在現代對於罹患疾病的人,一般使用的治療法為外科手術或是藥物治療。近年來為了避免藥物輸入過剩及抑制副作用的產生,發展出新式的藥物傳輸系統,其給藥方式為經皮吸收的方式,它是由微針構成的陣列貼片貼在皮膚上,直接利用微針刺穿皮膚的表皮層,讓藥物經由皮膚滲透後經由血液循環運送至全身,以達到治療的效果,具有相當多傳統治療方式無法達到的優點。 微針(Microneedle)的長度在微米等級,成針狀結構,可通過微機電系統製作而成。如何以低成本、快速且高優良率的方式製造出產品,是常見的問題。在本研究中以灰關聯分析與基因演算法配合既有實驗,於產品最佳化製程做一探討,希望藉此以軟性計算法在產品最佳化製程能快速且有效得到最佳化結果。 研究成果顯示,既有實驗、灰關聯分析與基因演算法得到最重要製程參數均為壓印溫度;灰關聯分析計算同一案例所需的時間較基因演算法為少,但計算結果顯示基因演算法所得結果與既有實驗較接近,因此軟性計算法中不同演算法於最佳化製程有其優缺點。
The surgical therapy or drug treatment commonly uses on the suffering disease. In recent years, in order to avoid side effects of drug infusion and inhibition of excess production, the development of a new drug delivery system for the transdermal drug delivery approach, which is constituted by a microneedle array patch on the skin, the direct use of microneedle through the skin, the epidermis, allowing penetration of drugs through the skin after delivery through the blood circulation to the body, in order to achieve the effects of treatment, with a considerable number of traditional treatment methods cannot reach advantages. Microneedle in length micron rating, as a acicular structure, madethrough the micro-electromechanical systems. How low cost, fast and high-quality products manufactured rate way, is a common problem. In this study, a gray relational analysis with genetic algorithm with both experiments, the product optimization process to do a study in the hope of soft computing method in the product optimization process can quickly and effectively get optimal results. Research shows that both experiments, gray relational analysis and genetic algorithm to get the most important process parameters are the embossing temperature; gray relational analysis and calculation time required for the same case is less than the genetic algorithm, but the calculation results show that genetic algorithms closer with existing experimental results, so soft computing method of different algorithms in optimization process has its advantages and disadvantages.