brake shoe

英 [breɪk ʃuː]

美 [breɪk ʃuː]

刹车弯块；闸瓦

机械

英英释义

noun

• a restraint provided when the brake linings are moved hydraulically against the brake drum to retard the wheel's rotation
  Synonym:shoeskid

双语例句

• Analysis and design of brake shoe type arrester
  闸瓦式制动器的理论分析与设计
• In the year of2003 it invested to build the brake shoe production base to product train high-friction synthesis brake parts.
  2003年，企业投资兴建闸瓦生产基地。生产铁路列车高摩擦系数合成闸瓦配件等产品。
• When selecting brake shoe, the dynamic friction coefficient must fulfill the request of both brake capability and stability.
  选择鼓式制动器摩擦片时，动摩擦系数的选择既要满足制动性能，同时也要满足稳定性。
• Meanwhile the construction and working principle of brake clearance self-adjusting devices of screw push rod type, ratchet gear type and cam type for brakes of leading and trailing brake shoe type are analysed and studied.
  对领从蹄式制动器的螺纹推杆型制动间隙自调装置、棘齿型制动间隙自调装置和凸轮型制动间隙自调装置的结构和工作原理进行了分析和研究。
• This article also introduces the on-line monitor of the friction coefficient of the brake shoe.
  文章还介绍了闸瓦摩擦系数的在线监测。
• 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。
• The utility model solves the problem that in the past a hot rolling flat slate steel and a hot rolling wire were used to manufacture the brake shoe back, with consumption lowered.
  本实用新型解决以往使用热轧平板钢和热轧线材两种材料制造瓦背的问题，降低了消耗，提高了经济效益。
• Analysis the influence of braking conditions, line conditions, coupler gap, brake shoe friction coefficient and braking characteristics on longitudinal impulse.
  分析了制动工况、线路条件、车钩间隙、闸瓦摩擦系数和制动特性对列车纵向冲动的影响。
• The utility model can not only ensure sufficient adhesion for the frictional materials and the brake shoe bottom plate but also will not lower the strength of the bottom plate.
  本实用新型既能保证摩擦材料与刹车蹄底板有足够的附着力，又不会降低底板强度；
• The three-element structure system of new high friction composite brake shoe and the influence of brake shoe rationalization performance are analyzed, the measure of prevention from metal mounting is proposed, and the application effect and the development direction is summarized.
  分析研究了新高摩合成闸瓦的三元结构体系及对闸瓦理化性能的影响，提出了预防金属镶嵌的措施，并简述了实际装车应用效果及发展方向。