本發明係為一種軟性液晶顯示面板之製程方法及裝置，包括設置一第一軟性基板於一硬質載架上，製作一電極圖案層於該第一軟性基板上，塗佈一配向層於該電極圖案層上，印刷複數個微型結構於該配向層上，預固化該些微型結構，形成一液晶層於該些預固化之微型結構上，設置及控制壓合一第二軟性基板於該些預固化之微型結構上，加熱固化該些微型結構及剝離該硬質載架而形成該軟性液晶顯示面板。本發明亦提出一種利用軟性液晶顯示面板之製程方法所製作出之裝置。利用本發明係可使用印刷製程方法將有黏性之膠材印刷於一軟性基板上，經由紫外線曝光或加熱的方式做上下基板的壓合及黏著之裝置，以達到簡化製作微型結構的流程。 A manufacturing process for flexible LCD panel has steps of disposing a first flexible substrate on a hard carrying base, forming an electrode pattern layer on said first flexible substrate, spreading an alignment layer on said electrode pattern layer, printing plural miniature structures on said alignment layer, curing one resin of the miniature to form semi-solid structures, forming a liquid crystal layer within the semi-interpenetrating polymer network miniature structure, mounting and controlled-pressing a second flexible substrate on the semi-interpenetrating polymer network miniature structure, and curing the second resin of miniature structure to form interpenetrating polymer network miniature structure and detaching said hard carrying base so as to complete the flexible LCD panel. The present invention further has a flexible LCD panel device formed thereby. Through the present invention, the process for manufacturing the flexible liquid crystal display is simplified in that the cell gap controlling, substrates adhering, and assembling can be accomplished by utilizing a two step polymerization process.
本發明係為一種軟性液晶顯示面板之製程方法及裝置，包括設置一第一軟性基板於一硬質載架上，製作一電極圖案層於該第一軟性基板上，塗佈一配向層於該電極圖案層上，印刷複數個微型結構於該配向層上，預固化該些微型結構，形成一液晶層於該些預固化之微型結構上，設置及控制壓合一第二軟性基板於該些預固化之微型結構上，加熱固化該些微型結構及剝離該硬質載架而形成該軟性液晶顯示面板。本發明亦提出一種利用軟性液晶顯示面板之製程方法所製作出之裝置。利用本發明係可使用印刷製程方法將有黏性之膠材印刷於一軟性基板上，經由紫外線曝光或加熱的方式做上下基板的壓合及黏著之裝置，以達到簡化製作微型結構的流程。 A manufacturing process for flexible LCD panel has steps of disposing a first flexible substrate on a hard carrying base, forming an electrode pattern layer on said first flexible substrate, spreading an alignment layer on said electrode pattern layer, printing plural miniature structures on said alignment layer, curing one resin of the miniature to form semi-solid structures, forming a liquid crystal layer within the semi-interpenetrating polymer network miniature structure, mounting and controlled-pressing a second flexible substrate on the semi-interpenetrating polymer network miniature structure, and curing the second resin of miniature structure to form interpenetrating polymer network miniature structure and detaching said hard carrying base so as to complete the flexible LCD panel. The present invention further has a flexible LCD panel device formed thereby. Through the present invention, the process for manufacturing the flexible liquid crystal display is simplified in that the cell gap controlling, substrates adhering, and assembling can be accomplished by utilizing a two step polymerization process.