[DENG, Zhuming 邓竹明, DENG, Zhuming 邓竹明, ZHAO, Feng 赵锋, DENG, Zhuming 邓竹明, ZHAO, Feng 赵锋, CHIU, Chung-Yi 邱钟毅] NO.9-2, Tangming Rd, Guangming New District 中国广东省深圳市光明新区塘明大道9-2号, Guangdong 518132Shenzhen, Guangdong 518132 A gray tone mask (1) and a manufacturing method therefor, wherein the gray tone mask (1) comprises a first light blocking bar (11) and a second light blocking bar (12); a first gap (13) is formed between two optional adjacent first light blocking bars (11); the second light blocking bar (12) is arranged in the first gap (13); and the first gap (13) comprises first seams (14) formed between the adjacent first light blocking bars (11) and the second light blocking bar (12), wherein the length of the second light blocking bar (12) is a, the width of the first seam (14) is b, and the specific value of the length a of the first light blocking bar (11) and the width b of the first seam (14) meets: 0.9＜a/b＜1.1. In such a way, the design range of the gray tone mask (1) is lessened, a reasonable design scheme can be more directly obtained, and the experiment cost is reduced. A gray tone mask (1) and a manufacturing method therefor, wherein the gray tone mask (1) comprises a first light blocking bar (11) and a second light blocking bar (12); a first gap (13) is formed between two optional adjacent first light blocking bars (11); the second light blocking bar (12) is arranged in the first gap (13); and the first gap (13) comprises first seams (14) formed between the adjacent first light blocking bars (11) and the second light blocking bar (12), wherein the length of the second light blocking bar (12) is a, the width of the first seam (14) is b, and the specific value of the length a of the first light blocking bar (11) and the width b of the first seam (14) meets: 0.9＜a/b＜1.1. In such a way, the design range of the gray tone mask (1) is lessened, a reasonable design scheme can be more directly obtained, and the experiment cost is reduced.

[YE, Yanxi 叶岩溪, YE, Yanxi 叶岩溪, WU, YuChih 吴欲志, YE, Yanxi 叶岩溪, WU, YuChih 吴欲志, CHIU, Chung Yi 邱钟毅] SHI, Beina 中国广东省深圳市光明新区塘明大道9-2号施北娜, Guangdong 518132No.9-2, Tangming Rd, Guangming New DistrictShenzhen, Guangdong 518132 A method for manufacturing a liquid crystal display panel comprises: manufacturing an array substrate; manufacturing a coloured film substrate; coating a pixel alignment film on a pixel electrode layer; performing first optical alignment processing on the pixel alignment film; coating a common alignment film on a common electrode layer; performing second optical alignment processing on the common alignment film; and performing alignment processing on the array substrate and the coloured film substrate. The method can relatively well solve the technical problem that picture whiting occurs on a liquid crystal display apparatus at certain viewing angles.

[YE, Yanxi 叶岩溪, YE, Yanxi 叶岩溪, ZHAO, Yang 赵阳, YE, Yanxi 叶岩溪, ZHAO, Yang 赵阳, CHIU, Chung Yi 邱钟毅] SHI, Beina 中国广东省深圳市光明新区塘明大道9-2号施北娜, Guangdong 518132No.9-2Tangming Rd, Guangming New DistrictShenzhen, Guangdong 518132 A display panel and manufacturing method thereof. The display panel comprises a color filter substrate, a liquid crystal layer and a thin film transistor array substrate. A pixel unit (504) in the thin film transistor array substrate comprises a first sub-region (5041), a second sub-region (5042), a third sub-region (5043) and a fourth sub-region (5044), wherein liquid crystal molecules corresponding to the first sub-region (5041), the second sub-region (5042), the third sub-region (5043) and the fourth sub-region (5044) respectively have a first pre-tilt angle, a second pre-tilt angle, a third pre-tilt angle and a fourth pre-tilt angle, thus improving display quality of the display panel when viewed with a large viewing angle.

[ZHAO, Feng 赵锋, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, XIE, Jingwei 谢婧薇, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, XIE, Jingwei 谢婧薇, ZHANG, Jianhua 张建华, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, XIE, Jingwei 谢婧薇, ZHANG, Jianhua 张建华, WU, Yu-chih 吴欲志, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, XIE, Jingwei 谢婧薇, ZHANG, Jianhua 张建华, WU, Yu-chih 吴欲志, CHIU, Chung-Yi 邱钟毅] NO.9-2，Tangming Rd, Guangming New District 中国广东省深圳市光明新区塘明大道9-2号, Guangdong 518132Shenzhen City, Guangdong 518132 Provided is a quantum dot light emitting element. The quantum dot light emitting element comprises a quantum dot light emitting layer (11) and main body structure layers arranged at the upper side and the lower side of the quantum dot light emitting layer (11), the quantum dot light emitting layer (11) comprising a red light emitting unit (213), a green light emitting unit (212) and a blue light emitting unit (211); the red light emitting unit (213) comprises red quantum dots, the green light emitting unit (212) comprises green quantum dots, and the blue light emitting unit (211) comprises blue quantum dots; and the blue quantum dots are more than the green quantum dots, and the green quantum dots are more than the red quantum dots. Through the way, quantum dot materials can be saved, and relatively purer white light can be emitted.

[SONG, Yanjun 宋彦君, LI, Xiang 李祥, HSIEH, Chung Ching 谢忠憬, CHIU, Chung Yi 邱钟毅] No.9-2, Tangming Road, Guangming New District 中国广东省深圳市光明新区塘明大道9-2号, Guangdong 518132Shenzhen, Guangdong 518132 Disclosed is a method for improving a liquid crystal display penetration rate by jointly using a plane and a curved surface. The method comprises the following steps: 1. manufacturing a substrate (2) based on a BPS process, wherein the substrate (2) comprises an array substrate and a CF substrate, a spacer and a black matrix (3) are arranged on one side of the array substrate, and a transparent conductive electrode is arranged on one side of the CF substrate; 2. carving a mark on the CF substrate by using laser and aligning the CF substrate with a mark on a UV2A exposure machine platform; 3. carving a tracing line (4) on the transparent conductive electrode by using laser, wherein the tracing line (4) is aligned with a shading region of a gate line (6) or a data line (5) on one side of the array substrate; and 4. exposing the substrate (2), and a mask tracing the tracing line (4). By using the method for patterning using laser, the method overcomes a technical prejudice and can use BPS and UV2A in a compatible manner, and provides an ideal penetration rate. Disclosed is a method for improving a liquid crystal display penetration rate by jointly using a plane and a curved surface. The method comprises the following steps: 1. manufacturing a substrate (2) based on a BPS process, wherein the substrate (2) comprises an array substrate and a CF substrate, a spacer and a black matrix (3) are arranged on one side of the array substrate, and a transparent conductive electrode is arranged on one side of the CF substrate; 2. carving a mark on the CF substrate by using laser and aligning the CF substrate with a mark on a UV2A exposure machine platform; 3. carving a tracing line (4) on the transparent conductive electrode by using laser, wherein the tracing line (4) is aligned with a shading region of a gate line (6) or a data line (5) on one side of the array substrate; and 4. exposing the substrate (2), and a mask tracing the tracing line (4). By using the method for patterning using laser, the method overcomes a technical prejudice and can use BPS and UV2A in a compatible manner, and provides an ideal penetration rate.

[HAO, Sikun 郝思坤, HAO, Sikun 郝思坤, CHIU, Chung-Yi 邱钟毅] No.9-2, Tangming Rd, Guangming New District 中国广东省深圳市光明新区塘明大道9-2号, Guangdong 518132Shenzhen, Guangdong 518132 Disclosed are a liquid crystal display panel and a method of fabricating the liquid crystal display panel, and an array substrate. A pixel unit (20) of the liquid crystal display panel comprises: a liquid crystal layer (13) sandwiched between a first substrate and a second substrate, and a first electrode layer (21), a second electrode layer (22) and an insulating layer (23) which are disposed on one side of the first substrate facing the liquid crystal layer (13); the first electrode layer (21) is disposed adjacent to the first substrate, the insulating layer (23) is sandwiched between the first electrode layer (21) and the second electrode layer (22), the second electrode layer (22) is provided thereon with an electrode pattern, and a groove (221a) is disposed in a region of the insulating layer (23) which corresponds to the second electrode layer (22) and is not provided with the electrode pattern. In the way described above, driving voltage of the liquid crystal display panel can be reduced on the premise of ensuring display quality, which lowers power consumption and thus prolongs the service time of a display terminal employing the liquid crystal display panel.