mhurhangee/ep-ind-claims huggingface dataset:
A horizontal scroll compressor comprising a compressor mechanism including orbiting and fixed scrolls having respective base plates and respective spiral laps extending from the respective base plates, an electric motor for rotationally driving the compressor mechanism, and a sealed container containing therein the orbiting and fixed scrolls and the electric motor and including a discharge pipe through which a gas compressed by the compressor mechanism is discharged, wherein the horizontal scroll compressor further comprises a partition plate partitioning the sealed container into a volume containing therein the compressor mechanism and the electric motor and a discharge volume containing therein the discharge pipe and an oil supply mechanism for supplying oil to a bearing (31, 32) supporting a drive shaft for rotationally driving the compressor mechanism, an upper communication path arranged at an upper portion of the partition plate to enable the compressed gas to flow from the compressor mechanism, and a path guide member for guiding the compressed gas from the upper communication path to the vicinity of an inner side surface of the sealed container, and the path guide member is disposed below the discharge pipe, and a compressed gas blow-off port end portion of the path guide member is disposed to be closer to the inner side surface in comparison with the discharge pipe, characterized in that: the oil supply mechanism is an oil supply pump; and the path guide member has an annular shape, and a flow passing area of the annular shape is larger than that of the discharge pipe. the oil supply mechanism is an oil supply pump; and the path guide member has an annular shape, and a flow passing area of the annular shape is larger than that of the discharge pipe.
A marine riser section comprising: - a main riser pipe, said main riser pipe having an axis and a length, wherein said main riser pipe is provided with a radially extending flange (85-2, 85-3) at each end thereof, - multiple auxiliary pipes (85-c, 85-k) disposed on the outside of and parallel to the riser pipe, said auxiliary pipes (85-c, 85-k) at least comprising a choke line (85-c) and a kill line (85-k), - one or more clamps distributed along the length of the main riser pipe and secured to said main riser pipe, said one or more clamps being adapted to retain at least said choke line (85-c) and said kill line (85-k) relative to the main riser pipe, - buoyancy members (85 -6a, b, 85 -7a, b,..., 85-12a, b), wherein, at least the choke line (85-c) and the kill line (85-k) are connected to each of the flanges (85-2, 85-3) in a tensile load sharing arrangement with a tensile load transferring connection assembly between each of the choke line (85-c) and kill line (85-k) and each of the flanges (85-2, 85-3), so that - in vertical use orientation of the riser section in a riser string - weight stress is distributed in the main riser pipe and the choke line (85-c) and the kill line (85-k), and wherein the buoyancy members (85 -6a, b, 85 -7a, b,..., 85-12a, b) form an exterior of the riser section including diametrically opposed and parallel flat bottom and top stacking faces (85 - 13, 85 - 14) relative to the axis of the main riser pipe, allowing stacking of riser sections in horizontal orientation with the flat bottom stacking face resting on the flat top stacking face of an underlying riser section, and wherein the choke line (85-c) and the kill line (85-k) are arranged diametrically opposite from one another relative to the axis of the main riser pipe and between the flat bottom and top stacking faces (85 - 13, 85 - 14), in a plane normal to the flat bottom and top stacking faces (85 - 13, 85 - 14). - a main riser pipe, said main riser pipe having an axis and a length, wherein said main riser pipe is provided with a radially extending flange (85-2, 85-3) at each end thereof, - multiple auxiliary pipes (85-c, 85-k) disposed on the outside of and parallel to the riser pipe, said auxiliary pipes (85-c, 85-k) at least comprising a choke line (85-c) and a kill line (85-k), - one or more clamps distributed along the length of the main riser pipe and secured to said main riser pipe, said one or more clamps being adapted to retain at least said choke line (85-c) and said kill line (85-k) relative to the main riser pipe, - buoyancy members (85 -6a, b, 85 -7a, b,..., 85-12a, b),
Luminaire, more particularly a pendulum lamp, with preferably at least one light and one light holder which is hung in at least one current-carrying hanging device and is or can be coupled via the hanging device to the power supply, wherein the at least one current-carrying hanging device encloses at least in part at least one current collector which is in conductive connection with a light and that the at least one current collector has an electrically insulating insulation section wherein at least two electrically conductive contact devices are provided in the insulation section and are in electrical contact with the light and which extend up to the outer side of the insulation section so that an electrical connection is possible with the hanging device, characterised in that furthermore the current-carrying hanging device has at least two lead sections (31, 32) which are separated from one another via an insulator, wherein at least two of the lead sections (31, 32) lie at different electric potentials and at least two of the contact devices can each be contacted with one of the lead sections (31, 32).
A method for manufacturing an air inlet structure of a turbojet engine nacelle comprising an air inlet lip structure and an outer cowl of the air inlet structure, characterized in that it comprises the following steps aiming at: - making separately the air inlet lip structure and the outer cowl so that the outer skins of the air inlet lip structure and of the outer cowl are extended in order to make overlapping portions (2a, 3a), the overlapping portion of the air inlet lip structure being intended to cover the overlapping portion of the outer cowl, the overlapping portions (2a, 3a) being shaped so that an outer surface of the overlapping portion of the air inlet lip structure provides continuity with an outer surface of the outer cowl; - securing the overlapping portions (2a, 2b), in particular by bonding and/or using fastening means. - making separately the air inlet lip structure and the outer cowl so that the outer skins of the air inlet lip structure and of the outer cowl are extended in order to make overlapping portions (2a, 3a), the overlapping portion of the air inlet lip structure being intended to cover the overlapping portion of the outer cowl, the overlapping portions (2a, 3a) being shaped so that an outer surface of the overlapping portion of the air inlet lip structure provides continuity with an outer surface of the outer cowl; - securing the overlapping portions (2a, 2b), in particular by bonding and/or using fastening means.
A device for pressing a substance out of a deformable tube, the device having the following: - a housing comprising a base end, - an upper portion opposite the base end and - side wall portions between the base end and the upper portion, - a squeezer which can be inserted into the housing, the squeezer having a support element and two opposing jaws for gripping and pressing a substance out of the tube, the housing having, in the upper portion, an opening through which a dispensing outlet of the tube can be guided, and, in opposite parts of the side wall portions, openings by means of which the jaws can be operated, the jaws being fastened at one end to the support element and the squeezer additionally having a manual lever element on at least one jaw, the lever element being connected in a connection region to the jaw in an arrangement in which pressure manually applied to the lever element produces a force on the jaw toward the other jaw, characterized in that the lever element has a body comprising reinforcing ribs, the reinforcing ribs being surrounded, at least in part, by a closed outer shell, a region of the outer shell forming a grip region, the connection region between the lever element and the jaw having a maximum width v which is at most half a width b of the jaw in this region. - a housing comprising a base end, - an upper portion opposite the base end and - side wall portions between the base end and the upper portion, - a squeezer which can be inserted into the housing, the squeezer having a support element and two opposing jaws for gripping and pressing a substance out of the tube,
An orthopedic implant (10, 110, 410) for use in knee arthroplasty for replacing a portion of a bone comprising: a bone contacting surface; a keel (14, 414) extending from the bone contacting surface, the keel including a first projection (20, 120, 220, 420) with a first longitudinal axis and a second projection (22, 122, 222, 422) with a second longitudinal axis, wherein the first and second longitudinal axes are oriented orthogonally to each other and characterized in that the orthopedic implant further comprises a hole (28, 128, 428) configured to accept a bone screw at a plurality of different angles; and the first and second projections are separated from each other by the hole (28, 128, 428). a bone contacting surface; a keel (14, 414) extending from the bone contacting surface, the keel including a first projection (20, 120, 220, 420) with a first longitudinal axis and a second projection (22, 122, 222, 422) with a second longitudinal axis, wherein the first and second longitudinal axes are oriented orthogonally to each other and
A manufacturing method of manufacturing a cellulose nanofibers from a pulp fiber, the method comprising: an ozone treatment step of performing an ozone treatment on the pulp fiber in a first aqueous solution; and a defibration treatment step of performing a physical defibration treatment on an ozone-treated pulp fiber in a second aqueous solution, wherein in the manufacturing method, the ozone treatment step and the defibration treatment step are continuously performed a plurality of times to form the cellulose nanofiber having a hemicellulose content less than 8.0 mass% and a lignin content of 0.10 mass% or less. an ozone treatment step of performing an ozone treatment on the pulp fiber in a first aqueous solution; and a defibration treatment step of performing a physical defibration treatment on an ozone-treated pulp fiber in a second aqueous solution, wherein in the manufacturing method, the ozone treatment step and the defibration treatment step are continuously performed a plurality of times to form the cellulose nanofiber having a hemicellulose content less than 8.0 mass% and a lignin content of 0.10 mass% or less.
An extruded particle comprising therein a hueing dye and soap, wherein the chromophore of the hueing dye is selected from the group consisting of anthraquinone, azo and phenyl.
Self-rinsing mobile urinal (Ψ) having a portable collector adapted to receive urine and connected to a fluid system comprising: • a first fluid circuit connected to the portable collector and comprising a rinsing fluid, the first fluid circuit being adapted to cause the rinsing liquid in the portable collector, • a second fluid circuit connected to the portable collector and adapted to drain the portable collector, the fluid system being adapted: • in a first state of its operation, pressurizing the rinsing liquid in the first fluid circuit and delivering this rinsing liquid to the portable collector, • in a second state of its operation distinct from the first state of its operation, to induce in the second fluid circuit, a suction depression adapted to empty the portable collector, the fluid system comprising a first valve disposed in the first fluid circuit, this first valve being open when the fluid system is in the first state of its operation the first fluid circuit is flexible, the second fluid circuit is flexible, characterized in that the first valve is adapted to regulate a rinsing flow rate through the first fluid circuit, in that the first valve is closed when the fluid system is in the second state of its operation, in that the fluid system has a second valve arranged in the second fluid circuit and adapted to regulate an emptying flow rate through the second fluid circuit, the second valve being: • closed when the fluid system is in the first state of its operation, and • open when the fluid system is in the second state of its operation, and in that the fluid system further comprises a reversible pump adapted to engage with the first valve and the second valve, the reversible pump being able to: • pressurize the rinsing liquid in the first fluid circuit when the fluid system is in the first state for its operation and • induce the vacuum suction in the second fluid circuit when the fluid system is in the second state of its operation. • a first fluid circuit connected to the portable collector and comprising a rinsing fluid, the first fluid circuit being adapted to cause the rinsing liquid in the portable collector, • a second fluid circuit connected to the portable collector and adapted to drain the portable collector, • in a first state of its operation, pressurizing the rinsing liquid in the first fluid circuit and delivering this rinsing liquid to the portable collector, • in a second state of its operation distinct from the first state of its operation, to induce in the second fluid circuit, a suction depression adapted to empty the portable collector, • closed when the fluid system is in the first state of its operation, and • open when the fluid system is in the second state of its operation, • pressurize the rinsing liquid in the first fluid circuit when the fluid system is in the first state for its operation and • induce the vacuum suction in the second fluid circuit when the fluid system is in the second state of its operation.
A laundry treatment apparatus comprising: a cabinet having an introduction/discharge opening; a drawer configured so as to be discharged from the cabinet through the introduction/discharge opening; a through-hole formed in an upper surface of the drawer; a tub provided inside the drawer for providing a space for storage of water; an introduction aperture formed in an upper surface of the tub, the introduction aperture being located under the through-hole; a drum rotatably provided inside the tub for receiving laundry supplied to the introduction aperture; a door that is configured to open and close the introduction aperture, the door being coupled to one of the drawer or the tub a door sensing unit for determining whether or not the door to open the introduction aperture is opened in a state in which the drawer is inserted into the cabinet, characterized in that the door sensing unit includes: a first magnetic-force generator that is configured to generate magnetic force and that is located in one of the cabinet or the door; and a first magnetic-force sensor that is configured to sense a magnitude of the magnetic force generated by the first magnetic-force generator and that is located in the other of the cabinet and the door. a cabinet having an introduction/discharge opening; a drawer configured so as to be discharged from the cabinet through the introduction/discharge opening; a through-hole formed in an upper surface of the drawer; a tub provided inside the drawer for providing a space for storage of water; an introduction aperture formed in an upper surface of the tub, the introduction aperture being located under the through-hole; a drum rotatably provided inside the tub for receiving laundry supplied to the introduction aperture; a door that is configured to open and close the introduction aperture, the door being coupled to one of the drawer or the tub a door sensing unit for determining whether or not the door to open the introduction aperture is opened in a state in which the drawer is inserted into the cabinet, characterized in that the door sensing unit includes: a first magnetic-force generator that is configured to generate magnetic force and that is located in one of the cabinet or the door; and a first magnetic-force sensor that is configured to sense a magnitude of the magnetic force generated by the first magnetic-force generator and that is located in the other of the cabinet and the door. a first magnetic-force generator that is configured to generate magnetic force and that is located in one of the cabinet or the door; and a first magnetic-force sensor that is configured to sense a magnitude of the magnetic force generated by the first magnetic-force generator and that is located in the other of the cabinet and the door.
A heteroepitaxial wafer comprising in the following order a silicon substrate having a diameter and a thickness; an AIN nucleation layer; a first strain building layer which is an Al z Ga 1-z N layer having a first average Al content z, wherein 0 < z; a first strain preserving block comprising not less than 5 and not more than 50 units of a first sequence of layers, the first sequence of layers comprising an AlN layer and at least two AlGaN layers, the first strain preserving block having a second average Al content y, wherein y > z; a second strain building layer which is an Al x Ga 1-x N layer having a third average Al content x, wherein 0 ≤ x < y; a second strain preserving block comprising not less than 5 and not more than 50 units of a second sequence of layers, the second sequence of layers comprising an AlN layer and at least one AlGaN layer, the second strain preserving block having a fourth average Al content w, wherein x < w < y, and a GaN layer, wherein the layers between the AlN nucleation layer and the GaN layer form an AIGaN buffer.
A system for removing the contents of a bottle, the system comprising: a bottle having a neck forming an internal surface, an adapter (28, 86, 76) interfitted into the bottle and having a seal against the internal surface, said adapter (28, 86, 76) having a central opening extending therethrough and a distal end extending into the neck and a normally closed valve (53, 88) located proximate the distal end of the adapter (28, 86, 76) closing the central opening, and a dispenser including a barrel portion and a narrow tip portion at a distal end, said narrowed tip portion adapted to be inserted into the central opening of the adapter (28, 86, 76), said tip portion being dimensioned so as to penetrate no further than a predetermined distance into the bottle to contact and open the normally closed valve (53, 88) to open said central opening for removal of the contents of the bottle, wherein said barrel portion is larger in diameter than the central opening so as to remain outside the bottle and only the narrowed tip portion penetrates the bottle to the predetermined distance, wherein, when penetrating the bottle to the predetermined distance, the narrowed tip portion enters an interior cavity of the normally closed valve (53, 88) to open the valve (53, 88). a bottle having a neck forming an internal surface, an adapter (28, 86, 76) interfitted into the bottle and having a seal against the internal surface, said adapter (28, 86, 76) having a central opening extending therethrough and a distal end extending into the neck and a normally closed valve (53, 88) located proximate the distal end of the adapter (28, 86, 76) closing the central opening, and a dispenser including a barrel portion and a narrow tip portion at a distal end, said narrowed tip portion adapted to be inserted into the central opening of the adapter (28, 86, 76), said tip portion being dimensioned so as to penetrate no further than a predetermined distance into the bottle to contact and open the normally closed valve (53, 88) to open said central opening for removal of the contents of the bottle, wherein said barrel portion is larger in diameter than the central opening so as to remain outside the bottle and only the narrowed tip portion penetrates the bottle to the predetermined distance, wherein, when penetrating the bottle to the predetermined distance, the narrowed tip portion enters an interior cavity of the normally closed valve (53, 88) to open the valve (53, 88).
A radar assembly (200/300/400/500/600/700) comprising: a printed circuit board that includes an integrated circuit and a thermally-conductive material (208/304) that covers at least a portion of a first surface of the PCB and at least a portion of a second surface of the PCB opposite the first surface of the PCB; a heatsink shield that includes multiple dimples that thermally contact the thermally-conductive material (208/304) of the PCB, the heatsink shield being adjacent to the IC and at least one of the first surface of the PCB or the second surface of the PCB, the heatsink shield being configured to distribute thermal energy produced at least in part by the IC to a housing adjacent to the second surface of the PCB; and a radome adjacent to the heatsink shield and at least a portion of the housing, the radome and the housing encompassing the PCB and the heatsink shield. a printed circuit board that includes an integrated circuit and a thermally-conductive material (208/304) that covers at least a portion of a first surface of the PCB and at least a portion of a second surface of the PCB opposite the first surface of the PCB; a heatsink shield that includes multiple dimples that thermally contact the thermally-conductive material (208/304) of the PCB, the heatsink shield being adjacent to the IC and at least one of the first surface of the PCB or the second surface of the PCB, the heatsink shield being configured to distribute thermal energy produced at least in part by the IC to a housing adjacent to the second surface of the PCB; and a radome adjacent to the heatsink shield and at least a portion of the housing, the radome and the housing encompassing the PCB and the heatsink shield.