Diffuse reflection combined type daylighting skylight in limited space and construction method of diffuse reflection combined type daylighting skylight

Abstract

The invention discloses a diffuse reflection combined type lighting skylight in a limited space and a construction method of the diffuse reflection combined type lighting skylight. The diffuse reflection combined type lighting skylight structurally comprises a plurality of lighting skylight units. Each daylighting skylight unit comprises a glass supporting assembly, an inner side daylighting glass assembly and an outer side daylighting glass assembly. The method comprises the steps that firstly, the glass supporting assembly is installed; 2, mounting a connecting claw; thirdly, the inner side lighting glass assembly is installed; and fourthly, the outer side lighting glass assembly is installed. Under the condition that the size of the skylight opening is limited, the glass supporting assembly, the inner side lighting glass assembly and the outer side lighting glass assembly are sequentially installed according to the sequence, the installation steps are simplified, and the construction difficulty in the limited space is reduced; by combining the inner side lighting glass assembly and the outer side lighting glass assembly which are arranged on the glass supporting assembly, transmission of natural light is increased, and the light inlet area in a building is increased; the inner side light-transmitting cavity can form a chimney effect, and ventilation and air exchange can be conducted on the interior and the exterior of a building.

Description

technical field [0001] The invention belongs to the technical field of house construction, and in particular relates to a diffuse reflection composite daylighting skylight in a confined space and a construction method thereof. Background technique [0002] In the process of housing construction, due to the influence of the terrain and surrounding buildings, it is difficult to guarantee the layout of the building to be built facing south, and many buildings are often arranged obliquely; at the same time, in order to meet the lighting needs of the building, It is often necessary to open daylighting skylights on the top of the building, but the overall design of the building will limit the design position and size of the daylighting skylights. The location and design size are limited, so that the skylight cannot be installed smoothly. Most of the existing daylighting skylight structures are difficult to meet the lighting needs of buildings, and the light beams and light time e...

AI Technical Summary

Problems solved by technology

[0002] In the process of housing construction, due to the influence of the terrain and surrounding buildings, it is difficult to guarantee the layout of the building to be built facing south, and many buildings are often arranged obliquely; at the same time, in order to meet the lighting needs of the building, It is often necessary to open daylighting skylights on the top of the building, but the overall design of the building will limit the design position and size of the daylighting skylights. The position and design size are limited, so that the skylight cannot be installed smoothly

Most of the existing daylighting skylight structures are difficult to meet the lighting needs of buildings, and the light beams and light time entering the room are limited due to the influence of daily light, and it is difficult to meet the overall needs of buildings

In addition, many buildings are now of new design. Compared with the skylight in the traditional structure, the height of the skylight is generally higher from the ground, and the opening of the skylight is small. The position facing the design is relatively narrow and the opening of the skylight is not easy During construction, the installation of daylighting skylights brought greater inconvenience

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