摘要：【中文】本发明公开了一种光罩，包括：显示区部：用于形成显示区图形；电路区部：设置于所述显示区部的外侧，用于形成栅极驱动电路，其中，所述电路区部包括至少两个电路分支区部，任意一个所述的电路分支区部用于形成独立的栅极驱动电路；以及，拼接区部：设置于所述电路分支区部靠近所述显示区部的一侧并与该电路分支区部连接，用于形成连接显示区与栅极驱动电路的拼接电路。通过将需验证的GOA架构设计于一张光罩中，降低了光罩的制造成本，避免了因频繁切换光罩造成的曝光机台产能损失，且能保证GOA验证实验中的单一变量，增加验证结果可靠性，另一方面，可根据实验结果降验证光罩转入量产使用，进一步降低光罩成本。 【EN】The invention discloses a photomask, comprising: a display area part: used for forming the display area figure; a circuit section: the circuit branch area part is arranged at the outer side of the display area part and is used for forming a grid driving circuit, wherein the circuit area part comprises at least two circuit branch area parts, and any one circuit branch area part is used for forming an independent grid driving circuit; and, a splicing section: the circuit branch area part is arranged on one side of the circuit branch area part close to the display area part, is connected with the circuit branch area part and is used for forming a splicing circuit for connecting the display area and the grid drive circuit. The GOA framework to be verified is designed in one photomask, so that the manufacturing cost of the photomask is reduced, the yield loss of an exposure machine table caused by frequent photomask switching is avoided, single variable in a GOA verification experiment can be ensured, the reliability of a verification result is improved, on the other hand, the verification photomask can be transferred to mass production according to the experiment result, and the cost of the photomask is further reduced.

摘要：【中文】一种曲面显示装置的配向方法，通过使用曲面治具使曲面显示装置先弯折后再配向，或是使用光补偿片对曲面显示装置上液晶错位的位置预先进行光强度补偿，可以解决在传统曲面显示装置的配向过程中，由于玻璃产生弯曲应力，上下基板产生错位，使得玻璃弯曲部份的液晶分子也产生错位而偏移排列方向，进而导致曲面显示装置产生Mura，降低显示画质的技术问题。 【EN】A curved surface display device alignment method is characterized in that a curved surface jig is used for bending the curved surface display device firstly and then aligning the curved surface display device, or an optical compensation sheet is used for carrying out light intensity compensation on the dislocated position of liquid crystal on the curved surface display device in advance, so that the technical problems that in the alignment process of the traditional curved surface display device, liquid crystal molecules on the bent part of glass are dislocated due to the fact that the upper substrate and the lower substrate are dislocated and the liquid crystal molecules are dislocated to deviate the arrangement direction, further the curved surface display device generates Mura, and the display image quality is reduced can be solved.

摘要：【中文】本申请提出了一种曲面屏，其包括第一基板、第二基板及液晶层；该液晶层包括靠近该第一基板的多个第一液晶分子、及靠近该第二基板的多个第二液晶分子，一该第一液晶分子对应一该第二液晶分子；该曲面屏包括中心区、位于该中心区一侧的第一区、及位于该中心区另一侧的第二区；该第二基板靠近该曲面屏的出光侧设置；在该第一区及该第二区内，该第一液晶分子的预倾角大于该第二液晶分子的预倾角。本申请通过使靠近该曲面屏出光侧的第二液晶分子的预倾角小于远离该出光侧的第一液晶分子的预倾角，以补偿曲面屏因弯曲而导致第一液晶分子与第二液晶分子预倾角的错位，提高了曲面屏的亮度均一性。 【EN】The application provides a curved screen, which comprises a first substrate, a second substrate and a liquid crystal layer; the liquid crystal layer comprises a plurality of first liquid crystal molecules close to the first substrate and a plurality of second liquid crystal molecules close to the second substrate, and one first liquid crystal molecule corresponds to one second liquid crystal molecule; the curved screen comprises a central area, a first area positioned at one side of the central area and a second area positioned at the other side of the central area; the second substrate is arranged close to the light-emitting side of the curved screen; in the first region and the second region, the pretilt angle of the first liquid crystal molecules is larger than that of the second liquid crystal molecules. This application is less than the pretilt angle of the first liquid crystal molecule of keeping away from this light-emitting side through the pretilt angle that makes the second liquid crystal molecule that is close to this curved surface screen light-emitting side to the dislocation of first liquid crystal molecule and second liquid crystal molecule pretilt angle is leaded to because of the bending to the compensation curved surface screen, has improved the luminance homogeneity of curved surface screen.

摘要：【中文】本申请提供一种曲面显示面板的补偿方法和补偿系统，补偿方法包括：对曲面显示面板的显示信号进行采集，获取曲面显示面板的显示亮度分布画面；根据显示亮度分布画面，确定曲面显示面板中各显示信号对应的数据线级数；获取每条数据线对应的显示信号中亮度大于第一阈值或小于第二阈值的第一显示信号，计算得到第一显示信号需要的电压补偿值；将电压补偿值处理后输入至第一显示信号对应的数据线，完成补偿。本申请通过获取曲面显示面板中亮度不在阈值范围内的显示信号所在位置，并对其电压值进行补偿，缓解了曲面显示面板弯曲后产生的不良，从而让整个曲面显示面板最终达到均一效果，提升了曲面面板品质。 【EN】The application provides a compensation method and a compensation system of a curved surface display panel, wherein the compensation method comprises the following steps: collecting display signals of the curved surface display panel to obtain a display brightness distribution picture of the curved surface display panel; determining the number of data line stages corresponding to each display signal in the curved surface display panel according to the display brightness distribution picture; acquiring a first display signal of which the brightness is greater than a first threshold value or less than a second threshold value in the display signals corresponding to each data line, and calculating to obtain a voltage compensation value required by the first display signal; and processing the voltage compensation value and inputting the processed voltage compensation value to a data line corresponding to the first display signal to finish compensation. This application is through acquireing the display signal position that luminance is not in the threshold value within range among the curved surface display panel to compensate its magnitude of voltage, alleviated the bad that curved surface display panel produced after crooked, thereby let whole curved surface display panel finally reach the homogeneous effect, promoted curved surface panel quality.