mhurhangee/ep-ind-claims huggingface dataset:
A transmission method for uplink transmit diversity, comprising: determining, by a base station, to deactivate uplink transmit diversity of a user equipment, and sending a deactivation request indication to a radio network controller, wherein the deactivation request indication is used for the radio network controller to instruct the user equipment to deactivate the uplink transmit diversity according to the deactivation request indication; receiving, by the base station, a deactivation notification message sent by the radio network controller, wherein the deactivation notification message is configured to notify the base station that the user equipment deactivates the uplink transmit diversity; characterized by releasing, by the base station, a precoding feedback channel corresponding to the user equipment, wherein, the deactivation request indication carries antenna information and secondary pilot information recommended by the base station for the radio network controller; the antenna information is configured to indicate a user equipment antenna that is recommended by the base station and transmits a data channel after the user equipment deactivates the uplink transmit diversity, and the secondary pilot information is configured to indicate a sending period of a secondary pilot signal transmitted by the user equipment and recommended by the base station after the user equipment deactivates the uplink transmit diversity. determining, by a base station, to deactivate uplink transmit diversity of a user equipment, and sending a deactivation request indication to a radio network controller, wherein the deactivation request indication is used for the radio network controller to instruct the user equipment to deactivate the uplink transmit diversity according to the deactivation request indication; receiving, by the base station, a deactivation notification message sent by the radio network controller, wherein the deactivation notification message is configured to notify the base station that the user equipment deactivates the uplink transmit diversity; characterized by releasing, by the base station, a precoding feedback channel corresponding to the user equipment, wherein, the deactivation request indication carries antenna information and secondary pilot information recommended by the base station for the radio network controller; the antenna information is configured to indicate a user equipment antenna that is recommended by the base station and transmits a data channel after the user equipment deactivates the uplink transmit diversity, and the secondary pilot information is configured to indicate a sending period of a secondary pilot signal transmitted by the user equipment and recommended by the base station after the user equipment deactivates the uplink transmit diversity.
Adjusting unit for an automatic slack adjuster of a brake, in particular of a commercial vehicle drum brake, wherein the adjusting unit has: - a housing, - a worm shaft, which is mounted in the housing so as to be movable between two end positions by an axial travel A, - a control pinion arranged on the worm shaft, - a worm arranged on the worm shaft, and - a freewheel, which is designed for power transmission between the control pinion and the worm in a first direction of rotation and for slip between the control pinion and the worm in an opposite, second direction of rotation, characterized in that the worm shaft has a first and a second stop surface (3, 5), which can each be brought into contact with a corresponding first stop and second stop at the end positions of the housing. - a housing, - a worm shaft, which is mounted in the housing so as to be movable between two end positions by an axial travel A, - a control pinion arranged on the worm shaft, - a worm arranged on the worm shaft, and - a freewheel, which is designed for power transmission between the control pinion and the worm in a first direction of rotation and for slip between the control pinion and the worm in an opposite, second direction of rotation,
A method for verifying closing of a locking system of a cylindrical passageway, the locking system comprising a completion plug having one or more locking rings, the method comprising the steps of: isolating a tapping machine from a pipeline so as to prevent a product flow from one to the other, wherein the tapping machine is connected to a second cylindrical passageway via an equalization piping and the second cylindrical passageway is located downstream of the tapping machine relative to a product flow of the pipeline; equalizing a tapping machine pressure and a pipeline pressure; lowering the completion plug from the tapping machine into a cylindrical passageway of the pipeline until a downward travel of the completion plug is restricted; orienting the completion plug within the passageway so that the locking ring is in a fully expanded position; and raising the completion plug until its upward travel within the passageway is restricted, wherein the passageway is connected to a tapping machine via a sandwich valve, the sandwich valve having an internal bypass valve. isolating a tapping machine from a pipeline so as to prevent a product flow from one to the other, wherein the tapping machine is connected to a second cylindrical passageway via an equalization piping and the second cylindrical passageway is located downstream of the tapping machine relative to a product flow of the pipeline; equalizing a tapping machine pressure and a pipeline pressure; lowering the completion plug from the tapping machine into a cylindrical passageway of the pipeline until a downward travel of the completion plug is restricted; orienting the completion plug within the passageway so that the locking ring is in a fully expanded position; and raising the completion plug until its upward travel within the passageway is restricted, wherein the passageway is connected to a tapping machine via a sandwich valve, the sandwich valve having an internal bypass valve.
A cosmetic skin or lip care or makeup composition in the form of a water-in-oil emulsion comprising a fatty phase, a surfactant, and water, characterized in that said fatty phase comprises at least one amide of glutamic acid, said amide comprising at least one alkoyl group having 6 to 14 carbon atoms, and comprises at least one alkyl vinyl (co)polymer comprising at least one alkyl substituent comprising 10 to 30 carbon atoms, the fatty phase comprising at least one first, hydrocarbon nonvolatile oil and at least one second nonvolatile oil comprising at least one ester function and/or at least one alcohol function and at least one hydrocarbon chain comprising 10 to 22 carbon atoms.
A method for use in measuring a property of an environment or an object in, or adjacent to, an elongated space, comprising: unspooling and/or spooling a line attached to a tool (4, 204, 304) so as to move the tool (4, 204, 304) along an elongated space; using the tool (4, 204, 304) to measure a property of an environment or an object in, or adjacent to, the elongated space during movement of the tool (4, 204, 304) along the elongated space; determining an acceleration of the line; measuring an acceleration of the tool (4, 204, 304) along the elongated space; and controlling damping of the movement of the tool (4, 204, 304) along the elongated space by controlling a damper (64, 264) of the tool (4, 204, 304) according to the measured acceleration of the tool (4, 204, 304) and the determined acceleration of the line. unspooling and/or spooling a line attached to a tool (4, 204, 304) so as to move the tool (4, 204, 304) along an elongated space; using the tool (4, 204, 304) to measure a property of an environment or an object in, or adjacent to, the elongated space during movement of the tool (4, 204, 304) along the elongated space; determining an acceleration of the line; measuring an acceleration of the tool (4, 204, 304) along the elongated space; and controlling damping of the movement of the tool (4, 204, 304) along the elongated space by controlling a damper (64, 264) of the tool (4, 204, 304) according to the measured acceleration of the tool (4, 204, 304) and the determined acceleration of the line.
Method for collecting fractions from liquid, gas or supercritical fluid chromatography in a series of vessels (1, 2,..., 72), intended for being implemented by a collection device comprising exactly two collection heads (113, 123), with the method comprising the steps of: a. positioning a first collection head on a vessel N of the series of vessels; b. collecting a fraction in the vessel N with the first collection head; c. positioning a second collection head on a vessel N+1 of the series of vessels, adjacent to the vessel N; d. collecting a fraction in the vessel N+1 with the second collection head; e. positioning the first collection head on the vessel N+2 of the series of vessels, adjacent to the vessel N+1; f. repeating steps b to e on all the vessels of the series of vessels. a. positioning a first collection head on a vessel N of the series of vessels; b. collecting a fraction in the vessel N with the first collection head; c. positioning a second collection head on a vessel N+1 of the series of vessels, adjacent to the vessel N; d. collecting a fraction in the vessel N+1 with the second collection head; e. positioning the first collection head on the vessel N+2 of the series of vessels, adjacent to the vessel N+1; f. repeating steps b to e on all the vessels of the series of vessels.
An herbicidal composition comprising a synergistic combination of (a) fluroxypyr or an agriculturally acceptable salt or ester thereof and (b) flumetsulam or an agriculturally acceptable salt thereof, wherein the weight ratio of (a) fluroxypyr or an agriculturally acceptable salt or ester thereof to (b) flumetsulam or an agriculturally acceptable salt thereof is from about 1:1 to about 1:10.
An automatic release vacuum device for a material handling system, the automatic release vacuum device comprising: a one piece body (20, 120) adapted to connect to a pressurized air supply, the one piece body (20, 120) including a vacuum passageway (26, 126) and a venting element (18, 118); a vacuum generating device (28, 128) housed in the one piece body (20, 120); a piston element (54, 154) disposed in the one piece body (20, 120) and being movable between a sealing position closing off the vacuum passageway (26, 126) and a venting position; and when the piston element (54, 154) is in the sealing position and when the pressurized air supply is activated to supply pressurized air to the vacuum generating device (28, 128) at least a partial vacuum is generated in the vacuum passageway (26, 126), characterized in that the vacuum passageway (26, 126) is operable to vent to atmosphere through the venting element (18, 118), when the piston element (54, 154) is in the venting position opening the vacuum passageway (26, 126) to atmosphere. a one piece body (20, 120) adapted to connect to a pressurized air supply, the one piece body (20, 120) including a vacuum passageway (26, 126) and a venting element (18, 118); a vacuum generating device (28, 128) housed in the one piece body (20, 120); a piston element (54, 154) disposed in the one piece body (20, 120) and being movable between a sealing position closing off the vacuum passageway (26, 126) and a venting position; and when the piston element (54, 154) is in the sealing position and when the pressurized air supply is activated to supply pressurized air to the vacuum generating device (28, 128) at least a partial vacuum is generated in the vacuum passageway (26, 126), characterized in that the vacuum passageway (26, 126) is operable to vent to atmosphere through the venting element (18, 118), when the piston element (54, 154) is in the venting position opening the vacuum passageway (26, 126) to atmosphere.
A work vehicle comprising: a gear transmission configured to vary power from a power source and output the varied power; a differential mechanism including a ring gear rotatable around a rotation axis along a horizontal direction, the differential mechanism being configured to transmit the power inputted from the gear transmission to a traveling device; a transmission case containing the gear transmission and the differential mechanism; a first space zone as part of an internal space of the transmission case in which first space zone the differential mechanism is located; a second space zone as part of the internal space which second space zone is adjacent to the first space zone; a partition wall separating the first space zone and the second space zone; an upper space disposed above the partition wall and configured to allow lubricating oil scooped up from the first space zone by rotation of the ring gear to flow in the second space zone; a flow-out path disposed below the upper space and configured to allow the lubricating oil staying in the second space zone to flow out to the first space zone; and an area adjustment part configured to adjust a circulation area of the flow-out path; the work vehicle being characterized in that it further comprises a wall adjustment part configured to adjust, by lifting and lowering, ef an upper portion of the partition wall. a gear transmission configured to vary power from a power source and output the varied power; a differential mechanism including a ring gear rotatable around a rotation axis along a horizontal direction, the differential mechanism being configured to transmit the power inputted from the gear transmission to a traveling device; a transmission case containing the gear transmission and the differential mechanism; a first space zone as part of an internal space of the transmission case in which first space zone the differential mechanism is located; a second space zone as part of the internal space which second space zone is adjacent to the first space zone; a partition wall separating the first space zone and the second space zone; an upper space disposed above the partition wall and configured to allow lubricating oil scooped up from the first space zone by rotation of the ring gear to flow in the second space zone; a flow-out path disposed below the upper space and configured to allow the lubricating oil staying in the second space zone to flow out to the first space zone; and an area adjustment part configured to adjust a circulation area of the flow-out path;
Method for determining the rotor temperature of a permanently excited synchronous machine, in which a first estimated value (T R1) for the rotor temperature is determined in dependence on a remanent flux density of permanent magnets contained in a rotor of the synchronous machine, wherein a second estimated value (T R2) for the rotor temperature is determined by means of a Kalman filter containing a thermal model of the synchronous machine, to which the first estimated value (T R1) for the rotor temperature is at least intermittently supplied, characterized in that the first estimated value (T R1) for the rotor temperature or a measured value (T S) for the stator temperature is supplied to the Kalman filter, in particular for a correction step, alternately in successive iterations or in irregular sequence.
A weld metal obtained by performing submerged arc welding, the weld metal having a composition consisting of: C: 0.05% to 0.15% by mass; Si: 0.10% to 0.25% by mass; Mn: 0.50% to 1.30% by mass; Cr: 2.00% to 3.25% by mass; Mo: 0.90% to 1.20% by mass; V: 0.20% to 0.40% by mass; Nb: 0.010% to 0.040% by mass; O: 250 to 450 ppm; Al: 0.040% by mass or less; P: 0.010% by mass or less; S, Sn, Sb, and As: each 0.010% by mass or less; and Bi and Pb: each 1.0 ppm or less, with the balance being Fe and inevitable impurities, wherein, in a microstructure, a ratio of crystal grains with a particle surface area of 400 μm 2 or less relative to all crystal grains is 70% or more. C: 0.05% to 0.15% by mass; Si: 0.10% to 0.25% by mass; Mn: 0.50% to 1.30% by mass; Cr: 2.00% to 3.25% by mass; Mo: 0.90% to 1.20% by mass; V: 0.20% to 0.40% by mass; Nb: 0.010% to 0.040% by mass; O: 250 to 450 ppm; Al: 0.040% by mass or less; P: 0.010% by mass or less; S, Sn, Sb, and As: each 0.010% by mass or less; and Bi and Pb: each 1.0 ppm or less,
A fixing support for bacteria, comprising a support body with a plurality of lamellae spaced apart from each other, at least two lamellae of the plurality of lamellae having substantially parallel ends, the support body having an anti-entanglement means of the support with an identical or similar support, in which the anti-entanglement means comprises a peripheral belt adapted to prevent the entanglement of lamellae of the support with lamellae of an identical or similar support, in which the support comprises a central plate from which a plurality of first lamellae extends and at least one connecting plate of lamellae, connecting lamellae of the plurality of first lamellae to each other, and second lamellae extending substantially from the connecting plate, characterized in that the connecting plate is parallel to the central plate. in which an inter-lamellar gap is at least 10 mm or greater the support comprising a plurality of third lamellae, extending from the central plate and symmetrical on either side of the central plate with respect to the plurality of first lamellae, a second connecting plate, connecting lamellae of the plurality of third lamellae, and fourth lamellae extending substantially from the second connecting plate, the second connecting plate being parallel to the central plate.
An endovascular catheter system configured to remove a blockage in a vessel of a patient, the endovascular catheter comprising: an inflatable inner tube configured to operate in a deflated configuration and an inflated configuration; and an expandable outer tube configured to advance longitudinally over the inner tube when the inner tube is in the deflated configuration, the outer tube including a leading edge having blockage-cutting features configured to remove at least a portion of the blockage in the vessel; wherein the outer tube is made of a radially-expandable material such that inflation of the inner tube to the inflated configuration when the outer tube is located about the inner tube causes the outer tube to expand radially. an inflatable inner tube configured to operate in a deflated configuration and an inflated configuration; and an expandable outer tube configured to advance longitudinally over the inner tube when the inner tube is in the deflated configuration, the outer tube including a leading edge having blockage-cutting features configured to remove at least a portion of the blockage in the vessel; wherein the outer tube is made of a radially-expandable material such that inflation of the inner tube to the inflated configuration when the outer tube is located about the inner tube causes the outer tube to expand radially.
Centrifugal separator for separation of at least two components of a fluid mixture which are of different densities, which centrifugal separator comprises a rotor rotatable about an axis of rotation and comprising a rotor wall (2, 3) which surrounds an inner space with a separating chamber within the rotor, wherein said rotor wall (2, 3) is divided into an upper bowl hood, with an end portion, and a lower bowl body which are dismountably attached to each other, an inlet for feeding the fluid mixture into the rotor's separating chamber, at least one outlet for discharging out from the rotor a component separated from the fluid mixture, and a rotor shaft attached to the rotor and drivably connected to a motor for rotation of the rotor about the axis of rotation, characterized in that said bowl hood and said bowl body are dismountably attached to each other by an annular flange portion of said bowl hood resting on a stop flange of said bowl body, and that said rotor comprises a pressure media supply port for supplying pressure media to a space between said annular flange portion, having a lower free end surface, and said stop flange when dismounting said bowl hood from said bowl body where said pressure media is acting on said lower free end surface for displacing said bowl hood upwards out of said attachment from said stop flange.
A surgical implant comprising: a substrate having an exterior surface and a plurality of layers disposed over the substrate exterior surface, wherein the substrate comprises a polymeric material, and wherein the plurality of layers comprises: (i) an activated substrate surface layer; (ii) a valve metal layer; (iii) a porous valve metal oxide layer, wherein the valve metal layer is disposed between the activated substrate layer and the porous valve metal oxide layer; and a buffer layer, said buffer layer disposed between the activated substrate surface layer and the valve metal layer. a substrate having an exterior surface and a plurality of layers disposed over the substrate exterior surface, wherein the substrate comprises a polymeric material, and wherein the plurality of layers comprises: (i) an activated substrate surface layer; (ii) a valve metal layer; (iii) a porous valve metal oxide layer, wherein the valve metal layer is disposed between the activated substrate layer and the porous valve metal oxide layer; and (i) an activated substrate surface layer; (ii) a valve metal layer; (iii) a porous valve metal oxide layer, wherein the valve metal layer is disposed between the activated substrate layer and the porous valve metal oxide layer; and a buffer layer, said buffer layer disposed between the activated substrate surface layer and the valve metal layer.
Balance-spring intended to be comprised in a regulating organ with a balance of a watch movement and comprising an inner end, a terminal curve and an external end; the inner end of the balance-spring is intended to be attached to a fixed point of the movement; the external end of the balance-spring is intended to be attached to the balance so that the balance-spring can be driven by its external end; characterised in that the terminal curve extends outside the plane of the balance-spring from its external coil; the terminal curve comprises a first portion with a first radius of curvature and a second portion with a second radius of curvature inverted in relation to the first radius of curvature in such a way as to make the position of the balance-spring's centre of gravity coincide with its centre of rotation.
Carrier arrangement for carrying an electronics housing, comprising - a base, a carrier element which can be locked to the base, a plug-in location for fitting the electronics housing, and - a locking element which is arranged in an adjustable manner on the carrier element and which locks the base to the carrier element in a locked position and, with the electronics housing fitted at the plug-in location, is blocked in the locked position in such a way that the locking element cannot be moved out of the locked position, characterized in that the locking element is designed to be adjusted from an unlocked position, in which the locking element does not lock the base to the carrier element, to the locked position when the electronics housing is fitted at the plug-in location. - a base, a carrier element which can be locked to the base, a plug-in location for fitting the electronics housing, and a carrier element which can be locked to the base, a plug-in location for fitting the electronics housing, and - a locking element which is arranged in an adjustable manner on the carrier element and which locks the base to the carrier element in a locked position and, with the electronics housing fitted at the plug-in location, is blocked in the locked position in such a way that the locking element cannot be moved out of the locked position, characterized in that the locking element is designed to be adjusted from an unlocked position, in which the locking element does not lock the base to the carrier element, to the locked position when the electronics housing is fitted at the plug-in location.