Smart glasses with virtual button and operating mehod thereof

Abstract

Disclosed are smart glasses without a physical button and an operating method thereof. The smart glasses include a frame; a first temple; a second temple; and a controller embedded in the frame or in one of the temples. The first and second temples are connected to the frame. A first touch sensor is built in the first temple and connected to the controller, and the first touch sensor is configured to send a sensed touch operation signal to the controller. The controller is configured to control the smart glasses to be turned on or be turned off based on the touch operation signal. Without physical buttons, it effectively improves the waterproof performance of the smart glasses and makes the smart glasses easier to clean. In addition, since it is unnecessary to specially design molds for and manufacture physical buttons, the production cost of the smart glasses is also reduced.

Dependencies are inferred from the claim text.