System for automatically controlling opening degree of automobile window

Abstract

A system for automatically controlling the opening degree of an automobile window is used or automatically regulating the opening degree of the automobile window so as to control wind dryness when an automobile runs with the automobile window opened. The control system comprises a rainfall detection unit, an automobile speed detection unit, a unit for detecting the opening degree of the automobile window, an automobile window controller, an automobile window lifting executing unit and the automobile window, wherein the rainfall detection unit is used for detecting information of rainfall outside the automobile, the automobile speed detection unit is used for detecting the speed information of the automobile, the unit for detecting the opening degree of the automobile window is used for detecting the current opening degree information of the automobile window, the automobile window controller is used for receiving the rainfall information, the automobile speed information and the current opening degree information of the automobile window, the target opening degree of the automobile window is obtained according to the rainfall information and the automobile speed information, and the lifting control information of the automobile window is output to the automobile window lifting executing unit after the target opening degree of the automobile window is compared with the current opening degree information of the automobile window; the automobile window lifting executing unit automatically lifts the automobile window up and down according to the lifting control information of the automobile window, and the automobile window can be lifted to the target opening degree of the automobile window.

Description

technical field [0001] The invention relates to the technical field of automobiles, in particular to an automatic control system for the opening of a vehicle window. Background technique [0002] As an important part of a car, car windows are already very rich in function and appearance. For example, car windows now generally have functions such as window anti-pinch, one-button switch, security and anti-theft. In addition, the current automobiles are developing towards the direction of electronicization and humanization, in order to improve the comfort experience of drivers and passengers. [0003] In the daily use of the car, we often have the following driving experience: When we are driving on a beautiful country road, riverside, or seaside road, we will choose to open the car window to enjoy the beautiful scenery and breathe the outside world of fresh air. But in the process of driving with the windows open, the excessive wind noise of the car will seriously affect our...

AI Technical Summary

Problems solved by technology

[0004] However, at present, the opening, closing, and opening adjustment of the car window require manual triggering of the car window button to realize the control of the car window.

Especially in the driving process of the car, in order to control the wind and dryness, it is even more difficult for the driver to manually adjust the opening of the window frequently. On the one hand, the driver needs to manually control the window buttons, which will cause the brain to be distracted , which increases the driving risk. On the other hand, when the window is manually controlled, the accuracy is not easy to control. Often the opening is too small or too large, and it is impossible to accurately position the window opening at a less windy opening. In other words, it is impossible to achieve a good balance between the window opening and air drying control

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