制动器制动效能因数的进一步分析与计算。
他还抱怨失去字面赶上临近结束火灾后制动器制动效能。
His also complained of losing brake effectiveness with the rear brakes literally catching fire towards the end.
鼓式制动器制动鞋使用两个安装在一个固定底板上每个车轮。
In the drum-and-shoe type, there is a wheel Brake cylinder with two pistons.
在开发高速防滑制动abs系统时，需要考虑制动器制动压力的动态响应过程。
It is necessary to consider the dynamic response procedure of braking pressure of the brake in developing an ABS (Anti-blocking brake System) at high speed braking.
利用轮胎力观测器实现对轮胎力的观测：利用制动轮缸压力估算值计算制动器制动力；
Tire force was observed using tire force observer: the estimated brake wheel cylinder pressure was used to calculate brake force;
针对以上各种问题，提出了基于电惯量的车辆盘式制动器制动试验台系统的设计思想。
In view of the above problems is proposed based on electric vehicle brake disc brake the inertia of the system design thought.
车辆制动安全受多方面的影响，鼓式制动器制动间隙的调整对车辆制动安全有很大帮助。
Brake system safety is affected by many factors. Take drum type brakes as an example. Brake adjusting is the most important factor for the safety of brakes.
对领从蹄式鼓式制动器制动力矩的效能因数法几种常用的计算公式进行了分析及计算验证。
In this paper, the formulae for calculating braking torque of leading shoe and trailing shoe brake are analyzed.
采用有限元法模拟盘式制动器制动过程瞬态温度场，研究了材料匹配性对制动器温度场的影响。
The effects of matching materials on the brake temperature of braker were investigated by using the finite element method to simulate the temperature transient process of disc brake.
介绍用常规测试仪表，测定起重制动器制动力矩变化率的方法，并对测定原理、数据处理作了说明。
The measurement method for braking moment variation rate of hoist mechanism with traditional instruments is introduced and its principle and data processing are described.
介绍了盘形制动器的结构原理，探讨了提升机盘形制动器制动失灵的原因，并提出了相应的预防措施。
This paper introduces the structural principle of disc brake, probes into the reasons of the failure of disc brake of elevator, and advances some corresponding protective measures.
在滚珠丝杠的端部安装制动器，当凸凹模具运动到位，先通过制动器制动滚珠丝杠，然后再开始冲压。
Brake was installed at the top of the ball screw. When die and punch moved to the right position, the ball screw was stopped at first and then began pressing.
研究了盘式制动器制动过程平顺性，分析了影响制动过程平顺性的主要因素，指出碰撞是造成制动不平顺的根本原因。
Previous study on the disc brake comfort was only about brake shell protuberant limiting the place of the platen protuberant, but their collision was not studied.
还要检查一些制动器制动的整个过程和分离是不是非常的灵敏，在建筑升降机运行的时候噪音是不是很大，或者是出现无过热等现象。
Also check some of the entire process of brake braking and separation is not very sensitive, in the construction elevator running noise is not great, or there is no overheating phenomenon.
大多数专家建议更换硬件当炉体鼓式制动器制动恢复适当行动。如果弱弹簧重用，鞋，可能使对鼓鞋穿导致加速，刹车过热和鼓伤害。
If weak springs are reused, the shoes may drag against the drums causing accelerated shoe wear, brake overheating and possible drum damage.
通过实验，分析了温度、转速、冷却油流量对带排转矩和带排功率损失的影响以及制动器制动管路控制流量对湿式多片制动器制动响应时间的影响。
Through the tests, influence of temperature, speed and cooling oil flow on torque and power loss, and influence of controlled flow in brake piping of braking response are analyzed.
它采用的是后轮鼓式制动器，而如今除了那些最低级的便宜车，多数车子的标准配备都已经使用盘式制动器了。
It has drum brakes on the rear wheels instead of the more efficient discs that are standard today on nearly every car except the cheapest bargain models.
在汽车前轮上应用多年的盘式制动器正快速的取代鼓式制动器应用于更新式的汽车上。
Disk brakes, used for years for front wheel application, are fast replacing drum brake on the rear wheels of modern cars.
在自动制动操作期间使用动态制动，可对踏面与盘式制动器构件造成较低的损坏。
Using dynamic braking during automatic brake operation results in less wear to the tread and disc brake components.
四活塞卡钳双前盘式制动器，296毫米浮动叶轮和一个单活塞卡钳后轮盘式制动器，带来CBF快速感应制动功率。
Responsive stopping power is provided by four-piston caliper dual front disc brakes with 296mm floating rotors and a single-piston caliper rear disc brake.
工程机械制动系的输出指标与制动器的型式及参致有关。
The output index of brake system in construction machines depends on the type and parameters of the brake.
建立了某型号鼓式制动器平均制动力矩同速度和压力间的幂指数模型。
A power index model is formed which describes the relation of drum brake average torque with speed and pressure.
在安全的情况下，使汽车低速行驶，同时刹车。如果制动发出尖叫声，那么，应该更换制动片或者清洗制动器。
If it is safe, drive the car at low speed, braking as needed. The brake pads need replacing, or cleaning, if they squeal.
制动器是汽车制动系统中最重要的安全部件，对汽车的使用性能有很大的影响。
Brake system is one of the most important security components in the vehicle and it greatly contributes to the performance of the vehicle.
在制动鼓半径、制动鼓宽度和制动分泵推力一定的情况下，增大制动器的制动力矩，即可提高制动性能。
Under given radius and width of the brake drum and thrust of actuating pump, braking performance may be improved by increasing the braking torque of the brake.
前后制动器采用多种规格弹簧制动缸和加长的制动调整臂；
The front and rear brakes have the brake cylinder and brake modulator of several specifications.
它有鼓式制动器和盘式制动器两种结构型式。
它有鼓式制动器和盘式制动器两种结构型式。
应用推荐