mhurhangee/ep-ind-claims huggingface dataset:
An ESD-protection structure integral within an integrated circuit and comprising: a lightly doped p-silicon well (P- well); a lightly doped n-silicon well (N- well) in the P- well; a plurality of heavily doped p-silicon diffusions (P+ diffusions) in the N- well; a first heavily doped n-silicon diffusion (N+ diffusion) (128, 128a) in the N-well, wherein the first N+ diffusion (128, 128a) is adjacent to and surrounds the plurality of P+ diffusions and partially overlaps the edge of the N-well into the P- well; a second heavily doped n-silicon diffusion (N+ diffusion) in the P- well, wherein the second N+ diffusion surrounds the first N+ diffusion (128, 128a); a bond pad arranged above and connected to the plurality of P+ diffusions; and a connection to the second N+ diffusion. a lightly doped p-silicon well (P- well); a lightly doped n-silicon well (N- well) in the P- well; a plurality of heavily doped p-silicon diffusions (P+ diffusions) in the N- well; a first heavily doped n-silicon diffusion (N+ diffusion) (128, 128a) in the N-well, wherein the first N+ diffusion (128, 128a) is adjacent to and surrounds the plurality of P+ diffusions and partially overlaps the edge of the N-well into the P- well; a second heavily doped n-silicon diffusion (N+ diffusion) in the P- well, wherein the second N+ diffusion surrounds the first N+ diffusion (128, 128a); a bond pad arranged above and connected to the plurality of P+ diffusions; and a connection to the second N+ diffusion.
A method of controlling the Myzus persicae pest comprising contacting the pest with the composition comprising N-acetylloline, N-formylloline, and N-acetylnorloline in a weight ratio from 1:3:1 to 1:6:3, and either flonicamid or thiamethoxam, wherein the weight ratio of to flonicamid is from 1:3 to 1:100, and the weight ratio of to thiamethoxam is 1:4.
A method for the synthesis of steviol comprising: recombinantly expressing a copalyl diphosphate synthase, a kaurene synthase, and a geranylgeranyl diphosphate synthase (GGPPS) as a first expression module and a Stevia rebaudiana kaurene oxidase and a Stevia rebaudiana kaurenoic acid 13-hydroxylase as a second expression module in an E. coli cell that expresses an endogenous non-mevalonate pathway and overexpresses the dxs, idi, ispD, and ispF genes of said pathway, wherein the KO enzyme and/or the KAH enzyme are truncated to remove all or part of the N-terminal transmembrane region and/or are expressed as fusion proteins with a cytochrome P450 reductase; and culturing the E. coli in a culture medium to produce steviol. recombinantly expressing a copalyl diphosphate synthase, a kaurene synthase, and a geranylgeranyl diphosphate synthase (GGPPS) as a first expression module and a Stevia rebaudiana kaurene oxidase and a Stevia rebaudiana kaurenoic acid 13-hydroxylase as a second expression module in an E. coli cell that expresses an endogenous non-mevalonate pathway and overexpresses the dxs, idi, ispD, and ispF genes of said pathway, wherein the KO enzyme and/or the KAH enzyme are truncated to remove all or part of the N-terminal transmembrane region and/or are expressed as fusion proteins with a cytochrome P450 reductase; and culturing the E. coli in a culture medium to produce steviol.
A laundry treatment device comprising: o a casing housing a laundry treatment chamber and including a front wall defining an outward-facing continuous-wall front surface, said front wall having a laundry opening to load and unload said laundry treatment chamber, a panel aperture and a drawer aperture, said panel aperture and said drawer aperture being separated one from the other by a crosspiece, said crosspiece having an outward-facing crosspiece front surface; o a control panel assembly for controlling operation of the laundry treatment device, said control panel assembly including an outer dashboard which is structured to be coupled to said front wall at said panel aperture and to be operated by a user; o a drawer and a drawer seat to house said drawer, the drawer seat being fixed to said front wall at said drawer aperture so that said drawer is coupled in a retractable manner to said front wall, characterized in that said outer dashboard and/or said drawer seat includes a cover surface (101 a) located externally to said casing in front of said crosspiece front surface, so as to cover the latter when said laundry treatment device is in an assembled configuration. o a casing housing a laundry treatment chamber and including a front wall defining an outward-facing continuous-wall front surface, said front wall having a laundry opening to load and unload said laundry treatment chamber, a panel aperture and a drawer aperture, said panel aperture and said drawer aperture being separated one from the other by a crosspiece, said crosspiece having an outward-facing crosspiece front surface; o a control panel assembly for controlling operation of the laundry treatment device, said control panel assembly including an outer dashboard which is structured to be coupled to said front wall at said panel aperture and to be operated by a user; o a drawer and a drawer seat to house said drawer, the drawer seat being fixed to said front wall at said drawer aperture so that said drawer is coupled in a retractable manner to said front wall,
Nanofibrillar polysaccharide hydrogel for use in the prevention and control of scarring and contraction in connection with wound healing or tissue repair wherein said polysaccharide comprises cellulose and wherein said nanofibrillar polysaccharide hydrogel has yield stress between 0.1 and 50 Pa in water at 0.5wt% concentration.
A color filter apparatus, comprising: a two-dimensional array of an N × M pattern of light sensitive elements, each N × M pattern comprising a plurality of I × J pixel groups, an I × J pixel group being a 2 × 2 pixel group, wherein at least one 2 × 2 pixel group comprises: at least one pixel of a first color aligned on a first diagonal (D 1) of the at least one 2 × 2 pixel group, the first color being a primary color; and at least one pixel of a second color being aligned on a second diagonal of the at least one 2 × 2 pixel group that is perpendicular to the first diagonal, the second color being a non-primary color; and wherein an arrangement of the at least one pixel of the first color in one 2 × 2 pixel group is disposed parallel to an arrangement of at least one pixel of a first color in another 2 × 2 pixel group; and characterized in that the plurality of the 2 × 2 pixel groups include at least one 2 × 2 pixel group with a non-green first color and at least one 2 × 2 pixel group with a green first color, wherein non-green pixels of one of the at least one 2 × 2 pixel group with the non-green first color are aligned perpendicularly to non-green pixels of another one of the at least one 2 × 2 pixel group with the non-green first color; and green pixels of one of the at least one 2 × 2 pixel group with the green first color are aligned in parallel to green pixels of another one of the at least one 2 × 2 pixel group with the green first color. a two-dimensional array of an N × M pattern of light sensitive elements, each N × M pattern comprising a plurality of I × J pixel groups, an I × J pixel group being a 2 × 2 pixel group, wherein at least one 2 × 2 pixel group comprises: at least one pixel of a first color aligned on a first diagonal (D 1) of the at least one 2 × 2 pixel group, the first color being a primary color; and at least one pixel of a second color being aligned on a second diagonal of the at least one 2 × 2 pixel group that is perpendicular to the first diagonal, the second color being a non-primary color; and wherein an arrangement of the at least one pixel of the first color in one 2 × 2 pixel group is disposed parallel to an arrangement of at least one pixel of a first color in another 2 × 2 pixel group; and
High-efficiency solar cell for photovoltaic thermal hybrid applications comprising a textured crystalline silicon solar cell and, deposited in this order on the front side of the solar cell, an additional anti-reflective coating and a first polymer film, wherein the rear-side and the edges of the solar cell are encapsulated in a second, electrically insulating polymer having a thermal expansion coefficient from 20 to 200 10 -6 K -1 and a conductivity from 0,1 to 10 W/(m.K), characterised in that the first polymer film has a lower refractive index than the additional anti-reflective coating and the additional anti-reflective coating has a lower refractive index than the solar cell and the UV absorbance of the first polymer film and additional anti-reflective coating is lower than the UV absorbance of ethylene-vinyl acetate, wherein the polymer material of the first polymer film is selected from the group consisting of fluoropolymers, silicone polymer and silicone polymer compounds, and wherein the anti-reflective coating is a transparent lacquer having a thickness of 1 to 500 μm.
A method for manufacturing a thermo-optic component, comprising the following steps of: a) providing a SOI substrate comprising: - a surface layer made of monocrystalline silicon, extending according to a main plane (x,y) and disposed on a dielectric layer, which is itself disposed on a support made of silicon, and - at least one buried cavity, arranged in the support and opening under the dielectric layer, and then, b) forming an optical waveguide extending in the main plane (x,y) and comprising a core (52, 52') formed in the surface layer and surrounded by an optical confinement layer including the dielectric layer, and then, c) producing at least one heating element on the optical waveguide, said heating element being positioned, in the main plane (x,y), vertically in line with a portion of the optical waveguide, or on either side of said portion, the heating element and the portion of the optical waveguide being vertically in line with the at least one buried cavity. a) providing a SOI substrate comprising: - a surface layer made of monocrystalline silicon, extending according to a main plane (x,y) and disposed on a dielectric layer, which is itself disposed on a support made of silicon, and - at least one buried cavity, arranged in the support and opening under the dielectric layer, and then, - a surface layer made of monocrystalline silicon, extending according to a main plane (x,y) and disposed on a dielectric layer, which is itself disposed on a support made of silicon, and - at least one buried cavity, arranged in the support and opening under the dielectric layer, and then, b) forming an optical waveguide extending in the main plane (x,y) and comprising a core (52, 52') formed in the surface layer and surrounded by an optical confinement layer including the dielectric layer, and then, c) producing at least one heating element on the optical waveguide, said heating element being positioned, in the main plane (x,y), vertically in line with a portion of the optical waveguide, or on either side of said portion, the heating element and the portion of the optical waveguide being vertically in line with the at least one buried cavity.
A patient-specific rotational guide for guiding a positioning of a tool on a resected surface of a bone in an articular joint repair procedure, the rotational guide comprising: a body comprising: a bone contacting member having a bone contacting surface shaped using patient-specific modeling to conform to a shape of a surface of the bone adjacent to the resected surface for matingly contacting the bone surface when the tool is positioned on the resected surface, characterized by the patient-specific rotational guide also comprising a tool attachment member adapted to be secured to the tool.
A generator system for rail vehicles, comprising a generator, having a rotor and a stator, and a wheelset bearing unit, wherein the wheelset bearing unit comprises a bearing for supporting a wheelset shaft and a bearing housing, wherein an end cap can be arranged on the front side of the wheelset shaft and a rotationally fixed connection is provided between the end cap and the wheelset shaft, wherein the stator is connected to the bearing housing, and wherein a friction wheel is arranged on the outer circumferential surface of the end cap, wherein the friction wheel is designed as a rotor of the generator, characterised in that the bearing housing partially surrounds the bearing.
A continuous casting and rolling method, comprising: a casting operation of producing a slab in a caster; a rolling operation of rolling the slab using a roughing mill located at an outlet of the caster and a finishing mill located at an outlet of the roughing mill; and a mode selection operation of selecting mode switching between a continuous rolling mode in which the slab is provided as a continuous body in the casting operation and the rolling operation, and a discontinuous rolling mode in which the slab is cut before the rolling operation or during the rolling operation, before the rolling operation, wherein, in the mode selection operation, the continuous rolling mode is performed when the following equation is satisfied, and the discontinuous rolling mode is selected and performed when the following equation is not satisfied, HV > L T 2295 − 1 153 N R − 2 459 N F − 17 4074 t − 2 − 50 153 where, H is the numeric value of a slab thickness in mm at the outlet of the caster, V is the numeric value of a slab speed in m/min at the outlet of the caster, L is the numeric value of a length in m from an outlet of the caster to an outlet of the finishing mill, T is the numeric value of an average temperature in °C of the slab at the outlet of the caster, N R is a stand number of the roughing mill, N F is a stand number of the finishing mill, and t is the numeric value of a slab thickness in mm at an outlet of the finishing mill. a casting operation of producing a slab in a caster; a rolling operation of rolling the slab using a roughing mill located at an outlet of the caster and a finishing mill located at an outlet of the roughing mill; and a mode selection operation of selecting mode switching between a continuous rolling mode in which the slab is provided as a continuous body in the casting operation and the rolling operation, and a discontinuous rolling mode in which the slab is cut before the rolling operation or during the rolling operation, before the rolling operation, wherein, in the mode selection operation, the continuous rolling mode is performed when the following equation is satisfied, and the discontinuous rolling mode is selected and performed when the following equation is not satisfied, HV > L T 2295 − 1 153 N R − 2 459 N F − 17 4074 t − 2 − 50 153 where, H is the numeric value of a slab thickness in mm at the outlet of the caster, V is the numeric value of a slab speed in m/min at the outlet of the caster, L is the numeric value of a length in m from an outlet of the caster to an outlet of the finishing mill, T is the numeric value of an average temperature in °C of the slab at the outlet of the caster, N R is a stand number of the roughing mill, N F is a stand number of the finishing mill, and t is the numeric value of a slab thickness in mm at an outlet of the finishing mill.
A component having a flange connection element connectable to a flange connection counterpart of another component by bolts and/or screws, wherein the component is part of an internal combustion engine, the flange connection element comprising a contact surface to be pressed against a contact surface of the flange connection counterpart, wherein the contact surface extends in a single plane and the component is formed integrally from a single or multiple materials, characterized in that the flange connection element is connectable to the flange connection counterpart by four bolts and/or screws arranged in the corners of a rectangle, wherein a first side of the rectangle is longer than a second side of the rectangle, the contact surface of the flange connection element is formed such that it does not completely surround at least one of the bolts and/or screws, wherein the two opposing first sides of the rectangle intersect with the contact surface and the two opposing second sides of the rectangle do not intersect with the contact surface.
A wind turbine blade comprising: a first blade shell part and a second blade shell part, wherein the first blade shell part is a blade shell part made of a composite structure comprising a reinforcement material embedded in a polymer matrix, the blade shell part extending along a longitudinal axis from a tip end to a root end, and wherein the first blade shell part comprises: a blade shell body with a leading edge and a trailing edge, and a first glue flange extending from the leading edge and having a first glue flange edge and a first glue surface with a first width, wherein the first glue surface is provided with a plurality of first spacer elements (84, 84A, 90, 90A) such that the first spacer elements (84, 84A, 90, 90A) are arranged on the first glue surface, wherein the second blade shell part comprising a blade shell body with a leading edge and a trailing edge and having a second glue surface on an inner surface of the second blade shell part, and wherein at least one of the first spacer elements contact the second glue surface and glue is arranged between the first glue surface and the second glue surface, characterised in that the first spacer elements (84, 84A, 90, 90A) are arranged with a longitudinal distance between neighbouring first spacer elements (84, 84A, 90, 90A). a first blade shell part and a second blade shell part, wherein the first blade shell part is a blade shell part made of a composite structure comprising a reinforcement material embedded in a polymer matrix, the blade shell part extending along a longitudinal axis from a tip end to a root end, and wherein the first blade shell part comprises: a blade shell body with a leading edge and a trailing edge, and a first glue flange extending from the leading edge and having a first glue flange edge and a first glue surface with a first width, wherein the first glue surface is provided with a plurality of first spacer elements (84, 84A, 90, 90A) such that the first spacer elements (84, 84A, 90, 90A) are arranged on the first glue surface, a blade shell body with a leading edge and a trailing edge, and a first glue flange extending from the leading edge and having a first glue flange edge and a first glue surface with a first width, wherein the first glue surface is provided with a plurality of first spacer elements (84, 84A, 90, 90A) such that the first spacer elements (84, 84A, 90, 90A) are arranged on the first glue surface, wherein the second blade shell part comprising a blade shell body with a leading edge and a trailing edge and having a second glue surface on an inner surface of the second blade shell part, and wherein at least one of the first spacer elements contact the second glue surface and glue is arranged between the first glue surface and the second glue surface, characterised in that the first spacer elements (84, 84A, 90, 90A) are arranged with a longitudinal distance between neighbouring first spacer elements (84, 84A, 90, 90A).
A method for providing grid-forming control of a generator connected to a power grid, the method comprising: determining, via a frequency module of a controller, a stator-frequency error for the generator; determining, via the frequency module, a damping component and a stator component of the stator-frequency error, wherein the damping component corresponds to a tower damping frequency; determining, via the frequency module, a power output requirement for the generator based, at least in part, on the stator component of the stator-frequency error; combining, via the frequency module, the power output requirement with a damping power command to develop a consolidated power requirement for the generator, wherein the damping power command is generated in response to the tower damping frequency; determining, via the controller, at least one control command for the generator, based, at least in part, on the consolidated power requirement; and changing an operating state of the generator in response to the at least one control command so as to output a grid-forming voltage and frequency. determining, via a frequency module of a controller, a stator-frequency error for the generator; determining, via the frequency module, a damping component and a stator component of the stator-frequency error, wherein the damping component corresponds to a tower damping frequency; determining, via the frequency module, a power output requirement for the generator based, at least in part, on the stator component of the stator-frequency error; combining, via the frequency module, the power output requirement with a damping power command to develop a consolidated power requirement for the generator, wherein the damping power command is generated in response to the tower damping frequency; determining, via the controller, at least one control command for the generator, based, at least in part, on the consolidated power requirement; and changing an operating state of the generator in response to the at least one control command so as to output a grid-forming voltage and frequency.
Method for producing a panoramic image on the basis of a video sequence, comprising a merging of a target image of a video sequence with a panoramic pan comprising images of the said video sequence, characterized in that it comprises: - an evaluation of the luminance difference between the target image and the last image used for the panoramic pan; - a determination of the size of the zone of merging of the two images as a function of the evaluated luminance difference; - a correction of the luminance of the pixels situated in the merging zone. - an evaluation of the luminance difference between the target image and the last image used for the panoramic pan; - a determination of the size of the zone of merging of the two images as a function of the evaluated luminance difference; - a correction of the luminance of the pixels situated in the merging zone.
A method of determining the probability that an individual has irritable bowel syndrome and whether the individual will respond to dietary intervention, the method comprising the steps of: i) analysing a stool sample collected from said individual to determine whether a cyclohexane carboxylic acid compound is present; and ii) if a cyclohexane carboxylic acid compound is present in step i), determining the amount of the cyclohexane carboxylic acid compound that is present and comparing the amount detected with a control value; wherein the presence of an increased amount of the cyclohexane carboxylic acid compound compared to the control value is indicative of an increased probability that the individual has irritable bowel syndrome and of the probability that the individual will respond to dietary intervention; and wherein the cyclohexane carboxylic acid compound is one or more of a cyclohexane carboxylic acid and/or a cyclohexane carboxylic acid ester. i) analysing a stool sample collected from said individual to determine whether a cyclohexane carboxylic acid compound is present; and ii) if a cyclohexane carboxylic acid compound is present in step i), determining the amount of the cyclohexane carboxylic acid compound that is present and comparing the amount detected with a control value;