2results about How to "Bright colors" patented technology

The present application discloses a hot stamping film, a transfer film, a composite paper and a transfer paper. The hot stamping film, the transfer film, the composite paper and the transfer paper all comprise a precision microstructure layer, and the surface of the precision microstructure layer is provided with a precision microstructure; the hot stamping film comprises a base film layer, a precision microstructure layer, a medium layer and a hot melt adhesive layer; the transfer film comprises a base film layer, a precision microstructure layer and a medium layer; the composite paper comprises a base film layer, a precision microstructure layer, a medium layer, a hot melt adhesive layer and a base paper layer; and the transfer paper comprises a precision microstructure layer, a medium layer, a hot melt adhesive layer and a base paper layer. The present application is provided with a precision microstructure, the precision microstructure presents color, three-dimensional relief and dynamic optical effect; the width of the groove is less than 30 microns, and the micro-nano level ink is filled in the groove, which is more delicate and presents a more delicate image. The ink is only filled in the groove, reducing the use of ink; and subsequent printing is not required, reducing the process steps and lowering the cost.

The utility model relates to a photovoltaic - display integration quantum dot backlight module of display technical field, including photovoltaic element layer, optical coupling layer, quantum dot film layer and conductive and optical modulation layer who laminated and bonded in proper order, photovoltaic element layer is silicon -based solar cell panel, optical coupling layer includes high light transmittance polymer base, and the upper surface of high light transmittance polymer base is distributed micron -sized prism array or diffusing reflection particle, and the lower surface of high light transmittance polymer base is plated with anti -reflective film, quantum dot film layer includes main part and the perovskite quantum dot of embedding main part, and conductive and optical modulation layer includes conductive layer and optical modulation layer. The utility model reduces the dependency on power supply, realizes two -way light energy utilization, reduces power consumption, and the display picture color is more bright and colorful, real, improves optical uniformity while isolating external interference, ensures long -term stable light emission under the complex environment outdoors, relieves thermal stress, prevents material corrosion and cracking, and the module stability is high.