The application relates to a backlight module structure of a
hybrid liquid crystal display screen and relates to the technical field of
hybrid liquid crystal display screens. The backlight module structure of the
hybrid liquid crystal display screen comprises a storage
assembly mounted in an F frame and a slideable guide. The storage
assembly and the inner wall of the F frame form a storage groove for pre-storing UV glue, and the UV glue is output through a communicating outlet. The guide is located at a first position when an optical
assembly is not assembled, and the outlet is blocked. In the process of inserting and assembling an
optical film and an optical
diffusion plate, the guide is forced to slide to a second position, so that the outlet is opened, the UV glue flows out and is bonded to the
optical film and the
diffusion plate. The structure combines sliding control and structural triggering mechanism, is beneficial to realizing automatic bonding, and improves assembly efficiency and connection stability.