mhurhangee/ep-ind-claims huggingface dataset:
A turbomachine, comprising: a variably positioned vane; a spindle integral with a vane outer button, wherein the vane is coupled to the vane outer button; an annular sleeve defining the spindle, wherein the annular sleeve contacts the vane outer button at a radially inward extent and contacts a turbine casing at a radially outward extent, wherein the annular sleeve comprises a wall portion positioned perpendicular to the spindle, the wall portion including an aperture and the spindle extending from the vane outer button to and through the aperture, and wherein the spindle includes threads; a nut engaged with the threads, the nut applying force to the wall portion toward the radially inward extent; wherein a radially outward end of the spindle extends through the turbine casing, and wherein a cantilever rotation actuator is coupled to the radially outward end of the spindle; a first roller element engaging the annular sleeve substantially near the radially outward extent, wherein the first roller element is coupled to the turbine casing; a second roller element engaging the annular sleeve substantially near the radially inward extent, wherein the second roller element is coupled to an outer endwall ring; and an annular sleeve wall aperture and at least one vane outer button aperture, wherein the annular sleeve wall aperture and the at least one vane outer button aperture are structured to allow cooling air to enter the vane. a variably positioned vane; a spindle integral with a vane outer button, wherein the vane is coupled to the vane outer button; an annular sleeve defining the spindle, wherein the annular sleeve contacts the vane outer button at a radially inward extent and contacts a turbine casing at a radially outward extent, wherein the annular sleeve comprises a wall portion positioned perpendicular to the spindle, the wall portion including an aperture and the spindle extending from the vane outer button to and through the aperture, and wherein the spindle includes threads; a nut engaged with the threads, the nut applying force to the wall portion toward the radially inward extent; wherein a radially outward end of the spindle extends through the turbine casing, and wherein a cantilever rotation actuator is coupled to the radially outward end of the spindle; a first roller element engaging the annular sleeve substantially near the radially outward extent, wherein the first roller element is coupled to the turbine casing; a second roller element engaging the annular sleeve substantially near the radially inward extent, wherein the second roller element is coupled to an outer endwall ring; and an annular sleeve wall aperture and at least one vane outer button aperture, wherein the annular sleeve wall aperture and the at least one vane outer button aperture are structured to allow cooling air to enter the vane.
Drive device for driving a drill rod having - a drive means with a rotary drive and a vibration drive for driving an output shaft in a rotating and axially vibrating manner and - an adapter means which is coupled with the output shaft and comprises an outer adapter for connecting an outer rod and an inner adapter for connecting an inner rod, characterized in that the outer adapter is adapted to transmit the rotational movement and the axially vibrating movement of the output shaft to the outer rod and in that the inner adapter is supported in an axially displaceable and spring-mounted manner in the outer adapter. - a drive means with a rotary drive and a vibration drive for driving an output shaft in a rotating and axially vibrating manner and - an adapter means which is coupled with the output shaft and comprises an outer adapter for connecting an outer rod and an inner adapter for connecting an inner rod,
Method for a driver assistance system in a vehicle for controlling a distance from the vehicle to a further vehicle, comprising: - determination of a distance (dx) between the vehicle and the further vehicle, - determination of a relative speed (dv) between the vehicle and the further vehicle, and - operation of the vehicle in an operating state from a group of a plurality of prescribed operating states on the basis of the distance (dx) and the relative speed (dv) when the vehicle approaches the further vehicle, characterized by: - association of a respective distance range with each of the operating states of the group of a plurality of prescribed operating states, wherein the respective distance range is determined on the basis of a speed (v) of the vehicle and the relative speed (dv), and - operation of the vehicle in an operating state from the group of a plurality of prescribed operating states when the vehicle approaches the further vehicle and the distance between the vehicle and the further vehicle is in the distance range associated with the operating state. - determination of a distance (dx) between the vehicle and the further vehicle, - determination of a relative speed (dv) between the vehicle and the further vehicle, and - operation of the vehicle in an operating state from a group of a plurality of prescribed operating states on the basis of the distance (dx) and the relative speed (dv) when the vehicle approaches the further vehicle, characterized by: - association of a respective distance range with each of the operating states of the group of a plurality of prescribed operating states, wherein the respective distance range is determined on the basis of a speed (v) of the vehicle and the relative speed (dv), and - operation of the vehicle in an operating state from the group of a plurality of prescribed operating states when the vehicle approaches the further vehicle and the distance between the vehicle and the further vehicle is in the distance range associated with the operating state. - association of a respective distance range with each of the operating states of the group of a plurality of prescribed operating states, wherein the respective distance range is determined on the basis of a speed (v) of the vehicle and the relative speed (dv), and - operation of the vehicle in an operating state from the group of a plurality of prescribed operating states when the vehicle approaches the further vehicle and the distance between the vehicle and the further vehicle is in the distance range associated with the operating state.
A method for producing a recombinant mammalian protein or peptide in a Pseudomonad host cell, the method comprising: a. transforming the Pseudomonad host cell with a nucleic acid encoding a recombinant mammalian protein or peptide; and b. growing the cell under conditions that allow expression of the recombinant mammalian protein or peptide; and c. isolating the recombinant protein or peptide, wherein the recombinant protein or peptide is present in the host cell in soluble or insoluble form, and wherein the recombinant mammalian protein or peptide is an antibody or an antibody fragment. a. transforming the Pseudomonad host cell with a nucleic acid encoding a recombinant mammalian protein or peptide; and b. growing the cell under conditions that allow expression of the recombinant mammalian protein or peptide; and c. isolating the recombinant protein or peptide,
Formwork part (26a-c) for a ceiling formwork, the formwork part (26a-c) having a compensation element, the compensation element having the following: a) a base frame comprising a longitudinal carrier and two transverse carriers (30a, 30b), which are rigidly connected to the longitudinal carrier transverse to the longitudinal carrier, the longitudinal carrier having a nailing strip for fastening a compensation element formwork shell; b) an external carrier, which is arranged parallel to the longitudinal carrier and is guided displaceably on the transverse carriers (30a, 30b), the external carrier having a nailing strip for fastening a compensation element formwork shell, the formwork part (26a-c) having a first central carrier (50a, 50b), which is arranged parallel to the longitudinal carrier and reversibly, detachably connected to the transverse carriers (30a, 30b), the first central carrier (50a, 50b) having a nailing strip (58b, 58c) for fastening the compensation element formwork shell, wherein the first central carrier (50a, 50b) has support head receivers, which are arranged or formed on the longitudinal-face ends of the first central carrier (50a, 50b) for mounting the first central carrier (50a, 50b) on a support head of the ceiling formwork, the first central carrier (50a, 50b) being arrangeable on the ceiling formwork between two support heads without the base frame, the longitudinal carrier having support head receivers, which are arranged or formed on the longitudinal-face ends of the longitudinal carrier for mounting the longitudinal carrier on a support head of the ceiling formwork. a) a base frame comprising a longitudinal carrier and two transverse carriers (30a, 30b), which are rigidly connected to the longitudinal carrier transverse to the longitudinal carrier, the longitudinal carrier having a nailing strip for fastening a compensation element formwork shell; b) an external carrier, which is arranged parallel to the longitudinal carrier and is guided displaceably on the transverse carriers (30a, 30b), the external carrier having a nailing strip for fastening a compensation element formwork shell,
A charging base for a vacuum cleaner, including at least: - a support body configured to be fastened to a wall, the support body including a receiving housing configured to at least partially receive a battery case of the vacuum cleaner, - a male electrical connector configured to be electrically connected to a female electrical connector, provided on the battery case, when the battery case is received in the receiving housing, the male electrical connector being angled and being fastened in an insertion housing delimited by the support body, the charging base further includes a blocking member configured to block the male electrical connector in the insertion housing, characterized in that the blocking member is configured to allow insertion of the male electrical connector into the insertion housing along an insertion direction when the male electrical connector has a first angular orientation relative to a pivot axis which is substantially parallel to the insertion direction, and to then allow pivoting of the male electrical connector, relative to the support body and along the pivot axis, from the first angular orientation to a second angular orientation which is different from the first angular orientation, the blocking member being configured to block in translation the male electrical connector relative to the support body and along the insertion direction when the male electrical connector is received in the insertion housing and is in the second angular orientation. - a support body configured to be fastened to a wall, the support body including a receiving housing configured to at least partially receive a battery case of the vacuum cleaner, - a male electrical connector configured to be electrically connected to a female electrical connector, provided on the battery case, when the battery case is received in the receiving housing, the male electrical connector being angled and being fastened in an insertion housing delimited by the support body, the charging base further includes a blocking member configured to block the male electrical connector in the insertion housing, characterized in that the blocking member is configured to allow insertion of the male electrical connector into the insertion housing along an insertion direction when the male electrical connector has a first angular orientation relative to a pivot axis which is substantially parallel to the insertion direction, and to then allow pivoting of the male electrical connector, relative to the support body and along the pivot axis, from the first angular orientation to a second angular orientation which is different from the first angular orientation, the blocking member being configured to block in translation the male electrical connector relative to the support body and along the insertion direction when the male electrical connector is received in the insertion housing and is in the second angular orientation.
An information processing apparatus comprising: a semantic analysis unit configured to perform semantic analysis on speech text recognized by a speech recognition unit until a time point in the middle of a speech; a score calculation unit (lOd) configured to calculate a score for a response candidate, acquired by a responding action acquisition unit, on the basis of a result of the analysis performed by the semantic analysis unit, wherein the score calculation unit updates the score according to the semantic analysis sequentially performed on the speech by the semantic analysis unit; and a notification control unit configured to perform control to notify of the response candidate, until a time point in the middle of the speech, according to the score calculated by the score calculation unit, wherein the notification control unit performs control to update display of the response candidate in association with the updating of the score and to notify of a plurality (21a, 21b, 21c, 21c-2, 22) of the response candidates in display forms corresponding to the scores. a semantic analysis unit configured to perform semantic analysis on speech text recognized by a speech recognition unit until a time point in the middle of a speech; a score calculation unit (lOd) configured to calculate a score for a response candidate, acquired by a responding action acquisition unit, on the basis of a result of the analysis performed by the semantic analysis unit, wherein the score calculation unit updates the score according to the semantic analysis sequentially performed on the speech by the semantic analysis unit; and a notification control unit configured to perform control to notify of the response candidate, until a time point in the middle of the speech, according to the score calculated by the score calculation unit, wherein the notification control unit performs control to update display of the response candidate in association with the updating of the score and to notify of a plurality (21a, 21b, 21c, 21c-2, 22) of the response candidates in display forms corresponding to the scores.
Method of regulating a lateral guide of a metal strip, particularly in the inlet or outlet of roll stands or in front of drive apparatus, wherein the lateral guide comprises a first guide on one side of the metal strip and a second guide on the other side of the metal strip, wherein the guides (2, 4) can be moved independently of one another and each can be operated under positional regulation and wherein forces K1, K2), which act on the first guide and on the second guide, of the metal strip can be measured, characterised in that the target position (S1, S2) for the first and/or the second guide (2, 4) is so regulated in dependence on the forces (K1, K2) measured at the first and the second guide (2, 4) that the lower value (K') of the forces (K1, K2) respectively measured at the first guide and at the second guide, which lower value is selected by comparison between these two measured forces (K1, K2), lies above a selectable lower limit force and below a selectable upper limit force.
Apparatus for making an antenna for wire transponders of electrically conductive material, comprising depositing means (6; 6') for depositing said wire on a substrate placed on support means, said depositing means (6; 6') and said substrate being movable with respect to each other, characterised in that said support means are movable along three directions parallel to the axes of a Cartesian reference system, said depositing means (6; 6') being capable of rotating around an axis perpendicular to a plane defined by said support means.
Indexable milling insert, comprising an upperside, an underside parallel to an imaginary reference plane, and two cutting edges, which individually include a cutting edge line and are formed between a chip surface included in the upperside and a first clearance surface extending between the upperside and the underside, which clearance surface forms an acute, nominal first clearance angle (α) with an arbitrary normal to the reference plane, the individual cutting edge comprising a main edge, which is at least partly convexly curved as viewed in plane elevation from above, and which extends from an initial end, which determines the maximal cutting depth of the milling insert, to a corner edge the radius of curvature of which is smaller than the radius of curvature of the main edge, the main edge rising in the direction from the initial end toward the corner edge by the fact that the distance thereof to the underside successively increases in said direction, and a second clearance surface being formed between the cutting edge line and the first clearance surface, which second clearance surface has a width of at most 0,3 mm and a nominal second clearance angle (λ) that is smaller than the first clearance angle (α), characterized in that the second clearance surface is of uniform width and that the clearance angle (λ) thereof decreases successively in the direction from the initial end toward the corner edge.
An inverted-type hot runner system comprising a spreader plate, the spreader plate defining a runner therein, the spreader plate comprising a hot nozzle, wherein the hot runner system comprises a mounting plate, a spreader-plate mounting slot being formed on a back surface of the mounting plate, a cylinder mounting slot and a main-nozzle-head mounting slot being formed on a front surface of the mounting plate,, the main nozzle head being in communication with the runner, a position of the cylinder mounting slot being corresponding to a position of the hot nozzle, a cylinder being mounted in the cylinder mounting slot, the cylinder being connected with a needle of the hot nozzle, and wherein the mounting plate is a single mounting plate, characterized in that the spreader plate being fixed in the spreader-plate mounting slot, and the main nozzle head being mounted in the main-nozzle head mounting slot, wherein the spreader plate, the nozzle, the cylinder and the main nozzle head are mounted to the single mounting plate.
Method for liquid measurements relating to unknown flow rates, comprising: - providing a sensor comprising a surface arranged to receive a liquid thereupon, an electrical heating element arranged to heat said surface, and an arrangement (11, 13; 7, 15) for measuring a temperature of said surface; - receiving liquid on said sensor surface; - heating said surface by means of said electrical heating element at a known rate while taking a plurality of temperature measurements thereof in function of time (t), said heating being at an absolute temperature of at least 90% of the boiling point (T b) of said liquid under ambient pressure; - deriving a flow rate measurement of an unknown flow rate of said liquid from said electrical heating rate and said temperature measurements. - providing a sensor comprising a surface arranged to receive a liquid thereupon, an electrical heating element arranged to heat said surface, and an arrangement (11, 13; 7, 15) for measuring a temperature of said surface; - receiving liquid on said sensor surface; - heating said surface by means of said electrical heating element at a known rate while taking a plurality of temperature measurements thereof in function of time (t), said heating being at an absolute temperature of at least 90% of the boiling point (T b) of said liquid under ambient pressure; - deriving a flow rate measurement of an unknown flow rate of said liquid from said electrical heating rate and said temperature measurements.
Process for manufacturing a sheet of paper and/or board from a fibrous suspension, according to which, before the formation of said sheet, added to the fibrous suspension, at one or more injection points, are at least two retention aids respectively: (a) 100 to 1500 g, per ton of dry paper and/or board, of at least one watersoluble organic cationic polymer P1 with a cationicity greater than 2 meq.g -1, and (b) 100 to 1500 g, per ton of dry paper and/or board, of at least one watersoluble amphoteric polymer P2 of at least one anionic monomer and of at least one cationic monomer, characterized in that the polymer P2 is added to the fibrous suspension after dissolving, in aqueous solution, the polymer P2 previously obtained by one of the following polymerization techniques: - gel polymerization, - suspension polymerization, - inverse emulsion polymerization, - dispersion polymerization, and in that polymer P2 has a factor F > 2, said factor F being defined by the formula: F=UL 2 x [(100-A)/(100-C)] with UL: Brookfield viscosity of the polymer P2 at 0.1 % by weight in a 1M aqueous solution of NaCl, at 23 °C, with a UL module and at 60 rev.min -1 A and C corresponding respectively to the molar percentages of the anionic and cationic monomers of the polymer P2, polymer P1 being is selected from: (i) polyvinylamines and/or (ii) polyethyleneimines, and/or, (iii) polyamines, and/or, (iv) poly(diallyldimethylammonium chloride), and/or, (v) poly(amidoamine-epihalohydrin). (a) 100 to 1500 g, per ton of dry paper and/or board, of at least one watersoluble organic cationic polymer P1 with a cationicity greater than 2 meq.g -1, and (b) 100 to 1500 g, per ton of dry paper and/or board, of at least one watersoluble amphoteric polymer P2 of at least one anionic monomer and of at least one cationic monomer, - gel polymerization, - suspension polymerization, - inverse emulsion polymerization, - dispersion polymerization, (i) polyvinylamines and/or (ii) polyethyleneimines, and/or, (iii) polyamines, and/or, (iv) poly(diallyldimethylammonium chloride), and/or, (v) poly(amidoamine-epihalohydrin).
A wooden construction element for forming building walls or the like, comprising a first wall, which is transversely connected via a series of first cross members to a second wall, said connection being obtained by means of a dovetail joint and interlocked covers being mounted thereupon, and said second wall being transversely connected to a third wall via a series of second cross members, characterized in that said second elements are offset in the width direction with respect to said first cross members, said second connection being obtained by means of a dovetail joint and interlocked covers being mounted thereupon, said third wall being connected to a fourth wall via a series of third cross members which are offset in the width direction with respect to said second cross members and said fourth wall, said third connection being obtained by means of a dovetail joint and interlocked covers being mounted thereupon, said first and second walls forming, with said first cross members and said covers, a first module, and said second and third walls forming, with said second cross members and said covers, a second module, which is offset in the height direction with respect to said first module, and said third and fourth walls forming, with said third cross members and said covers, a third module, which is offset in the height direction with respect to said second module.