KR100633373B1 - Window control system for vehicle - Google Patents

Abstract

A controlling system for a glass window of a car is provided to promptly cope with various situations to open and close all glass windows of the car, especially, safely even during driving. A controlling system for a glass window of a car, comprises a moisture detection unit(10), an air pollution level detection unit(20), a front-left glass window control unit(31), a front-right glass window control unit(32), a rear-left glass window control unit(33), a rear-right glass window control unit(34), a glass window control microprocessor(60), and a glass window control switch unit(50). The moisture detection unit is disposed on a front glass window of the car. The air pollution level detection unit is disposed on the front of a car body. The front-left glass window control unit includes a front-left glass window control actuator, the front-right glass window control unit includes a front-right glass window control actuator, the rear-left glass window control unit includes a rear-left glass window control actuator, and the rear-right glass window control unit includes a rear-right glass window control actuator. The glass window control microprocessor is connected to the above parts. The glass window control switch unit is connected to the glass window control microprocessor to control the respective actuators.

Description

Glass door control system for automobiles {WINDOW CONTROL SYSTEM FOR VEHICLE}

1 is a plan view of a vehicle according to the present invention

2 is a block diagram showing a system configuration of the present invention.

Figure 3 is an exemplary view showing a control unit structure for opening and closing the glass door of the vehicle

<Code Description of Main Parts of Drawing>

10: moisture detection means

20: air pollution detection means

31: front left glass door control means

32: front right glass door control means

33: rear left glass door control means

34: rear right glass door control means

40: wireless receiver unit

41: Driver Remote Controller

50: glass door control switch unit

60: microprocessor

The present invention relates to a glass door control system for a vehicle, and more particularly, it is characterized in that it is possible to automatically open and close all glass doors by grasping the environment of the vehicle outdoors.

In general, modern cars are trying to maximize the user's convenience and keep the interior of the vehicle separate from the outside of the vehicle to maintain a more comfortable environment. Various power control is possible, and even in the case of glass door, it can be opened and closed quietly by using the glass door motor only by pressing a switch.

On the other hand, while the car is driving, there may be various weather and environmental conditions of the car and the bar. Sometimes, the windows need to be closed and the windows may need to be opened.

For example, if you do not see rain at the beginning of the road, rain on the road, you drive in suburban areas with clear air, and you are driving in muddy streets and factory areas, or you may temporarily get dirt on the unpaved road due to the vehicle in front of you. It must be closed and the window can be opened when the driving condition is reversed.

However, in the conventional vehicle, the driver opens and closes the glass door to operate the switch one by one, which may impede driving if the driver wants to operate it quickly, which is a safety problem.

In addition, if you leave the glass door open for about ten meters away and sudden rain showers, there is a inconvenience to move quickly to the car, insert the key and close the glass door.

On the other hand, the conventional automatic glass door is provided with one switch per glass door, and because it is forced to open and close one by one, it was inconvenient to quickly deal with external noise inflow or foreign matter inflow.

Accordingly, the present invention has been proposed to solve and solve the above-mentioned conventional problems. The main object of the present invention is to provide a sensing means capable of sensing an external environmental condition before and after the vehicle, and the measured value measured by the sensing means. In order to automatically open and close the glass door, and to open and close all the doors at the same time with a single switch operation has another purpose.

Characteristic constituent means of the present invention for achieving the above object is a front left glass door comprising a water detection means provided on the front windshield of the vehicle, an air pollution detection means provided on the front of the vehicle body, and an actuator for controlling the front left glass door of the vehicle Rear right glass door control means comprising a control means, an actuator for controlling the front right glass door of the vehicle, rear left glass door control means comprising an actuator for controlling the rear left glass door of the vehicle, rear right glass door control means comprising an actuator for controlling the rear right glass door of the vehicle The glass door control unit is connected to the moisture detection unit, the air pollution detection unit, the front left glass door control unit, the front right glass door control unit, the rear left glass door control unit, and the rear right glass door control unit. And that the microprocessor is configured as a glass door to the switch control unit connected to control each of the actuators while connected to the glass door control microprocessor.

In this case, the glass door control microprocessor may be configured to include a wireless receiver unit provided in the vehicle body, and a driver remote controller capable of wireless connection with the wireless receiver unit.

Hereinafter, the configuration and operation of the present invention will be described in detail with reference to the accompanying drawings.

1 is a plan view of a motor vehicle including the configuration of the present invention.

As can be seen from the display position of the figure, the present invention provides the water detecting means 10, the air pollution detecting means 20, the front left glass door control means 31, the front right glass door control means 32, and the rear. The left glass door control means 33, the rear right glass door control means 34, and all of them are connected to the microprocessor 60 and the existing glass door control switch unit 50.

First, the moisture detection means 10 is appropriate to install on the front glass window (G) of the vehicle, the degree of detection can detect the degree of rain as well as the heavy fog.

The air pollution detecting means 20 is installed at the front of the vehicle body, that is, at a portion where air is introduced from a conventional HVAC (air conditioner), so that the polluted air can be detected as quickly as possible.

And a front left glass door control means 31 including an actuator for controlling the front left glass door of the vehicle, a front right glass door control means 32 including an actuator for controlling the front right glass door of the automobile, and an actuator for controlling a rear left glass door of the automobile. The rear left glass door control means 33, and the rear right glass door control means 34, including the actuator for controlling the rear right glass door of the vehicle, are used as they are in the conventional glass door opening and closing system, and the actuator A referred to here is FIG. It can be understood as the actuator A shown in the exemplary diagram of FIG.

The microprocessor 60 for controlling the glass door includes the moisture detecting means 10, the air pollution detecting means 20, the front left glass door controlling means 31, the front right glass door controlling means 32, The rear left glass door control means 33 and the rear right glass door control means 34 are all connected.

In addition, the glass door control microprocessor 60 is connected to the glass door control switch unit 50 including the respective switches to be operated by the driver and other passengers as in the prior art can drive the above-mentioned actuators.

On the other hand, the glass door control microprocessor 60 includes a wireless receiver unit 40 provided in the vehicle body, and a driver remote controller 41 capable of wireless connection with the wireless receiver unit to enable remote control. .

The connection state of each of these components can be seen in the block diagram of FIG.

In the figure, reference numeral G denotes a glass door.

In the present invention configured as described above, the driver or the passenger may normally freely open and close the front left and right glass doors and the rear left and right glass doors by operating the glass door control switch unit 50.

However, if any of the glass doors are left open and rained, or if they pass through areas with severe air pollution, the open glass doors will automatically close.

That is, when the water detecting means 10 provided on the windshield of the vehicle body detects the presence of water (rain, fog, snow, etc.), the water is immediately transferred to the microprocessor 60, and the microprocessor 60 opens itself. Identify the glass doors and activate the actuators (A) of all open glass doors.

Therefore, the interior of the vehicle is immediately blocked from the outside air to prevent the inflow of water such as rain, fog or snow.

In addition, when passing through the air pollution area, the air pollution detection means transmits to the microprocessor 60 when the air pollution level exceeds the reference value, and the microprocessor 60 detects the glass door that is open by itself. Actuators (A) on all glass doors are actuated to close immediately.

Therefore, the driver does not need to be distracted to close the glass door while driving and can concentrate on safe driving.

The remote controller 41 can be used when the driver is separated from the vehicle by standing the vehicle at an arbitrary position.

For example, when the glass door is not closed despite moving from the vehicle, the remote controller 41 is immediately operated, and the signal is transmitted to the microprocessor 60 through the wireless receiver unit 40 provided in the vehicle body, and the microprocessor 60 ) Identifies the glass doors that open themselves and activates the actuator so that the glass doors can be closed immediately.

On the contrary, even when it is determined that the indoor temperature of the vehicle is high by long-term parking outdoors during the daytime, the glass door can be opened in advance by operating the remote controller 41.

That is, when the signal of the remote controller 41 is transmitted to the microprocessor 60 through the wireless receiver unit 40 provided in the vehicle body, the microprocessor 60 selects the glass door instructed to open and selects the corresponding actuator A. By operating it, the closed glass door can be opened immediately.

In addition, when the driver sits in the driver's seat and opens and closes the glass door, a switch is provided in the glass door control switch unit 50 to simultaneously open and close all the glass doors (four in the case of a car). The operability to cope with sudden external noise and the inflow of foreign objects becomes very fast and convenient.

As described in detail above, the present invention includes a sensing means capable of sensing an external environmental state on a vehicle body such as a moisture sensing means and an air pollution degree sensing means, and determines a measurement value measured by the sensing means to cause the microprocessor to determine the glass door. You can open and close automatically.

Therefore, even if the external environment suddenly worsens while driving, there is no need to close the glass door, so the driver can concentrate on safe driving, and even if the vehicle is separated from the parked vehicle, the remote controller can freely open and close the glass door. There is an advantage.

In addition, since all the glass doors can be opened and closed at the same time, there is an advantage that the artificial opening and closing operability is greatly improved.

Claims (2)

Moisture sensing means (10) provided on the front windshield of the vehicle; Air pollution detection means 20 provided in front of the vehicle body; Front left glass door control means (31) comprising an actuator for controlling a front left glass door of a vehicle; A front right glass door control means 32 including an actuator for controlling a front right glass door of the vehicle; Rear left glass door control means 33 including an actuator for controlling a rear left glass door of an automobile; Rear right glass door control means (34) comprising an actuator for controlling a rear right glass door of an automobile; The glass door control micro, which is connected to the water detection means, the air pollution detection means, the front left glass door control means, the front right glass door control means, the rear left glass door control means, and the rear right glass door control means. Processor 60; And The glass door control system for a vehicle, characterized in that consisting of a glass door control switch unit (50) connected to control each actuator while being connected to the glass door control microprocessor. The method of claim 1, The glass door control microprocessor 60 includes a wireless receiver unit 40 provided in an automobile body and a driver remote controller 41 capable of wireless connection with the wireless receiver unit. Control system.

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