mhurhangee/ep-ind-claims huggingface dataset:
Agricultural mower for an agricultural tractor which can be coupled to the tractor and moved by the tractor, wherein the mower has a first mower unit which, in a working position of the mower, projects on a first side of the tractor, transversely to the direction of travel, and a second mower unit which, in the working position of the mower, projects on a second side of the tractor, transversely to the direction of travel, and wherein the mower units can be moved between the working position and a transport position, wherein the first mower unit and the second mower unit each comprise, in the working position, an inner mower sub-unit (6, 7) and, in the working position, an outer mower sub-unit (8, 9), wherein, in the region of each mower unit (4, 5), the respective outer mower sub-unit (8, 9) can be moved in a defined swivel direction (14, 17) around a first axis (10, 11) relative to the respective inner mower sub-unit (6, 7), and the respective outer and inner mower sub-units (6, 8, 7, 9) can be moved together in the same swivel direction (16, 15) around a second axis (12, 13), wherein, in the region of the first mower unit, in the working position, the respective outer mower sub-unit can be swivelled around the respective first axis relative to the respective inner mower sub-unit, and the outer and inner mower sub-units (6, 8) can be swivelled together in the same direction around the respective second axis, and that, in the region of the second mower unit, in the working position, the respective outer mower sub-unit can be swivelled around the respective first axis relative to the respective inner mower sub-unit, and the outer and inner mower sub-units (7, 9) can be swivelled together in the same direction around the respective second axis, wherein the swivel directions of the first mower unit are contrary to the swivel directions of the mower units, characterised in that, in the region of each mower unit (4, 5), in the working position, the respective outer mower sub-unit (8, 9) can be swivelled relative to the respective inner mower sub-unit (6, 7) between a horizontal position arranged laterally next to the respective inner mower sub-unit and a horizontal position arranged above the respective inner mower sub-unit.
A system with a mask assembly (15; 412) for non-invasive positive pressure ventilation, comprising: a mask frame (70; 436); a cushion (75; 420); and headgear (20; 414) constructed and arranged to be releasably connected to the mask frame (70; 436), the headgear including an active tensioning element (145; 416) in force-transmitting relation therewith; characterized in that the headgear tension is automatically adjusted by means of the active tensioning element when leak is determined to be too high or mask assembly pressure increases. a mask frame (70; 436); a cushion (75; 420); and headgear (20; 414) constructed and arranged to be releasably connected to the mask frame (70; 436), the headgear including an active tensioning element (145; 416) in force-transmitting relation therewith; the headgear tension is automatically adjusted by means of the active tensioning element when leak is determined to be too high or mask assembly pressure increases.
A mannequin for practicing cardiopulmonary resuscitation comprising: a head portion having an inlet; a chest portion; a plate pivotably coupled to the chest portion; and an air collecting portion comprising an air chamber, an end of the air collecting portion being coupled to the inlet and the air chamber being disposed between the plate and the chest portion such that the plate pivots away from the chest portion when air is blown into the air chamber through said inlet and the plate pivots towards the chest portion when air is released from the air chamber, characterized in that the head portion has a hollow centre and includes a bottom side member with a flat surface configured to contact a surface on which the mannequin is placeable, the flat surface of the bottom side member having largest surface area among all surfaces of the side members of the head portion, wherein the head portion is separable from the chest portion, wherein the mannequin further comprises a joint for joining the head portion to the chest portion, and the joint is configured to extend from an end of the bottom side member. a head portion having an inlet; a chest portion; a plate pivotably coupled to the chest portion; and an air collecting portion comprising an air chamber, an end of the air collecting portion being coupled to the inlet and the air chamber being disposed between the plate and the chest portion such that the plate pivots away from the chest portion when air is blown into the air chamber through said inlet and the plate pivots towards the chest portion when air is released from the air chamber, characterized in that the head portion has a hollow centre and includes a bottom side member with a flat surface configured to contact a surface on which the mannequin is placeable, the flat surface of the bottom side member having largest surface area among all surfaces of the side members of the head portion, wherein the head portion is separable from the chest portion, wherein the mannequin further comprises a joint for joining the head portion to the chest portion, and the joint is configured to extend from an end of the bottom side member.
A bearing limiting system, comprising a position-limiting projection which is projected radially from a bearing shaft, a bearing inner race, and a force transferring member arranged between the position-limiting projection and the bearing inner race in an axial direction of the bearing shaft, wherein an inner diameter of the bearing inner race is larger than an outer diameter of the position-limiting projection, characterised in that the force transferring member is a rigid component, and the rigid force transferring member comprises a first rigid component and a second rigid component, the first rigid component is located close to the bearing inner race, the second rigid component is located close to the position-limiting projection, wherein the first rigid component is a rigid ring mounted on the bearing shaft by an interference fit and abuts against the bearing inner race, the second rigid component is in a form of a two-piece or multi-piece ring.
An acoustic attenuator for damping pressure vibrations in an exhaust system of an engine, the acoustic attenuator comprising a body which is provided with a gas inlet and a gas outlet at opposite ends thereof, and a gas passage duct arranged between the inlet and the outlet inside the body, wherein the body encloses a first resonator chamber and a second resonator chamber, and the body comprises two longitudinally spaced intermediate walls (30,30') radially extending from the gas passage duct to a sleeve part of the body, characterized in that the gas passage duct is provided with an opening located in longitudinal direction between the two intermediate walls (30, 30') and a space bordered by the sleeve part and the intermediate walls (30, 30') together with the opening in the gas passage duct forms a common connection inlet communicating with the first and the second resonator chambers (36,38), and the resonator chambers (36,38) are arranged to extend from the common inlet towards the opposite ends of the body.
A method performed by a user equipment, UE, in a suspended state in a radio access network, RAN, for performing RAN Notification Area Update, RNAU, the method comprising: in response to expiration of a first timer associated with RNAU, transmitting to a base station an RRCResumeRequest message with a cause value related to RNAU; receiving, in response to the RRCResumeRequest message, a reject message, wherein the reject message is a RRCReject; in response to receiving the reject message, starting a second timer; in response to receiving the reject message setting the value of a RNAU pending register to 'TRUE'; and upon expiry of said second timer, transmitting to the base station a further RRCResumeRequest message if the value of said RNAU pending register is set to 'TRUE'. in response to expiration of a first timer associated with RNAU, transmitting to a base station an RRCResumeRequest message with a cause value related to RNAU; receiving, in response to the RRCResumeRequest message, a reject message, wherein the reject message is a RRCReject; in response to receiving the reject message, starting a second timer; in response to receiving the reject message setting the value of a RNAU pending register to 'TRUE'; and upon expiry of said second timer, transmitting to the base station a further RRCResumeRequest message if the value of said RNAU pending register is set to 'TRUE'.
Fuel manifold designed to communicate with at least one fuel tank of an aircraft, said manifold defining an enclosure designed to be filled with fuel and to present an internal pressure P1 greater than the internal pressure P2 of the fuel tank, wherein the enclosure comprises at least one ceiling and at least one side wall provided with overflow holes designed to communicate with the fuel tank, characterised in that it comprises means of evacuation (10, 11) to the fuel tank of an air bubble trapped between the ceiling and the level of the overflow holes, said means of evacuation presenting: - in the form of at least one sloping panel connecting the side wall and the ceiling, and positioned such that the overflow holes are arranged flush with said sloping panel; and/or - in the form of at least one pipe presenting at least one inlet arranged between the ceiling and the level of the overflow holes, and an outlet positioned outside of the manifold and designed to communicate with the adjacent fuel tank. - in the form of at least one sloping panel connecting the side wall and the ceiling, and positioned such that the overflow holes are arranged flush with said sloping panel; and/or - in the form of at least one pipe presenting at least one inlet arranged between the ceiling and the level of the overflow holes, and an outlet positioned outside of the manifold and designed to communicate with the adjacent fuel tank.
A power feeding apparatus comprising: a power feeding unit being a resonance circuit including a capacitor and a power feeding coil, the power feeding unit is configured to supply electric power to a power receiving apparatus through a magnetic field, a power feeding control unit configured to supply a test signal to the power feeding unit, a measuring unit (140, 150, 155) configured to measure a Quality factor, Q-factor, of the power feeding unit when the power feeding control unit supplies the test signal to the power feeding unit, a receiving unit configured to receive a set value from a communication unit of the power receiving apparatus, and a foreign substance detection unit configured to determine whether there is a foreign substance in the magnetic field based on the set value and the measured Q-factor, wherein the power feeding control unit is configured to supply a first electric energy through the resonance circuit to the power feeding unit, which is the necessary quantity to make it possible for the power receiving apparatus to communicate, after the measuring unit (140, 150, 155) measures the Q-factor, the first electric energy is larger than an electric energy of the test signal. a power feeding unit being a resonance circuit including a capacitor and a power feeding coil, the power feeding unit is configured to supply electric power to a power receiving apparatus through a magnetic field, a power feeding control unit configured to supply a test signal to the power feeding unit, a measuring unit (140, 150, 155) configured to measure a Quality factor, Q-factor, of the power feeding unit when the power feeding control unit supplies the test signal to the power feeding unit, a receiving unit configured to receive a set value from a communication unit of the power receiving apparatus, and a foreign substance detection unit configured to determine whether there is a foreign substance in the magnetic field based on the set value and the measured Q-factor,
A single screw compressor comprising: a screw rotor formed with a plurality of spiral grooves in an outer circumference; a casing in which the screw rotor is accommodated; and gate rotors with a plurality of radially-formed gates to be engaged with the spiral grooves of the screw rotor, wherein the single screw compressor compresses fluid in a compression chamber defined by the screw rotor, the casing, and the gate, by relatively moving the gate from a start point to a terminal point in the spiral groove, characterised in that a first side wall surface of a pair of side wall surfaces of the spiral groove of the screw rotor, which is positioned on a front side in a traveling direction of the gate is formed with a first suction-side area where a portion of the first side wall surface, which extends from the start point to a point immediately before the compression chamber is completely closed, is partially removed so as not to entirely contact a side surface of the gate. a screw rotor formed with a plurality of spiral grooves in an outer circumference; a casing in which the screw rotor is accommodated; and gate rotors with a plurality of radially-formed gates to be engaged with the spiral grooves of the screw rotor, wherein the single screw compressor compresses fluid in a compression chamber defined by the screw rotor, the casing, and the gate, by relatively moving the gate from a start point to a terminal point in the spiral groove, characterised in that a first side wall surface of a pair of side wall surfaces of the spiral groove of the screw rotor, which is positioned on a front side in a traveling direction of the gate is formed with a first suction-side area where a portion of the first side wall surface, which extends from the start point to a point immediately before the compression chamber is completely closed, is partially removed so as not to entirely contact a side surface of the gate.
A process for the preparation of a crystalline form of dibenzyl{3-[2 -[ -1-[3,5-bis(trifluoromethyl) phenyl]ethoxy]-3 -(4-fluorophenyl)morpholin-4-yl}-5-oxo-4,5-dihydro-[1,2,4]-triazol-1-yl}phosphonic acid of formula, the process comprising: (a) providing a solution of dibenzyl {3-[2 -[ -1-[3,5-bis (trifluoromethyl) phenyl]ethoxy]-3 -(4-fluorophenyl)morpholin-4-yl}-5-oxo-4,5-dihydro-[1,2,4]-triazolyl}phosphonic acid in a solvent or a mixture of solvents; (b) adding an anti-solvent to the solution of step (a) to precipitate a solid; and (c) recovering the crystalline form of dibenzyl{3-[2 -[ -1-[3,5-bis(trifluoromethyl)phenyl]ethoxy]-3 -(4-fluorophenyl)morpholin-4-yl}-5-oxo-4,5-dihydro-[1,2,4]-triazol-1-yl}phosphonic acid as a precipitate, wherein the precipitation is carried out at a temperature range from -10°C to 35°C. (a) providing a solution of dibenzyl {3-[2 -[ -1-[3,5-bis (trifluoromethyl) phenyl]ethoxy]-3 -(4-fluorophenyl)morpholin-4-yl}-5-oxo-4,5-dihydro-[1,2,4]-triazolyl}phosphonic acid in a solvent or a mixture of solvents; (b) adding an anti-solvent to the solution of step (a) to precipitate a solid; and (c) recovering the crystalline form of dibenzyl{3-[2 -[ -1-[3,5-bis(trifluoromethyl)phenyl]ethoxy]-3 -(4-fluorophenyl)morpholin-4-yl}-5-oxo-4,5-dihydro-[1,2,4]-triazol-1-yl}phosphonic acid as a precipitate, wherein the precipitation is carried out at a temperature range from -10°C to 35°C.
A method at a user equipment comprising: communicating with a serving node; obtaining (440, 540) an event having event conditions from system information multicast of a neighboring network node (240, 242, 230, 232, 234, 224, 220, 222), wherein the system information multicast includes an uplink common control channel descriptor and event descriptor such that the uplink common control channel descriptor comprises a radio frame number and a sub-frame number, wherein the radio frame number and the sub-frame number define an uplink common control channel and the event descriptor defines the event conditions; and sending (444, 544) an uplink message using the uplink common control channel to the neighboring network node for any event whose conditions are satisfied utilizing resources allocated for the event. communicating with a serving node; obtaining (440, 540) an event having event conditions from system information multicast of a neighboring network node (240, 242, 230, 232, 234, 224, 220, 222), wherein the system information multicast includes an uplink common control channel descriptor and event descriptor such that the uplink common control channel descriptor comprises a radio frame number and a sub-frame number, wherein the radio frame number and the sub-frame number define an uplink common control channel and the event descriptor defines the event conditions; and sending (444, 544) an uplink message using the uplink common control channel to the neighboring network node for any event whose conditions are satisfied utilizing resources allocated for the event.
Selector roller for the selection of wood chip, positionable on a shaft alone, or adjacent to and at intervals from other selector rollers positioned on parallel shafts, said roller being shaped like a cusp, the cusp of one roller cooperating, during use, with the cusp of two other facing rollers, said roller having from three to eight steps for each side of said cusp, a circumferential central portion and lateral shoulders, characterized in that at least said steps have deformations defined by transverse furrows advantageously positioned in differentiated circumferential positions, in one step with respect to the preceding step and the subsequent step.
A fan blade for a gas turbine engine comprising a root and an airfoil extending from the root to a tip, the airfoil comprising pressure and suction sides (72, 74) extending in a radial direction from a 0% span position at an inner flow path location to a 100% span position at the airfoil tip, wherein the airfoil has a relationship between an axial stacking offset and a span position that is a third or higher order polynomial curve that includes at least one positive and negative slope, the positive slope leans aftward and the negative slope leans forward relative to an engine axis, the axial stacking offset (X d) corresponds to an axial distance from an axial centre of the root to a centre of gravity at a particular span position, the positive slope crosses an initial axial stacking offset corresponding to the 0% span position at a zero-crossing position (92; 98; 104); characterised in that: a first axial stacking offset X1 is provided from the zero-crossing position (92; 98; 104) to a negative-most value on the curve, a second axial stacking offset X2 is provided from the zero-crossing position (92; 98; 104) to a positive-most value on the curve, and a ratio of the second to first axial stacking offset X2/X1 is between 1.5 and 2.0 or less than 1.4.
A thermoplastic resin composition, comprising: a first rubber-modified acrylic-based graft copolymer having an average rubber particle diameter of greater than or equal to 100 nm and less than 200 nm, a second rubber-modified acrylic-based graft copolymer having an average rubber particle diameter of greater than or equal to 200 nm and less than or equal to 400 nm, a first vinyl-based copolymer of an aromatic vinyl monomer and a unsaturated nitrile monomer, and a second vinyl-based copolymer of an alkyl (meth)acrylate monomer, an aromatic vinyl monomer, and an unsaturated nitrile monomer. a first rubber-modified acrylic-based graft copolymer having an average rubber particle diameter of greater than or equal to 100 nm and less than 200 nm, a second rubber-modified acrylic-based graft copolymer having an average rubber particle diameter of greater than or equal to 200 nm and less than or equal to 400 nm, a first vinyl-based copolymer of an aromatic vinyl monomer and a unsaturated nitrile monomer, and a second vinyl-based copolymer of an alkyl (meth)acrylate monomer, an aromatic vinyl monomer, and an unsaturated nitrile monomer.
A slider with a housing (3, 33, 44) and a ball screw thread drive with a ball screw spindle and a ball screw nut cooperating with the latter, and which is supported rotatably in or on the housing by bearings (8, 9), and which, at an axial end, passes into a hollow shaft fixedly connected to the ball screw nut, which hollow shaft is suitable to be connected to an electric motor or another drive, wherein the hollow shaft and the ball screw spindle have a common longitudinal axis and the hollow shaft is dimensioned such that the ball screw spindle can protrude into the interior space of the hollow shaft, characterized in that the bearings (8, 9) of the ball screw nut are arranged to be axially spaced in such a manner that the ball screw nut extends at least in part between the two bearings (8, 9), and the bearings (8, 9) can receive both radial and axial forces, that the hollow shaft, starting from the ball screw nut, joins the supported area outside the latter, that the ball screw nut is formed to be integral with the hollow shaft, and that the housing (3, 33, 44) encloses an interior space, in which the ball screw nut and the associated bearings (8, 9) are arranged and only the hollow shaft and the ball screw spindle are led out from this interior space.
Suitcase for transport of tool assortment or the like, which includes a bottom, a corresponding lid, a pivotable handle placed at a first side of the bottom, said lid and bottom being connected to each other by one or more hinges, said suitcase further comprising a lock for locking the lid to the bottom, said lock comprising a first surface, at least a part of the first surface interacting with a protruding part of the handle, said protruding part being moveable between a first position, where the lock locks the lid to the bottom and a second position, in where the lock is adapted to be released, characterised in that the lock is turnably mounted on a first axle placed on the lid and further comprising a protruding engagement means, said protruding engagement means being adapted to engage with a locking key being a part of the bottom, said engagement taking place when the protruding part is in its first position.
A method for manufacturing an information plate having a wireless identification transponder: characterized in that the method comprises the steps of: providing an information plate body comprising electrically non-conductive material; providing a cavity into the information plate body; providing a wireless identification device comprising at least two connecting pins; positioning the wireless identification device onto an electrically conductive flexible layer, wherein the at least two connecting pins provide an electrical connection to the flexible layer; providing an opening to the flexible layer matching the shape of the cavity; placing the flexible layer onto the information plate body from a roll of flexible layer, wherein the wireless identification device is positioned over the cavity. providing an information plate body comprising electrically non-conductive material; providing a cavity into the information plate body; providing a wireless identification device comprising at least two connecting pins; positioning the wireless identification device onto an electrically conductive flexible layer, wherein the at least two connecting pins provide an electrical connection to the flexible layer; providing an opening to the flexible layer matching the shape of the cavity; placing the flexible layer onto the information plate body from a roll of flexible layer, wherein the wireless identification device is positioned over the cavity.