聚合物​組合物、液晶​配​向​劑、液晶​配​向​膜、液晶顯示​元件​及​液晶顯示​元件​的​製造​方法、以及​聚合物

源语言标题
(TW201609909) 聚合物​組合物、液晶​配​向​劑、液晶​配​向​膜、液晶顯示​元件​及​液晶顯示​元件​的​製造​方法、以及​聚合物
公开号/公开日
TW201609909 A 2016-03-16 [TW201609909] / 2016-03-16
申请号/申请日
2015TW-0114642 / 2015-05-08
发明人
KUMAGAI TSUTOMU;HIRANO SATOSHI;NOBORI MASAHIRO;
申请人
JSR;
主分类号
IPC分类号
C08F-008/00C08F-220/32C08G-073/10C08G-077/38C08J-007/04C08L-033/04C08L-079/08C08L-083/04C08L-101/02G02F-001/1337
摘要
(TW201609909) 本​發明​提供​一種​聚合物​組合物,其​可​獲得​即便​在​少的​光​照射​量​下​也​顯示出​優異​的​響應​速度​特性​及​對比度​特性、且​殘​像​特性​優異​的​液晶顯示​元件。 本​發明​的​聚合物​組合物​含有(A)聚合物、及(B)有機​溶劑,並且(A)聚合物​為​具有​下述​式(1)所​表示​的​基團​的​聚合物。  (式(1)中,R 1 為​特定​的​光​反應性​基,R 2 為​單鍵​或​2​價​有機​基;Y 1 為(u+1)價​環狀​基​或者​氮原子;u​為​2​~​4​的​整數;其中,於​Y 1 為​氮原子​的​情況下,u=2;“*”表示​結合​鍵) This invention provides a polymer composition which can obtain a liquid crystal display device showing excellent response speed, constract ratio property and excellent retained image property even at the low light irradiation. The polymer composition of this invention include (A) polymer and (B) organic solvent, and (A) polymer is a polymer having a group represented by the following formula (1).  (in th formula (1), R 1 is a specific light reactive group, R 2 is single bond or two valence organic group, Y 1 is (u+1) valence cyclic group or nitrogen atom, u is an integer of 2 to 4, when Y 1 is nitrogen, u=2, “*” represented bonding)
地址
代理人
代理机构
;
优先权号
2014JP-0098264 2014-05-12
主权利要求

        
法律状态
(TW201609909) LEGAL DETAILS FOR TW201609909  Actual or expected expiration date=2035-05-08    Legal state=ALIVE    Status=PENDING     Event publication date=2015-05-08  Event code=TW/APP  Event indicator=Pos  Event type=Examination events  Application details  Application country=TW TW104114642  Application date=2015-05-08  Standardized application number=2015TW-0114642     Event publication date=2016-03-16  Event code=TW/A  Event indicator=Pos  Event type=Examination events  Laid open application for patent or patent of addition  Publication country=TW  Publication number=TW201609909  Publication stage Code=A  Publication date=2016-03-16  Standardized publication number=TW201609909
专利类型码
A
国别省市代码
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