mhurhangee/ep-ind-claims huggingface dataset:
A wobble plate drive system, comprising: a stator having a central axis and a plurality of stator teeth; a wobble plate having a wobble axis disposed at a non-zero angle relative to the central axis, an outer cylindrical surface, a first annular surface, a plurality of wobble teeth, and a plurality of face teeth disposed on the first annular surface and extending in a direction parallel to the wobble axis; and an output gear having an output axis substantially aligned with the central axis, a second annular surface, and a plurality of output teeth disposed on the second annular surface; wherein the wobble plate is configured to rotate, the plurality of wobble teeth are configured to engage with the plurality of stator teeth, and the plurality of face teeth are configured to engage with the plurality of output teeth as the wobble plate nutates around the stator, characterized in that the plurality of stator teeth are disposed on an inner cylindrical surface of the stator and the plurality of wobble teeth are disposed on the outer cylindrical surface of the wobble plate. a stator having a central axis and a plurality of stator teeth; a wobble plate having a wobble axis disposed at a non-zero angle relative to the central axis, an outer cylindrical surface, a first annular surface, a plurality of wobble teeth, and a plurality of face teeth disposed on the first annular surface and extending in a direction parallel to the wobble axis; and an output gear having an output axis substantially aligned with the central axis, a second annular surface, and a plurality of output teeth disposed on the second annular surface; wherein the wobble plate is configured to rotate, the plurality of wobble teeth are configured to engage with the plurality of stator teeth, and the plurality of face teeth are configured to engage with the plurality of output teeth as the wobble plate nutates around the stator, characterized in that the plurality of stator teeth are disposed on an inner cylindrical surface of the stator and the plurality of wobble teeth are disposed on the outer cylindrical surface of the wobble plate.
A lubricating oil composition which comprises or is made by admixing: an oil of lubricating viscosity, in a major amount; one or more oil-soluble or oil-dispersible sulphur containing anti-oxidant(s) selected from: one or more sulfurized C 4 to C 25 olefin(s); one or more sulphur containing phenolic anti-oxidant(s); one or more sulfurized aliphatic C 7 to C 29 hydrocarbyl fatty acid ester(s); one or more sulphur containing molybdenum compound(s); and, combinations thereof, as an additive in an effective minor amount providing the lubricating oil composition with greater than or equal to 0.01 mass % sulphur; one or more oil-soluble or oil-dispersible linear acyclic C 12 to C 18 alk-1-ene(s), as an additive in an effective minor amount of greater than or equal to 0.01 mass %, based on the total mass of the lubricating oil composition; and, one or more dihydrocarbyl dithiophosphate zinc salt(s), as an additive in an effective minor amount providing the lubricating oil composition with no greater than 1200 ppm by mass of phosphorus (ASTM D5185), based on the total mass of the lubricating oil composition. an oil of lubricating viscosity, in a major amount; one or more oil-soluble or oil-dispersible sulphur containing anti-oxidant(s) selected from: one or more sulfurized C 4 to C 25 olefin(s); one or more sulphur containing phenolic anti-oxidant(s); one or more sulfurized aliphatic C 7 to C 29 hydrocarbyl fatty acid ester(s); one or more sulphur containing molybdenum compound(s); and, combinations thereof, as an additive in an effective minor amount providing the lubricating oil composition with greater than or equal to 0.01 mass % sulphur; one or more oil-soluble or oil-dispersible linear acyclic C 12 to C 18 alk-1-ene(s), as an additive in an effective minor amount of greater than or equal to 0.01 mass %, based on the total mass of the lubricating oil composition; and, one or more dihydrocarbyl dithiophosphate zinc salt(s), as an additive in an effective minor amount providing the lubricating oil composition with no greater than 1200 ppm by mass of phosphorus (ASTM D5185), based on the total mass of the lubricating oil composition.
A heat exchanger, in particular a condensation heat exchanger, having: - an exchanger unit including a plurality of coiled conduits substantially coaxial to each other for a first fluid, comprising at least one first and one second conduit, the first and the second conduit having coils of different diameter, such that the second conduit forms a helix extending within a helix formed by the first conduit (21, 23), and - a casing for housing the exchanger unit, the casing having a first end wall, a second end wall and a peripheral part between the two end walls (3, 4), the casing being adapted to receive a second fluid for heat exchange with the first fluid, the first wall having a through opening, particularly for a burner, wherein each conduit of the plurality has an inlet (21a, 22a, 23a) and an outlet (21b, 22b, 23b), the outlet (21b, 23b) of the first conduit (21, 23) being connected substantially in series with the inlet of the second conduit, characterized in that the exchanger unit is supported by first end wall of the casing and in that the inlet (21 a) of the first conduit and the outlet of the second conduit are substantially at the first end wall of the casing. - an exchanger unit including a plurality of coiled conduits substantially coaxial to each other for a first fluid, comprising at least one first and one second conduit, the first and the second conduit having coils of different diameter, such that the second conduit forms a helix extending within a helix formed by the first conduit (21, 23), and - a casing for housing the exchanger unit, the casing having a first end wall, a second end wall and a peripheral part between the two end walls (3, 4), the casing being adapted to receive a second fluid for heat exchange with the first fluid, the first wall having a through opening, particularly for a burner, wherein each conduit of the plurality has an inlet (21a, 22a, 23a) and an outlet (21b, 22b, 23b), the outlet (21b, 23b) of the first conduit (21, 23) being connected substantially in series with the inlet of the second conduit, characterized in that the exchanger unit is supported by first end wall of the casing and in that the inlet (21 a) of the first conduit and the outlet of the second conduit are substantially at the first end wall of the casing.
A method for revamping a melamine purification section of a high pressure melamine plant comprising: a quencher fed with a first melamine-containing stream from the synthesis section and an aqueous solution comprising ammonia and carbon dioxide, wherein melamine is dissolved and off-gas are extracted; a stripper fed with a second melamine-containing stream from said quencher and with a stripping medium, wherein purified melamine is obtained and vapours are extracted; a first heat exchanger, wherein said vapours are at least partially condensed by heat exchange with an aqueous solution, providing a condensed stream; an absorber fed with said condensed stream from said first heat exchanger and providing an aqueous solution, which is at least partially used for condensing the vapours in said first heat exchanger, re-condensed in a second heat-exchanger and recycled to the quencher, said method being characterized by installing a line feeding a stream of water, possibly added with ammonia, to the quencher, at least a portion of said stream of water being heated inside said second heat exchanger; dismissing the stripper; dismissing the first heat exchanger; redirecting the stripping medium to the quencher; installing a line for exporting said second melamine-containing stream from said quencher; dismissing the absorber. a quencher fed with a first melamine-containing stream from the synthesis section and an aqueous solution comprising ammonia and carbon dioxide, wherein melamine is dissolved and off-gas are extracted; a stripper fed with a second melamine-containing stream from said quencher and with a stripping medium, wherein purified melamine is obtained and vapours are extracted; a first heat exchanger, wherein said vapours are at least partially condensed by heat exchange with an aqueous solution, providing a condensed stream; an absorber fed with said condensed stream from said first heat exchanger and providing an aqueous solution, which is at least partially used for condensing the vapours in said first heat exchanger, re-condensed in a second heat-exchanger and recycled to the quencher, said method being characterized by installing a line feeding a stream of water, possibly added with ammonia, to the quencher, at least a portion of said stream of water being heated inside said second heat exchanger; dismissing the stripper; dismissing the first heat exchanger; redirecting the stripping medium to the quencher; installing a line for exporting said second melamine-containing stream from said quencher; dismissing the absorber.
A wear member attachment system for a lip of an excavation implement, the system comprising: a first wear member including a first portion which protects a lowermost surface of the lip, a second portion which protects an upper surface of the lip, and a protrusion which extends angularly from the first portion; and a wear member adapter that provides for attachment of the first wear member to the lip, wherein the wear member adapter is securable to the lip by at least one first fastener, wherein interaction between the protrusion and a receptacle on the wear member adapter deflects the first wear member toward the lip as the first wear member is installed on the wear member adapter, and wherein the first wear member is secured to the wear member adapter by at least one second fastener. a first wear member including a first portion which protects a lowermost surface of the lip, a second portion which protects an upper surface of the lip, and a protrusion which extends angularly from the first portion; and a wear member adapter that provides for attachment of the first wear member to the lip, wherein the wear member adapter is securable to the lip by at least one first fastener, wherein interaction between the protrusion and a receptacle on the wear member adapter deflects the first wear member toward the lip as the first wear member is installed on the wear member adapter, and wherein the first wear member is secured to the wear member adapter by at least one second fastener.
A method for adaptive modulation and coding, AMC, in a communications network, comprising steps: coding and decoding data using a set of codes having variable rate and multiple variable parity-check matrices, PCMs; and modulating and demodulating the data using a set of modulation formats having variable order and variable dimension, wherein the coding and the modulating are performed in a transmitter and the demodulating and the decoding are performed in a receiver; wherein the set of modulation formats include a high dimensional modulation, HDM, format used in one of the following modulation and coding schemes: block-coded high-dimensional modulations, comprising 4-dimensional, 4D, simplex modulation, 8D modulation based on an extended Hamming code, 16D modulation based on a Nordstrom-Robinson nonlinear code, and 24D modulation based on an extended Golay code; sphere-cut lattice-packed modulations, comprising 4D checker board lattice, 6D diamond lattice, 12D Coxeter-Todd lattice, 16D Barnes-Wall lattice, and 24D Leech lattice. coding and decoding data using a set of codes having variable rate and multiple variable parity-check matrices, PCMs; and modulating and demodulating the data using a set of modulation formats having variable order and variable dimension, wherein the coding and the modulating are performed in a transmitter and the demodulating and the decoding are performed in a receiver; block-coded high-dimensional modulations, comprising 4-dimensional, 4D, simplex modulation, 8D modulation based on an extended Hamming code, 16D modulation based on a Nordstrom-Robinson nonlinear code, and 24D modulation based on an extended Golay code; sphere-cut lattice-packed modulations, comprising 4D checker board lattice, 6D diamond lattice, 12D Coxeter-Todd lattice, 16D Barnes-Wall lattice, and 24D Leech lattice.
A lighting device for insertion into a mains socket, comprising a housing and a plug for forming an electrically conductive contact with at least two power lines (82, 84) of the mains socket, the lighting device being insertable into the mains socket in two alternative insertion orientations and being operable in two different lighting modes, and the plug being disposed on the housing so as to keep the lighting device fixed in the mains socket when in the inserted state, means for detecting the insertion orientation and means for lighting mode definition being provided which are configured in such a manner that they determine one of the lighting modes as a function of the insertion orientation detected by the means for detecting the insertion orientation, and the means for detecting the insertion orientation comprising a gravity sensor, characterized in that the gravity sensor comprises a mobile contact element which, in a situational range defined by the situation relative to the direction of gravity, is located in a situational position in the gravity sensor in which a conductive connection with and/or between contact elements (68a, 68b) of the gravity sensor is established and a direction of movement of the mobile contact elements is disposed at an angle (α) other than 90° to the direction of gravity when the lighting device is in the inserted state.
A method for washing fish flesh to remove water soluble sarcoplasmic proteins and reducing the loss of myofibrillar proteins from the fish flesh, comprising the steps of: - producing a mixture by combining wash water with fish flesh having sarcoplasmic and myofibrillar proteins, wherein the wash water removes some of the sarcoplasmic proteins from the fish flesh; - depositing the mixture on a screen separator; - separating wash water having sarcoplasmic proteins from the mixture while a speed of the screen separator and a speed of the mixture at the interface with the screen separator remain about equal and reducing or eliminating shear forces at the interface between the screen separator and the fish flesh; and - producing washed fish flesh with an increase in a percentage of myofibrillar protein retained in the fish flesh. - producing a mixture by combining wash water with fish flesh having sarcoplasmic and myofibrillar proteins, wherein the wash water removes some of the sarcoplasmic proteins from the fish flesh; - depositing the mixture on a screen separator; - separating wash water having sarcoplasmic proteins from the mixture while a speed of the screen separator and a speed of the mixture at the interface with the screen separator remain about equal and reducing or eliminating shear forces at the interface between the screen separator and the fish flesh; and - producing washed fish flesh with an increase in a percentage of myofibrillar protein retained in the fish flesh.
A state detection method for an automatic working system, the automatic working system including: a mobile station (482,15,610), configured to determine position information of one or more positions inside or outside a working region of a self-moving device (1,600,1600,2300,4200,481,5300), the mobile station (482,15,610) including a first antenna configured to receive a satellite signal and a first indication module; a charging station (2,4400,470,483); and a base station (17,4100,420,460,484) configured to send differential information to the mobile station (482,15,610) to enable the mobile station (482,15,610) to perform positioning according to the differential information; wherein the state detection method includes: determining, by the mobile station (482,15,610), quality of a signal received by the first antenna; determining, by the mobile station (482,15,610), an indication manner of the first indication module according to the quality of the signal received by the first antenna; and when the mobile station (482,15,610) determines that the quality of the signal on the first antenna satisfies a preset condition at any position, determining that the any position is suitable for fixing the charging station (2,4400,470,483) or the base station (17,4100,420,460,484). a mobile station (482,15,610), configured to determine position information of one or more positions inside or outside a working region of a self-moving device (1,600,1600,2300,4200,481,5300), the mobile station (482,15,610) including a first antenna configured to receive a satellite signal and a first indication module; a charging station (2,4400,470,483); and a base station (17,4100,420,460,484) configured to send differential information to the mobile station (482,15,610) to enable the mobile station (482,15,610) to perform positioning according to the differential information; wherein the state detection method includes: determining, by the mobile station (482,15,610), quality of a signal received by the first antenna; determining, by the mobile station (482,15,610), an indication manner of the first indication module according to the quality of the signal received by the first antenna; and when the mobile station (482,15,610) determines that the quality of the signal on the first antenna satisfies a preset condition at any position, determining that the any position is suitable for fixing the charging station (2,4400,470,483) or the base station (17,4100,420,460,484). determining, by the mobile station (482,15,610), quality of a signal received by the first antenna; determining, by the mobile station (482,15,610), an indication manner of the first indication module according to the quality of the signal received by the first antenna; and when the mobile station (482,15,610) determines that the quality of the signal on the first antenna satisfies a preset condition at any position, determining that the any position is suitable for fixing the charging station (2,4400,470,483) or the base station (17,4100,420,460,484).
A method of forming a material in a superplastic forming tool, characterised in that the method comprises: applying pressurized gas at a baseline pressure to a surface of the material when the material is received within a cavity of a forming tool; and generating pressure fluctuations relative to the baseline pressure within the cavity using a supersonic fluidic oscillator, each pressure fluctuation (i) deforming the material and (ii) subsequently allowing for a partial stress relief of the material during the forming process. applying pressurized gas at a baseline pressure to a surface of the material when the material is received within a cavity of a forming tool; and generating pressure fluctuations relative to the baseline pressure within the cavity using a supersonic fluidic oscillator, each pressure fluctuation (i) deforming the material and (ii) subsequently allowing for a partial stress relief of the material during the forming process.
A motor vehicle comprising a generator, electrical loads, a first electrical energy store, and a second electrical energy store connected in parallel to the first electrical energy store, wherein the two electrical energy stores have at least partially overlapping open-circuit voltage characteristic curves (3; 4, 5) in the voltage range, the first energy store has a first state-of-charge-dependent internal resistance characteristic curve of charge, the second energy store has a second state-of-charge-dependent internal resistance characteristic curve of charge, the first energy store has a first state-of-charge-dependent internal resistance characteristic curve of discharge, and the second energy store has a second state-of-charge-dependent internal resistance characteristic curve of discharge, characterised in that - the first internal resistance characteristic curve of charge extends over an entire relative state-of-charge range in the direction of higher resistances above the second internal resistance characteristic curve of charge, - the first internal resistance characteristic curve of discharge extends over an entire relative state-of-charge range in the direction of higher resistances below the second internal resistance characteristic curve of discharge, and - the two energy stores are connected to one another in a voltage-neutral manner. - the first internal resistance characteristic curve of charge extends over an entire relative state-of-charge range in the direction of higher resistances above the second internal resistance characteristic curve of charge, - the first internal resistance characteristic curve of discharge extends over an entire relative state-of-charge range in the direction of higher resistances below the second internal resistance characteristic curve of discharge, and - the two energy stores are connected to one another in a voltage-neutral manner.
A coating film (1, 23), coated on a substrate surface, wherein the coating film (1, 23) has a hard carbon that presents relatively black and white when observed in a cross-sectional bright-field TEM image, a mesh-shaped hard carbon layer is that white-colored hard carbon in a mesh shape extending in the thickness direction and black-colored hard carbon dispersed into the cavities in the mesh, and the ID/IG ratio is 1-6 when the mesh-shaped hard carbon layer is measured using Raman spectroscopy, said ratio being the ratio of the Raman spectrum D band peak area intensity and G band peak area intensity, wherein the white-colored hard carbon in a mesh shape extending in the thickness direction displays an amorphous scattering pattern in electron beam diffraction, the mesh-shaped hard carbon layer further has a lower non-mesh-shaped hard carbon layer, the lower hard carbon layer displays a color darker than the white-colored hard carbon in a mesh shape extending in the thickness direction in the bright-field TEM image, the mesh-shaped hard carbon layer grows to be fan-shaped from the lower hard carbon (lb), and the fan-shaped growing starts with the white-colored hard carbon. the coating film (1, 23) has a hard carbon that presents relatively black and white when observed in a cross-sectional bright-field TEM image, a mesh-shaped hard carbon layer is that white-colored hard carbon in a mesh shape extending in the thickness direction and black-colored hard carbon dispersed into the cavities in the mesh, and the ID/IG ratio is 1-6 when the mesh-shaped hard carbon layer is measured using Raman spectroscopy, said ratio being the ratio of the Raman spectrum D band peak area intensity and G band peak area intensity, wherein the white-colored hard carbon in a mesh shape extending in the thickness direction displays an amorphous scattering pattern in electron beam diffraction, the mesh-shaped hard carbon layer further has a lower non-mesh-shaped hard carbon layer, the lower hard carbon layer displays a color darker than the white-colored hard carbon in a mesh shape extending in the thickness direction in the bright-field TEM image, the mesh-shaped hard carbon layer grows to be fan-shaped from the lower hard carbon (lb), and the fan-shaped growing starts with the white-colored hard carbon.