mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacture of a composite fabric comprising the steps of i) preparing a textile substrate by subjecting the textile substrate to water jets while supported by an associated drum ii) preparing a web of fibres iii) bringing the textile substrate and web of fibres together and iv) subjecting the textile substrate and web of fibres to jets of water while supported by an associated drum characterised in that the textile substrate is manufactured using knitting technology, and in that i) the textile substrate is subjected to at least one high pressure jet stream pointing towards the drum centre and at least one jet stream that strikes at an angle ii) the web of fibres is lightly entangled using water jet and in that in step iv) the textile substrate and web of fibres being subjected to a combination of a plurality of high pressure water jets wherein at least one high pressure water jet is configured to strike straight at the textile substrate and at least one high pressure water jet is configured to striking the textile substrate at an angle and at least one high pressure water jet is configured to oscillate with respect to striking the textile substrate as required to provide for rolling around of fibres from the web of fibres thereby making these fibres to entangle among themselves forming a hydroentangled structure on the surface of the textile substrate, to provide for entanglement of fibres from the hydroentangled structure with fibres of yarns from textile substrate and to provide for cross link other fibres from the web of fibres with fibres from the textile substrate and the hydroentangled structure. i) preparing a textile substrate by subjecting the textile substrate to water jets while supported by an associated drum ii) preparing a web of fibres iii) bringing the textile substrate and web of fibres together and iv) subjecting the textile substrate and web of fibres to jets of water while supported by an associated drum i) the textile substrate is subjected to at least one high pressure jet stream pointing towards the drum centre and at least one jet stream that strikes at an angle ii) the web of fibres is lightly entangled using water jet and in that in step iv) the textile substrate and web of fibres being subjected to a combination of a plurality of high pressure water jets wherein at least one high pressure water jet is configured to strike straight at the textile substrate and at least one high pressure water jet is configured to striking the textile substrate at an angle and at least one high pressure water jet is configured to oscillate with respect to striking the textile substrate as required to provide for rolling around of fibres from the web of fibres thereby making these fibres to entangle among themselves forming a hydroentangled structure on the surface of the textile substrate, to provide for entanglement of fibres from the hydroentangled structure with fibres of yarns from textile substrate and to provide for cross link other fibres from the web of fibres with fibres from the textile substrate and the hydroentangled structure.
Roller blind system comprising at least a roller blind, a guide for laterally guiding the roller blind, and a roller blind box in which the roller blind can be rolled up, the guide having two pairs of opposing guide rails (52, 54), the roller blind being guided in a first pair of guide rails for rolling up and/or rolling down the roller blind, and a balustrade element being arranged in a second pair of guide rails, characterised in that an insect or pollen protective screen and/or a blind is guided in the second pair of guide rails.
A paint composition comprising an aluminum pigment and a mica pigment, a content of the aluminum pigment being higher than a content of the mica pigment, the aluminum pigment having a specific surface area, determined by BET method, of not more than 55000 cm 2 /g, an average thickness of not less than 0.3 μm, and an aspect ratio of not more than 50, wherein a ratio A/B between the content A of the aluminum pigment and the content B of the mica pigment is not less than 1.5 and not more than 2, with respect to 100 parts by mass of the resin solid in the paint composition, the total content of the aluminum pigment and the mica pigment in the paint composition is 5 to 20 parts by mass.
Method for determining a patient-specific pharmacokinetic parameter for a drug, wherein the method comprises the following steps: - providing general pharmacokinetic data of the drug, - providing radiological medical image data of a patient, - determining the patient-specific pharmacokinetic parameter for the drug based on the medical image data and the general pharmacokinetic data of the drug, - wherein an image processing result is determined based on the medical image data of the patient by means of an image data processing method, wherein the image processing result relates to a texture of a liver, - wherein the patient-specific pharmacokinetic parameter is determined based on the image processing result, wherein the patient-specific pharmacokinetic parameter for the drug is an elimination speed of a hepatic elimination of the drug in a zeroth-order reaction, - wherein the patient-specific pharmacokinetic parameter for the drug is determined using a trained image data processing algorithm, wherein an elimination per volume unit is calculated from the texture of the liver by way of machine learning, wherein a method of machine learning is used, which has been trained on the basis of image data records with known pharmacokinetics, - wherein an overall volume of the liver is ascertained by means of a segmentation and - wherein the patient-specific pharmacokinetic parameter for the drug is determined from the elimination per volume unit and the overall volume of the liver. - providing general pharmacokinetic data of the drug, - providing radiological medical image data of a patient, - determining the patient-specific pharmacokinetic parameter for the drug based on the medical image data and the general pharmacokinetic data of the drug, - wherein an image processing result is determined based on the medical image data of the patient by means of an image data processing method, wherein the image processing result relates to a texture of a liver, - wherein the patient-specific pharmacokinetic parameter is determined based on the image processing result, wherein the patient-specific pharmacokinetic parameter for the drug is an elimination speed of a hepatic elimination of the drug in a zeroth-order reaction, - wherein the patient-specific pharmacokinetic parameter for the drug is determined using a trained image data processing algorithm, wherein an elimination per volume unit is calculated from the texture of the liver by way of machine learning, wherein a method of machine learning is used, which has been trained on the basis of image data records with known pharmacokinetics, - wherein an overall volume of the liver is ascertained by means of a segmentation and - wherein the patient-specific pharmacokinetic parameter for the drug is determined from the elimination per volume unit and the overall volume of the liver.
Ski binding toe for Alpine skiing with an improved locking including a first lever for manual and automatic locking and for manual unlocking of the jaws of said ski binding toe, a second lever pivoting on said first lever through at least one sliding pin that engages within a shaped profile, and rotating pins (80, 100) provided on said first and second levers, said levers (10, 20) being constrained to rotate together and to rotate vis-à-vis a base of said ski binding toe by means of said rotating pins (80, 100), said levers (10, 20) being also assembled together through said sliding pin, which is able to slide in a guide of said shaped profile of said second lever and which enables a rotation of said levers (10, 20) from the axis of said sliding pin, characterized by the fact that at least one first elastic element is placed in correspondence of at least one of said rotating pins which is associated with said first lever.
A method for manufacturing a hollow microneedle having a varied appearance, comprising: coating a solution of a viscous material on a surface of a substrate; bringing the solution of the viscous material into contact with a frame; lifting the substrate, the frame, or the substrate and the frame for the contacted frame and substrate to be spaced apart from each other to thereby manufacture a solid microstructure; obtaining a bent solid microstructure by sending wind of 5 μ m/s to 10 μ m/s in a specific direction before the solid microstructure which is manufactured in said lifting the substrate, the frame, or the substrate and the frame is hardened; depositing metal on the bent solid microstructure; protecting an upper portion of the metal-deposited bent solid microstructure, and plating metal on a surface of the bent solid microstructure; and removing the bent solid microstructure to obtain a hollow microneedle, wherein a coating thickness of the viscous material, a diameter of the frame, a temperature of the viscous material, a lifting speed, a plating thickness, or combination thereof is adjusted. coating a solution of a viscous material on a surface of a substrate; bringing the solution of the viscous material into contact with a frame; lifting the substrate, the frame, or the substrate and the frame for the contacted frame and substrate to be spaced apart from each other to thereby manufacture a solid microstructure; obtaining a bent solid microstructure by sending wind of 5 μ m/s to 10 μ m/s in a specific direction before the solid microstructure which is manufactured in said lifting the substrate, the frame, or the substrate and the frame is hardened; depositing metal on the bent solid microstructure; protecting an upper portion of the metal-deposited bent solid microstructure, and plating metal on a surface of the bent solid microstructure; and removing the bent solid microstructure to obtain a hollow microneedle, wherein a coating thickness of the viscous material, a diameter of the frame, a temperature of the viscous material, a lifting speed, a plating thickness, or combination thereof is adjusted.
Bumper beam for a vehicle, comprising - a cross-member, and - at least one shock absorber, the shock absorber being designed to carry the cross-member attached to the absorber and comprising a plate intended to attach the shock absorber to a vehicle structure, the shock absorber being made of plastic optionally reinforced with fibres, characterised in that the bumper beam further comprises at least one connecting member connecting the plate of the shock absorber to the cross-member, the connecting member being adapted to secure the cross-member to the plate after deformation of the absorber in case of shocks, the connecting member being a flexible link attached to the plate and to the cross-member. - a cross-member, and - at least one shock absorber, the shock absorber being designed to carry the cross-member attached to the absorber and comprising a plate intended to attach the shock absorber to a vehicle structure, the shock absorber being made of plastic optionally reinforced with fibres,
A thermoplastic vulcanizate composition, comprising: (a) a crystalline thermoplastic polyolefin comprising alpha-olefin monomers having from 2 to 5 carbon atoms; (b) a rubber block interpolymer comprising a first block and a second block having differing chemical or physical properties from the first block, the first block being derived from ethylene, a first alpha-olefin monomer having from 3 to 10 carbon atoms, and a first diene monomer having from 2 to 25 carbon atoms, the second block being derived from ethylene, a second alpha-olefin monomer having from 3 to 10 carbon atoms, and optionally a second diene monomer having from 2 to 25 carbon atoms, and an amount of the block interpolymer in the composition being greater than an amount of the thermoplastic polyolefin in the composition; and (c) a curative system. (a) a crystalline thermoplastic polyolefin comprising alpha-olefin monomers having from 2 to 5 carbon atoms; (b) a rubber block interpolymer comprising a first block and a second block having differing chemical or physical properties from the first block, the first block being derived from ethylene, a first alpha-olefin monomer having from 3 to 10 carbon atoms, and a first diene monomer having from 2 to 25 carbon atoms, the second block being derived from ethylene, a second alpha-olefin monomer having from 3 to 10 carbon atoms, and optionally a second diene monomer having from 2 to 25 carbon atoms, and an amount of the block interpolymer in the composition being greater than an amount of the thermoplastic polyolefin in the composition; and (c) a curative system.
A composition suitable for control of diseases caused by phytopathogens comprising as component the compound 3-(difluoromethyl)-N-methoxy-1-methyl-N-[1-methyl-2-(2,4,6-trichlorophenyl)ethyl]pyrazole-4-carboxamide, and as component, flutianil or an agrochemically acceptable salt thereof.
A rotary press, comprising a press frame and a rotor arranged thereon having a die plate, having an upper punch receiver for receiving a plurality of upper punches, having a lower punch receiver for receiving a plurality of lower punches, having an upper cam for carrying upper cam elements for guiding the upper punches and having a lower cam for carrying lower cam elements for guiding the lower punches, further comprising a rotor drive, with which the rotor can be driven rotationally, further comprising at least one dosing station, in which material to be pressed is filled into receivers in the die plate, and further comprising at least one upper compression station having at least one upper pressing roller (35, 36) and at least one lower compression station having at least one lower pressing roller (37, 38), wherein coupling means are provided with which at least one drive of the rotary press used for operating the rotary press can be coupled to the rotor in such a manner that with a movement of the at least one drive used for operating the rotary press the rotor is raised out of its operating position occupied for producing pressing, into a removal position, wherein the rotor can be removed from the removal position out of the press frame in a lateral direction, characterized in that the at least one drive which can be coupled to the rotor via the coupling means, used for operating the rotary press, is at least one lower compression station drive which serves for adjusting the height of the at least one lower compression station, and the coupling means comprise at least one lift lever coupled on the one hand to the at least one lower compression station drive and on the other hand to the rotor, wherein the rotor is raised by the at least one lift lever upon a downward movement of the at least one lower compression station by the at least one lower press station drive.
A method of performing maintenance on a wind turbine component (18, 22, 24) of a wind turbine, the wind turbine including a tower, a nacelle, a hub, and at least one rotor blade, wherein the nacelle includes an integrated lifting apparatus, the method comprising: lifting a first temporary support using at least part of the integrated lifting apparatus; coupling a first end (140, 142) of the first temporary support to the nacelle or the hub and a second end of the first temporary support to the integrated lifting apparatus; removing the wind turbine component (18, 22, 24) using at least part of the integrated lifting apparatus and the first temporary support in combination; installing a replacement wind turbine component (18, 22, 24) using at least part of the integrated lifting apparatus and the first temporary support in combination; decoupling the first end (140, 142) of the first temporary support from the nacelle or the hub and the second end of the first temporary support from the integrated lifting apparatus; and removing the first temporary support from the wind turbine using at least part of the integrated lifting apparatus. lifting a first temporary support using at least part of the integrated lifting apparatus; coupling a first end (140, 142) of the first temporary support to the nacelle or the hub and a second end of the first temporary support to the integrated lifting apparatus; removing the wind turbine component (18, 22, 24) using at least part of the integrated lifting apparatus and the first temporary support in combination; installing a replacement wind turbine component (18, 22, 24) using at least part of the integrated lifting apparatus and the first temporary support in combination; decoupling the first end (140, 142) of the first temporary support from the nacelle or the hub and the second end of the first temporary support from the integrated lifting apparatus; and removing the first temporary support from the wind turbine using at least part of the integrated lifting apparatus.
A beverage dispense system for a post-mix beverage obtained by mixing a concentrate with still or carbonated water, the system employing a cooling loop (9;21) in which still or carbonated water is circulated between an ice bank cooler and a beverage dispenser at a dispense location remote from the cooler, the cooler comprising a chilled water bath and the cooling loop (9; 21) including a cooling coil (17;35) immersed in the chilled water bath, a pump (13;23) for circulating the still or carbonated water in the loop (9;21), characterized in that the system further employs a temperature sensor (20; 39) for monitoring the temperature of the return flow of the still or carbonated water, wherein the pump speed is controlled in response to the temperature of the still or carbonated water, a manifold valve block having a plurality of dispense valves and a cooling module comprising a coolant chamber are contained in the beverage dispenser, the manifold valve bloch is connected to the cooling loop (9;21) for supplying still or carbonated water to each of the dispense values, the coolant chamber is insulated and has an inlet and an outlet connected to the cooling loop (9;21), and the dispense valves are connected to concentrate lines passing through the coolant chamber, wherein concentrate in the concentrate lines is cooled by heat exchange with still or carbonated water within the coolant chamber prior to mixing the concentrate with still or carbonated water supplied to the dispense valves to dilute the concentrate and produce a post-mix beverage.
A fixed quantity discharge device for a liquid container, comprising a container body storing contents therein, and a pipette part coupled detachably from the container body and formed with a pipette pipe configured to suck and then discharge a fixed quantity of contents stored in the container body, the fixed quantity discharge device for a liquid container comprising: a support body, coupled at an upper portion of the container body, equipped with a coupling part to which the pipette part is coupled, and equipped with a content suction tube extending into the interior of the container body from the coupling part such that the pipette pipe is configured to be inserted to or withdrawn from the content suction tube and having a content inflow hole at an inner lower end thereof; a check valve provided at an inner portion of the content suction tube configured to open or close the content inflow hole; and a sealing member installed with a close contact to an inner circumferential surface of the content suction tube configured to guide the contents, moving through the content inflow hole, to move exclusively to the interior of the pipette pipe when the check valve opens; characterised in a piston configured to ascend inside of the container body as contents are being used, and in a separation preventing member, disposed at an inner side of the content suction tube, configured to pressurize an upper end of the sealing member at an upper portion of the sealing member and prevent the sealing member from being separated from the content suction tube, so that the pipette part is configured to suck the contents stored in the container body without having an outer circumferential surface of the pipette pipe smeared or contaminated with the contents. a support body, coupled at an upper portion of the container body, equipped with a coupling part to which the pipette part is coupled, and equipped with a content suction tube extending into the interior of the container body from the coupling part such that the pipette pipe is configured to be inserted to or withdrawn from the content suction tube and having a content inflow hole at an inner lower end thereof; a check valve provided at an inner portion of the content suction tube configured to open or close the content inflow hole; and a sealing member installed with a close contact to an inner circumferential surface of the content suction tube configured to guide the contents, moving through the content inflow hole, to move exclusively to the interior of the pipette pipe when the check valve opens; characterised in a piston configured to ascend inside of the container body as contents are being used, and in a separation preventing member, disposed at an inner side of the content suction tube, configured to pressurize an upper end of the sealing member at an upper portion of the sealing member and prevent the sealing member from being separated from the content suction tube, so that the pipette part is configured to suck the contents stored in the container body without having an outer circumferential surface of the pipette pipe smeared or contaminated with the contents.
Method for preparing 2-hydroxy-4-(methylthio)butanenitrile by addition of prussic acid to 3-(methylthio)propanal in the presence of a) a heterogeneous catalyst, and b) a reaction medium, characterized in that the heterogeneous catalyst is not soluble in the reaction medium.
A crushing device used for assembly of cardan joints located on cardan shafts transmitting the rotation motion and torque on motorised vehicles, ensuring connection of a universal joint bearing located on reciprocal arms of an ujoint cross located in between the two mounting holes of a yoke half to said yoke half, said crushing device being formed on a body, said crushing device comprising: - at least two crushing members placed onto said body and providing compaction by crushing of the material around the hole into which the universal joint bearing seats in said yoke half, thus fixing the universal joint bearing. characterised in that; said crushing device further comprises: - at least two slots that provide positioning of said crushing members to the body upon insertion of at least one of said crushing members. - at least two crushing members placed onto said body and providing compaction by crushing of the material around the hole into which the universal joint bearing seats in said yoke half, thus fixing the universal joint bearing. - at least two slots that provide positioning of said crushing members to the body upon insertion of at least one of said crushing members.