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首页> 外文期刊>International Journal of Engineering Technologies >Innovative Design for A Ball Worm Gear Mechanism
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Innovative Design for A Ball Worm Gear Mechanism

机译：蜗轮蜗杆机构的创新设计

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In this study, a new mechanism was designed and presented as analternative to the worm gear mechanism without its disadvantages. This novelmechanism is referred to as a “ball worm gear mechanism”. The force of the wormgear mechanism is transmitted by a sliding movement, which leads to highoperating temperature and low efficiency as well as wear on the bronze wormwheel. Therefore, a new mechanism was designed with balls placed into thehelical grooves on the worm shaft which move by rolling on the worm wheel.? The worm wheel of the newly designedmechanism is made of case-hardened steel, which is less expensive than bronze.Thus, it is anticipated that not only the cost of the worm wheel will bereduced, but also its life will be extended. Greater efficiency and eliminationof the high operating temperature are expected to result from the powertransmission achieved by the rolling motion of the new mechanism. Modeling ofthe design was carried out with SolidWorks software and the feasibility of themechanism was confirmed.
机译：在这项研究中，设计并提出了一种新的机构作为蜗轮机构的替代品，而没有其缺点。这种新颖的机制被称为“蜗杆齿轮机构”。蜗轮机构的力通过滑动传递，这导致工作温度高，效率低以及青铜蜗轮磨损。因此，设计了一种新的机构，将球放入蜗杆轴上的螺旋槽中，这些球通过在蜗轮上滚动而运动。新设计的蜗轮由表面硬化钢制成，比青铜便宜，因此，不仅可以降低蜗轮的成本，而且可以延长其使用寿命。通过新机构的滚动运动实现的动力传递有望带来更高的效率和更高的工作温度。使用SolidWorks软件对设计进行建模，并确定了主题机制的可行性。

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