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    • 1. 发明授权
    • Abrasive article
    • 磨料制品
    • US5366800A
    • 1994-11-22
    • US848331
    • 1992-03-09
    • Jeffrey S. Johnson
    • Jeffrey S. Johnson
    • B24D11/00B24D13/00B32B5/26B24B1/00B32B7/00D04H1/08
    • B32B5/26B24D11/00B24D13/00Y10T156/1062Y10T156/1095Y10T428/2913Y10T428/2922Y10T428/2924Y10T428/2929Y10T428/2931Y10T442/2115
    • A grinding material or product which may be utilized in different forms and comprises laminated layers which interlock with each other when laminated to provide greater tensile strength. Layers of the basic material are formed by sandwiching abrasive particles between two layers of pre-bonded carded fiber. One sheet of a layer is initially passed through an adhesive and later spread in a controlled fashion with abrasive particles. A second sheet of the carded fiber is passed together with the first sheet through a pair of nip rolls which compress the two sheets together with the abrasive particles therebetween and provide a first layer of adhered sheets with the abrasive particles therebetween.Subsequently, the resulting layer may be cut into sections and a plurality laminated together for a desired thickness. In the lamination step, sufficient pressure is applied that the abrasive particles of each layer will enter the interstices of the abrasive particles of adjacent layers and form an interlocking relationship therebetween which significantly increases the tensile strength of the material by virtue of such interlocking of the abrasive particles.
    • 可以以不同形式使用的研磨材料或产品,并且包括当层压时彼此互锁以提供更大拉伸强度的层叠层。 基本材料层通过将磨料颗粒夹在两层预粘合梳理纤维之间而形成。 一层最初通过粘合剂,然后以磨料颗粒以受控的方式传播。 梳理纤维的第二片与第一片通过一对压辊一起压缩,两对夹辊之间与磨料颗粒一起压缩两片,并在其间提供第一层附着的片材。 随后,将所得到的层切割成多个部分,并将多个层压在一起形成期​​望的厚度。 在层压步骤中,施加足够的压力,使得每一层的磨料颗粒将进入相邻层的磨料颗粒的空隙,并在其之间形成互锁关系,由此可以显着提高材料的拉伸强度 粒子。
    • 2. 发明授权
    • Electronic ignition timing coil replacement method
    • 电子点火正时线圈更换方法
    • US4734970A
    • 1988-04-05
    • US861319
    • 1986-05-09
    • Jeffrey S. Johnson
    • Jeffrey S. Johnson
    • B25B27/00F02P7/06B23Q7/00
    • B25B27/0035F02P7/061Y10T29/49771Y10T29/53913
    • An inexpensive and reliable tool accurately orients pick-up core assembly and checks the bushing runout in an electronic ignition unit for automobile. The tool includes a T-shaped member having a precisely formed centering and locating shaft of a precise length in combination with an integral core locating plate radially projecting from the locating shaft. The length of the pin or shaft is selected to precisely locate the core locating plate. The electronic ignition unit includes a magnetic trigger unit having a trigger coil mounted within a distributor. An annular magnetic core has pyramidal trigger elements and the rotor has closely spaced opposed pyramidal trigger elements. Accurate, precise location of the pyramidal elements and the sharp opposed edges are critical to proper ignition. The tool has the shaft located within the rotor bushing and precisely locates the locating plate, which precisely locates the core in precise concentric aligned orientation to the rotor axis. The tool may be formed for one ignition module unit with the locating plate formed having a precisely formed annular face which is precisely parallel and concentrix with the periphery of the locating pin. Alternatively, the locating plate is formed with a chamfered edge face, with the chamfer precisely located and constructed to provide alternate annular surfaces for different ignition module units.
    • 廉价可靠的工具准确地定位拾取芯组件并检查用于汽车的电子点火单元中的套管跳动。 该工具包括T形构件,其具有精确形成的具有精确长度的定心轴和定位轴,并与从定位轴径向突出的整体式定心板组合。 选择销或轴的长度以精确定位芯定位板。 电子点火单元包括具有安装在分配器内的触发线圈的磁触发器单元。 环形磁芯具有锥形触发元件,并且转子具有紧密间隔的相对的锥形触发元件。 金字塔形元件和锋利的相对边缘的准确,精确的位置对于正确点火至关重要。 该工具具有位于转子衬套内的轴,并精确地定位定位板,其精确地将芯精确地定位成与转子轴线精确地同心对齐的取向。 该工具可以形成用于一个点火模块单元,其中定位板形成有精确成形的环形面,其精确地平行并且与定位销的周边集中。 或者,定位板形成有倒角边缘面,斜面精确定位并构造成为不同的点火模块单元提供交替的环形表面。