Plane skylight and application thereof

Abstract

The invention relates to a plane skylight and application thereof, which can effectively solve the problem of daylighting in a building. The technical proposal for solving the problem is that: daylighting bodies are distributed into a plane body according to honeycomb shape; the cross section of the daylighting body is a right hexagon, and is formed by a daylighting right hexahedral cone, a permanent sealed right hexahedral column and a contracted right hexahedral cone which are connected into a whole; the length of the daylighting hexahedral cone is 1.642 times plus 10 percent to 1.642 times minus 10 percent of the side length of the permanent sealed right hexahedral column; the length of the contracted right hexahedral cone is more than or equal to 4.5 times of the side length of the permanent sealed hexahedral column; clearances of the daylighting body is filled with a binding insulation material except the daylighting right hexahedral cone. The plane skylight and the application can be effectively used for daylighting indoors and outdoors of the building, has the advantages of natural daylighting, energy conservation, non environmental pollution, contribution to human health, wide application field and tremendous economic and social benefit.

Description

1. Technical field [0001] The invention relates to building materials, in particular to a daylighting board and its application. 2. Background technology [0002] Anyone who engages in architectural design knows that natural lighting is a very nerve-wracking problem, especially for residential buildings. If there is no natural sunlight, it may be very difficult to sell. For large-span rooms, it is necessary to either use skylights or use artificial lighting. It is caused by natural direct sunlight. If modern technology is used to introduce an appropriate amount of sunlight into the building space, the future architectural form will bring about a qualitative revolution: real energy saving (natural light), indoor permanent plants, increasing the width of the north-south buildings (realizing There are more rows of rooms from east to west, and the upper floors are more stable), and the indoor temperature is less affected by the outside world. [0003] The waste of sunlight by b...

AI Technical Summary

Problems solved by technology

[0006] How to gather the natural light outside a daylighting system into the optical fiber to achieve transmission? The first is to determine the lighting surface: that is, the fixed sunny exterior wall or roof, which increases the difficulty of lighting

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