mhurhangee/ep-ind-claims huggingface dataset:
A process for making a chewable product, said process comprising: a) providing a heated and liquefied honey, wherein the heated and liquefied honey is obtained by: i) substantially dehydrating honey to obtain a dried complex carbohydrate, heating the dried complex carbohydrate at a temperature between 94 and 100°C to obtain a heated and liquefied first complex carbohydrate; or ii) supplementing the honey with sucrose to obtain a supplemented complex carbohydrate and heating the supplemented complex carbohydrate at a temperature between 70 and 85°C to obtain a heated and liquefied second complex carbohydrate; b) combining a boiling liquid glucose composition having a temperature of 105 to 122°C and the heated and liquefied first or second complex carbohydrate composition to obtain a boiled first mixture; c) adding at least one gelling agent to the boiled first mixture to obtain a second mixture, wherein the gelling agent is selected from the group consisting of pectin, gelatin and a mixture of pectin and gelatin; and d) cooling the second mixture to ambient temperature to obtain the chewable product; wherein the process avoids, after step b), boiling the second mixture. a) providing a heated and liquefied honey, wherein the heated and liquefied honey is obtained by: i) substantially dehydrating honey to obtain a dried complex carbohydrate, heating the dried complex carbohydrate at a temperature between 94 and 100°C to obtain a heated and liquefied first complex carbohydrate; or ii) supplementing the honey with sucrose to obtain a supplemented complex carbohydrate and heating the supplemented complex carbohydrate at a temperature between 70 and 85°C to obtain a heated and liquefied second complex carbohydrate; i) substantially dehydrating honey to obtain a dried complex carbohydrate, heating the dried complex carbohydrate at a temperature between 94 and 100°C to obtain a heated and liquefied first complex carbohydrate; or ii) supplementing the honey with sucrose to obtain a supplemented complex carbohydrate and heating the supplemented complex carbohydrate at a temperature between 70 and 85°C to obtain a heated and liquefied second complex carbohydrate; b) combining a boiling liquid glucose composition having a temperature of 105 to 122°C and the heated and liquefied first or second complex carbohydrate composition to obtain a boiled first mixture; c) adding at least one gelling agent to the boiled first mixture to obtain a second mixture, wherein the gelling agent is selected from the group consisting of pectin, gelatin and a mixture of pectin and gelatin; and d) cooling the second mixture to ambient temperature to obtain the chewable product;
A touch screen display assembly for use in an aircraft cockpit, the touch screen display assembly comprising: a touch sensitive screen for controlling a system in the aircraft; a bezel configured to (i) house the touch sensitive screen and (ii) mount the touch sensitive screen to an instrument panel in the aircraft cockpit; and a stabilizing member substantially framing a periphery of the bezel and disposed proximate the touch sensitive screen, the stabilizing member comprising a recessed finger anchor, the recessed finger anchor (i) configured to accommodate a single fingertip, and (ii) comprising a fingertip receiving wall. a touch sensitive screen for controlling a system in the aircraft; a bezel configured to (i) house the touch sensitive screen and (ii) mount the touch sensitive screen to an instrument panel in the aircraft cockpit; and a stabilizing member substantially framing a periphery of the bezel and disposed proximate the touch sensitive screen, the stabilizing member comprising a recessed finger anchor, the recessed finger anchor (i) configured to accommodate a single fingertip, and (ii) comprising a fingertip receiving wall.
A method of dyeing hair or bleaching hair or removing dye from hair, the method being characterised in comprising: a step of forming a cosmetic preparation for hair in the form of a foam by introducing a powdered first agent including an alkali agent and liquid second agent of a cosmetic preparation for hair including hydrogen peroxide as an oxidising agent into the container body, bringing the first agent and second agent into contact in this way and obtaining a mixture; attaching a lid to the container body, wherein a flange-shaped fitting part is formed on the rim of the lid, and the fitting part of the lid is fitted to the opening of the container body so that the lid is attached in a fluid-tight manner to the container body by rotating the lid, thereby obtaining a fluid-tight, sealable container and creating a cosmetic preparation for hair in the form of a foam through shaking the container; removing the lid from the container body; and a step of manually removing the foam directly from the container body by hand and applying it to the hair. a step of forming a cosmetic preparation for hair in the form of a foam by introducing a powdered first agent including an alkali agent and liquid second agent of a cosmetic preparation for hair including hydrogen peroxide as an oxidising agent into the container body, bringing the first agent and second agent into contact in this way and obtaining a mixture; attaching a lid to the container body, wherein a flange-shaped fitting part is formed on the rim of the lid, and the fitting part of the lid is fitted to the opening of the container body so that the lid is attached in a fluid-tight manner to the container body by rotating the lid, thereby obtaining a fluid-tight, sealable container and creating a cosmetic preparation for hair in the form of a foam through shaking the container; removing the lid from the container body; and a step of manually removing the foam directly from the container body by hand and applying it to the hair.
A multiparticulate granulate composition comprising granules each including particles of insulin dispersed on particles of maltodextrin wherein the weight ratio of maltodextrin:insulin is from about 140,000:1 to about 750,000:1, wherein the multiparticulate granulate is substantially free of layers of insulin and maltodextrin, and further wherein the multiparticulate granulate has a content uniformity of about 90-120% with a relative standard deviation of no more than about 5%.
Filter element for a particle filter comprising a porous filter body made of a ceramic material and including a plurality of flow channels extending fluidically in parallel, characterised in that the filter body is provided at least in a portion of the flow channels with a mechanically applied coating made of a coating material, which is different from the ceramic material and is made up of orthorhombic crystals, the coating material has a specific surface area of at least 200 m 2 /g, and an amount of material of the coating material applied to the filter body in relation to a total volume of the filter body is 2 g/l to 5 g/l.
A method of processing an electronic file in a location in memory of an electronic system, the method comprising: rendering a visual representation of the electronic file and a close symbol in a window on a display; responsive to user input selecting an alternate function on a keyboard, substituting a delete symbol for the close symbol in the window; and responsive to user input selecting the delete symbol while continuing to provide the user input selecting the alternate function and while the window including the visual representation of the electronic file is open on the display, closing the window including the visual representation of the electronic file on the display and deleting the electronic file from the location in the memory. rendering a visual representation of the electronic file and a close symbol in a window on a display; responsive to user input selecting an alternate function on a keyboard, substituting a delete symbol for the close symbol in the window; and responsive to user input selecting the delete symbol while continuing to provide the user input selecting the alternate function and while the window including the visual representation of the electronic file is open on the display, closing the window including the visual representation of the electronic file on the display and deleting the electronic file from the location in the memory.
Dispensing head for a trigger dispensing device for liquids, comprising: - a frame for supporting components; - pumping means suitable for creating an aspiration, a predefined pre-compression of the liquid and for dispensing the liquid, comprising a pressure chamber, a piston operating in the pressure chamber along a piston axis, a dispensing duct extending along a dispensing axis orthogonal to the piston axis, and a pre-compression valve means operating between the pressure chamber and the dispensing duct; - a trigger comprising a hinge element hinged to the frame and suitable for activating said piston; wherein an imaginary plane is defined passing through the centre of rotation of the hinge element of the trigger and parallel to the dispensing axis; and wherein the pre-compression valve means comprise i) a pre-compression mouth annularly defined by a mouth wall, wherein the piston axis is incident to said pre-compression mouth; ii) a pre-compression valve placed on the same side of the dispensing duct as the imaginary plane and comprising an obturator wall which acts in conjunction with the mouth wall to prevent the passage of liquid, wherein the pre-compression valve comprises a valve membrane which protrudes radially outwardly from the obturator wall, also extending radially outside the mouth wall; wherein the mouth wall comprises a sealing section with which said obturator wall is sealingly engaged to slide during a pre-compression step of the liquid, characterised in that the pre-compression valve comprises at least one forcing protuberance suitable to come into contact with the piston for the forced opening of the pre-compression. - a frame for supporting components; - pumping means suitable for creating an aspiration, a predefined pre-compression of the liquid and for dispensing the liquid, comprising a pressure chamber, a piston operating in the pressure chamber along a piston axis, a dispensing duct extending along a dispensing axis orthogonal to the piston axis, and a pre-compression valve means operating between the pressure chamber and the dispensing duct; - a trigger comprising a hinge element hinged to the frame and suitable for activating said piston; i) a pre-compression mouth annularly defined by a mouth wall, wherein the piston axis is incident to said pre-compression mouth; ii) a pre-compression valve placed on the same side of the dispensing duct as the imaginary plane and comprising an obturator wall which acts in conjunction with the mouth wall to prevent the passage of liquid, wherein the pre-compression valve comprises a valve membrane which protrudes radially outwardly from the obturator wall, also extending radially outside the mouth wall;
A method for laser machining a workpiece, in particular for laser cutting a workpiece, with a laser machining system, comprising: piercing a piercing hole into the workpiece with a laser beam; measuring a current piercing depth of the piercing hole by at least one optical measuring beam during the piercing operation; and adjusting at least one process parameter of the laser machining system during the piercing operation based on the current piercing depth to control and/or regulate the piercing operation, characterised in that a rate of change of the piercing depth is determined and the at least one process parameter is adjusted based on the rate of change. piercing a piercing hole into the workpiece with a laser beam; measuring a current piercing depth of the piercing hole by at least one optical measuring beam during the piercing operation; and adjusting at least one process parameter of the laser machining system during the piercing operation based on the current piercing depth to control and/or regulate the piercing operation, characterised in that a rate of change of the piercing depth is determined and the at least one process parameter is adjusted based on the rate of change.
A compound having the formula HO-T-NRPG, wherein -T- has one of the following structures: or an optical isomer, enantiomer or diastereomer thereof, wherein: indicates where T is attached to the NRPG group; indicates where T is attached to the OH group; PG is selected from the group consisting of hydrogen and a protecting group for an amine functional group selected from the group consisting of phthalimido, trichloroacetyl, benzyloxycarbonyl, tert -butoxycarbonyl, adamantyloxycarbonyl, allyloxycarbonyl, 9-fluorenylmethoxycarbonyl and α,α-dimethyl-3,5-dimethoxybenzyloxycarbonyl; and R is hydrogen. indicates where T is attached to the NRPG group; indicates where T is attached to the OH group;
A rotating lighting module designed to equip a lighting device for vehicles, comprising at least one first light source, at least one first reflector and at least one first actuator to rotate the first reflector relative to the first light source around a first axis; and further comprising: a framed support holding rigid in a fixed position said first light source and bearing in idling manner said first reflector, the framed support also bearing the first actuator; and a lens placed in front of the first reflector and assembled angularly rigid therewith to rotate rigid with the first reflector and eccentrically to said first axis; said lens and said first reflector forming together a rotating unit powered by said first actuator; wherein i)- the framed support holds rigid in a fixed position a second light source arranged above and behind the said first reflector, on the side opposite to said lens; the framed support further bearing a second reflector operatively associated with the second light source and arranged on the rear of the first reflector, spaced apart therefrom, on the side opposite to said lens; characterized in that: the second reflector being fixed in relation to the rotating unit and being rigid with the framed support; ii)- the lighting module further comprising a control unit configured to switch on the second light source while simultaneously maintaining the first light source switched off and simultaneously activating at least the first actuator to rotate the first reflector and associated lens around the first axis. i)- the framed support holds rigid in a fixed position a second light source arranged above and behind the said first reflector, on the side opposite to said lens; the framed support further bearing a second reflector operatively associated with the second light source and arranged on the rear of the first reflector, spaced apart therefrom, on the side opposite to said lens; characterized in that: the second reflector being fixed in relation to the rotating unit and being rigid with the framed support; ii)- the lighting module further comprising a control unit configured to switch on the second light source while simultaneously maintaining the first light source switched off and simultaneously activating at least the first actuator to rotate the first reflector and associated lens around the first axis.
A computer-implemented method, carried out by a vehicle data recording device in a vehicle, including the following steps: downloading, from a host data collecting system, a recording target (T 0) for recording data along a route, at a current time t 0, determining a plurality of routes (Ri) that the vehicle can take; for each route (Ri), generating a route encoding (ENCi) that encodes in numerical values an information on predicted values of said route (Ri) for a plurality of metrics ( v ck), a metric ( v ck) being a function assigning a value representing an amount of progress in achieving an elementary recording target to a piece of data; providing the route encodings (ENCi') and additional environmental information that is independent of the routes Ri to a reinforcement learning agent that selects one of the routes (Ri) in order to optimize a reward; recording data from data sources in the vehicle over time while the vehicle drives along the selected route (Rs); uploading at least part of the recording data to the host data collecting system and, in return, receiving a reward from the host data collecting system; providing the reward to the reinforcement learning agent. downloading, from a host data collecting system, a recording target (T 0) for recording data along a route, at a current time t 0, determining a plurality of routes (Ri) that the vehicle can take; for each route (Ri), generating a route encoding (ENCi) that encodes in numerical values an information on predicted values of said route (Ri) for a plurality of metrics ( v ck), a metric ( v ck) being a function assigning a value representing an amount of progress in achieving an elementary recording target to a piece of data; providing the route encodings (ENCi') and additional environmental information that is independent of the routes Ri to a reinforcement learning agent that selects one of the routes (Ri) in order to optimize a reward; recording data from data sources in the vehicle over time while the vehicle drives along the selected route (Rs); uploading at least part of the recording data to the host data collecting system and, in return, receiving a reward from the host data collecting system; providing the reward to the reinforcement learning agent.
An air filter medium comprising short glass fibers as its main fibers, characterized in that the main fibers are fibers that constitute 70% or greater by mass of the total blended raw material fibers, the short glass fibers are borosilicate short glass fibers having a fiber diameter of less than 5 μm and length to diameter ratio of approximately 500:1 to approximately 3000:1, the constituent fibers of the air filter are dispersed uniformly and, when said constituting fibers at a diluted concentration of 0.04% by mass are allowed to stand for 12 hours, the sedimentation volume is 450 cm 3 /g or greater.
A fuel tank system comprising: a fuel tank; an array of sensors; a light source arranged to illuminate a surface of a liquid fuel in the fuel tank with light so that the light is reflected or scattered by the surface of the fuel onto the array of sensors, the light travelling to and from the surface of the fuel via a measurement path containing a transmission medium, wherein the light source is also arranged to illuminate at least one sensor of the array of sensors with light via a reference path containing a transmission medium with the same refractive index as the transmission medium in the measurement path, the reference path having a known reference distance which does not vary in accordance with the quantity of the fuel; and a processing system arranged to determine a measured time of flight of the light which travels via the measurement path to each sensor of the array of sensors, measure a reference time of flight of the light which travels via the reference path to said at least one sensor, and estimate the quantity of the fuel in the fuel tank in accordance with the determined measured times of flight of the light which travels via the measurement path to each sensor, the reference time of flight and the known reference distance, wherein either: the surface of the fuel is illuminated from above so that the transmission medium in the measurement path comprises ullage gas; or the surface of the fuel is illuminated from below so that the transmission medium in the measurement path comprises the liquid fuel; characterised in that the fuel tank system is an aircraft system further comprising a reflector which is mounted in fixed relation to the array of sensors, so that the light travelling via the reference path is reflected onto said at least one sensor by the reflector, wherein the reflector is a semi-transparent window arranged such that some of the light from the light source is transmitted through the semi-transparent window and illuminates the surface of the fuel to provide the measurement path, and some of the light from the light source is reflected by the semi-transparent window onto said at least one sensor to provide the reference path.
A chopper for a neutron beam, comprising at least one control element which is divided into at least two regions A and B, wherein the region B has a lower transparency for the neutron beam than the region A, and at least one drive source for such conveying of the control element by the neutron beam, that it impinges on the regions A and B in a temporally alternating manner, wherein the control element • consists either of a carbon fibre or of a fibre composite material as a base material which forms the region A, wherein a neutron-absorbing material is either applied as a layer onto the base material or is integrated therein for the formation of regions B, characterized in that the control element is designed as a pliable band-shaped element and abuts, in a force-fit manner, on the outer circumference of at least one element which can be set in rotation by the drive source and that it can be expanded in the conveying direction. • consists either of a carbon fibre or of a fibre composite material as a base material which forms the region A, wherein a neutron-absorbing material is either applied as a layer onto the base material or is integrated therein for the formation of regions B,
Fuel supply system for conveying fuel out of a fuel tank having fuel chambers (6, 6a, b) to an internal combustion engine, the fuel supply system having - a tank installation unit, - a fuel pump element which is arranged in the tank installation unit and is set up to provide fuel from the tank installation unit to the internal combustion engine, - a suction jet pump (16, 16a, b) which is connected via a line to the fuel pump element and is set up to convey fuel out of the fuel chamber (6, 6a, b) into the tank installation unit, - a pressure regulating element which is arranged in the line between the fuel pump element and the suction jet pump (16, 16a, b) and is configured as a mechanical pressure regulator, - a fuel level sensor (22, 22a, b) for detecting a filling level in the fuel chamber (6, 6a, b), characterized in that the fuel pump element is actuated in such a way that a system pressure is achieved in the line, which system pressure brings about opening of the pressure regulating element and therefore fuel conveying by way of the suction jet pump (16, 16a, b), the fuel pump element being controlled in a manner which is dependent on a signal of the fuel level sensor (22, 22a, b) in such a way that, proceeding from a system pressure, at which the pressure regulating element is closed, the system pressure is increased until lowering of the fuel level can be detected using the fuel level sensor (22, 22a, b), and/or it being possible for the fuel pump element to be actuated in such a way that, proceeding from a system pressure, at which the pressure regulating element is open, the system pressure is lowered until no further decrease in the fuel level can be detected using the fuel level sensor (22, 22a, b). - a tank installation unit, - a fuel pump element which is arranged in the tank installation unit and is set up to provide fuel from the tank installation unit to the internal combustion engine, - a suction jet pump (16, 16a, b) which is connected via a line to the fuel pump element and is set up to convey fuel out of the fuel chamber (6, 6a, b) into the tank installation unit, - a pressure regulating element which is arranged in the line between the fuel pump element and the suction jet pump (16, 16a, b) and is configured as a mechanical pressure regulator, - a fuel level sensor (22, 22a, b) for detecting a filling level in the fuel chamber (6, 6a, b),