Sliding translational window with high sealing performance

Abstract

The invention discloses a sliding translational window with a high sealing performance. The sliding translation window with the high sealing performance comprises a fixed window frame and window sashes. A protruding first upper sliding channel is formed in an upper window frame section bar of the fixed window frame, a protruding first lower sliding channel is formed in an lower window frame section bar, a first moving device enabling each window sash to move longitudinally is arranged in an upper window sash section bar of each window sash, a second moving device enabling each window sash to move longitudinally is arranged in an upper window sash section bar of each window sash, the first moving device is matched with the first upper sliding channel, the second moving device is matched with the first lower sliding channel, and a locking device which enables the window sashes to move longitudinally is arranged on the window sash. According to the sliding translational window with the high sealing performance, after each window sash is slide in place horizontally, each window sash is moved longitudinally, and therefore the distance between each window sash and the fixed window frame is shortened. When sealing strips are squeezed, a purpose of sealing is achieved. Therefore, the purpose that the sealing of the sliding translational window is airtight is realized and the high sealing performance is achieved.

Description

technical field [0001] The invention relates to a sliding window, which is a sliding window with high sealing performance. Background technique [0002] Sliding windows are widely used in buildings because of their advantages of convenient use, flexible sliding, and no vertical indoor space. However, after years of use, it has been found that the obvious shortcomings of this sliding window are mainly manifested in poor sealing performance. In this regard, in order to improve the sealing performance of sliding windows, those skilled in the art have provided many kinds of improvement schemes, for example: CN101302916B, although its structure is simple, the way it adopts sealing strips affects the flexibility of sliding and increases the sealing High-performance sealing strips are prone to faster damage during use. Especially when the elastic strength and wear-resistant quality of the sealing strip are difficult to reach high-quality requirements, the sliding window of this s...

AI Technical Summary

Problems solved by technology

[0002] Sliding windows are widely used in buildings because of their advantages of convenient use, flexible sliding, and do not occupy vertical indoor space. However, after years of use, it is found that the obvious shortcomings of such sliding windows are mainly manifested in poor sealing performance. In this regard, in order to improve the sealing performance of sliding windows, those skilled in the art have provided many kinds of improvement schemes, for example: CN101302916B, although its structure is simple, the way it adopts sealing strips affects the flexibility of sliding and increases the sealing High-performance sealing strips are prone to faster damage during use

Especially when the elastic strength and wear-resistant quality of the sealing strip are difficult to meet the high-quality requirements, the sliding window of this sealing method still cannot achieve the purpose of sealing tightly.

Another applicant applied for a sliding fan with high sealing performance in 2010. Although it is also to improve the sealing performance of the sliding window, because the sealing structure is realized in the groove, an additional sealing is required outside the window frame. Therefore, the disadvantage of this kind of sliding window is that the structure is relatively complicated, it is not easy to process, and the sealing parts are easy to be damaged.

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