mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: at least one processor; and memory storing instructions that, when executed by the at least one processor, cause the apparatus to: generate optical character recognition text by performing OCR on at least one of: a banner associated with a content item, or a graphic associated with the content item determine at least a portion of the OCR text as a first candidate descriptor, based on a transcript associated with the content item, compare at least one term included in the content item to at least one tag assigned to the content item, determine that the comparison generates a match within a threshold, based on determining that the comparison generates a match, determine the at least one term as a second candidate descriptor, and cause the first candidate descriptor and the second candidate descriptor to be presented to a user. at least one processor; and memory storing instructions that, when executed by the at least one processor, cause the apparatus to: generate optical character recognition text by performing OCR on at least one of: a banner associated with a content item, or a graphic associated with the content item determine at least a portion of the OCR text as a first candidate descriptor, based on a transcript associated with the content item, compare at least one term included in the content item to at least one tag assigned to the content item, determine that the comparison generates a match within a threshold, based on determining that the comparison generates a match, determine the at least one term as a second candidate descriptor, and cause the first candidate descriptor and the second candidate descriptor to be presented to a user. generate optical character recognition text by performing OCR on at least one of: a banner associated with a content item, or a graphic associated with the content item a banner associated with a content item, or a graphic associated with the content item determine at least a portion of the OCR text as a first candidate descriptor, based on a transcript associated with the content item, compare at least one term included in the content item to at least one tag assigned to the content item, determine that the comparison generates a match within a threshold, based on determining that the comparison generates a match, determine the at least one term as a second candidate descriptor, and cause the first candidate descriptor and the second candidate descriptor to be presented to a user.
A functional film comprising: a support which has a value of retardation of equal to or less than 50 nm; a protective inorganic film which is formed on the support; one or more combinations, each of which is composed of an inorganic film and an organic film that is an underlayer of the inorganic film, formed on the protective inorganic film; and a sealant layer which adheres onto the uppermost inorganic film of the combination by an adhesive layer, wherein the sealant layer has a value of retardation of equal to or less than 300 nm and has a glass transition temperature lower than that of the support. a support which has a value of retardation of equal to or less than 50 nm; a protective inorganic film which is formed on the support; one or more combinations, each of which is composed of an inorganic film and an organic film that is an underlayer of the inorganic film, formed on the protective inorganic film; and a sealant layer which adheres onto the uppermost inorganic film of the combination by an adhesive layer, wherein the sealant layer has a value of retardation of equal to or less than 300 nm and has a glass transition temperature lower than that of the support.
A system for detecting a sound originating from a voice of a user and enhancing signal-to-noise ratio with respect to noise originating outside the user's body, the system comprising: a headset that includes a light source for producing a quasi-monochromatic, spatially-coherent light beam that is directed at a bone area of a head of the body when the headset is worn by the user; an interferometer for interfering a light beam originating from the source, incident upon the bone area and reflected from it, with a reference beam, which also originates from the light source; and a detector for detecting changes caused by motion of at least one interference fringe across the detector, and for generating an electric signal that represents the voice. a headset that includes a light source for producing a quasi-monochromatic, spatially-coherent light beam that is directed at a bone area of a head of the body when the headset is worn by the user; an interferometer for interfering a light beam originating from the source, incident upon the bone area and reflected from it, with a reference beam, which also originates from the light source; and a detector for detecting changes caused by motion of at least one interference fringe across the detector, and for generating an electric signal that represents the voice.
A fan blade for a gas turbine engine, comprising: a root; an airfoil formed from a first material; a protective sheath disposed on a leading edge of the airfoil, the protective sheath being formed from a second material, the first material being galvanically incompatible with the second material and the first material being less noble than the second material; a non-conductive material disposed between the protective sheath and the airfoil so that they are electrically isolated from each other; and a sacrificial anode in contact with the blade, wherein the sacrificial anode is formed from a third material that is less noble than the first material such that it will corrode before the first material if the non-conductive material disposed between the protective sheath and the airfoil is compromised and the first material and the second material are no longer electrically isolated from each other; and characterised in that the sacrificial anode is secured to the root of the blade; or the sacrificial anode is secured to an end portion of the root of the blade; or the sacrificial anode is secured to a side portion of the root of the blade. a root; an airfoil formed from a first material; a protective sheath disposed on a leading edge of the airfoil, the protective sheath being formed from a second material, the first material being galvanically incompatible with the second material and the first material being less noble than the second material; a non-conductive material disposed between the protective sheath and the airfoil so that they are electrically isolated from each other; and a sacrificial anode in contact with the blade, wherein the sacrificial anode is formed from a third material that is less noble than the first material such that it will corrode before the first material if the non-conductive material disposed between the protective sheath and the airfoil is compromised and the first material and the second material are no longer electrically isolated from each other; and characterised in that the sacrificial anode is secured to the root of the blade; or the sacrificial anode is secured to an end portion of the root of the blade; or the sacrificial anode is secured to a side portion of the root of the blade.
Electromagnetic pressure control valve, having an electromagnetic actuator for positioning a piston that is axially displaceably accommodated in a controller housing, flow through the ports (P, A, T) of the pressure control valve for the purpose of opening and/or closing being possible with the aid of the piston, and the piston having a pin on its end face formed so as to be facing away from the electromagnetic actuator, it being possible for a relative movement to be built up between the pin and the piston, and a pin end face formed so as to be facing away from the piston in the controller housing being arranged opposite a terminating element formed as a stop, the pressure control valve comprising hydraulic end position damping in order to damp a movement of the pin in the direction of the terminating element formed as a stop, characterized in that the hydraulic end position damping has the terminating element receiving the pin.
A method for producing a plurality of digital data sets representing a series of discrete tooth arrangements progressing from an initial to a final tooth arrangement, said method comprising: providing an initial digital data set representing an initial tooth arrangement; presenting a visual image based on the initial data set; manipulating the visual image to reposition individual teeth in the visual image; and producing a final digital data set representing the final tooth arrangement with repositioned teeth as observed in the image, wherein the final digital data set is suitable for fabricating a dental appliance comprising a polymeric shell having a teeth-receiving cavity formed therein, the method further comprising: producing a plurality of successive digital data sets based on the provided digital data sets, wherein said plurality of digital data sets represent a series of successive tooth arrangements progressing from the initial tooth arrangement to the final tooth arrangement. providing an initial digital data set representing an initial tooth arrangement; presenting a visual image based on the initial data set; manipulating the visual image to reposition individual teeth in the visual image; and producing a final digital data set representing the final tooth arrangement with repositioned teeth as observed in the image, wherein the final digital data set is suitable for fabricating a dental appliance comprising a polymeric shell having a teeth-receiving cavity formed therein, the method further comprising: producing a plurality of successive digital data sets based on the provided digital data sets, wherein said plurality of digital data sets represent a series of successive tooth arrangements progressing from the initial tooth arrangement to the final tooth arrangement. producing a plurality of successive digital data sets based on the provided digital data sets, wherein said plurality of digital data sets represent a series of successive tooth arrangements progressing from the initial tooth arrangement to the final tooth arrangement.
Method of creating and processing a color image of an iridocorneal region of an eye comprising the examination steps of: A) detecting at least one color image of an iridocorneal region of an eye through a detector device consisting of a bi-dimensional array of pixels, wherein the at least one color image is in a color space defined by three color dimensions thus a color of each pixel of said bi-dimensional array is associated to three color components, wherein the detector device and a color illuminator device are preliminary calibrated as a pair, B) selecting at least one sub-image within said detected image corresponding to a region of interest, C) computing at least one statistic parameter of said selected sub-image, wherein the statistic parameter is selected from the group comprising an average value of a color component, a variance value of a color component, a minimum value of a color component and a maximum value of a color component, a skewness value of a color component, a kurtosis index value of a color component, a distribution of a color component, a distribution gradient of a color component, D) determining an indicator based on said at least one statistic parameter, E) providing said indicator as an examination result; wherein step A provides a color image in a device-dependent color space being RGB, and wherein before step C, there is a step F of transforming the sub-image in the device-dependent color space to a sub-image in a device-independent and perceptually-uniform color space being CIE LAB, wherein at least steps B, C, D, E and F are carried out by a computer program. A) detecting at least one color image of an iridocorneal region of an eye through a detector device consisting of a bi-dimensional array of pixels, wherein the at least one color image is in a color space defined by three color dimensions thus a color of each pixel of said bi-dimensional array is associated to three color components, wherein the detector device and a color illuminator device are preliminary calibrated as a pair, B) selecting at least one sub-image within said detected image corresponding to a region of interest, C) computing at least one statistic parameter of said selected sub-image, wherein the statistic parameter is selected from the group comprising an average value of a color component, a variance value of a color component, a minimum value of a color component and a maximum value of a color component, a skewness value of a color component, a kurtosis index value of a color component, a distribution of a color component, a distribution gradient of a color component, D) determining an indicator based on said at least one statistic parameter, E) providing said indicator as an examination result; wherein step A provides a color image in a device-dependent color space being RGB, and wherein before step C, there is a step F of transforming the sub-image in the device-dependent color space to a sub-image in a device-independent and perceptually-uniform color space being CIE LAB, wherein at least steps B, C, D, E and F are carried out by a computer program.
A process for producing an oxygen carrier that is suitable for use in a chemical looping combustion unit, comprising the steps of: removing and collecting black powder that is formed within a gas pipeline; pre-treating the collected black powder via a spray drying process or a freeze granulation process; and activating the collected black powder to increase the reactivity of the black powder to form a black powder oxygen carrier for use in the chemical looping combustion unit, wherein the activation step includes passing a flue gas through the pre-treated black powder to produce the oxygen carrier which is for subsequent placement in the chemical combustion unit, whereby the activation step increases porosity and surface area of the black powder for improved gas-solid contact, thereby improving the reactivity of the black powder towards other gas, liquid or solid fuels. removing and collecting black powder that is formed within a gas pipeline; pre-treating the collected black powder via a spray drying process or a freeze granulation process; and activating the collected black powder to increase the reactivity of the black powder to form a black powder oxygen carrier for use in the chemical looping combustion unit, wherein the activation step includes passing a flue gas through the pre-treated black powder to produce the oxygen carrier which is for subsequent placement in the chemical combustion unit, whereby the activation step increases porosity and surface area of the black powder for improved gas-solid contact, thereby improving the reactivity of the black powder towards other gas, liquid or solid fuels.
An optical sensor comprising: a housing having a single optical window positioned on an external surface of the housing and an optical pathway configured to direct light through the optical window optically connected to the optical pathway into a fluid sample under analysis and receive light from the fluid sample through the optical window; a first optical emitter configured to emit light at a first wavelength through the optical pathway and into the fluid sample; a second optical emitter configured to emit light at a second wavelength different than the first wavelength through the optical pathway and into the fluid sample; and an optical detector configured to receive light from the fluid sample through the optical pathway, wherein the first optical emitter and the second optical emitter are configured to emit light at different times, the optical detector is configured to receive fluorescent emissions through the optical window from the fluid sample in response to light emitted by the first optical emitter, and the optical detector is configured to receive scattered light through the optical window from the fluid sample in response to light emitted by the second optical emitter. a housing having a single optical window positioned on an external surface of the housing and an optical pathway configured to direct light through the optical window optically connected to the optical pathway into a fluid sample under analysis and receive light from the fluid sample through the optical window; a first optical emitter configured to emit light at a first wavelength through the optical pathway and into the fluid sample; a second optical emitter configured to emit light at a second wavelength different than the first wavelength through the optical pathway and into the fluid sample; and an optical detector configured to receive light from the fluid sample through the optical pathway, wherein the first optical emitter and the second optical emitter are configured to emit light at different times, the optical detector is configured to receive fluorescent emissions through the optical window from the fluid sample in response to light emitted by the first optical emitter, and the optical detector is configured to receive scattered light through the optical window from the fluid sample in response to light emitted by the second optical emitter.
A wearable device for temporarily storing credential data associated with at least one electronic device, the wearable device comprising: a. a detector unit configured for detecting the presence of a human body; b. a radio communication interface configured to communicate with the at least one electronic device; c. a data storage configured to store the credential data; d. a processing circuitry configured: i. to broadcast a signal, indicating an ability to temporarily store credential data, when said detector unit detects the presence of a human body; ii. to receive, using the radio communication interface, the credential data from said electronic device; iii. to store, in the data storage, the received credential data in the data storage as long as said detector unit detects the presence of the human body, and iv. to transmit the credential data to the electronic device, when a request for credentials is received. a. a detector unit configured for detecting the presence of a human body; b. a radio communication interface configured to communicate with the at least one electronic device; c. a data storage configured to store the credential data; d. a processing circuitry configured: i. to broadcast a signal, indicating an ability to temporarily store credential data, when said detector unit detects the presence of a human body; ii. to receive, using the radio communication interface, the credential data from said electronic device; iii. to store, in the data storage, the received credential data in the data storage as long as said detector unit detects the presence of the human body, and iv. to transmit the credential data to the electronic device, when a request for credentials is received. i. to broadcast a signal, indicating an ability to temporarily store credential data, when said detector unit detects the presence of a human body; ii. to receive, using the radio communication interface, the credential data from said electronic device; iii. to store, in the data storage, the received credential data in the data storage as long as said detector unit detects the presence of the human body, and iv. to transmit the credential data to the electronic device, when a request for credentials is received.
A pilot valve controlled positive and negative pressure relief valve comprising: a valve compartment provided within a valve body and configured to provide a fluid pathway between a first space and a second space; a primary valve poppet located within the valve compartment and obstructing the fluid pathway between the first space and the second space in a sealed position; and a pilot valve located in an opening in the valve compartment and having a further opening into an ambient pressure sense line between the pilot valve and the second space, wherein the pilot valve is configured to at least partially relieve a positive pressure differential between the first space and the second space, and wherein said primary valve poppet is configured to at least partially relieve a negative pressure differential between the first space and the second space. a valve compartment provided within a valve body and configured to provide a fluid pathway between a first space and a second space; a primary valve poppet located within the valve compartment and obstructing the fluid pathway between the first space and the second space in a sealed position; and a pilot valve located in an opening in the valve compartment and having a further opening into an ambient pressure sense line between the pilot valve and the second space, wherein the pilot valve is configured to at least partially relieve a positive pressure differential between the first space and the second space, and wherein said primary valve poppet is configured to at least partially relieve a negative pressure differential between the first space and the second space.
An eyewear comprising a light reflection film, the film comprising: at least one light reflection layer (2, 3, 4) RPRL in which a cholesteric liquid crystal phase of a right-handed helical structure having right circularly polarized light reflection ability is fixed; and at least one light reflection layer (2, 3, 4) LPRL in which a cholesteric liquid crystal phase of a left-handed helical structure having left circularly polarized light reflection ability is fixed, wherein a width of a reflection band that reflects more than 50 % of light with respect to incident light in 80 nm or more in a visible light region, wherein a total of three or more layers of the light reflection layer(s) (2, 3, 4) RPRL and the light reflection layer(s) (2, 3, 4) LPRL are laminated, wherein the light reflection layer(s) (2, 3, 4) RPRL and the light reflection layer(s) (2, 3, 4) LPRL laminated in the light reflection film have a selective reflection center wavelength shifted by an interval of 30 nm or more and 140 nm or less between two light reflection layers adjacent to each other, characterized in that the selective reflection center wavelengths of each pair of two light reflection layers selected from the total of three or more layers of the laminated light reflection layer(s) RPRL and light reflection layer(s) LPRL differ by 30 nm or more. at least one light reflection layer (2, 3, 4) RPRL in which a cholesteric liquid crystal phase of a right-handed helical structure having right circularly polarized light reflection ability is fixed; and at least one light reflection layer (2, 3, 4) LPRL in which a cholesteric liquid crystal phase of a left-handed helical structure having left circularly polarized light reflection ability is fixed, wherein a width of a reflection band that reflects more than 50 % of light with respect to incident light in 80 nm or more in a visible light region, wherein a total of three or more layers of the light reflection layer(s) (2, 3, 4) RPRL and the light reflection layer(s) (2, 3, 4) LPRL are laminated, wherein the light reflection layer(s) (2, 3, 4) RPRL and the light reflection layer(s) (2, 3, 4) LPRL laminated in the light reflection film have a selective reflection center wavelength shifted by an interval of 30 nm or more and 140 nm or less between two light reflection layers adjacent to each other, characterized in that the selective reflection center wavelengths of each pair of two light reflection layers selected from the total of three or more layers of the laminated light reflection layer(s) RPRL and light reflection layer(s) LPRL differ by 30 nm or more.
A liquid formulation of a long-acting granulocyte-colony stimulating factor (G-CSF) conjugate, comprising a therapeutically effective amount of a long-acting granulocyte-colony stimulating factor conjugate in which G-CSF is covalently linked to an immunoglobulin Fc fragment via a non peptide polymer, and an albumin-free stabilizer comprising buffer and mannitol.