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    • 5. 发明授权
    • Machine for balancing vehicle wheels
    • 平衡车轮的机器
    • US07594437B2
    • 2009-09-29
    • US11516607
    • 2006-09-07
    • Marco MatteucciMarco MontanariRoberto Nicolini
    • Marco MatteucciMarco MontanariRoberto Nicolini
    • G01M1/16
    • G01M1/02G01M1/326
    • A machine for balancing vehicle wheels, such wheels including a rim with a pair of axially spaced, ring-shaped or annular, flanges, and a tire seated up on the rim. The machine includes a frame with motor driven devices for gripping the vehicle wheel to be balanced and rotating same about a horizontal axis. A mechanical feeler, or probe, determines the position of the first of the pair of , flanges on the rim. A contact-less, or remotely spaced, sensor, such as a laser, ascertains the profile of the tire by taking a series of discrete measurements without touching the tire. The mechanical feeler, or probe, and the contact-less sensor, are connected to a control unit in the machine. The control unit interpolates the values provided by the mechanical feeler and the contact-less sensor, and determines the location of the second flange on the wheel rim. The control unit may include an archive, or database, of the dimensions of known rims, to facilitate the accurate determination of the location of the second flange, on the wheel rim.
    • 一种用于平衡车轮的机器,这种车轮包括具有一对轴向间隔开的环形或环形凸缘的轮辋和沿着轮辋安置的轮胎。 该机器包括具有马达驱动装置的框架,用于夹持车轮平衡并围绕水平轴线旋转。 机械探测器或探头确定了一对法兰在轮辋上的位置。 无触点或远程间隔的传感器(例如激光)通过采取一系列离散测量而不接触轮胎来确定轮胎的轮廓。 机械探测器或探头和无接触传感器连接到机器中的控制单元。 控制单元内插由机械探测器和无接触传感器提供的值,并确定第二凸缘在轮辋上的位置。 控制单元可以包括已知边缘的尺寸的归档或数据库,以便于准确地确定第二凸缘在轮缘上的位置。
    • 6. 发明申请
    • Machine for balancing vehicle wheels
    • 平衡车轮的机器
    • US20070069571A1
    • 2007-03-29
    • US11516607
    • 2006-09-07
    • Marco MatteucciMarco MontanariRoberto Nicolini
    • Marco MatteucciMarco MontanariRoberto Nicolini
    • B60B1/00G01M1/16
    • G01M1/02G01M1/326
    • A machine for balancing vehicle wheels, such wheels including a rim with a pair of axially spaced, ring-shaped or annular, flanges, and a tire seated up on the rim. The machine includes a frame with motor driven devices for gripping the vehicle wheel to be balanced and rotating same about a horizontal axis. A mechanical feeler, or probe, determines the position of the first of the pair of flanges on the rim. A contact-less, or remotely spaced, sensor, such as a laser, ascertains the profile of the tire by taking a series of discrete measurements without touching the tire. The mechanical feeler, or probe, and the contact-less sensor, are connected to a control unit in the machine. The control unit interpolates the values provided by the mechanical feeler and the contact-less sensor, and determines the location of the second flange on the wheel rim. The control unit may include an archive, or database, of the dimensions of known rims, to facilitate the accurate determination of the location of the second flange, on the wheel rim.
    • 一种用于平衡车轮的机器,这种车轮包括具有一对轴向间隔开的环形或环形凸缘的轮辋和沿着轮辋安置的轮胎。 该机器包括具有马达驱动装置的框架,用于夹持车轮平衡并围绕水平轴线旋转。 机械探测器或探头确定了一对法兰中的第一个凸缘在轮辋上的位置。 无触点或远程间隔的传感器(例如激光)通过采取一系列离散测量而不接触轮胎来确定轮胎的轮廓。 机械探测器或探头和无接触传感器连接到机器中的控制单元。 控制单元内插由机械探测器和无接触传感器提供的值,并确定第二凸缘在轮辋上的位置。 控制单元可以包括已知边缘的尺寸的归档或数据库,以便于准确地确定第二凸缘在轮缘上的位置。
    • 7. 发明申请
    • Machine for fitting and removing tires of vehicle wheels
    • 用于安装和拆卸车轮轮胎的机器
    • US20050205214A1
    • 2005-09-22
    • US11059671
    • 2005-02-17
    • Marco Matteucci
    • Marco Matteucci
    • B60C25/138B60C25/132
    • B60C25/138B60C25/0518B60C25/0527
    • A machine for fitting and removing tires of vehicle wheels, which comprises a frame for supporting a movable structure that supports a grip and rotation member for rotating a vehicle wheel rim about a rotation axis, and an arm that supports a tool for fitting and/or removing a tire on and/or from the rim and can be arranged along a working direction that is perpendicular to the rotation axis; the structure comprises a first portion, which is movably associated with the frame, and a second portion, which is movably associated with the first portion and supports the grip and rotation member, the first and second portions cooperating with each other to position the grip and rotation member in a working configuration, with the rotation axis and the working direction incident and the circumferential portion of the wheel rim arranged proximate to the tool.
    • 一种用于装配和拆卸车轮的轮胎的机器,其包括用于支撑可移动结构的框架,所述框架支撑用于使车轮轮缘围绕旋转轴线旋转的把手和旋转构件,以及支撑用于装配和/或 在轮辋上和/或轮辋上移除轮胎,并且可以沿着垂直于旋转轴线的工作方向布置; 该结构包括可移动地与框架相关联的第一部分和与第一部分可移动地相关联并支撑抓握和旋转构件的第二部分,第一和第二部分彼此配合以定位手柄, 旋转构件处于工作构型,其中旋转轴线和工作方向入射,并且轮缘的圆周部分设置成靠近工具。
    • 8. 发明授权
    • Balancing method for motor vehicle wheels
    • 机动车车轮的平衡方法
    • US5895849A
    • 1999-04-20
    • US845167
    • 1997-04-21
    • Marco Matteucci
    • Marco Matteucci
    • G01M1/02G01M1/22G01M1/16
    • G01M1/02G01M1/225
    • The invention relates to a method for balancing motor vehicle wheels, comprising the phases of: mounting a wheel on a rotatable shaft, setting the shaft and wheel in rotation, reading off any forces due to an imbalance in a wheel by means of force transducers, processing signals coming from the transducers by means of a processor, in order to provide an indication of an entity and geometrical arrangement of masses to be applied to the wheel in order to correct any detected imbalance. With the method, a balancing speed is determined in accordance with at least one parameter indicating an inertia to rotation of the wheel, according to a correspondence in which a balancing speed is lower for a wheel having higher inertia.
    • 本发明涉及一种用于平衡机动车辆车轮的方法,包括以下阶段:将轮安装在可旋转的轴上,使轴和车轮旋转,通过力换能器读取由于车轮不平衡而引起的任何力, 通过处理器处理来自换能器的信号,以便提供实体的指示和要施加到车轮的质量的几何布置,以便校正任何检测到的不平衡。 利用该方法,根据对于具有较高惯量的车轮的平衡速度较低的对应关系,根据指示车轮旋转的惯性的至少一个参数来确定平衡速度。
    • 10. 发明授权
    • Balancing machine for balancing vehicle wheels
    • 平衡车轮的平衡机
    • US09250151B2
    • 2016-02-02
    • US14115148
    • 2012-05-16
    • Marco MatteucciAlessandro GilocchiMarco Montanari
    • Marco MatteucciAlessandro GilocchiMarco Montanari
    • G01M1/16G01M1/22G01M1/04
    • G01M1/225G01M1/045
    • Machine for balancing vehicle wheels includes: a base frame supporting elements for gripping and rotating a wheel around a balancing axis; first sensor elements associated with the gripping and rotation elements for detecting the unbalance of the wheel; an electronic processing and control unit associated with the first sensor elements for calculating a balancing weight to apply onto the wheel; and an auxiliary detection appliance associated with the base frame and having: a rolling device for pressing onto the wheel, and in turn including: a support structure for two rollers revolving around axes parallel to each other; and a flexible member closed on itself in a loop, wrapped around the rollers and having a substantially flat active section, and a return section substantially opposite the active section; and second sensor elements associated with the rolling device for detecting the behaviour of the wheel when pressed by the rolling device.
    • 用于平衡车轮的机器包括:用于将车轮围绕平衡轴线夹紧和旋转的基座支撑元件; 与用于检测车轮的不平衡的夹紧和旋转元件相关联的第一传感器元件; 与所述第一传感器元件相关联的用于计算施加到所述车轮上的平衡重量的电子处理和控制单元; 以及与所述基架相关联的辅助检测装置,具有:用于按压到所述车轮上的滚动装置,并且还包括:用于相互平行的轴线旋转的两个滚子的支撑结构; 以及柔性构件,其环绕自身封闭,缠绕在所述辊子上并且具有基本上平坦的有效部分,以及基本上与所述有效部分相对的返回部分; 以及与滚动装置相关联的第二传感器元件,用于当由滚动装置按压时检测车轮的行为。