你能否让目标市场的付费客户，根据设计图或实物模型便预订产品？
Can you get paying customers from your target market to pre-order based on a blueprint or mockup?
本文结合由铝型材制作的采摘平台的实物模型对系统的设计进行了分析和总结。
The design of the physical model produced by the aluminum picking platform system was analyzed and summarized in this paper.
但现代生产中，如某些流线型物体、人体假肢、艺术雕塑品和汽车零件产品，其原始模型并非来自设计概念而是实物产品。
In many situations, however, product is not come from designed conception but from some other entities, and it must be produced without any existing drawing, such as sculpture.
但目前在汽车整车及零部件的生产中，其原始模型往往并非来自设计概念而是实物产品(油泥模型)。
However, at present in the production of the entire vehicles and parts, the primitive models do not come from design concept but from practical objects (clay models).
基于实物模型的反求工程造型在设计依据、设计思路、处理方法与造型技术等方面与通常的CAD造型比较，存在明显区别。
Compared with the common CAD modeling, the reverse engineering modeling based-on physical model is very different in such as design idea, routing and technology etc.
这对于检查设计中的拥挤地区非常有用，它让我们省去了以前制作实物模型的做法。
This is very useful for reviewing congested areas of the design and has allowed us to dispense with the physical mock-ups previously built.
结果：获得了所设计的附着体支架及赝复体金属基托的实物模型，平均固位力达47N。
Result:The model of the framework and obturator metal based were obtained. The mean retentive force was 47N.
本文分析了物流中实物流与信息流同步融合的迫切性，应用RFID技术构建了实物流与信息流同步融合模型，设计了生产物流RFID化和RFID仓库的信息融合架构。
This paper firstly make a brief analysis of the urgency of synchronous fusion information flow and material flow; then based on RFID technology I design a model and framework for it.
结果获得了股骨髁表面轮廓三维实体模型，模型与实物高度相似，可编辑性强，可进行生物工程活性骨的计算机辅助设计、制造。
RESULTS The 3D contour image of femoral condyle was presented which can be edited and processed arbitrarily for computer aided design (CAD) of artificial bioactive bone.
设计了一种新型的吸附式爬墙机器人并制作了实物模型，通过理论计算选择所用的气动元件，并在机器人实际运动过程中得以验证和得出实验结论。
This paper designs a step-forward pneumatic climbing robot by means of vacuum pads which can move on flat surfaces, especially vertical plane walls with the features of simplicity and flexibility.
设计了一种新型的吸附式爬墙机器人并制作了实物模型，通过理论计算选择所用的气动元件，并在机器人实际运动过程中得以验证和得出实验结论。
This paper designs a step-forward pneumatic climbing robot by means of vacuum pads which can move on flat surfaces, especially vertical plane walls with the features of simplicity and flexibility.
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