TWM616460U - Intelligent multifunctional situation window - Google Patents

Abstract

This creation is an intelligent multifunctional situational window, which includes an outer frame, a plurality of first window rails, a plurality of first functional window panels and a window changing mechanism. The outer frame is arranged on the wall of the building, and an opening area and a window plate replacement area are formed. The position of the opening area corresponds to the opening of the wall, and the window plate replacement area is located on one side of the wall. The first window rail is arranged on the outer frame and extends from the window plate replacement area to the opening area. The first functional window plate is arranged in the window plate replacement area, and the number of the first functional window plate is greater than or equal to the number of the first window rail. The window changing mechanism is arranged in the window plate replacement area, and connects or separates any first functional window plate and any first window rail. The first functional window panel can have different functions such as display, ventilation, solar power generation, etc., making this creation a smart multifunctional situational window.

Description

Intelligent multifunctional situation window

This creative department relates to a window installed in a building.

Today's life tends to smart home, which means that intelligent products automatically adjust indoor air quality, room temperature, brightness, indoor and outdoor visual permeability and other parameters. The windows of the building are located at the opening of the building and have a certain area. They can perform a variety of different functions in smart homes due to their superior location and area conditions.

However, although the existing windows have a variety of different opening and closing mechanisms, in addition to opening/closing the degree of indoor and outdoor connectivity, the existing windows lack special functions and fail to make full use of the advantages of the position and area of the windows to install various functional modules. To play a variety of smart home functions. Therefore, the prior art building windows really need to be improved.

In view of the aforementioned shortcomings and deficiencies of the prior art, this creation provides a smart multifunctional context window to perform the functions of a smart home.

In order to achieve the above creative purposes, the technical means used in this creation is to design an intelligent multifunctional situational window to be installed on a wall of a building, the wall has an opening, and the intelligent multifunctional situational window has: An outer frame for setting on the wall, the outer frame is formed with: an opening area, the position of which corresponds to the opening of the wall; A window plate replacement area located on a side of the wall, the opening area and the window plate replacement area are arranged along the width direction of the outer frame; a plurality of first window rails are arranged on the outer frame; the first windows Rails extend from the window panel replacement area to the opening area; the first window rails are arranged along the thickness direction of the outer frame; a plurality of first functional window panels are arranged in the window panel replacement area of the outer frame; The number of the first functional window panels is greater than or equal to the number of the first window rails; each of the first functional window panels has a function, and the functions of the first functional window panels are different from each other; a window changing mechanism is provided In the replacement area of the window panel of the outer frame; the window changing mechanism can connect any one of the first functional window panels to any one of the first window rails, and can connect any one of the first functional window panels to the any one The first window rail is separated.

In order to achieve the above creative purpose, this creation further provides an intelligent multifunctional situational window for setting on a wall of a building, the wall has an opening, the intelligent multifunctional situational window has: an outer frame, To be arranged on the wall, the outer frame is formed with: an opening area corresponding to the opening of the wall; a window plate replacement area located on a side of the wall, the opening area and the window plate replacement area along The outer frame is arranged in the width direction; a first window rail is arranged on the outer frame; the first window rail extends from the window panel replacement area to the opening area; a plurality of first functional window panels are arranged on the outer frame The window panel replacement area of the frame; each of the first functional window panels has a function, and the functions of the first functional window panels are different from each other; a window replacement mechanism is provided in the window panel replacement area of the outer frame; The window changing mechanism can connect any first functional window panel to the first window rail, and can separate the any first functional window panel from the first window rail.

The first functional window panels of this creation can have a special function by installing various functional modules such as forced ventilation, solar power generation, display screen, and transparency adjustment. For example, the first functional window panel can be a window fan window with a ventilation fan and a forced ventilation function, a solar glass window with a solar power generation module, an LED thin-film display window with an LED (light-emitting diode) thin-film display, Electronically controlled LCD glass window with adjustable transparency, wall material window with concealment function or insect screen window. When this creation is in use, the user can connect the first functional window panel to be used to the first window rail through the window changing mechanism, and move the first functional window panel to function to the opening area through the first window rail. .

The advantage of this creation is that a plurality of replaceable first function window panels are hidden and provided, and the first function window panels can have different functions such as display, ventilation, and solar power generation. Each first functional window can be moved from the window replacement area hidden behind the wall to the exposed opening area to perform its functions through the window changing mechanism and the first window rail, thereby making this creation a multifunctional window. For example, when the first functional window panel of this creation includes solar glass windows and window-type fan windows, solar glass windows can be moved to open areas to generate electricity on sunny days, and window-type windows can be used when indoor air quality is poor. The fan window moves to the open area for ventilation.

Furthermore, in the intelligent multifunctional environment window, the function of each of the first functional window panels is forced ventilation by fan, solar power generation, insect-proof screen, display screen, shielding, or adjustment of transparency.

Furthermore, the intelligent multifunctional contextual window further includes: a plurality of window panel driving devices, which are respectively arranged on the first window rails; each of the window panel driving devices is movably connected to the corresponding first window track The first functional window plate on a window rail is to the window plate replacement area or the opening area of the outer frame; a controller is electrically connected to the window changing mechanism and the window plate driving devices.

Furthermore, the intelligent multifunctional context window further includes a wireless network control module, which is electrically connected to the controller.

Furthermore, in the smart multifunctional context window, the smart multifunctional context window further includes at least one brightness sensor electrically connected to the controller; wherein the function of one of the first functional window panels is Adjust transparency.

Furthermore, in the smart multifunctional context window, the smart multifunctional context window further includes at least one brightness sensor electrically connected to the controller; wherein the function of one of the first functional window panels is solar energy generation.

Furthermore, in the intelligent multifunctional context window, the number of the at least one brightness sensor is two, and the two brightness sensors are used to detect outdoor and indoor brightness respectively.

Furthermore, the intelligent multifunctional environment window, wherein the intelligent multifunctional environment window further includes an air quality detector for detecting indoor air quality; the air quality detector is electrically connected to the control The function of one of the first functional window panels is forced ventilation by a fan.

Furthermore, in the smart multifunctional context window, the smart multifunctional context window further includes a human body infrared detector, and the human body infrared detector is electrically connected to the controller.

Furthermore, the intelligent multifunctional contextual window further includes at least one second window rail, which is provided in the opening area of the outer frame; the at least one second window rail is located in the direction of the first window rails One side of the room; at least one second functional window panel, which is slidably connected to the at least one second window rail.

Furthermore, in the intelligent multifunctional contextual window, the intelligent multifunctional contextual window further comprises: a plurality of window panel driving devices, which are respectively arranged on the first window rails; each of the window panel driving devices can Move the first functional window panel connected to the corresponding first window rail to the window panel replacement area or the opening area of the outer frame; a controller which is electrically connected to the window changing mechanism and the Window plate driving device; the number of the first window rails is four; the number of the at least one second window rail is two, The two second window rails and the four first window rails are arranged from the interior of the building to the exterior of the building; the number of the at least one second functional window panel is two, and the two second functional window panels are slidable respectively Ground connection to the two second window rails; the function of each of the second function window panels is to adjust transparency; the two second function window panels are electrically connected to the controller; the functions of the first function window panels include display screens , Solar power generation, forced ventilation by fans, insect-proof and shelter screen windows.

Another advantage of this creation is that by setting up multiple sensors, depending on the current environment, the required functions are automatically turned on based on the data detected by the sensors, and the windows that do not require functions are hidden in the wall. It not only adjusts the indoor brightness of the building, but also enhances the purification of indoor air to achieve automatic, comfortable and beautiful effects.

10: Outer frame

11: open area

12: Window panel replacement area

21: The first window track

22: The second window track

23: curtain track

31: The first function window

32: The second function window

33: Window Lian

40: Window changing mechanism

51: window drive device

61: Controller

62: wireless network control module

71: Brightness sensor

72: Air Quality Detector

73: Human infrared detector

WL: Wall

T: thickness direction

Figure 1 is a schematic front view of the creation, showing the state of looking from the inside of the building to the outside.

Figure 2 is a top-view action diagram created, showing that all the first function window panels are hidden in the window replacement area located on the inner side of the wall.

Figure 3 is a top action diagram created in another state, showing that part of the first functional window panel is moved to the opening area, and part of the first functional window panel is reconnected to other first window rails by the window changing mechanism.

Figure 4 is a schematic front view of another embodiment of the creation.

Figure 5 is a schematic diagram of the electrical connection relationship of the created controller.

In the following, in conjunction with the drawings and the preferred embodiments of this creation, the technical means adopted by this creation to achieve the predetermined creation purpose are further described.

Please refer to Fig. 1, Fig. 2 and Fig. 5, the intelligent multifunctional scene window of this creation is used to be installed on a wall WL of a building, and the wall WL has an opening. The intelligent multifunctional contextual window includes an outer frame 10, a plurality of first window rails 21, a plurality of first functional window panels 31 and a window changing mechanism 40; and in this embodiment, it further includes two second window rails 22 , Two second function window panels 32, multiple window panel drive devices 51, a controller 61, a wireless network control module 62, two brightness sensors 71, an air quality detector 72 and a human infrared detector测器73.

The aforementioned outer frame 10 is installed on the wall WL. The outer frame 10 is formed with an opening area 11 and a window plate replacement area 12. The position of the opening area 11 corresponds to the opening of the wall WL; the window plate replacement area 12 is located on one side of the wall WL to prevent the window plate replacement area 12 from being exposed and affecting the appearance. The opening area 11 and the window panel replacement area 12 are arranged along the width direction of the outer frame 10. The outer frame 10 is specifically a square frame.

The aforementioned first window rail 21 is provided on the outer frame 10; the first window rail 21 extends from the window panel replacement area 12 to the opening area 11. The first window rails 21 are arranged along the thickness direction T of the outer frame 10 (as shown in FIG. 2).

The aforementioned second window rail 22 is provided in the opening area 11 of the outer frame 10 and further extends to the replacement area 12 in this embodiment, but is not limited to this. The second window rail 22 is located on the side of the first window rail 21 facing the room.

The aforementioned first functional window panel 31 is provided in the window panel replacement area 12 of the outer frame 10. The number of first functional window panels 31 is greater than or equal to the number of first window rails 21. Each first functional window plate 31 has a function, and the functions of the first functional window plates 31 are different from each other. And specifically, each of the first functional window panels 31 may have a window panel made of the same material as the outer wall and a wall material window with a shielding function, or a window fan provided with a smoke exhaust fan and a forced ventilation function of the fan. Window, solar glass window provided with translucent thin-film solar panels and having the function of solar power generation, an insect-proof screen window provided with screen windows and insect-proof function of the screen window, electronic control panel provided with an electronic control liquid crystal panel and the function of adjusting transparency Liquid crystal glass window, LED film display window with LED film display and display screen function.

The aforementioned window fan window uses a smoke exhaust fan, which can exhaust the dirty air in the room when the power is turned on, providing the effect of purifying the indoor air; the wall material window is made of the same material as the outer wall, and the window fan window is provided with a hidden and beautiful window. Efficacy: The LED thin film display window can set the display pattern style by itself to achieve beauty and transmit information. Furthermore, the LED thin film display is a high-transparency touchable glass that uses software to design the graphics that you want to display through wireless The transmission system transmits to the LED display screen; the electronically controlled liquid crystal glass window can make the glass appear transparent or white by turning the power on or off; the solar glass window uses semi-transparent thin-film solar energy, which can generate electricity to the above-mentioned LED Film display windows and other electrical equipment; in short, each first functional window 31 can perform a specific function.

Please refer to FIGS. 2 to 4, the aforementioned window changing mechanism 40 is provided in the window plate replacement area 12 of the outer frame 10. The window changing mechanism 40 can connect any first functional window plate 31 to any first window Rail 21. After the first functional window 31 is connected to the first window rail 21, it can slide along the first window rail 21 to the opening of the wall WL, thereby enabling the first functional window 31 with specific functions to function. The window changing mechanism 40 can also separate the first functional window panel 31 from any first window rail 21 to free the first window rail 21 for connection with other first functional window panels 31.

The aforementioned two second functional window panels 32 are respectively slidably connected to the two second window rails 22. In other preferred embodiments, the number of the second window rail 22 and the second functional window plate 32 can also be one or more each. The operation of the second functional window plate 32 is independent of the window changing mechanism 40, which can ensure that the present invention maintains the basic window function when the window changing mechanism 40 functions abnormally. The second functional window 32 may have special functions such as forced ventilation by a fan as the first functional window 31, or the second functional window 32 may also be a window that can be slidably opened or closed relative to the outer frame 10 in the prior art.

The aforementioned window panel driving device 51 is respectively arranged on the first window rail 21 and the second window rail 22. Each of the window panel driving devices 51 can be movably connected to the first functional window panel 31 on the corresponding first window rail 21 to the window panel replacement area 12 or the opening area 11 of the outer frame 10, thereby achieving the first function of automatic positioning The function of the window plate 31 effect. The window panel driving device 51 located on the second window rail 22 can drive the second functional window panel 32 to achieve the functions of automatic window opening and automatic window closing.

In this embodiment, there is further an electric curtain track 23, a window screen 33 and a window screen (not shown in the figure). The window screen 33 and the window screen are connected to the electric curtain track 23 and controlled by the electric curtain track 23. Chuanglian 33 is located on the side closest to the interior of this creation.

The aforementioned controller 61 is electrically connected to the window changing mechanism 40 and the window panel driving device 51 to control the positions of the first functional window panel 31 and the second functional window panel 32. The controller 61 can further be electrically connected to the first functional window plate 31 and the second functional window plate 32 to control their functions.

The aforementioned wireless network control module 62 is electrically connected to the controller 61. The wireless network control module can signal to connect to a Wi-Fi ^TM (wireless hotspot) network, thereby enabling the controller 61 to communicate with various networked devices such as smart phones. When connected, the first functional window 31 and the second functional window 32 can be moved by remote control of the mobile phone App (application), achieving the effect of automation.

The aforementioned two brightness sensors 71 are used to detect outdoor and indoor brightness, respectively, the air quality detector 72 is used to detect indoor air quality, and the human infrared detector 73 is used to sense whether someone is approaching the creation outdoors. The brightness sensor 71, the air quality detector 72 and the human infrared detector 73 are all electrically connected to the controller 61, thereby transmitting the detected data to the controller 61.

The operating scenarios of this creation are as follows: General default scenario: Turn on the power of the electronically controlled LCD glass window to make it transparent but in a tightly closed state, other functional window panels are closed, and the curtain 33 and window screens are in the open state; turn on the electronically controlled LCD The glass window power supply makes it transparent and tightly closed, the insect screen window is closed tightly, the other function window panel closing function is hidden in the wall WL, and the curtain 33 and the window screen are opened.

Scenario A: When the sun is strong, turn off the power of the electrically controlled LCD glass window to make it white fog, and turn on the solar glass window; when the brightness sensor 71 detects that the outdoor sunlight is strong, turn off the power of the electrically controlled LCD glass window to make it white Fog, move the solar glass window out of the wall WL to generate electricity.

Scenario B: During the day, the solar glass window is opened; when the brightness sensor 71 detects the outdoor daytime, the solar glass window is moved out of the wall WL to generate electricity.

Scenario C: When the sky is dark, turn on the power of the electronically controlled LCD glass window and the LED film display window; when the brightness sensor 71 detects that the outdoor sky is dark, turn on the power of the electronically controlled LCD glass window to make it transparent, and the power of the LED film display window is turned on use.

Scenario D: Indoor and outdoor dark, close the first functional window 31, the second functional window 32, the curtain 33 and the window screen; when the brightness sensor 71 detects the outdoor and indoor dark, all the functional windows are closed and locked , Curtain 33, window screens are pulled up.

Scenario E: No one is active indoors, close the first functional window 31, the second functional window 32, the curtain 33 and the window screen; when the human body infrared detector 73 at the gate senses someone going out or the indoor human body infrared detector 73 Sense that no one is moving indoors, all window panels are closed and locked, and the curtains are closed.

Scenario F: A large number of indoor harmful gases exceed the standard, open window fan windows, insect screens, and electronically controlled liquid crystal glass windows; when the indoor air detector detects indoor harmful gases, such as gas, CO (carbon monoxide), CO2 (carbon dioxide) ), formaldehyde, PM2.5, etc. A large number of exceeding standards, electronically controlled liquid crystal glass windows and insect-proof screens open the windows, the window fan window is moved out of the wall WL and the fan power is turned on.

Scenario G: The indoor harmful gas exceeds the standard value, and the electronically controlled liquid crystal glass window is opened; when the indoor air detector detects the harmful indoor gas, such as gas, CO, CO ₂ , formaldehyde, PM2.5 and other traces exceeding the standard value, Open windows for natural ventilation.

Scenario H: The outdoor harmful gas exceeds the standard value, and the electronically controlled LCD glass window is closed; when the outdoor micro weather station detects that the outdoor harmful gas, such as O ₃ (ozone), CO ₂ , PM2.5, etc., exceeds the standard value, close the window tightly .

Scenario I: Someone approaching from the outside, close the first function window panel 31, the second function window panel 32, the curtain 33 and the window screen; when the human infrared detector 73 senses that someone is approaching the window outside, all windows are closed and locked, and the curtains , The window screen is pulled up.

Scenario J: Open the LED film display window during holidays and festivals; set the time for the LED film display to display the pattern and the LED screen to display the pattern in advance during the festive season and festival, and the display will automatically turn on when the time is approaching.

In summary, this creation is provided with multiple replaceable first functional window panels, which can have different functions such as display, ventilation, and solar power generation. Each first functional window can be moved from the window replacement area hidden behind the wall to the exposed opening area to perform its functions through the window changing mechanism and the first window rail, thereby making this creation a multifunctional window.

In another preferred embodiment, the present creation includes a total of six layers of horizontally drawn windows from the outside to the inside, wall material windows, window fan windows, solar glass, insect screen windows, electronically controlled liquid crystal glass, and LED film displays. Install screens and curtains on the inside of the windows. The position is that there is a window in the room, and the left and right layers of electronically controlled liquid crystal glass, and the inner side of the electronically controlled liquid crystal glass on the right side has an LED film display, and the outer side of the electronically controlled liquid crystal glass has an anti-insect screen window. The right side of the window is hidden in the wall. Three-layer windows, from the inside to the outside, are solar glass, window fan windows, and wall material windows. The LED film display can set patterns and styles by yourself to achieve the effect of beauty and transmission of information. Function, provides the effect of adjusting the brightness and shielding, insect screens provide the effect of preventing mosquitoes from flying into the room, solar glass provides the effect of LED film display and other electrical equipment to generate electricity, and the window fan window provides the effect of running fans to purify the indoor air. Wall material windows provide shaded window-style fan windows to achieve concealment and beauty, and there is an electric window slide rail group that controls the windows, which can move each window by remote control of the mobile phone App to achieve the effect of automation, and there is also an electric curtain to control the curtain. The curtain track can move curtains and window screens by remote control of the mobile phone App to achieve the effect of automation and temperature adjustment. The intelligent multifunctional situational window can automatically activate the required functions according to the current environment based on the data from the outdoor micro-weather station and indoor air detection, and the glass that does not require functions is hidden by the wall. It not only adjusts the indoor brightness of the building, but also enhances the purification of indoor air to achieve automatic, comfortable and beautiful effects.

The above description is only the preferred embodiment of the creation, and does not limit the creation in any form. Although the creation has been disclosed in the preferred embodiment as above, it is not intended to limit the creation. Any technical field has Generally knowledgeable persons, without departing from the scope of this creative technical solution, can use the technical content disclosed above to make slight changes or modifications to equivalent embodiments with equivalent changes. However, any content that does not deviate from this creative technical solution is based on this Any simple modifications, equivalent changes and modifications made to the above embodiments by the technical essence of the creation still fall within the scope of the technical solution for creation.

10: Outer frame

23: curtain track

31: The first function window

32: The second function window

33: Window Lian

40: Window changing mechanism

51: window drive device

WL: Wall

Claims (12)

An intelligent multifunctional situational window is used to be installed on a wall of a building, the wall has an opening, and the intelligent multifunctional situational window has: an outer frame to be arranged on the wall, and the outer frame is formed with : An opening area, the position of which corresponds to the opening of the wall; a window plate replacement area, which is located on a side of the wall, the opening area and the window plate replacement area are arranged along the width direction of the outer frame; plural first Window rails are arranged on the outer frame; the first window rails extend from the window panel replacement area to the opening area; the first window rails are arranged along the thickness direction of the outer frame; a plurality of first functional window panels, It is set in the replacement area of the window panel of the outer frame; the number of the first functional window panels is greater than or equal to the number of the first window rails; each of the first functional window panels has a function, the first functions The functions of the window panels are different from each other; a window changing mechanism is arranged in the window panel replacement area of the outer frame; the window changing mechanism can connect any of the first functional window panels to any of the first window rails, And the any first functional window panel can be separated from the any first window rail. The intelligent multifunctional contextual window according to claim 1, wherein the function of each of the first functional window panels is forced ventilation by a fan, solar power generation, insect-proof screen, display screen, shielding, or adjustment of transparency. The intelligent multifunctional contextual window according to claim 1 or 2, further comprising: a plurality of window panel driving devices, which are respectively arranged on the first window rails; each of the window panel driving devices can be movably connected to the corresponding The first functional window plate on the first window rail to the window plate replacement area or the opening area of the outer frame; a controller which is electrically connected to the window changing mechanism and the window plate driving devices. The intelligent multifunctional contextual window according to claim 3, which further includes a wireless network control module, which is electrically connected to the controller. The smart multifunctional context window of claim 3, wherein the smart multifunctional context window further includes at least one brightness sensor electrically connected to the controller; wherein the function of one of the first functional window panels is Adjust transparency. The smart multifunctional context window of claim 3, wherein the smart multifunctional context window further includes at least one brightness sensor electrically connected to the controller; wherein the function of one of the first functional window panels is solar energy generation. The intelligent multifunctional contextual window according to claim 5, wherein the number of the at least one brightness sensor is two, and the two brightness sensors are respectively used for detecting outdoor and indoor brightness. The smart multifunctional context window according to claim 3, wherein the smart multifunctional context window further includes an air quality detector for detecting indoor air quality; the air quality detector is electrically connected to the control The function of one of the first functional window panels is forced ventilation by a fan. The intelligent multifunctional context window according to claim 3, wherein the intelligent multifunctional context window further includes a human infrared detector, and the human infrared detector is electrically connected to the controller. The intelligent multifunctional contextual window according to claim 1 or 2, further comprising at least one second window track, which is provided in the opening area of the outer frame; the at least one second window track is located in the first windows The rail faces the indoor side; at least one second functional window plate is slidably connected to the at least one second window rail. The intelligent multifunctional contextual window according to claim 10, wherein: the intelligent multifunctional contextual window further comprises: a plurality of window panel driving devices, which are respectively arranged on the first window rails; each of the window panel driving devices may Move the first functional window panel connected to the corresponding first window rail to the window panel replacement area or the opening area of the outer frame; a controller which is electrically connected to the window changing mechanism and the Window plate driving device; the number of the first window rails is four; the number of the at least one second window rail is two, the two second window rails and the four first window rails face the building from the interior of the building The outdoor arrangement of objects; the number of the at least one second functional window panel is two, and the two second functional window panels are respectively slidably connected to the two second window rails; the function of each second functional window panel is to adjust the transparency The two second-function window panels are electrically connected to the controller; the functions of the first-function window panels include display screens, solar power generation, forced ventilation of fans, insect-proof and shielding screens. An intelligent multifunctional situational window is used to be installed on a wall of a building, the wall has an opening, and the intelligent multifunctional situational window has: an outer frame to be arranged on the wall, and the outer frame is formed with : An opening area, the position of which corresponds to the opening of the wall; a window plate replacement area, which is located on a side of the wall, the opening area and the window plate replacement area are arranged along the width direction of the outer frame; a first Window rails are provided in the outer frame; the first window rails extend from the window panel replacement area to the opening area; a plurality of first functional window panels are provided in the window panel replacement area of the outer frame; each of the first window rails A functional window has one function, and the functions of the first functional window are different from each other; A window changing mechanism, which is arranged in the window panel replacement area of the outer frame; the window changing mechanism can connect any one of the first functional window panels to the first window rail, and can also connect any of the first functional window panels to the first window rail. The board is separated from the first window rail.

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