CN220955400U

CN220955400U - Multifunctional double-shaft flexible window

Info

Publication number: CN220955400U
Application number: CN202322591798.9U
Authority: CN
Inventors: 刘赞
Original assignee: Shanghai Yuanneng Quantum Technology Co ltd
Current assignee: Shanghai Yuanneng Quantum Technology Co ltd
Priority date: 2023-09-22
Filing date: 2023-09-22
Publication date: 2024-05-14
Anticipated expiration: 2033-09-22

Abstract

The utility model discloses a multifunctional double-shaft flexible window which comprises a sliding support, a rotating support and a flexible window surface, wherein the sliding support and the rotating support form a window frame, the flexible window surface is formed by combining two or more than two of a pore screen, a screen window screen, a transparent screen, a semi-transparent screen and a shading screen, two side edges of the flexible window surface are respectively provided with a first sliding strip and a second sliding strip, the first sliding strip is arranged in a first sliding groove of the sliding support, and the second sliding strip is arranged in a second sliding groove of the sliding support. The first sliding strip and the second sliding strip limit the lateral pulling of the flexible window surface, the flexible window surface is maintained in a flat state in the window frame, the window surface screen is driven to translate and change in the window frame through the rotation of the first rotating shaft and the second rotating shaft, and the associated transformation of functions such as lighting, ventilation and protection of the window is realized. The intelligent window has the characteristics of simple structure, clear principle, convenient operation and hundred percent maximum opening degree, and is particularly suitable for intelligent windows.

Description

Multifunctional double-shaft flexible window

Technical Field

The utility model relates to the field of doors and windows, in particular to a multifunctional double-shaft flexible window.

Background

Modern technological progress promotes people's life style to intelligent rapid development, and the window is the important condition of living environment travelling comfort, and daylighting and ventilation good smart window can show improvement quality of life. According to basic functions, the window can be divided into a fixed type for lighting observation and an openable type for ventilation, wherein the openable type window is the most main way for indoor natural ventilation and is usually matched with an anti-mosquito screen window. The intelligent control on the window mainly comprises transparency adjustment and automatic opening and closing, because glass is a hard material, the glass window can only be opened in a left-right push-pull or push-pull mode, the required control structure is complex in automatic opening and closing, for example, a flat push type window opening device for an intelligent electric window disclosed in international patent application WO2022000108A1 needs various devices and accessories to be matched for realizing automatic opening and closing, particularly, the maximum opening degree of the left-right push-pull mode is less than fifty percent, and the opening degree and ventilation condition of the push-pull mode are often limited by an anti-theft window and outdoor wind direction, so that the ventilation capability of the window is severely limited. There is no automatic association between the opening of the glass window and the closing of the screen window, and there is a safety risk that articles and even children fall out of the window when the screen window is not closed. The transparency adjustment of the window is mainly used for reducing indoor brightness when sunlight is too strong, in fact, whether the window is a fixed type or an openable type, only needs to be provided with a plurality of transparency conditions such as transparency, partial transparency, shading and the like according to the use scene, indoor illumination is suitable and natural, and materials with continuously adjustable light transmittance are added on glass for the intelligent window with novel adjustable emissivity as disclosed in International patent application WO2021243847A1 and the intelligent window disclosed in WO2023065289A1, so that manufacturing cost is greatly increased. However, a multifunctional integrated window with the maximum opening degree close to one hundred percent, automatic association of function transformation, strong protection capability, switchable transparency and convenient intelligent control is lacking at present.

Disclosure of utility model

The utility model aims to overcome the defects of the prior art and provides a multifunctional double-shaft flexible window. The multifunctional double-shaft flexible window has the characteristics of clear principle, convenient operation, multifunctional association integration, hundred percent maximum opening degree and convenient intelligent control.

The technical scheme of the utility model is as follows:

The utility model provides a multi-functional biax flexible window, including the carriage, runing rest and flexible window face, the carriage constitutes the window frame with the runing rest, the carriage includes parallel arrangement's first carriage and second carriage, be provided with first spout on the first carriage, be provided with the second spout on the second carriage, the runing rest includes parallel arrangement's first carriage and second carriage, be provided with first pivot on the first carriage, first pivot seat and second pivot seat, be provided with the second pivot on the second carriage, third pivot seat and fourth pivot seat, first pivot is installed on first pivot seat and second pivot seat, the second pivot is installed on third pivot seat and fourth pivot seat, the flexible window face comprises two kinds or the combination more than two kinds in pore screen, the screen window screen, the transparent screen, semi-transparent screen and the shading screen, two sides of flexible window face are provided with first slider and second slider respectively, the both ends of flexible window face are rolled up in first pivot and second pivot respectively, first slider sets up in first spout, the second slider sets up in the second spout. The first sliding strip and the second sliding strip limit the lateral pulling of the flexible window surface, the flexible window surface is maintained in a flat state in the window frame, the flexible window surface screen is driven to translate and change in the window frame through the rotation of the first rotating shaft and the second rotating shaft, and the automatic association transformation of functions such as lighting, ventilation and protection of the window is realized.

To achieve further optimisation of the present utility model, further measures may comprise: the window frame include can encapsulate the apron of sliding support and runing rest, can set up flexible strip piece reinforcing window wind-proof ability at the window frame indoor side, set up flexible limit brush or strip piece at the window frame border and realize flexible window face self-cleaning. The inside of four pivot seats can set up runner or spring or motor and improve the control efficiency to first pivot and second pivot. The first slide bar and the second slide bar are continuous or sectional or combined continuously and sectional structures. The pore screen on the flexible window surface is a plane through hole structure made of one or more of PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF or metal copper or aluminum or iron or aluminum alloy or stainless steel, and the area of a single through hole is larger than 5% of the area of the window. The screen window screen on the flexible window surface is a planar net structure with mosquito-proof function, which is made of one or more of PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF or metal copper or aluminum or iron or aluminum alloy or stainless steel, and the ratio of the area of the screen window screen to the inner area of the window frame is 0.9-1.1. The transparent screen on the flexible window surface is a film which is made of a substrate which is one or a combination of a plurality of plastic materials PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF, the thickness is 0.02mm-3mm, and the transparency is more than 85%. The semi-transparent screen on the flexible window surface is a film which is made of a substrate which is one or a combination of a plurality of plastic materials PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF, the thickness is 0.02mm-3mm, and the transparency is 20% -80%. The shading screen on the flexible window surface is a film which is made of a substrate which is one or a combination of a plurality of plastic materials PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF, the thickness is 0.02mm-3mm, and the transparency is less than 15%. Preferably, the transparent screen or the semi-transparent screen or the shading screen on the flexible window surface is internally or externally provided with the reinforcing ribs of a net-shaped or strip-shaped or wire-shaped structure made of copper, aluminum, iron, aluminum alloy, stainless steel, glass fiber, aramid fiber or PBO fiber, so that the strength of the flexible window surface is improved. The first rotating shaft or the second rotating shaft can be arranged to be convenient for the snap-in installation of the disassembly and assembly, and the window can be opened without shielding by collecting one rotating shaft, so that a pore screen is omitted from being arranged on the flexible window surface.

The utility model has the advantages that:

1. When the flexible window surface is changed to a complete screen window screen, the window is completely opened, the maximum opening degree in the window frame can reach one hundred percent, and the maximum natural ventilation capacity of the window is realized;

2. the adjacent screens on the flexible window surface are directly connected, the translational change of the inner screen of the window frame directly realizes the automatic association change of the window function, and when the opening condition of the pore screen is limited or the pore screen is omitted, the safety of the window can be greatly improved;

3. The flexible window realized by the sliding support, the rotating support and the flexible window surface can not be easily impacted by lower intensity to be cracked in a large area and broken blocks are sharp like a common glass window, so that the flexible window has better protection capability;

4. The semi-transparent screens with different transparencies are arranged, so that the transparency of the window can be conveniently changed, different illumination conditions are adapted, the indoor atmosphere is more natural under the condition of non-single brightness, and the window screen structures are also beneficial to further development of the window, such as increasing artistry and individuation, and improving the comfort level of home life;

5. The self-cleaning of the window surface can be simply and conveniently realized by arranging the flexible side brush or the strip block at the edge of the window frame;

6. The shading screen can play a role in isolating vision, so that glass stickers or curtains are omitted, and the window is particularly suitable for windows with strong privacy in daily life such as bath and the like;

7. The motor is used for directly controlling the rotation shaft to move, so that the intelligent control of the functions of lighting, ventilation, protection and the like of the window can be realized very conveniently;

8. the utility model has the characteristics of simple structure, clear principle and convenient operation.

The utility model is further described below with reference to the drawings and the detailed description.

Drawings

Fig. 1 is a schematic structural view of a multifunctional biaxial flexible window of the present utility model.

In the figure: 1. sliding support, 2, rotating support, 3, flexible window face.

Detailed Description

Referring to fig. 1, a multifunctional dual-shaft flexible window includes a sliding support 1, a rotating support 2 and a flexible window surface 3, the sliding support 1 and the rotating support 2 form a window frame, the sliding support 1 includes a first sliding support 101 and a second sliding support 102 which are arranged in parallel, the rotating support 2 includes a first rotating support 201 and a second rotating support 202 which are arranged in parallel, a first sliding chute 10101 is disposed on the first sliding support 101, a second sliding chute 10201 is disposed on the second sliding support 102, a first rotating shaft 20101, a first rotating shaft seat 20102 and a second rotating shaft seat 20103 are disposed on the first rotating support 201, a second rotating shaft 20201, a third rotating shaft seat 20202 and a fourth rotating shaft seat 20203 are disposed on the second rotating support 202, the first rotating shaft 20101 is mounted on the first rotating shaft seat 20102 and the second rotating shaft seat 20103, the flexible window surface 3 is formed by combining two or more than two kinds of flexible window surfaces of a pore screen, a transparent screen, a semi-transparent screen and a light shielding screen, and two sliding strips 302 are disposed in the first sliding chute 20101 and the second sliding chute 20101, and two flexible window surfaces 302 are disposed in the first sliding strips 20101 and two sliding strips 302 are disposed in the first sliding strips 20101 and two sliding strips 20101. The first sliding strip 301 and the second sliding strip 302 limit the lateral pulling of the flexible window surface 3, the flexible window surface 3 is maintained in a flat state in the window frame, the rotation of the first rotating shaft 20101 and the second rotating shaft 20201 drives the flexible window surface 3 to translate and change in the window frame, and automatic association and change of functions such as lighting, ventilation and protection of the window are realized. The window frame include can encapsulate the apron of sliding support 1 and runing rest 2, can set up flexible strip piece reinforcing window wind-proof ability at the window frame indoor side, set up flexible limit brush or strip piece at the window frame border and realize flexible window face 3 self-cleaning. The first shaft seat 20102, the second shaft seat 20103, the third shaft seat 20202 and the fourth shaft seat 20203 may have a rotating wheel, a spring or a motor inside to improve the control efficiency of the first shaft 20101 and the second shaft 20201. The first slide 301 and the second slide 302 are continuous or segmented or a combination of continuous and segmented structures. The pore screen on the flexible window surface 3 is a plane through hole structure made of one or more of PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF or metal copper or aluminum or iron or aluminum alloy or stainless steel, and the area of a single through hole is larger than 5% of the area of the window. The screen window screen on the window surface 3 is a planar net structure with mosquito-proof function, which is made of one or more of PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF or metallic copper or aluminum or iron or aluminum alloy or stainless steel, and the ratio of the area of the screen window screen to the inner area of the window frame is 0.9-1.1. The transparent screen on the flexible window surface 3 is a film which is made of a substrate which is one or a combination of a plurality of plastic materials PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF, the thickness is 0.02mm-3mm, and the transparency is more than 85%. The semi-transparent screen on the flexible window surface 3 is a film which is made of a substrate which is one or a combination of a plurality of plastic materials PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF, the thickness is 0.02mm-3mm, and the transparency is 20% -80%. The shading screen on the flexible window surface 3 is a film which is made of a substrate which is one or a combination of a plurality of plastic materials PC or PE or PP or PVC or ABS or PS or PMMA or PET or PSF, the thickness is 0.02mm-3mm, and the transparency is less than 15%. Preferably, the inside or the surface of the transparent screen or the semi-transparent screen or the shading screen on the flexible window surface 3 is provided with the reinforcing ribs 303 which are made of copper, aluminum, iron, aluminum alloy, stainless steel, glass fiber, aramid fiber or PBO fiber and have a net-shaped, strip-shaped or wire-shaped structure, so that the strength of the flexible window surface 3 is increased. The first shaft 20101 or the second shaft 20201 can be arranged to be convenient for the snap-in installation of the disassembly and assembly, and the window can be opened without shielding by taking up one shaft, so that the arrangement of a pore screen on the flexible window surface 3 is omitted.

Examples: the sliding support 1 and the rotating support 2 form a window frame, wherein the first sliding support 101 and the second sliding support 102 are horizontally arranged, the first rotating support 201 and the second rotating support 202 are vertically arranged, two ends of the flexible window surface 3 are respectively wound on the first rotating shaft 20101 and the second rotating shaft 20201, the first sliding strip 301 embedded in the first sliding groove 10101 and the second sliding strip 302 embedded in the second sliding groove 10201 limit the lateral pulling of the flexible window surface 3, the flexible window surface 3 is kept in a flat state in the window frame, different screens on the flexible window surface 3 are driven to change by controlling the rotation of the first rotating shaft 20101 and the second rotating shaft 20201 through a rotating wheel or a motor, the related transformation of functions such as window lighting, ventilation and protection is realized, when the flexible window surface 3 is transformed to a full screen window screen, the window is fully opened, the maximum opening degree in the window frame can reach hundred percent, and the maximum ventilation capacity of the window is realized.

In this embodiment, the first rotating frame 201 and the second rotating frame 202 are disposed vertically, or may be disposed horizontally or obliquely. The intelligent window has the characteristics of simple structure, clear principle, convenient operation and hundred percent maximum opening degree, and is particularly suitable for intelligent windows.

The foregoing description of the preferred embodiments of the utility model is not intended to be limiting, but rather to cover all modifications, equivalents, and alternatives falling within the spirit and principles of the utility model.

Claims

1. The multifunctional double-shaft flexible window is characterized by comprising a sliding support (1), a rotating support (2) and a flexible window surface (3), wherein the sliding support (1) and the rotating support (2) form a window frame; the sliding support (1) comprises a first sliding frame (101) and a second sliding frame (102) which are arranged in parallel, a first sliding groove (10101) is formed in the first sliding frame (101), and a second sliding groove (10201) is formed in the second sliding frame (102); the rotating bracket (2) comprises a first rotating bracket (201) and a second rotating bracket (202) which are arranged in parallel, wherein a first rotating shaft (20101), a first rotating shaft seat (20102) and a second rotating shaft seat (20103) are arranged on the first rotating bracket (201), a second rotating shaft (20201), a third rotating shaft seat (20202) and a fourth rotating shaft seat (20203) are arranged on the second rotating bracket (202), the first rotating shaft (20101) is arranged on the first rotating shaft seat (20102) and the second rotating shaft seat (20103), and the second rotating shaft (20201) is arranged on the third rotating shaft seat (20202) and the fourth rotating shaft seat (20203); the flexible window surface (3) is formed by combining two or more than two of a pore screen, a screen window screen, a transparent screen, a semi-transparent screen and a shading screen, a first sliding strip (301) and a second sliding strip (302) are respectively arranged on two side edges of the flexible window surface (3), two ends of the flexible window surface (3) are respectively wound on a first rotating shaft (20101) and a second rotating shaft (20201), the first sliding strip (301) is arranged in a first sliding groove (10101), and the second sliding strip (302) is arranged in a second sliding groove (10201); the lateral pulling of the flexible window surface (3) is limited through the first sliding strip (301) and the second sliding strip (302), the flexible window surface (3) is maintained to be in a flat state in the window frame, and the window surface screen is driven to translate and change in the window frame through the rotation of the first rotating shaft (20101) and the second rotating shaft (20201), so that the function transformation is realized.

2. A multifunctional biaxial flexible window according to claim 1, characterized in that the window frame comprises a cover plate which can enclose the sliding bracket (1) and the rotating bracket (2).

3. A multifunctional biaxial flexible window according to claim 1, characterized in that flexible bars are provided on the inside of the window frame room to enhance the window's security against wind.

4. A multifunctional biaxial flexible window according to claim 1, characterized in that flexible edge brushes or bars are provided at the edges of the window frame to achieve self-cleaning of the flexible window surface (3).

5. A multifunctional biaxial flexible window according to claim 1, characterized in that the first (20102), second (20103), third (20202) and fourth (20203) pivot seats are internally provided with wheels or springs or motors to improve the control efficiency of the first (20101) and second (20201) pivot shafts.

6. A multifunctional biaxial flexible window according to claim 1, characterized in that the first (301) and second (302) slides are continuous or segmented or a combination of continuous and segmented structures.

7. A multifunctional biaxial flexible window according to claim 1, characterized in that the first shaft (20101) or the second shaft (20201) is arranged to be easy to be assembled and disassembled by snap-in mounting, and the window can be opened without shielding by taking up one of the shafts, and the arrangement of a pore screen on the flexible window surface (3) is omitted.