brake wheel
英 [breɪk wiːl]
美 [breɪk wiːl]
网络 制动轮; 闸轮
双语例句
- Tire force was observed using tire force observer: the estimated brake wheel cylinder pressure was used to calculate brake force;
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； - 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。 - Hydraulic brake or weak it is unable to because of brake wheel cylinder or brake lines are caused by the residual gas.
液压制动无力或疲软这是由于制动管路或制动分泵中有残余气体造成的。 - Bicycle brakes have a caliper, which squeezes the brake pads against the wheel.
自行车的刹车有一个夹钳，夹钳夹紧摩擦片，使它紧紧地夹紧车轮。 - At7 on disc brake equipped with four wheel brakes, 22 pairs of home installation.
在盘式制动器7上装有4个制动分泵，两两对置地安装。 - Loosen holder for brake line at the wheel carrier.
松开车轮托架处制动管路的支架。 - Anti-lock braking system automatically controls the brake torque of each wheel to prevent it from getting locked in the process of braking.
汽车防抱制动系统通过在制动过程中自动控制车轮的制动力矩，从而防止了车轮抱死。 - ABS reduces the brake power on one wheel against the will of the driver.
ABS降低了轮胎上的制动力，这违背了驾驶员的意愿。 - The front wheel brake, the rear wheel brake and the strengthened motorcycle brake can act when encountering a burst condition, so the motorcycle can be quickly and safely stopped.
如遇突发情况，同时急杀前轮和后轮制动器和本实用新型提供的摩托车加强型制动器，能确保摩托车迅速、安全地停稳。 - The more tightly the grip is clenched, the harder the disk brake on the front wheel works.
骑车人手柄握得越紧，给前轮的盘式制动器施加的压力就越大。 - Disc brake, as the name suggests, the shape is like a disc and its main parts include brake disc, wheel cylinder, brake caliper and vitta etc.
盘式制动器又称为碟式制动器，顾名思义是取其形状而得名：它的主要零部件有制动盘、分泵、制动钳、油管等。 - Therefor the frictional safe-guard clutch with brake wheel and elastic pin rod was researched and manufactured. The problems mentioned above have been successfully solved.
于是试制出了带制动轮和弹性柱肖的摩擦式安全离合器，成功地解决了上述问题。 - Development of Fatigue Test Rig for Hand Brake and Rear Wheel Bounding of Car
轿车手制动及后轮跳动疲劳试验台的研制 - Power cut-off device in brake system of wheel loader
轮式装载机制动系统动力切断装置 - Hand brake and rear wheel bounding fatigue test rig for car has been developed in order to test and evaluate endurance performance of hand brake, pull cable and flexible hose of pull cable of brake actuating mechanism of car.
为检测和评价轿车手制动和制动机构拉索及拉索导管的耐久性能，研制了轿车手制动及后轮跳动疲劳试验台。 - Calculation of ABS Slip Rate Based on Brake Pressure of Wheel Cylinder
基于制动轮缸压力的汽车ABS滑移率的计算 - Failure analysis of the broken brake wheel hub of a bus
汽车制动毂断裂失效分析 - A new type of brake system for wheel loader
轮式装载机的制动系统 - The relationship between safe driving and technical condition of automobiles is analyzed in terms of steering system, brake system, wheel, walking mechanism, light signals and the key points for preventing accidents are presented.
本文主要从转向装置、制动装置、车轮、行路机构、灯光信号等方面分析了安全行驶与汽车技术状况的关系，指出了事故预防的要点。 - Through stress analysis to brake wheel, it is clear that brake force of the vehicle is not only concerned with brake torque of wheel brake and static radius of tyre, but also restricted by adhesiveness between tyre and the ground.
通过对制动车轮的受力分析，明确了车辆的制动力与车轮制动器的制动力矩和轮胎的静力半径有关，同时又受轮胎与地面间附着性能的制约。 - Influence of the check error of diverter on the power brake of motor-driven wheel truck
分流器检测误差对电动轮汽车动力制动的影响及对策 - An Analysis on Transmission Path from Brake Judder to Steering Wheel Vibration
制动抖动引起的转向盘振动传递途径分析 - A four-wheel vehicle model and simulation for ABS application, including body model, tyre model, brake model and wheel speed detector model as well as the air braking system with real channels and valves are imbedded for real time simulation.
建立了一种四轮车辆制动防抱死系统（ABS）的车辆模型、轮胎模型、路面状况模型和轮速传感器模型，嵌入了气压制动系统和ABS控制逻辑模拟； - Through signal analysis in time and frequency domains, the vibration transmission path from brake to steering wheel is clarified. In the end a vibration control method by means of adjusting the rigidity of rubber bushing is put forward.
通过信号时域和频域分析，明确了振动从制动器到转向盘的传递途径，提出了调节橡胶弹性元件刚度的振动控制方法。 - Mathematical models of acceleration were established, PI control was applied to design engine throttle controller, and the logic threshold control was used to design brake controller of driven wheel. At the same time, a road identification system was designed to identify the changes of roads.
建立了汽车加速过程的数学模型，分别采用PI控制方法和逻辑门限控制方法设计了油门控制系统和驱动轮制动控制系统，并设计了路面自动识别系统，采用计算机仿真方法进行了模拟研究。 - By setting up a dynamics model of a wheel under applying emergency brake, the process of usual and anti lock emergency brake for a wheel is analyzed to provide the theoretical base for hydraulic modulator design.
通过建立车轮紧急制动状态的动力学模型，对常规紧急制动和防抱紧急制动过程进行了理论分析，为液压调节器的设计提供了理论依据。 - Resorting to the parametric optimization method provided by ADAMS, the research optimizes the preload of safety device and the structure of brake wheel and provides references for the development of braking performance of safety device.
利用ADAMS提供的参数化优化方法，对防坠安全器的预加载荷和制动轮结构尺寸进行优化，为防坠安全器制动性能的改进提供参考方法。