mhurhangee/ep-ind-claims huggingface dataset:
A method of determining a refractive treatment shape for an eye of a patient, the method comprising: determining a variable index of refraction for a cornea of the eye, the variable index being represented by a mathematical function n(h) representing the refractive index of the stroma as a function of ablation depth (h) of the corneal stroma; and determining the refractive treatment shape for the eye based on the variable index of refraction. determining a variable index of refraction for a cornea of the eye, the variable index being represented by a mathematical function n(h) representing the refractive index of the stroma as a function of ablation depth (h) of the corneal stroma; and determining the refractive treatment shape for the eye based on the variable index of refraction.
A method of intermediating between an endpoint and a plurality of microservices for identifying a context of the endpoint accessing the plurality of microservices, the method comprising: (a) receiving, by a device intermediary to a plurality of endpoints and a plurality of microservices, a plurality of calls to access one or more of the plurality of microservices the microservices to perform a function or skill of at least one service or at least one application, (b) identifying, by the device, a context for each of the endpoints of the plurality of endpoints based on a call for a microservice from said endpoint, the context comprising one of a type of device of the endpoint or a type of application of the endpoint communicating the call; (c) identifying, by the device, for each unique context, one or more microservices of the plurality of microservices with that unique context; and (d) generating, by the device based on at least one unique context, a service graph to identify at least one microservice of the plurality of microservices to respond to the received plurality of calls. (a) receiving, by a device intermediary to a plurality of endpoints and a plurality of microservices, a plurality of calls to access one or more of the plurality of microservices the microservices to perform a function or skill of at least one service or at least one application, (b) identifying, by the device, a context for each of the endpoints of the plurality of endpoints based on a call for a microservice from said endpoint, the context comprising one of a type of device of the endpoint or a type of application of the endpoint communicating the call; (c) identifying, by the device, for each unique context, one or more microservices of the plurality of microservices with that unique context; and (d) generating, by the device based on at least one unique context, a service graph to identify at least one microservice of the plurality of microservices to respond to the received plurality of calls.
An indoor unit for an air conditioner, adapted to receive an infrared signal containing operation instruction information, the indoor unit comprising: a first light-receiving window to allow the infrared signal to pass through the first light-receiving window, the first light-receiving window having transmittance equal to or greater than a first value in a first wavelength range that is an infrared wavelength range; a light-receiving element to receive the infrared signal; and a second light-receiving window disposed between the first light-receiving window and the light-receiving element and having transmittance equal to or greater than a second value in the first wavelength range, the second value being smaller than the first value, and the second light-receiving window being made by a transparent resin with a white pigment, wherein a ratio of transmittance of the second light-receiving window in a second wavelength range to the transmittance of the second light-receiving window in the first wavelength range is smaller than a ratio of transmittance of the first light-receiving window in the second wavelength range to the transmittance of the first light-receiving window in the first wavelength range, the second wavelength range being a range of wavelengths shorter than the wavelengths in the a first light-receiving window to allow the infrared signal to pass through the first light-receiving window, the first light-receiving window having transmittance equal to or greater than a first value in a first wavelength range that is an infrared wavelength range; a light-receiving element to receive the infrared signal; and a second light-receiving window disposed between the first light-receiving window and the light-receiving element and having transmittance equal to or greater than a second value in the first wavelength range, the second value being smaller than the first value, and the second light-receiving window being made by a transparent resin with a white pigment, wherein a ratio of transmittance of the second light-receiving window in a second wavelength range to the transmittance of the second light-receiving window in the first wavelength range is smaller than a ratio of transmittance of the first light-receiving window in the second wavelength range to the transmittance of the first light-receiving window in the first wavelength range, the second wavelength range being a range of wavelengths shorter than the wavelengths in the
A method for manufacturing a grain-oriented electrical steel sheet, the method comprising a step of irradiating the steel sheet with a heat beam, a light beam or a particle beam, and characterized by the step of selecting, for the step of irradiating, a steel sheet having a ratio of hysteresis loss to total iron loss of less than 45 % and, in the step of irradiating, irradiating the steel sheet with a heat beam, a light beam, or a particle beam, in a direction forming an angle of 30 % or less with a direction orthogonal to a rolling direction, at periodic intervals of 10 mm or less in the rolling direction, provided that, when the beam is a pulse laser, the irradiation energy is not more than 0.8 mJ per pulse; the method being further characterized in that: the beam is scanned over an irradiation potion of the steel sheet at an average rate of 100 m/s or lower and scanning from one end of the steel sheet to the other is repeated with constant intervals of 2 mm to 10 mm in the rolling direction between repetitions of the irradiation.
A display device for projecting an image, comprising: a display section having an LED for emitting light; an optical member for selectively outputting light components with a wavelength of a minimum-limit wavelength or longer from incident light, wherein the minimum-limit wavelength is shorter than the peak wavelength of the light from the LED; and a mirror for outputting selectively reflected light components with a wavelength of a maximum-limit wavelength or shorter from irradiated light, wherein the maximum-limit wavelength is longer than the peak wavelength of the light from the LED; wherein, of the optical member and the mirror, one receives light directly from the display section and outputs light to the other, and the other outputs the light; and wherein the light intensity of the LED at the minimum-limit wavelength is at least 10% of that at the peak wavelength of the LED, characterised in that the optical member and the mirror are each formed by stacking two different thin dielectric films alternatingly, said maximum-limit wavelength of the mirror is such that the light intensity of the LED at said maximum-limit wavelength is at least 10% of that at the peak wavelength of the LED, and the mirror is arranged such that infrared light components from ambient light are transmitted by the mirror and do not reach the display section. a display section having an LED for emitting light; an optical member for selectively outputting light components with a wavelength of a minimum-limit wavelength or longer from incident light, wherein the minimum-limit wavelength is shorter than the peak wavelength of the light from the LED; and a mirror for outputting selectively reflected light components with a wavelength of a maximum-limit wavelength or shorter from irradiated light, wherein the maximum-limit wavelength is longer than the peak wavelength of the light from the LED; wherein, of the optical member and the mirror, one receives light directly from the display section and outputs light to the other, and the other outputs the light; and wherein the light intensity of the LED at the minimum-limit wavelength is at least 10% of that at the peak wavelength of the LED, characterised in that the optical member and the mirror are each formed by stacking two different thin dielectric films alternatingly, said maximum-limit wavelength of the mirror is such that the light intensity of the LED at said maximum-limit wavelength is at least 10% of that at the peak wavelength of the LED, and the mirror is arranged such that infrared light components from ambient light are transmitted by the mirror and do not reach the display section.
A negative pressure wound therapy apparatus, comprising: a composite wound dressing comprising: a contact layer, a wound filler and a cover layer for defining a reservoir over a wound in which a negative pressure may be maintained by forming a fluid-tight seal around the wound, the cover layer including an aperture therein through which fluids may be extracted from the reservoir; an elongate wick having a first end and a second end, the first end in fluid communication with the reservoir through the aperture in the cover layer, the second end disposed remotely with respect to the aperture in the cover layer, the elongate wick comprising a three-dimensional spacer fabric; a flexible wick cover extending over the elongate wick and having a first end and a second end, the first end configured for forming a fluid tight seal over the aperture in the cover layer, the second end including an aperture therein through which fluids may be extracted from the elongate wick; and a fluid conduit and a fluid port wherein the fluid port is affixed to the composite dressing at a location that is remote from the wound and wherein the aperture in the flexible wick cover facilitates fluid communication between the fluid port and the elongate wick, the elongate wick defining a longitudinal direction therealong between a first end positioned near the aperture in the cover layer and a second end near the location remote from the wound; a collection canister suitable for containing wound fluids; and a vacuum source in fluid communication with the reservoir, the vacuum source suitable for generating the negative pressure in the reservoir. a contact layer, a wound filler and a cover layer for defining a reservoir over a wound in which a negative pressure may be maintained by forming a fluid-tight seal around the wound, the cover layer including an aperture therein through which fluids may be extracted from the reservoir; an elongate wick having a first end and a second end, the first end in fluid communication with the reservoir through the aperture in the cover layer, the second end disposed remotely with respect to the aperture in the cover layer, the elongate wick comprising a three-dimensional spacer fabric; a flexible wick cover extending over the elongate wick and having a first end and a second end, the first end configured for forming a fluid tight seal over the aperture in the cover layer, the second end including an aperture therein through which fluids may be extracted from the elongate wick; and a fluid conduit and a fluid port wherein the fluid port is affixed to the composite dressing at a location that is remote from the wound and wherein the aperture in the flexible wick cover facilitates fluid communication between the fluid port and the elongate wick, the elongate wick defining a longitudinal direction therealong between a first end positioned near the aperture in the cover layer and a second end near the location remote from the wound; a collection canister suitable for containing wound fluids; and a vacuum source in fluid communication with the reservoir, the vacuum source suitable for generating the negative pressure in the reservoir.
A magnetic scale device (100, 200) comprising: a scale body made of a ferromagnetic material, the scale body having a predetermined coding pattern; a magnetizing apparatus including a pair of magnets, the magnets forming a transition magnetic field having a balanced structure, wherein the magnetic field at the intersection of the magnetic field of a first magnet and the magnetic field of a second magnet is neutral, the scale body being capable of changing the transition magnetic field, when the magnetizing apparatus moves relative to the scale body in a length direction of the scale body; and a magnetic field detector located in the transition magnetic field and used for detecting a magnetic field formed by the magnetizing apparatus under a function of the scale body, wherein the predetermined coding pattern of the scale body comprises a plurality of discontinuous apertures in the length direction and adjacent apertures have different arrangements, and changes the balanced structure of the transition magnetic field when approaching the magnets, thereby forming a position coding for position measurement by means of the transition magnetic field whose balanced structure has been changed. a scale body made of a ferromagnetic material, the scale body having a predetermined coding pattern; a magnetizing apparatus including a pair of magnets, the magnets forming a transition magnetic field having a balanced structure, wherein the magnetic field at the intersection of the magnetic field of a first magnet and the magnetic field of a second magnet is neutral, the scale body being capable of changing the transition magnetic field, when the magnetizing apparatus moves relative to the scale body in a length direction of the scale body; and a magnetic field detector located in the transition magnetic field and used for detecting a magnetic field formed by the magnetizing apparatus under a function of the scale body, wherein the predetermined coding pattern of the scale body comprises a plurality of discontinuous apertures in the length direction and adjacent apertures have different arrangements, and changes the balanced structure of the transition magnetic field when approaching the magnets, thereby forming a position coding for position measurement by means of the transition magnetic field whose balanced structure has been changed.
An in vitro method for the prognosis of progression of an HIV-1 disease in a patient infected with an HIV-1 virus who has not the rare phenotype of asymptomatic long-term survival, which prognosis is based on the level of antibodies directed against 3S peptide of SEQ ID NO. 2 as a prognostic marker, which prognostic marker is independent from the CD4 count prognosis marker, the said method comprising the steps of: a) measuring the level of antibodies directed against the 3S peptide of SEQ ID N° 2 in a sample collected from the said patient, b) comparing the level of anti-3S antibodies measured at step a) with a reference value of anti-3S antibody level that is indicative of the progression of the HIV-1 disease. a) measuring the level of antibodies directed against the 3S peptide of SEQ ID N° 2 in a sample collected from the said patient, b) comparing the level of anti-3S antibodies measured at step a) with a reference value of anti-3S antibody level that is indicative of the progression of the HIV-1 disease.
A method for the preparation of organo-catalyst of formula, wherein R 3 is characterised in that the method comprises a Suzuki-Miyaura coupling of unprotected 3,3'-dibromo-1,1-bi-2-napthol with 3,5-bis-(trifluoromethyl)phenyl boronic acid in the presence of palladium diacetate and a ligand of formula
A method for producing a water-soluble nonionic cellulose ether, comprising: an etherification step of reacting an alkali cellulose with an etherifying agent to obtain a crude cellulose ether, a washing step of washing the crude cellulose ether with water to obtain a washed cellulose ether, a drying step of drying the washed cellulose ether, and a grinding step of grinding the cellulose ether during or after the drying step, wherein in the washing step or in any of the steps after the washing step, no acid is mixed but a pH regulator is mixed so as to allow an aqueous 2% by weight solution of the cellulose ether as an end product to have a pH value of from 7.0 to 10.5, and wherein the pH regulator is at least one selected from the group consisting of sodium hydroxide, potassium hydroxide, sodium bicarbonate, and sodium carbonate. an etherification step of reacting an alkali cellulose with an etherifying agent to obtain a crude cellulose ether, a washing step of washing the crude cellulose ether with water to obtain a washed cellulose ether, a drying step of drying the washed cellulose ether, and a grinding step of grinding the cellulose ether during or after the drying step, wherein in the washing step or in any of the steps after the washing step, no acid is mixed but a pH regulator is mixed so as to allow an aqueous 2% by weight solution of the cellulose ether as an end product to have a pH value of from 7.0 to 10.5, and wherein the pH regulator is at least one selected from the group consisting of sodium hydroxide, potassium hydroxide, sodium bicarbonate, and sodium carbonate.
Inner seal fitted with a pull-tab the entire surface of which is folded back over the upper surface of said inner seal once, and comprising a laminate including a reinforcing layer and a sheet of a conducting material, to the lower surface of which is applied a heat-sealing film, characterised in that said laminate has over its entire thickness a notch from which the pull-tab emerges, the fold formed by the pull-tab once it is folded back having a shorter length (I 2) than the notch length.
Device for filtering contaminated air, consisting of an air filter, a filter housing to which the air filter can be fastened by means of a screw connection and on which a chimney-shaped casing is provided, an intake fan which is driven by an electric motor, is arranged rotatably in the chimney-shaped casing and has an impeller, and a battery for driving the electric motor, characterized in that the intake fan further has a guide vane, wherein the guide vane has a circular cylindrical outer surface with angled vane blades integrally formed thereon, and the impeller has a conical jacket surface and arcuate impeller blades integrally formed thereon, and the impeller is enclosed by a funnel formed by the filter housing in order to effect a strong suction power of the intake fan.
A display apparatus, comprising: A panel having a lower substrate and an upper substrate at least partially overlapping each other, the lower substrate including a plurality of pixels which are respectively provided in a plurality of areas defined by intersections of a plurality of gate lines and a plurality of data lines, wherein the lower substrate is provided with a notch accommodating a camera; further comprising a seal sealing the upper substrate and the lower substrate and surrounding the notch along a notch seal path (159a, 159b), wherein the display apparatus further comprises a guide panel supporting the panel and the camera, the upper substrate has color filters and a black matrix, and the notch seal path (159a, 159b) includes a first seal path and a second seal path arranged to interweave around the notch such that the notch is fully enclosed within a component disposition area between two intersecting points of the first seal path and the second seal path, the camera being disposed at the component disposition area, and the upper substrate having a transparent camera hole area that corresponds to the camera, wherein the black matrix is removed at an area corresponding to the camera hole area. A panel having a lower substrate and an upper substrate at least partially overlapping each other, the lower substrate including a plurality of pixels which are respectively provided in a plurality of areas defined by intersections of a plurality of gate lines and a plurality of data lines, wherein the lower substrate is provided with a notch accommodating a camera; further comprising a seal sealing the upper substrate and the lower substrate and surrounding the notch along a notch seal path (159a, 159b), wherein the display apparatus further comprises a guide panel supporting the panel and the camera, the upper substrate has color filters and a black matrix, and the notch seal path (159a, 159b) includes a first seal path and a second seal path arranged to interweave around the notch such that the notch is fully enclosed within a component disposition area between two intersecting points of the first seal path and the second seal path, the camera being disposed at the component disposition area, and the upper substrate having a transparent camera hole area that corresponds to the camera, wherein the black matrix is removed at an area corresponding to the camera hole area.
A method for the production of a laminated panel (2, 4) comprising a first glass ply, a second glass ply and a bonding interlayer, said laminate having at least one bore extending through the panel, wherein a sealing member is placed between the plies so as to surround the bore and form a seal with the inner faces of the glass plies thereby excluding the interlayer from an area surrounding the bore characterised in that the sealing member is removed from the laminated panel following the completion of the laminating process after which a load bearing insert is positioned in the area surrounding the bore from which interlayer has been excluded.
A synergic pharmaceutical composition adapted to be orally administrable as antiparasitic comprising the combination of a therapeutically effective amount of the nitazoxanide antiparasitic with a therapeutically effective amount of mebendazole antiparasitic, along with pharmaceutically acceptable excipients.
A system for detecting damage to a vehicle glass surface, the system comprising: a sensor unit disposed proximate the surface; a processor in communication with the sensor unit, wherein the processor is configured to analyse data received from the sensor unit to determine the integrity of the surface; and a communication unit configured to output a signal in response to the processor determining that the surface has been damaged; wherein the system is operative when the vehicle is active or moving; characterised in that the sensor unit comprises at least two sensors each detecting different properties; and that in determining whether the surface has been damaged, the processor applies a verification step ensuring that the damage is indicated using both of the at least two sensors detecting different properties. a sensor unit disposed proximate the surface; a processor in communication with the sensor unit, wherein the processor is configured to analyse data received from the sensor unit to determine the integrity of the surface; and a communication unit configured to output a signal in response to the processor determining that the surface has been damaged; wherein the system is operative when the vehicle is active or moving; characterised in that the sensor unit comprises at least two sensors each detecting different properties; and that in determining whether the surface has been damaged, the processor applies a verification step ensuring that the damage is indicated using both of the at least two sensors detecting different properties.