阅读说明：本技术 车窗控制系统、车窗控制方法及车辆 (Vehicle window control system, vehicle window control method and vehicle ) 是由 杨辉 黄嘉伟 于 2017-11-28 设计创作，主要内容包括：一种车窗控制系统(100)、车窗控制方法及车辆(200)。车窗控制系统(100)用于车辆(200)。车辆(200)包括车窗(210)。车窗控制系统(100)包括触摸传感器(10)、驱动机构(30)及控制器(40)。触摸传感器(10)设置在车窗(210)的玻璃板(220),触摸传感器(10)用于基于用户的触摸而产生触摸信号。驱动机构(30)连接玻璃板(220),并用于驱动玻璃板(220)升降。控制器(40)连接触摸传感器(10)和驱动机构(30),控制器(40)用于根据触摸信号控制驱动机构(30)驱动玻璃板(220)升降。(A window control system (100), a window control method and a vehicle (200). A window control system (100) is used for a vehicle (200). The vehicle (200) comprises a window (210). A vehicle window control system (100) includes a touch sensor (10), a drive mechanism (30), and a controller (40). A touch sensor (10) is provided on a glass plate (220) of a vehicle window (210), and the touch sensor (10) is configured to generate a touch signal based on a touch of a user. The driving mechanism (30) is connected with the glass plate (220) and is used for driving the glass plate (220) to lift. The controller (40) is connected with the touch sensor (10) and the driving mechanism (30), and the controller (40) is used for controlling the driving mechanism (30) to drive the glass plate (220) to ascend and descend according to the touch signal.)

A window control system for a vehicle including a window, the window control system comprising:

a touch sensor provided at a glass plate of the window, the touch sensor for generating a touch signal based on a touch of a user;

the driving mechanism is connected with the glass plate and is used for driving the glass plate to lift;

the controller is connected with the touch sensor and the driving mechanism and used for controlling the driving mechanism to drive the glass plate to lift according to the touch signal.

The window control system of claim 1, wherein the window control system comprises:

the gesture sensor is arranged on the frame of the car window and used for generating a gesture signal based on a gesture of a user; the controller is connected with the gesture sensor and used for controlling the driving mechanism to drive the glass plate to ascend according to the gesture signal.

The vehicle window control system of claim 2, wherein the number of the gesture sensors is multiple, and the multiple gesture sensors are arranged at intervals on the frame of the vehicle window.

The window control system of claim 1, comprising a first inductive switch disposed at a periphery of the window, the first inductive switch configured to generate an activation control signal based on a user operation, and the controller configured to control the driving mechanism to drive the glass sheet to raise according to the activation control signal.

The window control system of claim 1, comprising a second inductive switch disposed at a periphery of the window, the second inductive switch configured to generate a stop control signal based on a body part of a user extending outside the window, wherein the controller is configured to control the drive mechanism to stop driving the glass sheet to raise when the stop control signal is received by the controller during raising of the glass sheet.

The window control system of claim 1, comprising an input device disposed inside a door of the vehicle, the input device configured to receive an input command from a user, the controller connected to the input device, the controller configured to generate a control signal for controlling the raising and lowering of the glass sheet according to the input command, the controller configured to compare the touch signal with the control signal, and the controller configured to control the driving mechanism to drive the raising and lowering of the glass sheet when the touch signal matches the control signal.

The vehicle window control system as claimed in claim 1, wherein a light adjusting film is disposed on the glass plate, the vehicle window control system is pre-stored with a preset light adjusting signal for adjusting the light transmittance of the light adjusting film, the controller is configured to compare the touch signal with the preset light adjusting signal, and the controller is configured to adjust the light transmittance of the light adjusting film when the touch signal matches the preset light adjusting signal.

The vehicle window control system as claimed in claim 1, wherein a light adjusting film is disposed on the glass plate, the vehicle window control system is pre-stored with a preset display signal for controlling the light adjusting film to display a preset pattern and a preset text, the controller is configured to compare the touch signal with the preset display signal, and when the touch signal matches the preset display signal, the controller is configured to control the light adjusting film to display the preset pattern and the preset text.

The vehicle window control system of claim 1, wherein the vehicle window control system comprises a backup power source, the vehicle window control system is pre-stored with a preset activation signal for activating the backup power source, the controller is configured to compare the touch signal with the preset activation signal, and the controller is configured to control the backup power source to supply power to the vehicle window control system when the touch signal matches the preset activation signal.

The window control system of claim 9, wherein the window control system includes a drive mechanism backup fuse for detecting water ingress from a primary power source of the vehicle, and wherein the controller is configured to switch in the backup power source to power the drive mechanism when water is drawn from the vehicle such that the backup power source provides power to the drive mechanism.

The vehicle window control system of claim 2, wherein the controller controls the drive mechanism to drive the glass sheet to raise in accordance with the gesture signal to a lesser height than the controller controls the drive mechanism to drive the glass sheet to raise in accordance with the touch signal.

The vehicle window control system of claim 2, wherein the controller controls the drive mechanism to drive the glass sheet to raise in response to the gesture signal is earlier than the controller controls the drive mechanism to drive the glass sheet to raise in response to the touch signal.

The window control system of claim 2, wherein the plurality of gesture sensors are arranged along a length of the lower edge of the window.

A vehicle window control method comprising the steps of:

sensing a touch action acting on a touch sensor of the vehicle window;

and controlling the car window to lift according to the touch action.

The window control method of claim 14, further comprising, prior to sensing the touch action on the touch sensor acting on the window:

sensing a gesture of a gesture sensor acting on the vehicle door;

and controlling the car window to lift a part according to the gesture.

The window control method according to claim 15, wherein the control of the window raising according to the touch action is continued on the basis of a portion of the control of the window raising according to the gesture.

A vehicle comprising a window control system according to any one of claims 1 to 13.