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- brake shoes stack adjuster 闸调器
- The accident was caused by worn brake shoes. 这事故是因煞车过度磨损而造成的。
- This paper presents a new kind of design principle and a structure scheme of brake shoe adjuster autotestor. 该文给出了一种全新的闸调器试验台的设计原理、结构方案。
- Install rotor, caliper, and wheel and tire assembly, then adjust parking brake shoes. 安装转子，夹制器，和车轮和轮胎组合，然后调节手煞车蹄片。
- Described are the analysis of causes to typical troubles in ST 2-direction brake shoe slack adjuster and preventative measures. 介绍了ST型双向闸瓦间隙调整器典型故障的原因分析及其预防措施。
- Check rear brake shoe adjustment with standard brake gauge. 用标准刹车仪表检查后刹车蹄片调整。
- We see if you need new brake pads in the front or brake shoes in the back. 我们要查查前面是不是要换刹车皮，后面是不是要换刹车鼓。
- Another view of rear truck, shows somewhat dirty brake shoes and brake beam. 后车的另一个观点，表明有些肮脏的制动蹄片和制动梁。
- Friction is applied to the inside of a spinning drum by the brake shoe. 通过闸皮摩擦力作用到内部的纺纱鼓上。
- By mounting on the freight car, the wear resistance of compacted graphite cast iron brake shoes with phos... 实际装车运行试验表明,含磷蠕铁闸瓦的耐磨性比上述高磷灰铸铁闸瓦的高。
- The linings of the brake shoes are moved hydraulically against the brake drum to stop its rotation. 加衬里的制动闸被移动对着鼓状闸来使其停止转动。
- The Brake shoes apply friction to the Brake drum, forcing it and the wheel to slow or stop. 制动蹄对制动鼓所产生的摩擦力迫使制动鼓和车轮减速或停车。
- The trunnion assembly is supported by air bearings at the end of each arm and is held in position by brake shoes at each bearings. 耳轴组件的支承是每根臂末端的空气轴承，轴承上的闸瓦起定位作用。
- Reinstall brake drums and wheel/tire assemblies after brake shoe adjustment is complete. 刹车蹄片调整完成后，重新安装刹车鼓和车轮/轮胎组合。
- In operating replant part, the most important content is about the task stack adjusting. 在设计开发完成后给出了系统测试结果。
- A spring attached to each brake shoe returns it also to its original position, free of the brake drum. 附接在各个制动蹄上的弹簧也将制动蹄拉回原位，不与鼓轮接触。
- How much do all these figures stack up to? 这些数字的总和是多少？
- Phenolic resin modified by melamine and cashew nul shell oil can be used as adhesive for various base materials in brake shoes. 用腰果壳油和三聚氰胺对酚醛树脂进行改性,可用作刹车片中各种基料的胶粘剂。
- Mid-Manganese alloy cast iron brake shoe was studied and compared with mid-phosphorous and high-phosphorous cast iron. 本文以中锰合金铸铁闸瓦为研究对象,并与中磷铸铁、高磷铸铁进行了对比研究。
- Whichever method is used, and finally the need to brake drum brake shoe and the contact area for more than 70%. 无论采用哪种方法，最后必须使制动鼓与制动蹄的接触面积达到70%25以上。
