mhurhangee/ep-ind-claims huggingface dataset:
An armature (100, 200, 300, 400) comprising: an armature core provided with a plurality of slots extending in a central axis direction; a coil portion (30, 130) in which leg portions (71, 81) of a plurality of segment conductors (40, 140, 340) disposed so as to face each other in the central axis direction are joined in a joint portion that is in one slot of the slots; and a core leg portion fixing member that is provided in the slot, in a part at a position different from the position in the central axis direction corresponding to the joint portion and that includes a first fixing layer (20c, 124b, 320c) that fixes the armature core and the leg portion (71, 81) and is not provided in the joint portion. an armature core provided with a plurality of slots extending in a central axis direction; a coil portion (30, 130) in which leg portions (71, 81) of a plurality of segment conductors (40, 140, 340) disposed so as to face each other in the central axis direction are joined in a joint portion that is in one slot of the slots; and a core leg portion fixing member that is provided in the slot, in a part at a position different from the position in the central axis direction corresponding to the joint portion and that includes a first fixing layer (20c, 124b, 320c) that fixes the armature core and the leg portion (71, 81) and is not provided in the joint portion.
A bearing support arrangement (50;50a), comprising: a support (70;70a); a race (110;110a) of a bearing assembly; and the race comprising a flange (122;122a) extending radially, the flange and the support configured to be held against a housing to secure the bearing assembly relative to the housing; characterised in that the bearing support arrangement further comprises a liner (72;72a); wherein at least a portion of the support (70;70a) is configured to be press-fit within the liner (72;72a). a support (70;70a); a race (110;110a) of a bearing assembly; and the race comprising a flange (122;122a) extending radially, the flange and the support configured to be held against a housing to secure the bearing assembly relative to the housing; characterised in that the bearing support arrangement further comprises a liner (72;72a); wherein at least a portion of the support (70;70a) is configured to be press-fit within the liner (72;72a).
A carbon dioxide capturing apparatus comprising: a first absorbing unit configured to bring a gas containing carbon dioxide into contact with a lean liquid that is an absorbing liquid containing an amine compound in such a manner that the absorbing liquid absorbs carbon dioxide and to discharge the absorbing liquid which has absorbed carbon dioxide as a rich liquid; a regeneration unit configured to release a carbon dioxide gas from the rich liquid sent from the first absorbing unit, thereby regenerating the absorbing liquid as the lean liquid; a water washing capturing unit configured to capture the amine compound that is entrained in a decarbonated treatment gas sent from the first absorbing unit; and the first absorbing unit is configured to introduce the lean liquid from a top portion of the first absorbing unit, characterized in that the carbon dioxide capturing apparatus further comprises a pre-amine capturing unit provided between the first absorbing unit and the water washing capturing unit, wherein the pre-amine capturing unit is configured to receive part of the rich liquid from the first absorbing unit, and to trap the amine compound that is entrained in the decarbonated treatment gas by bringing the decarbonated treatment gas from the first absorbing unit into countercurrent contact with the part of the rich liquid from the first absorbing unit. a first absorbing unit configured to bring a gas containing carbon dioxide into contact with a lean liquid that is an absorbing liquid containing an amine compound in such a manner that the absorbing liquid absorbs carbon dioxide and to discharge the absorbing liquid which has absorbed carbon dioxide as a rich liquid; a regeneration unit configured to release a carbon dioxide gas from the rich liquid sent from the first absorbing unit, thereby regenerating the absorbing liquid as the lean liquid; a water washing capturing unit configured to capture the amine compound that is entrained in a decarbonated treatment gas sent from the first absorbing unit; and the first absorbing unit is configured to introduce the lean liquid from a top portion of the first absorbing unit, characterized in that the carbon dioxide capturing apparatus further comprises a pre-amine capturing unit provided between the first absorbing unit and the water washing capturing unit, wherein the pre-amine capturing unit is configured to receive part of the rich liquid from the first absorbing unit, and to trap the amine compound that is entrained in the decarbonated treatment gas by bringing the decarbonated treatment gas from the first absorbing unit into countercurrent contact with the part of the rich liquid from the first absorbing unit.
Printable ink mixture comprising - a medium, - orthophosphoric acid, - at least one metal oxide, and - at least one pigment wherein the medium is present in a proportion of 25 to 45% by weight, the orthophosphoric acid in a proportion of 8 to 22% by weight, the metal oxide in a proportion of 1 to 3% by weight and the pigment in a proportion of 35 to 50% by weight. - a medium, - orthophosphoric acid, - at least one metal oxide, and - at least one pigment
Primary packaging for storage and/or administration of medical or pharmaceutical compounds, said primary packaging comprising: - a container, having a predetermined filling volume for receiving a medical or pharmaceutical compound, the container being permanently closed at a first end and having an integrally formed, circumferential flange portion that extends radially at an open second end, the container having a cylindrical barrel that extends between the first end and the flange portion, - a closure element (230, 330) for sealing the open second end of the container, said closure element (230, 330) being a cylindrical plunger stopper (230, 330) comprising a fitting portion (232, 332) adapted to tightly fit into the barrel of the container, and - a needle extraction system (238, 338) for removal of the medical or pharmaceutical compound from within the container, the needle extraction system (238, 338) being adapted to cooperate with the plunger stopper (230, 330) and comprises a plunger rod element (240, 340) which has a finger flange (244, 352) and a cannula (246, 346), wherein - the flange portion of the container is formed to function as a finger flange, characterised in that - the plunger rod element (240, 340) of the needle extraction system (238, 338) is releasably attachable to the plunger stopper (230, 330) by a snap fit connection or a screw connection (234, 334) and comprises a cannula (246, 346) which extends through the whole plunger rod element (240, 240). - a container, having a predetermined filling volume for receiving a medical or pharmaceutical compound, the container being permanently closed at a first end and having an integrally formed, circumferential flange portion that extends radially at an open second end, the container having a cylindrical barrel that extends between the first end and the flange portion, - a closure element (230, 330) for sealing the open second end of the container, said closure element (230, 330) being a cylindrical plunger stopper (230, 330) comprising a fitting portion (232, 332) adapted to tightly fit into the barrel of the container, and - a needle extraction system (238, 338) for removal of the medical or pharmaceutical compound from within the container, the needle extraction system (238, 338) being adapted to cooperate with the plunger stopper (230, 330) and comprises a plunger rod element (240, 340) which has a finger flange (244, 352) and a cannula (246, 346), wherein - the flange portion of the container is formed to function as a finger flange, characterised in that - the plunger rod element (240, 340) of the needle extraction system (238, 338) is releasably attachable to the plunger stopper (230, 330) by a snap fit connection or a screw connection (234, 334) and comprises a cannula (246, 346) which extends through the whole plunger rod element (240, 240).
An orally disintegrating pharmaceutical dosage form comprising - cranberry extract in an amount from 3 to 18% by weight relative to the total weight of the composition, - a therapeutically effective amount of vitamin C, - a hydrophobic colloidal silicon dioxide, - a diluent, and - at least another pharmaceutically acceptable excipient or carrier. - cranberry extract in an amount from 3 to 18% by weight relative to the total weight of the composition, - a therapeutically effective amount of vitamin C, - a hydrophobic colloidal silicon dioxide, - a diluent, and - at least another pharmaceutically acceptable excipient or carrier.
A fuel injector for a gas turbine engine comprising: a chamber disposed along an axis including a bulkhead at a forward end and an opening at an aft end; a first annular passage disposed about the chamber, the first annular passage including a first plurality of vanes to generate a swirled first airflow and a first open end at the aft end of the chamber; a second annular passage disposed about the first annular passage, the second annular passage including a second plurality of vanes to generate a swirled fuel flow and a second open end at the aft end of the chamber separate from the first open end; a third annular passage disposed about the second annular passage, the third annular passage including a third plurality of vanes to generate a swirled second airflow and a third open end at the aft end of the chamber separate from the first open end and the second open end; and a plurality of openings through the bulkhead at a forward most portion of the chamber for communicating a central airflow to the chamber. a chamber disposed along an axis including a bulkhead at a forward end and an opening at an aft end; a first annular passage disposed about the chamber, the first annular passage including a first plurality of vanes to generate a swirled first airflow and a first open end at the aft end of the chamber; a second annular passage disposed about the first annular passage, the second annular passage including a second plurality of vanes to generate a swirled fuel flow and a second open end at the aft end of the chamber separate from the first open end; a third annular passage disposed about the second annular passage, the third annular passage including a third plurality of vanes to generate a swirled second airflow and a third open end at the aft end of the chamber separate from the first open end and the second open end; and a plurality of openings through the bulkhead at a forward most portion of the chamber for communicating a central airflow to the chamber.
An insert for a centrifuge tube, the insert comprising: a member sized to fit within the tube for dividing the tube into a top portion and a bottom portion, and at least two openings through the member characterized in that a first opening is closer to a bottom end of the tube relative to a second opening when the insert is positioned in the centrifuge tube, wherein the first opening allows fluid communication between a space in the top portion of the tube above the member and a space in the bottom portion of the tube below the member when the insert is positioned in the centrifuge tube and the second opening allows air to escape from the space below the member when the bottom end of the tube is filled with a liquid through the first opening, wherein the at least two openings (16, 18) are sized to provide surface tension across the openings to prevent a liquid contained below the insert to flow through the openings when the tube is inverted. a member sized to fit within the tube for dividing the tube into a top portion and a bottom portion, and at least two openings through the member characterized in that a first opening is closer to a bottom end of the tube relative to a second opening when the insert is positioned in the centrifuge tube, wherein the first opening allows fluid communication between a space in the top portion of the tube above the member and a space in the bottom portion of the tube below the member when the insert is positioned in the centrifuge tube and the second opening allows air to escape from the space below the member when the bottom end of the tube is filled with a liquid through the first opening,
A method of detecting crack propagation in a material test specimen, comprising: color contrasting a surface of a test specimen with a background having a surface, by selecting a color of the background surface that color contrasts the surface of the test specimen; supporting the test specimen over the background; acquiring a plurality of colored photographic images of the specimen against the background during application of a stress load; processing the plurality of images to detect intensities of pixels that are different from the pixel intensities associated with the surface by at least a preselected margin indicative of a contrast between the background surface revealed through a crack in the test specimen and the color contrasted surface of the test specimen, wherein the intensities of pixels are determined for each primary color, namely red, green, and blue, said preselected margin being at least three standard deviations for each RGB intensity, respectively, as found in a representative portion of the surface of the test specimen; measuring changes in a detected crack length based on the detected pixel intensities. color contrasting a surface of a test specimen with a background having a surface, by selecting a color of the background surface that color contrasts the surface of the test specimen; supporting the test specimen over the background; acquiring a plurality of colored photographic images of the specimen against the background during application of a stress load; processing the plurality of images to detect intensities of pixels that are different from the pixel intensities associated with the surface by at least a preselected margin indicative of a contrast between the background surface revealed through a crack in the test specimen and the color contrasted surface of the test specimen, wherein the intensities of pixels are determined for each primary color, namely red, green, and blue, said preselected margin being at least three standard deviations for each RGB intensity, respectively, as found in a representative portion of the surface of the test specimen; measuring changes in a detected crack length based on the detected pixel intensities.
A modified paraffin wax for an electronic candle, characterized in that it comprises a prepared wax, a refined Fischer-Tropsch wax, K512 and an additive, wherein the respective compositions have a percentage proportion as follows: the prepared wax 40 - 50%, the refined Fischer-Tropsch wax 35 - 45%, K512 8 - 12% and the additive 4 - 6%.
Device for transporting general cargo, in particular cylindrical general cargo, comprising: a base frame having a substantially rectangular cross section and in particular standardised basic dimensions and comprising lateral walls (14a, 14b, 14c, 14d) and corner connectors, in particular ISO corner connectors, the lateral walls (14a, 14b, 14c, 14d) being interconnected by means of the corner connectors, and at least two mutually spaced first receiving pockets (20a, 20b) for stacker forks, which pockets each extend substantially perpendicularly from a first lateral wall to a second lateral wall opposite the first lateral wall, at least two mutually spaced second receiving pockets (20c, 20d) for stacker forks being provided that each extend substantially perpendicularly from a third lateral wall to a fourth lateral wall opposite the third lateral wall, the receiving pockets (20a, 20b, 20c, 20d) for stacker forks being formed as struts that are internally hollow, at least in portions, characterised in that the receiving pockets (20a, 20b, 20c, 20d) for stacker forks form a planar and open bottom surface in the form of a net structure. a base frame having a substantially rectangular cross section and in particular standardised basic dimensions and comprising lateral walls (14a, 14b, 14c, 14d) and corner connectors, in particular ISO corner connectors, the lateral walls (14a, 14b, 14c, 14d) being interconnected by means of the corner connectors, and at least two mutually spaced first receiving pockets (20a, 20b) for stacker forks, which pockets each extend substantially perpendicularly from a first lateral wall to a second lateral wall opposite the first lateral wall, at least two mutually spaced second receiving pockets (20c, 20d) for stacker forks being provided that each extend substantially perpendicularly from a third lateral wall to a fourth lateral wall opposite the third lateral wall, the receiving pockets (20a, 20b, 20c, 20d) for stacker forks being formed as struts that are internally hollow, at least in portions, characterised in that the receiving pockets (20a, 20b, 20c, 20d) for stacker forks form a planar and open bottom surface in the form of a net structure.
A method of cooling comprising cooling a charge gas (16; 116) using an extended binary refrigerant containing a mixture of 10-40 mol % of methane, 60-90 mol % of a C3 hydrocarbon selected from the group consisting of propylene and propane, and not more than 2 mol % hydrogen, the total mol % of methane, C3 hydrocarbon and hydrogen being 100 %, said extended binary refrigerant being compressed in a multistage compressor (50; 150) having a first stage and a last stage to provide a last stage discharge stream (1; 101) containing at least 60 mol % C3 hydrocarbon, and being divided into a liquid coolant stream (3; 103) and a gaseous coolant stream (2; 102) after compression.
An electrical feedthrough (102,202, 302,402, 502, 602, 702) for an electromedical implant, having at least one bushing (106, 206, 306, 406, 506, 606, 706), a flange (101, 201, 301, 401, 501, 601, 701) surrounding the at least one bushing and at least one connector pin (103, 203, 303, 403, 503, 603, 703), which is surrounded by the at least one bushing, the connector pin having a biocompatible section (104, 204, 304, 404, 504, 604, 704) and an attachment (111, 211, 311, 411, 511, 611, 711) inside the implant, which attachment is located at the inner end of the connector pin and is made of nickel, copper, palladium, gold, silver, iron or alloys made of these materials, characterized in that the attachment is designed as a pin inside the implant.
The use of a copolymer consisting of N-isopropylacrylamide units, methacrylic acid units and optionally at least one cross-linking agent as a soil-release active ingredient in textile care products for textiles.
A robotic pool cleaner comprising: a housing; a propulsion mechanism configured to propel the robotic pool cleaner along an interior surface of a pool; a suction mechanism for drawing liquid from the pool into the housing; an antenna configured to receive a signal only when raised to a waterline of the pool, the antenna being located in a part of the robotic pool cleaner that extends to the waterline when the robotic pool cleaner rises to the waterline; and a controller configured to: control the propulsion mechanism to move the robotic pool cleaner to the waterline such that the antenna is at the waterline; receive via the antenna a signal that is indicative of a position of the robotic pool cleaner; control the propulsion mechanism to cause the robotic pool cleaner to remain at the waterline until reception of the signal is complete; control the propulsion mechanism to cause the robotic pool cleaner to re-submerge; and control the propulsion mechanism to propel the robotic pool cleaner in accordance with a proximity of the robotic pool cleaner to a boundary that delimits a predefined region in which the robotic pool cleaner is configured to operate. a housing; a propulsion mechanism configured to propel the robotic pool cleaner along an interior surface of a pool; a suction mechanism for drawing liquid from the pool into the housing; an antenna configured to receive a signal only when raised to a waterline of the pool, the antenna being located in a part of the robotic pool cleaner that extends to the waterline when the robotic pool cleaner rises to the waterline; and a controller configured to: control the propulsion mechanism to move the robotic pool cleaner to the waterline such that the antenna is at the waterline; receive via the antenna a signal that is indicative of a position of the robotic pool cleaner; control the propulsion mechanism to cause the robotic pool cleaner to remain at the waterline until reception of the signal is complete; control the propulsion mechanism to cause the robotic pool cleaner to re-submerge; and control the propulsion mechanism to propel the robotic pool cleaner in accordance with a proximity of the robotic pool cleaner to a boundary that delimits a predefined region in which the robotic pool cleaner is configured to operate. control the propulsion mechanism to move the robotic pool cleaner to the waterline such that the antenna is at the waterline; receive via the antenna a signal that is indicative of a position of the robotic pool cleaner; control the propulsion mechanism to cause the robotic pool cleaner to remain at the waterline until reception of the signal is complete; control the propulsion mechanism to cause the robotic pool cleaner to re-submerge; and control the propulsion mechanism to propel the robotic pool cleaner in accordance with a proximity of the robotic pool cleaner to a boundary that delimits a predefined region in which the robotic pool cleaner is configured to operate.
A system, comprising: a pipeline; and a plurality of future access node structures axially spaced apart from one another along the pipeline, wherein of the plurality of future access node structures comprises a substantially planar upper surface, wherein the future access node structures are formed integral with the pipeline and are configured to initially prevent access to an interior of the pipeline, wherein the system comprising the pipeline and the integrally formed future access node structures is adapted to be deployed subsea, and wherein the plurality of future access node structures comprises at least one of: a tapping structure; a pressure-barrier retaining structure and a pressure-barrier device received therein; and a pressure-barrier retaining structure comprised of a recess with a scored pressure-retaining bottom, such that the plurality of future access node structures subsequently can be opened to provide fluid access to an interior of the pipeline. a pipeline; and a plurality of future access node structures axially spaced apart from one another along the pipeline, wherein of the plurality of future access node structures comprises a substantially planar upper surface, wherein the future access node structures are formed integral with the pipeline and are configured to initially prevent access to an interior of the pipeline, wherein the system comprising the pipeline and the integrally formed future access node structures is adapted to be deployed subsea, and wherein the plurality of future access node structures comprises at least one of: a tapping structure; a pressure-barrier retaining structure and a pressure-barrier device received therein; and a pressure-barrier retaining structure comprised of a recess with a scored pressure-retaining bottom, such that the plurality of future access node structures subsequently can be opened to provide fluid access to an interior of the pipeline.