| 1. | Usting arm assembly
调整臂总成 |
| 2. | Optimization design of the adjusting device for automatic clearance adjusting lever of air brake
气制动器间隙自动调整臂调整机构的优化设计 |
| 3. | Design for aira has gone through from piston - rod journey principle to interruption check principle
其自动调整臂经历从开始使用活塞杆行程原理设计到使用比较先进的间隙检测原理进行设计。 |
| 4. | This article analyses our country developmental states and distance with other country about s - projecting wheeding - drum braker
分析了我国s形凸轮制动间隙自动调整臂发展的现状以及与国外的差距。 |
| 5. | According to the abrasion of brake shoe , an abrasion indicator is designed which works based on the auto - interruption regulating arm
针对制动蹄片的磨损,本论文设计了一种工作在自动间隙调整臂基础上的制动蹄片磨损传感器。 |
| 6. | There are mostly a few aspects that fully analyse for design and compute for aira : 1 design and compute for spring of rectangle section
对自动调整臂的设计计算作了详尽的分析，主要以下几个方面： 1矩形截面力和弹簧的设计计算。 |
| 7. | 4 design for hatch size of control - pan relates to brake interruption setup and whole layout of aira . this article gives their correlation
4控制盘开口尺寸的设计与制动器制动间隙的设置和调整臂的整体布置有关，文中给出了它们的相互关系。 |
| 8. | Aira ( auto - interruption regulating arm ) is an important part of air pressure braking system in automobiles . it has gone through from hand adjust to auto adjust
间隙调整臂是汽车气压制动系统中的一个重要总成，它经历了从手动到自动调节。 |
| 9. | This article analyses the structure o ' f the introduction of aira to deal with its operating principle and the design for the major components
本文通过对间隙感知型自动调整臂的结构分析，较详细地讨论了间隙调整臂的工作原理和主要零件的设计方法。 |
| 10. | This dissertation presents a design of auto - interruption regulating arm based on the principle of clearance sensing , which can keep every break clearance at the same fixed value
制动间隙自动调整臂能够在汽车制动的过程中使各制动器制动间隙都保持在同一设定值。 |
