A liquid crystal (L) is sealed in a cell gap to be formed between a pair of transparent substrates (8a), (8b) to constitute a liquid crystal display device (2). Another plastic film (17b) of an input device (3) in which one plastic film (17a) is pressed by a pen (21), etc. under the instruction of the positional information is stacked on the liquid crystal display device (2) across a transparent elastic member (4), and a liquid crystal display device (1) is formed thereby. Both the descriptive durability and the input touch of a film-film type input device are improved at the same time. When the transparent substrates (8a),(8b) are formed of flexible material, the external force is prevented from being applied to the flexible transparent substrates (8a),(8b) easy to be locally deformed by absorbing the external force to be applied to the input device (3) by the transparent elastic member (4).