mhurhangee/ep-ind-claims huggingface dataset:
A system for drying a container comprising: an air manifold (14A, 14B) comprising: a main body having a plurality of outlets; a plurality of arms, wherein each arm of the plurality of arms is coupled to a respective outlet of the plurality of outlets, each arm is disposed in a fixed and rigid position not movable relative to the main body, and each arm is configured to direct air received from the main body toward the container, wherein a first end of each arm is welded to the respective outlet and a second end is bent into a flared shape, characterized in that said arms are formed from metal, and in that the main body has a hollow box shape forming a plenum enclosing said arms that extend inwardly from the main body. a main body having a plurality of outlets; a plurality of arms, wherein each arm of the plurality of arms is coupled to a respective outlet of the plurality of outlets, each arm is disposed in a fixed and rigid position not movable relative to the main body, and each arm is configured to direct air received from the main body toward the container, wherein a first end of each arm is welded to the respective outlet and a second end is bent into a flared shape, characterized in that said arms are formed from metal, and in that the main body has a hollow box shape forming a plenum enclosing said arms that extend inwardly from the main body.
A method of displaying an image in a display device, the method comprising: receiving information of a first upscaler from a content providing device, transmitting, to the content providing device, image request information requesting the content providing device to selectively transmit an image of a first resolution or an image of a second resolution, the image request information being based on information of the first upscaler of the content providing device and information of a second upscaler of the display device; receiving the image of the first resolution, or the image of the second resolution which is obtained by performing upscaling on the image of the first resolution using the first upscaler, based on the image request information; based on receiving the image of the first resolution, performing upscaling on the image of the first resolution using the second upscaler of the display device to obtain a upscaled image having the second resolution and displaying the upscaled image having the second resolution, upscaling capability of the second upscaler being different from upscaling capability of the first upscaler; and based on receiving the image of the second resolution, displaying the image of the second resolution. receiving information of a first upscaler from a content providing device, transmitting, to the content providing device, image request information requesting the content providing device to selectively transmit an image of a first resolution or an image of a second resolution, the image request information being based on information of the first upscaler of the content providing device and information of a second upscaler of the display device; receiving the image of the first resolution, or the image of the second resolution which is obtained by performing upscaling on the image of the first resolution using the first upscaler, based on the image request information; based on receiving the image of the first resolution, performing upscaling on the image of the first resolution using the second upscaler of the display device to obtain a upscaled image having the second resolution and displaying the upscaled image having the second resolution, upscaling capability of the second upscaler being different from upscaling capability of the first upscaler; and based on receiving the image of the second resolution, displaying the image of the second resolution.
Electric motor (1; 40) comprising a rotor and a stator (2; 31), the stator (2; 31) comprising a body (3; 30) forming a frame and a windings assembly (4, 5; 43, 37) housed in slots of the body (3; 30), the electric motor (1; 40) comprising at least one rod (16, 23) used to connect, to one another, at least two fixed assembled parts of the electric motor (1; 40), the length of each rod (16, 23) being greater than that of the body (3; 30) of the stator (2; 31), the rod (16, 23) extending into a housing formed in the body (3; 30) over the entire length thereof in order to emerge on each side of the body (3; 30), characterized in that the assembled parts comprise the body (3; 30) and an electric board (11, 13; 38, 39) positioned on one face of the body and comprise electrical components, a first end of each rod (16, 23) emerges from the housing in which it is positioned and extends from the relevant face of the body (2; 30) of the stator (2; 31) as far as the electric board (11, 13; 38, 39), running alongside winding overhangs, said first end of each rod (16; 23) extending through a fixing hole (17; 18) formed in the electric board (11; 13; 38; 39), the electric board (11, 13; 38, 39) being fixed to each rod (16, 23) using a nut, a spacer piece and a bushing extending around the first end of each rod (16, 23) between the relevant face of the body (3, 30) of the stator (2, 31) and the electric board (11, 13; 38, 39).
A method for manufacturing sintered ore, in which a sintering raw material containing an iron-containing raw material, a CaO-containing raw material, and a bonding agent is mixed with water and granulated, and the granulated sintering raw material is sintered in a sintering machine to manufacture sintered ore, the method comprising: a measuring process of continuously measuring component concentration (mass%) of at least one or more of FeO and C in the sintered ore, wherein the measurement is performed by use of any of an infrared analyzer, a laser analyzer, a neutron analyzer or a microwave analyzer; and a pallet speed-adjusting process of adjusting a pallet speed in accordance with the component concentration of at least one or more of FeO and C in the sintered ore measured in the measuring process, wherein, in the case that the component concentration is higher than a control value, the pallet speed is adjusted to be lower in the pallet speed-adjusting process. a measuring process of continuously measuring component concentration (mass%) of at least one or more of FeO and C in the sintered ore, wherein the measurement is performed by use of any of an infrared analyzer, a laser analyzer, a neutron analyzer or a microwave analyzer; and a pallet speed-adjusting process of adjusting a pallet speed in accordance with the component concentration of at least one or more of FeO and C in the sintered ore measured in the measuring process, wherein, in the case that the component concentration is higher than a control value, the pallet speed is adjusted to be lower in the pallet speed-adjusting process.
A light-converting ceramic composite, which is a bulk comprising a solidified body having a texture of three oxide phases being continuously and three-dimensionally entangled together, with at least one of said oxide phases being a fluorescence-emitting crystal phase, wherein said oxide phases comprise an Al 2 O 3 phase, a (Y,Ce) 3 Al 5 O 12 phase and a CeAl 11 O 18 phase, and wherein the interface length between said oxide phases per 1 mm 2 of a plane in said light-converting ceramic composite is from 500 to 1,500 mm/mm 2.
A polyolefin resin foam sheet formed by foaming a polyolefin resin, the foam sheet having the expansion ratio of 1.5 to 20 cm 3 /g, the foam sheet having the average cell sizes of 130 μm or less in the MD direction and the TD direction respectively, and characterized by satisfying the following formulas and: T M /D ≥ 6 and T T /D ≥ 5 where T M denotes the tensile strength at 90°C in the MD direction, T T denotes the tensile strength at 90°C in the TD direction, and D denotes the density (g/cm 3) of the foam sheet. T M denotes the tensile strength at 90°C in the MD direction, T T denotes the tensile strength at 90°C in the TD direction, and D denotes the density (g/cm 3) of the foam sheet.
Device for fixing a workpiece to the machine by means of a machine tool, wherein the device has at least one supporting element (44, 46), which forms a stop surface and can be fastened to the machine tool, with at least one receptacle in which a clamping lever provided with a clamping jaw is pivotably received, characterized in that the clamping lever has a bearing web which is releasably received in the at least on receptacle, wherein at least one latching member (94, 96) for latching the bearing web is formed in the region of the at least one receptacle, and wherein, during an entire machine operation, the clamping lever is to be pressed permanently and firmly down by a user of the device in order to allow at least partial chucking of the workpiece, which is pressed against the stop surface, between the clamping jaw and stop surface via a pivoting movement of the clamping lever in the direction of the workpiece.
A system, comprising: a container (112, 212, 312, 1512) having a main body (114, 214, 314) and a neck (116, 216), the container (112, 212, 312, 1512) configured to hold a liquid drug (150, 250, 350, 450); a cap (120, 220, 320, 420, 520, 620, 720, 820, 1120, 1520) coupled to the neck (116, 216), the cap (120, 220, 320, 420, 520, 620, 720, 820, 1120, 1520) configured to seal an open end of the container (112, 212, 312, 1512); and a fluid path (140, 240, 340, 440) having a first end (141, 241, 341, 441) disposed within the cap (120, 220, 320, 420, 520, 620, 720, 820, 1120, 1520) and a second end (143, 243, 343, 443) disposed within a cover (148, 248, 348, 448); characterized by an energy source configured to emit energy; and by a shield positioned adjacent to the container (112, 212, 312, 1512), the shield configured to expose the fluid path (140, 240, 340, 440) to the emitted energy while blocking exposure of the liquid drug (150, 250, 350, 450) to a substantial portion of the emitted energy. a container (112, 212, 312, 1512) having a main body (114, 214, 314) and a neck (116, 216), the container (112, 212, 312, 1512) configured to hold a liquid drug (150, 250, 350, 450); a cap (120, 220, 320, 420, 520, 620, 720, 820, 1120, 1520) coupled to the neck (116, 216), the cap (120, 220, 320, 420, 520, 620, 720, 820, 1120, 1520) configured to seal an open end of the container (112, 212, 312, 1512); and a fluid path (140, 240, 340, 440) having a first end (141, 241, 341, 441) disposed within the cap (120, 220, 320, 420, 520, 620, 720, 820, 1120, 1520) and a second end (143, 243, 343, 443) disposed within a cover (148, 248, 348, 448); characterized by an energy source configured to emit energy; and by a shield positioned adjacent to the container (112, 212, 312, 1512), the shield configured to expose the fluid path (140, 240, 340, 440) to the emitted energy while blocking exposure of the liquid drug (150, 250, 350, 450) to a substantial portion of the emitted energy.
Use of a centre layer, provided with a colouring, for a lightweight construction panel comprising at least two cover layers with a wood-based material and a centre layer as display means for displaying information about at least one property of the lightweight construction panel, wherein the property of the lightweight construction panel is the fire resistance, the moisture resistance, the thermal insulation capacity or the mechanical strength, and wherein the display means has a machine-readable code in the form of dots, lines or geometric patterns.
Feeder and straightening device for a plurality of in particular concrete-reinforcement steel wires or double wires which are guided in parallel with a grid welding machine, comprising mechanisms for straightening the wires and for feeding a wire or double wire in the production line, the feed mechanism having at least two feed rollers (22, 22') that are mutually opposed, having a gap for the wire arranged therebetween, and are driven at least in part, and the straightening mechanism comprising rows, mounted on a roller support, of straightening rollers (20, 20') which are rotatably mounted on opposite sides of each wire, said straightening rollers being combined into groups having differently oriented shafts, characterised by a mechanism, combined therewith, for selecting a wire or double wire from a plurality of wires arranged horizontally one on top of the other, and for supplying said wire into the production line leading to the grid welding machine, the straightening mechanism having an even number of, in particular four, groups (6, 7 and 8, 9) of a plurality of roller supports (10, 12, 14; 16, 18 and 11, 13, 15; 17, 19) through which a wire is to pass in each case, and which roller supports are arranged on top of each other within a group in each case, two roller supports (10, 11 or 16, 17 or 12, 13 or 18, 19 or 14, 15) from two different groups (6, 7; 8, 9), which roller supports are located at the same height and have differently oriented rollers (20, 20'), working together as a pair to straighten one wire in each case, and at least one of the feed rollers (22, 22') being height-adjustable for opening the gap when the wire is being changed, and in that a vertical movement mechanism is used for vertically moving all the groups of the roller supports together until the pair of roller supports (10, 11) loaded with the wire, selected from among all the wires, reaches the height of the production line, and a horizontal movement mechanism is provided for horizontally moving said pair of roller supports (10, 11) into and out of the production line along with the wire that is to be guided away between the feed rollers (22, 22'), so that the wire or double wire to be processed in each case can be selected from the plurality of wires and brought into the production line by the vertical movement mechanism and the horizontal movement mechanism.
A method comprising: forming metal etching islands (34, 36) on a first face of a substrate and on a second face of the substrate nonparallel to the first face, wherein the substrate comprises silicon, polysilicon, silicon germanium, or a combination thereof; concurrently exposing the first face and the second face of the substrate to an etching solution that reacts with the metal etching islands to concurrently form porous regions extending into the first face and the second face, the porous regions comprising interconnected pores; and interconnecting the porous region extending into the first face and the porous region extending into the second face to form a filter passage (24, 26) through the substrate. forming metal etching islands (34, 36) on a first face of a substrate and on a second face of the substrate nonparallel to the first face, wherein the substrate comprises silicon, polysilicon, silicon germanium, or a combination thereof; concurrently exposing the first face and the second face of the substrate to an etching solution that reacts with the metal etching islands to concurrently form porous regions extending into the first face and the second face, the porous regions comprising interconnected pores; and interconnecting the porous region extending into the first face and the porous region extending into the second face to form a filter passage (24, 26) through the substrate.
A device detection method, applied to a terminal that comprises a first sound generator and a second sound generator, wherein the method comprises: playing a first audio signal through the first sound generator and playing a second audio signal through the second sound generator after displaying a call application interface, wherein the first audio signal is an audio signal played by the terminal through the first sound generator in a first time period, and the second audio signal is an audio signal played by the terminal through the second sound generator in the first time period; obtaining a plurality of frames of the first audio signal to obtain a first audio signal sequence; determining, based on the first audio signal sequence, that the first sound generator is damaged; and in a second time period, playing an audio signal through the second sound generator, and skipping playing the first audio signal through the first sound generator, wherein the second time period is later than the first time period. playing a first audio signal through the first sound generator and playing a second audio signal through the second sound generator after displaying a call application interface, wherein the first audio signal is an audio signal played by the terminal through the first sound generator in a first time period, and the second audio signal is an audio signal played by the terminal through the second sound generator in the first time period; obtaining a plurality of frames of the first audio signal to obtain a first audio signal sequence; determining, based on the first audio signal sequence, that the first sound generator is damaged; and in a second time period, playing an audio signal through the second sound generator, and skipping playing the first audio signal through the first sound generator, wherein the second time period is later than the first time period.
Multi-functional printed circuit board with at least one additional functional element, wherein at least one milled notch (21, 22) is formed in the region of at least one functional element and the printed circuit board is bendable at least in this region, characterised in that the at least one functional element is fastened flat at least piece by piece by means of ultrasound or by means of friction welding forming an intermetallic bond on a copper foil (4, 5, 10, 11, 12) in an inner layer of the printed circuit board.
A method for coreless spinning of a large-ratio multi-variable-diameter hollow shaft, comprising the following steps: S1: using a vertical spinning system to clamp a hollow blank workpiece in a lower die unit, driving the workpiece to rotate by the lower die unit, causing a rough spinning wheel and a fine spinning wheel on both sides of the workpiece to be in contact with the workpiece simultaneously for staggered spinning, and performing curved reciprocating feed spinning via point contact to form a roughly-spun blank; S2: driving the workpiece to continue to rotate by the lower die unit, shifting the rough spinning wheel and the fine spinning wheel on two sides of the workpiece in S1, causing shaping spinning wheels on two sides of the workpiece to be in contact with the workpiece for shaping spinning, matching the shape of each of the shaping spinning wheels with the required shape of the workpiece, and subjecting the shaping spinning wheels on two sides to linear contact shaping and fine spinning only in a radial direction, so as to obtain a finely spun blank; and S3: spinning, according to the above method, parts of the workpiece needing to be machined to obtain a rough blank. S1: using a vertical spinning system to clamp a hollow blank workpiece in a lower die unit, driving the workpiece to rotate by the lower die unit, causing a rough spinning wheel and a fine spinning wheel on both sides of the workpiece to be in contact with the workpiece simultaneously for staggered spinning, and performing curved reciprocating feed spinning via point contact to form a roughly-spun blank; S2: driving the workpiece to continue to rotate by the lower die unit, shifting the rough spinning wheel and the fine spinning wheel on two sides of the workpiece in S1, causing shaping spinning wheels on two sides of the workpiece to be in contact with the workpiece for shaping spinning, matching the shape of each of the shaping spinning wheels with the required shape of the workpiece, and subjecting the shaping spinning wheels on two sides to linear contact shaping and fine spinning only in a radial direction, so as to obtain a finely spun blank; and S3: spinning, according to the above method, parts of the workpiece needing to be machined to obtain a rough blank.
A carbon fiber preform defining an annulus or a cylinder extending along a central longitudinal axis, the fiber preform comprising: a plurality of layers extending in an axial direction and a circumferential direction relative to the longitudinal axis, wherein each layer of the plurality of layers comprises a continuous fiber fabric including a woven fabric comprising: a plurality of elongate axial fibers extending substantially in the axial direction; and a plurality of elongate circumferential fibers extending substantially in the circumferential direction, wherein at least 40% of fibers of the woven fabric extend substantially in the axial direction; and a plurality of elongate radial fibers extending substantially in the radial direction relative to the longitudinal axis, wherein the plurality of elongate radial fibers mechanically bind one or more adjacent layers of the plurality of layers. a plurality of layers extending in an axial direction and a circumferential direction relative to the longitudinal axis, wherein each layer of the plurality of layers comprises a continuous fiber fabric including a woven fabric comprising: a plurality of elongate axial fibers extending substantially in the axial direction; and a plurality of elongate circumferential fibers extending substantially in the circumferential direction, wherein at least 40% of fibers of the woven fabric extend substantially in the axial direction; and a plurality of elongate axial fibers extending substantially in the axial direction; and a plurality of elongate circumferential fibers extending substantially in the circumferential direction, wherein at least 40% of fibers of the woven fabric extend substantially in the axial direction; and a plurality of elongate radial fibers extending substantially in the radial direction relative to the longitudinal axis, wherein the plurality of elongate radial fibers mechanically bind one or more adjacent layers of the plurality of layers.
A method of replication or amplification of at least one nucleic acid molecule, the method comprising: (a) ligating hairpin structures to each end of at least one double-stranded nucleic acid molecule with a minimum length of greater than 5 kb isolated from a sample to form at least one dumbbell template; (b) contacting said at least one dumbbell template with at least one substantially complementary primer in a method of replication or with at least two substantially complementary primers in a method of amplification, wherein said at least one substantially complementary primer is attached to at least one substrate; and (c) performing rolling circle replication on said at least one dumbbell template contacted with the at least one substantially complementary primer to form at least one replicated or amplified dumbbell template. (a) ligating hairpin structures to each end of at least one double-stranded nucleic acid molecule with a minimum length of greater than 5 kb isolated from a sample to form at least one dumbbell template; (b) contacting said at least one dumbbell template with at least one substantially complementary primer in a method of replication or with at least two substantially complementary primers in a method of amplification, wherein said at least one substantially complementary primer is attached to at least one substrate; and (c) performing rolling circle replication on said at least one dumbbell template contacted with the at least one substantially complementary primer to form at least one replicated or amplified dumbbell template.
A composition, comprising: (i) a hydrated macrolide, wherein the macrolide is azithromycin; (ii) at least one suitable solvent, the at least one suitable solvent comprising 20 to 60 % w/w caprylic or caprylic/capric triglycerides and 23 to 70% w/w triacetin; and (iii) an excipient; wherein the composition is non-aqueous solution for injection. (i) a hydrated macrolide, wherein the macrolide is azithromycin; (ii) at least one suitable solvent, the at least one suitable solvent comprising 20 to 60 % w/w caprylic or caprylic/capric triglycerides and 23 to 70% w/w triacetin; and (iii) an excipient;