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首页> 外文会议>17th CIRP International Conference on Life Cycle Engineering(国际生产工程科学院（ICRP)第17届生命周期工程会议 LCE 2010) >Energy-saving Optimal Design Based on Transfer Function
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Energy-saving Optimal Design Based on Transfer Function

机译：基于传递函数的节能优化设计

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摘要

Nowadays，in most of the product design，the designers have been emphasized with attention being given to the energy saving.Unfortunately，due to the diversiform and transformable energy，it iS well know that energy saving designs are mostly depends on the experiments and experience which are time and money consuming. In the most product，since the efficiency of the energy sources and action mechanisms have been significantly improved，the energy consuming depends on the its transfer in the product.In this paper，the energy transfer between the energy souse and action mechanism iS analyzed and quantified，and the transfer function is established with the Band graphs theory.Then， informed by the control theory，the transfer function could be classified，and the important variable which is usually called“transfer parameters”in this function could be edUCed.Furthermore，with the adjusting the transfer parameters，the balance of input and output could be optimized for the least unwanted energy consuming in the enemy transfer.Finally，the model and the method in this paper are validated by an instance of the typical mechanism.
机译：如今，在大多数产品设计中，强调节能的都是设计师。不幸的是，由于能源的多样性和可转换性，众所周知，节能设计主要取决于实验和经验。浪费时间和金钱。在大多数产品中，由于能源效率和作用机理的显着提高，能耗取决于其在产品中的传递。本文对能量的消耗与作用机理之间的能量传递进行了分析和量化。 ，然后根据能带图理论建立传递函数，然后在控制理论的指导下，对传递函数进行分类，并推导该函数中通常被称为“传递参数”的重要变量。通过调整传递参数，可以优化输入和输出的平衡，以减少敌人传递中不必要的能量消耗。最后，以典型机制为例对本文的模型和方法进行了验证。

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