It is very important to guarantee support ring's welding quality for guarantee of Diaphragm Spring clutch's service life.
支撑环的焊接质量是保证膜片弹簧离合器使用寿命的一个重要因素。
Because diaphragm spring clutch have a series of advantage, make diaphragm technological level of spring improve constantly too, therefore this kind of clutch has already been applied to the heavy-duty car gradually, even adopt in the heavy-duty car up to 28--32 t of some total quality.
由于膜片弹簧离合器有一系列的优点，并且制造膜片弹簧的工艺水平也在不断地提高，因而这种离合器已逐渐应用到重型汽车中，甚至在某些总质量达28~32 t的重型汽车也有采用。
Practical application in accordance with its requirements, clutch design in detail the functions and working principle, designed to set out, analysis of the diaphragm spring and clutch plate follower characteristics, clutch and main parts: friction plate, pressure plate gap, such as diaphragm spring calculated.
根据其实际运用要求，设计中详细介绍离合器功能和工作原理，阐明了设计目的，分析了膜片弹簧及离合器从动盘特点，并对离合器主要部分：摩擦片、压盘、膜片弹簧等进行了计算。
The mathematics model is established from the fettle of force which acted on the support ring when Diaphragm Spring clutch worked. Following, the dissertation analyzed the stress fettle and distortion of the support ring during Diaphragm Spring clutch working.
根据支撑环在膜片弹簧离合器工作时的受力状态，建立了合理的受力模型，分析了支撑环在膜片弹簧离合器工作过程中的应力状态和变形情况；
As the middle of the diaphragm spring is pushed in, a series of pins near the outside of the spring causes the spring to pull the pressure plate away from the clutch disc.
当膜片弹簧的中心被推凹进去时，在弹簧周围的一圈铆钉将压盘后拉，使压盘与离合器分离。
Calculations of the Hold-down Force of the Diaphragm Spring Clutch
膜片弹簧离合器压紧力设计计算
Design of a diaphragm spring for automotive clutch is principally aimed at the determination of various structural parameters to obtain an ideal load & deformation characteristic curve which is in accordance with the requirements of the vehicle.
汽车离合器膜片弹簧设计的主要任务，是确定各结构参数，以获得理想的载荷&变形特性曲线，并使其符合实车布置条件的要求。
Experimental Study on the Influence of Shot Peening on Fatigue Life of Automobile Clutch Diaphragm Spring
喷丸强化对汽车离合器膜片弹簧疲劳寿命影响的实验研究
Based on the analysis of the operation principle, dynamic working characteristic and manipulation characteristic of the diaphragm spring clutch, the process of clutch contact is modeled for the establishment of the clutch control strategy.
在分析膜片弹簧离合器的工作原理、动态工作特性和操作特性的基础上，建立了离合器接合过程模型，为AMT车离合器控制策略的制定奠定了基础。
Diaphragm spring is the key part of diaphragm spring clutch; its design quality can influence not only the service performance and life of clutch, but also the matching of clutch and the vehicle.
膜片弹簧是膜片弹簧离合器的关键零件，其设计质量的优劣不仅直接影响离合器的使用性能和使用寿命，而且还影响离合器与整车的匹配。
Analysis Calculation of Disengagement Characteristic on Diaphragm Spring Clutch
膜片弹簧离合器分离特性的分析与计算
Modified Design of Diaphragm Spring Clutch in Mini bus
微型汽车膜片弹簧离合器改进设计
When the clutch pedal is pressed, a cable or hydraulic piston pushes on the release fork, which presses the throw-out bearing against the middle of the diaphragm spring.
当踩下离合器踏板时，在分离叉上的绳索或液压活塞，压着分离轴承顶住膜片弹簧的中心。
Set up dynamic model of the DCT when launching and shifting through anglicizing numerical model of the engine and mathematics model of the diaphragm spring clutch, and predigesting the influence factor.
通过分析发动机数值模型和膜片弹簧离合器数学模型，根据双离合器自动变速器动力传递机理建立传动系统起步和换档过程的数学模型，并对离合器结合过程的冲击度和比滑摩功进行了分析；
The application of virtual instrument in parameter testing of diaphragm spring clutch
虚拟仪器在膜片弹簧离合器盖总成参数测试中的应用研究
Optimum Design of Diaphragm Spring based on Comprehensive Performance Requirement of Auto Clutch
基于汽车离合器综合性能要求的膜片弹簧优化设计
Design and regard diaphragm spring as and compress tightly the friction clutch of the spring in this text.
在本文中就是设计以膜片弹簧为压紧弹簧的摩擦离合器。
The Design of Diaphragm Spring Clutch Clutch Type Single sheet, dry type, film spring
膜片弹簧式离合器的分析及优化设计离合器型式：单片、干式、膜片弹簧
A grid, a filter, a graticule, a mesh, a light chopper disc, a heat sink plate, a heater element, a screen, colour TV mask, a diaphragm, a shim, a gasket, a washer, a spring, a link, a probe, a magnetic recording head, a circuit lead frame, an encoder disc, an item of jewelry, a rule, a scale, a clutch plate, an emitter contact, a micro reactor, a suspension lead, an ink jet nozzle plate, a stencil, a razor foil, a bearing, an edge filter, a logo, a nameplate, a decorative plaque, an instrument case, a box, an enclosure and a potentiometer case having a chemically etched surface pattern or design made by a process as claimed in.
一个网格，一个过滤器，一标线，一个网格，一辆轻型直升机光盘，散热片板，一个加热元件，屏幕，彩色电视面具，膜片，一个垫片，垫圈，洗衣机，弹簧，一个链接，一个探测器，磁性记录磁头，电路引线框架，编码器光盘，一饰物，一种规则，一个规模，一个离合器片，一个发射接触，微型反应堆，导致项目暂时停工，一喷墨喷嘴板，模具，剃须刀片，轴承，一个边缘滤波器，一个标志，一个铭牌，装饰牌匾，一个仪器的情况，一个盒子，一个外壳和一个电位计有一块化学腐蚀的表面图案或设计言一个声称英寸进程
Xamples of specific articles are a grid, a filter, a graticule, a mesh, a light chopper disc, a heat sink plate, a heater element, a screen, colour TV mask, a diaphragm, a shim, a gasket, a washer, a spring, a cog, a link, a probe, a magnetic recording head, a circuit lead frame, an encoder disc, an item of jewelry, a rule, a scale, a clutch plate, an emitter contact, a micro reactor, a suspension lead, an ink jet nozzle plate, a stencil, a razor foil, a bearing, an edge filter, a logo, a nameplate, a decorative plaque, an instrument case, a box, an enclosure and a potentiometer case made by the process of the present invention.
specially preferred articles are those wherein the etchant fully penetrated the metal or alloy in the article具体条款的例子有一个网格，过滤器，一标线，一个网格，一辆轻型直升机光盘，散热片板，一个加热元件，屏幕，彩色电视面具，膜片，一个垫片，垫圈，洗衣机，春天，一个齿轮，一个链接，一个探测器，磁性记录磁头，电路引线框架，编码器光盘，一饰物，一种规则，一个规模，一个离合器片，一个发射联络时，微型反应堆，项目一暂停铅，1喷墨喷嘴板，模具，剃须刀片，轴承，一个边缘滤波器，一个标志，一个铭牌，装饰牌匾，一个仪器的情况，一个盒子，一个外壳和一个电位案件过程中作出了本发明的。