Packing box for driving liquid crystal light valve to dynamically display through light kinetic energy processor

Abstract

The utility model discloses a packing box with a liquid crystal light valve driven by a light kinetic energy processor to dynamically display, which belongs to the technical field of packing boxes and is characterized in that the liquid crystal light valve and the light kinetic energy processor are mounted at a hollow-out position of a box cover, and a picture or a picture replacing device with the picture is placed below the liquid crystal light valve. A power management chip, a bayonet socket and other electronic components are mounted on a backlight surface of a film photovoltaic cell of the light kinetic energy processor after a circuit is manufactured, the light kinetic energy processor connects electric energy output by the photovoltaic cell to a liquid crystal light valve through the bayonet socket, and the liquid crystal light valve is opened or closed. Due to the fact that the liquid crystal light valve is adopted for displaying the pictures, the light kinetic energy processor can completely meet the requirements of the liquid crystal light valve, a chemical battery is not needed for energy storage at all, environmental protection and energy conservation are achieved, the pictures can be replaced, the display content of the packaging box is enriched, and the packaging box has higher emotional value.