mhurhangee/patent-ind-claim-en huggingface dataset:
A method for assembling a fuel distribution system for a turbomachine fuel injector, comprising: Inserting a liquid fuel distributor into an interior cavity of a shroud to create a liquid fuel distribution circuit between the liquid fuel distributor and the shroud ; Inserting a gas fuel distributor into the interior cavity of the shroud and into an interior cavity of the liquid fuel distributor to create a gas fuel distribution circuit between the gas fuel distributor and the liquid fuel distributor ; characterized in that the method further comprises inserting a fuel transfer tube into an outer diameter of the shroud , the fuel transfer tube including a liquid fuel channel configured to be in fluid communication with the liquid fuel distribution circuit and a gas fuel channel configured to be in fluid communication with the gas fuel distribution circuit ; and brazing or shrink fitting at least one of the fuel transfer tube , the gas fuel distributor , or the liquid fuel distributor to the shroud . Inserting a liquid fuel distributor into an interior cavity of a shroud to create a liquid fuel distribution circuit between the liquid fuel distributor and the shroud ; Inserting a gas fuel distributor into the interior cavity of the shroud and into an interior cavity of the liquid fuel distributor to create a gas fuel distribution circuit between the gas fuel distributor and the liquid fuel distributor ; characterized in that the method further comprises inserting a fuel transfer tube into an outer diameter of the shroud , the fuel transfer tube including a liquid fuel channel configured to be in fluid communication with the liquid fuel distribution circuit and a gas fuel channel configured to be in fluid communication with the gas fuel distribution circuit ; and brazing or shrink fitting at least one of the fuel transfer tube , the gas fuel distributor , or the liquid fuel distributor to the shroud . inserting a fuel transfer tube into an outer diameter of the shroud , the fuel transfer tube including a liquid fuel channel configured to be in fluid communication with the liquid fuel distribution circuit and a gas fuel channel configured to be in fluid communication with the gas fuel distribution circuit ; and brazing or shrink fitting at least one of the fuel transfer tube , the gas fuel distributor , or the liquid fuel distributor to the shroud .
Method for determining a curvature and/or torsion of an optical waveguide of a fiber-optic sensor with an optical waveguide having an axial direction aligned in a direction of light propagation and a radial direction aligned perpendicular thereto, wherein the optical waveguide hasa core forconducting light, which core runscentrally in the axial direction and extendsat least substantially overthe entire length of the optical waveguide , and a cladding surrounding the core in the radial direction, and wherein at least one section of the optical waveguide , which runsin the axial direction, isprovided with at least two Bragg gratings , which are introduced therein and run through a common cross-sectional plane through the optical waveguide , which cross-sectional plane liesin the radial direction, wherein the Bragg gratings are introduced into the core and/oron the boundary between the core and the cladding and/or in an inneredge region of the cladding within an evanescent region of the light, and wherein at least some of the Bragg gratings have different grating constants, comprising the method stepsof: (a) providing reference data of intensities of reflected light portions of light coupled into the optical waveguide , (b) measuring at least one light intensity of reflected light portions of light coupled into the optical waveguide , wherein the optical waveguide hasa deformation to be determined, and (c) determining the deformation by comparing the light intensity with the reference data, wherein wavelength multiplexing and/or time multiplexing of the light coupled into the optical waveguide iscarried out to determine the deformation. (a) providing reference data of intensities of reflected light portions of light coupled into the optical waveguide , (b) measuring at least one light intensity of reflected light portions of light coupled into the optical waveguide , wherein the optical waveguide hasa deformation to be determined, and (c) determining the deformation by comparing the light intensity with the reference data, wherein wavelength multiplexing and/or time multiplexing of the light coupled into the optical waveguide iscarried out to determine the deformation.
A control box defining a lateral direction , a longitudinal direction , and a transverse direction , the control box comprising: a housing defining an interior ; a first circuit board disposed within the interior ; a second circuit board and a mezzanine card disposed within the interior , wherein the mezzanine card is in operative communication with the second circuit board ; a heat sink removably connected to the housing such that the first circuit board is in contact with the heat sink ; wherein the housing comprises a cover and a stiffener , the stiffener removably connected to the cover , the heat sink removably connected to the stiffener , the cover , the stiffener , and the heat sink are stacked along the transverse direction , and the first circuit board and the second circuit board are in contact with the stiffener ; wherein the first circuit board is disposed between the stiffener and the heat sink on a first side of the stiffener ; wherein the second circuit board and the mezzanine card are disposed between the cover and the stiffener on a second side of the stiffener and the mezzanine card is disposed between the second circuit board and the cover ; at least one first input/output connector extending from the mezzanine card along the transverse direction and through the cover ; at least one second input/output connector extending from the second circuit board along the transverse direction and through the cover ; such that the first circuit board , the second circuit board , and the mezzanine card are positioned between the cover and the heat sink . a housing defining an interior ; a first circuit board disposed within the interior ; a second circuit board and a mezzanine card disposed within the interior , wherein the mezzanine card is in operative communication with the second circuit board ; a heat sink removably connected to the housing such that the first circuit board is in contact with the heat sink ; wherein the housing comprises a cover and a stiffener , the stiffener removably connected to the cover , the heat sink removably connected to the stiffener , the cover , the stiffener , and the heat sink are stacked along the transverse direction , and the first circuit board and the second circuit board are in contact with the stiffener ; wherein the first circuit board is disposed between the stiffener and the heat sink on a first side of the stiffener ; wherein the second circuit board and the mezzanine card are disposed between the cover and the stiffener on a second side of the stiffener and the mezzanine card is disposed between the second circuit board and the cover ; at least one first input/output connector extending from the mezzanine card along the transverse direction and through the cover ; at least one second input/output connector extending from the second circuit board along the transverse direction and through the cover ; such that the first circuit board , the second circuit board , and the mezzanine card are positioned between the cover and the heat sink .
Cushion system comprising: - a profile of a shade of a door or window, the profile having a longitudinal extension; a cushion comprising a first portion fixed on a first section of the profile and a second portion including at least one flexible tongue , characterized in that said at least one flexible tongue extends in the longitudinal extension of the profile and is along a second section of the profile free from said first portion , to act as a cushion between the profile and a frame for assembly of the profile . - a profile of a shade of a door or window, the profile having a longitudinal extension;
Retrieving tool for retrieving a coiled tubing logging plug from a downhole wherein the retrieving tool is insertable into a through hole of the coiled tubing logging plug and comprises a tool body and a retrieving element that is movable relative to the tool body and that is couplable to the coiled tubing logging plug in order to retrieve the coiled tubing logging plug , wherein the retrieving element comprises a recess for receiving a protrusion of the coiled tubing logging plug when the coiled tubing logging plug is retrieved, the protrusion retracting radially into the recess, releasing a locking mechanism of the coiled tubing logging plug.
Beverage machine comprising: - a brewing pot for receiving brewing material (K), and - a piston which can be displaced relative to the brewing pot for ejecting the brewing material (K), - a drainage outlet in the brewing pot for draining residual water from the brewing pot , - wherein the piston is designed to i) release the drainage outlet in a drainage position (P) of the piston and ii) close the drainage outlet in a brewing position (B) of the piston , wherein the brewing pot has a brewing pot base , wherein the piston comprises a piston rod which is passed through a through hole provided in the brewing pot base and wherein the through hole at the same time forms the drainage outlet , wherein the piston rod and the brewing pot are designed to form an at least unidirectional form-fit connection , wherein the connection can be locked and released by a displacement of the piston rod and the brewing pot relative to one another in the direction of a longitudinal axis (AA) of the brewing pot , characterised in that the connection can be locked in the drainage position (P) in a form-fit manner. - a brewing pot for receiving brewing material (K), and - a piston which can be displaced relative to the brewing pot for ejecting the brewing material (K), - a drainage outlet in the brewing pot for draining residual water from the brewing pot , - wherein the piston is designed to i) release the drainage outlet in a drainage position (P) of the piston and ii) close the drainage outlet in a brewing position (B) of the piston , i) release the drainage outlet in a drainage position (P) of the piston and ii) close the drainage outlet in a brewing position (B) of the piston ,
Method for controlling a gripping or clamping device having an electric motor , comprising at least one jaw which can be driven by the motor and can be moved back and forth between stops , the jaw being moved in a start-up phase at only a low start-up speed V G , at which the jaw is moved against the relevant stop without damage, - the position of the jaw when the jaw strikes against the stop , and thus the positions of the at least one stop , being measured and stored in the start-up phase, the jaw first being moved, in an operating phase following the start-up phase, over a distance X v at a travel speed V v which is greater than the start-up speed V G , and the jaw then being braked before the jaw hits the stop by reducing the travel speed V v to a braking speed V gx , such that the jaw is moved against the stop without damage, characterized in that the positions of the jaw each time the jaw strikes against a stop , i.e. in the start-up phase and in the operating phase, and thus the positions of the stops , are measured and stored, and in that , if the position of the relevant stop changes during different, successive gripping cycles, this is detected and the control of the motor and the braking of the jaw are adjusted accordingly. - the position of the jaw when the jaw strikes against the stop , and thus the positions of the at least one stop , being measured and stored in the start-up phase, the jaw first being moved, in an operating phase following the start-up phase, over a distance X v at a travel speed V v which is greater than the start-up speed V G , and the jaw then being braked before the jaw hits the stop by reducing the travel speed V v to a braking speed V gx , such that the jaw is moved against the stop without damage, characterized in that the positions of the jaw each time the jaw strikes against a stop , i.e. in the start-up phase and in the operating phase, and thus the positions of the stops , are measured and stored, and in that , if the position of the relevant stop changes during different, successive gripping cycles, this is detected and the control of the motor and the braking of the jaw are adjusted accordingly.
A bionanocomposite material characterized because it is composed by: a) a hard natural fibers holder, wherein the hard natural fiber is selected from the group consisting of henequen, sisal and fique; and b) metal oxide nanoparticles deposited on said holder, wherein the metal is selected from Mn and Fe, having a size distribution ranging from 40 to 80 nm. a) a hard natural fibers holder, wherein the hard natural fiber is selected from the group consisting of henequen, sisal and fique; and b) metal oxide nanoparticles deposited on said holder, wherein the metal is selected from Mn and Fe, having a size distribution ranging from 40 to 80 nm.
A backup pin state checking system of a component mounting machine installed with a function for automatically exchanging a backup pin configured to support, from below, a circuit board on which components are mounted, the backup pin state checking system comprising: a camera configured to capture an image of the backup pin from above, and an image processing device configured to process the image captured by the camera ; characterized in that wherein a protrusion is provided at each of three or more positions at a predetermined dimension below the upper end of the outer periphery of the backup pin ; and the image processing device configured to process the image captured from above, the image including the backup pin and the three or more protrusions so as to be made to fall within the camera's field of view, to recognize, within the image, information regarding a length of a portion of each protrusion that is not hidden by the upper end of the backup pin , and to determine whether the backup pin is tilted by a predetermined angle or more based on the image recognition result. a camera configured to capture an image of the backup pin from above, and an image processing device configured to process the image captured by the camera ; characterized in that wherein a protrusion is provided at each of three or more positions at a predetermined dimension below the upper end of the outer periphery of the backup pin ; and the image processing device configured to process the image captured from above, the image including the backup pin and the three or more protrusions so as to be made to fall within the camera's field of view, to recognize, within the image, information regarding a length of a portion of each protrusion that is not hidden by the upper end of the backup pin , and to determine whether the backup pin is tilted by a predetermined angle or more based on the image recognition result.
A method for providing supplemental content associated with a media asset, the method comprising: receiving a user input from a user device for supplemental information about a context of an event shown in the media asset; automatically determining the context of the event based on data associated with the event, wherein the event is a statement or gesture made by a character or person in the media asset; determining additional information required to generate the supplemental information about the context of the event shown in the media asset; generating a request for the additional information; selecting a plurality of users for receiving the request for the additional information based on the plurality of users belonging to a social network associated with the user; transmitting, to the plurality of users, the request for additional information regarding the context of the event shown in the media asset; receiving messages from the plurality of users in response to the request; generating supplemental information associated with the context of the event based on the messages; transmitting the generated supplemental information to the user device; and generating for display the media asset and the generated supplemental information. receiving a user input from a user device for supplemental information about a context of an event shown in the media asset; automatically determining the context of the event based on data associated with the event, wherein the event is a statement or gesture made by a character or person in the media asset; determining additional information required to generate the supplemental information about the context of the event shown in the media asset; generating a request for the additional information; selecting a plurality of users for receiving the request for the additional information based on the plurality of users belonging to a social network associated with the user; transmitting, to the plurality of users, the request for additional information regarding the context of the event shown in the media asset; receiving messages from the plurality of users in response to the request; generating supplemental information associated with the context of the event based on the messages; transmitting the generated supplemental information to the user device; and generating for display the media asset and the generated supplemental information.
A magnetic device comprising: a pinned layer having a fixed magnetization direction; a free layer having a switched magnetization direction; a tunnel insulating layer interposed between the pinned layer and the free layer; and a spin-torque generation layer injecting spin current into the free layer as in-plane current flows, wherein the spin current allows a magnetization direction of the free layer to be switched by a spin-orbit torque, the pinned layer and the free layer have perpendicular magnetic anisotropy, the spin-torque generation layer includes a tungsten layer and a tungsten-nitride layer sequentially stacked, and the tungsten-nitride layer is disposed adjacent to the free layer. a pinned layer having a fixed magnetization direction; a free layer having a switched magnetization direction; a tunnel insulating layer interposed between the pinned layer and the free layer; and a spin-torque generation layer injecting spin current into the free layer as in-plane current flows, wherein the spin current allows a magnetization direction of the free layer to be switched by a spin-orbit torque, the pinned layer and the free layer have perpendicular magnetic anisotropy, the spin-torque generation layer includes a tungsten layer and a tungsten-nitride layer sequentially stacked, and the tungsten-nitride layer is disposed adjacent to the free layer.
Dental tool having a shank region which is configured for coupling to a dental handpiece , and a working region which is connected to the shank region , wherein the shank region of the dental tool is configured for allowing latchable insertion and removal without actuation, wherein at least the shank region of the tool consists of plastic, silicone or rubber, wherein the shank region is of substantially cylindrical configuration and - in relation to a longitudinal axis (L) of the shank region - is configured for axial or radial latching to a drive component of the dental handpiece , wherein the shank region has a driver region , preferably situated in the vicinity of the working region , which is configured for form-fitting coupling to a drive component of the dental handpiece , by way of which a rotational movement, realized around the longitudinal axis (L), of the drive component can be transmitted to the shank region , characterized in that one or more spring arms are arranged on the shank region , or in that the shank region has a ring-like latching recess which extends over the common circumference. a shank region which is configured for coupling to a dental handpiece , and a working region which is connected to the shank region , wherein the shank region of the dental tool is configured for allowing latchable insertion and removal without actuation, wherein at least the shank region of the tool consists of plastic, silicone or rubber, wherein the shank region is of substantially cylindrical configuration and - in relation to a longitudinal axis (L) of the shank region - is configured for axial or radial latching to a drive component of the dental handpiece , wherein the shank region has a driver region , preferably situated in the vicinity of the working region , which is configured for form-fitting coupling to a drive component of the dental handpiece , by way of which a rotational movement, realized around the longitudinal axis (L), of the drive component can be transmitted to the shank region , characterized in that one or more spring arms are arranged on the shank region , or in that the shank region has a ring-like latching recess which extends over the common circumference.
An apparatus for classifying an image, comprising: an image divider adapted to divide an input image into blocks, wherein each block includes a plurality of pixels; and an image type determiner adapted to calculate a hue value and a chroma value for each of the blocks, to determine, for each one of the blocks, whether the one of the blocks is a color-changed block by calculating differences between the hue value and chroma value calculated for all blocks adjacent to the one of the blocks and the hue value and chroma value calculated for the one of the blocks, to determine a number of the color-changed blocks, to calculate a hue variance and a chroma variance for the entire input image if the number of the color-changed blocks is greater than or equal to a first preset threshold, and to determine that the input image is a non-monochromatic image if the hue variance for the entire input image is greater than or equal to a second preset threshold or the chroma variance for the entire input image is greater than or equal to a third preset threshold. an image divider adapted to divide an input image into blocks, wherein each block includes a plurality of pixels; and an image type determiner adapted to calculate a hue value and a chroma value for each of the blocks, to determine, for each one of the blocks, whether the one of the blocks is a color-changed block by calculating differences between the hue value and chroma value calculated for all blocks adjacent to the one of the blocks and the hue value and chroma value calculated for the one of the blocks, to determine a number of the color-changed blocks, to calculate a hue variance and a chroma variance for the entire input image if the number of the color-changed blocks is greater than or equal to a first preset threshold, and to determine that the input image is a non-monochromatic image if the hue variance for the entire input image is greater than or equal to a second preset threshold or the chroma variance for the entire input image is greater than or equal to a third preset threshold.