mhurhangee/ep-ind-claims huggingface dataset:
Combustion chamber having a water jacket and having a device to prevent self-excited combustion oscillations, wherein the combustion chamber is formed at least approximately cylindrically and wherein the combustion chamber is located in the water jacket, having a cylindrical burner at the upper end of the combustion chamber, wherein the burner is arranged at least approximately centrically around the symmetry axis of the cylindrical combustion chamber at one side of the combustion chamber, wherein exhaust gas inlets arranged radially around the burner open from the combustion chamber into exhaust gas pipes passing through the water jacket, having a condensate drain at the lower end of the combustion chamber, wherein the device to prevent self-excited combustion oscillations consists of a cylindrical pipe, which is arranged on the side of the combustion chamber opposing the burner at least approximately centrically around the symmetry axis of the cylindrical combustion chamber in the wake space of the exhaust gases, wherein the cylindrical pipe has recesses at the lower end, wherein the recesses are designed such that condensate can flow through them.
A method for producing chlorine by oxidizing hydrogen chloride with oxygen in the presence of a catalyst, wherein the catalyst satisfies the following conditions (i) to (iv): (i) the BET specific surface area is from 1 to 250 m 2 /g; (ii) the value of H/D, wherein H is the half width of the peak of a pore distribution curve as determined by a mercury intrusion method; and D is the average pore diameter, is from 0.7 to 1.5; (iii) the pore volume of the catalyst obtained by mercury intrusion method is 0.1 to 0.4 cm 3 /g; and (iv) the catalyst is molded into a spherical granular shape or a cylindrical shape. (i) the BET specific surface area is from 1 to 250 m 2 /g; (ii) the value of H/D, wherein H is the half width of the peak of a pore distribution curve as determined by a mercury intrusion method; and D is the average pore diameter, is from 0.7 to 1.5; (iii) the pore volume of the catalyst obtained by mercury intrusion method is 0.1 to 0.4 cm 3 /g; and (iv) the catalyst is molded into a spherical granular shape or a cylindrical shape.
A crush avoidance device for attachment to an elevated work platform, the EWP including: (a) a machine control system adapted to be operated by an operator; (b) an operator support, the position of which is adapted to be controlled by the MCS on or in the support; and (c) a drive mechanism (62,72) adapted to effect movement of the support and to immediately react to a safety response, characterised in that the crush avoidance device: (i) includes a motion detector that is adapted to detect the operator's movement in or on the support without physical contact with the operator; and (ii) on detecting a movement of the operator that is associated with a crush event or anticipation of a crush event, the crush avoidance device is adapted to enact the safety response, wherein the crush event or anticipation of the crush event is a sudden acceleration of the operator's torso toward a side or end of the support. (a) a machine control system adapted to be operated by an operator; (b) an operator support, the position of which is adapted to be controlled by the MCS on or in the support; and (c) a drive mechanism (62,72) adapted to effect movement of the support and to immediately react to a safety response, characterised in that the crush avoidance device: (i) includes a motion detector that is adapted to detect the operator's movement in or on the support without physical contact with the operator; and (ii) on detecting a movement of the operator that is associated with a crush event or anticipation of a crush event, the crush avoidance device is adapted to enact the safety response, (i) includes a motion detector that is adapted to detect the operator's movement in or on the support without physical contact with the operator; and (ii) on detecting a movement of the operator that is associated with a crush event or anticipation of a crush event, the crush avoidance device is adapted to enact the safety response, wherein the crush event or anticipation of the crush event is a sudden acceleration of the operator's torso toward a side or end of the support.
A system for forming an aft fuselage section of an aircraft, the system comprising: a forward section having a stabilizer channel, wherein the forward section comprises an upper sill beam and a lower sill beam; a horizontal stabilizer within the stabilizer channel; and one or more pivot fittings (120a, 120b) securely fastened between the upper sill beam and the lower sill beam, wherein the one or more pivot fittings (120a, 120b) are configured to pivotally couple to the horizontal stabilizer, and wherein each of the upper sill beam and the lower sill beam comprises: a joint panel that mounts to a rear face of the forward section; and a fitting panel that mounts to the one or more pivot fittings (120a, 120b). a forward section having a stabilizer channel, wherein the forward section comprises an upper sill beam and a lower sill beam; a horizontal stabilizer within the stabilizer channel; and one or more pivot fittings (120a, 120b) securely fastened between the upper sill beam and the lower sill beam, wherein the one or more pivot fittings (120a, 120b) are configured to pivotally couple to the horizontal stabilizer, and wherein each of the upper sill beam and the lower sill beam comprises: a joint panel that mounts to a rear face of the forward section; and a fitting panel that mounts to the one or more pivot fittings (120a, 120b). a joint panel that mounts to a rear face of the forward section; and a fitting panel that mounts to the one or more pivot fittings (120a, 120b).
A cooled double walled article for a gas turbine comprising a first wall and a second wall, the second wall is spaced from the first wall to define a cavity between the first wall and the second wall, the first wall having a plurality of impingement apertures extending there-through, whereby during operation a flow of coolant is arranged to flow through the impingement apertures and impinge upon a first surface of the second wall, the second wall having a plurality of effusion apertures extending there-through, whereby in operation a flow of coolant is arranged to flow from the cavity through the effusion apertures and onto a second surface of the second wall, the impingement apertures have a first diameter (D 1), the effusion apertures have a second diameter (D 2), the impingement apertures have a first pitch (P 1), the effusion apertures have a second pitch (P 2), the first pitch (P 1) is the distance between the centres of two adjacent impingement apertures, the second pitch (P 2) is the distance between the centres of two adjacent effusion apertures, the impingement apertures have a first area (A 1), the effusion apertures have a second area (A 2), characterised in that the ratio of the first diameter (D 1) to the second diameter (D 2) is at least 3, the ratio of the first pitch (P 1) to the second pitch (P 2) is at least 4 and the ratio of the first area (A 1) to the second area (A 2) is at least 9.
Method for arranging elongated elements to be used in a process for building tyres for vehicle wheels, comprising: simultaneously winding a first elongated element and a second elongated element of a first type, respectively, on a first winding support and on a second winding support by arranging the first elongated element in a first axial position on the first winding support and the second elongated element in a first axial position on the second winding support, wherein the first elongated element and the second elongated element of the first type are the same as each other; simultaneously winding a third elongated element and a fourth elongated element of a second type respectively on said first winding support and on said second winding support by arranging the third elongated element on the first winding support in a second axial position different from the first axial position and the fourth elongated element on the second winding support in a second axial position different from the first axial position, wherein the elongated elements of the second type are the same as each other and are different from the elongated elements of the first type. simultaneously winding a first elongated element and a second elongated element of a first type, respectively, on a first winding support and on a second winding support by arranging the first elongated element in a first axial position on the first winding support and the second elongated element in a first axial position on the second winding support, wherein the first elongated element and the second elongated element of the first type are the same as each other; simultaneously winding a third elongated element and a fourth elongated element of a second type respectively on said first winding support and on said second winding support by arranging the third elongated element on the first winding support in a second axial position different from the first axial position and the fourth elongated element on the second winding support in a second axial position different from the first axial position, wherein the elongated elements of the second type are the same as each other and are different from the elongated elements of the first type.
A solid oral pharmaceutical composition comprising tenofovir or a pharmaceutically acceptable salt thereof, emtricitabine or a pharmaceutically acceptable salt thereof and lactose monohydrate and microcrystalline cellulose as diluents, wherein lactose monohydrate is in an amount 10-15% by weight of the composition and the composition is substantially free of starch.
A height adjustment arrangement for an operating table, said arrangement comprising - a first rack bar which is attachable to a base of the operating table immovably relative to the base, - a lifting element which is movable relative to the first rack bar linearly in a longitudinal direction of the first rack bar, - a second rack bar which is attachable to a table top of the operating table and movable relative to the lifting element linearly in a longitudinal direction of the first rack bar, - an actuator which is adapted to drive the lifting element linearly relative to the first rack bar in a longitudinal direction of the first rack bar, and - at least three gear wheels (4a, 4b, 4c) which are connected rotatably to the lifting element and engaged to operate with tooth systems of the first rack bar and the second rack bar, such that the linear motion of the lifting element relative to the first rack bar displaces the second rack bar linearly relative to the lifting element in such a way that, as the lifting element is being operated, the motion direction of the second rack bar is the same as that of the lifting element, wherein of said at least three gear wheels (4a, 4b, 4c) the first gear wheel is engaged directly with a tooth system of the first rack bar, the second gear wheel is engaged directly with a tooth system of the second rack bar, and the third gear wheel is adapted to impart rotary motion of the first gear wheel to the second gearwheel, characterized in that the lifting element is an elongated object whose longitudinal axis is co-directional with the longitudinal direction of the first rack bar. - a first rack bar which is attachable to a base of the operating table immovably relative to the base, - a lifting element which is movable relative to the first rack bar linearly in a longitudinal direction of the first rack bar, - a second rack bar which is attachable to a table top of the operating table and movable relative to the lifting element linearly in a longitudinal direction of the first rack bar, - an actuator which is adapted to drive the lifting element linearly relative to the first rack bar in a longitudinal direction of the first rack bar, and - at least three gear wheels (4a, 4b, 4c) which are connected rotatably to the lifting element and engaged to operate with tooth systems of the first rack bar and the second rack bar, such that the linear motion of the lifting element relative to the first rack bar displaces the second rack bar linearly relative to the lifting element in such a way that, as the lifting element is being operated, the motion direction of the second rack bar is the same as that of the lifting element,
A process for the production of tertiary ethers, the process comprising: feeding a hydrocarbon stream comprising isoolefins and propionitrile to a distillation column reactor system (5, 25) containing at least one etherification reaction zone (14, 36) containing an etherification catalyst; feeding a C 2 to C 6 monoalcohol or mixture thereof to the distillation column reactor system (5, 25); concurrently in the distillation column reactor system (5, 25): reacting a portion of the isoolefins with a portion of the alcohols to form a tertiary ether; and separating the tertiary ether from unreacted isoolefins; withdrawing the tertiary ether and propionitrile from the distillation column reactor system (5, 25) as a bottoms; withdrawing the unreacted isoolefins from the distillation column reactor system (5, 25) as an overheads; and maintaining a selected alcohol concentration profile in the distillation column reactor system (5, 25) such that less than 25 percent of the propionitrile in the feed comes into contact with the etherification catalyst in the etherification reaction zone (14, 36). feeding a hydrocarbon stream comprising isoolefins and propionitrile to a distillation column reactor system (5, 25) containing at least one etherification reaction zone (14, 36) containing an etherification catalyst; feeding a C 2 to C 6 monoalcohol or mixture thereof to the distillation column reactor system (5, 25); concurrently in the distillation column reactor system (5, 25): reacting a portion of the isoolefins with a portion of the alcohols to form a tertiary ether; and separating the tertiary ether from unreacted isoolefins; reacting a portion of the isoolefins with a portion of the alcohols to form a tertiary ether; and separating the tertiary ether from unreacted isoolefins; withdrawing the tertiary ether and propionitrile from the distillation column reactor system (5, 25) as a bottoms; withdrawing the unreacted isoolefins from the distillation column reactor system (5, 25) as an overheads; and maintaining a selected alcohol concentration profile in the distillation column reactor system (5, 25) such that less than 25 percent of the propionitrile in the feed comes into contact with the etherification catalyst in the etherification reaction zone (14, 36).
A sheathed wire harness comprising a wire harness sheath and a wire harness, wherein the wire harness has a wire bundle as a bundle of a plurality of wires (L7 to L12) being gathered, and a wire assembly including a plurality of divisional wire bundles (B2, B3, B4) branching off and extending from the wire bundle, wherein the divisional wire bundles (B2, B3, B4) separate from each other after branching off from the wire bundle and a cross-sectional shape of the wire assembly increases in width in a longitudinal direction of the wire assembly, wherein the wire harness sheath is formed from at least one flat plate member made of a resin material, and has a planar portion that regulates a path for the wire harness, wherein the planar portion is in contact with and supports one surface of the wire bundle and one surface of the wire assembly, and thereby regulates a path for the wire harness, A wherein the wire harness sheath and the wire harness are fastened together by tapes (T4, T5, T6) wound directly and only around the wire bundle and the wire harness sheath, and around the divisional wire bundles (B2, B3, B4) and the wire harness sheath, and wherein the planar portion is branch-free, and has a width dimension conforming to the change in the cross-sectional shape of the wire assembly, after the branching off of the divisional wire bundles (B2, B3, B4) from the wire bundle. wherein the wire harness has a wire bundle as a bundle of a plurality of wires (L7 to L12) being gathered, and a wire assembly including a plurality of divisional wire bundles (B2, B3, B4) branching off and extending from the wire bundle, wherein the divisional wire bundles (B2, B3, B4) separate from each other after branching off from the wire bundle and a cross-sectional shape of the wire assembly increases in width in a longitudinal direction of the wire assembly, wherein the wire harness sheath is formed from at least one flat plate member made of a resin material, and has a planar portion that regulates a path for the wire harness, wherein the planar portion is in contact with and supports one surface of the wire bundle and one surface of the wire assembly, and thereby regulates a path for the wire harness, A wherein the wire harness sheath and the wire harness are fastened together by tapes (T4, T5, T6) wound directly and only around the wire bundle and the wire harness sheath, and around the divisional wire bundles (B2, B3, B4) and the wire harness sheath, and wherein the planar portion is branch-free, and has a width dimension conforming to the change in the cross-sectional shape of the wire assembly, after the branching off of the divisional wire bundles (B2, B3, B4) from the wire bundle.
System for sorting plants, such as saplings, based on one or more shape features, such as length, said system comprising at least: - a sorting disc, radially subdivided into multiple sorting segments, each sorting segment being suitable for receiving a plant, and each sorting segment being configured with a sorting floor having an open and closed position; - at least a first buffer disc, arranged under said sorting disc and radially subdivided into multiple buffer segments, each buffer segment being suitable for buffering multiple plants and each buffer segment being configured with a buffer floor having an open and closed position; - a collection disc, arranged under said first buffer disc and radially subdivided into multiple collection segments, each collection segment being suitable for receiving multiple plants; - a sensor for determining one or more shape features of a plant in a sorting segment; and - an electronic control system for receiving an electronic signal from said sensor, controlling said sorting floor, thus passing said plant in said sorting segment to a suitable buffer segment, and controlling said buffer floor. - a sorting disc, radially subdivided into multiple sorting segments, each sorting segment being suitable for receiving a plant, and each sorting segment being configured with a sorting floor having an open and closed position; - at least a first buffer disc, arranged under said sorting disc and radially subdivided into multiple buffer segments, each buffer segment being suitable for buffering multiple plants and each buffer segment being configured with a buffer floor having an open and closed position; - a collection disc, arranged under said first buffer disc and radially subdivided into multiple collection segments, each collection segment being suitable for receiving multiple plants; - a sensor for determining one or more shape features of a plant in a sorting segment; and - an electronic control system for receiving an electronic signal from said sensor, controlling said sorting floor, thus passing said plant in said sorting segment to a suitable buffer segment, and controlling said buffer floor.
A dispenser for coupling with a vessel containing at least one chemical agent and for dispensing the chemical agent if the dispenser is coupled with the vessel, wherein the dispenser comprises a vessel holder, which has a receiving space, into which the vessel may be introduced at least in part into a coupling position, wherein the dispenser has a sensor arranged at or near the receiving space and configured for the contact-free detection of vessel information or vessel content information, characterized in that the dispenser has an occupancy sensor, which is configured to mechanically sense a vessel inserted into the receiving space and to detect whether the vessel is in the coupling position, and that the sensor for the contact-free detection of vessel information or vessel content information is configured to detect the vessel information or the vessel content information and examine the correctness thereof, wherein the dispenser is configured to be released into an operational condition, wherein the chemical agent may be dispensed from the vessel if the occupancy sensor has detected a vessel that has been inserted into the receiving space in the coupling position and if the sensor for the contact-free detection of vessel information or vessel content information has determined the correctness of the examined vessel information or vessel content information. wherein the dispenser comprises a vessel holder, which has a receiving space, into which the vessel may be introduced at least in part into a coupling position, wherein the dispenser has a sensor arranged at or near the receiving space and configured for the contact-free detection of vessel information or vessel content information, characterized in that the dispenser has an occupancy sensor, which is configured to mechanically sense a vessel inserted into the receiving space and to detect whether the vessel is in the coupling position, and that the sensor for the contact-free detection of vessel information or vessel content information is configured to detect the vessel information or the vessel content information and examine the correctness thereof, wherein the dispenser is configured to be released into an operational condition, wherein the chemical agent may be dispensed from the vessel if the occupancy sensor has detected a vessel that has been inserted into the receiving space in the coupling position and if the sensor for the contact-free detection of vessel information or vessel content information has determined the correctness of the examined vessel information or vessel content information.
A method comprising: performing, by a wireless device and using a first protocol stack, a first procedure to establish a first connection via a first cell; performing, using a second protocol stack and during the first procedure, a second procedure to establish a second connection via a second cell; and deactivating, based on receiving a response message for the second procedure, the first protocol stack. performing, by a wireless device and using a first protocol stack, a first procedure to establish a first connection via a first cell; performing, using a second protocol stack and during the first procedure, a second procedure to establish a second connection via a second cell; and deactivating, based on receiving a response message for the second procedure, the first protocol stack.
Use, to improve the cold holding properties of a fuel or fuel composition, of one or more polymers comprising at least 70% in moles of units of the following formula: wherein R 1 represents a hydrogen atom or a methyl group, E represents -O-CO-, or -CO-O- or -NH-CO- or -CO-NH-, and G represents a group of formula -R 2 -Q wherein R 2 denotes a C 1 to C 34 hydrocarbon chain and Q denotes a group comprising a quaternary ammonium function and optionally one or more hydroxyl groups. R 1 represents a hydrogen atom or a methyl group, E represents -O-CO-, or -CO-O- or -NH-CO- or -CO-NH-, and G represents a group of formula -R 2 -Q wherein R 2 denotes a C 1 to C 34 hydrocarbon chain and Q denotes a group comprising a quaternary ammonium function and optionally one or more hydroxyl groups.