研究了齿带传动的可靠性设计方法。
The reliability design of toothed belts gearing was studied.
同步带传动结构简单、调节方便。
The structure of synchronous belt transmission is simple and can be regulated easily.
使用同步带传动降低了机器噪音。
介绍了永磁金属带传动能力的计算方法。
The computing method of the transmission ability of the permanent magnetic metallic belt was introduced.
上下轴用滚珠轴承支承，同步齿形带传动。
The arm shaft shaft and hook shaft are supported by ball bearings.
直接传动或带传动？
主传动采用变频调速。同步带传动，传动精度高。
Driving is mainly regulated by frequency converter, with high driving accuracy of synchronous belt.
道夫采用调频电机，齿形带传动，实现了无级变速。
Astoria USES frequency modulation motor, belt drive, to achieve a continuously variable.
本文介绍了V带传动初拉力的测量方法及计算公式。
Measuring methods and calculating formulae for the initial tension of V-belt drives are introduced in this paper.
讨论了弹性滑动对带传动传动比和传动效率的影响。
It also discusses the effects of the tape transfer ratio and transmission efficiency made by the elastic slip.
道夫采用变频电机，同步齿形带传动，实现无级调速。
The doffer is driven by an inverter and a synchronous toothed belt which permits stepless variations of the speed.
各部件采用同步带传动，打孔距离及收卷松紧度可调。
Each part adopt synchronous belt for transmission, the perforation distance and the looseness and tightness of furling roll can be adjustable.
在普通设计的基础上，研究了V带传动的可靠性优化设计。
On the basis of the general design, this paper studied reliability optimal design of V-belt transmission.
带传动当量摩擦系数体现了V带较平带具有更高的承载能力。
The V-belt equivalent coefficient of friction indicates that the bearing capacity of Vbelt is higher than that of flat belt.
我们采用最先进的塑料模块网带传动，使得劳动强度大大减轻。
We have introduced the first-class plastic modular belt conveying, which greatly lessens the belt intensity.
并在改装后的带传动试验台上对该传动与普通带传动进行比较。
Some compared experiments are carried out with a modified V belt transmission experimental test.
本文所述是可变速齿形带传动的研究设计成果，应用于微型汽车。
What the article introduces is the result of the study and design of gearshift gear-belt transmission and it is used in mini-cars.
文末给出实例，它说明更高效率的带传动能节省很多的能源和开支。
An example at the end of this paper explains that a lot of energy and money can be saved by belt drive of higher efficiency.
对主传动系统，我选用FANUCAC电动机通过带传动驱动主轴。
The main drive system, I choose FANUC AC motor drive through the belt drive spindle.
阐述了专家系统在带传动设计中的应用，建立了平带传动设计的专家系统。
This paper describes the application of expert system to flat-belt transmission design, an expert system for flat-belt transmission design was established.
从防止带传动打滑失效和疲劳断裂失效出发，指出现有带传动设计准则之不足。
The deficiency of present belt drives design criteria is pointed out to get a start in sliding failure and fatigue fracture failure.
所有传动部件改以往的链条传动为同步齿形带传动，其传动更平稳，噪声更小。
All transmissions part changes from chain drive structure to synchronized tooth belt, which has more smooth transmission and less noise.
与普通带传动相比，磁力金属带传动具有较长的使用寿命，并能传递较大的功率。
Compared with the general belt drive, magnetic metal belt drive has longer service life higher transmission ratio and linear velocity, and less elastic slide.
带沿周向和径向的质量惯性对于高速带传动和柔性带传动的影响较大等相关结果。
The belt's circumferential and the radial mass inertia have a great impact regarding the high speed belt drive and the flexible belt drive.
PROTOS 70卷接机组的提升带传动机构原传动方式结构复杂，维修困难。
The elevator drive mechanism in PROTOS 70 cigarette making and tipping machine combination was complicated and hard for maintenance.
带传动实验是工科学校《机械设计》和《机械设计基础》两门课程的重要教学实验之一。
The belt drive experiment is very important to engineering students in learning the curricula of "machine design" and "machine design foundation".
前端轮系从手动张紧的三角带传动改为自动张紧的多楔带传动，运转更平稳，可靠性高。
Front-wheel system was changed from the manual tension V-belt to automatic tension V-ribbed belts , more smoother operation and higher reliability.
经过实验验证，系统准确地测定了带传动的滑动率和传动效率曲线，达到了预期的结果。
The experiment showed that the slippage rate and the transmission efficiency curve can be measured and drawn accurately with this system, and it met the expectant requirement.
借助影响因素的分析，总结出为提高带传动的工作效率，在传动设计与使用中应注意的问题。
It also sums up problems that should be paid attention to in designing and using for promoting the working efficiency of belt transmission by analysis of the affecting factors.
借助影响因素的分析，总结出为提高带传动的工作效率，在传动设计与使用中应注意的问题。
It also sums up problems that should be paid attention to in designing and using for promoting the working efficiency of belt transmission by analysis of the affecting factors.
应用推荐