Au Optronics Corporation

Yao-Chi Liu

Shih-Chieh Chen

Chih-Chuan Chang

Yu-Tsung Huang

Chia-Hsin Yu

Shun-Chieh Huang

Chia-Yang Liu

Shao-Chung Huang

A displaying apparatus includes a displaying panel, a back light device, and a structural frame fixing the both. The displaying panel includes a first substrate, a second substrate joined onto the first substrate, a light-masking structure, and a plurality of light modulation units. The light-masking structure and the light modulation units are disposed between the substrates. An edge of the second substrate is aligned with a corresponding edge of the first substrate. The light modulation units are disposed corresponding to a plurality of light-penetrating portions of the light-masking structure, for controlling whether light passes through the displaying panel to generate plane images. The light-masking structure wholly covers an edge portion including the edge of the second substrate. The displaying panel can directly use the light-masking structure to perform as a border frame for shielding the interior structure and light emitted from the interior without external covers or frames.

Displaying apparatus

A light source module includes a first frame, a second frame, a light guide plate, a light source, at least one positioning element and at least one buffer element. The second frame is disposed corresponding to the first frame and has at least one through hole. The light guide plate is disposed between the first frame and the second frame and has a light incident surface and a side surface, and the side surface faces to the through hole of the second frame. The light source is disposed on the light incident surface of the light guide plate. The positioning element is disposed in the through hole of the second frame. The buffer element is located between the positioning element and the side surface of the light guide plate.

Light source module and display device having the same

A backlight module includes a light guide board, at least one light emitting unit, a plurality of first glues, and a first reflection sheet. The light guide board has a light entrance surface, a light exit surface, and at least one reflection surface. The reflection surface is connected to the light entrance surface and the light exit surface respectively. The light emitting unit is disposed at the light entrance surface of the light guide board. The plurality of first glues is alternatively disposed on the reflection surface in a from-sparse-to-dense manner. The first reflection sheet is disposed on the plurality of first glues such that the first reflection sheet can be fixed onto the reflection surface.

Backlight module and optical plate thereof

A touch display device including a main frame, a display module, a first frame, a second frame, and a touch device is provided. The main frame has a vertical sidewall part and a horizontal extension part defining a display module holding space. The display module having a display panel and a backlight module is within the display module holding space. The first frame having a side-fixing portion contacting with the backlight module and having a panel disposing portion on which the display panel is disposed is within the display module holding space. The second frame having a bottom portion on a surface of the display panel, a top portion contacting the horizontal extension part of the metal frame, and a touch device disposing portion on which the touch device within the display module holding space is disposed is within the display module holding space.

Touch display device

A backlight module includes an LGP and a linear light source. The LGP includes a light-incident side surface and a top light-emitting surface that has a peripheral region and an effective illumination region. The linear light source includes a circuit board, solid-state light-emitting devices configured on and electrically connected to the circuit board, and a reflector covering a portion of the peripheral region. Light emitted from each solid-state light-emitting device enters the LGP from the light-incident side surface. The reflector includes first reflection parts that correspond to the solid-state light-emitting devices and second reflection parts. Each second reflection part is connected to two adjacent first reflection parts. Each first reflection part and each second reflection part extend towards the effective illumination region from an edge of the top light-emitting surface. An extension length of each first reflection part is shorter than that of each second reflection part.

Growing community of inventors

Miaoli County, Taiwan

Yao-Chi Liu