Preparation method of double-layer film, quantum dot distributed photon illumination system and detection method of system

Abstract

The invention discloses a preparation method of a double-layer film, a quantum dot distributed photon illumination system and a detection method of the system. The preparation method of the double-layer film comprises the following steps: preparing a bottom layer film; preparing an outer layer film; and performing synthesis. According to the quantum dot distributed photon illumination system, eachlamp holder comprises a left side plate, a right side plate and a base plate fixed between the left side plate and the right side plate; an included angle between the left side plate and the base plate, and an included angle between the right side plate and the base plate are obtuse angles or right angles; a main light source for enabling light rays to irradiate the double-layer film on a scattering plate is arranged on the upper surface of the base plate; and the scattering plate is fixedly arranged above the base plate. According to the detection method of the quantum dot distributed photonillumination system, the displayed wave property of light, irradiated on a reading surface, of the quantum dot distributed photon illumination system is detected. Quantum optics is used for creatingan illumination environment with main wave property display for a user; the photon distribution uniformity is improved; and the human eyes are protected. The quantum dot distributed photon illumination system is suitable for indoor illumination.

Description

technical field [0001] The invention belongs to the technical field of lighting, and specifically relates to a quantum dot distribution photon lighting system and a detection method thereof. The invention also provides a method for preparing a double-layer film coated on a scattering plate of the quantum dot distribution photon lighting system. Background technique [0002] The demand for modern people to use lighting equipment is increasing day by day, but the health of eyesight is declining proportionally. Especially for teenagers, unnatural and unhealthy lighting methods increase due to heavy use of the eyes, and eye diseases also increase in the same proportion. Since the human eye evolved to the present through natural light, the light in the natural environment has a large number of photons, and the distribution of wave functions in space is relatively balanced. Before irradiating objects, they can basically maintain a superposition state of volatility and particles. W...

AI Technical Summary

Problems solved by technology

In these lighting methods, most of the photons are in the form of particles, and the photons appear according to the fixed route designed by the lamps, resulting in uneven distribution of photons, which does not conform to the characteristics of the human visual physiological system, and is highly irritating to the eyes. Transformation data will also be affected, interfere with normal circadian rhythms, and cause damage to people's spirit and psychology due to unhealthy light signals transmitted to brain electrical signals, thus causing comprehensive damage

Traditional lighting cannot be accurate to the observer's distribution of quantum-level demand per unit time in the observation area, and can only be used to display particle lighting to distribute unreasonable quantum dot lighting

The human visual system's demand for lighting comes from the evolution of human beings in the natural environment. It is difficult to simulate the wave function of photons in the natural environment with existing lighting equipment that mainly displays particles.

Although the traditional soft light technology can achieve the condition of light fluctuations generated by photons in the ether by arranging a large number of soft lights regardless of the cost, according to the shortest distance propagation characteristics of photons in the medium (soft light), from a diffuser plate The frequency of photons emitted by the point is too high, the distribution of photons in the irradiation area is uneven, and the light intensity of the diffusion plate will also be unevenly distributed, and there will be photons that will highly stimulate the visual system

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