Solar light reflecting mirror used for increasing indoor lighting

A technology of indoor lighting and sunlight, applied in the field of sunlight utilization, can solve the problems of large moving range of reflected light, easily limited installation space, short effective time, etc., and achieve the effect of avoiding glare, good effect and good effect

Inactive Publication Date: 2008-04-09
陈宪
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Obviously, the shady room is a room that is not facing the sun. This type of room does not have enough light, but to install the sun reflector in the "appropriate position opposite the window" of this type of shady room must be a sunny position. The higher the floor, the sunny position The farther away the sun reflector is installed at a farther position, its effective time is short and the light intensity is weak. Due to the long distance, the reflected light moves greatly, and the installation space is easily limited.

Method used

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  • Solar light reflecting mirror used for increasing indoor lighting
  • Solar light reflecting mirror used for increasing indoor lighting

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Embodiment Construction

[0025] [specific implementation plan]

[0026] In houses, especially the classrooms of large, middle and primary schools and kindergartens, and the outdoor part or indoor side of the light-transmitting wall or light-transmitting window of the sunny wall of the family, a solar reflector that can inject the sunlight reflected by the mirror surface into the upper half of the room 1. In order to facilitate the introduction of sunlight, the light-transmitting windows on the south wall of the house should be improved and the light-transmitting surface should be enlarged. On the premise of not affecting the load-bearing safety of the teaching building, the lighting surface of the classroom should be increased as much as possible, and large-area glass windows or glass walls should be installed. In order to allow the reflected light from the solar reflector to reach the upper half of the classroom, the upper part of the south window should be as close to the ceiling as possible. The ...

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Abstract

The invention relates to a sunray speculum used for improving indoor illumination, in particular to the field of sunray utilization. The current natural lighting effect in the classrooms of schools, kindergartens and in families is weaker in general, which is not favorable for the vision development of the people including students, juvenile and children and the prevention of the short sight issues of students. The sunray speculum of the proposal is arranged in the outdoor or indoor sides of the light inlet windows in the walls exposed to the sun or light inlet walls, which are in the classrooms of kindergartens and schools, or in families and ordinary houses, and the proposal uses the mirror face to reflect the sunray into the upper half part of the houses, so as to improve the indoor illuminance.

Description

[technical field] [0001] The invention relates to the field of sunlight utilization, especially indoor lighting in classrooms of schools, kindergartens or families. [Background technique] [0002] The national standard GB 7793-87 on classroom lighting in primary and secondary schools sets that the glass-to-ground ratio of classrooms should not be lower than 1:6, and the minimum value of lighting coefficient on classroom desks should not be lower than 1.5%. However, the current natural lighting effect of schools, kindergarten classrooms and families is generally weak. Since the history of human beings living indoors in buildings and carrying out various social activities, sunlight enters the room through the light-transmitting doors and windows on the sunny walls or The transparent tiles on the roof penetrate into the room from top to bottom at an oblique angle, and the sunlight entering from the light-transmitting doors and windows is limited near the doors and windows. The...

Claims

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Application Information

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IPC IPC(8): G02B5/08G02B1/00G02B7/182
Inventor 陈宪
Owner 陈宪
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