许多零件成本计算器存在。
本文讨论了一种基于模糊贴近度的机械零件成本估算方法。
In this paper, a method of manufacturing cost-estimation of machine parts based on mathematical fuzzy close-in-degree is discussed.
本发明在保证零件使用性能的同时，极大地降低了零件成本。
By the invention, the cost of parts can be greatly reduced on the basis of ensuring the use performance of the parts.
模具形式允许多个分块和抽芯，但将增加成型时间和零件成本。
Multi part tooling and loose inserts in the mould can be accommodated, but will increase moulding time and component cost.
降低单个机器零件的生产成本是我们实现降低整体生产成本这一更大目标的唯一途径。
Reducing the production costs of individual machine parts is the only way to achieve our larger goal of reducing our overall production costs.
除了可以使得汽车更加轻巧外，这还意味着制造商能够使用同样多的原料制造更多的部件，而这又使得零件的成本减少。
Besides helping to make cars even lighter, this also means producers can make more components from the same amount of metal, which lowers the cost of the components.
他们迫不及待的想把这款电脑大卸八块，分析其设计，辨认内部零件，并且估量造价成本。
They cannot wait to rip the device apart, analyse its design, identify its parts and calculate how much it costs to make.
当维修订单完成后，库存中的零件和费用会被转移到此维修订单，并记录总分类账，以便追踪它的成本。
When the order is completed, parts are expensed thereby reducing inventory of those items and also posting the expense to the General Ledger in order to track maintenance costs.
从零件加工成本与公差关系的现有统计数据拟合得到普遍表达式用于本模型。
A general expression relating the cost of component processing to the tolerance is obtained by fitting to existing data.
刀具运动轨迹设计质量的好坏，将直接影响零件的加工质量及加工成本。
Whether the tool path quality is good or bad will directly affect the machining and the machining cost of part.
一般而言，零件的成本随着公差的减小而上升。
Generally speaking, the cost of a part goes up as the tolerance is decreased.
这些零件是以大批量、高规格和降低成本的条件下生产的。
These parts are produced in large quantities with a high degree of perfection at reduced cost.
塔塔先生希望“在全国各地产生组装汽车的企业家” ，通过保持所有零件轻巧简单来大大削减制造成本。
Mr Tata hopes to “create entrepreneurs across the country that would assemble the car”.
以回转类零件为例，对基于相似性的成本估算方法进行了实例应用验证和分析。
Taking gyrating parts as an example, the cost estimating method based on similarity is verified and analyzed by the example.
钢号代用会影响零件的使用性能和成本。
The replacement of steel grade will affect parts usability and cost.
刀具运动轨迹设计质量的好坏，将直接影响零件的加工质量及加工成本。
Whether the tool path quality is good or bad will directly affect the machining quality and the machining cost of parts.
维护简单—气体增压器的零件及密封少，维护简单且成本低。
Simple maintenance - gas supercharger part and sealing less, simple maintenance and low cost.
LCP塑料，则可缩小零件尺寸，改进性能，加快生产速度、降低系统成本，有助于开发新的市场。
The LCP plastic, you can reduce part size, improve performance, speed up production, reduce system costs, help develop new markets.
零件的结构性好坏直接影响加工、使用和制造成本。
The structures of mechanical parts may directly affect the processing, using and manufacturing costs.
该模具具有结构简单、制造成本低廉、生产效率高、零件耐用度高等特点。
The die's advantages include simple structure, low manufacture costs, high manufacture efficiency, and the parts with high durability.
室内磨损试验及生产试验均证明了修复零件的使用寿命比新品提高一倍以上，作业成本降低49% - 77%。
Wearing test in laboratory and test in production show that service life of repaired parts is over two times longer than the new ones, and the work cost decreases by 49%-77%.
化纤切断刀是化学短纤维生产中的关键零件，对纤维的切割质量、成本和生产效率有着重要的影响。
The cutter blade is a key part in the process of the staple production and has an important effect on the staple quality, cost and production efficiency.
嵌件能够以很高的重复精度嵌入零件，并在后期正式生产阶段可显著的降低装配成本。
Inserts can be moulded in with a high degree of accuracy and repeatability, and can dramatically reduce assembly costs at later production stages.
为了解决非球面光学零件加工难、成本高的问题，现已研究出的加工方法有几十种。
In order to solve it, there are tens of kind methods developed to process aspheric optic parts at present.
在模具设计制造中，充分利用标准模架零件能简化设计，提高质量稳定性，缩短制造周期和降低成本。
In designing and making mould, fully utilizing standard mould base can simplify the design, raise the stability of quality, shorten the making cycle and bring down the costs.
低成本，容易拆解，在生命周期结束零件可重新利用。
Make? C designs that allow easy, cost-effective disassembly and re-use of parts at end of life.
本文将会从成本、周转时间，以及零件质量等几个方面来比较上面提到的软模具途径与传统办法。
A comparison between the above soft tooling approach with conventional approaches using tool steel will be carried out based on cost, turnaround time, part quality, etc.
本文将会从成本、周转时间，以及零件质量等几个方面来比较上面提到的软模具途径与传统办法。
A comparison between the above soft tooling approach with conventional approaches using tool steel will be carried out based on cost, turnaround time, part quality, etc.
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