mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a high-density tableware article, comprising: providing a polyester resin composition including 45 to 78% by weight of a blend resin and 20 to 50% by weight of an inorganic filler, wherein the blend resin includes a polyethylene terephthalate (PET) resin and a polybutylene terephthalate (PBT) resin which are present in a content ratio by weight from 1:0.86 to 1:4.8, and the inorganic filler includes barium sulfate and calcium silicate in a content ratio by weight from 1:0.28 to 1:1.67; granulating the polyester resin composition to produce plastic granules; and molding the plastic granules into a tableware article . providing a polyester resin composition including 45 to 78% by weight of a blend resin and 20 to 50% by weight of an inorganic filler, wherein the blend resin includes a polyethylene terephthalate (PET) resin and a polybutylene terephthalate (PBT) resin which are present in a content ratio by weight from 1:0.86 to 1:4.8, and the inorganic filler includes barium sulfate and calcium silicate in a content ratio by weight from 1:0.28 to 1:1.67; granulating the polyester resin composition to produce plastic granules; and molding the plastic granules into a tableware article .
Diamond tool comprising a tool body provided with diamond segments manufactured by sintering and at least one of the diamond segments comprises at least one diamond part and a base part or base , which base part or base _ is fixed to the tool body , so that the diamond part protrudes from a cutting edge of the tool body in a protruding direction, wherein_said base part or base is made of a material formed by powder sintering to form the required shape, and a number of notches are arranged to cross through the cutting edge in a lateral direction compared to the protruding direction, and at least one, and preferably all, of the diamond segments are fixed to the tool body through attachment of the base of the diamond segment to at least one notch by fixing methods comprising a base deforming force applied in a lateral direction to the base , compared to the protruding direction, thus giving a lateral deformation of the base making it expand in other directions and fill the notch, characterized in that the base or base part is free from diamonds.
A fertilizer granule comprising Potash dust, 500 ppm of Ferric oxide and Alginite as a binder in a concentration of 6 or 8% w/w Alginite/Potash dust.
A plasticizer composition comprising an isophthalate-based material; and a citrate-based material, wherein weight ratio of the isophthalate-based material and the citrate-based material is 99:1 to 1:99, and wherein the citrate-based material comprises any one selected from the group consisting of a hybrid alkyl-substituted citrate-based material of carbon number 4 to 9 and non-hybrid alkyl-substituted citrate-based material of carbon number 4 to 9.
A liquid ejecting apparatus comprising: a carriage which includes an ejecting unit arranged to eject liquid onto a medium, and which can move in a reciprocating direction (B), wherein the carriage includes a catching unit arranged to catch mist which occurs along with ejecting of the liquid from the ejecting unit on at least one side of the ejecting unit in the reciprocating direction, wherein the catching unit includes a fan arranged to cause the mist to move from the catching unit by generating an air current, wherein the catching unit is extended in an intersecting direction (A) which intersects the reciprocating direction, and a catching port is provided on a side facing the medium, characterized in that the fan is provided on one end side of the intersecting direction (A), and can blow air toward the other end side from the one side, and wherein the fan can blow air in a direction away from the medium. a carriage which includes an ejecting unit arranged to eject liquid onto a medium, and which can move in a reciprocating direction (B), wherein the carriage includes a catching unit arranged to catch mist which occurs along with ejecting of the liquid from the ejecting unit on at least one side of the ejecting unit in the reciprocating direction, wherein the catching unit includes a fan arranged to cause the mist to move from the catching unit by generating an air current, wherein the catching unit is extended in an intersecting direction (A) which intersects the reciprocating direction, and a catching port is provided on a side facing the medium, characterized in that the fan is provided on one end side of the intersecting direction (A), and can blow air toward the other end side from the one side, and wherein the fan can blow air in a direction away from the medium.
A ring-shaped compliant support for a gas turbine engine , comprising: an annular case ; and an adjustment member that will turn relative to the annular case if exposed to thermal energy; characterised in that : the adjustment member comprises a plurality of wings extending radially and circumferentially from a ring , wherein slots in the adjustment member having an angle (α) from the radial direction (R) separate the plurality of wings from each other; the plurality of wings comprises a first array of wings extending radially and circumferentially from the ring , and a second array of wings extending radially and circumferentially from the ring ; and the wings in the first array are axially thinner than the wings in the second array , or the wings in the first array are relatively insulated and the wings in the second array are relatively uninsulated. an annular case ; and an adjustment member that will turn relative to the annular case if exposed to thermal energy; characterised in that : the adjustment member comprises a plurality of wings extending radially and circumferentially from a ring , wherein slots in the adjustment member having an angle (α) from the radial direction (R) separate the plurality of wings from each other; the plurality of wings comprises a first array of wings extending radially and circumferentially from the ring , and a second array of wings extending radially and circumferentially from the ring ; and the wings in the first array are axially thinner than the wings in the second array , or the wings in the first array are relatively insulated and the wings in the second array are relatively uninsulated. the adjustment member comprises a plurality of wings extending radially and circumferentially from a ring , wherein slots in the adjustment member having an angle (α) from the radial direction (R) separate the plurality of wings from each other; the plurality of wings comprises a first array of wings extending radially and circumferentially from the ring , and a second array of wings extending radially and circumferentially from the ring ; and the wings in the first array are axially thinner than the wings in the second array , or the wings in the first array are relatively insulated and the wings in the second array are relatively uninsulated.
An inhibitor of CD30 ligand for use in a method of treating at least one of an inflammatory disease, a fibrostenic disease, and a fibrotic disease, by inhibiting or reducing CD30 ligand activity or expression in a subject, the method comprising: a) selecting a subject having, or suspected of having, at least one of an inflammatory disease, a fibrostenotic disease, and a fibrotic disease; b) identifying the subject as being a carrier of a genotype comprising a polymorphism at at least one of rs911605 and rs1006026; and c) administering to the subject an effective amount of the inhibitor of CD30 ligand to inhibit or reduce CD30 ligand activity or expression in the subject. a) selecting a subject having, or suspected of having, at least one of an inflammatory disease, a fibrostenotic disease, and a fibrotic disease; b) identifying the subject as being a carrier of a genotype comprising a polymorphism at at least one of rs911605 and rs1006026; and c) administering to the subject an effective amount of the inhibitor of CD30 ligand to inhibit or reduce CD30 ligand activity or expression in the subject.
An aqueous dispersion comprising: water; and a microcapsule which comprises: a shell that has a three-dimensional cross-linked structure containing at least one bond selected from a urethane bond or a urea bond; and a core that is in the interior of the shell and contains a di- or lower functional polymerizable compound, a tri- or higher functional polymerizable compound, and a photopolymerization initiator, wherein a proportion of the di- or lower functional polymerizable compound is 20% by mass or more with respect to a total mass of the di- or lower functional polymerizable compound and the tri- or higher functional polymerizable compound. water; and a microcapsule which comprises: a shell that has a three-dimensional cross-linked structure containing at least one bond selected from a urethane bond or a urea bond; and a core that is in the interior of the shell and contains a di- or lower functional polymerizable compound, a tri- or higher functional polymerizable compound, and a photopolymerization initiator, wherein a proportion of the di- or lower functional polymerizable compound is 20% by mass or more with respect to a total mass of the di- or lower functional polymerizable compound and the tri- or higher functional polymerizable compound. a shell that has a three-dimensional cross-linked structure containing at least one bond selected from a urethane bond or a urea bond; and a core that is in the interior of the shell and contains a di- or lower functional polymerizable compound, a tri- or higher functional polymerizable compound, and a photopolymerization initiator, wherein a proportion of the di- or lower functional polymerizable compound is 20% by mass or more with respect to a total mass of the di- or lower functional polymerizable compound and the tri- or higher functional polymerizable compound.
An electric power steering apparatus that calculates a current command value based on at least a steering torque, drives a motor based on said current command value and assist-controls a steering system by a driving-control of said motor , and comprises: a handle-returning control section to calculate a handle-returning control current according to a steering angle, said steering torque, said current command value, a vehicle speed and an actual steering angle velocity, and to drive said motor with a compensated current command value obtained by compensating said current command value by said handle-returning control current, characterized in that said handle-returning control section has a configuration to calculate a target steering angle velocity in considering a viscosity coefficient of said steering system and to calculate said handle-returning control current based on a velocity deviation between said target steering angle velocity and said actual steering angle velocity, and said viscosity coefficient is changed or switched depending on a steering-forward state and a steering-backward state of said steering system. a handle-returning control section to calculate a handle-returning control current according to a steering angle, said steering torque, said current command value, a vehicle speed and an actual steering angle velocity, and to drive said motor with a compensated current command value obtained by compensating said current command value by said handle-returning control current, characterized in that said handle-returning control section has a configuration to calculate a target steering angle velocity in considering a viscosity coefficient of said steering system and to calculate said handle-returning control current based on a velocity deviation between said target steering angle velocity and said actual steering angle velocity, and said viscosity coefficient is changed or switched depending on a steering-forward state and a steering-backward state of said steering system.
A beverage container comprising: a main body portion , having an open top , a closed bottom , and a sidewall extending between said top and closed bottom, and defining an interior , wherein the main body portion includes a circular rim and a first set of threads on an inside surface of the sidewall that are positioned adjacent the rim at a first height, wherein the rim includes a downwardly depending portion that extends downwardly on the outside of the main body portion below the first set of threads to hide, cover or conceal the first set of threads, and wherein the main body portion defines a first volume, and a removable cover that includes a bottom , a generally cylindrical side wall , an annular flange extending outwardly from the generally cylindrical side wall, and an annular collar , wherein the collar, the annular flange and the generally cylindrical side wall define a first channel that receives the rim, wherein the bottom and the generally cylindrical side wall cooperate to define a cover cavity , wherein the generally cylindrical side wall includes a second set of threads on an outside surface thereof that are matingly engaged with the first set of threads on the main body portion. a main body portion , having an open top , a closed bottom , and a sidewall extending between said top and closed bottom, and defining an interior , wherein the main body portion includes a circular rim and a first set of threads on an inside surface of the sidewall that are positioned adjacent the rim at a first height, wherein the rim includes a downwardly depending portion that extends downwardly on the outside of the main body portion below the first set of threads to hide, cover or conceal the first set of threads, and wherein the main body portion defines a first volume, and a removable cover that includes a bottom , a generally cylindrical side wall , an annular flange extending outwardly from the generally cylindrical side wall, and an annular collar , wherein the collar, the annular flange and the generally cylindrical side wall define a first channel that receives the rim, wherein the bottom and the generally cylindrical side wall cooperate to define a cover cavity , wherein the generally cylindrical side wall includes a second set of threads on an outside surface thereof that are matingly engaged with the first set of threads on the main body portion.
A photovoltaic device comprising: a substrate including a light-receiving surface and a back surface; a base region situated over the back surface of the substrate ; an emitter region situated over the back surface of the substrate ; a first electrode situated over the base region and having a first electrode width M1 measured in a first direction; and a second electrode situated over the emitter region and having a second electrode width M2 measured in the said first direction; characterised in that 0.3 ≤ C < 1, where C = M1/M2. a substrate including a light-receiving surface and a back surface; a base region situated over the back surface of the substrate ; an emitter region situated over the back surface of the substrate ; a first electrode situated over the base region and having a first electrode width M1 measured in a first direction; and a second electrode situated over the emitter region and having a second electrode width M2 measured in the said first direction; characterised in that 0.3 ≤ C < 1, where C = M1/M2.
A graphics pipeline method for rendering an image from scene information, the method comprising: a step of vertex shading wherein a set of three dimensional coordinates is determined for a primitive from the scene information; a step of projecting the set of three dimensional coordinates onto screen coordinates; a step of sampling shading for determining, for each screen pixel, a location for the respective sampling point for that pixel, based on the pixel position and a distortion pattern that applies distortion to the image so that the rendered image is a distortion image; a step of rasterizing for determining a pixel value at the location of the sampling point for that pixel, the pixel value being based on the primitive overlapping the sampling point; and rendering the image using the generated image pixel; wherein the sampling shading step for determining the locations for the sampling points is performed in parallel with the vertex shading step and the projecting step of the graphics pipeline, before the rasterizing step . a step of vertex shading wherein a set of three dimensional coordinates is determined for a primitive from the scene information; a step of projecting the set of three dimensional coordinates onto screen coordinates; a step of sampling shading for determining, for each screen pixel, a location for the respective sampling point for that pixel, based on the pixel position and a distortion pattern that applies distortion to the image so that the rendered image is a distortion image; a step of rasterizing for determining a pixel value at the location of the sampling point for that pixel, the pixel value being based on the primitive overlapping the sampling point; and rendering the image using the generated image pixel; wherein the sampling shading step for determining the locations for the sampling points is performed in parallel with the vertex shading step and the projecting step of the graphics pipeline, before the rasterizing step .
A canister-less pressure gradient wound therapy apparatus comprising a wound dressing and a pump assembly , the pump assembly comprising: a diaphragm comprising a magnetic material ; an electromagnetic actuator switchable between two or more operational states, at least one of which comprises a state in which the actuator induces a magnetic field (F1, F2) for moving the diaphragm ; and a valve arrangement including an inlet valve and an outlet valve configured to allow for the introduction and/or removal of fluid into a fluid chamber of the pump assembly ; wherein the actuator is fixed in position within the apparatus and is spatially separated from the diaphragm ; and the actuator is configured to move the diaphragm with respect to the actuator between a first position corresponding to a first operational state of the actuator and a second position corresponding to the second operational state of the actuator. a diaphragm comprising a magnetic material ; an electromagnetic actuator switchable between two or more operational states, at least one of which comprises a state in which the actuator induces a magnetic field (F1, F2) for moving the diaphragm ; and a valve arrangement including an inlet valve and an outlet valve configured to allow for the introduction and/or removal of fluid into a fluid chamber of the pump assembly ; wherein the actuator is fixed in position within the apparatus and is spatially separated from the diaphragm ; and the actuator is configured to move the diaphragm with respect to the actuator between a first position corresponding to a first operational state of the actuator and a second position corresponding to the second operational state of the actuator.
A multi-channel audio encoder for providing an encoded representation on the basis of at least two input audio signals (810;812), wherein the multi-channel audio encoder is configured to provide one or more downmix signals on the basis of the at least two input audio signals, and wherein the multi-channel audio encoder is configured to provide one or more parameters describing a relationship between the at least two input audio signals, and wherein the multi-channel audio encoder is configured to provide a decorrelation complexity parameter describing a complexity of a decorrelation to be used at the side of an audio decoder, characterized in that the decorrelation complexity parameter determines a number K of decorrelators to be used in a multi-channel decorrelator premixing a first set of N decorrelator input signals into a second set of K decorrelator input signals, and wherein the decorrelation complexity parameter determines a selection of a premixing matrix used to premix the first set of N decorrelator input signals into the second set of K decorrelator input signals in the multi-channel decorrelator. wherein the multi-channel audio encoder is configured to provide one or more downmix signals on the basis of the at least two input audio signals, and wherein the multi-channel audio encoder is configured to provide one or more parameters describing a relationship between the at least two input audio signals, and wherein the multi-channel audio encoder is configured to provide a decorrelation complexity parameter describing a complexity of a decorrelation to be used at the side of an audio decoder, characterized in that the decorrelation complexity parameter determines a number K of decorrelators to be used in a multi-channel decorrelator premixing a first set of N decorrelator input signals into a second set of K decorrelator input signals, and wherein the decorrelation complexity parameter determines a selection of a premixing matrix used to premix the first set of N decorrelator input signals into the second set of K decorrelator input signals in the multi-channel decorrelator.
A brushless DC motor capable of generating a substantially constant torque regardless of an angular velocity of its rotor, comprising: a) a circular rotor comprising a plurality of circumferentially separated permanent magnets ; and b) a plurality of circumferentially spaced air core solenoids provided each around a static solenoid housing, wherein each of said solenoid housings is structured with a void portion through which said plurality of magnets can pass when said rotor rotates around its axis, wherein motion of the magnets with respect to the solenoids is quasi-linear in the direction of a solenoid axis, wherein each of said plurality of solenoids is energized with a timing sequence to obtain a continuous smooth rotation of said rotor, characterized in that said rotor further comprises a plurality of spacers made of high magnetic permeability material, each of said spacers being interposed between two of said permanent magnets, to form a continuous rotor and to reduce variations in axial magnetic flux. a) a circular rotor comprising a plurality of circumferentially separated permanent magnets ; and b) a plurality of circumferentially spaced air core solenoids provided each around a static solenoid housing, wherein each of said solenoid housings is structured with a void portion through which said plurality of magnets can pass when said rotor rotates around its axis,