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首页> 外文期刊>Journal of Mechanical Design >A Comparative Study of Optimal Design for an Inkjet Printer Tube With and Without Performance Variations
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A Comparative Study of Optimal Design for an Inkjet Printer Tube With and Without Performance Variations

机译:具有和不具有性能变化的喷墨打印机管的最佳设计的比较研究

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摘要

As a new generation of printing technology, thermal inkjet (TIJ) has been widely adopted to meet the increasing demand for high printing quality and efficiency at an affordable price. High air barrier tubes play an important role in the reliable operation of the printhead in a commercial thermal inkjet printer. Desired tube qualities include low stiffness and low pressure drop, along with others. Tube stiffness and pressure drop can be lowered through the selection of proper tube layer configuration, geometry, and material properties. However, the existing tube design practice is highly heuristic and design results are not optimal. In this work, using TIJ design as a real world example, a comparative study is conducted to support the use of formal methods in design applications previously governed by heuristic/trial-and-error approaches. Two cases using different optimization strategies are investigated: Case A-performance-based optimization strategy; and Case B-robust design-based optimization strategy. A comparison of their results with the current practice shows that the optimization strategies can greatly improve the efficiency of the current tube design process. More important, the optimization strategy with variation consideration yields robust results and provides much richer design knowledge to support designers with various experiences to make better decisions.
机译:作为新一代的打印技术,热喷墨(TIJ)已被广泛采用,以可承受的价格满足了对高打印质量和效率不断增长的需求。高空气阻隔管在商用热喷墨打印机中打印头的可靠操作中起着重要作用。所需的管道质量包括低刚度和低压降以及其他方面。通过选择合适的管层配置,几何形状和材料特性,可以降低管的刚度和压降。然而,现有的管设计实践是高度启发性的,并且设计结果不是最佳的。在这项工作中,以TIJ设计为实际示例,进行了一项比较研究,以支持在以前受启发式/试验和错误方法支配的设计应用中使用形式化方法。研究了使用不同优化策略的两个案例:基于案例A性能的优化策略;以及案例B-基于稳健设计的优化策略。将其结果与当前实践进行比较表明,优化策略可以大大提高当前管设计过程的效率。更重要的是,考虑变化的优化策略可产生可靠的结果,并提供更丰富的设计知识,以支持具有各种经验的设计师做出更好的决策。

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