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a light modulation layer disposed in a gap between the first transparent substrate and the second transparent substrate, and exhibiting a scattering property or transparency with respect to light from the light source, depending on magnitude of an electric field; and
the light modulation layer includes a first region and a second region both having optical anisotropy, and having response speeds with respect to an electric field, the response speeds being different from each other,
an optical-axis component in the first region and an optical-axis component in the second region are aligned in a direction parallel to each other, when the light modulation layer exhibits transparency
wherein the light modulation layer includes a first region and a section region, the first region having optical anisotropy and higher responsivity with respect to an electric field, the second region having optical anisotropy and lower responsivity with respect to an electric field,
The degree of anisotropic scattering actually exhibited by the light modulation layer 34 will be examined below
下文将对光调制层34实际表现出的各向异性散射度进行检验。
the first region and the second region each mainly have an optical-axis component in a direction parallel to a transmission axis of one polarizing plate located closer to the illumination unit of the pair of polarizing plates, when the light modulation layer exhibits transparency, and
the second region mainly has an optical-axis component in a direction parallel to the transmission axis of the polarizing plate located closer to the illumination unit of the pair of polarizing plate, and the first region mainly has an optical-axis component in a direction intersecting with or orthogonal to an optical axis of the second region as well as in a direction intersecting with or orthogonal to the first transparent substrate, when the light modulation layer exhibits the scattering property
As a result, luminance in a region corresponding to a region exhibiting transparency in a light emission region (hereinafter simply referred to as "transparent region in the light emission region") of the illumination unit is reduced, compared to the case where light is uniformly emitted from the entire surface of the illumination unit On the other hand, light propagating through the first transparent substrate and the like is scattered by a region exhibiting the scattering property by the electric field control of the light modulation layer to pass through the top surface of the illumination unit
Moreover, even if the alignment film is not used, for example, when an electric field or a magnetic field is applied between the lower electrode 32 and the upper electrode 36, a liquid crystal or a monomer used in the light modulation layer 34 is allowed to be aligned In other words, while an electric field or a magnetic field is applied between the lower electrode 32 and the upper electrode 36, the alignment state of the liquid crystal or the monomer under voltage application is allowed to be fixed by ultraviolet irradiation
Further, in the embodiment of the technology, the light emission area per unit area of each of the strip-like illumination light beams generated in the light modulation layer varies with the distance from the light source Therefore, a density distribution of the transparent region and the scattering region in the light emission region is allowed to be adjusted to become a desired distribution
The alignment films 33 and 35 align, for example, a liquid crystal or a monomer used in the light modulation layer 34 Kinds of alignment films include a vertical alignment film and a horizontal alignment film, and in the embodiment, horizontal alignment films are used as the alignment films 33 and 35 Examples of the horizontal alignment films include an alignment film formed by performing a rubbing process on polyimide, polyamide imide, polyvinyl alcohol, or the like, and an alignment film provided with a groove by transfer or etching
FIG 88 is a diagram illustrating an example of a relationship between optical axes of polarizing plates of the display panel and the optical axes of the light modulation layer in FIG 39
图88为显示面板的起偏振光片的光轴与图39所示的光调制层的光轴之间关系的一个示例的图表。
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