会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Retaining a brake rotor in an vehicle corner apparatus
    • 在车辆拐角装置中保持制动转子
    • US06851759B2
    • 2005-02-08
    • US10230622
    • 2002-08-29
    • Steven E. MeekerRichard A. Scheufler, Jr.
    • Steven E. MeekerRichard A. Scheufler, Jr.
    • F16D65/12B60B27/00
    • B21K23/00F16D65/12F16D2065/1356F16D2065/1392Y10T29/49533
    • A vehicle corner apparatus and method of fabricating a vehicle corner apparatus, utilize a wheel spindle adapted for receiving a self-tapping screw for securing a brake rotor to the wheel spindle. Using a self-tapping screw allows manufacturing and assembly costs to be significantly reduced, in comparison to prior vehicle corners that used a machine screw and a threaded hole in a wheel spindle for securing a rotor to the spindle, and provides greater assurance that the lateral run out of the brake rotor will be maintained at a lower value than can be achieved in prior vehicle corners. The wheel spindle includes a retaining screw hole having a conical web adapted to receive and facilitate installation and increase holding force of the self-tapping screw. The retaining screw hole may also include a counter bore for receipt of a locator pin that is used during subsequent formation of wheel bolt holes in the spindle. The rotor retention screw hole for the self-tapping screw, with or without the counter bore, may be formed by a simple sequence of operations using a pair of coining punches.
    • 一种制造车辆拐角装置的车辆拐角装置和方法,利用适于接收用于将制动转子固定到车轮主轴的自攻螺钉的车轮主轴。 与使用机器螺丝和车轮主轴中的螺纹孔的现有车辆拐角相比,使用自攻螺钉可以大大减少制造和组装成本,从而将转子固定到主轴上,并提供更大的保证, 制动转子的运行将保持在比现有车辆角落可以实现的更低的值。 轮轴包括具有锥形腹板的保持螺钉孔,该锥形腹板适于容纳和便于安装并增加自攻螺钉的保持力。 固定螺钉孔还可以包括用于接收定位销的计数孔,该定位销用于随后在主轴中形成车轮螺栓孔。 用于具有或不具有计数孔的自攻螺钉的转子保持螺孔可以通过使用一对压印冲头的简单操作来形成。
    • 2. 发明授权
    • Self locating locator and gauge
    • 自定位器和量规
    • US5971382A
    • 1999-10-26
    • US20019
    • 1998-02-06
    • Richard A. Scheufler, Jr.
    • Richard A. Scheufler, Jr.
    • B23B31/107B23Q3/18B23Q17/20G01B3/46G01B5/08B23Q1/00
    • G01B5/08B23B31/1071B23Q17/20B23Q3/183G01B3/46
    • The present invention is basically a device that can be used as a centering tool, clamp and/or a gauge for measuring the size of bores. The device is basically made up of six different components. The first being a housing. The housing has three pocket bores near it's top to take three spheres. These pockets are placed 120.degree. from each other. First a spring is placed into the housing. Next a large diameter sphere or conical plug is then placed into the housing. Then three smaller spheres are placed into the housing. These smaller spheres are adapted to fit into the machine pockets above mentioned. To operate you simply place the bore of the work piece over the locator and press down. One would know that the bore is precisely located when one hears or feels the three spheres snap into place. The device can also be used to measure the size of a bore by adding a measurement device to measure the position of the large sphere within the housing. The position of the large sphere within the housing tells how far the three smaller spheres extend in or out of the housing. Thus one can use the device to measure the size of a bore. One can also replace the spring with a solenoid or hydraulic fluid.
    • 本发明基本上是可以用作定心工具,夹具和/或用于测量孔的尺寸的量规的装置。 该设备基本上由六个不同的组件组成。 第一个是住房。 这座房屋有三个口袋孔,靠近它的顶部三个球体。 这些口袋相互放置120度。 首先将一个弹簧放入住房。 接下来,将大直径球体或锥形塞子放入壳体中。 然后将三个较小的球体放入外壳。 这些较小的球适于装配到上述的机器袋中。 要操作,只需将工件的孔放在定位器上,然后按下。 人们会知道,当听到或感觉到三个球体卡入到位时,钻孔精确定位。 该装置还可以用于通过添加测量装置来测量孔的尺寸来测量壳体内的大球体的位置。 外壳内的大球体的位置告诉三个较小的球体延伸到或离开壳体的距离。 因此,可以使用该装置来测量孔的尺寸。 也可以用螺线管或液压油代替弹簧。