mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: (a) a variable gain amplifier, operatively coupled to receive an input signal, the amplifier having at least a first input terminal, an output terminal, and a gain control terminal; (b) a first summer, operatively coupled to the output terminal of the variable gain amplifier for adding in a first offset signal; (c) a first multiplier, operatively coupled to an output of the first summer for receiving a proportional feedback factor signal and for correspondingly generating a multiplied feedback; (d) a second summer, operatively coupled to an output terminal of the first multiplier for adding in a corresponding second offset signal; and (e) a second multiplier, operatively coupled to an output of the second summer for receiving a gain factor signal and for correspondingly generating a multiplied gain signal; wherein the gain control terminal of the variable gain amplifier is operatively coupled to an output of the second multiplier. (a) a variable gain amplifier, operatively coupled to receive an input signal, the amplifier having at least a first input terminal, an output terminal, and a gain control terminal; (b) a first summer, operatively coupled to the output terminal of the variable gain amplifier for adding in a first offset signal; (c) a first multiplier, operatively coupled to an output of the first summer for receiving a proportional feedback factor signal and for correspondingly generating a multiplied feedback; (d) a second summer, operatively coupled to an output terminal of the first multiplier for adding in a corresponding second offset signal; and (e) a second multiplier, operatively coupled to an output of the second summer for receiving a gain factor signal and for correspondingly generating a multiplied gain signal; wherein the gain control terminal of the variable gain amplifier is operatively coupled to an output of the second multiplier.
An insulator of composite material for containing an arc-control chamber, having a cylindrical portion with two ends in which the arc-control chamber is housed and a frustoconical portion (10, 16) at each of its ends, the insulator being characterized in that the insulator is made as a first chamber and as a second chamber (4, 6), each of the chambers having a frustoconical portion (10, 16) itself followed by a cylindrical portion (8, 14), the first and second chambers (4, 6) being joined together end to end via their cylindrical portions (8, 14); the insulator further including an inside sleeve and an outside sleeve, the inside sleeve being arranged inside the chambers (4, 6), the outside sleeve being arranged outside the chambers (4, 6), the inside sleeve and the outside sleeve overlapping the end-to-end junction of the first and second chambers (4, 6); the inside sleeve, the first and second chambers (4, 6), and the outside sleeve are made of a composite material by helically winding a glass fiber filament, the winding angle of the filament constituting the outside sleeve being smaller than the winding angle of the glass fiber constituting the first and second chambers (4, 6), and the winding angle of the filament constituting the inside sleeve being greater than the winding angle of the glass fiber constituting the first and second chambers (4, 6); the coefficient of thermal expansion of the material constituting the inside sleeve is less than the coefficient of thermal expansion of the material constituting the first and second chambers (4, 6), and the coefficient of thermal expansion of the material constituting the outside sleeve is greater than the coefficient of thermal expansion of the material constituting the first and second chambers (4, 6).
Ferritic stainless steel with excellent ridging resistance having a composition consisting of, by mass%, C: 0.001 to 0.010%, Si: 0.30% or less, Mn: 0.30% or less, P: 0.040% or less, S: 0.0100% or less, Cr: 10.0 to 21.0%, Al: 0.010 to 0.200%, Ti: 0.015 to 0.300%, O: 0.0005 to 0.0050%, N: 0.001 to 0.020%, Ca: 0.0015% or less, and Mg: 0.0003% to 0.0030% further optionally containing, by mass%, one or more of B: 0.0020% or less, Nb: 0.60% or less, Mo: 2.0% or less, Ni: 2.0% or less, Cu: 2.0% or less, Sn: 0.50% or less V: 0.200% or less, Sb: 0.30% or less, W: 1.00% or less, Co: 1.00% or less, Zr: 0.0050% or less, REM: 0.0100% or less, Ta: 0.10% or less, and Ga: 0.0100% or less, and having a balance of Fe and impurities, in which steel, wherein complex inclusions including oxides and having a long axis of 1 μm or more are defined as complex inclusions A and defining complex inclusions satisfying Formula 1 to Formula 3 in said complex inclusions A as complex inclusions B, a number ratio of the number of said complex inclusions B to the number of said complex inclusions A satisfies Formula 4, and among said complex inclusions B, a number density of complex inclusions having a long axis of 2 μm or more and 15 μm or less is 2/mm 2 or more and 20/mm 2 or less: Al 2 O 3 / MgO ≤ 4 CaO ≤ 20 %. Al 2 O 3 + MgO ≥ 75 %. Number of complex inclusions B/Number of complex inclusions A ≥ 0.70 where, in Formula 1 to Formula 3, Al 2 O 3, MgO, and CaO indicate the respective mass% in the oxides, wherein the inclusions are measured according to the description. C: 0.001 to 0.010%, Si: 0.30% or less, Mn: 0.30% or less, P: 0.040% or less, S: 0.0100% or less, Cr: 10.0 to 21.0%, Al: 0.010 to 0.200%, Ti: 0.015 to 0.300%, O: 0.0005 to 0.0050%, N: 0.001 to 0.020%, Ca: 0.0015% or less, and Mg: 0.0003% to 0.0030% further optionally containing, by mass%, one or more of B: 0.0020% or less, Nb: 0.60% or less, Mo: 2.0% or less, Ni: 2.0% or less, Cu: 2.0% or less, Sn: 0.50% or less V: 0.200% or less, Sb: 0.30% or less, W: 1.00% or less, Co: 1.00% or less, Zr: 0.0050% or less, REM: 0.0100% or less, Ta: 0.10% or less, and Ga: 0.0100% or less, and having a balance of Fe and impurities, in which steel, wherein complex inclusions including oxides and having a long axis of 1 μm or more are defined as complex inclusions A and defining complex inclusions satisfying Formula 1 to Formula 3 in said complex inclusions A as complex inclusions B, a number ratio of the number of said complex inclusions B to the number of said complex inclusions A satisfies Formula 4, and among said complex inclusions B, a number density of complex inclusions having a long axis of 2 μm or more and 15 μm or less is 2/mm 2 or more and 20/mm 2 or less: Al 2 O 3 / MgO ≤ 4 CaO ≤ 20 %. Al 2 O 3 + MgO ≥ 75 %. Number of complex inclusions B/Number of complex inclusions A ≥ 0.70 where, in Formula 1 to Formula 3, Al 2 O 3, MgO, and CaO indicate the respective mass% in the oxides, wherein the inclusions are measured according to the description.
The use of a fusion protein comprising a SAUR polypeptide selected from the group consisting of SAUR 19, SAUR 21, SAUR 23 and SAUR 24, wherein said heterologous polypeptide is fused to the N-terminal end of SAUR and wherein said fusion protein is expressed in combination of the expression of a recombinant gene encoding a protein selected from the group consisting of ARL, ANT, AGF1, APC10, GRF5 and AVP1, and/or in combination with the expression of a recombinant microRNA encoded by JAW, and/or in combination with a downregulated or inactivated DA1-1 gene.
A method for modifying a free-form deformation representation of an object on a computer, the representation comprising a free-form deformation geometry and a free-form deformation control volume, the method comprising the steps of: deforming the free-form deformation control volume; selecting a first module of the object, wherein the first module comprises a part of the free-form deformation geometry and is situated in a first free-form deformation sub-control volume of the control volume; choosing a second module from a database, wherein the second module comprises a second free-form deformation geometry; replacing the part of the free-form deformation geometry with the second free-form deformation geometry, and characterized in including a step of replacing the deformed first sub-control volume by an undeformed second sub-control volume of the second free-form deformation geometry in the free-form deformation control volume, wherein the structure of the undeformed first and second sub-control volumes is the same. deforming the free-form deformation control volume; selecting a first module of the object, wherein the first module comprises a part of the free-form deformation geometry and is situated in a first free-form deformation sub-control volume of the control volume; choosing a second module from a database, wherein the second module comprises a second free-form deformation geometry; replacing the part of the free-form deformation geometry with the second free-form deformation geometry, and characterized in including a step of replacing the deformed first sub-control volume by an undeformed second sub-control volume of the second free-form deformation geometry in the free-form deformation control volume, wherein the structure of the undeformed first and second sub-control volumes is the same.
A method for producing hollow glass spheres, wherein a glass melt is firstly generated from at least one raw material and a refining agent which escapes in gas form at a temperature above a refining temperature of the glass melt, the said glass melt is subjected to a refining process and then a strand-like glass melt stream is generated and small elements are separated from this and accelerated in the direction of a process region which is regulated in terms of temperature and/or pressure and/or atmosphere composition, wherein a first process sub-region of the process region is regulated, at least in sections, to a temperature which is below a refining temperature of the glass melt and/or regulated to a pressure which is above a limit pressure and/or in which a reducing atmosphere is generated, at least in sections, so that a reboil reaction is prevented in the first process sub-region, and a second process sub-region is regulated, at least in sections, to a temperature which is above the refining temperature of the gas melt and/or regulated to a pressure which is below a limit pressure and/or in which an oxidizing atmosphere is generated, at least in sections, so that a reboil reaction is induced in the second process sub-region, and the elements pass through the second process sub-region in a free-flight phase after they have passed through the first process sub-region.
A hitch for connecting an implement to a vehicle, the hitch comprising: a first frame for attachment to the vehicle, the first frame comprising: a pair of substantially L-shaped parallel elongated members fixedly connected together, each of the elongated members comprising: a first extremity for attaching to the vehicle, a second extremity defining an internally substantially cylindrical wall, and a third extremity projecting vertically from the second extremity and defining an upper male connector, the wall projecting internally from and downwardly between the pair of elongated members; a second frame for attachment to the implement, the second frame comprising: a pair of complementary linkage members fixedly connected together, each of the linkage members comprising: a first extremity defining an upper female connector for receiving one of the upper male connectors, and a second extremity defining an internally substantially cylindrical wall projecting externally from and upwardly away from the pair of complementary linkage members; and an attachment for attaching the second frame to the implement; and a pair of locking mechanisms, each locking mechanism being configured for engaging one of the walls of the second frame and a corresponding wall of the first frame when the upper female connectors of the second frame receive the upper male connectors of the first frame. a first frame for attachment to the vehicle, the first frame comprising: a pair of substantially L-shaped parallel elongated members fixedly connected together, each of the elongated members comprising: a first extremity for attaching to the vehicle, a second extremity defining an internally substantially cylindrical wall, and a third extremity projecting vertically from the second extremity and defining an upper male connector, the wall projecting internally from and downwardly between the pair of elongated members; a second frame for attachment to the implement, the second frame comprising: a pair of complementary linkage members fixedly connected together, each of the linkage members comprising: a first extremity defining an upper female connector for receiving one of the upper male connectors, and a second extremity defining an internally substantially cylindrical wall projecting externally from and upwardly away from the pair of complementary linkage members; and an attachment for attaching the second frame to the implement; and a first extremity defining an upper female connector for receiving one of the upper male connectors, and a second extremity defining an internally substantially cylindrical wall projecting externally from and upwardly away from the pair of complementary linkage members; and an attachment for attaching the second frame to the implement; and a pair of locking mechanisms, each locking mechanism being configured for engaging one of the walls of the second frame and a corresponding wall of the first frame when the upper female connectors of the second frame receive the upper male connectors of the first frame.
An integrated circuit, comprising: an input port by which data can be received from a source external to the integrated circuit; a configurable logic array; a configuration data memory array adapted to store configuration data for the configurable logic array; a first memory array adapted to store instructions for a configuration load function and instructions for an initialization function used to transfer the configuration data to the configurable logic array in response to an initialization event; and a second memory array adapted to store instructions for a mission function for the integrated circuit, wherein the mission function includes user and/or application specific instructions that are configured to accomplish the mission of the integrated circuit while in use, characterized in that the integrated circuit further comprises a control circuit adapted to act as an interface between the configuration data memory array and the configurable logic array; a third memory array adapted to store instructions for encryption/decryption functions and instructions for compression/decompression functions; a processor coupled to the memories (107, 108, 161, 172) and adapted to fetch and execute instructions from the memories (107, 108, 161, 172); and a data register, a configuration register and a timing register provided between the processor and the configuration data memory array and adapted to trade data, configuration data, and timing signals between the processor and the configuration data memory array, wherein the configuration load function is adapted to establish a channel via the input port between the source external to the integrated circuit and the configuration data memory array, and to exercise the decryption and decompression functions from the third memory array when loading configuration data received from the source external to the integrated circuit in a format that is both encrypted and compressed into the configuration data memory. an input port by which data can be received from a source external to the integrated circuit; a configurable logic array; a configuration data memory array adapted to store configuration data for the configurable logic array; a first memory array adapted to store instructions for a configuration load function and instructions for an initialization function used to transfer the configuration data to the configurable logic array in response to an initialization event; and a second memory array adapted to store instructions for a mission function for the integrated circuit, wherein the mission function includes user and/or application specific instructions that are configured to accomplish the mission of the integrated circuit while in use,
A retainer (10, 110) for a one-way clutch, comprising: an annular portion (12, 112) including an inner circumferential surface (20, 120); an outer circumferential surface (22, 122); a first axial surface (24, 124) disposed between the inner circumferential surface (20, 120) and the outer circumferential surface (22, 122); a second axial surface (26, 126) disposed between the inner circumferential surface (22, 122) and the outer circumferential surface (24, 124), and the second axial surface (26, 126) being configured to engage an outer race of the one-way clutch assembly; and a plurality of outer lobes (16, 16', 116, 116') projecting generally radially outwardly from the outer circumferential surface (22, 122), and being configured to engage the outer race of the one-way clutch assembly, wherein at least one (16', 116') of the outer lobes (16, 16', 116, 116') includes a fastening feature (42', 50', 52', 142', 150', 152'); said first axial surface (24, 124) having a plurality of grooves (28, 128); said fastening feature includes a recessed surface (42', 142') which is configured to support a fastener; and characterised in that said recessed surface includes rounded corners and an elevated portion between the rounded corners. an annular portion (12, 112) including an inner circumferential surface (20, 120); an outer circumferential surface (22, 122); a first axial surface (24, 124) disposed between the inner circumferential surface (20, 120) and the outer circumferential surface (22, 122); a second axial surface (26, 126) disposed between the inner circumferential surface (22, 122) and the outer circumferential surface (24, 124), and the second axial surface (26, 126) being configured to engage an outer race of the one-way clutch assembly; and an inner circumferential surface (20, 120); an outer circumferential surface (22, 122); a first axial surface (24, 124) disposed between the inner circumferential surface (20, 120) and the outer circumferential surface (22, 122); a second axial surface (26, 126) disposed between the inner circumferential surface (22, 122) and the outer circumferential surface (24, 124), and the second axial surface (26, 126) being configured to engage an outer race of the one-way clutch assembly; and a plurality of outer lobes (16, 16', 116, 116') projecting generally radially outwardly from the outer circumferential surface (22, 122), and being configured to engage the outer race of the one-way clutch assembly, wherein at least one (16', 116') of the outer lobes (16, 16', 116, 116') includes a fastening feature (42', 50', 52', 142', 150', 152'); said first axial surface (24, 124) having a plurality of grooves (28, 128); said fastening feature includes a recessed surface (42', 142') which is configured to support a fastener; and characterised in that said recessed surface includes rounded corners and an elevated portion between the rounded corners.
Apparatus for the preparation of a beverage having at least one beverage outlet nozzle for discharging the beverage into a beverage container, the apparatus comprising a cleaning structure for cleaning an exterior surface of the beverage outlet nozzle which cleaning structure is movably arranged relative to the beverage outlet nozzle, said cleaning structure moveable between an idle position allowing the beverage outlet nozzle to discharge the beverage into a beverage container and an operating position allowing cleaning of the beverage outlet nozzle, and the apparatus including a housing having at least one side wall, characterised in that the cleaning structure is movable from the idle position which is substantially within the housing, via an opening in the side wall to the operating position.
A wide-field fluorescence microscope for observing an object plane in a three-dimensional object medium able to emit fluorescence light in response to illumination light, characterized in that it comprises a first optical channel for the illumination light, a second optical channel for the illumination light and the fluorescence light and a third optical channel for the fluorescence light, wherein the first channel comprises a spatial modulator that limits the field of the wide-field microscope, wherein the second channel extends between the object plane and a beamsplitter, which is dichroic with respect to the illumination light and to the fluorescence light, wherein the third channel extends between the second channel and a camera able to detect the fluorescence light, wherein the microscope comprises an optical means for conjugating the spatial modulator with the object plane for the illumination light and for conjugating the object plane with the camera for the fluorescence light and wherein the third channel comprises an optical element that is dispersive to the fluorescence light.
A writing instrument comprising a plurality of retraction mechanisms, wherein each of the plurality of retraction mechanisms is configured to actuate a respective retractable writing tip, characterised in that each retraction mechanism is configured to produce a different predetermined sound that is suitable for being detected by an electronic device.
A melt-extruded polymer composition comprising a) at least one cellulose ether, b) one or more active ingredients and c) one or more optional additives, wherein said at least one cellulose ether has anhydroglucose units joined by 1-4 linkages and has methyl groups, hydroxyalkyl groups, and optionally alkyl groups being different from methyl as substituents such that said at least one cellulose ether has an MS (hydroxyalkyl) of 0.05 to 0.55 and hydroxyl groups of anhydroglucose units are substituted with methyl groups such that [s23/s26 - 0.2*MS(hydroxyalkyl)] is 0.28 or less, wherein s23 is the molar fraction of anhydroglucose units wherein only the two hydroxyl groups in the 2- and 3-positions of the anhydroglucose unit are substituted with a methyl group and wherein s26 is the molar fraction of anhydroglucose units wherein only the two hydroxyl groups in the 2- and 6-positions of the anhydroglucose unit are substituted with a methyl group.
Upward acting door with a door leaf, a lower beam and a lifting mechanism for raising and lowering the door leaf, the lifting mechanism comprising a first shaft, at least one first motor for rotating the first shaft, at least one second shaft, which second shaft is located parallel to the first shaft at a distance from the first shaft,on which first shaft there are first coils for suspension elements, such as lifting wires, wrapping around the first coils, the suspension elements wrapping around the first coils being attached from their first ends to the lower beam, and the second shaft has second coils for suspension elements, such as lifting wires, wrapping around the second coils, characterized in that the suspension elements wrapping around the second coils are attached from their first ends to the lower beam at a distance from the suspension elements of the first coil viewed in the direction of width of the lower beam, wherein the lifting mechanism further comprises at least one second motor for rotating the second shaft and wherein the first shaft and the second shaft are connected to each other with a synchronizer synchronising the rotational speed of the shafts.