mhurhangee/ep-ind-claims huggingface dataset:
A shared armrest comprising: a stationary shaft; a rotatable armrest pad; and a locking mechanism, wherein: the rotatable armrest pad defines a first superior surface and a second superior surface, the second superior surface being wider than the first superior surface; the rotatable armrest pad configured to rotate about the stationary shaft from a first configuration, where the first superior surface is disposed at a top of the shared armrest, to a second configuration, where the second superior surface is disposed at the top of the shared armrest; and the locking mechanism is configured to releasable retain the rotatable armrest pad in either the first configuration or the second configuration, and characterized by further comprising: at least one cam; and at least one extendable divider, wherein: the at least one extendable divider is configured to translate radially through an opening defined by the second superior surface; and the at least one cam is configured to direct the radial translation of the extendable divider as the rotatable armrest pad is rotated. a stationary shaft; a rotatable armrest pad; and a locking mechanism, wherein: the rotatable armrest pad defines a first superior surface and a second superior surface, the second superior surface being wider than the first superior surface; the rotatable armrest pad configured to rotate about the stationary shaft from a first configuration, where the first superior surface is disposed at a top of the shared armrest, to a second configuration, where the second superior surface is disposed at the top of the shared armrest; and the rotatable armrest pad defines a first superior surface and a second superior surface, the second superior surface being wider than the first superior surface; the rotatable armrest pad configured to rotate about the stationary shaft from a first configuration, where the first superior surface is disposed at a top of the shared armrest, to a second configuration, where the second superior surface is disposed at the top of the shared armrest; and at least one cam; and at least one extendable divider, wherein: the at least one extendable divider is configured to translate radially through an opening defined by the second superior surface; and the at least one cam is configured to direct the radial translation of the extendable divider as the rotatable armrest pad is rotated. the at least one extendable divider is configured to translate radially through an opening defined by the second superior surface; and the at least one cam is configured to direct the radial translation of the extendable divider as the rotatable armrest pad is rotated.
An externally adjustable bagging attachment for a riding lawn care vehicle, the bagging attachment comprising: an adjustable member that is accessible by an operator external to the bagging attachment to enable adjustment of a pivot point of the bagging attachment relative to a rear of a riding lawn care vehicle to which the bagging attachment is configured to be attachable, the riding lawn care vehicle including a rear discharge disposed at the rear of the riding lawn care vehicle and further comprising a carriage assembly to which a bag frame of the bagging attachment slidably connects, and wherein movement of the carriage assembly relative to the bag frame adjusts the pivot point of the bagging attachment, characterized in that wherein the bag frame comprises a top frame member including a first leg and a second leg that extend parallel to each other to engage respective end portions of a front frame member proximate to an open end of the bagging attachment that attaches to the rear of the riding lawn care vehicle, and wherein the carriage assembly slidably engages each of the first leg and the second leg via at least two protrusions extended through respective slots (176, 178), and wherein a first one of the at least two protrusions associated with each respective leg extends into an interior portion of the bag frame and a second one of the at least two protrusions associated with each respective leg extends outward from the bag frame to be accessible external to the bagging attachment. an adjustable member that is accessible by an operator external to the bagging attachment to enable adjustment of a pivot point of the bagging attachment relative to a rear of a riding lawn care vehicle to which the bagging attachment is configured to be attachable, the riding lawn care vehicle including a rear discharge disposed at the rear of the riding lawn care vehicle and further comprising a carriage assembly to which a bag frame of the bagging attachment slidably connects, and wherein movement of the carriage assembly relative to the bag frame adjusts the pivot point of the bagging attachment, characterized in that wherein the bag frame comprises a top frame member including a first leg and a second leg that extend parallel to each other to engage respective end portions of a front frame member proximate to an open end of the bagging attachment that attaches to the rear of the riding lawn care vehicle, and wherein the carriage assembly slidably engages each of the first leg and the second leg via at least two protrusions extended through respective slots (176, 178), and wherein a first one of the at least two protrusions associated with each respective leg extends into an interior portion of the bag frame and a second one of the at least two protrusions associated with each respective leg extends outward from the bag frame to be accessible external to the bagging attachment.
Pneumatic spring, with a pneumatic-spring concertina which is tension-mounted, air-tight, between an pneumatic-spring cover and a pneumatic-spring unrolling piston and made from elastomeric material, - the pneumatic-spring cover and the pneumatic-spring unrolling piston being connected via connection devices (5, 6) to the sprung mass, on the one hand, and to the unsprung mass, on the other hand, - and, so as to form a rolling fold, the pneumatic-spring concertina rolling, on the inside, off on a pneumatic-spring unrolling piston and, on the outside, off an external guide surrounding the pneumatic-spring concertina in a sleeve-shaped manner, - with a rotationally symmetrical protective covering having a flexible wall which protects the rolling fold from soiling, - the protective covering being designed as a protective concertina which is arranged mirror-symmetrically to the pneumatic-spring concertina such that, so as to form a rolling fold, the protective concertina rolls, on the inside, on the pneumatic-spring unrolling piston and, on the outside, on the sleeve-shaped external guide, - the rolling folds (7, 10) of the pneumatic-spring concertina and of the protective concertina being spaced apart from one another and forming a ring-shaped interspace between the rolling folds (7, 10) of the pneumatic-spring concertina and the protective concertina, characterized - in that the ring-shaped interspace between the rolling folds (7, 10) of the pneumatic-spring concertina and of the protective concertina is filled with a hydraulically incompressible medium or the interspace is under a vacuum. - the pneumatic-spring cover and the pneumatic-spring unrolling piston being connected via connection devices (5, 6) to the sprung mass, on the one hand, and to the unsprung mass, on the other hand, - and, so as to form a rolling fold, the pneumatic-spring concertina rolling, on the inside, off on a pneumatic-spring unrolling piston and, on the outside, off an external guide surrounding the pneumatic-spring concertina in a sleeve-shaped manner, - with a rotationally symmetrical protective covering having a flexible wall which protects the rolling fold from soiling, - the protective covering being designed as a protective concertina which is arranged mirror-symmetrically to the pneumatic-spring concertina such that, so as to form a rolling fold, the protective concertina rolls, on the inside, on the pneumatic-spring unrolling piston and, on the outside, on the sleeve-shaped external guide, - the rolling folds (7, 10) of the pneumatic-spring concertina and of the protective concertina being spaced apart from one another and forming a ring-shaped interspace between the rolling folds (7, 10) of the pneumatic-spring concertina and the protective concertina, - in that the ring-shaped interspace between the rolling folds (7, 10) of the pneumatic-spring concertina and of the protective concertina is filled with a hydraulically incompressible medium or the interspace is under a vacuum.
A mill roller (6;6a), comprising: a roller main body having an outer peripheral surface (64;64a), the roller main body configured to be rotated about an axis line (O 2), and to pulverize an object to be crushed against a milling surface of a mill table, wherein the outer peripheral surface (64;64a) comprises: a first outer peripheral surface curved so as to form a convex shape outward in a radial direction orthogonal to the axis line (O 2) of the roller main body, and having an arcuate shape formed with the same radius of curvature on both sides of a maximum outer diameter point in a cross section including the axis line (O 2); and a second outer peripheral surface (642;642a) formed on at least one end portion in an axial direction of the first outer peripheral surface, connected to an end surface of the roller main body facing the axial direction, characterized in that the second outer peripheral surface (642;642a) is receded further inward in the radial direction of an imaginary circle than an imaginary circle running along the first outer peripheral surface. a roller main body having an outer peripheral surface (64;64a), the roller main body configured to be rotated about an axis line (O 2), and to pulverize an object to be crushed against a milling surface of a mill table, wherein the outer peripheral surface (64;64a) comprises: a first outer peripheral surface curved so as to form a convex shape outward in a radial direction orthogonal to the axis line (O 2) of the roller main body, and having an arcuate shape formed with the same radius of curvature on both sides of a maximum outer diameter point in a cross section including the axis line (O 2); and a second outer peripheral surface (642;642a) formed on at least one end portion in an axial direction of the first outer peripheral surface, connected to an end surface of the roller main body facing the axial direction, a first outer peripheral surface curved so as to form a convex shape outward in a radial direction orthogonal to the axis line (O 2) of the roller main body, and having an arcuate shape formed with the same radius of curvature on both sides of a maximum outer diameter point in a cross section including the axis line (O 2); and a second outer peripheral surface (642;642a) formed on at least one end portion in an axial direction of the first outer peripheral surface, connected to an end surface of the roller main body facing the axial direction, characterized in that the second outer peripheral surface (642;642a) is receded further inward in the radial direction of an imaginary circle than an imaginary circle running along the first outer peripheral surface.
A calcined alumina catalyst support with at least one rare earth oxide as a stabilizer having a chemical formula (RE x,Al 1-x) 2 O 3, in which RE denotes one or more rare earth elements selected from the group: La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er and Tm; the calcined alumina catalyst support having a rare earth molar content x of 0.005 to 0.04; the alumina catalyst support obtainable by a. preparing a basic solution containing Al 2 O 3 and an acidic solution containing at least one rare earth nitrate, b. mixing together the basic and acidic solutions causing coprecipitation in the form of a slurry, wherein said mixing is performed using a static mixer together with a tank reactor, c. aging the coprecipitation slurry and optionally adding one or more surfactants during the aging, d. separating the coprecipitate from the solution to obtain a wet cake precipitate, e. washing the wet cake precipitate to remove remnants of the solution containing any elements tending to poison the catalyst and thereby to produce a pure rare earth alumina, f. drying the rare earth alumina, and g. calcining the rare earth alumina at 500 to 1.000°C for 3 to 10 hours to obtain the alumina catalyst support; the alumina catalyst support thus having high thermal stability so that even after further calcination at 1.200°C for 50 hours, the alumina catalyst support comprises a theta phase absent the presence of any alpha phase. a. preparing a basic solution containing Al 2 O 3 and an acidic solution containing at least one rare earth nitrate, b. mixing together the basic and acidic solutions causing coprecipitation in the form of a slurry, wherein said mixing is performed using a static mixer together with a tank reactor, c. aging the coprecipitation slurry and optionally adding one or more surfactants during the aging, d. separating the coprecipitate from the solution to obtain a wet cake precipitate, e. washing the wet cake precipitate to remove remnants of the solution containing any elements tending to poison the catalyst and thereby to produce a pure rare earth alumina, f. drying the rare earth alumina, and g. calcining the rare earth alumina at 500 to 1.000°C for 3 to 10 hours to obtain the alumina catalyst support;
A hypolipidemic composition, characterized by comprising ornithine, aspartic acid,vitamin B6, vitamin C, and one or more of the following auxiliary components: citric acid, pantothenic acid, biotin and folic acid; by a weight ratio: ornithine: aspartic acid: VB6 = 1: 0.1-1.2: 0.2-1.5; ornithine: VC = 1: 0.05-1.2; ornithine: citric acid = 1: 0.001-0.05; ornithine: pantothenic acid = 1: 0.00001-0.001; ornithine: biotin = 1: 0.000001-0.0005; ornithine: folic acid = 1: 0.000001-0.0005. citric acid, pantothenic acid, biotin and folic acid; by a weight ratio: ornithine: aspartic acid: VB6 = 1: 0.1-1.2: 0.2-1.5; ornithine: VC = 1: 0.05-1.2; ornithine: citric acid = 1: 0.001-0.05; ornithine: pantothenic acid = 1: 0.00001-0.001; ornithine: biotin = 1: 0.000001-0.0005; ornithine: folic acid = 1: 0.000001-0.0005. ornithine: aspartic acid: VB6 = 1: 0.1-1.2: 0.2-1.5; ornithine: VC = 1: 0.05-1.2; ornithine: citric acid = 1: 0.001-0.05; ornithine: pantothenic acid = 1: 0.00001-0.001; ornithine: biotin = 1: 0.000001-0.0005; ornithine: folic acid = 1: 0.000001-0.0005.
A method for determining the resistive component of the leakage current impedance (R iso) of a downstream branch to an alternating current network having a phase, a neutral conductor and a protective conductor, comprising the steps of: - measuring, by scanning, a differential current I LN between the phase and the neutral conductor by means of a differential current sensor, - measuring, by scanning, a voltage U between the phase and the neutral conductor or between the phase and the protective conductor, - correcting a phase shift between the differential current I LN and the voltage U, - determining several individual differential current values I LN,i and several individual voltage values U i, wherein the differential current values I LN,i are phase-corrected with respect to the voltage values U i, - determining the effective power P from the several individual differential current values I LN,i and the several individual voltage values U i, - determining the effective voltage U Eff by means of the voltage values U i, and - determining the resistive component of the leakage current impedance (R iso) by means of the effective voltage U Eff and the effective power P. - measuring, by scanning, a differential current I LN between the phase and the neutral conductor by means of a differential current sensor, - measuring, by scanning, a voltage U between the phase and the neutral conductor or between the phase and the protective conductor, - correcting a phase shift between the differential current I LN and the voltage U, - determining several individual differential current values I LN,i and several individual voltage values U i, wherein the differential current values I LN,i are phase-corrected with respect to the voltage values U i, - determining the effective power P from the several individual differential current values I LN,i and the several individual voltage values U i, - determining the effective voltage U Eff by means of the voltage values U i, and - determining the resistive component of the leakage current impedance (R iso) by means of the effective voltage U Eff and the effective power P.
A drive device for a movable furniture part, in particular a drawer, having an ejection device, which has a driver and a carriage which is pre-tensioned by a force accumulator and can be coupled via the driver to a movable furniture part, wherein upon unlocking of the ejection device, the movable furniture part is accelerated from an overpressing or closed position over a first travel distance via the carriage and the driver in an opening direction and after the first travel distance, the movable furniture part is movable over a second travel distance, at which the driver is movable in relation to the carriage, whereby during a closing movement the driver moves the carriage against the force of the force accumulator over a third travel distance, characterized in that the driver is coupled along the third travel distance via a control element to the carriage, which is movable along a fourth travel distance until reaching a closed position in relation to the driver.
A drivetrain assembly for a wind turbine, comprising: a main shaft comprising a main flange; a main bearing assembly comprising a main bearing and a cover, the main bearing comprising an inner race, an outer race, and a plurality of roller elements configured therebetween; and a clamping apparatus for positioning the main bearing, the clamping apparatus comprising: a push component arranged between the main flange of the main shaft and the cover of the main bearing assembly and, a spacer plate located within a gap between the cover and the main bearing, wherein the push component is configured to apply a force to the cover so as to push the spacer plate against the main bearing such that the main bearing is pushed into and secured in place during an installation and / or repair procedure of the main bearing or the main shaft. a main shaft comprising a main flange; a main bearing assembly comprising a main bearing and a cover, the main bearing comprising an inner race, an outer race, and a plurality of roller elements configured therebetween; and a clamping apparatus for positioning the main bearing, the clamping apparatus comprising: a push component arranged between the main flange of the main shaft and the cover of the main bearing assembly and, a spacer plate located within a gap between the cover and the main bearing, wherein the push component is configured to apply a force to the cover so as to push the spacer plate against the main bearing such that the main bearing is pushed into and secured in place during an installation and / or repair procedure of the main bearing or the main shaft. a push component arranged between the main flange of the main shaft and the cover of the main bearing assembly and, a spacer plate located within a gap between the cover and the main bearing, wherein the push component is configured to apply a force to the cover so as to push the spacer plate against the main bearing such that the main bearing is pushed into and secured in place during an installation and / or repair procedure of the main bearing or the main shaft.
A dental root canal therapeutic instrument comprising: a shaft portion; and a work portion made of spiral projections having a cross section in continuation with the shaft portion, characterized in that the cross section of the work portion forms a parallelogram having a set of long sides, a set of short sides, a set of first edges with keen tips and a set of second edges, said first edges forming projections located opposite said second edges, the first edges operating as a cutting edge, the first edges being placed closer to a side of the shaft than the adjacent second edges on a side face of the work portion, the tips of the first edges being located further from a centre axis of the work portion than the tips of the second edges, the first edges have respectively a rake angle which is located one side of the first edge and can grind root canal in the pulling manipulation direction and the other rake angle which is located the other side of the first edge and cannot grind root canal in the pushing manipulation direction, and an angle range of the first edges in the cross section of the work portion is in a range between 80 degrees and 87 degrees. a shaft portion; and a work portion made of spiral projections having a cross section in continuation with the shaft portion, characterized in that the cross section of the work portion forms a parallelogram having a set of long sides, a set of short sides, a set of first edges with keen tips and a set of second edges, said first edges forming projections located opposite said second edges, the first edges operating as a cutting edge, the first edges being placed closer to a side of the shaft than the adjacent second edges on a side face of the work portion, the tips of the first edges being located further from a centre axis of the work portion than the tips of the second edges, the first edges have respectively a rake angle which is located one side of the first edge and can grind root canal in the pulling manipulation direction and the other rake angle which is located the other side of the first edge and cannot grind root canal in the pushing manipulation direction, and an angle range of the first edges in the cross section of the work portion is in a range between 80 degrees and 87 degrees.
A method of operating a mobile control unit intended to form part of a home-automation installation comprising elements (11, 12, 13, 14, 15, 16, 17, 18) including appliances fixed in a building, the elements of the installation communicating on a home-automation network, each element being provided with its own specific identifier and with an authentication key, termed "common key", identical for all the elements of the home-automation network and authenticating an element's membership of the home-automation network, characterized in that it comprises: - a step of locating the mobile control unit with respect to a contour (C1; C2; C3) containing the elements of the home-automation installation, the mobile unit comprising a means for network linking to the home-automation network, - a step of automatically invalidating the common key contained in the mobile control unit in the case where the mobile control unit is situated outside the contour. - a step of locating the mobile control unit with respect to a contour (C1; C2; C3) containing the elements of the home-automation installation, the mobile unit comprising a means for network linking to the home-automation network, - a step of automatically invalidating the common key contained in the mobile control unit in the case where the mobile control unit is situated outside the contour.