Liquid Crystal Display, Electronic Device, and Liquid Crystal Display Manufacturing Method

An electronic device, comprising:

• a housing;
• an optical device;
• and
• a liquid crystal display installed on the housing, wherein the liquid crystal display comprises a transparent region, a light shielding region surrounding a periphery of the transparent region, and a display region surrounding a periphery of the light shielding region;
• wherein the liquid crystal display and the housing, together, define, and enclose, an entire inner cavity, wherein the optical device is accommodated in the entire inner cavity and wherein the optical device directly faces the transparent region;
• wherein the liquid crystal display comprises an upper polarizer, a liquid crystal box, a lower polarizer, and a backlight module that are sequentially disposed in a stacked manner;
• wherein the upper polarizer covers the display region and is provided with a transparent hole, and a hole wall of the transparent hole is located in the light shielding region;
• wherein a first part, that is of the liquid crystal box and that is located in the transparent region, is configured to allow visible light to pass through, wherein a second part, that is of the liquid crystal box and that is located in the light shielding region, is configured to shield visible light, and wherein a third part, that is of the liquid crystal box and that is located in the display region, is configured to display an image;
• wherein the lower polarizer continuously covers the transparent region, the light shielding region, and the display region;
• wherein the backlight module comprises a bracket and a backlight film;
• wherein the bracket comprises an outer peripheral side part, further comprises an inner hole side part located on an inner side of the outer peripheral side part, and further comprises a bottom part connected between the outer peripheral side part and the inner hole side part, wherein the outer peripheral side part, the inner hole side part, and the bottom part jointly form an accommodation space, wherein the backlight film is disposed in the accommodation space and covers the display region, and wherein the inner hole side part is located in the light shielding region;
• and
• wherein the liquid crystal display further comprises a light shielding part, wherein the light shielding part is located in the light shielding region and continuously surrounds the transparent region, and wherein the light shielding part is connected to the lower polarizer and the inner hole side part.

An electronic device, comprising:

• a housing;
• an optical device;
• and
• a liquid crystal display disposed on the housing, the liquid crystal display having a transparent region, a light shielding region surrounding a periphery of the transparent region, and a display region surrounding a periphery of the light shielding region, wherein the liquid crystal display comprises a liquid crystal box, and a backlight module, and wherein the liquid crystal display further comprises an upper polarizer disposed on a first surface of the liquid crystal box and a lower polarizer disposed on a second surface of the liquid crystal box and between the liquid crystal box and a portion of the backlight module;
• wherein the optical device is disposed in a cavity bounded by the liquid crystal display and the housing, and wherein the optical device directly faces the transparent region;
• wherein the upper polarizer covers the display region and has a transparent region, and wherein a hole wall of the transparent region is disposed in the light shielding region;
• wherein a first part, that is of the liquid crystal box and that is in the transparent region, is configured to allow visible light to pass through, wherein a second part, that is of the liquid crystal box and that is in the light shielding region, is configured to shield visible light, and wherein a third part, that is of the liquid crystal box and that is in the display region, is configured to display an image;
• wherein the lower polarizer continuously covers the transparent region, the light shielding region, and the display region;
• wherein the backlight module comprises a bracket and a backlight film;
• wherein the bracket extends contiguously from a bottommost surface of the backlight film, around an edge of the backlight film at the cavity and into the light shielding region, and past an uppermost surface of the backlight film, wherein the backlight film covers the display region;
• and
• wherein the liquid crystal display further comprises a light shielding part in the light shielding region and that continuously surrounds the transparent region, wherein the light shielding part is connected to the lower polarizer and the bracket.

An apparatus, comprising:

• a housing;
• an optical device;
• and
• a liquid crystal display disposed on the housing, wherein the liquid crystal display has a transparent region, a light shielding region surrounding a periphery of the transparent region, and a display region surrounding a periphery of the light shielding region, wherein the liquid crystal display comprises a liquid crystal box, and a backlight module, and wherein the liquid crystal display further comprises an upper polarizer disposed on a first surface of the liquid crystal box and a lower polarizer disposed on a second surface of the liquid crystal box and between the liquid crystal box and a portion of the backlight module;
• wherein the optical device is disposed in a cavity bounded by the transparent region of the liquid crystal display and the housing;
• wherein the upper polarizer covers the display region and has a transparent region, and wherein a hole wall of the transparent region is disposed in the light shielding region;
• wherein a first part of the liquid crystal box is in the transparent region and is configured to allow visible light to pass through, wherein a second part of the liquid crystal box is in the light shielding region and is configured to shield visible light, and wherein a third part of the liquid crystal box is in the display region and is configured to display an image;
• wherein the lower polarizer continuously covers the transparent region, the light shielding region, and the display region;
• wherein the backlight module comprises a bracket and a backlight film;
• wherein the bracket comprises an outer peripheral side part, further comprises an inner hole side part on an inner side of the outer peripheral side part, and further comprises a bottom part connected between the outer peripheral side part and the inner hole side part, wherein the outer peripheral side part, the inner hole side part, and the bottom part jointly form an accommodation space, wherein the backlight film is disposed in the accommodation space and covers the display region, and wherein the inner hole side part is in the light shielding region;
• and
• wherein the liquid crystal display further comprises a light shielding part in the light shielding region and that continuously surrounds the transparent region, wherein the light shielding part is connected to the lower polarizer and the inner hole side part.