发明名称 POLARIZING PLATE FABRICATION METHOD
摘要 The polarizing plate fabrication method includes the following: (1) preparing a transfer material including a temporary support and a transfer body including an optical anisotropic layer and an optical anisotropic layer; (2) peeling the temporary support and separating it from the transfer body; and (3) adhering the transfer body to a film including a polarizer, in which both the optical anisotropic layer and the optical anisotropic layer are layers formed of a polymerizable composition including a liquid crystal compound applied onto the temporary support, and the optical anisotropic layer and the optical anisotropic layer both have in-plane retardation, and a difference between slow axis directions in the optical anisotropic layer and the optical anisotropic layer is in a range of 3° to 90°. The fabrication method allows adhering of an optical anisotropic layer having a variety of optical compensation capabilities to a variety of polarizers in a minimum constitution.
申请公布号 US2016195655(A1) 申请公布日期 2016.07.07
申请号 US201615069307 申请日期 2016.03.14
申请人 FUJIFILM Corporation 发明人 KAGAWA Hideaki;OKI Kazuhiro
分类号 G02B5/30 主分类号 G02B5/30
代理机构 代理人
主权项 1. A polarizing plate fabrication method comprising the following (1) to (3): (1) preparing a transfer material including a temporary support and a transfer body including an optical anisotropic layer 1 and an optical anisotropic layer 2; (2) peeling the temporary support and separating the temporary support and the transfer body; and (3) adhering the transfer body to a film including a polarizer, wherein both the optical anisotropic layer 1 and the optical anisotropic layer 2 are layers formed of a polymerizable composition including a liquid crystal compound applied onto the temporary support, and the optical anisotropic layer 1 and the optical anisotropic layer 2 both have in-plane retardation, and a difference between slow axis directions in the optical anisotropic layer 1 and the optical anisotropic layer 2 is in a range of 3° to 90°.
地址 Tokyo JP