mhurhangee/patent-ind-claim-en huggingface dataset:
A section for a gas turbine engine comprising: a rotating structure; a stationary structure ; a flow guide assembly arranged generally between the rotating structure and the stationary structure such that a flow path is defined between the flow guide assembly and one of the rotating structure and the stationary structure , the flow guide assembly including a plurality of apertures configured to disrupt acoustic waves of air in the flow path ; and a seal configured to establish a sealing relationship between the rotating structure and the stationary structure , wherein an inlet to the flow path is adjacent the seal , wherein the flow guide assembly includes an inlet portion adjacent an inlet to the flow path , an outlet portion adjacent an outlet to the flow path , and an intermediate portion between the inlet portion and the outlet portion , the plurality of apertures are arranged in one or more circumferential rows in the intermediate portion , the plurality of apertures evenly circumferentially spaced in the row. a rotating structure; a stationary structure ; a flow guide assembly arranged generally between the rotating structure and the stationary structure such that a flow path is defined between the flow guide assembly and one of the rotating structure and the stationary structure , the flow guide assembly including a plurality of apertures configured to disrupt acoustic waves of air in the flow path ; and a seal configured to establish a sealing relationship between the rotating structure and the stationary structure , wherein an inlet to the flow path is adjacent the seal , wherein the flow guide assembly includes an inlet portion adjacent an inlet to the flow path , an outlet portion adjacent an outlet to the flow path , and an intermediate portion between the inlet portion and the outlet portion , the plurality of apertures are arranged in one or more circumferential rows in the intermediate portion , the plurality of apertures evenly circumferentially spaced in the row.
A magazine assembly for a firearm, comprising: a magazine housing defining a track ; and a follower assembly ; wherein the magazine housing comprises a proximal abutment mechanism with proximal outer and inner abutting surfaces on opposing sides of the track and a track ridge , the proximal abutment mechanism being configured to contact and constrain a cartridge as the cartridge is moved within the magazine assembly such that a majority of a proximal surface area of the cartridge does not contact the magazine housing, and being configured to constrain the cartridge to a focal point (P) of the cartridge, such that a focal point (P) of each cartridge, regardless of where the cartridges are located in the magazine housing, substantially converges at a single point (P) at a distance (D) from the magazine assembly, and wherein the magazine housing is configured to constrain the cartridge as the cartridge is moved within the magazine assembly such that a distal tip of the cartridge does not contact the magazine housing. a magazine housing defining a track ; and a follower assembly ; wherein the magazine housing comprises a proximal abutment mechanism with proximal outer and inner abutting surfaces on opposing sides of the track and a track ridge , the proximal abutment mechanism being configured to contact and constrain a cartridge as the cartridge is moved within the magazine assembly such that a majority of a proximal surface area of the cartridge does not contact the magazine housing, and being configured to constrain the cartridge to a focal point (P) of the cartridge, such that a focal point (P) of each cartridge, regardless of where the cartridges are located in the magazine housing, substantially converges at a single point (P) at a distance (D) from the magazine assembly, and wherein the magazine housing is configured to constrain the cartridge as the cartridge is moved within the magazine assembly such that a distal tip of the cartridge does not contact the magazine housing.
A hydraulic construction unit for a heating facility or air-conditioning facility, with at least one return connection for a heating circuit , with a first feed connection for a heating circuit , with a heat source outlet which is connected in a fluid conducting manner to the return connection , with a heat source inlet which is connected in a fluid conducting manner to the first feed connection as well as with a circulation pump assembly which is arranged a flow path between the return connection and the heat source outlet or in a flow path between the heat source inlet and the first feed connection , at least one second feed connection for a second heating circuit , wherein the second feed connection is connected in a fluid conducting manner to the heat source inlet and to the return connection , so that a mixture of fluid from the heat source inlet and the return connection can be fed to the second feed connection , and at least one mixing valve is arranged in a flow path from the heat source inlet to the second feed connection and/or in a flow path from the return connection to the second feed connection , by way of which mixing valve a mixing ratio between the two fluid flows can be set, so that the temperature at the second feed connection can be changed.
An ultrasonic testing apparatus, comprising: a nozzle jetting a medium towards an object to form a medium column ; a plurality of probes disposed on the nozzle to oscillate an ultrasonic wave, wherein the plurality of probes oscillates ultrasonic waves having different frequencies; an ultrasonic reflector rotatably installed between the plurality of probes in the nozzle so that an ultrasonic wave of a probe selected from the plurality of probes is transmitted to the object , wherein the ultrasonic reflector is fixed to a rotation shaft installed across an inside of the nozzle , and a motor installed outside the nozzle is connected to one end of the rotation shaft ; a main controller receiving thickness information of the object ; an on-off controller for selecting a probe from the plurality of probes based on the thickness information of the object transmitted from the main controller ; a first pulser receiver and a second pulser receiver selectively oscillating an ultrasonic wave of a corresponding probe according to a command of the on-off controller for probe; and a direction controller for controlling a rotation angle of the ultrasonic reflector by operating the motor based on the thickness information of the object transmitted from the main controller . a nozzle jetting a medium towards an object to form a medium column ; a plurality of probes disposed on the nozzle to oscillate an ultrasonic wave, wherein the plurality of probes oscillates ultrasonic waves having different frequencies; an ultrasonic reflector rotatably installed between the plurality of probes in the nozzle so that an ultrasonic wave of a probe selected from the plurality of probes is transmitted to the object , wherein the ultrasonic reflector is fixed to a rotation shaft installed across an inside of the nozzle , and a motor installed outside the nozzle is connected to one end of the rotation shaft ; a main controller receiving thickness information of the object ; an on-off controller for selecting a probe from the plurality of probes based on the thickness information of the object transmitted from the main controller ; a first pulser receiver and a second pulser receiver selectively oscillating an ultrasonic wave of a corresponding probe according to a command of the on-off controller for probe; and a direction controller for controlling a rotation angle of the ultrasonic reflector by operating the motor based on the thickness information of the object transmitted from the main controller .
A method for surface hardening a cold deformed article at least partially consisting of stainless steel or a nickel base alloy with a chromium content of at least 10 % by weight, comprising the steps of: a) providing a cold deformed article, wherein at least the surface region of the article is made of an alloy selected from the group consisting of stainless steel and nickel base alloys with a chromium content of at least 10 % by weight, b) annealing the cold deformed article for 5 minutes to 50 hours at a temperature between 450°C and 750°C in a non-carburizing atmosphere, a non-nitriding atmosphere and a non-nitrocarburizing atmosphere, c) activating the annealed article obtained in step b) and d) simultaneously with step c) or after step c) heat treating the annealed article at a temperature of 350 to less than 550°C for 2 to 50 hours in plasma, in a salt bath or in a gaseous atmosphere to obtain a nitride, carburized and/or nitrocarburized diffusion zone in the surface area of the article, wherein the plasma, the salt bath or the gaseous atmosphere contains a compound selected from the group consisting of carbon, nitrogen containing compounds, carbon containing compounds and mixtures of two or more of the aforementioned compounds, wherein the annealing in step b) is performed with a higher temperature than the heat treating in step d). a) providing a cold deformed article, wherein at least the surface region of the article is made of an alloy selected from the group consisting of stainless steel and nickel base alloys with a chromium content of at least 10 % by weight, b) annealing the cold deformed article for 5 minutes to 50 hours at a temperature between 450°C and 750°C in a non-carburizing atmosphere, a non-nitriding atmosphere and a non-nitrocarburizing atmosphere, c) activating the annealed article obtained in step b) and d) simultaneously with step c) or after step c) heat treating the annealed article at a temperature of 350 to less than 550°C for 2 to 50 hours in plasma, in a salt bath or in a gaseous atmosphere to obtain a nitride, carburized and/or nitrocarburized diffusion zone in the surface area of the article, wherein the plasma, the salt bath or the gaseous atmosphere contains a compound selected from the group consisting of carbon, nitrogen containing compounds, carbon containing compounds and mixtures of two or more of the aforementioned compounds,
A hair condition determination device for providing hair condition information, comprising: a first region (A) and a second region (B) which are designed in such a way that a user's hair can be moved between the first region (A) and the second region (B), at least one light source being arranged in the first region (A), and at least one optical sensor for detecting light from the at least one light source as the hair condition information being arranged in the first region, the second region (B) comprising at least one support , and the first region (A) and the second region (B) being coupled by means of a connecting element such that the first region (A) and the second region (B) are opposite one another such that a main sensor measuring direction of the at least one sensor is oriented at a predefined angle to a surface of the support ; the at least one optical sensor in the first region (A) comprising a color sensor for detecting a hair color of the user; characterized in that , in the first region (A), a hair condition sensor for detecting a degree of damage to the user's hair is also comprised, the hair condition sensor comprising a near-infrared spectroscopy sensor, and the hair condition sensor being designed to determine hair damage in the form of a content of cysteic acid. a first region (A) and a second region (B) which are designed in such a way that a user's hair can be moved between the first region (A) and the second region (B), at least one light source being arranged in the first region (A), and at least one optical sensor for detecting light from the at least one light source as the hair condition information being arranged in the first region, the second region (B) comprising at least one support , and the first region (A) and the second region (B) being coupled by means of a connecting element such that the first region (A) and the second region (B) are opposite one another such that a main sensor measuring direction of the at least one sensor is oriented at a predefined angle to a surface of the support ; the at least one optical sensor in the first region (A) comprising a color sensor for detecting a hair color of the user; characterized in that , in the first region (A), a hair condition sensor for detecting a degree of damage to the user's hair is also comprised, the hair condition sensor comprising a near-infrared spectroscopy sensor, and the hair condition sensor being designed to determine hair damage in the form of a content of cysteic acid.
A method for generating 3D structure estimation of at least one target from a set of 2D Cryo-electron microscope particle images, the method executed on at least one processing unit , the method comprising: receiving the set of 2D particle images of the target from a Cryo-electron microscope ; splitting the set of particle images into at least a first half-set and a second half-set ; iteratively performing: determining local resolution estimation and local filtering on at least a first half-map associated with the first half-set and a second half-map associated with the second half-set, the local resolution estimation and the local filtering are collectively determined by performing optimization, the optimization comprising minimizing a discrepancy between the first half-map and the second half-map after each half-map is filtered by a parameterized filtering operation; aligning 2D particles from each of the half-sets using at least one region of the associated half-map ; for each of the half-maps, generating an updated half-map using the aligned 2D particles from the associated half-set ; and generating a resultant 3D map using the half-maps ; and outputting an estimated 3D structure of the target based on the resultant 3D map. receiving the set of 2D particle images of the target from a Cryo-electron microscope ; splitting the set of particle images into at least a first half-set and a second half-set ; iteratively performing: determining local resolution estimation and local filtering on at least a first half-map associated with the first half-set and a second half-map associated with the second half-set, the local resolution estimation and the local filtering are collectively determined by performing optimization, the optimization comprising minimizing a discrepancy between the first half-map and the second half-map after each half-map is filtered by a parameterized filtering operation; aligning 2D particles from each of the half-sets using at least one region of the associated half-map ; for each of the half-maps, generating an updated half-map using the aligned 2D particles from the associated half-set ; and generating a resultant 3D map using the half-maps ; and determining local resolution estimation and local filtering on at least a first half-map associated with the first half-set and a second half-map associated with the second half-set, the local resolution estimation and the local filtering are collectively determined by performing optimization, the optimization comprising minimizing a discrepancy between the first half-map and the second half-map after each half-map is filtered by a parameterized filtering operation; aligning 2D particles from each of the half-sets using at least one region of the associated half-map ; for each of the half-maps, generating an updated half-map using the aligned 2D particles from the associated half-set ; and generating a resultant 3D map using the half-maps ; and outputting an estimated 3D structure of the target based on the resultant 3D map.
A system for alerting users regarding media availability, the system comprising: means for tracking a viewing progress of a user through a series of media content, wherein the series of media content has an availability window, the availability window being a period of time at which the user may access the series of media content, wherein said series of media content comprises more than one media asset; means for determining a rate at which the user consumes the series of media content based on the tracked viewing progress; means for estimating a date of completion of the series of media content based on a rate at which the user consumes the series of media content and an amount of the series of media content yet to be consumed by the user; means for determining whether the date of completion falls within the availability window; and means for recommending an action to accelerate the viewing progress of the user in response to determining that the date of completion does not fall within the availability window. means for tracking a viewing progress of a user through a series of media content, wherein the series of media content has an availability window, the availability window being a period of time at which the user may access the series of media content, wherein said series of media content comprises more than one media asset; means for determining a rate at which the user consumes the series of media content based on the tracked viewing progress; means for estimating a date of completion of the series of media content based on a rate at which the user consumes the series of media content and an amount of the series of media content yet to be consumed by the user; means for determining whether the date of completion falls within the availability window; and means for recommending an action to accelerate the viewing progress of the user in response to determining that the date of completion does not fall within the availability window.
An active-matrix substrate comprising: a base substrate, a plurality of gate lines located on the base substrate and arranged in parallel, a first insulating layer that covers the gate lines, a plurality of data lines located on the first insulating layer and perpendicular to the gate lines, a second insulating layer that covers the data lines, and pixel electrodes located in sub-pixel areas enclosed by the data lines and the gate lines; wherein either the substrate further comprises: polarizing films that cover the pixel electrodes, projections of the polarizing films corresponding to the pixel electrodes; and first auxiliary gate lines arranged on the second insulating layer and parallel to the gate lines, projections of the first auxiliary gate lines corresponding to the gate lines, at least two portions on each of the first auxiliary gate lines are electrically connected with at least two corresponding portions on the gate line through via holes that penetrate the first insulating layer and the second insulating layer; wherein the first auxiliary gate lines and the polarizing films have been formed by performing a same patterning process to a same layer of transparent conductive material; or, the substrate further comprises: polarizing films that cover the pixel electrodes, projections of the polarizing films corresponding to the pixel electrodes; and first auxiliary data lines arranged on the second insulating layer and parallel to the data lines, projections of the first auxiliary data lines corresponding to the data lines, at least two portions on each of the first auxiliary data lines are electrically connected with at least two corresponding portions on the data line through via holes that penetrate the second insulating layer; wherein the first auxiliary data lines and the polarizing films have been formed by performing a same patterning process to a same layer of transparent conductive material.
Device for electrically heating a heat transfer liquid, comprising at least one casing defining an internal volume in which at least one circulation chamber for the heat transfer liquid and at least one printed circuit board bearing at least one electric and/or electronic component are received, the circulation chamber for the heat transfer liquid being delimited by at least one external wall , the circulation chamber for the heat transfer liquid accommodating at least one electric heating element electrically connected to the at least one electric and/or electronic component borne by the printed circuit board , the printed circuit board comprising at least one cutout positioned facing the circulation chamber for the heat transfer liquid, characterized in that the circulation chamber at least partially extends through the cutout .
A method for diagnosing error of at least one of an ego vehicle and a surrounding vehicle , which method comprises the steps of: the ego vehicle receiving (S1) sensor data about the surrounding vehicle from an on-board sensor of the ego vehicle and vehicle to vehicle data from the surrounding vehicle ; the ego vehicle comparing (S2) the received sensor data and the received vehicle to vehicle data; characterized in that the ego vehicle detecting (S3) a difference between the received sensor data and the received vehicle to vehicle data, whereby the ego vehicle : - stops (S4) receiving vehicle to vehicle data from the surrounding vehicle ; - registers (S5) a potential error of the ego vehicle ; and - reports (S6) a potential error of the surrounding vehicle to at least one of the surrounding vehicle and a remote server . the ego vehicle receiving (S1) sensor data about the surrounding vehicle from an on-board sensor of the ego vehicle and vehicle to vehicle data from the surrounding vehicle ; the ego vehicle comparing (S2) the received sensor data and the received vehicle to vehicle data; characterized in that the ego vehicle detecting (S3) a difference between the received sensor data and the received vehicle to vehicle data, whereby the ego vehicle : - stops (S4) receiving vehicle to vehicle data from the surrounding vehicle ; - registers (S5) a potential error of the ego vehicle ; and - reports (S6) a potential error of the surrounding vehicle to at least one of the surrounding vehicle and a remote server . - stops (S4) receiving vehicle to vehicle data from the surrounding vehicle ; - registers (S5) a potential error of the ego vehicle ; and - reports (S6) a potential error of the surrounding vehicle to at least one of the surrounding vehicle and a remote server .
A method of manufacturing a collagen film using ultraviolet (UV) light, comprising: a collagen solution preparation step of preparing a collagen solution by dissolving collagen in an acidic solution; a crosslinking step of physically crosslinking the collagen solution through UV irradiation; and a drying step of naturally drying the crosslinked collagen; wherein the crosslinking step is performed using UV light at a wavelength of 10 ∼ 380 nm; and wherein the UV light has an intensity of 0.10 ∼ 0.50 mW/cm 2 ; and wherein the UV light is applied for 12 ∼ 48 hr; and wherein the step of naturally drying is performed at the temperature of 15 ∼ 24°C; and wherein the step of naturally drying is performed without wind blowing. a collagen solution preparation step of preparing a collagen solution by dissolving collagen in an acidic solution; a crosslinking step of physically crosslinking the collagen solution through UV irradiation; and a drying step of naturally drying the crosslinked collagen; wherein the crosslinking step is performed using UV light at a wavelength of 10 ∼ 380 nm; and wherein the UV light has an intensity of 0.10 ∼ 0.50 mW/cm 2 ; and wherein the UV light is applied for 12 ∼ 48 hr; and wherein the step of naturally drying is performed at the temperature of 15 ∼ 24°C; and wherein the step of naturally drying is performed without wind blowing.