mhurhangee/ep-ind-claims huggingface dataset:
A display panel comprising: a flexible substrate comprising a single, unitary indivisible member, said flexible substrate comprising: a first area; and a second area that is bent or bendable relative to the first area, and a first bending region between the first area and the second area; a first display unit and a first embedded circuit unit for driving the first display unit both being provided in the first area of the substrate; a second display unit and a second embedded circuit unit for driving the second display unit both being provided in the second area of the substrate, wherein each embedded circuit unit is a single, unitary, indivisible member of the display panel; conductive lines on the substrate, wherein the conductive lines are only formed in the first area and second area of the substrate and are not formed in the first bending region of the substrate; a first pad portion in the first area of the substrate, at an outer side of the first display unit; and a second pad portion in the second area of the substrate, at an outer side of the second display unit. a flexible substrate comprising a single, unitary indivisible member, said flexible substrate comprising: a first area; and a second area that is bent or bendable relative to the first area, and a first bending region between the first area and the second area; a first area; and a second area that is bent or bendable relative to the first area, and a first bending region between the first area and the second area; a first display unit and a first embedded circuit unit for driving the first display unit both being provided in the first area of the substrate; a second display unit and a second embedded circuit unit for driving the second display unit both being provided in the second area of the substrate, wherein each embedded circuit unit is a single, unitary, indivisible member of the display panel; conductive lines on the substrate, wherein the conductive lines are only formed in the first area and second area of the substrate and are not formed in the first bending region of the substrate; a first pad portion in the first area of the substrate, at an outer side of the first display unit; and a second pad portion in the second area of the substrate, at an outer side of the second display unit.
A method to produce ceramic-bonded diamond composite particles, the method comprising: forming a diamond feedstock including a plurality of diamond grains and silicon particles; subjecting the diamond feedstock to at least one pre-consolidation process to form a granule; forming a densified compact in a consolidation process using the granule, the densified compact including ceramic-bonded diamond composite material, and mechanically processing the densified compact in a post-consolidation process in which a plurality of ceramic-bonded diamond composite particles are formed, wherein the ceramic-bonded diamond composite particles include a plurality of diamond grains and silicon carbide reaction bonded to the diamond grains, and wherein a composition of the ceramic-bonded diamond composite particle includes 60-90 wt.%, preferably 70-90 wt.%, more preferably 79-81 wt.%, more preferably 80 wt.% diamond, 10-40 wt.% silicon carbide, ≤2 wt.% silicon, wherein the ceramic-bonded diamond composite particles have a mesh size of between 400 micron (40/50) and 35 micron (400/500) and a toughness index of between 40 and 100 as measured at room temperature using a standard friability test that involves ball milling a quantity of product under controlled conditions and sieving the residue to measure particlesize reduction, where 100 is the highest toughness. forming a diamond feedstock including a plurality of diamond grains and silicon particles; subjecting the diamond feedstock to at least one pre-consolidation process to form a granule; forming a densified compact in a consolidation process using the granule, the densified compact including ceramic-bonded diamond composite material, and mechanically processing the densified compact in a post-consolidation process in which a plurality of ceramic-bonded diamond composite particles are formed, wherein the ceramic-bonded diamond composite particles include a plurality of diamond grains and silicon carbide reaction bonded to the diamond grains, and wherein a composition of the ceramic-bonded diamond composite particle includes 60-90 wt.%, preferably 70-90 wt.%, more preferably 79-81 wt.%, more preferably 80 wt.% diamond, 10-40 wt.% silicon carbide, ≤2 wt.% silicon, wherein the ceramic-bonded diamond composite particles have a mesh size of between 400 micron (40/50) and 35 micron (400/500) and a toughness index of between 40 and 100 as measured at room temperature using a standard friability test that involves ball milling a quantity of product under controlled conditions and sieving the residue to measure particlesize reduction, where 100 is the highest toughness.
An azeotropic or azeotrope-like composition consisting essentially of 1,3,3-trichloro-3-fluoroprop-1-ene (HCFO-1231 zd) and hydrogen fluoride, wherein the composition consists essentially of from 1 to 99 wt.% hydrogen fluoride and from 1 to 99 wt.% 1,3,3-trichloro-3-fluoroprop-1-ene (HCFO-1231zd), based on the combined weight of the hydrogen fluoride and 1,3,3-trichloro-3-fluoroprop-1-ene (HCFO-1231zd); wherein the composition has a boiling point of -10°C ± 0.5°C at a pressure of 69 +/- 14 kPa (10 +/- 2 psia).
Method for the three-dimensional illustration of stitches (10, 10', 10") on a means for designing knitted products produced on a knitting or textile machine, with at least one display means, wherein the stitch (10, 10', 10") is illustrated as a surface composed of a number of two-dimensional geometric base shapes (11, 11', 11") with the aid of a simulation means, wherein the number of base shapes (11, 11', 11 ") is selected depending on the desired illustration size of the stitch (10, 10', 10") on a display means of the design means and/or the curvature of individual stitch sections (12, 13, 14, 15), and in that the spatial structure of the stitch (10, 10', 10") is illustrated by shading and texture mapping, characterised in that the spatial structure of the thread forming the stitch is created by a normal vector illustration of the corner points of the base shapes (11, 11', 11") during texture mapping, wherein the normal vector illustration of each corner point depends on the normal vector of the thread at this point, and wherein only the respective side of the thread that is visible to a viewer is approximated by a half-cylinder with a width that equals the diameter of the thread for calculating the normal vectors of the thread.
A coating film comprising Component A: an ethyl cellulose, Component B: an ethyl acrylate/methyl methacrylate copolymer or a plasticized vinyl acetate polymer, Component C: pharmaceutical additive, Component D: a plasticizer, and Component E: an inorganic substance, wherein a mass ratio of the Components A:B:C:D:E is 100:(100 to 300):(6 to 90):(6 to 90):(30 to 90), and having a tensile elongation of 150% or more and a tensile strength of 9 N or more. pharmaceutical additive, Component D: a plasticizer, and Component E: an inorganic substance, wherein a mass ratio of the Components A:B:C:D:E is 100:(100 to 300):(6 to 90):(6 to 90):(30 to 90), and having a tensile elongation of 150% or more and a tensile strength of 9 N or more.
Plants of the species Epilobium parviflorum and/or parts of these plants and/or extracts of these plants or compositions thereof for use in the prevention and/or treatment of a Candida infection.
A safety belt anchoring system, comprising: an anchor plate coupled to a seat structure (102, 700), said anchor plate comprising an arcuate channel; a slidable anchor which serves as an anchor point for an attachment of a safety belt (104, 708); said slidable anchor being movable along the arcuate channel in an upward direction extending from the bottom to the top of the seat structure (102, 700) in response to a load being applied to the safety belt (104, 708), the anchor plate is coupled to the seat structure such that the arcuate channel is located on the seat structure behind a passenger in use; characterised in that: the anchor plate includes a first attachment hole and a second attachment hole for securing the anchor plate to the seat structure.
A hair treatment composition comprising an aqueous continuous phase comprising at least 1% by weight of N-formyl amino acid wherein the N-formyl amino acid is N-formyl proline, N-formyl valine, N-formyl leucine or N-formyl glycine.
Cutting machine to detach discs from strand-shaped food products, having a machine housing which holds a drive motor and a rotating cutting blade driven by the drive motor, and having a storage region arranged in the region of the cutting blade, having a storage plate to receive detached discs, characterised in that the storage plate has a rotational axis and is able to be rotated from a horizontally aligned position into a vertical position, wherein the storage plate is connected firmly to the machine housing or to a fixture of the machine housing in the horizontally aligned position, and is able to be removed from the machine housing or a fixture of the machine housing in a vertical position.
A printing device comprising an inkjet head including a nozzle plate; and an ink, where the printing device is configured to eject the ink from the inkjet head and the ink includes a colorant, at least one organic solvent, and water, wherein the receding contact angle of the ink relative to the nozzle plate is 35° or greater and characterized in that a dynamic surface tension A of the ink at 25°C with a surface lifetime of 15 ms as measured by a maximum bubble pressure method is 34.0 mN/m or less, and the dynamic surface tension A and a static surface tension B of the ink at 25°C satisfy a formula below, 10.0 % ≤ A − B / A + B × 100 ≤ 19.0 %
Crimping ring for the radial crimping of workpieces, such as pipes and fittings, with a carrier on which two levers (3, 4) are hinged, and with three crimping jaws (40 to 42) which are provided on the carrier and on the levers (3, 4) and of which at least one crimping jaw (40 to 42) is pivotally mounted, characterised in that the pivotable crimping jaw (41, 42) is mounted on a protrusion (55, 56) of the levers (3, 4) which protrudes from the inside (57, 58) of the levers (3, 4).
An apparatus for presenting a time-variant information element in a vehicle, which has a steering wheel, the apparatus comprising: - a plurality of remotely and individually controllable tactile pads (1620, 1720, 1721), each of which is operable to produce a Tactile electro-sensory stimulus sensation in response to a respective pad output signal, wherein the plurality of pad output signals are produced by a controller (CTRL), and wherein the plurality of tactile pads are positioned or adapted to be positioned on the steering wheel or proximate to it, such that they can be touched by at least one hand (1610,1612) of the vehicle driver while driving the vehicle; - means for determining the time-variant information element to be presented and for applying the determined time-variant information element to the controller (CTRL); and - means for encoding the determined time-variant information element by the controller into temporal variations of the plurality of pad output signals, wherein the encoding comprises encoding the information element to a simultaneous set of states of the two or more tactile pads; - whereby the apparatus is configured to present the time-variant information element to the driver via a tactile sensation. - a plurality of remotely and individually controllable tactile pads (1620, 1720, 1721), each of which is operable to produce a Tactile electro-sensory stimulus sensation in response to a respective pad output signal, wherein the plurality of pad output signals are produced by a controller (CTRL), and wherein the plurality of tactile pads are positioned or adapted to be positioned on the steering wheel or proximate to it, such that they can be touched by at least one hand (1610,1612) of the vehicle driver while driving the vehicle; - means for determining the time-variant information element to be presented and for applying the determined time-variant information element to the controller (CTRL); and - means for encoding the determined time-variant information element by the controller into temporal variations of the plurality of pad output signals, wherein the encoding comprises encoding the information element to a simultaneous set of states of the two or more tactile pads; - whereby the apparatus is configured to present the time-variant information element to the driver via a tactile sensation.
A method for treating a nucleic acid before amplifying the nucleic acid using a nucleic acid polymerization reaction to prevent a non-specific priming of the nucleic acid, the method comprising: terminating 3'-terminal of the nucleic acid by reacting a reaction mixture comprising nucleic acid, nucleic acid polymerase, an enzyme reaction buffer, and a nucleic acid polymerization terminator inhibiting an elongation of 3' terminal of the nucleic acid; and inactivating or eliminating non-reacted free nucleic acid polymerization terminator from the reaction mixture. terminating 3'-terminal of the nucleic acid by reacting a reaction mixture comprising nucleic acid, nucleic acid polymerase, an enzyme reaction buffer, and a nucleic acid polymerization terminator inhibiting an elongation of 3' terminal of the nucleic acid; and inactivating or eliminating non-reacted free nucleic acid polymerization terminator from the reaction mixture.
A non-transitory machine-readable storage medium comprising executable instructions that, when executed, cause one or more processors to: model, using one or more models, safety barriers in one or more drilling rigs based on drilling rig safety barrier data; characterised in that the one or more processors: identify, based on the one or more models, a first impending invalidation of a first safety barrier, wherein a set of rules are used to identify when any parameters are approaching tolerance thresholds; and initialize, triggered solely by the instructions, a second safety barrier based on the impending invalidation. identify, based on the one or more models, a first impending invalidation of a first safety barrier, wherein a set of rules are used to identify when any parameters are approaching tolerance thresholds; and initialize, triggered solely by the instructions, a second safety barrier based on the impending invalidation.
Method for preparing triacetone amine, comprising the following steps: (a) reaction of acetone and ammonia in the presence of a catalyst K1 to give a crude product RP1 comprising triacetone amine, acetone, mesityl oxide and at least one by-product selected from the group consisting of diacetone alcohol, diacetone amine, acetonin, phorone, isophorone, (b) at least partial distillative removal of acetone and/or mesityl oxide from RP1, (c) addition of ammonia and optionally further acetone to the acetone and/or mesityl oxide removed from RP1 in step (b), and at least partial reaction of the added ammonia with acetone and/or mesityl oxide in the presence of a catalyst K2 to give TAA, as a result of which a crude product RP2 comprising triacetone amine is obtained, characterized in that (d) before and/or during the distillative removal of acetone and/or mesityl oxide from RP1 occurring in step (b), water is added to RP1 and at least one of the by-products in RP1, selected from the group consisting of diacetone alcohol, diacetone amine, acetonin, phorone, isophorone, is at least partially reacted with water, such that at least one of the by-products in RP1 is at least partially cleaved into mesityl oxide and/or acetone. (a) reaction of acetone and ammonia in the presence of a catalyst K1 to give a crude product RP1 comprising triacetone amine, acetone, mesityl oxide and at least one by-product selected from the group consisting of diacetone alcohol, diacetone amine, acetonin, phorone, isophorone, (b) at least partial distillative removal of acetone and/or mesityl oxide from RP1, (c) addition of ammonia and optionally further acetone to the acetone and/or mesityl oxide removed from RP1 in step (b), and at least partial reaction of the added ammonia with acetone and/or mesityl oxide in the presence of a catalyst K2 to give TAA, as a result of which a crude product RP2 comprising triacetone amine is obtained, characterized in that (d) before and/or during the distillative removal of acetone and/or mesityl oxide from RP1 occurring in step (b), water is added to RP1 and at least one of the by-products in RP1, selected from the group consisting of diacetone alcohol, diacetone amine, acetonin, phorone, isophorone, is at least partially reacted with water, such that at least one of the by-products in RP1 is at least partially cleaved into mesityl oxide and/or acetone.
An electric exhaust valve device for controlling a cross-section, able to be flowed through, of an exhaust pipe of an exhaust system of an internal combustion engine, - with an electric drive, which has an output shaft, which is able to be driven rotatingly about a rotation axis by the electric drive, - with an exhaust valve, which has a drive shaft aligned coaxially to the rotation axis and which is rotatable about the rotation axis for controlling the cross-section which is to be controlled, - with a coupling device for the transferring of torques between the output shaft and the drive shaft, - wherein the coupling device has a connecting element connected with the drive shaft in a torque-proof manner, - wherein the coupling device has a transmission element connected in a torque-proof and axially adjustable manner with the output shaft and in a torque-proof and axially adjustable manner with the connecting element and - wherein the coupling device has a prestressing spring supported axially on the connecting element and/or on the drive shaft and on the transmission element, axially driving the transmission element against the output shaft, - wherein the transmission element is made from one piece, characterized in that - the transmission element has a cylindrical body, which has a radially protruding collar, circumferential in a closed manner in circumferential direction. - with an electric drive, which has an output shaft, which is able to be driven rotatingly about a rotation axis by the electric drive, - with an exhaust valve, which has a drive shaft aligned coaxially to the rotation axis and which is rotatable about the rotation axis for controlling the cross-section which is to be controlled, - with a coupling device for the transferring of torques between the output shaft and the drive shaft, - wherein the coupling device has a connecting element connected with the drive shaft in a torque-proof manner, - wherein the coupling device has a transmission element connected in a torque-proof and axially adjustable manner with the output shaft and in a torque-proof and axially adjustable manner with the connecting element and - wherein the coupling device has a prestressing spring supported axially on the connecting element and/or on the drive shaft and on the transmission element, axially driving the transmission element against the output shaft, - wherein the transmission element is made from one piece, - the transmission element has a cylindrical body, which has a radially protruding collar, circumferential in a closed manner in circumferential direction.
An apparatus for treating radioactive material, in particular for cleaning radioactive contaminated water, the apparatus comprising a process chamber with a combustion zone for generating an oxygen rich gas and an oxidation zone arranged to receive the oxygen rich gas from the combustion zone, wherein the process chamber comprises a feed opening for feeding the radioactive material into the oxidation zone and the process chamber is configured to use the oxygen rich gas for oxidizing the radioactive material to obtain oxidized material, the apparatus further comprising a separation device operationally connected to an outlet of the process chamber and configured to at least partly separate the oxidized material into a gaseous fluid and a non-gaseous residue, characterized in that, the process chamber comprises a radiation shield, which in particular at least partly surrounds the oxidation zone and/or extends downstream of the feed opening, wherein the radiation shield is at least partly provided by a cooling system (40, 42, 44) of the process chamber, in particular by a cooling mantle and a cooling fluid (42, 44) contained within the cooling mantle.
Apparatus for cleaning a surface of a conveyor belt movable in a movement direction of residues of materials conveyed in the context of mining, in particular overburden and/or raw materials conveyed in the context of mining, comprising: a nozzle bar with a plurality of nozzles for applying fluid jets to the surface of the conveyor belt; at least one fluid-removal element for removing at least some of the fluid from the surface, wherein the nozzles are designed and oriented such that the fluid jets come into contact with the surface, in a direction counter to the movement direction, at an angle of incidence of less than 90°, wherein the apparatus further comprises a mechanical precision wiper, over which the conveyor belt is guidable, wherein the precision wiper is formed between the nozzle bar and the fluid-removal element, characterized in that the fluid-removal element comprises an adhesion roller, which has an elastomeric coating on its circumference, and wherein the apparatus comprises a high-pressure fluid-supply for supplying a fluid to the nozzle bar at a pressure of at least 30 bar. a nozzle bar with a plurality of nozzles for applying fluid jets to the surface of the conveyor belt; at least one fluid-removal element for removing at least some of the fluid from the surface, wherein the nozzles are designed and oriented such that the fluid jets come into contact with the surface, in a direction counter to the movement direction, at an angle of incidence of less than 90°, wherein the apparatus further comprises a mechanical precision wiper, over which the conveyor belt is guidable, wherein the precision wiper is formed between the nozzle bar and the fluid-removal element, characterized in that the fluid-removal element comprises an adhesion roller, which has an elastomeric coating on its circumference, and wherein the apparatus comprises a high-pressure fluid-supply for supplying a fluid to the nozzle bar at a pressure of at least 30 bar.
A process for pressing a sheet metal component of aluminium or magnesium alloy comprising the sequential steps: i) heating a metal aluminium or magnesium alloy sheet blank to above its solvus temperature but below its solidus temperature at a heating station; ii) transferring the heated sheet blank to a press; iii) initiating formation of a component at an initial temperature above 350°C by closing the press dies at a first speed then completing the formation by closing the press dies at a second speed, said second speed being slower than the first; and iv) quenching the formed sheet alloy component by holding the formed component in the dies during quenching of the formed component. i) heating a metal aluminium or magnesium alloy sheet blank to above its solvus temperature but below its solidus temperature at a heating station; ii) transferring the heated sheet blank to a press; iii) initiating formation of a component at an initial temperature above 350°C by closing the press dies at a first speed then completing the formation by closing the press dies at a second speed, said second speed being slower than the first; and iv) quenching the formed sheet alloy component by holding the formed component in the dies during quenching of the formed component.