wherein the first yarns have a linear density of from 55 to 660 dtex (50 to 600 denier) and comprise of plurality of first filaments; and further wherein the first plurality and the second plurality of first yarns comprise from 15.7 to 39.4 first yarns per cm (40 to 100 first yarns per inch); and a ballistic resistant panel comprising a plurality of flexible layers of a second fabric positioned adjacent to one another, the second fabric layers made of a first plurality of second yarns in a warp direction and a second plurality of second yarns in a fill direction, wherein the second yarns have a linear density of from 110 to no more than 930 dtex (100 to no more than 840 denier) and wherein the second yarns comprise a plurality of second filaments which provide from 3,100,006 to no more than 13,950,027 filament crossovers per square cm (20,000,000 to no more than 90,000,000 filament crossovers per square inch) in said second fabric and further wherein the first plurality and the second plurality of second yarns comprise from 2 to less than 15.7 second yarns per cm (5 to less than 40 second yarns per inch).
Optical fiber sensor for temperature compensated measurement of a deformation in a mechanical component, comprising a first measurement fiber which is connected at least at two points with the mechanical component and is at least partially modified together with the mechanical component in its length, a second measurement fiber which is either attached loosely to the mechanical component or is connected at least at two points with the mechanical component and is at least partially modified together with the mechanical component in its length, a first optical transmitter, fed from a signal generator which generates a modulation signal with a modulation frequency, with downstream Y-coupler for feeding of an optical measurement signal into the first measurement fiber and into the second measurement fiber, a first optical receiver for reception of the measurement signal guided through the first measurement fiber, a second optical receiver for reception of the measurement signal guided through the second measurement fiber, means (15, 17, 18, 23) for generation of an optical reference signal with downstream Y-coupler for feeding of the optical reference signal into a first reference fiber and into a second reference fiber, wherein the first reference fiber and the second reference fiber have different lengths and the output signals of the first reference fiber are fed to a first optical reference receiver and of the second reference fiber are fed to a second optical reference receiver, and an evaluation unit (30, 31, 32) which determines a first phase difference from the signals of the first optical receiver and of the second optical receiver while feeding measurement signals of the measurement fibers (10, 11), which determines as well a second phase difference while feeding reference signals of the reference fibers (12, 13) and which determines and outputs a measurement value from the first phase difference and the second phase difference.
A processor (500,600) comprising: a plurality of circuits (510, 610) configured to operate independently; and a first logic (400, 559, 659) coupled to the plurality of circuits, the first logic configured to cause at least one of the plurality of circuits to operate with a power control cycle including a plurality of on times, during which the circuit is in an active power state, and a plurality of off times, during which the circuit is in a low power state, according to an ON-OFF keying protocol, each of the plurality of off times to be of a first off duration if no interrupt is pending during the off time and of a second off duration if an interrupt is pending during the off time, characterised in that the first logic is configured to dynamically calculate an on time based at least in part on an effective frequency and a duration of a prior off time, the first off duration corresponding to a maximum off time for a platform including the processor based on time constraints associated with a plurality of components of the platform, and the second off duration corresponds to a maximum interrupt off time for the platform. a plurality of circuits (510, 610) configured to operate independently; and a first logic (400, 559, 659) coupled to the plurality of circuits, the first logic configured to cause at least one of the plurality of circuits to operate with a power control cycle including a plurality of on times, during which the circuit is in an active power state, and a plurality of off times, during which the circuit is in a low power state, according to an ON-OFF keying protocol, each of the plurality of off times to be of a first off duration if no interrupt is pending during the off time and of a second off duration if an interrupt is pending during the off time, characterised in that the first logic is configured to dynamically calculate an on time based at least in part on an effective frequency and a duration of a prior off time, the first off duration corresponding to a maximum off time for a platform including the processor based on time constraints associated with a plurality of components of the platform, and the second off duration corresponds to a maximum interrupt off time for the platform.