A multifunctional sliding window

Abstract

The invention discloses a multifunctional sliding window and aims at providing a multifunctional sliding window with better sealing performance. The multifunctional sliding window comprises a window frame and two window bodies. Each window body comprises a window body frame and glass, wherein the lower end of the window body frame is provided with two hollow guide posts, and each hollow guide post is internally provided with two overlapped rolling balls; the upper end of the window body is provided with two guide pulleys. The upper end and the lower end of the window frame are symmetrically provided with transverse guide rails. Longitudinal guide rails are arranged on the transverse guide rails. A stand column is arranged at the upper middle portion of the window frame. The two sides of each window body frame are provided with locking mechanisms. Each locking mechanism comprises a rotary handle assembly rotationally arranged at the part, close to the inner side, of the side edge of the corresponding window body frame, a cam pin, an outer groove sliding strip, a brake rod lock pin, a brake rubber sheet and a lock pin. The sides, adjacent to the window bodies, of the window frame are provided with lock catches which are correspondingly matched with the lock pins. When the rotary handle assemblies are rotated to get close to the window bodies, the outer groove sliding strips drive the lock pins and the brake rod lock pins to move.

Description

technical field [0001] The invention relates to the technical field of energy-saving and environment-friendly building doors and windows, in particular to a multifunctional sliding window. Background technique [0002] As we all know, sliding windows can only reciprocate and move horizontally on double or multiple tracks, and open and lock the windows horizontally. Traditional sliding windows generally use a single-layer glass structure. Even if a double-layer glass structure is used, it is impossible to achieve bridge insulation. Technology, sealing and heat preservation are mainly realized by the felt installed between the horizontal misalignment of the windows, which cannot completely solve the strict requirements of air tightness, water tightness and thermal insulation. In summer, mosquitoes can easily enter the room from the gaps between the windows, so the traditional The sliding windows cannot meet the requirements of modern door and window standards for energy saving...

AI Technical Summary

Problems solved by technology

[0002] As we all know, sliding windows can only reciprocate and move horizontally on double or multiple tracks, and open and lock the windows horizontally. Traditional sliding windows generally use a single-layer glass structure. Even if a double-layer glass structure is used, it is impossible to achieve bridge insulation. Technology, sealing and heat preservation are mainly realized by the felt installed between the horizontal misalignment of the windows, which cannot completely solve the strict requirements of air tightness, water tightness and thermal insulation. In summer, mosquitoes can easily enter the room from the gaps between the windows, so the traditional The sliding windows cannot meet the requirements of modern door and window standards for energy saving and environmental protection, and due to the misalignment of the multi-track window structure, the visual aesthetic effect is not good, and it is difficult to meet people's pursuit of the appearance of modern buildings

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