Full-automatic rainproof and noise-insulation external window

Abstract

The invention discloses a full-automatic rainproof and noise-reduction external window, which comprises a window frame and window shutters mounted in the window frame. Rotating shafts which are inserted in the window frame are arranged at two ends of the window shutters, a connecting rod is arranged between the window shutters, the window shutters are in linkage by the connecting rod and are controlled by an opening control device, and the opening control device comprises an induction device, a driving motor, a damping device, an opening device, a stroke switch, an approach switch and a power source which are electrically connected. The induction switch receives vibration signals such as external noise and the like, and the window shutters are closed while the induction switch receives the vibration signals. The full-automatic rainproof and noise-insulation external window is mounted on the outer side of an existing window, has rainproof and noise-insulation functions, and realizes completely automatic control. Besides, when the external noise is changed, the window can be opened and closed at any time, and rest and health of people are benefited. In addition, the problem that energy is wasted due to the fact that an air conditioner needs to start in hot days when the window is closed can be avoided, and energy is saved.

Description

technical field [0001] The invention belongs to the technical field of building doors and windows, in particular to an outdoor window that prevents rain and noise pollution. Background technique [0002] In order to facilitate indoor sanitation and balance the temperature, people are used to getting up early and opening windows for ventilation, and some even open windows to sleep at night in summer. Most of the existing forms used are glass windows plus screen window combination. After the window sash is opened, although the ventilation effect is good, it cannot prevent the entry of rainwater. In the event of a sudden rain shower, rainwater will easily enter the room when it is too late or if you forget to close the window, causing unnecessary losses. In order to avoid rainwater intrusion and noise pollution, some people simply close the windows and use air conditioners to cool down. The result is that the indoor air quality decreases and the power consumption increases. ...

AI Technical Summary

Problems solved by technology

After the window sash is opened, although the ventilation effect is good, it cannot prevent the entry of rainwater

In the event of a sudden rain shower, rainwater will easily enter the room when it is too late or forget to close the window, causing unnecessary losses

In order to avoid rainwater intrusion and noise pollution, some people simply close the windows and use air conditioners to cool down. The consequences are that the indoor air quality decreases and the power consumption increases.

Some also use rain-proof windows or multi-functional closed windows, but there are disadvantages such as poor rain-shielding effect, strong shading, affecting indoor light intensity, and high self-noise.

Some install shutters outside the windows, although they can block rainwater, they cannot prevent the impact of noise on the room, the function is single, and the self-control performance is also poor.

Not only that, after opening the windows, the residents along the street will be disturbed by the noise of passing vehicles, etc. The noise generated by these passing motor vehicles is intermittent, which affects the life and rest of the residents along the street. , and the air condition is poor, the contradiction between ventilation and noise pollution is difficult to solve

At present, there is no device that integrates rainproof and noise isolation, automatically controls with changes in the external environment, and produces little noise.

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