一种新型节能环保通风隔音窗的设计

The Design for a New Type Energy-Saving and Environment Protection Ventilation and Sound Insulation Window

摘要: 针对城市交通噪声及空气污染严重的现状，结合现有通风隔声窗的不足，设计了一种基于纳米二氧化钛光催化降解技术的通风净化隔音的新型环保窗，改善现在市场上采用物理过滤吸附的方法的传统净化窗。对开启内外窗的连杆机构及其部件进行优化，解决两窗开启的干涉问题，对开窗的滑撑进行受力分析及校核；通过拨叉与转角器的组合，实现用一种交互方式达到内外两窗的三种开窗状态的效果。本设计对传统窗户的节能减排降噪具有借鉴和指导作用。

Abstract: In view of the situation of urban traffic noise and air pollution, combined with the insufficiency of the existing ventilation and sound insulation window, based on the technology of nanometer TiO2 photocatalytic degradation a ventilation purification sound insulation window was designed, improving the traditional window adopting physical filtration adsorption purification method in the market now. The connecting rod mechanism and its components are optimized to solve the interference problem of opening two windows. Then the stress analysis and check of sliding brace for window opening are made. Through the combination of the fork and the corner shifter, the effect of three kinds of window opening states of inner and outer windows can be achieved by an interactive way. This design has the reference and the guidance function to the traditional window in energy saving, emission reduction, and noise reduction.