Zeiss needs a distinctive spectacle case to match their new series of lenses. We don't want to just make a different-looking spectacle case. We hope that the glasses case can bring users a more interesting perspective, and users can observe a different world through the glasses case. We incorporated the concept of nightlight into it so that the glasses case can be used as nightlight. The light projects a changing pattern on the wall through the slide. Let users feel like they are in the stars.
We built this glasses case with the concept of starry sky and nightlight. This glasses case not only has glasses storage function, but also has nightlight function. When the glasses case lights up, various patterns are shown on the wall, forming a starry sky scene.
The hollow slide and the light of the base allow various patterns to be reflected on the wall in a dark environment. The built-in photosensitive element at the bottom can measure the brightness of ambient light when the glasses case is inverted. The silicone tape added with ultraviolet color-changing material can not only fix the glasses, but also measure the intensity of ultraviolet rays. According to the depth of color change, the intensity of ultraviolet rays can be judged.
A unique spectacle case is needed to match Zeiss's new series of lenses. We are not aiming to making a spectacle case with a distinctive appearance. Instead, we hope that the glasses case can bring users a fantastic angle so that they can observe a different world. We take the advantage of night light concept in glasses case creation. Users can use it as a night light, which can reflect various images on the wall and forms a starry sky scene.
The spectacle case is created ba-sed on the concepts of starry sky and night light. It not only can be used as a storage case of glasses, but also has the function of night light, which can reflect various images on the wall and forms a starry sky scene.
The hollowed-out projection film and the light of the ba-se enable various patterns to be reflected on the wall in the dark. Turn the glasses case upside down, the built-in photosensitive element at the bottom can measure the brightness of the ambient light. Silicone tape, adding ultraviolet color-changing material, can not only fix glasses, but also measure the intensity of ultraviolet light. The intensity of ultraviolet light can be tested according to the degree of color change.