mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic machine comprising a runner of Francis type, a head cover and a lower cover, whereas the runner comprises a low and a high pressure side, a crown, a band, a plurality of blades, each blade being defined by a pressure surface, an oppositely facing suction surface, an edge adjoining the high pressure side and a spaced apart edge adjoining the low pressure side of the runner, whereas the crown comprises sealing means to seal the space between the crown and head cover against water from the high pressure side, whereas the runner comprises at least one passage being capable to drain high pressure leakage water passing the sealing means to the low pressure side, and the passage comprises an inlet aperture located in a portion of the crown which during operation is exposed to high pressure leakage water, characterized in that the passage is located within one of the blades and leads from the inlet aperture to the band, where the passage forms an opening leading to the space between the band and the lower cover, which space is in connection with the low pressure side of the runner.
Igniter for a high pressure discharge lamp, comprising a housing, an ignition transformer and a PCB with electrical and / or electronic components and circuits, wherein the PCB has at least one lead frame, with first and second contact faces (9,12) embodied on its suface, characterized in that the first and second contact faces (9,12) are embodied in different levels and that the lead frame with the exception of the contact faces (9,12) is coated with a coat of nonconductive plastic material, wherein the second contact faces which are intended for SMD, are arranged in the lead frame in such a manner that they are on one level with the coat.
A recombinant adeno-associated virus comprising an AAV hu.37 capsid having the sequence of amino acids 138 to 738 of SEQ ID NO: 88 and wherein the AAV further comprises a minigene having AAV inverted terminal repeats and a heterologous gene operably linked to regulatory sequences which direct its expression in a host cell.
Method for producing a sheet metal part having several openings (4, 5, 6, 7) and a relief-like surface, the sheet metal part being deformed by providing that a) in a working step a calotting is performed, whereby a contour with a dome arrangement is formed from the sheet metal plane, the dome arrangement being made on one side of the sheet metal plane or alternatingly, b) in a working step the sheet metal part is provided with a perforation and the perforation is produced at the same time or after the calotting, the openings being produced at the highest point of domes (2, 3) of the dome arrangement characterised in that the diameter of said openings (6, 7) ≥ 0.3 mm and c) in that in a working step the sheet metal part is provided with an additional perforation, wherein the diameter of said openings (4, 5) ≥ 0.1 mm, wherein said perforation is produced before the calotting, wherein said openings of the additional perforation are produced with a diameter of 0.1 mm to 0.3 mm and the openings of the perforation at the domes (2, 3) are produced with a diameter of 0.3 mm to 2.0 mm, and in that the openings at the domes (2, 3) and/or the openings of the additional perforation are formed to produce nozzles. a) in a working step a calotting is performed, whereby a contour with a dome arrangement is formed from the sheet metal plane, the dome arrangement being made on one side of the sheet metal plane or alternatingly, b) in a working step the sheet metal part is provided with a perforation and the perforation is produced at the same time or after the calotting, the openings being produced at the highest point of domes (2, 3) of the dome arrangement characterised in that the diameter of said openings (6, 7) ≥ 0.3 mm and c) in that in a working step the sheet metal part is provided with an additional perforation, wherein the diameter of said openings (4, 5) ≥ 0.1 mm, wherein said perforation is produced before the calotting, wherein said openings of the additional perforation are produced with a diameter of 0.1 mm to 0.3 mm and the openings of the perforation at the domes (2, 3) are produced with a diameter of 0.3 mm to 2.0 mm, and in that the openings at the domes (2, 3) and/or the openings of the additional perforation are formed to produce nozzles.
Inductive power transfer apparatus suitable for producing a magnetic field for inductive power transfer, the apparatus comprising: three or more coils being provided between a first surface and a second surface, arranged such that, when energised with a power source, magnetic fields produced by each coil augment each other at the first surface and substantially weaken each other at the second surface relative to the first surface, wherein the first surface is opposite to the second surface and wherein the coils comprise a central coil (301; 401, 402; 501, 502, 503; 801; 1001); a first coil (302; 403; 504; 701; 1002) adjacent to one end of the central coil (301; 401, 402; 501, 502, 503; 801; 1001); and a second coil (303; 404; 505; 702; 1003) adjacent to the other end of the central coil (301; 401, 402; 501, 502, 503; 801; 1001), wherein the central coil (301; 401, 402; 501, 502, 503; 801; 1001) is arranged to produce an magneto motive force in a direction nominally parallel to the first surface, and the first and second coils (302, 403, 504, 701, 1002; 303, 404, 505, 702, 1003) are arranged to produce magneto motive forces in opposing directions nominally perpendicular to the first surface, and wherein the three or more coils are arranged such that in use a magnetic field is produced having an arched flux pattern beyond the first surface. three or more coils being provided between a first surface and a second surface, arranged such that, when energised with a power source, magnetic fields produced by each coil augment each other at the first surface and substantially weaken each other at the second surface relative to the first surface, wherein the first surface is opposite to the second surface and wherein the coils comprise a central coil (301; 401, 402; 501, 502, 503; 801; 1001); a first coil (302; 403; 504; 701; 1002) adjacent to one end of the central coil (301; 401, 402; 501, 502, 503; 801; 1001); and a second coil (303; 404; 505; 702; 1003) adjacent to the other end of the central coil (301; 401, 402; 501, 502, 503; 801; 1001), wherein the central coil (301; 401, 402; 501, 502, 503; 801; 1001) is arranged to produce an magneto motive force in a direction nominally parallel to the first surface, and the first and second coils (302, 403, 504, 701, 1002; 303, 404, 505, 702, 1003) are arranged to produce magneto motive forces in opposing directions nominally perpendicular to the first surface, and wherein the three or more coils are arranged such that in use a magnetic field is produced having an arched flux pattern beyond the first surface.
A method comprising: obtaining a two-dimensional projected frame of 360-degree image/video; extracting two or more regions from the 2D projected frame; placing the regions in spatially non-overlapping areas within a packed omnidirectional video frame; encoding, in or along a bitstream comprising said packed omnidirectional video frame, information indicative of a mapping of said regions to a spatial arrangement of the packed omnidirectional video frameas region-wise packing; and indicating spatial arrangements for a projection for 360-degree images/video, a stereoscopic frame packing of stereo pair frames into a single frame, and the region-wise packing within a same container structure. obtaining a two-dimensional projected frame of 360-degree image/video; extracting two or more regions from the 2D projected frame; placing the regions in spatially non-overlapping areas within a packed omnidirectional video frame; encoding, in or along a bitstream comprising said packed omnidirectional video frame, information indicative of a mapping of said regions to a spatial arrangement of the packed omnidirectional video frameas region-wise packing; and indicating spatial arrangements for a projection for 360-degree images/video, a stereoscopic frame packing of stereo pair frames into a single frame, and the region-wise packing within a same container structure.
Fixing element for fixing the rotor shaft of an electric machine on the stator of said machine, the fixing element having a ram for pressing against the rotor shaft, which ram is made of plastics material, characterised in that the ram is made of a thermoplastic material that is deformable below 100°C and can melt without residue such that rotation of the rotor shaft relative to the stator and against resistance from the fixing element generates heat which leads to the ram being deformed and the material of the ram melting without residue.
Vehicle seat having a backrest, which comprises a backrest part and a backrest base element, the backrest part comprising a middle backrest element which is arranged pivotably on the backrest base element, characterised in that the backrest part comprises two lower backrest side elements (6a, 6b) and two upper backrest side elements (7a, 7b), which are each mechanically coupled to the middle backrest element, wherein the two lower backrest side elements (6a, 6b) are arranged pivotably on the backrest base element, wherein at least one joint device (8a, 8b) is provided in each case between a lower backrest side element (6a, 6b) and an upper backrest side element (7a, 7b), wherein a lower backrest side element (6a, 6b) and an upper backrest side element (7a, 7b) are arranged at an angle (α L, α R) to one another, wherein pivoting of the middle backrest element causes a change in the angle (α L, α R).
A method of determining when to replace an air data probe, the method comprising: estimating a temperature of at least one heating element of the air data probe based at least in part on available vehicle sensor data read off a data bus; tracking an amount of time the estimated temperature of the heating element of the air data probe is within at least one temperature range; and providing an air data probe replacement indication when a replacement threshold is met that is at least in part based on reaching a cumulative amount of time the heating element has an estimated temperature within the at least one temperature range. estimating a temperature of at least one heating element of the air data probe based at least in part on available vehicle sensor data read off a data bus; tracking an amount of time the estimated temperature of the heating element of the air data probe is within at least one temperature range; and providing an air data probe replacement indication when a replacement threshold is met that is at least in part based on reaching a cumulative amount of time the heating element has an estimated temperature within the at least one temperature range.
A seat back assembly comprising: (a) a seat back comprising a recess; (b) a bezel assembly comprising a bezel configured to substantially fit within the recess, the bezel assembly is pivotally coupled to and within the recess via at least one hinge coupled to the bezel; and, (c) a tilt attachment plate coupled to the at least one hinge and the seat back; (d) an in-flight entertainment display coupled to the bezel (e) a shroud positioned between the seat back and the bezel assembly; characterized in that: (f) the shroud or the tilt attachment plate comprises a shelf that cooperates with a lower surface of the bezel such that a gap between the bezel and the shroud or the tilt attachment plate is not accessible throughout the pivoting motion of the bezel assembly; (g) an aft surface of the bezel is angled with respect to the tilt attachment plate so that the in-flight entertainment display is tilted upwards when the bevel assembly is in a stowed position; whereby in the stowed position, the lower surface of the bezel is shaped such that the lower surface of the bezel is positioned in proximate contact with the shroud or the tilt attachment plate. (a) a seat back comprising a recess; (b) a bezel assembly comprising a bezel configured to substantially fit within the recess, the bezel assembly is pivotally coupled to and within the recess via at least one hinge coupled to the bezel; and, (c) a tilt attachment plate coupled to the at least one hinge and the seat back; (d) an in-flight entertainment display coupled to the bezel (e) a shroud positioned between the seat back and the bezel assembly; (f) the shroud or the tilt attachment plate comprises a shelf that cooperates with a lower surface of the bezel such that a gap between the bezel and the shroud or the tilt attachment plate is not accessible throughout the pivoting motion of the bezel assembly; (g) an aft surface of the bezel is angled with respect to the tilt attachment plate so that the in-flight entertainment display is tilted upwards when the bevel assembly is in a stowed position; whereby in the stowed position, the lower surface of the bezel is shaped such that the lower surface of the bezel is positioned in proximate contact with the shroud or the tilt attachment plate.
A bioreactor system comprising: a base defining a well for holding nutrients; a dish supported in the base and having a membrane for holding biological material such that the material is in contact with the nutrients; a lid covering the well and the dish, the lid having a sealing port accessible with a tube that provides a tight seal around the tube, the tube employed for introducing or removing biological material from the dish and/or nutrients from the well, the port being sealed closed when a tube is not introduced. a base defining a well for holding nutrients; a dish supported in the base and having a membrane for holding biological material such that the material is in contact with the nutrients; a lid covering the well and the dish, the lid having a sealing port accessible with a tube that provides a tight seal around the tube, the tube employed for introducing or removing biological material from the dish and/or nutrients from the well, the port being sealed closed when a tube is not introduced.
A tamping assembly for tamping sleepers of a track, comprising a tamping unit having oppositely positioned tamping tools which is mounted on a lowerable tool carrier and connected in each case to a squeezing drive for generating a squeezing motion, wherein an eccentric drive having an eccentric shaft is provided for generating a vibratory motion, characterized in that the squeezing drives are arranged laterally next to one another and that each squeezing drive and an associated eccentric section of the eccentric shaft are arranged directly underneath one another in this way, that each squeezing drive is supported on a console having a ring-shaped housing section which is mounted on an eccentric section, associated with the squeezing drive, of the eccentric shaft.
A process for producing tea, comprising extracting a liquid extract from a barley tea starting material under conditions of pressure on a filter inside of an extraction device, where at least 20 wt% of the barley tea starting material has a particle size of less than 1700 μm, wherein in extracting the liquid extract, a pressure of 0.03 MPa to 0.4 MPa in addition to atmospheric pressure is applied inside the extraction device, and a treatment liquid at 90°C to 150°C is poured onto the barley tea starting material.
Pneumatic vehicle tire, in particular utility vehicle tire, having a tread which has a directional profiling with shoulder-side and middle profile ribs running in a circumferential direction, wherein at least one of the middle profile ribs, which is in particular a profile rib running along the tire equator, is traversed in an axial direction by sipes with a width (b 1) of 0.5 mm to 1.2 mm, each of which has a central portion, in which the sipe runs with an undulation in the extent direction thereof, and two lateral portions, wherein the sipes extend, in plan view, in an arc shape and symmetrically with respect to the mid-line of the profile rib, and, in the lateral portions and in the central portion, have a uniform undulation running in a radial direction, which is overlapped only in the central portion of the sipes by the undulation that is present in the extent direction of the sipes, characterized in that the undulation present in the extent direction of the sipe is composed of two zigzag-shaped regions which, in the middle of the sipe, are connected to one another by means of a connecting portion which extends in a straight line in an axial direction as seen in plan view. wherein the sipes extend, in plan view, in an arc shape and symmetrically with respect to the mid-line of the profile rib, and, in the lateral portions and in the central portion, have a uniform undulation running in a radial direction, which is overlapped only in the central portion of the sipes by the undulation that is present in the extent direction of the sipes, characterized in that the undulation present in the extent direction of the sipe is composed of two zigzag-shaped regions which, in the middle of the sipe, are connected to one another by means of a connecting portion which extends in a straight line in an axial direction as seen in plan view.
A portable air compressor system, comprising: a drive unit having a drive shaft; a compressor having a driven shaft, a compressor head and a body; a first fan rotatably mounted to the compressor operable to generate a first air flow; a second fan mounted to the drive shaft operable to create a second air flow directable toward the compressor body; a ducted fan cover characterized in that the fan cover at least partially encloses both the first and second fans (74, 82) and creates an air passage to transfer the first air flow from the first fan to the compressor head. a drive unit having a drive shaft; a compressor having a driven shaft, a compressor head and a body; a first fan rotatably mounted to the compressor operable to generate a first air flow; a second fan mounted to the drive shaft operable to create a second air flow directable toward the compressor body; a ducted fan cover characterized in that the fan cover at least partially encloses both the first and second fans (74, 82) and creates an air passage to transfer the first air flow from the first fan to the compressor head.
A microwave ablation system, comprising: a microwave applicator (110, 810, 1010) including an antenna configured to deliver microwave energy to ablate tissue; a microwave generator coupled to the microwave applicator via a transmission network and configured to generate a microwave signal and transmit the microwave signal to the antenna; a radiometer (160, 510) configured to measure noise temperature propagating through the transmission network; a controller (150, 540) configured to turn off the microwave signal generated by the microwave generator for a predetermined period and to control the radiometer to measure noise temperature during the predetermined period; a fluid cooling system configured to cool the microwave transmission network; a first thermocouple (2001, 2002; 2001) in thermal communication with cooling fluid in the fluid cooling system and configured to sense the temperature of the cooling fluid; and a second thermocouple (2004; 2002) in thermal communication with the microwave transmission network and configured to measure the temperature of the transmission network, wherein the radiometer is configured to measure the noise temperature from the tissue when the temperature of the cooling fluid sensed by the first thermocouple is substantially the same as the temperature of the transmission network sensed by the second thermocouple. a microwave applicator (110, 810, 1010) including an antenna configured to deliver microwave energy to ablate tissue; a microwave generator coupled to the microwave applicator via a transmission network and configured to generate a microwave signal and transmit the microwave signal to the antenna; a radiometer (160, 510) configured to measure noise temperature propagating through the transmission network; a controller (150, 540) configured to turn off the microwave signal generated by the microwave generator for a predetermined period and to control the radiometer to measure noise temperature during the predetermined period; a fluid cooling system configured to cool the microwave transmission network; a first thermocouple (2001, 2002; 2001) in thermal communication with cooling fluid in the fluid cooling system and configured to sense the temperature of the cooling fluid; and a second thermocouple (2004; 2002) in thermal communication with the microwave transmission network and configured to measure the temperature of the transmission network, wherein the radiometer is configured to measure the noise temperature from the tissue when the temperature of the cooling fluid sensed by the first thermocouple is substantially the same as the temperature of the transmission network sensed by the second thermocouple.
A knife having a housing and having a blade carrier for holding a blade, which is held in a detachable manner between contact surfaces (42, 43) of the blade carrier and a blade cover, the blade carrier can be moved between an operating position and a blade replacement position, wherein the blade carrier is arranged in the operating position in the housing and in the blade replacement position the blade carrier is moved so far out of the housing that the blade cover can be distanced from the blade carrier and a blade replacement can be carried out, characterized in that the blade is arranged in the operating position in the housing in such a manner that a region of the cutting edge is arranged in a recess of the housing, which geometrically delimits the access to the cutting edge and in that cutting material can be supplied to the cutting edge via the recess, whereby in the operating position, a first outer surface of the blade carrier interacts with a first housing surface and a second outer surface of the blade cover interacts with a second housing surface in such a manner that the blade is clamped between the blade carrier and the blade cover.