입체 디스플레이를 위한 LED 커넥터 디자인 연구

Taking a look around us, LED already has been adopted in various ways, and with the increase in its use frequency in many fields, it became necessary to study on modeling possibility of LED in the space. This study has proposed the connector, a basic unit for the making of screen 3D through practical case study and experimental study on formative conceptual models responding to the increasing possibility of LED design application. The LED properties from the formative aspect of design, its miniature size enables various spatial representation and digital-driven control. Physical expression in space is divided into the representation on the solid space and the formation in 3D space, and the study, development of basic module with the possibility of various shapes are required. Connector design, a basic unit necessary for 3D display making was proposed by the material development study to realize 3D display able to recognize 3D forms by seriating LED existing in space as a dot conceptually. The characteristic of 3D display using the 'LED connector for 3D display' is its easiness in form composition and proportional adjustment, and the possibility of 3D contents able to be expressed into physical 3D in space. Based on the additional studies on the forms, sizes, and contract methods, it's expected to be used widely as lamp, or structure installed interior walls or ceiling, 3D media facade installing outer structure, or formative furniture for independent use.