1) air disc brake
气压盘式制动器
1.
The application of air disc brake in bus;
气压盘式制动器在大客车上的应用
2.
After an analysis on the technique character and performance, air disc brakes are proved to be high-tech products with complicated structure, stable and reliable function, and have a good prospect in the market of commercial buses and coaches, especially commercial city buses.
对气压盘式制动器的技术特点和性能进行分析。
3.
This paper introduces the excellence of the air disc brake,analyzes the brake power for Yutong ZK6118 coach and discusses the advantages of the air disc brake.
阐述气压盘式制动器的优点,通过对宇通ZK6118客车制动力分析,探讨盘式制动器在制动力方面的优势。
2) hydraulic disc brake
液压盘式制动器
1.
Research on the Test Bench of Shear s Hydraulic Disc Brake;
采煤机液压盘式制动器试验台的研制
2.
This paper mainly discusses the operation principle of hydraulic disc brake,the constitution of on-line examination and the designs of electric circuit,machine and software partial.
主要论述了液压盘式制动器的工作原理和在线检测系统的组成,以及检测系统电路原理、机械部分和软件部分的设计。
3.
The principle of the hydraulic disc brake and test-bench is studied in this paper.
本论文结合浙江省凯凌集团的“摩托车制动器试验室试验设备研制”项目，探究了液压盘式制动器和液压盘式制动器性能试验台的工作原理，并研制了实验室用摩托车盘式制动器性能试验设备。
3) Hydraulic Disc-Brake
盘式液压制动器
1.
The Development of Intelligentized Detecting Hydraulic Disc-Brake;
智能检测盘式液压制动器的研制
4) hydraulically actuated wet disk type brake
液压驱动湿盘式制动器
5) Disc brake
盘式制动器
1.
Characteristic and performance analysis of cased piston disc brake;
套装活塞盘式制动器的性能分析
2.
Multi-objective optimum design for disc brake with genetic algorithms;
基于遗传算法的盘式制动器多目标优化模型
3.
Multiple Objective Optimized Design for Disc Brake;
混合法多目标优化盘式制动器
6) disk brake
盘式制动器
1.
Research and Application on Principle of One Side Wear of Disk Brake Pad;
汽车盘式制动器摩擦块偏磨机理的研究与应用
2.
The paper introduced the design of hardware and software of a kind of on-line monitoring (device) for disk brake(shoe-clearance) of hoister and its working(principle.
文章介绍了一种提升机盘式制动器闸瓦间隙在线监测装置软、硬件的设计和工作原理。
3.
Through the experiment research on the friction of the disk brake of the shaft winding in the different pressure,surface rough and oil pollution,the static and dynamic friction of the disk brake were calculated.
通过对矿井提升机盘式制动器在不同压力、表面粗糙度和油污状态下闸瓦和闸盘之间的摩擦力的试验测定,进一步得出闸瓦、闸盘间静摩擦系数和动摩擦系数。
补充资料：盘式制动器
靠圆盘间的摩擦力实现制动的制动器，主要有全盘式和点盘式两种类型（见图）。①全盘式制动器：由定圆盘和动圆盘组成。定圆盘通过导向平键或花键联接(见键联接、花键联接)于固定壳体内，而动圆盘用导向平键或花键装在制动轴上，并随轴一起旋转。当受到轴向力时,动、定圆盘相互压紧而制动。这种制动器结构紧凑，摩擦面积大，制动力矩大，但散热条件差。为增大制动力矩或减小径向尺寸，可增多盘数和在圆盘表面覆盖一层石棉等摩擦材料。②点盘式制动器：制动块通过液压驱动装置夹紧装在轴上的制动盘而实现制动。为增大制动力矩，可采用数对制动块。各对制动块在径向上成对布置，以使制动轴不受径向力和弯矩。点盘式制动器比全盘式制动器散热条件好，装拆也比较方便。盘式制动器体积小、质量小、动作灵敏，较多地用于起重运输机械和卷扬机等机械中。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条