| 摘要 |
An antenna of existing Google glasses is an eyeglass-embedded type, not an eyeglass attachable type. The formation of the antenna in an eyeglass lens is impossible, as the antenna is not transparent. In addition, a beam is emitted to a head of a user due to an antenna beam pattern, thus a user′s body is heavily influenced by electromagnetic waves. The purpose of the present invention is to provide a transparent antenna module attachable to eyeglasses and an SAR reducing method using the same to solve the problems. The transparent antenna module is composed of a ground unit (100) and a transparent antenna unit (200). The transparent antenna module is manufactured by using a multilayered thin film with high conductivity formed by using a transparent electrode element. The purpose of the present invention is to provide the transparent antenna module attachable to eyeglasses and the SAR reducing method using the same capable of obtaining the effects of minimizing influences on a user′s visual field by forming the transparent antenna at a position where user′s eyes are not covered, reducing 80% of the influences of an specific absorption rate (SAR) in comparison with the existing antenna by considering the antenna beam pattern, enabling a free communication by attaching the small antenna enabling a super-high frequency communication to the eyeglass lens, enabling the mass production of wireless communication devices by manufacturing the transparent antenna and controlling a beam emission direction, and being compatible and applicable to the electronic equipment (cellular phones, smartphones, vehicles, GPS receivers, and EM sensors). |
