TOUCH MODULE AND MOBILE TERMINAL

摘要

Disclosed is a touch module comprising: a touch panel; a solar panel arranged below the touch panel, where a light receiving area on the solar panel faces the touch panel; and, a lenticular lens arranged between the solar panel and the touch panel, where the lenticular lens presents a first lens effect in a first control mode, thus allowing an external light shone onto the lenticular lens via the touch panel to be guided onto the light receiving area. Also disclosed is a mobile terminal, which comprises the touch module. By such means, the present invention puts the solar panel and the touch panel in a stacked arrangement and utilizes the lens effect of the lenticular lens for convergence of the external light, thus allowing an effectively reduced non-display area of the touch module, and increasing photoelectric conversion efficiency.