Light reflector and a liquid crystal display device
View Patent ↗The invention provides a light reflector and a light-reflective liquid crystal display device with the improved image quality. A plurality of projection sets 8 are formed on the substrate 1 , each of said plurality of projection sets 8 comprising one projection 6 and seven projections 6 arranged around said one projection 6 . After the formation of those projection sets 8 , the planarizing film 9 and then the pixel electrode 10 are formed in sequence.
1. A light reflector having a plurality of projected portions or recessed portions, wherein:
the reflector has n first projected portions or recessed portions at positions corresponding respectively to vertexes of an equilateral polygon having n sides, n being an odd number equal to or greater than 3;
the light reflector comprises a plurality of projected portion sets or recessed portion sets, each of the projected portion sets or recessed portion sets consisting of said n first projected portions or recessed portions;
the plurality of projected portion sets or recessed portion sets are constructed such that at least two of the plurality of projected portion sets or recessed portion sets are arranged around one of the plurality of projected portion sets or recessed portion sets, each of the at least two projected portion sets or recessed portion sets being adjacent to said one projected portion set or recessed portion set; and
said plurality of projected portion sets or recessed portion sets are constructed such that six of said plurality of projected portion sets or recessed portion sets are arranged around one of said plurality of projected portion sets or recessed portion sets, each of said six projected portion sets or recessed portion sets being adjacent to said one projected portion set or recessed portion set.
2. A light reflector as claimed in claim 1 , wherein said reflector comprises at least one second projected portion or recessed portion in a area surrounding by said n first projected portions or recessed portions.
3. A light reflector as claimed in claim 1 , wherein,
in the case of defining respective lines connecting adjacent projected portions or recessed portions of said n first projected portions or recessed portions with respect to each of said plurality of projected portion sets or recessed portion sets,
said respective lines associated with one of said plurality of projected portion sets or recessed portion sets extend in directions which are different from those of said respective lines associated with remaining projected portion sets or recessed portion sets.
4. A light reflector having
a plurality of projected portions or recessed portions, wherein
the reflector has n first projected portions or recessed portions at positions corresponding respectively to vertexes of an equilateral polygon having n sides, n being an odd number which is equal to or greater than 3; and
the number of said first projected portions or recessed portions is seven.
5. A light reflector having a plurality of projected portions or recessed portions, wherein:
the reflector has n first projected portions or recessed portions at positions corresponding respectively to vertexes of an equilateral polygon having n sides, n being an odd number equal to or greater than 3;
the light reflector comprises a plurality of projected portion sets or recessed portion sets, each of the projected portion sets or recessed portion sets consisting of said n first projected portions or recessed portions;
the plurality of projected portion sets or recessed portion sets are constructed such that at least two of the plurality of projected portion sets or recessed portion sets are arranged around one of the plurality of projected portion sets or recessed portion sets, each of the at least two projected portion sets or recessed portion sets being adjacent to said one projected portion set or recessed portion set; and
in the case of defining respective lines connecting adjacent projected portions or recessed portions of said n first projected portions or recessed portions with respect to each of said plurality of projected portion sets or recessed portion sets, said respective lines associated with one of said plurality of projected portion sets or recessed portion sets extend in directions which are different from those of said respective lines associated with remaining projected portion sets or recessed portion sets.
6. A liquid crystal display device comprising pixel electrodes formed at areas corresponding to pixels, respectively, each pixel being associated with a light reflector having aplurality of n first projected portions or recessed portions at positions corresponding respectively to vertexes of an equilateral polygon having n sides, n being an odd number which is equal to or greater than 3, wherein:
the light reflector comprises a plurality of projected portion sets or recessed portion sets, each of said projected portion sets or recessed portion sets consisting of said n first projected portions or recessed portions; and
said plurality of projected portion sets or recessed portion sets are constructed such that at lease two of said plurality of projected portion sets or recessed portion sets are arranged around one of said plurality of projected portion sets or recessed portion sets, each of said at least two projected portion sets or recessed portion sets being adjacent to said one projected portion set or recessed portion set.
7. A liquid crystal display device as claimed in claim 6 , wherein
said plurality of projected portion sets or recessed portion sets are constructed such that six of said plurality of projected portion sets or recessed portion sets are arranged around one of said plurality of projected portion sets or recessed portion sets,
each of said six projected portion sets or recessed portion sets being adjacent to said one projected portion set or recessed portion set.
8. A liquid crystal display device comprising pixel electrodes formed at areas corresponding to pixels, respectively, each pixel being associated with a light reflector having a plurality of n first projected portions or recessed portions at positions corresponding respectively to vertexes of an equilateral polygon having n sides, n being an odd number which is equal to or greater than 3,
wherein the number of said first projected portions or recessed portions is seven.
9. A liquid crystal display device comprising pixel electrodes formed at areas corresponding to pixels, respectively, each pixel being associated with a light reflector having a plurality of n first projected portions or recessed portions at positions corresponding respectively to vertexes of an equilateral polygon having n sides, n being an odd number which is equal to or greater than 3, wherein:
the light reflector comprises a plurality of projected portion sets or recessed portion sets, each of said projected portion sets or recessed portion sets consisting of said n first projected portions or recessed portions; and
in the case of defining respective lines connecting adjacent projected portions or recessed portions of said n first projected portions or recessed portions with respect to each of said plurality of projected portion sets or recessed portion sets, said respective lines associated with one of said plurality of projected portion sets or recessed portion sets extend in directions which are different from those of said respective lines associated with remaining projected portion sets or recessed portion sets.