mhurhangee/ep-ind-claims huggingface dataset:
An axle assembly for a motor vehicle comprising: a carrier housing; a differential unit having a case, a ring gear that is fixed for rotation with said case, and a gear set received in said case, said differential unit being rotatable relative to said carrier housing about a first axis, said gear set having first and second side gears (86, 88); a first and a second axle half shaft (72, 76) coupled for rotation with the first and second side gears (86, 88), respectively; a first pinion in meshing engagement with said ring gear, said first pinion being adapted to be driven by a combustion engine and operable to drive said ring gear; a pair of bearing assemblies (114, 116), said pair of bearing assemblies cooperating with said carrier housing to support the first pinion for rotation about a second axis; and an electric drive assembly mounted to said carrier housing, whereby said electric drive assembly includes: an electric motor; characterised in that, said second axis is perpendicular to said first axis and said electric drive assembly further includes a second pinion in meshing engagement with said ring gear, said second pinion being selectively driven by said electric motor and operable to drive said ring gear. a carrier housing; a differential unit having a case, a ring gear that is fixed for rotation with said case, and a gear set received in said case, said differential unit being rotatable relative to said carrier housing about a first axis, said gear set having first and second side gears (86, 88); a first and a second axle half shaft (72, 76) coupled for rotation with the first and second side gears (86, 88), respectively; a first pinion in meshing engagement with said ring gear, said first pinion being adapted to be driven by a combustion engine and operable to drive said ring gear; a pair of bearing assemblies (114, 116), said pair of bearing assemblies cooperating with said carrier housing to support the first pinion for rotation about a second axis; and an electric drive assembly mounted to said carrier housing, whereby said electric drive assembly includes: an electric motor; characterised in that, said second axis is perpendicular to said first axis and said electric drive assembly further includes a second pinion in meshing engagement with said ring gear, said second pinion being selectively driven by said electric motor and operable to drive said ring gear. an electric motor; characterised in that, said second axis is perpendicular to said first axis and said electric drive assembly further includes a second pinion in meshing engagement with said ring gear, said second pinion being selectively driven by said electric motor and operable to drive said ring gear.
An oral formulation comprising an iodinated imaging agent and at least one taste masking agent, wherein the iodinated imaging agent is encapsulated in the taste masking agent into particles, wherein the iodinated imaging agent is a water-soluble organic or polymeric compound that contains one or more of iodine substituents, and wherein the taste masking agent is selected from one or more polymer, surfactant, and sugar.
A stiffening element for a liquid container for a motor vehicle, wherein the stiffening element has a first connection area, a second connection area, and a central area, wherein the first connection area and the second connection area are at least indirectly connected to one another by the central area, wherein the first connection area and the second connection area have a different connection geometry and wherein a first connection surface of the first connection area is larger than a second connection surface of the second connection area, wherein - the first connection area is had by a first connection piece, - the second connection area is had by a second connection piece, - the central area is had by a central piece, wherein the central piece is connected to the first connection piece and the second connection piece in a non-positive and/or form closure manner, characterized in that - the central area and/or the central piece has at least one through-opening. - the first connection area is had by a first connection piece, - the second connection area is had by a second connection piece, - the central area is had by a central piece, wherein the central piece is connected to the first connection piece and the second connection piece in a non-positive and/or form closure manner, characterized in that - the central area and/or the central piece has at least one through-opening.
A method performed at a network element, the method comprising: receiving a packet that includes a fixed amount of packet metadata used to record a path as the packet traverses a network; identifying a hop number for the network element; identifying a unique identifier for the network element; identifying an existing path identifier from the packet metadata; determining a new path identifier at least in part using the existing path identifier, the hop number and the unique identifier; augmenting the packet metadata with the new path identifier to provide augmented metadata; and transmitting the packet with the augmented metadata to a next network element. receiving a packet that includes a fixed amount of packet metadata used to record a path as the packet traverses a network; identifying a hop number for the network element; identifying a unique identifier for the network element; identifying an existing path identifier from the packet metadata; determining a new path identifier at least in part using the existing path identifier, the hop number and the unique identifier; augmenting the packet metadata with the new path identifier to provide augmented metadata; and transmitting the packet with the augmented metadata to a next network element.
An artificial satellite (100; 502; 1201) comprising: a satellite structure (804; 907; 1002; 1104; 1404); an onboard control system (504; 904; 1004; 1101) for controlling a plurality of satellite components; and a memory system (536; 700; 902; 1001; 1105; 1401), the memory system physically coupled to the satellite structure and independently powerable with respect to the onboard control system and thereby operable to at least receive and store information even when the onboard control system is in an OFF state, the memory system arranged (i) to communicatively couple with the onboard control system, and (ii) to store data which specifies one or more launch-specific parameters for configuring at least one of the satellite components, the onboard control system being adapted to operate in a transfer phase in response to the satellite separating from a payload dispenser, the onboard control system further adapted to autonomously control, while operating in the transfer phase, one or more aspects of the at least one satellite component at least partly based on the data. a satellite structure (804; 907; 1002; 1104; 1404); an onboard control system (504; 904; 1004; 1101) for controlling a plurality of satellite components; and a memory system (536; 700; 902; 1001; 1105; 1401), the memory system physically coupled to the satellite structure and independently powerable with respect to the onboard control system and thereby operable to at least receive and store information even when the onboard control system is in an OFF state, the memory system arranged (i) to communicatively couple with the onboard control system, and (ii) to store data which specifies one or more launch-specific parameters for configuring at least one of the satellite components, the onboard control system being adapted to operate in a transfer phase in response to the satellite separating from a payload dispenser, the onboard control system further adapted to autonomously control, while operating in the transfer phase, one or more aspects of the at least one satellite component at least partly based on the data.
A tank cleaning nozzle configured to be mounted on a tank, wherein said tank cleaning nozzle comprises an inlet, an outlet and an interior space being in fluid communication with the inlet and the outlet, wherein the tank cleaning nozzle is configured to receive a pressurized liquid through the inlet and inject the liquid through the outlet into the tank, wherein the tank cleaning nozzle comprises a moveably arranged closing structure (34, 52) configured to close the outlet, whereby the closing structure (34, 52) is arranged and configured to be moved into a position, in which the outlet is provided with a free passage, through which the liquid leaving the outlet is injected into the interior space of the tank without colliding with the closing structure (34, 52) and that the closing structure (34, 52) is arranged and configured to be moved into the interior space of the tank cleaning nozzle hereby opening the outlet, wherein the closing structure (34, 52) is a piston and that the piston is arranged and configured to be moved into the interior space of the tank cleaning nozzle hereby opening the outlet and that the interior space of the tank cleaning nozzle comprises a conical portion constituting a narrowing provided with the outlet, characterised in that the outlet is surrounded by a flange.
A solid oral dosage form for administration in combination with a serotonin modulator for use in treating a depressive disorder in a patient, said dosage form comprising 2R,6R-hydroxynorketamine or a pharmaceutically acceptable salt thereof, or a prodrug of 2R,6R-hydroxynorketamine having a structure of Formula Ib, or a pharmaceutically acceptable salt thereof, wherein: (i) R 1 is selected from PO 3 H 2, SO 3 H, CO 2 H, and R 5, wherein R 5 is selected from R 2 is H; or (ii) R 1 is H; R 2 is selected from CH 2 OPO 3 H 2, CH 2 OSO 3 H and R 4, wherein R 4 is selected from the groups listed in Table 1; wherein said solid oral dosage form and said serotonin modulator are administered simultaneously, sequentially or separately. (i) R 1 is selected from PO 3 H 2, SO 3 H, CO 2 H, and R 5, wherein R 5 is selected from R 2 is H; or (ii) R 1 is H; R 2 is selected from CH 2 OPO 3 H 2, CH 2 OSO 3 H and R 4, wherein R 4 is selected from the groups listed in Table 1; wherein said solid oral dosage form and said serotonin modulator are administered simultaneously, sequentially or separately.
A cartridge for an e-vaping device, the cartridge comprising: a housing including first and second ends; at least first and second reservoirs (22A, 22B) positioned within the housing between the first and second ends, the first and second reservoirs (22A, 22B) being configured to hold respective first and second pre-vapor formulations; and at least first and second vaporizer assemblies (30A, 30B) positioned within the housing on opposite ends of the first and second reservoirs (22A, 22B), the first vaporizer assembly being coupled to the first reservoir, the first vaporizer assembly being configured to vaporize the first pre-vapor formulation to generate a first vapor closer to the first end than the second end, the second vaporizer assembly being coupled to the second reservoir, the second vaporizer assembly being configured to vaporize the second pre-vapor formulation to generate a second vapor closer to the second end than the first end. a housing including first and second ends; at least first and second reservoirs (22A, 22B) positioned within the housing between the first and second ends, the first and second reservoirs (22A, 22B) being configured to hold respective first and second pre-vapor formulations; and at least first and second vaporizer assemblies (30A, 30B) positioned within the housing on opposite ends of the first and second reservoirs (22A, 22B), the first vaporizer assembly being coupled to the first reservoir, the first vaporizer assembly being configured to vaporize the first pre-vapor formulation to generate a first vapor closer to the first end than the second end, the second vaporizer assembly being coupled to the second reservoir, the second vaporizer assembly being configured to vaporize the second pre-vapor formulation to generate a second vapor closer to the second end than the first end.
A telescopic mast with built-in safety device for lifting apparatus, said mast comprising a column telescopically mounted within a tubular frame, by means of a traction element connected to a lower portion of said column, and a safety member attached to the traction element and pivotally mounted about an axis integral with the column, said safety member being adapted to be held by a tensile strength of the traction element in a neutral position against a resilient biasing member, wherein it does not interfere with the telescopic action of the column, and to be pivoted, in case of rupture of the traction element, by the biasing of the resilient member in a safety position, said safety member comprising at least two teeth extending longitudinally along different lengths (L1, L2, L3, L4), and at least one of the teeth being adapted to be anchored, in the safety position, in the thickness of the inner wall of the tubular frame to lock the telescopic action of the column, characterized in that the safety member is in the form of a profiled metal part comprising two parallel wings extending longitudinally, the teeth being arranged at one of the ends of said wings.
A method of accommodating an uncontrolled high thrust condition in a turbofan gas turbine engine, the method comprising the steps of: processing engine data from the turbofan gas turbine engine to determine when a potential for an uncontrolled high thrust condition exists; when the potential for an uncontrolled high thrust condition exists, processing the engine data to determine whether corrective action for the uncontrolled high thrust condition should be implemented by varying turbofan gas turbine engine effective geometry to (i) increase turbofan gas turbine engine rotational speed or (ii) decrease turbofan gas turbine engine rotational speed; and automatically implementing the determined corrective action. processing engine data from the turbofan gas turbine engine to determine when a potential for an uncontrolled high thrust condition exists; when the potential for an uncontrolled high thrust condition exists, processing the engine data to determine whether corrective action for the uncontrolled high thrust condition should be implemented by varying turbofan gas turbine engine effective geometry to (i) increase turbofan gas turbine engine rotational speed or (ii) decrease turbofan gas turbine engine rotational speed; and automatically implementing the determined corrective action.
Moulding machine for machining elongated workpieces consisting of wood, synthetic material and the like, having at least one transport path for the workpieces along which the workpieces are guided through the machine for machining, and having rotatably driven tools for machining the upper and the lower side of the workpieces, characterized in that the machine is provided with at least one measuring device which comprises at least one measuring element (19 to 22) in each case in the region above and below the workpiece which is connected to a controller which determines the parallelism between the upper side and the lower side of the workpiece from the measurement signals delivered by the measuring elements (19 to 22).
A valve assembly, comprising a plurality of aerosol valves in which each aerosol valve is independent and isolated, and a holding member (21, 22) holding the aerosol valves and fixing the aerosol valves on an opening of an outer container having pressure resistance, wherein each aerosol valve has a housing having a tubular shape engaged with an inner bag (12, 46), a stem inserted in the housing movable in up and down direction, a stem rubber closing a stem hole of the stem, a spring pressuring the stem upward, and a cover fixing the stem and stem rubber to the housing, in which the cover is a cup shaped body having a centred hole formed on the top face of the cover for passing the stem, and wherein a lateral face of the cover is deformed to a lateral face of the housing to fix the cover to the housing.
A method for producing a polyethylene-based resin laminated foam sheet with thickness of 0.05 to 0.5 mm in which an anti-static layer is adhered by lamination on at least one surface of the foam layer, comprising: a step of performing coextrusion and foaming of a laminate which is obtained by combining and laminating, in a die, a melt resin composition for forming a foam layer obtained by kneading a low density polyethylene A and a physical foaming agent and a melt resin composition for forming an anti-static layer obtained by kneading a low density polyethylene B and an anti-static agent, characterised in that the anti-static agent is a polymeric anti-static agent C which has a melting point to allow a melting point difference in the range of from -10°C to +10°C compared to that of the low density polyethylene B and has a melt flow rate of 10 g/10 minutes or more when measured according to JIS K7210-1:2014. a step of performing coextrusion and foaming of a laminate which is obtained by combining and laminating, in a die, a melt resin composition for forming a foam layer obtained by kneading a low density polyethylene A and a physical foaming agent and a melt resin composition for forming an anti-static layer obtained by kneading a low density polyethylene B and an anti-static agent, characterised in that the anti-static agent is a polymeric anti-static agent C which has a melting point to allow a melting point difference in the range of from -10°C to +10°C compared to that of the low density polyethylene B and has a melt flow rate of 10 g/10 minutes or more when measured according to JIS K7210-1:2014.
A system, comprising: a seat assembly, comprising: a seat base; a seat portion mounted to the seat base; and an armrest assembly configured to be in an up position or a down position, the armrest assembly comprising: a handle operable by a user to lock or unlock at least one functionality of at least one adjustable seat assembly feature; wherein operation of the handle is configured at least to: unlock the at least one functionality of the at least one adjustable seat assembly feature while locking the armrest assembly from moving between the up position and the down position; and characterized in that the armrest assembly further comprises a top link, a middle link, a bottom link, and a lock rod, the handle pivotably coupled to the top link, the middle link pivotably coupled to the top link and the seat portion, the bottom link pivotably coupled to the top link and the seat portion, the lock rod pivotably coupled to the middle link. a seat base; a seat portion mounted to the seat base; and an armrest assembly configured to be in an up position or a down position, the armrest assembly comprising: a handle operable by a user to lock or unlock at least one functionality of at least one adjustable seat assembly feature; wherein operation of the handle is configured at least to: unlock the at least one functionality of the at least one adjustable seat assembly feature while locking the armrest assembly from moving between the up position and the down position; and characterized in that the armrest assembly further comprises a top link, a middle link, a bottom link, and a lock rod, the handle pivotably coupled to the top link, the middle link pivotably coupled to the top link and the seat portion, the bottom link pivotably coupled to the top link and the seat portion, the lock rod pivotably coupled to the middle link.
A device for treating biological tissue, comprising: a laser configured to provide a first laser beam; a first diffractive optical element configured to receive the first laser beam and transform distribution of energy in the first laser beam into a ring-shaped laser beam and a central laser beam; the device being characterised by further comprising: a second diffractive optical element configured to receive the ring-shaped laser beam and the central laser beam and to split them into at least two beamlets, wherein the second diffractive optical element is a diffractive beam splitter, wherein a separation angle of the diffractive beam splitter is designed to set inter-spot distance between beamlets of 0.2mm to 1 mm at an image plane whereupon the beamlets are focused by a lens; and the lens being arranged to receive the at least two beamlets and to focus the at least two beamlets in the image plane. a laser configured to provide a first laser beam; a first diffractive optical element configured to receive the first laser beam and transform distribution of energy in the first laser beam into a ring-shaped laser beam and a central laser beam; the device being characterised by further comprising: a second diffractive optical element configured to receive the ring-shaped laser beam and the central laser beam and to split them into at least two beamlets, wherein the second diffractive optical element is a diffractive beam splitter, wherein a separation angle of the diffractive beam splitter is designed to set inter-spot distance between beamlets of 0.2mm to 1 mm at an image plane whereupon the beamlets are focused by a lens; and the lens being arranged to receive the at least two beamlets and to focus the at least two beamlets in the image plane.
A mechanical force generator for coupling to a drillstring that provides a sinusoidal or near sinusoidal oscillating output for drilling, the mechanical force generator comprising: a housing, a mass to go inside a casing of the drillstring a cam plate rotatable in the housing so that the cam plate is rotatable relative to the housing to oscillate a mass to indirectly provide oscillations to the drillstring, the cam plate having two opposed oblique bearing surfaces rotatable through a bearing assembly, wherein upon rotation, the two opposed oblique bearing surfaces cam against the bearing assembly to oscillate the mass longitudinally relative to a casing of the drillstring, the oscillations being transferred to the drillstring, wherein the bearing assembly comprises opposing bearings for bearing against the opposed oblique bearing surfaces and wherein at least one opposing bearing adjusts to follow the respective opposed bearing surface and maintain engagement. a housing, a mass to go inside a casing of the drillstring a cam plate rotatable in the housing so that the cam plate is rotatable relative to the housing to oscillate a mass to indirectly provide oscillations to the drillstring, the cam plate having two opposed oblique bearing surfaces rotatable through a bearing assembly, wherein upon rotation, the two opposed oblique bearing surfaces cam against the bearing assembly to oscillate the mass longitudinally relative to a casing of the drillstring, the oscillations being transferred to the drillstring, wherein the bearing assembly comprises opposing bearings for bearing against the opposed oblique bearing surfaces and wherein at least one opposing bearing adjusts to follow the respective opposed bearing surface and maintain engagement.