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    • 4. 发明授权
    • Idler assembly for part processing
    • 惰轮组件进行零件加工
    • US09248546B1
    • 2016-02-02
    • US14498528
    • 2014-09-26
    • ENGINEERED ABRASIVES, INC.
    • Michael J. Wern
    • B24C3/00B24C3/20B23Q39/04B23Q11/08F16H55/36B65G29/00B65G45/14
    • B24C3/20B23Q11/0883B23Q39/042B24C1/10B65G29/00B65G45/14F16H55/36
    • The present disclosure includes a belt-and-pulley system for a part processing assembly. The part is retained on a spindle assembly of the belt-and-pulley system, and rotation of the spindle assembly is driven by a drive belt of the belt-and-pulley system that travels along a belt path. The belt-and-pulley system includes one or more idler assemblies that permit continuous rotation of the drive belt regardless of whether a part is being processed. As a part is processed, processing material, such as peening material, may be introduced near the belt-and-pulley system and may unintentionally interfere with operation of the belt-and-pulley system. The idler assembly of the belt-and-pulley system includes a vane sweep that is configured to block or prevent introduction of the processing material into the rotational operation of a circular pulley of the idler assembly. The vane sweep includes a top ledge that prevents introduction of peening material into a rotational aperture of the circular pulley and one or more fins that are configured to sweep or brush accumulated processing material away from the circular pulley. The vane sweep further includes an annular sheath that extends away from the circular pulley and surrounds a supporting member that supports or maintains the circular pulley, the annular sheath configured to further prevent processing material from interfering with rotational operation of the circular pulley. The location of the idler assemblies within the belt-and-pulley system may be determined to optimize the number of spindle assemblies that can be used to process parts simultaneously in the part processing assembly.
    • 本公开包括用于零件加工组件的皮带和皮带轮系统。 该部件保持在带和滑轮系统的主轴组件上,并且主轴组件的旋转由沿着带路径行进的皮带和带轮系统的传动带驱动。 带和滑轮系统包括一个或多个惰轮组件,其允许驱动带的连续旋转,而不管零件是否被加工。 作为加工的一部分,可以在皮带轮系附近引入诸如喷丸材料的加工材料,并且可能无意中干扰皮带和皮带轮系统的操作。 皮带和皮带轮系统的惰轮组件包括叶片扫掠,其构造成阻挡或防止加工材料进入惰轮组件的圆形滑轮的旋转操作。 叶片扫掠包括顶部突出部,其防止将喷丸材料引入到圆形滑轮的旋转孔中,以及一个或多个翅片,其构造成将累积的处理材料从圆形滑轮扫掠或刷刷。 叶片扫掠还包括环形护套,其环绕圆形滑轮延伸并且围绕支撑或保持圆形滑轮的支撑构件,环形护套构造成进一步防止加工材料干扰圆形滑轮的旋转操作。 可以确定惰轮组件在皮带和皮带轮系统内的位置以优化可用于在零件加工组件中同时处理零件的主轴组件的数量。
    • 9. 发明申请
    • SHOT-BLASTING APPARATUS
    • US20170190022A1
    • 2017-07-06
    • US15033027
    • 2015-10-19
    • SINTOKOGIO, LTD.
    • Shoichi YAMAMOTOTakuya KOYAMA
    • B24C9/00B24C3/20
    • B24C9/003B24C3/20B24C3/24B24C9/00
    • Provided is a shot-blasting apparatus which is capable of efficiently perform dust collection and ventilation of an inside of a projection chamber, even using a dust collector having a small-size and low-cost suction device. The shot-blasting apparatus comprises: a cabinet (10); a plurality of process chambers (13a, 13b) provided inside the cabinet in such a manner that each of the process chambers is capable of housing a workpiece therein and selectively movable between a carry-in-and-out position and a projection position; an air inlet port (19) for introducing external air into each of the process chambers therethrough; and an air outlet port provided at a position opposed to the air inlet port across the process chamber set at the projection position, and linearly communicated with an internal space of the process chamber set at the projection position, wherein, according to suction from the air outlet port, air is caused to flow from the air inlet port into the process chamber set at the projection position, and led to the air outlet port while passing through the process chamber set at the projection position.
    • 10. 发明申请
    • INDUCTION HARDENED PROCESSING SHAFT AND METHOD OF MAKING SAME
    • 感应淬火加工轴及其制造方法
    • US20160089766A1
    • 2016-03-31
    • US14861692
    • 2015-09-22
    • ENGINEERED ABRASIVES, INC.
    • Michael J. Wern
    • B24C3/20C22C38/00C21D1/42F16C3/02C21D9/00
    • B24C3/20C21D1/42C21D9/0075C22C38/00F16C3/02F16C2223/18F16C2322/39Y02P10/253
    • An induction hardened processing shaft of a part-processing apparatus and method of manufacturing includes exposing a shaft to a partial induction hardening process. An induction hardening process may be applied to only the portion of the shaft that may be exposed to processing spray or shot peening material. The portion of the shaft exposed to induction hardening will include a harder surface material that can better withstand its composition and structure during impact, minimizing or reducing the amount of wear on the surface from exposure to processing material utilized in the part-processing apparatus. By limiting the induction hardening process to less than the full length of the shaft, the shaft is less likely to experience substantial deformation, and further permits screws and fasters to be driven into the shaft to secure the shaft at specific locations with the processing apparatus.
    • 部分加工装置的感应淬火处理轴和制造方法包括将轴暴露于部分感应淬火处理。 感应淬火处理可以仅应用于可能暴露于加工喷涂或喷丸处理材料的轴的部分。 暴露于感应淬火的轴的部分将包括更硬的表面材料,其可以在冲击期间更好地承受其组成和结构,从而暴露于在部件加工设备中使用的加工材料的表面上的磨损量最小化或减少。 通过将感应淬火过程限制在小于轴的整个长度的情况下,轴不太可能经历基本的变形,并且还允许将螺钉和制动器驱动到轴中以将轴固定在处理装置的特定位置。