mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic system of a motor vehicle, having at least one main oil pump and having at least one auxiliary oil pump, wherein the main oil pump can be driven by an internal combustion engine and the auxiliary oil pump can be driven by an electric motor, wherein an oil circuit can be fed with pressurized oil, in particular a high-pressure circuit can be at least intermittently fed with high-pressure oil, by the main oil pump, and transmission components of the motor vehicle can be actuated by means of the oil circuit, in particular by means of the high-pressure circuit or high-pressure oil, characterized in that a switching valve is provided, and wherein, by means of the auxiliary oil pump, in a manner dependent on the switching position of the switching valve, the oil circuit, in particular the high-pressure circuit, can be fed with pressurized oil or a low-pressure line can be fed with pressurized oil, in particular with low-pressure oil, wherein a clutch, in particular a double clutch, can be supplied with pressurized oil, in particular low-pressure oil, via the low-pressure line for cooling purposes, wherein the switching valve is actuatable via a control pressure line, and the control pressure line is arranged and/or formed functionally between a mechatronic unit and the switching valve, and wherein the main oil pump and the switching valve are arranged and/or formed in the region of the clutch such that the control pressure line is formed at least partially in a pump housing of the main oil pump and at least partially in a clutch housing of the clutch.
Method for curing a polymer matrix composite lay-up for repairing or manufacturing processes characterized in that it comprises the steps of: - placing an inner vacuum bag over the lay-up to be cured located over a working area (15, 18) with the edges of the inner vacuum bag joined to the working area (15, 18) by first sealing elements, wherein the working area can be either a repairing area or a manufacturing area, - locating a perforated bulkhead over the inner vacuum bag, - placing an outer vacuum bag over the perforated bulkhead and over the edges of the inner vacuum bag with the edges of the outer vacuum bag joined to the working area by second sealing elements, - providing vacuum means and locating them over the working area, - applying vacuum pressure both to the inner vacuum bag and to the outer vacuum bag, being the vacuum pressure applied in the outer vacuum bag between 6-10 mbar higher than in the inner vacuum bag so that the trapped air and the volatiles are extracted and the inner vacuum bag is "ballooned" against the perforated bulkhead while the outer vacuum bag presses the edges of the inner vacuum bag and the first sealant tape, avoiding its detachment from the working area (15, 18), - locating a heating source (9, 20) either outside the outer vacuum bag or below the inner vacuum bag, - heating the working area through the heating source (9, 20) - releasing the vacuum in the outer bag while applying vacuum to the inner vacuum bag to produce compaction of the lay-up and completing the cure cycle according to the material. - placing an inner vacuum bag over the lay-up to be cured located over a working area (15, 18) with the edges of the inner vacuum bag joined to the working area (15, 18) by first sealing elements, wherein the working area can be either a repairing area or a manufacturing area, - locating a perforated bulkhead over the inner vacuum bag, - placing an outer vacuum bag over the perforated bulkhead and over the edges of the inner vacuum bag with the edges of the outer vacuum bag joined to the working area by second sealing elements, - providing vacuum means and locating them over the working area, - applying vacuum pressure both to the inner vacuum bag and to the outer vacuum bag, being the vacuum pressure applied in the outer vacuum bag between 6-10 mbar higher than in the inner vacuum bag so that the trapped air and the volatiles are extracted and the inner vacuum bag is "ballooned" against the perforated bulkhead while the outer vacuum bag presses the edges of the inner vacuum bag and the first sealant tape, avoiding its detachment from the working area (15, 18), - locating a heating source (9, 20) either outside the outer vacuum bag or below the inner vacuum bag, - heating the working area through the heating source (9, 20) - releasing the vacuum in the outer bag while applying vacuum to the inner vacuum bag to produce compaction of the lay-up and completing the cure cycle according to the material.
Device for influencing the volume flow of a filling product in a filling plant for filling filling products, comprising a valve body having a valve seat and a valve plug movable relative thereto, an actuator for positioning the valve plug with respect to the valve seat, a control electronics system for controlling the actuator, a housing which is directly connected to the valve body and in which the actuator and the control electronics system are arranged, as well as an apparatus for reducing heat influx into the control electronics system, characterised in that the apparatus for reducing the heat influx comprises cooling ribs which are formed on an end of the valve body which faces the housing, and/or that the apparatus for reducing the heat influx comprises a pneumatic air supply for introducing pneumatic air into the housing.
A rhomboid-shaped double-sided turning insert having a convex cutting corner (3,4,8) flanked by two flank faces, wherein the insert comprises, on each side: a rhomboid-shaped rake face opposite the face of the opposite side, a lateral cutting corner surface arranged adjoining and between the two flank faces, two flanking edges, each formed between a respective flank face and a rhomboid side of the rake face, a cutting edge (3,4) formed by a straight primary cutting edge and a straight secondary cutting edge, formed between the lateral cutting corner surface and the rake face, arranged adjoining and between the two flanking edges, and a chip-deflecting surface which is recessed and arranged inwardly of said cutting edge (3,4); wherein a lateral cutting corner surface of the insert, formed by the lateral cutting corner surfaces of a first and a second side, extends between the first side and second side cutting edges (3,4), wherein the primary cutting edge and secondary cutting edge are in reversed positions between the first and second sides; wherein the turning insert comprises a cutting edge vertex, where the primary cutting edge and the secondary cutting edge meet, said vertex having a convex curved cutting edge; wherein a flanking angle between the two flanking edges is 40° - 70°, characterized in that the primary cutting edge is longer than the secondary cutting edge. a rhomboid-shaped rake face opposite the face of the opposite side, a lateral cutting corner surface arranged adjoining and between the two flank faces, two flanking edges, each formed between a respective flank face and a rhomboid side of the rake face, a cutting edge (3,4) formed by a straight primary cutting edge and a straight secondary cutting edge, formed between the lateral cutting corner surface and the rake face, arranged adjoining and between the two flanking edges, and a chip-deflecting surface which is recessed and arranged inwardly of said cutting edge (3,4); wherein a lateral cutting corner surface of the insert, formed by the lateral cutting corner surfaces of a first and a second side, extends between the first side and second side cutting edges (3,4), wherein the primary cutting edge and secondary cutting edge are in reversed positions between the first and second sides; wherein the turning insert comprises a cutting edge vertex, where the primary cutting edge and the secondary cutting edge meet, said vertex having a convex curved cutting edge; wherein a flanking angle between the two flanking edges is 40° - 70°, characterized in that the primary cutting edge is longer than the secondary cutting edge.
Polymeric vehicle glazing at least comprising: a) an outer face and an inner face, b) a transparent polymeric component at the outer face and the inner face, c) an opaque polymeric component flush mounted on the inner face in at least one section of the transparent polymeric component, d) an interface connecting the transparent polymeric component and the opaque polymeric component and a junction point in which the transparent polymeric component, the opaque polymeric component and the ambient air meet, e) a first interior face defined as the nearest parallel to the outer face, which passes the transparent polymeric component and the opaque polymeric component and f) a second interior face defined as the most distant parallel to the outer face, which passes the transparent polymeric component and the opaque polymeric component, wherein - at the junction point the interface and the second interior face form an angle α, wherein α is 20° to 100° in direction of the first interior face, - the interface changes its slope at least once in its further progression and forms an angle α 1 with the second interior face in at least one section, wherein α 1 is 10° to 60° and - the transition between the different slopes lies 0.1 mm to 1 mm beneath the inner face. a) an outer face and an inner face, b) a transparent polymeric component at the outer face and the inner face, c) an opaque polymeric component flush mounted on the inner face in at least one section of the transparent polymeric component, d) an interface connecting the transparent polymeric component and the opaque polymeric component and a junction point in which the transparent polymeric component, the opaque polymeric component and the ambient air meet, e) a first interior face defined as the nearest parallel to the outer face, which passes the transparent polymeric component and the opaque polymeric component and f) a second interior face defined as the most distant parallel to the outer face, which passes the transparent polymeric component and the opaque polymeric component, wherein - at the junction point the interface and the second interior face form an angle α, wherein α is 20° to 100° in direction of the first interior face, - the interface changes its slope at least once in its further progression and forms an angle α 1 with the second interior face in at least one section, wherein α 1 is 10° to 60° and - the transition between the different slopes lies 0.1 mm to 1 mm beneath the inner face. - at the junction point the interface and the second interior face form an angle α, wherein α is 20° to 100° in direction of the first interior face, - the interface changes its slope at least once in its further progression and forms an angle α 1 with the second interior face in at least one section, wherein α 1 is 10° to 60° and - the transition between the different slopes lies 0.1 mm to 1 mm beneath the inner face.
A coupling for connecting a rotor to a balancing test machine, the coupling comprising: a main body portion having an extended thin portion therein which is configured to fit a shaft of said balancing machine and an extended insert portion which is configured to fit an opening in said rotor; a plurality of connection elements disposed in holes in said main body portion; and a ring disposed over said extended insert and proximate exits of said holes in said main body portion; wherein said connection elements are operable to push said ring outwardly toward an end of said extended insert. a main body portion having an extended thin portion therein which is configured to fit a shaft of said balancing machine and an extended insert portion which is configured to fit an opening in said rotor; a plurality of connection elements disposed in holes in said main body portion; and a ring disposed over said extended insert and proximate exits of said holes in said main body portion; wherein said connection elements are operable to push said ring outwardly toward an end of said extended insert.
Method of communication between a first item of termination equipment and at least one second and one third item of termination equipment (PE1, PE3) belonging to a packet-switching network, a first pseudo-wire being established between the first and the second items of termination equipment, and a second pseudo-wire being established between the first and the third items of termination equipment, the method comprising the following steps carried out by the first item of termination equipment: - interception of a data frame sent by a first item of customer equipment, connected to the second item of termination equipment, to a second item of customer equipment, the data frame comprising an identifier of the first item of customer equipment and an identifier of the second item of customer equipment, - determination of a parameter for identifying the second item of termination equipment to which the first item of customer equipment is connected, based on the identifier of the first item of customer equipment, - determination of a parameter for identifying the third item of termination equipment to which the second item of customer equipment is connected, based on the identifier of the second item of customer equipment, - transmission, to the second item of termination equipment, of a request to establish a third pseudo-wire between the second item of termination equipment and the third item of termination equipment through which the data sent by the first item of customer equipment are intended to be transmitted. - interception of a data frame sent by a first item of customer equipment, connected to the second item of termination equipment, to a second item of customer equipment, the data frame comprising an identifier of the first item of customer equipment and an identifier of the second item of customer equipment, - determination of a parameter for identifying the second item of termination equipment to which the first item of customer equipment is connected, based on the identifier of the first item of customer equipment, - determination of a parameter for identifying the third item of termination equipment to which the second item of customer equipment is connected, based on the identifier of the second item of customer equipment, - transmission, to the second item of termination equipment, of a request to establish a third pseudo-wire between the second item of termination equipment and the third item of termination equipment through which the data sent by the first item of customer equipment are intended to be transmitted.
A gas turbine comprising: a combustor coupled to a turbine that together define a working fluid flowpath, the working fluid flowpath extending aftward along a longitudinal axis from a forward end defined by a forward injector in the combustor, through an interface at which the combustor ends and the turbine begins, and then through the turbine to an aftward end; characterized by: a gap formed at the interface between the combustor and the turbine; and a fuel injector disposed near the gap for injecting a fuel into an airflow that passes through the gap. a gap formed at the interface between the combustor and the turbine; and a fuel injector disposed near the gap for injecting a fuel into an airflow that passes through the gap.
A detection device comprising a cup body having a collection chamber and a cup lid having a detection chamber and comprising a sample inlet that allows passing of liquid from the collection chamber to the detection chamber, wherein the cup lid further comprises a through hole enabling circulation of gas between the detection chamber and the collection chamber, a protrusion enabling the detection device to stand tilted in the traverse direction, a sheath for preventing liquid from entering into the detection chamber from the collection chamber via the through hole, the sheath being disposed on a side of the cup lid facing the collection chamber and comprising a closed end covering the through hole and an open end that is higher than the position of the through hole when the device is standing tilted in the transverse direction, the opening of the sheath allowing gas to circulate between the sheath and the collection chamber, and wherein the detection chamber is sealed except for the through hole and sample inlet. a cup body having a collection chamber and a cup lid having a detection chamber and comprising a sample inlet that allows passing of liquid from the collection chamber to the detection chamber, wherein the cup lid further comprises a through hole enabling circulation of gas between the detection chamber and the collection chamber, a protrusion enabling the detection device to stand tilted in the traverse direction, a sheath for preventing liquid from entering into the detection chamber from the collection chamber via the through hole, the sheath being disposed on a side of the cup lid facing the collection chamber and comprising a closed end covering the through hole and an open end that is higher than the position of the through hole when the device is standing tilted in the transverse direction, the opening of the sheath allowing gas to circulate between the sheath and the collection chamber, and wherein the detection chamber is sealed except for the through hole and sample inlet.
An apparatus comprising: a plurality of energy delivery devices; a plurality of rods, each rod comprising first and second ends, the first end mechanically coupled to one of said energy delivery devices; a plurality of first rotatable joints, each first rotatable joint mechanically coupled to a corresponding rod; a plurality of second rotatable joints, each second rotatable joint is slidingly engaged on a portion of the corresponding rod; the apparatus being characterized by further comprising: a stationary plate comprising a plurality of stationary plate holes, each stationary plate hole configured to receive at least a portion of one of said first rotatable joints to form a plurality of first rotatable joint connections, each first rotatable joint rotatable with respect to the stationary plate; and a moveable plate comprising a plurality of moveable plate holes, each moveable plate hole configured to receive at least a portion of one of said second rotatable joints to form a plurality of second rotatable joint connections, each second rotatable joint rotatable with respect to the moveable plate. a plurality of energy delivery devices; a plurality of rods, each rod comprising first and second ends, the first end mechanically coupled to one of said energy delivery devices; a plurality of first rotatable joints, each first rotatable joint mechanically coupled to a corresponding rod; a plurality of second rotatable joints, each second rotatable joint is slidingly engaged on a portion of the corresponding rod; the apparatus being characterized by further comprising: a stationary plate comprising a plurality of stationary plate holes, each stationary plate hole configured to receive at least a portion of one of said first rotatable joints to form a plurality of first rotatable joint connections, each first rotatable joint rotatable with respect to the stationary plate; and a moveable plate comprising a plurality of moveable plate holes, each moveable plate hole configured to receive at least a portion of one of said second rotatable joints to form a plurality of second rotatable joint connections, each second rotatable joint rotatable with respect to the moveable plate. a stationary plate comprising a plurality of stationary plate holes, each stationary plate hole configured to receive at least a portion of one of said first rotatable joints to form a plurality of first rotatable joint connections, each first rotatable joint rotatable with respect to the stationary plate; and a moveable plate comprising a plurality of moveable plate holes, each moveable plate hole configured to receive at least a portion of one of said second rotatable joints to form a plurality of second rotatable joint connections, each second rotatable joint rotatable with respect to the moveable plate.
A power generating system, comprising: a feed pump for supplying water to a steam generator to generate steam, a steam turbine adapted to be driven by using the generated steam to generate power, a condenser for condensing the steam discharged from the steam turbine, wherein the power generating system is further configured such that the condensed water is resupplied to the steam generator by the feed pump; a fluid coupling provided between said feed pump and a driving machine for driving said feed pump to transmit a torque from said driving machine to said feed pump by a working fluid which fills an impeller chamber; characterized by means (20, 30, 40, 50; E, Comp, C, V, HP) for heating the condensed water supplied from said condenser by the working fluid discharged from said fluid coupling. a feed pump for supplying water to a steam generator to generate steam, a steam turbine adapted to be driven by using the generated steam to generate power, a condenser for condensing the steam discharged from the steam turbine, wherein the power generating system is further configured such that the condensed water is resupplied to the steam generator by the feed pump; a fluid coupling provided between said feed pump and a driving machine for driving said feed pump to transmit a torque from said driving machine to said feed pump by a working fluid which fills an impeller chamber; characterized by means (20, 30, 40, 50; E, Comp, C, V, HP) for heating the condensed water supplied from said condenser by the working fluid discharged from said fluid coupling.