mhurhangee/ep-ind-claims huggingface dataset:
Vehicle with a display device comprising: - a display panel with a pixel matrix, wherein the display panel is flexible; and - a control circuitry, wherein the control circuitry is designed to actuate at least one pixel element of the pixel matrix for displaying at least one graphic display object, wherein - the display panel in a first position is designed to cover at least one portion of a vehicle roof and is movably supported by means of a controllable supporting arrangement, and - an electronic control unit is designed to adjust a position of the display panel between the first position and a second position as a function of a position signal which is derived from a source and/or is in accordance with a driving situation (D1, D2), wherein in the second position, the display panel is designed to cover at least one portion of a windscreen, characterized in that the control circuitry is adapted to display a representation of a roof module as the at least one graphic display object on the display panel at a constant position relative to a reference point inside the vehicle, which is realized by shifting an actuation of the pixel elements of the graphic display object representing the roof module, wherein a magnitude of a rate of shifting the actuation of the pixel elements is equal to a magnitude of a rate of change of position of the display panel and wherein direction of the rate of shifting actuation of the pixel elements is opposite to that of the rate of change of the position of the display panel; whereby said roof module comprises an interface for communication between a user and other vehicle subsystems and/or functionality of a rear view mirror and/or processing sensor signals for wind screen sensors and/or controlling the entire lightening of vehicle interior. - a display panel with a pixel matrix, wherein the display panel is flexible; and - a control circuitry, wherein the control circuitry is designed to actuate at least one pixel element of the pixel matrix for displaying at least one graphic display object, - the display panel in a first position is designed to cover at least one portion of a vehicle roof and is movably supported by means of a controllable supporting arrangement, and - an electronic control unit is designed to adjust a position of the display panel between the first position and a second position as a function of a position signal which is derived from a source and/or is in accordance with a driving situation (D1, D2), wherein in the second position, the display panel is designed to cover at least one portion of a windscreen,
A packaging tray, - comprising a dimensionally stable support structure formed from a plastic net, - wherein the support structure has one or several receiving compartments, each comprising a depression for receiving the goods to be packaged, characterized in that the plastic net is extruded. - comprising a dimensionally stable support structure formed from a plastic net, - wherein the support structure has one or several receiving compartments, each comprising a depression for receiving the goods to be packaged,
An electronic device (100, 300, 10-1) comprising: a housing (110, 500) including a front surface, a rear surface, and a side surface at least partially surrounding a space between the front surface and the rear surface; a display (101, 200, 400) disposed in an inner space of the housing (110, 500) to be visible from exterior and including a display area; and one or more image sensors disposed under the display to overlap the display area, wherein the display (101, 200, 400) includes a display panel, a polarizing layer disposed on the display panel, and an optical compensation film disposed on the polarizing layer, the optical compensation film has a phase difference of 2,000 to 8,000 nm, the display (101, 200, 400) includes an under-display camera area (611, 911) corresponding to the one or more image sensors and a display area excluding the under-display camera area (611, 911), with a smaller number of pixels arranged in the under-display camera area (611, 911) than in the display area, and the display area and the under-display camera area display different resolutions. a housing (110, 500) including a front surface, a rear surface, and a side surface at least partially surrounding a space between the front surface and the rear surface; a display (101, 200, 400) disposed in an inner space of the housing (110, 500) to be visible from exterior and including a display area; and one or more image sensors disposed under the display to overlap the display area, wherein the display (101, 200, 400) includes a display panel, a polarizing layer disposed on the display panel, and an optical compensation film disposed on the polarizing layer, the optical compensation film has a phase difference of 2,000 to 8,000 nm, the display (101, 200, 400) includes an under-display camera area (611, 911) corresponding to the one or more image sensors and a display area excluding the under-display camera area (611, 911), with a smaller number of pixels arranged in the under-display camera area (611, 911) than in the display area, and the display area and the under-display camera area display different resolutions. the display (101, 200, 400) includes a display panel, a polarizing layer disposed on the display panel, and an optical compensation film disposed on the polarizing layer, the optical compensation film has a phase difference of 2,000 to 8,000 nm, the display (101, 200, 400) includes an under-display camera area (611, 911) corresponding to the one or more image sensors and a display area excluding the under-display camera area (611, 911), with a smaller number of pixels arranged in the under-display camera area (611, 911) than in the display area, and the display area and the under-display camera area display different resolutions.
Device for adjusting the vibration frequency of at least one gong of a timepiece striking mechanism, the striking mechanism including at least one gong mounted by a first end on a gong-carrier, and at least one hammer for striking the gong at predetermined instants, the device comprising a mechanical arrangement with a first element intended to act on one part of the gong to produce mechanical stress on the gong so as to adjust a natural vibration frequency of the struck gong, characterised in that said first element is a contact element meshed with a second end of the gong.
Device for marine propulsion - having a diesel engine which is in rotational connection with a marine propulsion shaft and having a generator which, due to an engine converter and due to an on-board power supply converter with a direct-voltage link circuit therebetween in connection with the on-board power supply, either feeds energy into the on-board power supply or which as an auxiliary engine supplied by the on-board power supply, supports the diesel engine, and - having a waste-gas turbine fed by the waste gas of the diesel engine and/or a steam turbine fed by its waste heat, which drive a turbogenerator, - characterised in that the energy release of the turbogenerator is fed into the voltage link circuit of the engine converter and on-board power supply converter. - having a diesel engine which is in rotational connection with a marine propulsion shaft and having a generator which, due to an engine converter and due to an on-board power supply converter with a direct-voltage link circuit therebetween in connection with the on-board power supply, either feeds energy into the on-board power supply or which as an auxiliary engine supplied by the on-board power supply, supports the diesel engine, and - having a waste-gas turbine fed by the waste gas of the diesel engine and/or a steam turbine fed by its waste heat, which drive a turbogenerator, - characterised in that the energy release of the turbogenerator is fed into the voltage link circuit of the engine converter and on-board power supply converter.
A process to produce water soluble and oil soluble plant extract fractions comprising, respectively, rosmarinic acid and carnosic acid from Labiatae herbs comprising the following steps: a. contacting the Labiatae herbs with a solvent comprising a mixture of ethanol/water wherein the ethanol is present in a concentration of 40%-90% ethanol in water; b. filtering to obtain a solution comprising both oil soluble and water soluble plant extract fractions; c. removing 50%-97% of the solvent from the solution of step b) under vacuum until ethanol levels drop to 0%-35% and pH drops simultaneously to 3-5; wherein the process further comprises the steps d. separating solid and liquid fractions obtained in step c), and optionally, further purifying the solid fraction which comprises carnosic acid and carnosol; and e. removing residual water and ethanol from the liquid fraction to provide a second solid fraction which comprises rosmarinic acid, and optionally, further purifying the second solid fraction, and wherein in step a) the Labiatae herbs are contacted with the solvent for at least 30 minutes. a. contacting the Labiatae herbs with a solvent comprising a mixture of ethanol/water wherein the ethanol is present in a concentration of 40%-90% ethanol in water; b. filtering to obtain a solution comprising both oil soluble and water soluble plant extract fractions; c. removing 50%-97% of the solvent from the solution of step b) under vacuum until ethanol levels drop to 0%-35% and pH drops simultaneously to 3-5; wherein the process further comprises the steps d. separating solid and liquid fractions obtained in step c), and optionally, further purifying the solid fraction which comprises carnosic acid and carnosol; and e. removing residual water and ethanol from the liquid fraction to provide a second solid fraction which comprises rosmarinic acid, and optionally, further purifying the second solid fraction,
A photoionisation detector sensor head for use in a detector of volatiles in aqueous media, which head includes a miniature photoionisation detector comprising a gas sensor body and a replaceable gas sensing member, said gas sensor body having a sensor body cavity defining a gas sensing chamber containing said gas sensing member, the head further including a vapour-porous or vapour-permeable membrane forming an entry point into the otherwise closed gas-sensing chamber, characterised in that the internal volume of the gas-sensing chamber is no greater than 100 mm 3.
A continuous flow mixer for use in a chromatography system comprising: a mixer inlet configured to receive an inlet flow of fluid; a mixer outlet configured to provide an outlet flow of the fluid; and a first channel structure located between the mixer inlet and the mixer outlet, the first channel structure including: a first inlet branch; a second inlet branch; a plurality of outlet branches (719, 720) including at least a first outlet branch and a second outlet branch; a first plurality of branches (715, 716) splitting from the first inlet branch, each branch of the first plurality of branches (715, 716) connected to a different of the plurality of outlet branches (719, 720); and a second plurality of branches (717, 718) splitting from the second inlet branch, each branch of the second plurality of branches (717, 718) connected to a different of the plurality of outlet branches (719, 720), characterized in that at least two branches (715, 718) of the first and second plurality of branches that are connected to the first outlet branch are offset in fluid residence time through the at least two branches. a mixer inlet configured to receive an inlet flow of fluid; a mixer outlet configured to provide an outlet flow of the fluid; and a first channel structure located between the mixer inlet and the mixer outlet, the first channel structure including: a first inlet branch; a second inlet branch; a plurality of outlet branches (719, 720) including at least a first outlet branch and a second outlet branch; a first plurality of branches (715, 716) splitting from the first inlet branch, each branch of the first plurality of branches (715, 716) connected to a different of the plurality of outlet branches (719, 720); and a second plurality of branches (717, 718) splitting from the second inlet branch, each branch of the second plurality of branches (717, 718) connected to a different of the plurality of outlet branches (719, 720), characterized in that at least two branches (715, 718) of the first and second plurality of branches that are connected to the first outlet branch are offset in fluid residence time through the at least two branches. a first inlet branch; a second inlet branch; a plurality of outlet branches (719, 720) including at least a first outlet branch and a second outlet branch; a first plurality of branches (715, 716) splitting from the first inlet branch, each branch of the first plurality of branches (715, 716) connected to a different of the plurality of outlet branches (719, 720); and a second plurality of branches (717, 718) splitting from the second inlet branch, each branch of the second plurality of branches (717, 718) connected to a different of the plurality of outlet branches (719, 720), characterized in that at least two branches (715, 718) of the first and second plurality of branches that are connected to the first outlet branch are offset in fluid residence time through the at least two branches.
Quenched alloy for rare earth magnet, comprising R 2 T 14 B main phase, R is selected from at least one rare earth element including Nd, wherein the average grain diameter of the main phase in the brachyaxis direction is in a range of 10-15μm, wherein the raw material of the quenched alloy comprises: R: 13.5at%-15.5at%, B: 5.2at%-5.8at%, Cu: 0.1at%-0.8at%, Al: 0.1at%-2.0at%, the atomic percent of W is in a range of 0.0005at%-0.03at%, T1:0at%-2.0at%, T1 is selected from at least one of the elements Ti, Zr, V, Mo, Co, Zn, Ga, Nb, Sn, Sb, Hf, Bi, Ni, Si, Cr, Mn, S and P, the rest components comprise Fe and unavoidable impurity, the alloy for rare earth magnet is obtained by strip casting a molten alloy fluid of raw material and being cooled at a cooling rate between 10 2 °C/s and 10 4 °C/s. R: 13.5at%-15.5at%, B: 5.2at%-5.8at%, Cu: 0.1at%-0.8at%, Al: 0.1at%-2.0at%, the atomic percent of W is in a range of 0.0005at%-0.03at%, T1:0at%-2.0at%, T1 is selected from at least one of the elements Ti, Zr, V, Mo, Co, Zn, Ga, Nb, Sn, Sb, Hf, Bi, Ni, Si, Cr, Mn, S and P,
Window sill assembly provided so as to extend over an outside wall and at least a part of a cavity wall, wherein the assembly comprises a frame (7, 23, 24) and a window sill, wherein the frame comprises at least a rear segment and two side segments which are provided to support the window sill respectively at the position of its rear side and at the position of its sides, wherein the frame further comprises a front profile which is provided so as to extend at least partially over the outside wall for the purpose of supporting a front side of the window sill, wherein the window sill is provided at the position of the front side with a drip zone, all this such that water can be discharged via the drip zone from a position on the front profile, wherein the window sill assembly further comprises a foil or film sheet material which extends under the window sill, characterised in that the foil or film sheet material is connected on the rear side and the sides of the frame and extends to a position at the front profile.
Turntable infeed for workpieces, having a rotating arm that is rotatable about a rotation axis, and an arm receptacle surrounding the rotating arm, wherein a seal is disposed in a gap between the rotating arm and the arm receptacle, wherein the gap and the seal are disposed on a plurality of encircling sides between the rotating arm and the arm receptacle, wherein the seal, on the rotating arm and on the arm receptacle, in particular on the frame, has interacting sealing elements (25, 26), wherein the seal has a plurality of movably disposed sealing elements and a plurality of rigidly disposed sealing elements, characterized in that the rigid sealing elements are configured as plate-type sealing webs, and the movable sealing elements are configured as rotatable sealing plates, wherein the encircling movable sealing elements in the initial position have a common main plane in which the rotation axis lies, and wherein the movable sealing elements in the closing position bear on the respectively assigned rigid sealing element and are deflected obliquely from the main plane of said movable sealing elements. characterized in that the rigid sealing elements are configured as plate-type sealing webs, and the movable sealing elements are configured as rotatable sealing plates, wherein the encircling movable sealing elements in the initial position have a common main plane in which the rotation axis lies, and wherein the movable sealing elements in the closing position bear on the respectively assigned rigid sealing element and are deflected obliquely from the main plane of said movable sealing elements.
A method for setting rights in an altered-reality environment, the method comprising the following steps: - receiving by a rights management system data featuring a second user associated with a second AR-enabling system when the second user is routinely detected by a first AR-enabling system of a first user within a physical environment of the first user, said rights management system configured for managing rights data respective at least to the first user and to the second user, said rights data indicating authorizations or denials set for the first user with respect to the second user and vice versa; - based on the received data featuring the second user, obtaining by the rights management system the rights data of the first user with respect to the second user; characterized in that the method further comprises: - based on the obtained rights data of the first user with respect to the second user, setting the rights data of the second user with respect to the first user by the rights management system; - determining by the rights management system a compatibility level between the obtained rights data of the first user with respect to the second user and the set rights data of the second user with respect to the first user; - incurring by the rights management system a warning action featuring a virtual emphasis of the second user's presence within the environment of the first user if the compatibility level is below a predetermined level of compatibility between the first and the second users. - receiving by a rights management system data featuring a second user associated with a second AR-enabling system when the second user is routinely detected by a first AR-enabling system of a first user within a physical environment of the first user, said rights management system configured for managing rights data respective at least to the first user and to the second user, said rights data indicating authorizations or denials set for the first user with respect to the second user and vice versa; - based on the received data featuring the second user, obtaining by the rights management system the rights data of the first user with respect to the second user; - based on the obtained rights data of the first user with respect to the second user, setting the rights data of the second user with respect to the first user by the rights management system; - determining by the rights management system a compatibility level between the obtained rights data of the first user with respect to the second user and the set rights data of the second user with respect to the first user; - incurring by the rights management system a warning action featuring a virtual emphasis of the second user's presence within the environment of the first user if the compatibility level is below a predetermined level of compatibility between the first and the second users.
Equipped exhaust casing (8, 10, 11) of a bypass turbojet engine for an aircraft, said equipped exhaust casing comprising an exhaust casing, connection means and a support means, said support means being intended to be attached to the structure of the aircraft, said exhaust casing, which is cylindrical, comprising a central hub supported by said support means by said connection means, characterised in that said connection means are arms which are rigidly connected to said central hub and extend therefrom, passing through a secondary air flow of the bypass turbojet engine, said arms being designed to transmit to said support means the stresses generated in the region of said central hub by the turbojet engine in normal use without transmitting them to a cold-flow channel, in which said secondary air flow of the turbojet engine is guided.
Belt or belt segment, having steel cables that run substantially in a longitudinal direction of the belt or belt segment and are disposed so as to be substantially mutually parallel, wherein the belt or the belt segment has at least one open end having a fastening device which by means of clamping is connected to at least one part of the steel cables, and having at least one measuring installation, which is configured to detect a spacing (d) in the longitudinal direction between the belt or the belt segment and the fastening device, characterized in that the measuring installation has at least one sensor unit which is disposed on the fastening device, and at least one sensor counter piece which is disposed on the belt or belt segment, respectively, or vice versa.
A food product or nutritional supplement comprising a composition comprising: (i) a mixture containing a lipid-soluble vitamin dissolved in a lipid, and (ii) rice bran; wherein the mixture is absorbed into and/or adsorbed onto the bran and wherein the lipid does not originate from the bran; and wherein the lipid-soluble vitamin is selected from the group consisting of vitamin A, provitamin A, vitamin A ester, and combinations thereof; and wherein the lipid is a fat selected from the group consisting of palm oil and sunflower oil.
A wear protection cap for a chisel holder arrangement, wherein the wear protection cap is designed for use on a base part of the chisel holder arrangement, comprising wall sections (21, 26, 27, 28) for covering surface regions of the base part, wherein the wall sections are integrally connected to one another and the wear protection cap is formed as a cast part or as a forged part, wherein a wall section has a top wall which merges into a thickened portion (24.1), wherein a front wall, facing away from the top wall, is connected as a further wall section to the thickened portion (24.1), wherein the front wall and the top wall are arranged at an angle to one another, wherein two side walls (27, 28) arranged at a distance from one another are designed as wall sections and are merged via transition sections into the top wall, and wherein a thickened portion (24.2) is arranged in the transition region between at least one of the side walls (27, 28) and the top wall, said thickened portion merging into the thickened portion (24.1) in the transition region between the top wall and the front wall.
Process for the continuous preparation of at least two mutually different liquid surfactant-containing compositions, in which a stream of a base mixture comprising at least one surfactant and at least one solvent is continuously provided and this base mixture cyclically passes through at least the following steps: a. adding at least a first additive to the stream of base mixture for a first period of time to obtain a first composition, and b. adding at least a second additive to the stream of the base mixture for a second period of time to obtain a second composition, wherein the at least one first additive and the at least one second additive and optionally the at least one third and each further additive each comprise at least one dye, wherein the dyes are different from each other and the first and second compositions are stored separately. a. adding at least a first additive to the stream of base mixture for a first period of time to obtain a first composition, and b. adding at least a second additive to the stream of the base mixture for a second period of time to obtain a second composition,