离心离合器

传动机构采用自动离心离合器、无级变速系统。

Its transmission system uses auto centrifugal clutch and stepless speed changing system .

经对实例进行计算表明，本法可使离心离合器的重量减小近16%。

Calculation of examples show that the method can reduce the weight of centrifugal clutch approximately by 16 % .

离心离合器的压紧力及摩擦扭矩

Torque capacity and pressure of a centrifugal clutch on the force

瓦块式离心离合器的一种计算方法

A computing method of the block shoe type centrifugal frictionclutch

本文以摆动闸块式和铰接闸块式离心离合器为例，用数学和力学的方法推导出此二种离合器的最大传递扭矩计算公式，并分析了它们的自锁条件。

A swing shoes centrifugal clutch and a pivoted shoes centrifugal clutch are taken for instance and some equations for calculating the maximum torques transmited by the two kinds of clutchs are developed by means of mathematics and mechanics in this article .

基本型离心式离合器，提高了效率，启动马达启动。

Basic type centrifugal clutch has improved the startup efficiency of start motors .

空气离心式离合器主要结构参数的确定

Determination of Main Constructional Parameters of Air Centrifugal Clutch

空气离心式离合器的原理与设计

Principle and Design of Air Centrifugal Clutch

增加一只离心式离合器，常常能够改善所驱动机器的运转

An additional centrifugal clutch can often provide improved operation of the machine to be driven

钢珠离心式离合器的设计与计算空气离心式离合器主要结构参数的确定

The Design and Calculation of Steel Ball Centrifugal Clutch Determination of Main Constructional Parameters of Air Centrifugal Clutch

正交增力离心式离合器结构紧凑，制造成本较普通离心式离合器增加甚微，但输出转矩的能力显著提高。

The manufacturing cost of a centrifugal clutch with orthogonal force amplifier is a little bit more than that of commonly used centrifugal clutch and its driving torque is much bigger than that of a conventional one .

以传递的扭矩和工作转速为设计条件，推导并建立了空气离心式离合器的承载能力方程式及其求解方法，并在此基础上提出了确定该种离合器主要结构参数的具体设计方法和步骤。

With the design condition of transmission torque and working rotational speed of air centrifugal clutch , the bearing capacity equation is deduced and the solution is obtained , based on which the main parameters of this kind of clutch and design method are determined .

新型离心式保险离合器结构的应用

Application and analysis of a new structure of safety and centrifugal clutch