Projecting method of reflecting surfaces of reflecting devices using thermal field-radiation and wave equation analogy, and light arrangement like device designed for numeric optimization of required light parameters of reflecting surfaces

摘要

Ways to design the reflective surfaces of reflective devices using the analogy of the temperature-field radiation and wave equation describing the propagation of light, which is characterized in that the first source of light will illuminate the reflective surface reflecting light, which is in the target area evaluated using the variables of luminous flux, then changes geometry reflective surface by changing the angle of the beam of the transmitted light source to the surface of the reflective surface, whereupon using the aforementioned variables of temperature field provides formulas for calculation of quantities of the light field and the actual calculation apply Snell's laws of optics, then the reflective surface and their geometry is formed by requirement light flux .fi. or radiant flux .FI..sub.en. Means in the form of the lighting system intended for numerical optimization of desired light parameter reflecting surfaces comprises at least one light source (1) whose light beam passes through at least one optical deformation elements (9) provided with a reflective surface (2) inside which is provided at least one slot (10) with the medium (8) with a different refractive index to their reflecting surfaces (6), whereby the refractive index of the reflective surfaces (5, 6) is elected way that the required luminous flux .fi. or the total radiant flux .FI..sub.en impact point on the impact area equaled the desired luminous flux .fi. or total radiant flux .FI..sub.en.