序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
81 Balancing apparatus US51342255 1955-06-06 US2935904A 1960-05-10 WALTER NOACK; FRITZ FAULHABER
82 Instrument for determining wheel balance US2065348 1948-04-13 US2613532A 1952-10-14 JONES CLARENCE M
83 Balancing a turbine rotor US49593443 1943-07-23 US2421832A 1947-06-10 VAL CRONSTEDT
84 Balancing rotating element US43000842 1942-02-09 US2327607A 1943-08-24 SALTZ CLARE F
85 Unbalance correction method and machine US28090739 1939-06-24 US2300354A 1942-10-27 BARTON EDDISON WILLIAM
86 Balancing machine US18696938 1938-01-26 US2171927A 1939-09-05 FUCHS HENRY O
87 Static balancing machine US75258734 1934-11-12 US2110343A 1938-03-08 BRINDLEY TAYLOR GRACE
88 Balancing clamp US65147123 1923-07-14 US1610487A 1926-12-14 BRINTON CHARLES C
89 PROPELLER TUNER ASSEMBLY PCT/US2006041957 2006-10-27 WO2007053437A3 2007-11-29 CLUBINE JOHN RICHARD
One embodiment of a propeller tuner assembly (10) formed in accordance with the present disclosure includes a frame (12) and a bearing assembly (64) having a coupler (90) adapted to selectively couple a propeller (20) to the frame (12). The coupler (90) is selectively movable from a first position where at least a portion of the coupler (90) is substantially isolated from tuning loads applied to the bearing assembly (64).
90 METHOD AND DEVICE FOR CLASSIFYING A WHEEL RIM AND A TIRE AND FOR MOUNTING A WHEEL PCT/DE0104835 2001-12-21 WO0250505A3 2003-05-08 VANETTA ALDO
The invention relates to a method for classifying a wheel rim, comprising the following steps: providing a wheel rim, placing the wheel rim on a balancing device, determining the unbalance of the wheel rim with respect to its position and extent, and applying a marking on the wheel rim by which the position of the unbalance and the extent of the unbalance can be identified as the remaining unbalance. The invention also relates to a corresponding method for a tire. A partial compensation of the unbalance of a tire and a rim may result in the provision of a predetermined remaining unbalance. A tire carrying a tire marking by which the position and the extent of the tire unbalance can be identified can be paired with a corresponding wheel rim that carries a wheel rim marking by which the position and the extent of the wheel rime unbalance can be identified in such a manner that the resulting wheel unbalance remains below a predetermined threshold value.
91 STATICALLY-BALANCED MECHANISM USING HALBACH CYLINDERS EP16829541.8 2016-07-28 EP3329237A1 2018-06-06 BOISCLAIR, Julien; RICHARD, Pierre-luc; LALIBERTE, Thierry; GOSSELIN, Clément
A mechanism comprises a first Halbach cylinder having an inner cavity, the first Halbach cylinder magnetized to produce a first magnetic flux concentrated circumferentially inside the inner cavity. A second Halbach cylinder is concentrically received in the inner cavity of the first Halbach cylinder to concurrently form a rotational joint having a rotational axis. One of the Halbach cylinders is a rotor and the other of the Halbach cylinders is a stator, the second Halbach cylinder magnetized to produce a second magnetic flux concentrated circumferentially outwardly. An output is connected to the rotor to rotate therewith relative to the stator, the output applying a gravity load on the rotor, the gravity load being offset from the rotational axis, whereby the magnetic flux of the first Halbach cylinder and the second Halbach cylinder cooperatively produce a torque against the gravity load caused by the output.
92 A method for predicting initial unbalance in a bladed disk or ring EP11169966.6 2011-06-15 EP2400114B1 2018-01-17 Harrison, John Michael
A method for predicting initial unbalance in a component comprising one or more elements, the method comprising: defining a statistical distribution of a mass moment weight of each of the one or more elements; restricting the statistical distribution to a selected range; and calculating an initial unbalance of the component for the restricted distribution of the one or more elements.
93 Verfahren und Vorrichtung zum Bestimmen einer Bearbeitungsachse EP13188929.7 2013-10-16 EP2759822A1 2014-07-30 Rogalla, Martin

Zum Bestimmen der Bearbeitungsachse eines drehbaren Werkstückrohlings, werden ein Referenzwerkstück mit zu seiner Unwuchtbezugsachse konzentrischen Lagerflächen und danach ein Werkstückrohling in einer Messvorrichtung (10) aufgenommen und mit einer Sensoreinrichtung (36) werden unbearbeitet bleibende Oberflächenbereiche des Referenzwerkstücks und des Werkstückrohlings gemessen und die gemessenen Positionsdaten werden von einem Rechner (40) als Referenzteiloberfläche und als Rohteiloberfläche in einem Datenspeicher (41)gespeichert. Der Rechner (40) berechnet Abweichungen zwischen Rohteiloberfläche und Referenzteiloberfläche und aus diesen eine Unwuchtwirkung, die durch die Lage der Hauptträgheitsachse eines angenommenen Werkstücks ausgedrückt wird. Durch Hinzuaddieren eines Offsets zur Lage der Hauptträgheitsachse, welcher empirisch anhand der relativ zur Bearbeitungsachse gemessenen Istunwuchten von zuvor gefertigten Werkstücken ermittelt wurde, wird die Bearbeitungsachse berechnet.

94 Method for correcting the eccentricity of a vehicle wheel in balancing machines or the like EP08008647.3 2008-05-08 EP1995582B1 2014-01-22 Montanari, Marco; Matteucci, Andrea
95 Method for correcting the eccentricity of a vehicle wheel in balancing machines or the like EP08008647.3 2008-05-08 EP1995582A2 2008-11-26 Montanari, Marco; Matteucci, Andrea

The method for correcting the eccentricity of a vehicle wheel in balancing machines or the like, comprises: a reading phase for reading the radial eccentricity deviation of the rim of a wheel to be balanced and the radial eccentricity deviation of the tyre of the wheel, read at a plurality of predetermined angular positions along the entire outer perimeter of the rim and of the tyre; a processing phase of the total radial eccentricity deviation values of the wheel, starting with the radial eccentricity deviations of the rim and of the tyre read and according to the angular coupling positions between the rim and the tyre; a definition phase for defining a geometric irregularity index of the wheel, determined according to the total radial eccentricity deviation values of the wheel and according to the angular coupling position between the rim and the tyre; a determination phase for determining an optimal coupling angular position between the tyre and the rim, selected among all the possible angular coupling positions, in which the value of the above mentioned index is minimum.

96 Verfahren zum Montieren einer Kupplungsanordnung an einem Schwungrad in einem Antriebsstrang eines Fahrzeuges und Montageanordnung zum axialen Montieren einer gewuchteten Kupplungsanordung an einem gewuchteten Schwungrad EP05023822.9 2005-11-02 EP1658927A2 2006-05-24 Mih, Philippe; Ruggiero, Maik

Es wird ein Verfahren zum Montieren einer Kupplungsanordnung an einem Schwungrad (1) in einem Antriebsstrang eines Fahrzeuges vorgeschlagen, wobei das Schwungrad (1) und die Kupplungsanordnung vor der Montage jeweils separat gewuchtet werden und wobei das Schwungrad (1) und die Kupplungsanordnung in Bezug auf die jeweils ermittelte Unwucht mittels einer Ausrichteinrichtung zentriert und in Umfangsrichtung zueinander ausgerichtet werden. Ferner wird eine Montageanordnung zum axialen Montieren einer gewuchteten Kupplungsanordnung an einem gewuchteten Schwungrad in einem Antriebsstrang eines Fahrzeuges vorgeschlagen, wobei zumindest eine Ausrichteinrichtung zum Ausrichten der Kupplungsanordnung an dem Schwungrad vorgesehen ist und wobei die Ausrichteinrichtung zumindest einen Satz Vorsprünge und zumindest zwei jeweils korrespondierende Sätze von Ausnehmungen aufweist.

97 PROCEDE D'EQUILIBRAGE D'UN MECANISME D'EMBRAYAGE ET COUVERCLE POUR UN TEL MECANISME EP04767915.4 2004-07-23 EP1646797A2 2006-04-19 MAINGAUD, Daniel
The invention relates to a method for balancing a clutch mechanism (10) provided with a cover (12) positioned on the flywheel of an engine (18) by means of positioning orifices (34) arranged on said cover (12). Said positioning orifices (34) interact with positioning pins carried by the flywheel (18). The inventive method consists in turning the mechanism (10) around a reference axis and in determining unbalance therearound. After the unbalance determination, the positioning orifices (34) for positioning the cover (12) on the flywheel (18) are embodied in the cover (12), the position thereof on the cover (12) being the unbalance measuring function. Said invention also relates to the cover (12) for the clutch mechanism (10) provided with the positioning orifices (34), at least one of the positioning orifices being embodied by machining, in particular by laser cutting.
98 Method of improving steering performance robustness utilizing dimensional non-uniformity in tire/wheel EP02014835.9 2002-07-03 EP1275877A3 2005-07-20 Kunsch, Romain; Koeune, Thierry; Michel, Edouard; Croissant, Bernard; Bormann, René

The invention relates to methods for improving vehicle steering performance and robustness of that performance through control of non-uniformities in the vehicle's tires, wheels and tire/wheel assemblies as a way to overcome the tendency of the steering systems in certain vehicle types to undergo "steering performance loss." While minimizing lateral force variations (e.g., couple imbalance), a controlled amount of radial and/or tangential force variation is induced in one or more tire/wheel assemblies by means of mass non-uniformity, dimensional non-uniformity, and/or stiffness non-uniformity. For dimensional non-uniformity, the preferred method comprises imparting a controlled amount of dimensional non-uniformity (preferably radial runout) to the tire and/or the wheel in at least one of the tire/wheel assemblies, followed by statically and dynamically balancing all of the vehicle's tire/wheel assemblies. All tire non-uniformities imparted according to the invention are preferably distributed meridionally symmetrically about the equatorial plane of the tire, so as to induce tangential and/or radial force variations but not lateral force variations. Similarly, wheel non-uniformities must be symmetric about the equatorial plane of the wheel. Beneficial tangential and/or radial force variations will result from the operation of tire/wheel assemblies prepared according to the invention, even if the tire/wheel assemblies are balanced by weights added to the wheel. Synergistic beneficial effects result from combinations of the various forms of beneficial mass, stiffness, and dimensional non-uniformity.

99 TIRE AND RIM ASSEMBLY CENTERING METHOD EP96912957.6 1996-04-15 EP0894256B1 2002-07-31 REESE, David, Thomas
A method for minimizing the radial runout of a tire and rim assembly (10) having the steps of locating the position of maximum radial runout and measuring the amount of maximum radial runout; loosening the threaded fasteners (24) attaching the rim (20) and disk (22); and moving the disk (22) radially toward the location of the maximum radial runout a distance one-half the measured runout amount and then retightening the threaded fasteners is disclosed. The method minimizes first harmonic vibrations caused by the normal assembly of these components.
100 Device for determining geometrical defects in a vehicle wheel EP01201818.0 2001-05-15 EP1207382A2 2002-05-22 Corghi, Remo

A device for determining geometrical defects in a vehicle wheel comprises, for measuring the eccentricity of the wheel rim (5) and of the wheel (4), means (7) to be positioned in contact alternately with the tyre (6) and with the wheel rim (5) of the wheel of which the eccentricity is to be measured, a sensor (8) for measuring the angular position assumed by said means (7) about a fixed reference point (9), and means for associating and processing the data measured by said means (7) and by said sensor (8) to determine the angle through which the tyre (6) must be rotated on the wheel rim (5) to compensate their errors of shape. Said angular sensor (8) comprises a fixed part (80) carried by a shaft (23) associated with self-centering support means (21, 19, 200, 203) arranged to position it exactly coaxial with said wheel rim, and a movable part (81) rotatably mounted on said shaft (23).

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