mhurhangee/ep-ind-claims huggingface dataset:
An electric machine comprises a cylindrical rotor being rotatable around a longitudinal centre axis (X-X) of rotation, a stator surrounding the rotor and a support structure supporting the rotor and the stator, the stator comprising a cylindrical stator core and a stator frame surrounding the stator core, the stator core being attached to the stator frame, the stator frame having axial (X-X) ends and longitudinal sides, the rotor being supported at each axial (X-X) end through a bearing (140, 150) located in a bearing house (145, 155) on the support structure, the bearing house (145, 155) being located axially (X-X) outwardly from the axial (X-X) end of the stator frame, characterized in that an end support structure of cast iron having a length and a height is provided at each axial (X-X) end of the stator frame, the end support structure being formed of a longitudinal middle portion and two upwards to the height of the end support structure directed end portions (620, 630), the end support structure extending in an axially (X-X) traverse direction between the outer edges of the axial (X-X) ends of the stator frame, whereby the end support structure is attached with compression joints to the axial (X-X) end of the stator frame and to the support structure, the bearing house (145, 155) being supported on and attached to the middle portion of the end support structure.
A fishing spinning reel comprising: a reel body; a handle which is attachable to and detachable from the reel body; a drive gear shaft that is provided in the reel body; a ball bearing (15, 16) that is externally fitted into the drive gear shaft and rotatably supports the drive gear shaft; and a handle shaft that is provided in the handle and is screwed into the drive gear shaft, said fishing spinning reel being characterized in that the handle shaft is integrally provided with an abutting portion (36, 36A) that abuts on an inner ring (15a, 16a) of the ball bearing (15, 16) by the screwing into the drive gear shaft. a reel body; a handle which is attachable to and detachable from the reel body; a drive gear shaft that is provided in the reel body; a ball bearing (15, 16) that is externally fitted into the drive gear shaft and rotatably supports the drive gear shaft; and a handle shaft that is provided in the handle and is screwed into the drive gear shaft, said fishing spinning reel being characterized in that the handle shaft is integrally provided with an abutting portion (36, 36A) that abuts on an inner ring (15a, 16a) of the ball bearing (15, 16) by the screwing into the drive gear shaft.
A cable assembly, comprising: a cable having a subunit surrounded by an upjacketed portion; the subunit including at least one optical fiber and a plurality of tensile yarns disposed within a subunit jacket; and the upjacketed portion including strength components disposed about the subunit and within a jacket, the strength components being glass-reinforced plastic members; a hardened fiber optic connector attached to the at least one optical fiber at a first end, characterized by strain-relieving at least some of the plurality of tensile yarns and the strength components, the hardened fiber optic connector includes a crimp body, wherein some of the plurality of tensile yarns of the subunit are attached and strain-relieved to the crimp body and the strength components of the upjacketed portion are attached and strain-relieved to the crimp body. a cable having a subunit surrounded by an upjacketed portion; the subunit including at least one optical fiber and a plurality of tensile yarns disposed within a subunit jacket; and the upjacketed portion including strength components disposed about the subunit and within a jacket, the strength components being glass-reinforced plastic members; the subunit including at least one optical fiber and a plurality of tensile yarns disposed within a subunit jacket; and the upjacketed portion including strength components disposed about the subunit and within a jacket, the strength components being glass-reinforced plastic members; a hardened fiber optic connector attached to the at least one optical fiber at a first end, characterized by strain-relieving at least some of the plurality of tensile yarns and the strength components, the hardened fiber optic connector includes a crimp body, wherein some of the plurality of tensile yarns of the subunit are attached and strain-relieved to the crimp body and the strength components of the upjacketed portion are attached and strain-relieved to the crimp body.
A method of controlling the regenerative braking of a vehicle, the method comprising: initiating a regenerative braking mode in response to an initiating control input to an accelerator of the vehicle, the initiating control input comprising a reduction in the degree of actuation of the accelerator of the vehicle; modifying a level of regenerative braking in the regenerative braking mode in response to an additional control input, wherein the additional control input comprises application of a brake of the vehicle; and maintaining a modified level of regenerative braking after the additional control input has been terminated, wherein the modified level of regenerative braking is the same as the level of regenerative braking applied in response to the additional control input. initiating a regenerative braking mode in response to an initiating control input to an accelerator of the vehicle, the initiating control input comprising a reduction in the degree of actuation of the accelerator of the vehicle; modifying a level of regenerative braking in the regenerative braking mode in response to an additional control input, wherein the additional control input comprises application of a brake of the vehicle; and maintaining a modified level of regenerative braking after the additional control input has been terminated, wherein the modified level of regenerative braking is the same as the level of regenerative braking applied in response to the additional control input.
A device for modifying the shape of a circular optical surface, characterised in that it comprises at least one controllable-length element, means for controlling the length of said element, said element being connected to said optical surface via its ends at zones that are diametrically opposite and are close to the periphery of said optical surface, the connection between said controllable-length element and said optical surface comprising attachments that are rigid along the axis joining these two attachment zones and are flexible along the other degrees of freedom, said control means comprise a cell for compensating for beam length variation due to variations in the ambient temperature, said cell comprising two branches (140, 141) forming a U-shape, the means for controlling the length being disposed on one of said branches, said branches being made of a material having a significant thermal expansion coefficient at temperatures as low as 40 K, allowing variations in the length of the beam to be obtained by heating or by cooling only one branch of said compensation cell.
A production method of a napped artificial leather, comprising the steps of: providing a fiber sheet including a non-woven fabric of ultrafine fibers with a fineness of 1 dtex or less that has been impregnated with a first elastic polymer; napping one or both surfaces of the fiber sheet to form a napped surface thereon; applying, to the napped surface, a resin solution containing a second elastic polymer having solubility in a predetermined solvent; and applying the solvent to the surface to which the resin solution is applied. providing a fiber sheet including a non-woven fabric of ultrafine fibers with a fineness of 1 dtex or less that has been impregnated with a first elastic polymer; napping one or both surfaces of the fiber sheet to form a napped surface thereon; applying, to the napped surface, a resin solution containing a second elastic polymer having solubility in a predetermined solvent; and applying the solvent to the surface to which the resin solution is applied.
A process for recovering/purifying a C 4 -C 10 acrylic ester from a crude reaction mixture obtained via the direct esterification of acrylic acid with the corresponding alcohol, in which a stream rich in acidic impurities originating from the esterification reaction, such as β-hydroxypropionic acid and β-acryloxypropionic acid, are withdrawn via a side outlet during distillation of the crude reaction mixture, characterized in that it comprises a step of thermal cracking of the residues at the bottom of the purification column, leading to the production of cracking products which are recycled into the process.
An apparatus for separating oil and water comprising a separator tank or a body having an inlet, an outlet for oil and an outlet for water, the apparatus further comprising a transport pipeline connected to the inlet for the supply of the fluids that are to be separated in the separator tank or body, characterized in that the transport pipeline extends from the inlet through the separator tank or body, and wherein a part of the line that is located inside the separator tank or body is provided with perforations or slits arranged such that fluid that arrives in the transport pipeline can flow into the separator tank or body through the perforations or slits, wherein the transport pipeline is provided with a valve downstream of the separator tank or body, and wherein the outlet for oil and the outlet for water are separate from the transport pipeline.
Laminar sealing tape for sealing the region of a wall structure, for example, for covering the transition region of a support structure and an adjacent region of the wall structure, particularly of a façade, wherein the sealing tape has two longitudinal edges and is or can be provided with an adhesive, distributed in certain areas in the longitudinal direction of the tape, by which adhesive the sealing tape can be adhered to a structural element of the region of the wall structure, wherein the sealing tape has a first strip from an expandable and tear-resistant material (first material) that extends in the longitudinal direction of the tape, wherein the sealing tape further has a second strip that extends in the longitudinal direction of the tape, wherein relative to the width of the tape, said first strip and said second strip are juxtaposed at least in sections, wherein the first strip has a water vapor diffusion resistance which is at least 20% higher than that of the second strip, and wherein the second strip has an Sd value in the range of 0.01 m to 20 m, characterized in that the first strip has a tensile strength and/or an elongation at break higher than that of the second strip.
A method for controlling a pump (100, 200), the method comprising the steps of providing a pump: including a motor configured to actuate a pumping action of the pump (100, 200) on receiving a power supply; and including providing a controller communicably coupled to the motor, the controller configured to: control the power supply to the motor; and pair with a wireless control unit; wherein the controller scans an environment (140, 240) of the pump (100, 200) for detecting a pairing signal, characterized in that: the controller is further configured to suspend the power supply to the motor upon detecting the pairing signal. including a motor configured to actuate a pumping action of the pump (100, 200) on receiving a power supply; and including providing a controller communicably coupled to the motor, the controller configured to: control the power supply to the motor; and pair with a wireless control unit; control the power supply to the motor; and pair with a wireless control unit; wherein the controller scans an environment (140, 240) of the pump (100, 200) for detecting a pairing signal, characterized in that: the controller is further configured to suspend the power supply to the motor upon detecting the pairing signal.
A moisture removal system for a ceramic tile printing system having one or more print bars, a chassis having a first end, a second end opposite the first end, a first side, and a second side opposite the first side, wherein the first side and the second side extend from the first end to the second end, a conveyor assembly mounted to the chassis and extending between the first end and the second end, wherein the conveyor assembly comprises a first roller at the first end, a second roller at the second end, a transfer belt extending between the first roller and the second roller for moving workpieces with respect to the print bars, and a drive mechanism linked to any of the first roller or the second roller, wherein the moisture removal system comprises: a vacuum source; a vacuum manifold connected to the vacuum source; at least one vacuum plenum corresponding to each of the print bars and extending transversely over the transfer belt from a near end to a far end, wherein each of the vacuum plenums comprise an inlet defined at the far end proximate the transfer belt, an outlet conduit (312, 316) that is connected to the vacuum manifold, and a plenum passage extending from the inlet to the outlet, wherein each of the vacuum plenums comprises a plurality of cross sections between the near and the far end, wherein the plurality of cross sections are any of polygonal or curved to provide a consistent pressure differential across a portion of the width of the transport belt to draw moisture away from a ceramic tile print zone. a vacuum source; a vacuum manifold connected to the vacuum source; at least one vacuum plenum corresponding to each of the print bars and extending transversely over the transfer belt from a near end to a far end, wherein each of the vacuum plenums comprise an inlet defined at the far end proximate the transfer belt, an outlet conduit (312, 316) that is connected to the vacuum manifold, and a plenum passage extending from the inlet to the outlet, wherein each of the vacuum plenums comprises a plurality of cross sections between the near and the far end, wherein the plurality of cross sections are any of polygonal or curved to provide a consistent pressure differential across a portion of the width of the transport belt to draw moisture away from a ceramic tile print zone.
A method for forming a sustainable thermoplastic film, the method comprising: forming a mixture by supplying a virgin polymer comprising polyolefin and a post-industrial-recycled material to a feed section of an extruder, wherein the PIR comprises a thermoplastic, elastomeric-polymer and a spunbond component; melt processing the mixture within the extruder and extruding the mixture through a die to form the film, wherein the film has a thickness of 100 micrometers or less. forming a mixture by supplying a virgin polymer comprising polyolefin and a post-industrial-recycled material to a feed section of an extruder, wherein the PIR comprises a thermoplastic, elastomeric-polymer and a spunbond component; melt processing the mixture within the extruder and extruding the mixture through a die to form the film, wherein the film has a thickness of 100 micrometers or less.
A continuous inkjet printer having a printhead that includes first and second ink droplet generators (8, 9), each operable to generate a stream of ink droplets, and a common gutter arranged to receive unprinted ink droplets from the first and second ink droplet generators (8, 9), the printer further including control means configured to determine receipt into the common gutter of ink droplets from the first and second ink droplet generators (8, 9), characterised in that the control means are operable to use a single sensor to determine receipt into the common gutter of ink droplets from one, both, and neither of the first and second ink droplet generators (8, 9).
Fixed-wing aircraft (10; 110; 210), wherein the fixed-wing aircraft (10; 110; 210) is a vertical take-off aircraft, comprising: a load element (12; 112; 212), which is coupled to a fuselage (11; 111; 211) of the fixed-wing aircraft (10; 110; 210); an actuator device (20; 120), by means of which a position (71, 72) of the load element (12; 112; 212) can be varied in relation to the fuselage (11; 111; 211) during a flight of the fixed-wing aircraft (10; 110; 210) to displace a centre of gravity of the fixed-wing aircraft (10; 110; 210) by means of the load element (12; 112; 212); and a control device, which controls the actuator device such that the load element (112; 212) is arranged in a first position during a vertical take-off operation and/or during a vertical landing operation of the fixed-wing aircraft (110; 210) and in at least one second position during a horizontal flight of the fixed-wing aircraft (110; 210), wherein the first position is located on the tail of the fixed-wing aircraft (110; 210), characterised in that the control device controls the actuator device such that the load element (112; 212) is moved from the first position into the second position thereby facilitating transition of the fixed-wing aircraft (10; 110; 210) from vertical take-off operation to horizontal flight. a load element (12; 112; 212), which is coupled to a fuselage (11; 111; 211) of the fixed-wing aircraft (10; 110; 210); an actuator device (20; 120), by means of which a position (71, 72) of the load element (12; 112; 212) can be varied in relation to the fuselage (11; 111; 211) during a flight of the fixed-wing aircraft (10; 110; 210) to displace a centre of gravity of the fixed-wing aircraft (10; 110; 210) by means of the load element (12; 112; 212); and a control device, which controls the actuator device such that the load element (112; 212) is arranged in a first position during a vertical take-off operation and/or during a vertical landing operation of the fixed-wing aircraft (110; 210) and in at least one second position during a horizontal flight of the fixed-wing aircraft (110; 210), wherein the first position is located on the tail of the fixed-wing aircraft (110; 210), characterised in that the control device controls the actuator device such that the load element (112; 212) is moved from the first position into the second position thereby facilitating transition of the fixed-wing aircraft (10; 110; 210) from vertical take-off operation to horizontal flight.
A seal (42, 200, 300) for a machine comprising: a first rotating member having a cavity (104, 106, 310); a second rotating member having at least one outwardly extending fin (50, 84, 202, 302), the fin (50, 84, 202, 302) has a length and a width, a first clearance (112, 118, 134) between the cavity (104, 106, 310) and the fin (50,84,202,302); and a second clearance (116, 120, 314) between the cavity (104, 106, 310) and the fin (50,84, 202, 302), wherein said rotating members (80, 82)are operable at different speeds about the common rotational axis; characterised in that said fin (50, 84, 202, 302) includes an elongated section, a tapered section and a base section, wherein the base section is wider than the cavity (104, 106, 310), wherein the fin (50, 84, 202, 302) further includes orifices (86, 318) for providing fluid flow, the length of the fin (50, 84, 202, 302) extends within the cavity (104, 106, 310) of the first rotating member, the width of the fin (50, 84, 202, 302) is generally uniform at said elongated section; a first rotating member having a cavity (104, 106, 310); a second rotating member having at least one outwardly extending fin (50, 84, 202, 302), the fin (50, 84, 202, 302) has a length and a width,
Heald frame which has the following features: - at least two frame staves which extend substantially in the longitudinal direction of the heald frame; - at least one lateral support which extends substantially in the height direction of the heald frame and to which the at least two frame staves are attached at a distance (a) in the height direction, wherein the sides of the frame staves that are mutually facing in the height direction are referred to as internal sides, and the sides that face away from one another are referred to as external sides; - wherein the at least one lateral support is provided with a protrusion which extends substantially in the longitudinal direction of the heald frame; - wherein at least one first frame stave is composed of light metal and comprises a cross-sectional profile which delimits at least two chambers (5, 7, 9); - at least one fastening means for releasably locking the protrusion to the frame stave, wherein at least one chamber has a height (hk) which corresponds to at least 30%, preferably at least 35%, and particularly preferably at least 40% of the height (hs) of the frame stave, and the protrusion of the lateral support engages in said chamber, characterized in that the protrusion fills the chamber in the height direction of the heald frame at least in one region of the longitudinal extent of the heald frame. - at least two frame staves which extend substantially in the longitudinal direction of the heald frame; - at least one lateral support which extends substantially in the height direction of the heald frame and to which the at least two frame staves are attached at a distance (a) in the height direction, wherein the sides of the frame staves that are mutually facing in the height direction are referred to as internal sides, and the sides that face away from one another are referred to as external sides; - wherein the at least one lateral support is provided with a protrusion which extends substantially in the longitudinal direction of the heald frame; - wherein at least one first frame stave is composed of light metal and comprises a cross-sectional profile which delimits at least two chambers (5, 7, 9); - at least one fastening means for releasably locking the protrusion to the frame stave,
A method for processing a marine of an earth pressure tunnel-boring machine, the marine comprising excavated material and water, said method comprising the following steps: a) mixing the marine with a super absorbent polymer to obtain a processed marine, and b) separating the components of the processed marine to recover, on the one hand, a dry excavated material and, on the other hand, a swollen super absorbent polymer comprising water, characterised in that the super absorbent polymer comprises a carboxylic acid function, and the super absorbent polymer has a particle size which is greater than 1.5 mm and less than or equal to 10 mm. a) mixing the marine with a super absorbent polymer to obtain a processed marine, and b) separating the components of the processed marine to recover, on the one hand, a dry excavated material and, on the other hand, a swollen super absorbent polymer comprising water, the super absorbent polymer comprises a carboxylic acid function, and the super absorbent polymer has a particle size which is greater than 1.5 mm and less than or equal to 10 mm.
An article, comprising: a base material and a coating formed on the base material, the coating comprising a silver-based alloy, the silver-based alloy further comprising tungsten and/or molybdenum, characterized in that the silver-based alloy is a solid solution, and in that the article has one of the following characteristics (i) and (ii): (i) the silver-based alloy has a grain size of less than 100 nm, the grain size changing by no more than 30 nm following exposure to a temperature of at least 125°C for at least 1000 hours; (ii) the concentration of tungsten and/or molybdenum in the silver-based alloy is at least 1.5 atomic percent and the silver-based alloy has an average grain size of less than 1 μm, and a lubricant layer is formed on the coating. a base material and a coating formed on the base material, the coating comprising a silver-based alloy, the silver-based alloy further comprising tungsten and/or molybdenum, (i) the silver-based alloy has a grain size of less than 100 nm, the grain size changing by no more than 30 nm following exposure to a temperature of at least 125°C for at least 1000 hours; (ii) the concentration of tungsten and/or molybdenum in the silver-based alloy is at least 1.5 atomic percent and the silver-based alloy has an average grain size of less than 1 μm, and a lubricant layer is formed on the coating.