Hollow glass window of buckle type aluminum wood composite profile framework

Abstract

The invention discloses a hollow glass window of a buckle type aluminum wood composite profile framework, comprising buckle type aluminum wood composite profile and a hollow glass (05). In the technical scheme of the invention, aluminium alloy profile is provided with a water retaining platform frame and a coak rail; wood profile is provided with a coak slot, and the coak rail and the coak slot are connected to compound the aluminum profile and the wood profile into a whole, thus overcoming the problem and the shortage that the framework is easy to deform and leak water and is inconvenient for maintaining to waste resource in the prior art. The hollow glass window of a buckle type aluminum wood composite profile framework is provided, and a back water retaining platform frame is used for preventing rain from seeking inwards; compound aluminium profile and wood profile comply with respective the change characteristics of expansion on heating and contraction on cooling as well as swelling on humidity and shrinkage on drying and freely extend along the coak rail slot to keep the dynamic balance of the framework; when the hollow glass window is repaired, the damaged construction member profile is replaced only in the framework, and the hollow glass window of the aluminum wood composite profile framework obtains the purposes of no deformation, no water seepage, convenient maintenance and resource saving.

Description

technical field [0001] The present invention relates to the frame structure of the hollow glass window, specifically refers to the setting of the water retaining platform frame structure on the aluminum alloy profile part, which is used to prevent rainwater from infiltrating into the room along the gap between the window frame and the window sash; The aluminum and wood sections of the aluminum-wood composite profile are connected and compounded as one, which is used to balance the deformation of the aluminum-wood composite frame caused by the change of climate, cold, hot, dry and wet, and it is convenient to replace only the damaged frame members during maintenance. A gusset type aluminum-wood composite profile frame hollow glass window of aluminum alloy profile or wood profile. Background technique [0002] Aluminum-wood composite frame hollow glass windows are widely used in high-end residential buildings and commercial buildings because of their thermal insulation, energy...

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Problems solved by technology

[0003] Due to the difference in thermal expansion coefficient between the aluminum alloy material and the wood material and the characteristics of the wood material's wet expansion and dry shrinkage, in practical application, this fixed connection compound method will cause thermal changes in the aluminum-wood composite profile due to the change of day and night and the climate's dry, wet, cold and heat. Expansion and contraction, wet expansion and shrinkage, over time, the aluminum-wood composite profile will split and loosen between the aluminum alloy profile and the wooden profile, causing the frame shape of the aluminum-wood composite frame hollow glass window to distort, deform or even sag; similarly, this A fixed connection composite method of aluminum-wood composite profiles, so that when the prior art aluminum-wood composite frame hollow glass windows are repaired, if a part of a component is damaged, for example, it is necessary to replace the aluminum alloy profile or wooden profile in one of the window lattices , it can only be replaced as a whole, not just the damaged section; that is, in order to replace the damaged part of the aluminum alloy section, it is necessary to disassemble and discard the intact wooden section together, or , in order to replace the damaged wooden profile part, it is necessary to disassemble and discard the composite aluminum alloy profile part that is still in good condition, thus causing a waste of resources; at the same time, it is extremely inconvenient to disassemble the entire frame when replacing In addition, the aluminum-wood composite frame hollow glass windows of the prior art only rely on waterproof adhesive strips to prevent rainwater from penetrating into the room along the gap between the window frame and the window sash. As time passes, the adhesive strips age and lose their sealing effect, and rainwater will flood into the room for users. Cause losses; therefore, the aluminum-wood composite frame hollow glass windows of the prior art, because of the fixed connection composite mode of the aluminum-wood composite profiles and the reason of only relying on rubber strips for waterproofing, there is a frame that is easily deformed and twisted, and waterproof measures are unreliable and easy to seep. Problems and shortcomings of inconvenient waste of resources

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