mhurhangee/ep-ind-claims huggingface dataset:
A pressing screw separator for separating solid components from a slurry comprising solid and liquid components, comprising - a housing with an inlet chamber and a screen chamber, wherein the inlet chamber merges into the screen chamber, - an inlet at the inlet chamber for the slurry, - an outlet at the screen chamber for the solid components, - an outlet at the housing for the liquid components, - a screen arranged in the screen chamber, - a screw extending through the inlet chamber and into the screen, wherein the screw is rotatably movable about a longitudinal axis of the screen for pressing out the slurry, characterized by - a wear ring arranged at the transition from the inlet chamber into the screen chamber, - wherein the wear ring is replaceably fixed at the housing, - wherein a plurality of cutting edges are formed at the inner circumference of the wear ring, - wherein the wear ring is a one-piece, closed ring, wherein the cutting edges are integral components of the closed ring, and - wherein the wear ring is arranged as an axial stop for the screen. - a housing with an inlet chamber and a screen chamber, wherein the inlet chamber merges into the screen chamber, - an inlet at the inlet chamber for the slurry, - an outlet at the screen chamber for the solid components, - an outlet at the housing for the liquid components, - a screen arranged in the screen chamber, - a screw extending through the inlet chamber and into the screen, wherein the screw is rotatably movable about a longitudinal axis of the screen for pressing out the slurry, characterized by - a wear ring arranged at the transition from the inlet chamber into the screen chamber, - wherein the wear ring is replaceably fixed at the housing, - wherein a plurality of cutting edges are formed at the inner circumference of the wear ring, - wherein the wear ring is a one-piece, closed ring, wherein the cutting edges are integral components of the closed ring, and - wherein the wear ring is arranged as an axial stop for the screen.
A bearing (18a, 18b) having an inner ring and an outer ring which is rotatable relative to the inner ring, wherein the inner ring has an inner ring body made of stainless rolling bearing steel and the outer ring has an outer ring body made of stainless rolling bearing steel, and wherein a lubricant layer is formed on at least part of the surface between the inner ring and the outer ring, characterized in that at least part of the surface of the inner ring body and/or of the outer ring body is elemental-iron-free and is bonded to an oleophilic adhesion promoter layer.
Motor vehicle lock having a lock latch which is pivotable in an opening direction and in a locking direction and which is pivotable into an open position, a pre-locking position and a main locking position, wherein, in the pre-locking position and in the main locking position, the lock latch is in holding engagement with a locking element, in particular with a lock striker, wherein the motor vehicle lock has a primary pawl which is pivotable in an engagement direction and a raising direction and which braces the lock latch against pivoting in the opening direction in a pre-locking state in the pre-locking position and in a main locking state in the main locking position, wherein, in the pre-locking state and in the main locking state, the lock latch urges the primary pawl in the raising direction of the primary pawl, wherein the motor vehicle lock has a blocking arrangement which, in the pre-locking state and in the main locking state, blocks the primary pawl against pivoting in the raising direction of the primary pawl, characterized in that the primary pawl braces the lock latch against pivoting in the opening direction of the lock latch by way of a first bracing surface of the primary pawl in the pre-locking state, and by way of a separate second bracing surface of the primary pawl in the main locking state, and the blocking arrangement blocks the primary pawl against pivoting in the raising direction of the primary pawl by way of a first blocking surface of the blocking arrangement in the pre-locking state, and by way of a separate second blocking surface of the blocking arrangement in the main locking state. wherein the motor vehicle lock has a primary pawl which is pivotable in an engagement direction and a raising direction and which braces the lock latch against pivoting in the opening direction in a pre-locking state in the pre-locking position and in a main locking state in the main locking position, wherein, in the pre-locking state and in the main locking state, the lock latch urges the primary pawl in the raising direction of the primary pawl, wherein the motor vehicle lock has a blocking arrangement which, in the pre-locking state and in the main locking state, blocks the primary pawl against pivoting in the raising direction of the primary pawl, characterized in that the primary pawl braces the lock latch against pivoting in the opening direction of the lock latch by way of a first bracing surface of the primary pawl in the pre-locking state, and by way of a separate second bracing surface of the primary pawl in the main locking state, and the blocking arrangement blocks the primary pawl against pivoting in the raising direction of the primary pawl by way of a first blocking surface of the blocking arrangement in the pre-locking state, and by way of a separate second blocking surface of the blocking arrangement in the main locking state.
A pressure sensing cable comprising: an optical fiber comprising: a first core extending internally along a length of the cable, the first core sized and configured to provide propagation of light along the first core along the length of the cable and having a first mode index corresponding to the speed of light propagation along the first core; a second core extending internally along the length of the cable, the second core spaced a distance from the first core, the second core sized and configured to provide propagation of light along the second core along the length of the cable and having a second mode index corresponding to the speed of light propagation along the second core, the second mode index being different from the first mode index, wherein light propagates along the second core at a different speed than along the first core; and characterised in that the pressure exerted upon the cable along the length of the cable diverts light from the first core to the second core, and the amount of light energy diverted to the second core at a given position along the length of the cable corresponds to the pressure exerted upon the cable at the given position. a first core extending internally along a length of the cable, the first core sized and configured to provide propagation of light along the first core along the length of the cable and having a first mode index corresponding to the speed of light propagation along the first core; a second core extending internally along the length of the cable, the second core spaced a distance from the first core, the second core sized and configured to provide propagation of light along the second core along the length of the cable and having a second mode index corresponding to the speed of light propagation along the second core, the second mode index being different from the first mode index, wherein light propagates along the second core at a different speed than along the first core; and characterised in that the pressure exerted upon the cable along the length of the cable diverts light from the first core to the second core, and the amount of light energy diverted to the second core at a given position along the length of the cable corresponds to the pressure exerted upon the cable at the given position.
A composition comprising: a. an oil of lubricating viscosity; b. an epoxide quaternary ammonium salt ("epoxide quat"), wherein the epoxide quat comprises the reaction product of: i. a quaternizable compound that is the reaction product of: 1. a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 100 to 5000, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid; and 2. a nitrogen containing compound having an oxygen or nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent, and further having at least one quaternizable amino group; and ii. a quaternizing agent comprising alcohol functionalized epoxides, preferably wherein the quaternizing agent is glycidol. a. an oil of lubricating viscosity; b. an epoxide quaternary ammonium salt ("epoxide quat"), wherein the epoxide quat comprises the reaction product of: i. a quaternizable compound that is the reaction product of: 1. a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 100 to 5000, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid; and 2. a nitrogen containing compound having an oxygen or nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent, and further having at least one quaternizable amino group; and ii. a quaternizing agent comprising alcohol functionalized epoxides, preferably wherein the quaternizing agent is glycidol. i. a quaternizable compound that is the reaction product of: 1. a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 100 to 5000, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid; and 2. a nitrogen containing compound having an oxygen or nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent, and further having at least one quaternizable amino group; and 1. a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 100 to 5000, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid; and 2. a nitrogen containing compound having an oxygen or nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent, and further having at least one quaternizable amino group; and ii. a quaternizing agent comprising alcohol functionalized epoxides, preferably wherein the quaternizing agent is glycidol.
A method for manufacturing a dual alloy turbine rotor, the method comprising the steps of: positioning a hub within a blade ring to thereby define an interface between the hub and the blade ring, the interface comprising a non-contacting interface, the blade ring comprising an assembled blade ring having an inner annular surface and a first coefficient of thermal expansion and the hub has an outer peripheral surface and a second coefficient of thermal expansion higher than the first coefficient of thermal expansion; enclosing the interface with a pair of diaphragms; vacuum sealing the interface; and bonding the blade ring to the hub after the vacuum sealing step; characterised in that the step of positioning the hub within the blade ring comprises spacing an outer peripheral surface of the hub apart from the inner annular surface of the assembled blade ring to form the non-contacting interface defined by a gap such that the hub and the blade ring are physically separated and not in contact; wherein the step of vacuum sealing the interface includes bonding the pair of diaphragms to the blade ring and to the hub and the step of vacuum sealing the interface reduces the gap as the assembled blade ring expands less than the hub. positioning a hub within a blade ring to thereby define an interface between the hub and the blade ring, the interface comprising a non-contacting interface, the blade ring comprising an assembled blade ring having an inner annular surface and a first coefficient of thermal expansion and the hub has an outer peripheral surface and a second coefficient of thermal expansion higher than the first coefficient of thermal expansion; enclosing the interface with a pair of diaphragms; vacuum sealing the interface; and bonding the blade ring to the hub after the vacuum sealing step; characterised in that the step of positioning the hub within the blade ring comprises spacing an outer peripheral surface of the hub apart from the inner annular surface of the assembled blade ring to form the non-contacting interface defined by a gap such that the hub and the blade ring are physically separated and not in contact; wherein the step of vacuum sealing the interface includes bonding the pair of diaphragms to the blade ring and to the hub and the step of vacuum sealing the interface reduces the gap as the assembled blade ring expands less than the hub.
A vacuum cleaner comprising a cyclone dust collector, wherein the cyclone dust collector includes: a case configured to swirl suctioned air to separate dust from the suctioned air and accommodate the separated dust; a grill assembly separably installed in the case; and a cleaning portion included in the case and configured to remove dust adhered to a surface of the grill assembly when the grill assembly is separated from the case, characterized in that the grill assembly includes: a grill portion in which air passing holes are formed and which are accommodated in the case; and a handle provided at one side of the grill portion. a case configured to swirl suctioned air to separate dust from the suctioned air and accommodate the separated dust; a grill assembly separably installed in the case; and a cleaning portion included in the case and configured to remove dust adhered to a surface of the grill assembly when the grill assembly is separated from the case, characterized in that the grill assembly includes: a grill portion in which air passing holes are formed and which are accommodated in the case; and a handle provided at one side of the grill portion. a grill portion in which air passing holes are formed and which are accommodated in the case; and a handle provided at one side of the grill portion.
System (3, 3', 4) for recovering paint and cleaning in a painting machine provided with a conveying band for conveying panels to be painted, comprising: - at least one unit (3, 3') for paint recovery, comprising a reverse roller (5, 5') in contact with said conveying band, recovering paint sprayed on said conveying band itself, and a doctor blade (6, 6') which in its turn scrapes said reverse roller (5, 5') allowing to recover paint for its successive channelling to a tank, - at least one cleaning unit comprising a cleaning roller, a drying blade, an idle roller, wherein - said at least one paint recovery unit is provided in the form of an independent unit; and - said at least one cleaning unit for said conveying band is provided in the form of an independent unit, characterized in that - said at least one paint recovery unit (3, 3') and said at least one cleaning unit are shiftable independently from each other with respect to said conveying band between an operative position wherein said rollers (5, 5', 8) of said units (3, 3', 4) are in a vertically aligned position with said conveying band, and a non-operative or resting position wherein said rollers are in a position non vertically coinciding with said conveying band, said shifting occurring through the lateral extraction of said paint recovery and cleaning units (3, 3', 4) with respect to the axis of forward motion of the panels to be painted and/or the longitudinal axis of said conveying band. - at least one unit (3, 3') for paint recovery, comprising a reverse roller (5, 5') in contact with said conveying band, recovering paint sprayed on said conveying band itself, and a doctor blade (6, 6') which in its turn scrapes said reverse roller (5, 5') allowing to recover paint for its successive channelling to a tank, - at least one cleaning unit comprising a cleaning roller, a drying blade, an idle roller, - said at least one paint recovery unit is provided in the form of an independent unit; and - said at least one cleaning unit for said conveying band is provided in the form of an independent unit, - said at least one paint recovery unit (3, 3') and said at least one cleaning unit are shiftable independently from each other with respect to said conveying band between an operative position wherein said rollers (5, 5', 8) of said units (3, 3', 4) are in a vertically aligned position with said conveying band, and a non-operative or resting position wherein said rollers are in a position non vertically coinciding with said conveying band, said shifting occurring through the lateral extraction of said paint recovery and cleaning units (3, 3', 4) with respect to the axis of forward motion of the panels to be painted and/or the longitudinal axis of said conveying band.
A thick-film paste composition comprising: a) 85 to 99.75% by weight of an electrically conductive metal or derivative thereof, based on total solids in the composition; b) 0.25 to 15% by weight based on solids of a lead-tellurium-lithium-oxide; and c) an organic medium, wherein the lead-tellurium-lithium-oxide comprises: 30-60 wt% PbO, 40-65 wt% TeO 2, and 0.1-5 wt% Li 2 O. a) 85 to 99.75% by weight of an electrically conductive metal or derivative thereof, based on total solids in the composition; b) 0.25 to 15% by weight based on solids of a lead-tellurium-lithium-oxide; and c) an organic medium, 30-60 wt% PbO, 40-65 wt% TeO 2, and 0.1-5 wt% Li 2 O.
A feed chute comprising a pusher and having a feed opening cooperating with said pusher, the pusher dimensioned to slide through the feed chute to push food articles into a food processor for processing by a food processing element, the feed chute comprising at least one signal processor, characterized in that the at least one signal processor is disposed on the interior surface or on top of the feed chute, and the at least one signal processor is configured to process signals received from at least one sensor disposed on the interior surface or on top of the feed chute to discern between food articles and a human hand, finger or arm, wherein the at least one sensor is a light gate, a thermo-pile, a skin sensor or a blood flow imaging sensor; and the pusher is transparent for said sensor signals. the at least one signal processor is disposed on the interior surface or on top of the feed chute, and the at least one signal processor is configured to process signals received from at least one sensor disposed on the interior surface or on top of the feed chute to discern between food articles and a human hand, finger or arm, wherein the at least one sensor is a light gate, a thermo-pile, a skin sensor or a blood flow imaging sensor; and the pusher is transparent for said sensor signals.
A wind turbine comprising a nacelle, mounted on a tower, the nacelle housing components including a generator connected to a rotor of the wind turbine, the nacelle comprising a cover and a skeleton to which the cover is attached, the skeleton comprising a plurality of connected elongated skeleton members, the skeleton members comprising a first skeleton member and a second skeleton member being non-parallel to the first skeleton member, characterized in that said wind turbine comprises a bolt extending coaxially with the second skeleton member being provided for a connection between the second skeleton member and the first skeleton member.
An absorbent tampon comprising a mass of absorbent material (12, 14), the tampon further comprising insertion end and a withdrawal end disposed opposite the insertion end, a top adjacent the insertion end, a bottom adjacent the withdrawal end, and a middle disposed between the top and the bottom, characterized in that the tampon has a Fluid Kinetic Value of less than 35 measured in accordance with the Fluid Kinetics Testing method described in the application and an average dynamic expansion of greater than 18.7 mm measured in accordance with the Dynamic Expansion method described in the application, wherein the mass of absorbent material comprises between 50 percent to 100 percent trilobal rayon fibers and between 0 percent and 50 percent round rayon fibers, the trilobal rayon fibers have a dtex of between 3.0 and 4.5 and each of the trilobal fibers and round fibers have a spin finish of about 0.06% to about 0.12%, and wherein the mass of absorbent material is either needle punched or spunlaced so that fiber integration occurs by entangling fibers primarily in a direction perpendicular to a long axis of the tampon. wherein the mass of absorbent material comprises between 50 percent to 100 percent trilobal rayon fibers and between 0 percent and 50 percent round rayon fibers, the trilobal rayon fibers have a dtex of between 3.0 and 4.5 and each of the trilobal fibers and round fibers have a spin finish of about 0.06% to about 0.12%, and wherein the mass of absorbent material is either needle punched or spunlaced so that fiber integration occurs by entangling fibers primarily in a direction perpendicular to a long axis of the tampon.
A method comprising - performing interleaved black/bright imaging = IBBI using a magnetic resonance scanner, wherein at least one interposed repetition of a bright blood module is performed between successive repetitions of performing a local oscillation black blood imaging = LOBBI module; wherein the LOBBI module of the IBBI includes: - applying a first flow sensitization gradient for in-plane flow sensitization with a 90° radio frequency pulse preceding the first flow sensitization gradient and a -90° tip-up radio frequency pulse following the first flow sensitization gradient, - applying a spoiler gradient after applying the first flow sensitization gradient and after applying the -90° tip-up radio frequency pulse, - applying a second flow sensitization gradient (FSG-S) for in-plane flow sensitization after applying the spoiler gradient wherein the second flow sensitization gradient's area is equal to the first flow sensitization gradient but of opposite polarity, - applying a slice-selective radio frequency excitation pulse before applying the second flow sensitization gradient for in-plane flow sensitization and after applying the spoiler gradient, and - performing a magnetic resonance readout after applying the second flow sensitization gradient and after applying the slice-selective radio frequency excitation wherein the readout acquires magnetic resonance imaging data having blood signal suppression in the region excited by the slice-selective radio frequency excitation pulse. - performing interleaved black/bright imaging = IBBI using a magnetic resonance scanner, wherein at least one interposed repetition of a bright blood module is performed between successive repetitions of performing a local oscillation black blood imaging = LOBBI module; - applying a first flow sensitization gradient for in-plane flow sensitization with a 90° radio frequency pulse preceding the first flow sensitization gradient and a -90° tip-up radio frequency pulse following the first flow sensitization gradient, - applying a spoiler gradient after applying the first flow sensitization gradient and after applying the -90° tip-up radio frequency pulse, - applying a second flow sensitization gradient (FSG-S) for in-plane flow sensitization after applying the spoiler gradient wherein the second flow sensitization gradient's area is equal to the first flow sensitization gradient but of opposite polarity, - applying a slice-selective radio frequency excitation pulse before applying the second flow sensitization gradient for in-plane flow sensitization and after applying the spoiler gradient, and - performing a magnetic resonance readout after applying the second flow sensitization gradient and after applying the slice-selective radio frequency excitation wherein the readout acquires magnetic resonance imaging data having blood signal suppression in the region excited by the slice-selective radio frequency excitation pulse.