테이핑 장치의 접촉응력이 기어 모듈에 미치는 영향에 관한 연구

Abstract

An electric wire generally has a core wire composed of a conductor and a shielding layer, which electrically insulates the core wire from the external environment. To connect the electric wires, the shielding layer is peeled off partially, the exposed core wires are bound, and the core wires are wound with insulating tape. However, when the wire bundle is manually taped, the processing time is long and the taping defect rate depends significantly on the skill of the worker. A taping device that tapes electric wires using rotational force has recently been developed. In this study, we designed a component that transmits power via a gear module composed of metallic materials within a taping device. In addition, we simulated the deformation, stress, and slack based on the transmission force between the gears, and we manufactured a gear module for a taping device suitable for small, low-noise operation.