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SURFACE FOR 3-D DISPLAY AND IN-ART TYPE 3-D DISPLAY PROVIDED WITH THE SAME

机译:具有相同功能的3D显示和艺术型3D显示表面

摘要

The present invention relates to a surface for a 3D display and a pin art type 3D display having the same. The pin art type 3D display comprises: a surface including a plurality of panels formed in an array and configured to form a display surface of the 3D display, and a plurality of stretchable connection members configured to connect and fix the plurality of panels longitudinally and transversely; and a plurality of actuators configured to form a 3D curved surface with respect to the surface, wherein the plurality of panels are grouped into a predetermined number to form a plurality of panel group units, each of the panel group units is configured to form an operation unit of one linear actuator, and the panel group units connected to the stretchable connection members are moved by a motion of the linear actuator moved in forward and backward directions so that the surface is curved. According to the surface for a 3D display and the pin art type 3D display having the same of the present invention, it is possible to significantly reduce the number of actuators and manufacturing costs, and still, a smooth 3D curved surface can be implemented. It is also possible to individually control an individual pixel or a specific region of a display surface. Accordingly, in addition to simply utilizing the surface as a screen surface by projecting an image to the surface, the utilization scope of the surface can be further expanded as it is possible to actively control the individual pixel or the specific region of a display surface.
机译:3D显示器的表面和具有该表面的艺术型3D显示器技术领域本发明涉及一种3D显示器的表面和具有该表面的艺术型3D显示器。美术型3D显示器包括:表面,该表面包括以阵列形式形成并配置为形成3D显示器的显示表面的多个面板,以及配置为纵向和横向连接并固定多个面板的多个可拉伸连接构件。 ;以及多个致动器,其被配置为相对于该表面形成3D曲面,其中,多个面板被分组为预定数量以形成多个面板组单元,每个面板组单元被配置为形成操作。一个线性致动器的单元单元和连接至可拉伸连接构件的面板组单元通过线性致动器在前后方向上的运动而移动,从而使表面弯曲。根据本发明的用于3D显示器的表面和具有该表面的艺术型3D显示器,可以显着减少致动器的数量和制造成本,并且仍然可以实现平滑的3D曲面。还可以单独控制显示表面的单个像素或特定区域。因此,除了通过将图像投影到表面而简单地将表面用作屏幕表面之外,还可以进一步扩展表面的利用范围,因为可以主动地控制单个像素或显示表面的特定区域。

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