Thermal insulation bridge-cut-off sliding system window

Abstract

The invention relates to a thermal insulation bridge-cut-off sliding system window which is characterized by comprising a section outer frame and a section inner sash, wherein the section outer frame comprises a fixed outer frame (22), an upper-fixed lower slider (1), a lower rail (12), side materials (13, 38), an auxiliary frame (23) and a press strip (21); the fixed outer frame (22), the upper-fixed lower slider (1) and the lower rail (12) are connected with the side material (13) through a connection component; fixed glass is also arranged on the section outer frame; and the section inner sash comprises an outer sash and an inner sash. The whole technical scheme is of skillful design, and the structure is simple and compact; and according to the technical scheme, through stable full-leather strip sealing design, 6 levels of air tightness of the product are obtained, and a thermal insulation sliding door is realized.

Description

technical field [0001] The invention relates to a building door and window, in particular to a heat-insulating broken bridge push-pull system window, which belongs to the technical field of building doors and windows. Background technique [0002] With the continuous improvement of the country's requirements for building energy conservation and the requirements for energy conservation and emission reduction and conservation-oriented urban and rural construction, it is necessary to promote technological innovation of enterprises, popularize and apply new technologies and new products, especially the development and application of building energy conservation and system windows. Due to the large-scale promotion and active participation of enterprises, the market demand for economical energy-saving sliding windows is particularly prominent. However, due to the structure of the traditional sliding window sealed with wool strips, the airtightness cannot reach level 6, so the real ...

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Problems solved by technology

[0002] With the continuous improvement of the country's requirements for building energy conservation and the requirements for energy conservation and emission reduction and conservation-oriented urban and rural construction, it is necessary to promote technological innovation of enterprises, popularize and apply new technologies and new products, especially the development and application of building energy conservation and system windows. Due to large-scale promotion and active participation of enterprises, the market demand for economical energy-saving sliding windows is particularly prominent. However, due to the structure of traditional sliding windows sealed with wool strips, the airtightness cannot reach level 6, so the real purpose of heat preservation cannot be guaranteed.

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