CN204531940U - Multisection type solar protection devices - Google Patents
Multisection type solar protection devices Download PDFInfo
- Publication number
- CN204531940U CN204531940U CN201420811545.6U CN201420811545U CN204531940U CN 204531940 U CN204531940 U CN 204531940U CN 201420811545 U CN201420811545 U CN 201420811545U CN 204531940 U CN204531940 U CN 204531940U
- Authority
- CN
- China
- Prior art keywords
- window
- moving vane
- frame
- frames
- movable window
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Wing Frames And Configurations (AREA)
Abstract
A kind of multisection type solar protection devices, includes two fixing window-frames, two the first movable window-frames, two the second movable window-frames, several first moving vane, the first linked component, the second linked component and several second moving vanes.Two fixing window-frames, two the first movable window-frames and two the second movable window-frames, define main window face, the first window face and the second window face respectively.Several first moving vane and several second moving vane, by the first linked component and the second linked component, optionally cover the first window face and the second window face.The mutual pivot joint in one end of two the first movable window-frames and two the second movable window-frames, the other end of two the first movable window-frames and two the second movable window-frames is articulated in the guide rail of two fixing window-frames, and can in guide rail close to each other or away from.
Description
Technical field
The utility model relates to a kind of multisection type solar protection devices, particularly relates to a kind of solar protection devices with multiple movable window-frame and multiple moving vane, and can go out the form of multiple sunshade according to changes in demand.
Background technology
Because modern architecture is for taking ventilation and daylighting into account, therefore almost each room is provided with window, even for designing large-scale French window etc. for user looks into the distance outdoor view in indoor.When daytime, daylight was comparatively strong, the design of window also easily causes indoor temperature to rise, or order people within doors feels uncomfortable, or for taking the right of privacy of indoor people into account, therefore, usually can install shutter additional with shielded from sunlight or protection privacy on window.
But shutter common now, only can be reached and all cover or adjusted by adjustment blade the minority kind kenel application that light injects angle, and cannot meet user for the application demand under different situations.Edge this, so the present utility model people concentrates on studies and coordinates the utilization of scientific principle, and propose a kind of reasonable in design and effectively improve the multisection type solar protection devices of the present utility model of the problems referred to above.
Utility model content
Main purpose of the present utility model is to provide a kind of multisection type solar protection devices, and in order to solve in prior art, solar protection devices effectively cannot carry out according to user demand the problem that changes.
To achieve these goals, the utility model provides a kind of multisection type solar protection devices, and it includes two fixing window-frames, two the first movable window-frames, two the second movable window-frames, several first moving vane, one first linked component, several second moving vane and one second linked components.Two fixing window-frame opposite faces are arranged, and define a main window face, and each fixing window-frame has a guide rail.Two the first movable window-frame opposite faces are arranged, and define one first window face, and the two ends of each first movable window-frame are defined as one first guide end and one first pivot end respectively, and two the first guide end are articulated in the guide rail of two fixing window-frames.Two the second movable window-frame opposite faces are arranged, and define one second window face, the two ends of each second movable window-frame are defined as one second pivot end and one second guide end respectively, and two the second pivot ends and the mutual pivot joint of two the first pivot ends, two the second guide end are then articulated in the guide rail of two fixing window-frames.The two ends of each first moving vane are articulated in the side in two the first movable window-frames face toward each other respectively.First linked component connects described several first moving vane, and described several first moving vane can be made synchronously to rotate in the same direction, and optionally covers the first window face to make described several first moving vane.The two ends of each second moving vane are articulated in the side in two the second movable window-frames face toward each other respectively.Second linked component connects described several second moving vane, and described several second moving vane can be made synchronously to rotate in the same direction, and optionally covers the second window face to make described several second moving vane.Wherein, two the first guide end and two the second guide end can along two guide rails close to each other or away from, and make described several first moving vane of the first movable window-frame and the second movable window-frame and described several second moving vane optionally can cover this main window face.
According to an embodiment of the present utility model, this first linked component includes at least one first trace and one first driver element, this first trace this first movable window-frame disposed therein movably regards to the side of another this first movable window-frame, and one end of described several first moving vane is articulated in this first movable window-frame by this first trace, this first driver element is connected with this first trace, described several first moving vane can be made to rotate in the same direction, and optionally cover this first window face.
According to another embodiment, this second linked component includes at least one second trace and one second driver element, this second trace this second movable window-frame disposed therein movably regards to the side of another this second movable window-frame, and one end of described several second moving vane is articulated in this second movable window-frame by this second trace, this second driver element is connected with this second trace, described several second moving vane can be made to rotate in the same direction, and optionally cover this second window face.
According to another embodiment, also include a drive unit, its mechanical connection at least one this first guide end or at least one this second guide end, with order about described first guide end near or away from described second guide end of correspondence.
According to another embodiment, this drive unit is also mechanically connected this first linked component and this second linked component, to order about described several first moving vane and described several second moving vane, in described first guide end near or described second guide end away from correspondence time, rotate in the same direction.
According to another embodiment, when described first guide end and described second guide end are nearest each other, this drive unit, by this first linked component and this second linked component, makes described several first moving vane and described several second moving vane cover this first window face and this second window face respectively.
According to another embodiment, also include two auxiliary articulated parts and two supplementary guide, two these auxiliary articulated parts are connected with two these the second pivot ends in order to make two these the first pivot ends, and two these supplementary guide are connected with two these the second guide members in order to make two these the first guide members.
The beneficial effects of the utility model can be: several first moving vane can optionally cover the first window face according to demand, and several second moving vane also can optionally cover the second window face according to demand, and several first movable window-frame and several second movable window-frame can be optionally movable on two fixing window-frames according to demand.Therefore, by the activity of several first moving vane and several second moving vane, coordinate the activity of several first movable window-frame and several second movable window-frame, the form of multiple sunshade can be reached.
Further understand feature of the present utility model and technology contents for enable, refer to following about detailed description of the present utility model and accompanying drawing, but appended accompanying drawing only provides reference and explanation use, is not used for being limited the utility model.
Accompanying drawing explanation
Fig. 1 is the decomposing schematic representation of multisection type solar protection devices of the present utility model.
Fig. 2 is the assembling schematic diagram of multisection type solar protection devices of the present utility model.
Fig. 3 is the first illustrative view of the movable window-frame of multisection type solar protection devices of the present utility model.
Fig. 4 is the second illustrative view of the movable window-frame of multisection type solar protection devices of the present utility model.
Fig. 5 is the first illustrative view of the moving vane of multisection type solar protection devices of the present utility model.
Fig. 6 is the second illustrative view of the moving vane of multisection type solar protection devices of the present utility model.
Fig. 7 is the schematic diagram of another embodiment of multisection type solar protection devices of the present utility model.
Wherein, description of reference numerals is as follows:
1: multisection type solar protection devices
10: fixing window-frame
101: guide rail
20: the first movable window-frames
201: the first guide end
202: the first pivot ends
203: auxiliary articulated part
204: supplementary guide
21: the first moving vanes
22: the first linked components
221: the first traces
222: the first driver elements
30: the second movable window-frames
301: the second guide end
302: the second pivot ends
31: the second moving vanes
32: the second linked components
321: the second traces
322: the second driver elements
40: drive unit
L1: the first direction of rotation
L2: the second direction of rotation
V1: the first moving direction
V2: the second moving direction
Detailed description of the invention
The embodiment of multisection type solar protection devices of the present utility model is described by specific instantiation below, and those skilled in the art can understand other advantages of the present utility model and effect easily by the content disclosed in this manual.The utility model also can be implemented by other different instantiations or be applied, and the every details in this manual also based on different viewpoints and application, can carry out various modification and change under not departing from design of the present utility model.And accompanying drawing of the present utility model is only simple declaration, not describe according to real size, that is unreacted goes out be correlated with the real size of formation, first give chat bright.Following embodiment further describes viewpoint of the present utility model, but not to limit the utility model anyways.
See also Fig. 1 and Fig. 2, it is decomposition and the assembling schematic diagram of multisection type solar protection devices of the present utility model.As shown in the figure, multisection type solar protection devices 1 includes two fixing window-frames, 10, two the first movable window-frames, 20, two the second movable window-frames 30, several first moving vane 21,1 first linked component 22, several second moving vane 31 and one second linked component 32.Two fixing window-frame 10 opposite faces are arranged, and define a main window face (being the Y-Z plane that Fig. 2 coordinate system indicates).Each fixing window-frame 10 has a guide rail 101, and guide rail 101 can be any form, such as, can be linear slide rail or as illustrated in the drawing for punch format.
Two the first movable window-frame 20 opposite faces are arranged, and define one first window face (not indicating in figure).The two ends of each first movable window-frame 20 are defined as one first guide end 201 and one first pivot end 202 respectively.Two the first guide end 201 of two the first movable window-frames 20 are hubbed in the guide rail 101 of two fixing window-frames 10, and can move in guide rail 101.
Two the second movable window-frame 30 opposite faces are arranged, and define one second window face (not shown), and the two ends of each second movable window-frame 30 are respectively one second guide end 301 and one second pivot end 302.Second guide end 301 of two the second movable window-frames 30 is hubbed in the guide rail 101 of two fixing window-frames 10, and can move in guide rail 101, and two the second pivot ends 302 of two the second movable window-frames 30, with two the first pivot ends 202 pivot joint mutually of two the first movable window-frames 20.In practical application, each first guide end 201 and each second guide end 301 can be such as, by supplementary guide 204, roller, a linear slide block etc., and are articulated in guide rail 101; Two the first pivot ends 202 can be by two auxiliary articulated parts 203 and two the second pivot end 302 pivot joints mutually, but practical application is not limited to this.
In other words, two the first movable window-frames 20 and two the second movable window-frames 30 are mutually after pivot joints, each first movable window-frame 20 and each second movable window-frame 30 in contrast to the other end (first guide end 201 and the second guide end 301) of mutual pivot joint, are then articulated on each fixing window-frame 10 respectively.So as to, two the first guide end 201 can in two guide rails 101 near or away from two the second guide end 301 of its correspondence, and interconnective two the first movable window-frames 20 and two the second movable window-frames 30 can be made, optionally change the angle between the first window face and the second window face.
Specifically, as shown in Figures 3 and 4, when two the first guide end 201 of two the first movable window-frames 20 are fixed on one end of fixing window-frame 10, two the second guide end 301 (please joining Fig. 1 again) of the second movable window-frame 30, can move along guide rail 101 to the first moving direction V1 or the second moving direction V2, and change the second movable window-frame 30 and the first movable window-frame 20 be interconnected between angle.In actual applications, when two the first guide end 201 and two the second guide end 301 lay respectively at the end of two guide rails 101, two the first movable window-frames 20 and two the second movable window-frames 30 can be present the angle close to 180 to each other, and when two the first guide end 201 and two the second guide end 301 in guide rail 101 distance closest to time, two the first movable window-frames 20 and two the second movable window-frames 30 angle to each other can be then acute angles.
The two ends of several first moving vane 21 can be the inner sides being articulated in two the first movable window-frames 20 respectively, and the first linked component 22 can be connect several first moving vane 21, and several first moving vane 21 can be made synchronously to rotate in the same direction, optionally cover the first window face to make several first moving vane 21.In the same manner, the two ends of several second moving vane 31 can be the inner sides being articulated in two the second movable window-frames 30 respectively, and the second linked component 32 can be connect several second moving vane 31, and several second moving vane 31 can be made synchronously to rotate in the same direction, optionally cover the second window face to make several second moving vane 31.
Specifically, the first linked component 22 can have one first trace 221 and one first driver element 222.The inner side of the first trace 221 one first movable window-frame 20 disposed therein movably, and the first trace 221 regards to the side of another the first movable window-frame 20, with the mutual pivot joint in one end of several first moving vane 21.One end of first trace 221 and the pivot joint mutually of the first driver element 222, and this first trace 221 can be subject to the first driver element 222 interlock, and in the medial movement of the first movable window-frame 20.That is when the first driver element 222 is driven and rotates, the first trace 221 can be driven in the medial movement of the first movable window-frame 20, and several first moving vane 21 of interlock synchronously rotates in the same direction according to this, and selectively covers the first window face.Second linked component 32 can also be have one second trace 321 and one second driver element 322, the two ends of several second moving vane 31 are articulated in the inner side of the second movable window-frame 30 and the inner side of the second trace 321 respectively, and several second moving vane 31 drives by the second driver element 322 by the second trace 321, and rotate in the same direction, optionally cover the second window face according to this.
As shown in Figures 5 and 6, when the first driver element 222 is driven and rotates to the first direction of rotation L1, by interlock first trace 221, and several first moving vane 21 is made synchronously to rotate the state to Fig. 6 by the state of Fig. 5; On the contrary, when the first driver element 222 rotates to the second direction of rotation L2, by interlock first trace 221, and the synchronous state being become Fig. 5 by Fig. 6 State Transferring of several first moving vane 21 is made.
In special application, first linked component 22 and the second linked component 32 can be mechanically connected each other, can be such as be respectively arranged with another driver element (not shown) in two the first pivot ends 202, and the first trace 221 and the second trace 321 are interconnected by this driver element, according to this by adjusting the first driver element 222 or the second driver element 322 and making several first moving vane 21 and several second moving vane 31, synchronously rotate in the same direction.
Just as above-mentioned, refer to Fig. 7 (in following part explanation, the label that Fig. 7 does not indicate, please join Fig. 1 again), in preferably embodiment, multisection type solar protection devices 1 can be include a drive unit 40, and it can be mechanically connected at least one the first guide end 201 or at least one the second guide end 301, with drive two the first guide end 201 and two the second guide end 301 are close to each other or away from.Specifically, drive unit 40 can be by supplementary guide 204, with with the first guide end 201 or the second guide end 301 is mechanically connected, according to this by controlling supplementary guide 204, and make the first guide end 201 and the second guide end 301 is close to each other or away from, and then by changing the first movable window-frame 20 and the second movable window-frame 30 position relative to fixing window-frame 10, and according to user's demand, change the size covering main window face.
Specifically, covered by several first moving vane 21 in the first window face, and the second window face is when being covered by several second moving vane 31, user can be by accessory drive 40, to change the relative position of the first movable window-frame 20 and the second movable window-frame 30 and fixing window-frame 10, so as to according to user's demand, and the kenel of main window face crested can be changed.For example, when two the first guide end 201 and two the second guide end 301 mutual distances maximum time, by adjusting the position of several first moving vane 21 and several second moving vane 31, main window face optionally can be covered completely or main window face is covered in compartment of terrain; And when two the first guide end 201 and two the second guide end 301 mutual distances nearest time, most main window face can be made neither to cover by two the first movable window-frames 20, several first moving vane 21, two the second movable window-frames 30 and several second moving vanes 31.
In better embodiment, drive unit 40 is except can being to be mechanically connected with the first guide end 201 or the second guide end 301, can be more be mechanically connected with the first linked component 22 and the second linked component 32, so as to, user controls the first movable window-frame 20, second movable window-frame 30, first linked component 22 and the second linked component 32, to reach the shaded effects of multiple different kenel simultaneously.Certainly, in practical application, can also be allow user asynchronously control the first movable window-frame 20, second movable window-frame 30, first linked component 22 and the second linked component 32 according to demand, and more can meet the demand of user.For example, drive unit 40 can be two second guide end 301 distances corresponding with it two the first guide end 201 closest to time, control the first linked component 22 and the second linked component 32, to make several first moving vane 21 and several second moving vane 31 present the state hiding the first window face and the second window face, fold to minimum volume in order to two the first movable window-frames 20 and two the second movable window-frames 30.
It is worth mentioning that, first movable window-frame 20 and the second movable window-frame 30 can be relatively firm materials, and can be make the first movable window-frame 20 and be provided with locking part between the second movable window-frame 30 and fixing window-frame 10, so as to, multisection type solar protection devices 1 of the present utility model, effect of many types of state sunshade not only can be reached according to user's demand, main window face is covered completely at the first movable window-frame 20 and the second movable window-frame 30, and when mutually locking with fixing window-frame 10, more can reach antitheft function.
The foregoing is only better possible embodiments of the present utility model, non-ly therefore limit to the utility model, therefore the equivalence techniques change that all utilization the utility model manuals and accompanying drawing content are done, be all contained in the scope of the utility model claims.
Claims (7)
1. a multisection type solar protection devices, is characterized in that, this multisection type solar protection devices comprises:
Two fixing window-frames, two these fixing window-frame opposite faces are arranged, and define a main window face, and respectively this fixing window-frame has a guide rail;
Two the first movable window-frames, it is arranged in face toward each other, and define one first window face, respectively the two ends of this first movable window-frame are defined as one first guide end and one first pivot end respectively, and two these the first guide end are articulated in this guide rail of two these fixing window-frames;
Two the second movable window-frames, it is arranged in face toward each other, and define one second window face, respectively the two ends of this second movable window-frame are defined as one second pivot end and one second guide end respectively, and two these the second pivot ends and the mutual pivot joint of two these the first pivot ends, two these the second guide end are then articulated in this guide rail of two these fixing window-frames;
Several first moving vane, respectively the two ends of this first moving vane are articulated in the side in two these the first movable window-frames face toward each other respectively;
One first linked component, it connects described several first moving vane, and described several first moving vane can be made synchronously to rotate in the same direction, and optionally covers this first window face to make described several first moving vane;
Several second moving vane, respectively the two ends of this second moving vane are articulated in the side in two these the second movable window-frames face toward each other respectively; And
One second linked component, it connects described several second moving vane, and described several second moving vane can be made synchronously to rotate in the same direction, and optionally covers this second window face to make described several second moving vane;
Wherein, two these the first guide end can along two these guide rails near or away from two these the second guide end of correspondence, and make described several first moving vane of this first movable window-frame and this second movable window-frame and described several second moving vane optionally can cover this main window face.
2. multisection type solar protection devices as claimed in claim 1, it is characterized in that, this first linked component includes at least one first trace and one first driver element, this first trace this first movable window-frame disposed therein movably regards to the side of another this first movable window-frame, and one end of described several first moving vane is articulated in this first movable window-frame by this first trace, this first driver element is connected with this first trace, described several first moving vane can be made to rotate in the same direction, and optionally cover this first window face.
3. multisection type solar protection devices as claimed in claim 1, it is characterized in that, this second linked component includes at least one second trace and one second driver element, this second trace this second movable window-frame disposed therein movably regards to the side of another this second movable window-frame, and one end of described several second moving vane is articulated in this second movable window-frame by this second trace, this second driver element is connected with this second trace, described several second moving vane can be made to rotate in the same direction, and optionally cover this second window face.
4. as the multisection type solar protection devices of claims 1 to 3 according to any one of it, it is characterized in that, also include a drive unit, its mechanical connection at least one this first guide end or at least one this second guide end, with order about described first guide end near or away from described second guide end of correspondence.
5. multisection type solar protection devices as claimed in claim 4, it is characterized in that, this drive unit is also mechanically connected this first linked component and this second linked component, to order about described several first moving vane and described several second moving vane, in described first guide end near or described second guide end away from correspondence time, rotate in the same direction.
6. multisection type solar protection devices as claimed in claim 5, it is characterized in that, when described first guide end and described second guide end are nearest each other, this drive unit, by this first linked component and this second linked component, makes described several first moving vane and described several second moving vane cover this first window face and this second window face respectively.
7. multisection type solar protection devices as claimed in claim 1, it is characterized in that, also include two auxiliary articulated parts and two supplementary guide, two these auxiliary articulated parts are connected with two these the second pivot ends in order to make two these the first pivot ends, and two these supplementary guide are connected with two these the second guide members in order to make two these the first guide members.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420811545.6U CN204531940U (en) | 2014-12-18 | 2014-12-18 | Multisection type solar protection devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420811545.6U CN204531940U (en) | 2014-12-18 | 2014-12-18 | Multisection type solar protection devices |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204531940U true CN204531940U (en) | 2015-08-05 |
Family
ID=53745963
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420811545.6U Active CN204531940U (en) | 2014-12-18 | 2014-12-18 | Multisection type solar protection devices |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204531940U (en) |
-
2014
- 2014-12-18 CN CN201420811545.6U patent/CN204531940U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203476047U (en) | Opening and closing device of casement window | |
| CN103422803B (en) | Collected type Motorized blind blinds | |
| CN102383710A (en) | Novel integrated hard rolling shutter | |
| CN102162289A (en) | Electric flat sliding skylight | |
| CN201155268Y (en) | High-sealing sliding window with self concealed mesh window | |
| CN204531940U (en) | Multisection type solar protection devices | |
| TW201621142A (en) | Multi-stage sunshade device | |
| CN204611966U (en) | Air-cooled ducted air conditioner | |
| CN103774958A (en) | Hidden casement window system of integral structure | |
| CN206320854U (en) | A kind of air exhausting structure and air-conditioner | |
| CN203412461U (en) | Metal door and window combination structure | |
| CN209742714U (en) | Shutter | |
| CN103673248A (en) | Panel moving mechanism and air conditioner with the same | |
| CN105276903B (en) | Refrigerator doors and the refrigerator with the refrigerator doors | |
| CN205663118U (en) | A window system for installing in inclined surface of building | |
| CN207865655U (en) | A kind of drive component and air conditioner of air conditioner air guide structure | |
| CN105649515A (en) | Combined type intelligent curtain | |
| CN207436871U (en) | Roller shutter integrated window | |
| CN202810573U (en) | Fire prevention and sound proof door | |
| CN202623886U (en) | Car heat shield | |
| CN204663356U (en) | Shading strip | |
| CN205063767U (en) | Sandwich type louver window | |
| CN102720426B (en) | Side guide rail device of rolling door | |
| CN219973616U (en) | Concave-convex glass curtain wall and perforated plate combined curtain wall system | |
| CN203351222U (en) | Shade module stroke amplifying structure |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |