• An kind of optimal design of elliptic gears for the paper-transferring mechanism with variable speeds is introduced in this paper to meet the need of high-speed offset press.

    研究了适合于高速胶印机纸张输送机构———椭圆齿轮变速输纸机构的优化设计问题。

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  • A method of optimal design for Hydraulic Excavator shovel mechanism is discussed and the optimal model is given.

    提出一种基于复合形液压挖掘机铲斗机构优化设计方法,给出优化模型

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  • In this paper the mathematical model of optimal design of the double-gear crank mechanism for generating a function is first established.

    本文首次建立了实现函数双齿轮曲柄机构优化设计数学模型

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  • This paper presents the kinematic analysis and the optimal design on the combined mechanism of double universal joints gears and the oscillating guided bar mechanism with three slides.

    本文介绍了万向节——齿轮组合机构滑块摆动机构之组合机构运动分析优化设计

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  • In this paper, we present a unified optimal model, i. e., the minimizing functional with constraints for the optimal design of critical and low velocity internal combustion engine valve mechanism.

    本文低速内燃机配气机构最佳设计提供统一优化模型——条件泛函极值问题。

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  • All these provide the basis for the research of channel damage mechanism and the optimal design of channel parameters.

    研究破损机理,熔沟参数优化设计提供参考依据

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  • Meanwhile, this paper optimal design of steering mechanism, providing a quick calculation tool used to improve the design efficiency, but also provides theoretical support.

    同时,通过本文转向机构优化设计研究,企业提供了快捷使用计算工具提高设计效率同时提供理论支持

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  • The optimal design has been made of the general drive-ratio of the rising mechanism of 160T track crane.

    对160T汽车起重机起机构传动比分配进行优化设什。

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  • Optimal design of the steering mechanism was analyzed, deduced improved mathematical model of optimal design and programming.

    转向机构优化设计进行了分析研究,推导出了改良优化设计数学模型编程实现。

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  • The workspace and optimal design of a new-type 4-dof parallel robot mechanism was studied.

    研究一种新型四自由度并联机器人机构工作空间优化设计

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  • The optimal design of a six-bar linkage to be used in the main driving mechanism of a gear planer is discussed and treated as a multi-objective problem.

    本文首先讨论了在插齿机主传动机构使用六杆机构的优化设计问题,建立了一个目标数学模型。

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  • The former is comparison and choosing optimum of LmPRMs. Another is optimal design of parameters of the mechanism.

    前者并联机器人比较优选,后者是机构参数优化设计

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  • This paper describes the optimal design for the rocker mechanism of multi-strand and multi-roller cold tube-rolling mill with balancing method of double-noses.

    本文讨论了具有双机头平衡方式多线多辊式冷轧管机摇杆机构优化设计

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  • The result shows that this method ensured the tolerance design of cam mechanism could attain optimal on its first application, thus achieved First Product Correct (FPC).

    结果表明方法保证凸轮机构公差设计达到最优,从而实现了一次产品成功。

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  • The optimal design has been made of the general drive-ratio of the rising mechanism of 160T track crane. ln the course of the design , a random-optimal method is used and run on the IBM-386 computer.

    对160T汽车起重机起机构传动比分配进行了优化设什。设计过程采用随机优化方法IBM-386微型机上运行通过;

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  • Then, this paper focuses on the combination of trailer steering mechanism of the optimal design.

    接着本文重点论述组合挂车转向机构优化设计。

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  • Based on the theoretical knowledge of optimal design, making specific research of optimal design on planar four-bar linkage and worm drive mechanism.

    优化设计理论知识白勺白勺基础平面机构蜗杆传动机构做了详细白勺优化设计分析。

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  • Finally the optimal design method of the mechanism is gived in this paper. The practical application shows that this method is very effective.

    基础上得出了侧限速机构优化设计方法实际应用证明这种设计方法是行之有效

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  • A kind of optimal design of cam-linkage-gear mechanism for the paper-transferring mechanism with variable speeds is introduced in this paper to meet the need of high-speed offset press.

    研究了适合于高速胶印机纸张输送机构——凸轮连杆齿轮变速输纸机构的优化设计问题。

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  • The research result is applied in both the optimal design of the parameters and the interference check in the mechanism of 6-PTRT parallel robot, which makes the robot have larger work space.

    研究结果应用于6-PTRT并联机器人参数设计干涉检验使得并联机器人的工作空间体积增大、并成功避免机器人发生铰链干涉。

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  • The research result is applied in both the optimal design of the parameters and the interference check in the mechanism of 6-PTRT parallel robot, which makes the robot have larger work space.

    研究结果应用于6-PTRT并联机器人参数设计干涉检验使得并联机器人的工作空间体积增大、并成功避免机器人发生铰链干涉。

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