mhurhangee/ep-ind-claims huggingface dataset:
Seal assembly, comprising a sealing ring for mutually sealing a machine element to be sealed and a force-transmitting element movable relatively translationally thereto, wherein the sealing ring has at least a first sealing lip having at least one groove passage, for the flow-conducting connection of two spaces (5, 6) to be sealed with respect to one another, the first sealing lip being in abutting contact under elastic prestress with a surface to be sealed of a machine element to be sealed, wherein the first sealing lip, on one end face of the sealing ring, is arranged on the side of the sealing ring that is facing the first space to be sealed, wherein a second sealing lip, on the other end face of the sealing ring, is arranged on the side that is facing the second space to be sealed, wherein the second sealing lip is in abutting contact under elastic prestress with the surface to be sealed of the machine element in the pressureless state of the seal assembly, wherein the second sealing lip is formed as a valve lip for limiting a relative positive pressure in the first space to be sealed with respect to the second space to be sealed, wherein at least one sealing bead, which in the pressureless state of the seal assembly is assigned to the surface to be sealed by being adjacent thereto at a radial distance, is arranged between the first sealing lip and the second sealing lip in the axial direction, and wherein the sealing bead is arranged in a functional series connection with the valve lip in such a way that, in the pressureless state of the seal assembly, the sealing bead is assigned to the surface to be sealed by being adjacent thereto at a radial distance and the valve lip is in sealing contact under elastic prestress with the surface to be sealed, in that, when a pressure surge is introduced through the groove passage, the sealing bead is assigned to the surface to be sealed by being adjacent thereto at a radial distance and the valve lip can be lifted off from the surface to be sealed to reduce the relative positive pressure of the pressure surge, and in that, if a predetermined differential pressure between the spaces (5, 6) to be sealed with respect one another is exceeded, the sealing bead can be brought to bear in a sealing manner against the surface to be sealed after overcoming the radial distance, and the valve lip is in abutting contact with the surface to be sealed and forms a wiper.
Method for obtaining a set of reference samples for the diagnosis of fetal aneuploidy from a maternal biological sample containing cell-free DNA, comprising: (i) extracting cell-free DNA from a set of biological samples obtained from a set of euploid pregnant women carrying a euploid fetus; (ii) pre-sequencing DNA of each sample; (iii) mapping the sequences obtained in step (ii) to the human genome; (iv) selecting a set of samples based on the amount of unique exact sequences mapped to the human genome in step (iii); (v) massively parallel sequencing DNA of each sample from said set of samples selected in step (iv); (vi) mapping the sequences obtained in step (v) to the human genome; (vii) selecting a set of reference samples based on the number of unique exact sequences mapped to the human genome in step (vi). (i) extracting cell-free DNA from a set of biological samples obtained from a set of euploid pregnant women carrying a euploid fetus; (ii) pre-sequencing DNA of each sample; (iii) mapping the sequences obtained in step (ii) to the human genome; (iv) selecting a set of samples based on the amount of unique exact sequences mapped to the human genome in step (iii); (v) massively parallel sequencing DNA of each sample from said set of samples selected in step (iv); (vi) mapping the sequences obtained in step (v) to the human genome; (vii) selecting a set of reference samples based on the number of unique exact sequences mapped to the human genome in step (vi).
A computer-implemented method comprising: receiving seismic data of a geologic environment; generating demigration data from a set of point scatterers; forming synthetic source direction gathers (SDGs) based on the demigration data; generating synthetic point spread function-based (PSF-based) SDGs based on the synthetic SDGs; forming SDGs from at least a portion of the received pre-stack seismic data; generating image SDGs based on the formed SDGs; running an inversion with the PSF-based SDGs and the image SDGs to generate values of elastic properties; generating an elastic model based on the values of elastic properties. receiving seismic data of a geologic environment; generating demigration data from a set of point scatterers; forming synthetic source direction gathers (SDGs) based on the demigration data; generating synthetic point spread function-based (PSF-based) SDGs based on the synthetic SDGs; forming SDGs from at least a portion of the received pre-stack seismic data; generating image SDGs based on the formed SDGs; running an inversion with the PSF-based SDGs and the image SDGs to generate values of elastic properties; generating an elastic model based on the values of elastic properties.
Installation device comprising base beams (11a, 11b, 11c, 11d) and frame rails (13, 14, 15), the base beams forming a base and the frame beams forming a support for the installation of bifacial photovoltaic panels, said installation device comprising pillars (12a, 12b) combined with at least some of the base beams and at least some of the frame beams, wherein: - the base beams (11a, 11b, 11c, 11d) comprise longitudinal, transverse (11c, 11d) and intermediate base beams combined with each other by connecting elements (16a, 16b), - the frame beams (13, 14, 15) comprise lateral, lower and upper frame beams combined together by connecting elements (16a, 16b), characterized in that said pillars (12a, 12b) comprise long and short pillars so that the frame beams and the base beams associated with said long and short pillars form an angle of between 5° and 30° and in that one or more of the longitudinal, transverse (11c, 11d) and intermediate base beams and one or more of the lateral, lower and upper frame beams are provided with a bearing surface extending over their entire length, said bearing surface being juxtaposed to an open longitudinal recess, and in that said installation device further comprises a plurality of holding means cooperating with said open longitudinal recess, said holding means each comprising a holding tab overhanging the bearing surface by a predetermined distance. - the base beams (11a, 11b, 11c, 11d) comprise longitudinal, transverse (11c, 11d) and intermediate base beams combined with each other by connecting elements (16a, 16b), - the frame beams (13, 14, 15) comprise lateral, lower and upper frame beams combined together by connecting elements (16a, 16b),
A high-frequency acoustic waveguide for use in coaxial loudspeaker systems, the waveguide comprising: a plurality of walls defining a conduit having an input end and an output end, the input end is adapted to be coupled to at least one high-frequency transducer emitting sound at frequencies above a crossover frequency, characterized in that the plurality of walls include a mask layer and a perforation layer; the mask layer includes a plurality of openings sized and shaped to make the mask layer acoustically transparent to sound waves below the crossover frequency, wherein the plurality of openings are formed on each of the plurality of walls, the perforation layer has a plurality of micro-perforations sized and shaped to make the perforation layer acoustically opaque to sound waves above the crossover frequency, and the waveguide directs sound waves above the crossover frequency, and is acoustically transparent to sound waves below the crossover frequency. a plurality of walls defining a conduit having an input end and an output end, the input end is adapted to be coupled to at least one high-frequency transducer emitting sound at frequencies above a crossover frequency, characterized in that the plurality of walls include a mask layer and a perforation layer; the mask layer includes a plurality of openings sized and shaped to make the mask layer acoustically transparent to sound waves below the crossover frequency, wherein the plurality of openings are formed on each of the plurality of walls, the perforation layer has a plurality of micro-perforations sized and shaped to make the perforation layer acoustically opaque to sound waves above the crossover frequency, and the waveguide directs sound waves above the crossover frequency, and is acoustically transparent to sound waves below the crossover frequency.
A method comprising: establishing a connection between a first network device (116, 302) and a second network device (116', 302'), wherein the first network device (116, 302) has an associated congestion window, CWND, for controlling the number of packets transmitted between the first and second network device; increasing a size of the CWND at a first rate when no congestion is detected, characterized by: in response to a CWND size exceeding a threshold value, increasing the size of the CWND at a second rate based at least in part on a round trip time, RTT, associated with the connection, wherein the size of the congestion window is increased at the second rate by a value of a product of the reciprocal CWND and a function of the round trip time, f, according to the formula (1/ CWND) ·f, and wherein f is increased by a value of a product of the RTT raised to the power of two and a constant C according to the formula C·RTT 2; detecting congestion on the connection; and decreasing the size of the CWND to a value based at least in part on bandwidth and the RTT associated with the connection. establishing a connection between a first network device (116, 302) and a second network device (116', 302'), wherein the first network device (116, 302) has an associated congestion window, CWND, for controlling the number of packets transmitted between the first and second network device; increasing a size of the CWND at a first rate when no congestion is detected, characterized by: in response to a CWND size exceeding a threshold value, increasing the size of the CWND at a second rate based at least in part on a round trip time, RTT, associated with the connection, wherein the size of the congestion window is increased at the second rate by a value of a product of the reciprocal CWND and a function of the round trip time, f, according to the formula (1/ CWND) ·f, and wherein f is increased by a value of a product of the RTT raised to the power of two and a constant C according to the formula C·RTT 2; detecting congestion on the connection; and decreasing the size of the CWND to a value based at least in part on bandwidth and the RTT associated with the connection. in response to a CWND size exceeding a threshold value, increasing the size of the CWND at a second rate based at least in part on a round trip time, RTT, associated with the connection, wherein the size of the congestion window is increased at the second rate by a value of a product of the reciprocal CWND and a function of the round trip time, f, according to the formula (1/ CWND) ·f, and wherein f is increased by a value of a product of the RTT raised to the power of two and a constant C according to the formula C·RTT 2; detecting congestion on the connection; and decreasing the size of the CWND to a value based at least in part on bandwidth and the RTT associated with the connection.
Method for the wet-treatment of laundry, the laundry being at least washed in a drum (12, 41, 66) which can be driven in rotation using a heated-up treatment liquid, with the treatment liquid being heated up by at least one heating device (26, 50, 67), characterized in that the treatment liquid which is warmed or heated by the heating device (26, 50, 67) is pumped in circulation or so as to circulate through at least one of a plurality of successive chambers (13, 42) in the drum (12, 41, 66) which can be driven in rotation, with the operation of the heating device (26, 50, 67) being at least temporarily continued in order to heat up the treatment liquid for washing a next batch of laundry after the treatment liquid for washing the laundry is heated up or to heat up treatment liquid for other purposes.
An axle assembly comprising: a differential assembly having a pinion; a first coupling fixedly coupled to the pinion; a second coupling (98, 98', 98") fixedly coupled to the first coupling; and an electric motor module including: a motor housing coupled to the differential assembly, a stator disposed proximate the motor housing, and a rotor characterized in that the rotor is fixedly coupled to the first coupling and the second coupling (98. 98', 98"), wherein the rotor comprises a rotor mounting plate disposed between and coupled to the first and second couplings (96, 98, 98', 98") such that the first and second couplings engage opposite sides of the rotor mounting plate and are rotatable with the pinion. a differential assembly having a pinion; a first coupling fixedly coupled to the pinion; a second coupling (98, 98', 98") fixedly coupled to the first coupling; and an electric motor module including: a motor housing coupled to the differential assembly, a stator disposed proximate the motor housing, and a rotor characterized in that the rotor is fixedly coupled to the first coupling and the second coupling (98. 98', 98"), wherein the rotor comprises a rotor mounting plate disposed between and coupled to the first and second couplings (96, 98, 98', 98") such that the first and second couplings engage opposite sides of the rotor mounting plate and are rotatable with the pinion. a motor housing coupled to the differential assembly, a stator disposed proximate the motor housing, and a rotor characterized in that the rotor is fixedly coupled to the first coupling and the second coupling (98. 98', 98"), wherein the rotor comprises a rotor mounting plate disposed between and coupled to the first and second couplings (96, 98, 98', 98") such that the first and second couplings engage opposite sides of the rotor mounting plate and are rotatable with the pinion.
Twin spool turbojet, including, from upstream to downstream, an inlet casing, a low pressure compressor, an intermediate casing, a high pressure spool, a low pressure turbine, and an exhaust casing, in which the low pressure compressor comprises a low pressure compressor rotor, and the low pressure turbine comprises a low pressure turbine rotor connected to the low pressure compressor rotor by a low pressure shaft, wherein the inlet casing comprises an outer shell, an inner shell defining a hub of the inlet casing, and an annular row of vanes connecting together the outer and inner shells of the inlet casing, wherein the intermediate casing comprises an outer shell, an inner shell defining a hub of the intermediate casing, and structural arms connecting together the outer and inner shells of the intermediate casing, wherein the exhaust casing comprises an outer shell, an inner shell defining a hub of the exhaust casing, and structural arms connecting together the outer and inner shells of the exhaust casing, in which the inlet casing and the low pressure compressor define an air inlet channel of the turbojet, which divides downstream of the low pressure compressor into a primary flow channel passing through the high pressure spool, and into a secondary flow channel extending around the primary flow channel, and in which the low pressure shaft is supported by: - a first bearing borne by the inlet casing, the first bearing being a roller bearing, - a second bearing borne by the intermediate casing, and - a third bearing borne by the exhaust casing, characterized in that the low pressure shaft is further supported by an additional bearing borne by the intermediate casing and arranged between the first bearing and the second bearing, and in that the additional bearing is a ball bearing. - a first bearing borne by the inlet casing, the first bearing being a roller bearing, - a second bearing borne by the intermediate casing, and - a third bearing borne by the exhaust casing,
A method comprising: receiving, by a first router, service and topology state information for a second router; identifying, by the first router and using the received service and topology state information, a route or service from the second router, for which access to the route or service is available to the first router through the second router; computing, by the first router, an aggregated metric for the route or service; and publishing, by the first router and to a third router, the route or service, including the aggregated metric and an indication of the first router as the nexthop for the published route or service. receiving, by a first router, service and topology state information for a second router; identifying, by the first router and using the received service and topology state information, a route or service from the second router, for which access to the route or service is available to the first router through the second router; computing, by the first router, an aggregated metric for the route or service; and publishing, by the first router and to a third router, the route or service, including the aggregated metric and an indication of the first router as the nexthop for the published route or service.
A housing assembly for a fuel cell, comprising: - a stack housing for a fuel cell stack with a stack cover, - a fuel cell housing with a housing volume for accommodating the stack housing, a housing outer side, a housing inner side, a bearing surface on the housing outer side and a through opening from the housing outer side to the housing inner side, and - a retaining component with a mating bearing surface for bearing the retaining component on the bearing surface and a retaining bolt for holding the stack housing in a predefined position in the housing volume, - wherein the retaining bolt extends through the through opening from the housing outer side outside the housing volume to the housing inner side and beyond the housing inner side into the housing volume, and - wherein the stack cover has a floating bearing with a blind hole for mounting the retaining bolt. - a stack housing for a fuel cell stack with a stack cover, - a fuel cell housing with a housing volume for accommodating the stack housing, a housing outer side, a housing inner side, a bearing surface on the housing outer side and a through opening from the housing outer side to the housing inner side, and - a retaining component with a mating bearing surface for bearing the retaining component on the bearing surface and a retaining bolt for holding the stack housing in a predefined position in the housing volume, - wherein the retaining bolt extends through the through opening from the housing outer side outside the housing volume to the housing inner side and beyond the housing inner side into the housing volume, and - wherein the stack cover has a floating bearing with a blind hole for mounting the retaining bolt.
Hydraulic rim brake with a slave fitting, in particular of a handlebar-steered vehicle, in particular a bicycle, comprising a brake cylinder and an adapter for securing to a receiving device, which is provided on a frame part of the vehicle, the adapter having an engagement device portion (31a, 31b) for engaging with the receiving device at the two adapter ends (30a, 30b) lying opposite each other with respect to the longitudinal direction of the frame part, and that the adapter has a smaller dimension in the longitudinal direction of the frame part than the receiving device, the receiving device having a moving device on which the adapter can be moved along the longitudinal direction of the frame part by a possible adjustment path, and characterized in that the engagement device portions (31a, 31b) for guiding and supporting the adapter on the moving device of the receiving device are designed in the form of rails.
Auxiliary device for agricultural harvesting machines, in particular for forage harvesters, for the mowing, gathering and further guiding of a stalk-type harvested produce flow into the intake gap of the intake housing of the processing harvesting machine, with a number, amounting to at least two each, of mowing and feeding drums (4,4',5,5') spaced apart on both sides of the vertical longitudinal central plane and driven in a rotary manner around vertical axes and in parts in opposite directions to each other, wherein the number of mowing and feeding drums (4,4',5,5') is an integer multiple of four and comprises at least four mowing and feeding drum pairs (8,8'), wherein the number of mowing and feeding drum pairs (8,8') amounts to half the number of mowing and feeding drums (4,4',5,5'), and wherein the produce flow (9,9') is fed to the intake gap in a meandering manner, starting from the, in each case outer, mowing and feeding drum (4,4',5,5') which is furthest away from the vertical longitudinal central plane of the auxiliary device, characterized in that each mowing and feeding drum pair (8,8') comprises two mowing and feeding drums (4,4',5,5') which are driven in a rotary manner in opposite directions to each other, and in that, because of the opposing nature of the directions of rotation (7,7') of the mowing and feeding drums (4,4',5,5') of a mowing and feeding drum pair (8;8'), the adjacent mowing and feeding drum pairs (8;8') are approximately tangential to each other and define there a transfer area, inside which the produce flow is transferred from the mowing and feeding drum (4,4',5,5') which lies further out to that which lies further in by means of a scraper element 20, with the result that the feeding direction of the produce flow (9,9') is preserved during the transfer.
Volumetric extrusion assembly intended for extruding a mixture of elastomers, comprising a feed extruder with an endless screw that rotates inside a barrel equipped with a feed hopper feeding mixture that is transferred to an outlet end connected to an inlet orifice opening into the chamber of the body of a twin-screw pump, the twin-screw pump comprising two contrarotating screws (11, 12) which are made to rotate inside said chamber when set in rotation at a drive end (16, 17) in order to transfer the mixture to an outlet end, the screws (11, 12) having flights in the form of a helix which are produced in such a way that they intermesh, having conjugated profiles, so that the contrarotating screws (11, 12) form a twin-screw volumetric pump and so that they, with the periphery of the body, form C-shaped cavities, within which extrusion assembly the helix of said screws (11, 12) has a pitch p, in the feed zone, which zone is the part situated between the starts of the flights upstream, towards the drive ends (16, 17), and the outlet of the inlet orifice, within which extrusion assembly said inlet orifice is positioned so that its edge closest to said drive end (16, 17) is at a distance d equal to or greater than the pitch p, the distance d being measured from the start of the flights of the screws (11, 12) of the twin-screw pump at the drive end, so as to ensure that a C-shaped cavity is closed upstream at the moment at which said C-shaped cavity begins to open in the feed zone, and so that the rotation of the contrarotating screws (11, 12) thus prevents the passage of the mixture in the upstream direction.