CN217501509U

CN217501509U - Active regulation and control type shutter

Info

Publication number: CN217501509U
Application number: CN202122904550.4U
Authority: CN
Inventors: 简见扬
Original assignee: Aurotek Corp
Current assignee: Aurotek Corp
Priority date: 2021-11-04
Filing date: 2021-11-24
Publication date: 2022-09-27
Anticipated expiration: 2031-11-24
Also published as: TWM624445U

Abstract

An actively regulated blind, comprising: an electric blind having a window frame body and a plurality of blades; the intelligent host is electrically connected to the electric shutter; a wind detection device for detecting wind and transmitting a wind detection signal to the smart host; a rain detection device for detecting rain and transmitting a rain detection signal to the intelligent host; and a light detection device for detecting light and transmitting a light detection signal to the smart host, wherein the wind detection device detects wind first, then the rain detection device detects rain, and then the light detection device detects light.

Description

Active regulation and control type shutter

Technical Field

The present application relates to a blind, and more particularly to an actively adjustable blind.

Background

With the progress of science and technology, the living standard and quality of life of people are further improved, wherein the louver becomes an important component of modern quality of life and home decoration, and the louver has many forms, generally a plurality of blades are formed in a parallel arrangement mode, and the light rays are resisted by adjusting the lifting and the angle of the plurality of blades, and meanwhile, the indoor lighting and the air circulation are maintained.

The present blinds are usually adjusted manually, and there are also many electric blinds that are adjusted electrically.

In recent years, weather changes are extremely abnormal, and temperature or climate changes are also extremely abnormal, because the shutters available in the market at present, no matter traditional shutters or electric shutters, the shutters need to be opened and closed through manual operation or manual operation, wherein, taking the electric shutters as an example, the driving motor of the shutters is mainly controlled through a wall switch or a remote controller and an electronic device, so as to adjust the opening and closing actions of a plurality of blades of the shutters. However, the conventional shutter or the commercially available electric shutter cannot automatically open and close the plurality of blades of the shutter immediately according to the current environment and weather changes, and thus the full automation and intelligence effects cannot be achieved.

Therefore, when the weather changes, it is an important issue to open and close the plurality of slats of the blind quickly and automatically at once.

SUMMERY OF THE UTILITY MODEL

The application provides an active control type shutter which is suitable for simultaneously detecting wind, light and rain, and when strong wind is detected, a plurality of blades of the active control type shutter can be automatically closed downwards; when strong light is detected, a plurality of blades of the actively-controlled shutter can immediately and automatically enter a sunshade state (the inclination angle is 1-85 degrees); when the rainfall is detected, the plurality of blades of the actively regulated and controlled blind window can be immediately and automatically descended to form an inclination angle of 1-85 degrees.

The active regulated blind of the present application includes: an electric blind including a window frame body and a plurality of blades; the intelligent host is electrically connected to the electric shutter; a wind detecting device for detecting wind to generate and transmit a wind detecting signal to the intelligent host; the rain detection device is used for detecting rain so as to generate and transmit a rain detection signal to the intelligent host; and a light detection device for detecting light to generate and transmit a light detection signal to the intelligent host.

In the active control type blind window, the wind detecting device detects the wind first, then the rain detecting device detects the rain, and then the light detecting device detects the light; or the detection priority order is that the rain detection device detects the rain first, then the wind detection device detects the wind, and then the light detection device detects the light.

In the active control type blind window, the intelligent host is disposed in the window frame body or outside the window frame body.

In the aforementioned actively-controlled window blind, the wind detecting device, the rain detecting device and the light detecting device are combined with the window frame body or disposed beside the window frame body.

In the aforementioned active control type window blind, when the wind detecting signal is higher than the wind detecting threshold value, the intelligent host controls the electric window blind to close the plurality of blades immediately and automatically.

In the aforementioned active control type window blind, when the rain detection signal is higher than the rain detection threshold value, the intelligent host controls the electric window blind to immediately and automatically descend the plurality of blades to tilt at an angle of 1 to 85 degrees.

In the aforementioned active control type window blind, when the light detection signal is higher than the light detection threshold, the intelligent host controls the electric window blind to immediately and automatically descend the plurality of slats to tilt at an angle of 1 to 85 degrees.

The active control type shutter further comprises a manual switch, a remote control device and a cloud remote control device, and the electric shutter is directly opened and closed.

In an embodiment of the present invention, the electric blind further includes a plurality of pivot members and a driving device.

Accordingly, the active regulation and control type shutter can detect the wind detection device, the rain detection device and the light detection device and control the intelligent host, so that the electric shutter has the capability of automatically detecting the current environment and weather change, and further can automatically open and close the plurality of blades of the electric shutter.

In order to make the aforementioned and other features and advantages of the present application more comprehensible, embodiments accompanied with figures are described in detail below. Additional features and advantages of the application will be set forth in part in the description which follows, and in part will be obvious from the description, or may be learned by practice of the application. It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the scope of the invention as claimed.

Drawings

Fig. 1 is a block diagram of an actively regulated window shade of the present application.

Description of the reference numerals

2: wind detecting device

4: rain detecting device

6: light detecting device

8: intelligent host

10, an electric shutter.

Detailed Description

The embodiments of the present application are described in the following detailed description, and other advantages and effects of the present application will be readily apparent to those skilled in the art from the disclosure of the present application, and may be implemented or applied by other embodiments.

The application provides an active regulation and control formula shutter, mainly when external environment or weather change (for example, begin to blow strong wind, begin to rise rain or sunshine shine on the shutter), accessible wind, rain and light detection device combine the control of intelligent host computer, and weather change can be listened automatically to electronic shutter, and then reaches a plurality of blades of opening and close electronic shutter automatically. Therefore, the active regulation type shutter can automatically open the plurality of blades to maintain indoor ventilation, and also can automatically close the plurality of blades or descend the plurality of blades to incline at an angle of 1-85 degrees to prevent wind, rain and strong light from entering the room, and does not need any tool or manual operation at all.

Fig. 1 shows a block diagram of an actively regulated blind according to the present application. As shown in fig. 1, the active control blind of the present application includes a wind detecting device 2, a rain detecting device 4, a light detecting device 6, an intelligent host 8, and an electric blind 10.

According to the embodiment of the application, the electric blind window 10 comprises a window frame body and a plurality of blades, the intelligent host 8 is electrically connected to the electric blind window 10, the wind detecting device 2 is used for detecting wind to generate and transmit a wind detecting signal to the intelligent host 8, the rain detecting device 4 is used for detecting rain to generate and transmit a rain detecting signal to the intelligent host 8, and the light detecting device 6 is used for detecting light to generate and transmit a light detecting signal to the intelligent host 8.

In an embodiment of the present application, the detection priorities of the actively-controlled blinds are that the wind detecting device 2 detects wind first, the rain detecting device 4 detects rain, and the light detecting device 6 detects light, respectively, and the detection priorities are merely illustrative and are not intended to limit the present application. In other words, the detection priority of the actively-controlled blind of the present application may be that the rain detection device 4 detects rain first, then the wind detection device 2 detects wind, and then the light detection device 6 detects light.

In detail, in an application example of the present application, when the wind detection signal transmitted from the wind detection device 2 to the intelligent host 8 is higher than the wind detection threshold, the intelligent host 8 controls the electric blind 10 to automatically close the plurality of blades of the electric blind 10 immediately (i.e., the plurality of blades automatically fall all close immediately), completely without any tool or manual operation.

In another application example of the present application, when the wind detecting signal transmitted from the wind detecting device 2 to the intelligent host 8 is not higher than the wind detecting critical value, but the rain detecting signal transmitted from the rain detecting device 4 to the intelligent host 8 is higher than the rain detecting critical value, the intelligent host 8 controls the electric blind 10 to immediately and automatically descend the plurality of blades to tilt at an angle of 1-85 degrees, so as to prevent rainwater from entering the room, and maintain the basic indoor ventilation, without any tool or manual operation. In addition, it should be mentioned that when the rain detection device 4 detects a heavy rain, a heavy rain or a heavy rain (which is far above the rain detection threshold), the intelligent host 8 will control the electric blind 10 to automatically close the plurality of blades of the electric blind 10 immediately (i.e., the plurality of blades automatically fall shut immediately), completely without any tools or manual operations.

In another application example of the present application, when the wind detecting signal transmitted from the wind detecting device 2 to the intelligent host 8 is not higher than the wind detecting critical value, and the rain detecting signal transmitted from the rain detecting device 4 to the intelligent host 8 is not higher than the rain detecting critical value, but the light detecting signal transmitted from the light detecting device 6 to the intelligent host 8 is higher than the light detecting critical value, the intelligent host 8 controls the electric blind 10 to automatically descend the plurality of blades to incline at an angle of 1 to 85 degrees, so as to block the exposure of light, and maintain the basic indoor ventilation, without any tool or manual operation. Furthermore, it is worth mentioning that when the light detection device 6 detects strong light (for example, the ultraviolet level is far higher than the detection threshold), the smart host 8 will control the electric blind 10 to automatically close the plurality of slats of the electric blind 10 immediately (i.e. the plurality of slats automatically fall to close all immediately), completely without any tools or manual operations.

According to the embodiment of the present application, the wind detecting device 2, the rain detecting device 4, and the light detecting device 6 may be combined with or disposed beside the window frame body, and the smart host 8 is disposed in the window frame body of the electric blind 10 or disposed outside the window frame body of the electric blind 10.

According to another embodiment of the present application, in addition to the embodiment of automatically detecting weather changes and current environment, the actively regulated blind of the present application can also directly open and close the electric blind 10 through a manual switch, a remote control device and a cloud remote control device, for example, if no one is at home, the electric blind 10 can be directly opened and closed through a cloud remote control device (such as a smart phone).

In addition, according to the embodiment of the present application, the electric blind 10 further includes a plurality of pivot members and a driving device to actuate the plurality of blades.

Therefore, the actively-controlled blind of the present application uses different detecting devices (e.g., a wind detecting device, a rain detecting device, and a light detecting device) to simultaneously detect wind, rain, and light, that is, when strong wind is detected, the plurality of blades of the electrically-controlled blind of the present application can be automatically closed downward at once; when strong light is detected, a plurality of blades of the electric shutter can immediately and automatically enter a sun-shading state (the inclination angle is 1-85 degrees); when detecting the rainfall, the plurality of blades of the electric louver can be immediately and automatically descended to form an inclination angle of 1-85 degrees.

The above embodiments are merely illustrative of the technical principles, features and effects of the present application, and are not intended to limit the scope of the present application, which can be modified and varied by those skilled in the art without departing from the spirit and scope of the present application. However, any equivalent modifications and variations using the teachings of the present application shall still be covered by the scope of the following claims. Rather, the scope of the claims of the present application should be construed in accordance with the substance set forth in the following claims.

Claims

1. An actively regulated blind, comprising:

an electric blind including a window frame body and a plurality of blades;

the intelligent host is electrically connected to the electric shutter and arranged in the window frame body or outside the window frame body;

a wind detecting device for detecting wind to generate and transmit a wind detecting signal to the intelligent host;

the rain detection device is used for detecting rain so as to generate and transmit a rain detection signal to the intelligent host; and

a light detection device for detecting light to generate and transmit a light detection signal to the intelligent host,

wherein, the wind detecting device, the rain detecting device and the light detecting device are combined with the window frame body or arranged beside the window frame body.

2. The actively regulated window shade as claimed in claim 1, wherein the detection priority is that the wind detection device first detects the wind, then the rain detection device detects the rain, and then the light detection device detects the light.

3. The actively regulated window shade as claimed in claim 1, wherein the detection priority is that the rain detection device first detects the rain, then the wind detection device detects the wind, and then the light detection device detects the light.

4. The actively regulated and controlled blind as claimed in claim 1, wherein when the wind detection signal is higher than the wind detection threshold, the intelligent host controls the electric blind to automatically close the plurality of blades immediately.

5. The actively regulated and controlled blind of claim 1, wherein when said rain detection signal is higher than a rain detection threshold, said intelligent host controls said electric blind to immediately and automatically lower said plurality of blades to tilt at an angle of 1 to 85 degrees.

6. The actively regulated and controlled blind as claimed in claim 1, wherein when the light detection signal is higher than the light detection threshold, the intelligent host controls the electric blind to immediately and automatically descend the plurality of slats to tilt at an angle of 1 to 85 degrees.

7. The actively regulated window shade of claim 1, further comprising a manual switch, a remote control device and a cloud remote control device that directly opens and closes said motorized window shade.

8. The actively regulated blind as claimed in claim 1, wherein said motorized blind further comprises a plurality of pivot members and drive means.