mhurhangee/ep-ind-claims huggingface dataset:
A liquid ejecting device comprising: an ejecting unit configured to eject a liquid onto a medium; a detector configured to emit light toward an object opposing the ejecting unit and receive reflected light generated by reflection of the light thereby detecting information; and a cover portion including a cover that transmits the light and is disposed at a position to cover the detector, wherein the cover portion is configured to move the cover so as to change a portion of the cover that covers the detector while the detector remains covered, characterized in that the cover portion is configured to rotate the cover to change the portion of the cover that covers the detector while the detector remains covered. an ejecting unit configured to eject a liquid onto a medium; a detector configured to emit light toward an object opposing the ejecting unit and receive reflected light generated by reflection of the light thereby detecting information; and a cover portion including a cover that transmits the light and is disposed at a position to cover the detector, wherein the cover portion is configured to move the cover so as to change a portion of the cover that covers the detector while the detector remains covered, characterized in that the cover portion is configured to rotate the cover to change the portion of the cover that covers the detector while the detector remains covered.
An antenna system, comprising: a reflector defining a focal plane and having a parabolic curvature configured to receive electromagnetic radiation having a first gain and provide reflected electromagnetic radiation having a second gain greater than the first gain that is arranged to collimate into a focal ring (240, 540, 640); and a feed array comprising a plurality of concentric rings, each of the plurality of rings comprising a plurality of feed elements (620-1,..., 620-8) configured to receive the reflected electromagnetic radiation from the reflector and to collimate the reflected electromagnetic radiation into a scanned beam for scanning about an annular or conical volume, wherein the feed array is centered on the focal ring (240, 540, 640) such that at least one of the plurality of rings overlaps with the focal ring, a first subset of the rings being located inside the focal ring diameter and a second subset of the plurality of rings being located outside the focal ring diameter, characterized in that each of the plurality of feed elements (620-1,..., 620-8) is arranged on an inclined angle relative to the focal plane, wherein a first ring of the plurality of rings that forms a first diameter of the feed array has a first focal length to the reflector and a second ring of the plurality of rings that forms a second diameter of the feed array has a second focal length to the reflector, wherein the second diameter is greater than the first diameter, and wherein the second focal length is greater than the first focal length. a reflector defining a focal plane and having a parabolic curvature configured to receive electromagnetic radiation having a first gain and provide reflected electromagnetic radiation having a second gain greater than the first gain that is arranged to collimate into a focal ring (240, 540, 640); and a feed array comprising a plurality of concentric rings, each of the plurality of rings comprising a plurality of feed elements (620-1,..., 620-8) configured to receive the reflected electromagnetic radiation from the reflector and to collimate the reflected electromagnetic radiation into a scanned beam for scanning about an annular or conical volume, wherein the feed array is centered on the focal ring (240, 540, 640) such that at least one of the plurality of rings overlaps with the focal ring, a first subset of the rings being located inside the focal ring diameter and a second subset of the plurality of rings being located outside the focal ring diameter, characterized in that each of the plurality of feed elements (620-1,..., 620-8) is arranged on an inclined angle relative to the focal plane, wherein a first ring of the plurality of rings that forms a first diameter of the feed array has a first focal length to the reflector and a second ring of the plurality of rings that forms a second diameter of the feed array has a second focal length to the reflector, wherein the second diameter is greater than the first diameter, and wherein the second focal length is greater than the first focal length.
An image processing-based system for measuring moisture and light transmittance for evaluating coating performance of a coating material, the image processing-based system comprising: a cobalt chloride paper coated with a coating material with coating conditions substantially same as used for coating the coating material on a metal for an electronic circuit; a photographing box configured to photograph the cobalt chloride paper, to obtain a first image; a microscope configured to photograph the cobalt chloride paper, to obtain a second image; and an RGB decision program configured to obtaining an RGB value of each of the first and second images, wherein moisture transmittance is evaluated using the RGB value of the first image, and light transmittance is evaluated using the RGB value of the second image. a cobalt chloride paper coated with a coating material with coating conditions substantially same as used for coating the coating material on a metal for an electronic circuit; a photographing box configured to photograph the cobalt chloride paper, to obtain a first image; a microscope configured to photograph the cobalt chloride paper, to obtain a second image; and an RGB decision program configured to obtaining an RGB value of each of the first and second images, wherein moisture transmittance is evaluated using the RGB value of the first image, and light transmittance is evaluated using the RGB value of the second image.
A liquid formulation for use in a method of treating a pediatric cancer in a subject in need thereof, wherein the formulation comprises a therapeutically effective amount of -N-(5-( -2-(2,5-difluorophenyl)pyrrolidin-1-yl)-pyrazolo[1,5-a]pyrimidin-3-yl)-3-hydroxypyrrolidine-1-carboxamide having the formula: a pharmaceutically acceptable salt thereof, or combinations thereof; a solubilizing agent comprising a β-cyclodextrin derivative; and a base; wherein: the formulation has a pH of about 2.5 to about 5.5; and the compound of formula, or a pharmaceutically acceptable salt thereof, or combinations thereof, has a concentration of about 15 mg/mL to about 35 mg/mL in the liquid formulation. a pharmaceutically acceptable salt thereof, or combinations thereof; a solubilizing agent comprising a β-cyclodextrin derivative; and a base; wherein: the formulation has a pH of about 2.5 to about 5.5; and a solubilizing agent comprising a β-cyclodextrin derivative; and a base; wherein: the formulation has a pH of about 2.5 to about 5.5; and the compound of formula, or a pharmaceutically acceptable salt thereof, or combinations thereof, has a concentration of about 15 mg/mL to about 35 mg/mL in the liquid formulation.
A pneumatic tire comprising: a land portion formed in a tread surface; and a closed sipe provided in the land portion with at least three cuts extending in a radiation direction from an imaginary axis that extends in a depth direction of the land portion, and that terminate in the land portion, wherein the cuts of the closed sipe are provided with a spiral-like twist in the depth direction, centered on the imaginary axis, characterized in that a twist angle (θ) of the cuts from a top surface to a bottom surface of the land portion is not less than 10° and less than 135°, and a length in the radiation direction of the cuts is formed longer at a tread surface side than at a bottom surface side in a depth direction of the closed sipe. a land portion formed in a tread surface; and a closed sipe provided in the land portion with at least three cuts extending in a radiation direction from an imaginary axis that extends in a depth direction of the land portion, and that terminate in the land portion, wherein the cuts of the closed sipe are provided with a spiral-like twist in the depth direction, centered on the imaginary axis,
A lifting assembly for a jump elevator characterized in that it comprises: a supporting platform provided with a plurality of first pawls (111, 112); an operating platform comprising a machine room platform and provided with a plurality of second pawls (121, 122); at least one screw mechanism comprising a screw (131, 132) and a sleeve (141, 142), the screw (131, 132) and the sleeve (141, 142) are provided with an external thread and an internal thread matching with each other, respectively; a driving mechanism configured to drive one of the screw (131, 132) and the sleeve (141, 142) to rotate in relative to the other, such that the screw mechanism extends or retracts; wherein the screw mechanism is connected between the supporting platform and the operating platform, one of the screw (131, 132) and the sleeve (141, 142) is configured to be rotatably attached to one of the supporting platform or the operating platform. a supporting platform provided with a plurality of first pawls (111, 112); an operating platform comprising a machine room platform and provided with a plurality of second pawls (121, 122); at least one screw mechanism comprising a screw (131, 132) and a sleeve (141, 142), the screw (131, 132) and the sleeve (141, 142) are provided with an external thread and an internal thread matching with each other, respectively; a driving mechanism configured to drive one of the screw (131, 132) and the sleeve (141, 142) to rotate in relative to the other, such that the screw mechanism extends or retracts; wherein the screw mechanism is connected between the supporting platform and the operating platform, one of the screw (131, 132) and the sleeve (141, 142) is configured to be rotatably attached to one of the supporting platform or the operating platform.
A rotor manufacturing apparatus for manufacturing a rotor including a rotor main body having a hole located at its center and an accommodation hole accommodating a magnet, and the magnet accommodated in the accommodation hole and fixed in the accommodation hole with a resin, the rotor manufacturing apparatus comprising: a first mold including a resin receive space portion receiving the resin to be supplied into the accommodation hole, a flow path through which the molten resin flows into the accommodation hole, and a contact portion configured to be inserted into the hole, the contact portion being configured to be in contact with an inner peripheral face of the hole; and a second mold configured to sandwich the rotor main body in conjunction with the first mold, characterized in that the contact portion has a pin shape and protrudes from a face of the first mold facing the second mold towards the second mold. a first mold including a resin receive space portion receiving the resin to be supplied into the accommodation hole, a flow path through which the molten resin flows into the accommodation hole, and a contact portion configured to be inserted into the hole, the contact portion being configured to be in contact with an inner peripheral face of the hole; and a resin receive space portion receiving the resin to be supplied into the accommodation hole, a flow path through which the molten resin flows into the accommodation hole, and a contact portion configured to be inserted into the hole, the contact portion being configured to be in contact with an inner peripheral face of the hole; and a second mold configured to sandwich the rotor main body in conjunction with the first mold, characterized in that the contact portion has a pin shape and protrudes from a face of the first mold facing the second mold towards the second mold. characterized in that the contact portion has a pin shape and protrudes from a face of the first mold facing the second mold towards the second mold.
An image processing device comprising: a processor that acquires an endoscopic medical image obtained from image pickup of an object to be observed, and performs determination of whether or not the ulcerative colitis has remitted, on the basis of denseness of superficial blood vessels, intramucosal hemorrhage, and extramucosal hemorrhage obtained from the medical image; and characterised in that: in a case where the processor determines whether or not the ulcerative colitis has remitted, the processor calculates a frequency component-space distribution from the medical image, extracts a first frequency characteristic region having a first frequency characteristic, extracts a second frequency characteristic region having a second frequency characteristic having a frequency higher than a frequency of the first frequency characteristic, and extracts a third frequency characteristic region having a third frequency characteristic having a frequency higher than the frequency of the second frequency characteristic on the basis of the frequency component-space distribution, detects the denseness of the superficial blood vessels, the intramucosal hemorrhage, and the extramucosal hemorrhage on the basis of the first frequency characteristic region that is subjected to first region determination processing using a luminance value, the second frequency characteristic region that is subjected to second region determination processing using a luminance value, and the third frequency characteristic region, and determines whether or not the ulcerative colitis has remitted on the basis of the detected denseness of the superficial blood vessels, the detected intramucosal hemorrhage, and the detected extramucosal hemorrhage.
A compound of the formula: wherein R 1 is R 1' is n is an integer between 0 and 15, inclusive; R 2 is of the formula X is N; Y is NH, S, or O; and R 3 is or a pharmaceutically acceptable salt thereof. R 1 is R 1' is n is an integer between 0 and 15, inclusive; R 2 is of the formula X is N; Y is NH, S, or O; and R 3 is or a pharmaceutically acceptable salt thereof.
A laser 3D printer comprising: a processing station (58, 61, 69, 74), comprising, in turn, a tubular compartment, which has a substantially vertical longitudinal axis and is limited by a side wall that extends about the longitudinal axis, and a lifting platform, which is slidably engaged in the tubular compartment; a feed assembly for feeding a powdered material onto the lifting platform; and a laser printing head (57, 62, 66, 71) for sintering the powdered material laid on the lifting platform; said laser 3D printer being characterized in that it comprises at least two laser printing heads (66, 71) and a plurality of processing stations (69, 74) equal in number to an integer multiple of the number of laser printing heads (66, 71); the laser printing heads (66, 71) being fixed with respect to one another so as to displace in unison between said processing stations (69, 74).
A process for producing a propylene interpolymer comprising: producing a propylene-based polymer comprising propylene and optionally an α-olefin comonomer in a gas-phase polymerization reactor under polymerization conditions comprising a combined propylene-plus-propane partial pressure from 1999 kPa (290 psia) to 3103 kPa (450 psia); maintaining the combined propylene-plus-propane partial pressure in the range from 1999 kPa (290 psia) to 3103 kPa (450 psia) while simultaneously: (i) reducing propylene partial pressure in the gas-phase polymerization reactor; (ii) adding propane to the gas-phase polymerization reactor via externally sourced propane or propane collected during the producing step; (iii) introducing at least one C 4 -C 10 comonomer into the gas-phase polymerization reactor; and forming a propylene/C 4 -C 10 interpolymer in the gas-phase polymerization reactor that is different from the propylene-based polymer in. producing a propylene-based polymer comprising propylene and optionally an α-olefin comonomer in a gas-phase polymerization reactor under polymerization conditions comprising a combined propylene-plus-propane partial pressure from 1999 kPa (290 psia) to 3103 kPa (450 psia); maintaining the combined propylene-plus-propane partial pressure in the range from 1999 kPa (290 psia) to 3103 kPa (450 psia) while simultaneously: (i) reducing propylene partial pressure in the gas-phase polymerization reactor; (ii) adding propane to the gas-phase polymerization reactor via externally sourced propane or propane collected during the producing step; (iii) introducing at least one C 4 -C 10 comonomer into the gas-phase polymerization reactor; and (i) reducing propylene partial pressure in the gas-phase polymerization reactor; (ii) adding propane to the gas-phase polymerization reactor via externally sourced propane or propane collected during the producing step; (iii) introducing at least one C 4 -C 10 comonomer into the gas-phase polymerization reactor; and forming a propylene/C 4 -C 10 interpolymer in the gas-phase polymerization reactor that is different from the propylene-based polymer in.
Apparatus, in particular cooking appliance with a cooking chamber, with a substrate, on which a layer with a micro-rough surface (18, 28, 48, 66) is arranged, wherein the layer is an enamel layer (10, 42, 60) with crystal zones (16, 26, 46, 64, 68) embedded in a glass flow (14, 44, 62) crystallised out of enamel in a crystalline phase, which crystal zones (16, 26, 46, 64) form a microstructure and a rough superstructure on the surface (18, 28, 48, 66) of the layer, wherein the crystal zones (16, 26, 46, 64) surround transition zones (24, 52, 70) which comprise a mixture of a crystalline phase and a vitreous phase, so that a continuous transition exists between the crystalline phase of the crystal zones (16, 26, 46, 64) and the amorphous phase of the glass flow (14, 44, 62), wherein the superstructure has an average profile height of from 10 μm to 50 μm, and the microstructure has an average profile height of from 0.1 μm to 5 μm, wherein a dirt-repellent further layer with an anti-adhesion agent, which is a hydrophobing agent, is applied to the layer, wherein the hydrophobing agent is applied more thickly in the valleys (34, 56) of the microstructure than on the peaks of the microstructure, and wherein the hydrophobing agent is between 0.1 μm and 2.5 μm thick in the valleys (34, 56) of the microstructure and between 5 nm and 500 nm thick on the peaks of the microstructure.
A method for synthesizing an intermediate of Apixaban, characterized in that, the method comprises the step of: reacting a compound of formula I with 5-chloro-valeryl chloride in an inert solvent in the presence of only an inorganic base to obtain a compound of formula II, with the reaction scheme of: wherein R is a nitro group; and the inorganic base is selected from the group consisting of sodium hydroxide, potassium hydroxide, sodium carbonate, potassium carbonate, sodium bicarbonate, or potassium bicarbonate.
A method of manufacturing an optoelectronic module, wherein the optoelectronic module forms a sensor that has a housing (8, 9; 11; 16, 17; 24, 25) that completely encompasses a mounted circuit board; wherein transmission elements and reception elements, transmission and reception lenses, and electronic components for signal processing and contacting for an electric lead are arranged on the circuit board; wherein at least a part of the housing is formed from a tear-proof, stable film (8, 9; 11; 16, 17; 24, 25) that sealingly adjoins the mounted circuit board; wherein the sensor has a switching output for outputting a switching signal; wherein the switching output is connected to a control via an electric lead; and wherein in said method, optoelectronic component parts and electronic components for signal processing and contacting are arranged electrically connected on a carrier element, characterized in that a plurality of carrier elements configured as circuit boards are applied distributed spaced apart from one another on a film (8, 9); and in that the carrier elements are covered thereby (8, 9) or by a second film (8, 9), with all the film margins of the folded film or of the first and second films (8, 9) simultaneously being connected to one another with material continuity and the optoelectronic modules being separated after the connection.
A salt bath composition for strengthening glass articles, the salt bath composition comprising: from 90 wt.% to 99.9 wt.% of one or more alkali metal salts based on the total weight of the salt bath composition; and from 0.1 wt.% to 10 wt.% of silicic acid aggregates based on the total weight of the salt bath composition, wherein the silicic acid aggregates have an average size of from 50 μm to 200 μm. from 90 wt.% to 99.9 wt.% of one or more alkali metal salts based on the total weight of the salt bath composition; and from 0.1 wt.% to 10 wt.% of silicic acid aggregates based on the total weight of the salt bath composition, wherein the silicic acid aggregates have an average size of from 50 μm to 200 μm.
Membrane-electrode assembly for a fuel cell, comprising a gas diffusion assembly having a sheetlike gas diffusion layer disposed on a carrier substrate, where on at least one main side (5, 6) of the carrier substrate a sealing arrangement, where a connecting portion of the sealing arrangement is assigned to the surrounding edge of the gas diffusion layer, where the connecting portion forms a sealing bead, where the connecting portion fastens the gas diffusion layer with material bonding on the carrier substrate, and a further gas diffusion layer, and a catalyst-coated membrane disposed between gas diffusion assembly and the further gas diffusion layer, where the further gas diffusion layer is provided along the surrounding edge with a further sealing bead, characterized in that the sealing bead of the connecting portion and the further sealing bead sealingly abut the catalyst-coated membrane.