mhurhangee/patent-ind-claim-en huggingface dataset:
Process of production of a nanopatterned and/or nanoprocessed substrate article by use of nanoimprint lithography processes comprising or consisting of the following steps: a. providing a substrate suitable for nanoimprint lithography processes, b. applying a suitable amount of a resist composition comprising or consisting of a perfluoropolyether (PFPE)-based reactive copolymer, a suitable reactive diluent and a suitable polymerization initiator on at least part of the surface of the substrate provided in step a), c. providing a stamp suitable for nanoimprint lithography processes and imprinting the resist composition applied to the substrate in step b) with the stamp to generate a negative copy of the stamp topography on the resist, d. releasing the stamp to set free an imprinted resist article on the substrate and e. subsequently using at least a part of the imprinted resist article as an etch mask to produce a nanopatterned substrate article comprising at least part of a positive copy of the topography of the imprinted resist article and/or f. subsequently etching a part of the imprinted resist article and using the partly etched imprinted resist article as a deposition mask to deposit a further material to the substrate to produce a heterogeneous nanoprocessed substrate article. a. providing a substrate suitable for nanoimprint lithography processes, b. applying a suitable amount of a resist composition comprising or consisting of a perfluoropolyether (PFPE)-based reactive copolymer, a suitable reactive diluent and a suitable polymerization initiator on at least part of the surface of the substrate provided in step a), c. providing a stamp suitable for nanoimprint lithography processes and imprinting the resist composition applied to the substrate in step b) with the stamp to generate a negative copy of the stamp topography on the resist, d. releasing the stamp to set free an imprinted resist article on the substrate and e. subsequently using at least a part of the imprinted resist article as an etch mask to produce a nanopatterned substrate article comprising at least part of a positive copy of the topography of the imprinted resist article and/or f. subsequently etching a part of the imprinted resist article and using the partly etched imprinted resist article as a deposition mask to deposit a further material to the substrate to produce a heterogeneous nanoprocessed substrate article.
A remote control system for controlling a first domestic appliance , in particular a cooking hob, wherein: - the remote control system comprises the first domestic appliance and at least one remote device , - the first domestic appliance is connected to the remote device via an acoustic connection , and - the first domestic appliance is controllable by the remote device , if a predefined sound signal from the first domestic appliance to the remote device via the acoustic connection is recognised by said remote device , characterised in that the first domestic appliance is controllable, in particular only controllable, by the remote device , if the predefined sound signal from the first domestic appliance to the remote device via the acoustic connection is recognised by said remote device within a predefined time interval, after a control command has been sent from the remote device to the first domestic appliance . - the remote control system comprises the first domestic appliance and at least one remote device , - the first domestic appliance is connected to the remote device via an acoustic connection , and - the first domestic appliance is controllable by the remote device , if a predefined sound signal from the first domestic appliance to the remote device via the acoustic connection is recognised by said remote device ,
A coin roll unit , comprising: a stacker that is configured to store a coin roll (C) composed of a plurality of coins piled in a piling direction in a layered manner; a lift that is configured to transport the coin roll (C); and a picker that is configured to transfer the coin roll (C) from the stacker to the lift , wherein the picker comprises an in-picker restriction member that is configured to restrict a position of the coin roll (C) in the picker in the piling direction, the picker is configured such that the in-picker restriction member is attachable to the picker at any position in the picker in the piling direction, the stacker comprises an in-stacker restriction member that is configured to restrict a position of the coin roll (C) in the stacker in the piling direction, the in-picker restriction member has an opposing surface facing the coin roll (C) in the picker , the in-stacker restriction member has an opposing surface facing the coin roll (C) in the stacker , and the opposing surface of the in-picker restriction member and the opposing surface of the in-stacker restriction member are configured to be located in a same plane and are configured to guide the coin roll (C) in a direction orthogonal to the piling direction. a stacker that is configured to store a coin roll (C) composed of a plurality of coins piled in a piling direction in a layered manner; a lift that is configured to transport the coin roll (C); and a picker that is configured to transfer the coin roll (C) from the stacker to the lift , wherein the picker comprises an in-picker restriction member that is configured to restrict a position of the coin roll (C) in the picker in the piling direction, the picker is configured such that the in-picker restriction member is attachable to the picker at any position in the picker in the piling direction, the stacker comprises an in-stacker restriction member that is configured to restrict a position of the coin roll (C) in the stacker in the piling direction, the in-picker restriction member has an opposing surface facing the coin roll (C) in the picker , the in-stacker restriction member has an opposing surface facing the coin roll (C) in the stacker , and the opposing surface of the in-picker restriction member and the opposing surface of the in-stacker restriction member are configured to be located in a same plane and are configured to guide the coin roll (C) in a direction orthogonal to the piling direction.
A high fatigue strength aluminum alloy comprising, in wt.%: Cu between 3.0 - 3.5%; Fe between 0 - 1.3%; Mg between 0.24 - 0.35%; Mn between 0 - 0.8%; Si between 6.5 - 12.0%; Sr between 0 - 0.025%; Ti between 0.05 - 0.2%; V between 0.20 - 0.35%; Zn between 0 - 3.0%; Zr between 0.2 - 0.4%; maximum 0.5% other elements; and balance Al, wherein the alloy defines a microstructure having a matrix with the Zr and the V in solid solution after solidification, with solid solution Zr of at least 0.16% after heat treatment and solid solution V of at least 0.20% after heat treatment, and the Cu and the Mg dissolved into the matrix during the heat treatment and subsequently precipitated during the heat treatment. Cu between 3.0 - 3.5%; Fe between 0 - 1.3%; Mg between 0.24 - 0.35%; Mn between 0 - 0.8%; Si between 6.5 - 12.0%; Sr between 0 - 0.025%; Ti between 0.05 - 0.2%; V between 0.20 - 0.35%; Zn between 0 - 3.0%; Zr between 0.2 - 0.4%; maximum 0.5% other elements; and balance Al,
A method for enriching oysters in polyunsaturated fatty acids comprising DHA, EPA and/or ARA and/or carotenoid(s) chosen among astaxanthin, lutein, fucoxanthin, zeaxanthin and/or violaxanthin, comprising the following steps: - setting the oysters in a seawater tank, and - adding microalgae of interest to said seawater tank, said microalgae of interest being selected and cultivated beforehand so as to contain at least 2% by dry weight of polyunsaturated fatty acids mentioned above and/or at least 1% by dry weight of at least one of the carotenoids mentioned above, the method being carried out in the 1 to 10 weeks before said molluscs are consumed. - setting the oysters in a seawater tank, and - adding microalgae of interest to said seawater tank, said microalgae of interest being selected and cultivated beforehand so as to contain at least 2% by dry weight of polyunsaturated fatty acids mentioned above and/or at least 1% by dry weight of at least one of the carotenoids mentioned above,
A turbine nozzle comprising: turbine stator vanes each being formed by combining ceramics with a fiber fabric , an end of the fiber fabric being bent and being integrally molded into shapes corresponding to a bent section, an airfoil portion and a band section connecting to the airfoil portion via the bent section; a flow path of gas between airfoil portions of adjacent two of the turbine stator vanes ; characterised by a seal member extending across a space (S) between the bent section of a first turbine stator vane of adjacent two of the turbine stator vanes and a tip part of the band section , which is spaced from the bent section of the first turbine stator vane, of a second turbine stator vane of the adjacent two of the turbine stator vanes ; wherein the band section of each turbine stator vane includes an inner surface facing the flow path and an outer surface opposite to the inner surface, the band section of the second turbine stator vane includes a first section located at the tip of the band section of the second turbine stator vane and a second section located closer to the bent section than the first section, in the second turbine stator vane, a thickness between the inner surface of the band section and the outer surface of the band section is thinner at the first section than that at the second section. turbine stator vanes each being formed by combining ceramics with a fiber fabric , an end of the fiber fabric being bent and being integrally molded into shapes corresponding to a bent section, an airfoil portion and a band section connecting to the airfoil portion via the bent section; a flow path of gas between airfoil portions of adjacent two of the turbine stator vanes ; characterised by a seal member extending across a space (S) between the bent section of a first turbine stator vane of adjacent two of the turbine stator vanes and a tip part of the band section , which is spaced from the bent section of the first turbine stator vane, of a second turbine stator vane of the adjacent two of the turbine stator vanes ; wherein the band section of each turbine stator vane includes an inner surface facing the flow path and an outer surface opposite to the inner surface, the band section of the second turbine stator vane includes a first section located at the tip of the band section of the second turbine stator vane and a second section located closer to the bent section than the first section, in the second turbine stator vane, a thickness between the inner surface of the band section and the outer surface of the band section is thinner at the first section than that at the second section.
Fin for a finned pack for heat exchangers, comprising a plate in which a plurality of through holes is made for the positioning of tubes intended to convey a first heat exchange fluid, said plate having an edge as well as two main faces each intended to be licked by a second heat exchange fluid in a crossing direction (A-A) from an inlet portion to an outlet portion of said edge of said plate , said holes being delimited by a respective inner delimiting wall of said plate including a first portion facing towards said inlet portion and a second portion facing towards said outlet portion , said fin comprising at least one confinement unit for said second fluid arranged around a hole of said plurality of holes so as to obtain at least one partially surrounded hole , said at least one confinement unit comprising two baffles arranged one opposite the other with respect to a respective partially surrounded hole as well as each surrounding and spaced from a respective section of said second portion of said delimiting wall of said partially surrounded hole , so as to confine, during use, on said plate a first flow zone (FZ1) of said second fluid between each baffle and a respective section of said second portion of said delimiting wall , characterized in that said baffles have a substantially tubular structure so as to delimit a first opening .
A yarn forming element for an air spinning nozzle, comprising a spinning cone having a cone tip , the spinning cone forming a first end face having an inlet opening , a channel body forming a second end face having an outlet opening , the channel body and the spinning cone being interconnected, and a passage , which passes through the channel body and the spinning cone in order to connect the inlet opening to the outlet opening , wherein the spinning cone has a frustoconical partial segment , which extends toward the second end face with increasing distance of the inner surface side of said frustoconical partial segment from an outer surface side of the channel body such that an intermediate space is formed, which channel body radially delimits the passage , characterised in that the yarn forming element is formed as a single piece, more particularly from a ceramic material. a spinning cone having a cone tip , the spinning cone forming a first end face having an inlet opening , a channel body forming a second end face having an outlet opening , the channel body and the spinning cone being interconnected, and a passage , which passes through the channel body and the spinning cone in order to connect the inlet opening to the outlet opening , wherein the spinning cone has a frustoconical partial segment , which extends toward the second end face with increasing distance of the inner surface side of said frustoconical partial segment from an outer surface side of the channel body such that an intermediate space is formed, which channel body radially delimits the passage , characterised in that the yarn forming element is formed as a single piece, more particularly from a ceramic material.
Procedure for treating a hose, especially a fabric hose which is intermittingly moved in its longitudinal direction, according to the following treatment steps: - folding together the hose into two hose-layers (8.1 ; 8.2) lying planar one upon the other; - treating the two hose-layers (8.1; 8.2) within - related to the longitudinal direction of the hose - a limited surface area in a hose-working tool ; - introducing between the two hose-layers (8.1; 8.2) a separator element in the form of an essentially plate-like, oblong and compression proof tongue which reaches with one end into the working area of the hose-working tool and which is fastened with the other end to a separator element holding device (6; 6') and - retaining the separator element by means of a separator element retaining device cooperating with the separator element holding device characterised in that the separator element , the separator holding device (6; 6') and the separator element retaining device (7 - 7) are in the moving direction (f 2 ) of the hose, positioned in front of the tube working tool . - folding together the hose into two hose-layers (8.1 ; 8.2) lying planar one upon the other; - treating the two hose-layers (8.1; 8.2) within - related to the longitudinal direction of the hose - a limited surface area in a hose-working tool ; - introducing between the two hose-layers (8.1; 8.2) a separator element in the form of an essentially plate-like, oblong and compression proof tongue which reaches with one end into the working area of the hose-working tool and which is fastened with the other end to a separator element holding device (6; 6') and - retaining the separator element by means of a separator element retaining device cooperating with the separator element holding device characterised in that the separator element , the separator holding device (6; 6') and the separator element retaining device (7 - 7) are in the moving direction (f 2 ) of the hose, positioned in front of the tube working tool .
A device for reinforcing a structural element in a motor vehicle, said device comprising: a reinforcing element , which has a longitudinal axis and which can be arranged in a cavity of the structural element, wherein the reinforcing element comprises walls which extend substantially in the direction of the longitudinal axis , and wherein the reinforcing element comprises at least one open side, which likewise extends in the direction of the longitudinal axis , characterized in that the walls directly adjoining the open side are designed in a convergent manner in that extensions of said adjoining walls running in the direction of the open side and perpendicularly to the longitudinal axis intersect. a reinforcing element , which has a longitudinal axis and which can be arranged in a cavity of the structural element, wherein the reinforcing element comprises walls which extend substantially in the direction of the longitudinal axis , and wherein the reinforcing element comprises at least one open side, which likewise extends in the direction of the longitudinal axis , characterized in that the walls directly adjoining the open side are designed in a convergent manner in that extensions of said adjoining walls running in the direction of the open side and perpendicularly to the longitudinal axis intersect.
Device having a holder and a component , in particular a fuel distributor , for fastening to an internal combustion engine , having a holding element , wherein the holding element has a component-side connecting portion at which the holding element can be connected to the component , and wherein the holding element has a fastening means-side connecting portion at which the holding element can be fastened to the internal combustion engine via a fastening means , wherein at least one receiving part and a fastening sleeve are provided, that the receiving part serves for connecting the fastening sleeve to the fastening means-side connecting portion of the holding element , and that the fastening sleeve has a through-opening through which the fastening means can be guided, and wherein the component has a tubular basic body , and at least one fastening region of an outer side of the basic body is at least approximately configured as part of a cylinder lateral surface, and wherein the at least one holder (3 - 5) is fastened at its component-side connecting portion to the fastening region on the outer side of the basic body , characterized in that an aperture , in which the fastening sleeve is arranged, is provided on the fastening means-side connecting portion , and in that a positioning play is provided between the fastening sleeve and the aperture and makes it possible, before the fastening sleeve is connected to the fastening means-side connecting portion via the receiving part , for the fastening sleeve to be positioned in an axial direction of the fastening sleeve and at least one radial direction of the fastening sleeve relative to the fastening means-side connecting portion , with the result that a distance between the lower side of the fastening sleeve and the surface of a cylinder head of the internal combustion engine can be adjusted, wherein the receiving part is configured as a partially annular receiving part and circumferentially partially encloses the fastening sleeve , or the receiving part is configured as an annular receiving part and circumferentially encloses the fastening sleeve , and wherein the component-side connecting portion is connected to the tubular basic body in an integrally bonded manner, and the receiving part is connected to the fastening means-side connecting portion in an integrally bonded manner, and the receiving part is connected to the fastening sleeve in an integrally bonded manner.
An electrical motor comprising: a motor case ; a rotor that is housed in the motor case and rotatable about a rotor shaft ; a stator that is provided around the rotor in the motor case and configured by winding a stator coil around a stator core ; and a first spray nozzle that is provided in the motor case for spraying liquid coolant toward an inner circumferential surface of the motor case , wherein the stator coil has a first coil end protruded from the stator core along a direction of the rotor shaft , and the first spray nozzle is configured to spread the coolant as mist by splashing the coolant on the inner circumferential surface to make the spread mist over the first coil end , the first spray nozzle is configured to spray the coolant in a rotational direction of the rotor characterized in that ; an inside of the motor case is segmented into a first chamber located on one side of the rotor and the stator and a second chamber on another side of the rotor and the stator , the first coil end is protruded into the first chamber , the first spray nozzle is provided in the first chamber to spray the coolant into the first chamber , and the electrical motor further comprises a gas injection nozzle for injecting high-pressure gas into the second chamber . a motor case ; a rotor that is housed in the motor case and rotatable about a rotor shaft ; a stator that is provided around the rotor in the motor case and configured by winding a stator coil around a stator core ; and a first spray nozzle that is provided in the motor case for spraying liquid coolant toward an inner circumferential surface of the motor case , wherein the stator coil has a first coil end protruded from the stator core along a direction of the rotor shaft , and the first spray nozzle is configured to spread the coolant as mist by splashing the coolant on the inner circumferential surface to make the spread mist over the first coil end , the first spray nozzle is configured to spray the coolant in a rotational direction of the rotor characterized in that ; an inside of the motor case is segmented into a first chamber located on one side of the rotor and the stator and a second chamber on another side of the rotor and the stator , the first coil end is protruded into the first chamber , the first spray nozzle is provided in the first chamber to spray the coolant into the first chamber , and the electrical motor further comprises a gas injection nozzle for injecting high-pressure gas into the second chamber .