CN208456454U

CN208456454U - A kind of building sun-shading shutter leaf system

Info

Publication number: CN208456454U
Application number: CN201820664032.5U
Authority: CN
Inventors: 许小球
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-05-07
Filing date: 2018-05-07
Publication date: 2019-02-01
Anticipated expiration: 2028-05-07

Abstract

The utility model discloses a kind of building sun-shading shutter leaf systems, including upper frame, lower frame and venetian blind, the venetian blind includes multi-disc blinds, the left upper end and upper right side of the blinds outer surface are respectively equipped with iron plate, the building sun-shading shutter leaf system further includes two rotor plates, the rotation plate surface is equipped with multiple flat thin magnets being equidistantly vertically arranged, upper end is rotatablely connected by rotating mechanism and upper frame, lower end is rotatablely connected by rotating mechanism and lower frame, wherein, the rotor plate can be rotated between the first turned position and the second turned position, in first turned position, the flat thin magnet does not attract the rotation of the iron plate in blinds to make venetian blind can normal operating, in second turned position, the flat thin magnet is when the blinds is in the first obliquity by attracting the iron plate rotation in blinds to make blinds from the first inclination Position goes to the second obliquity to increase blinds gradient.The utility model structure is simple, can effectively improve the shielding of venetian blind.

Description

A kind of building sun-shading shutter leaf system

Technical field

The utility model relates to architectural shading and exterior window field, especially a kind of movable sunshade shutter system of high masking.

Background technique

It is regional in south China, it is very high because building energy consumption for cooling caused by summer solar radiation, summer power cuts to limit consumption at Normality seriously affects people's life and socio-economic development.Setting sunshade in external window of building setting movable external sunshade or activity can Energy consumption of air conditioning in summer is effectively reduced, at present the exterior window of more and more architectural engineering installation solar protection devices.Movable external sunshade blinds Curtain is most widely used shading product in movable external sunshade system, the dual function with sunshade and light modulation, built-in sunshade Shutter insulating glass unit is that most widely used shading product in sunshade is set in activity, with very strong wind resistance, and is cleaned Beauty, can meet skyscraper and typhoon region building uses building energy conservation, safe, durable, appearance and the later period of architectural shading The requirement of maintenance.

But current either movable external sunshade venetian blind or built-in sun-shading louver hollow glass, shielding is poor, Heat-proof quality is general, this is because gradient of the existing venetian blind using ladder rope control blinds, when blinds is in full sunshade position, Closure degree between blinds is inadequate, and blinds corner generally between 65 °~70 °, enters the room, shielding compared with multiple scattering sunlight It is poor, the heat insulation of product is reduced, the undesirable shutter system of screening performance makes shaded effects reduce by 30% or more.

For the shielding for improving venetian blind, Patent No. ZL201210554094.2, a kind of entitled " construction exterior window work Dynamic sun-shading shutter leaf system " discloses a kind of construction exterior window movable sunshade shutter system, which passes through the connection section in ladder rope It selects and a L-type locating plate is fixedly mounted to increase blinds gradient, although the shielding of venetian blind effectively improves, packed up in ladder rope It thickness can increase due to L-type locating plate when folding, aesthetics be influenced, and the patented technology is only suitable for S type blinds, for application Most commonly used single-arc shaped blinds does not disclose the technology of its shielding raising.

Utility model content

To solve the above problems, the utility model provides a kind of building sun-shading shutter leaf curtain, blinds is attracted to the left by magnet Rotation further increases the heat-proof quality of exterior window to increase the tilt angle of blinds to provide the shielding of venetian blind.

For this purpose, the utility model adopts the following technical solutions: a kind of building sun-shading shutter leaf system, including upper frame, under Frame and venetian blind, the venetian blind include multi-disc blinds, the rope for promoting blinds, for positioning and rotating blinds Ladder rope, the control device for controlling ladder rope and rope movement, which is characterized in that the left upper end of the blinds outer surface and the right side Upper end is respectively equipped with iron plate, and the building sun-shading shutter leaf system further includes being separately positioned on the outside of venetian blind and being located at a venetian blind left side Two rotor plates at end and right end, the rotation plate surface are equipped with multiple flat thin magnets being equidistantly vertically arranged, and upper end is by turning Motivation structure and upper frame are rotatablely connected, and lower end is rotatablely connected by rotating mechanism and lower frame, wherein the rotor plate is first It can be rotated between turned position and the second turned position, in first turned position, the flat thin magnet does not attract in blinds Iron plate rotation make venetian blind can normal operating, in second turned position, the flat thin magnet is in the blinds first to incline Loxosis can attract the rotation of the iron plate in blinds that blinds is made to go to the second obliquity from the first obliquity to increase hundred when setting Leaf gradient.

Further, the building sun-shading shutter leaf system further includes for rotating the transmission mechanism of the rotor plate and passing The motor of motivation structure connection and the control device connecting with the motor, the control device is for rotor plate described in Electronic control Turned position.

Further, the rotating mechanism includes being fixedly mounted on the shaft of described rotor plate one end and being arranged on described The axle sleeve cooperated in frame or lower frame with the shaft.

Further, iron plate is replaced with flat thin magnet.

The utility model has the beneficial effect that

(1) when blinds tilts, the second turned position is gone to by controlling rotor plate, the flat thin magnet on rotor plate generates suction Drawing magnetic field is moved to the left the upper end of blinds to further increase blinds tilt angle, mentions the shielding of venetian blind significantly Height effectively improves heat insulation；

(2) when blinds is not necessarily to maximum inclination, the first turned position is gone to by controlling rotor plate, the magnet on rotor plate Piece does not attract blinds to rotate, and venetian blind can normal operating；

(3) the iron plate thinner thickness of blinds outer surface upper end is set, and integral thickness will not obviously increase when venetian blind folds Greatly, it will not influence aesthetics；

(4) rotor plate is automatically controlled when blinds rotates the first obliquity to go to the second turned position and incline to increase blinds Rake angle further reduces the operation of user, keeps sun-shading shutter leaf system operation more convenient.

Detailed description of the invention

Fig. 1 is side structure schematic view of the building sun-shading shutter leaf system when rotor plate is located at the second turned position.

Fig. 2 is schematic view of the front view of the building sun-shading shutter leaf system when rotor plate is located at the second turned position.

Fig. 3 is side structure schematic view of the building sun-shading shutter leaf system when rotor plate is located at the first turned position.

Fig. 4 is schematic view of the front view of the building sun-shading shutter leaf system when rotor plate is located at the first turned position.

Fig. 5 is installation site figure of the iron plate in blinds.

Fig. 6 is that blinds is in the first obliquity and rotor plate is in the structural schematic diagram of the first turned position.

Fig. 7 is that blinds is in the first obliquity and rotor plate is in the structural schematic diagram of the second turned position.

Fig. 8 is that blinds is in the second obliquity and rotor plate is in the structural schematic diagram of the second turned position.

Fig. 9 is that blinds is in the first obliquity and rotor plate is in the structural schematic diagram of the first turned position.

Description of symbols: 1- hollow glass, 2- upper wall body, the upper frame of 3-, 4- venetian blind, 5- blinds, 6- rotor plate, 7- flat thin magnet, 8- lower frame, 9- lower wall body, 10- iron plate, 11- shaft, 12- axle sleeve.

Specific embodiment

The utility model is further described in detail below by specific embodiment and in conjunction with Figure of description.

Embodiment 1: a kind of building sun-shading shutter leaf system provided in this embodiment, it is upper in upper wall body 2 including being mounted on Frame 3, the lower frame 8 being mounted in lower wall body 9 and venetian blind 4, the venetian blind 4 include multi-disc blinds 5, for promoting hundred The rope of leaf, the ladder rope for positioning and rotating blinds, the control device for controlling ladder rope and rope movement, described hundred The left upper end and upper right side of 5 outer surface of leaf are respectively equipped with iron plate 10, and the building sun-shading shutter leaf system further includes being separately positioned on 4 outside of venetian blind and two rotor plates 6 for being located at venetian blind left end and right end, 6 surface of rotor plate is equipped with multiple equidistant The flat thin magnet 7 being vertically arranged, upper end are rotatablely connected by rotating mechanism and upper frame 3, and lower end passes through rotating mechanism and lower frame 8 Rotation connection, wherein the rotor plate 6 is in the first turned position (i.e. rotor plate 6 and hollow glass 1 is orthogonal) and second turn It can be rotated between dynamic position (i.e. rotor plate 6 and hollow glass 1 is parallel to each other), in first turned position, the flat thin magnet 7 Do not attract iron plate 10 in blinds rotate make venetian blind can normal operating, in second turned position, the flat thin magnet 7 is in institute Stating can attract the iron plate 10 in blinds to rotate when blinds 5 is in the first obliquity make blinds go to second from the first obliquity Obliquity is to increase blinds gradient.Wherein, the first obliquity of blinds is that control device control ladder rope turns blinds The maximum inclining position arrived.

Preferably, the arrangement spacing of flat thin magnet 7 is identical as ladder rope spacing.

Preferably, the building sun-shading shutter leaf system further includes for rotating the transmission mechanism of the rotor plate 6 and transmission The motor of mechanism connection and the control device connecting with the motor, the control device is for rotor plate 6 described in Electronic control Turned position.Wherein, the prior art can be used in transmission mechanism and control device, does not mark in concrete structure diagram.

Preferably, the rotating mechanism includes being fixedly mounted on the shaft 11 of described 6 one end of rotor plate and being arranged described The axle sleeve 12 cooperated in upper frame 3 or lower frame 8 with the shaft 11.Wherein, other existing skills can also be used in rotating mechanism Art structure.

Preferably, iron plate 10 is replaced with flat thin magnet.

In the present embodiment, it when not needing the masking of venetian blind height, is manually operable rotor plate and is gone to the first rotation Position, i.e. rotor plate and hollow glass are mutually perpendicular to position, and the attraction direction of the flat thin magnet when position on rotor plate is in Empty glass is parallel, and flat thin magnet will not attract the iron plate in blinds to rotate, and user can normal operating venetian blind.

When needing venetian blind height to cover, user first passes through the first inclination position that control device control ladder rope goes to blinds It sets, rotor plate is then manually operated and is gone to the second turned position, is i.e. rotor plate and hollow glass is parallel to each other position, the position The attraction direction of flat thin magnet when setting on rotor plate is vertical with hollow glass, and flat thin magnet can attract the iron plate in blinds to turn left It is dynamic, when blinds turns to the second obliquity, it will receive the obstruction of ladder rope, at this time suction and ladder rope of the blinds in flat thin magnet It is remained stationary under drag effect, to increase the gradient of blinds, further improves the shielding of venetian blind.In addition, working as It when venetian blind needs normal operating, is manually operable rotor plate and is gone to the first turned position, be now in the second inclination position The blinds set can go to the first obliquity due to gravity, and venetian blind again can normal operating.

The protection scope of the utility model is not limited to foregoing description, any other under the enlightenment of the utility model Formal product, it is all that there is same or similar technical side with the utility model no matter making any change in shape or structure Case both is within the protection scope of the present invention.

Claims

1. a kind of building sun-shading shutter leaf system, including upper frame (3), lower frame (8) and venetian blind (4), venetian blind (4) packet It includes multi-disc blinds (5), the rope for promoting blinds, restrict for positioning and rotating the ladder of blinds, for controlling ladder rope and mentioning The control device of drawstring movement, which is characterized in that the left upper end and upper right side of blinds (5) outer surface are respectively equipped with iron plate (10), the building sun-shading shutter leaf system further includes being separately positioned on the outside of venetian blind (4) and being located at venetian blind left end and right end Two rotor plates (6), rotor plate (6) surface be equipped with multiple flat thin magnets (7) being equidistantly vertically arranged, upper end by turn Motivation structure and upper frame (3) are rotatablely connected, and lower end is rotatablely connected by rotating mechanism and lower frame (8), wherein the rotor plate (6) it can be rotated between the first turned position and the second turned position, in first turned position, the flat thin magnet (7) is no Attract blinds in iron plate (10) rotation make venetian blind can normal operating, in second turned position, the flat thin magnet (7) exists The blinds (5) can attract the rotation of the iron plate (10) in blinds to turn blinds from the first obliquity when being in the first obliquity To the second obliquity to increase blinds gradient.

2. building sun-shading shutter leaf system according to claim 1, which is characterized in that the building sun-shading shutter leaf system also wraps Include the transmission mechanism for rotating the rotor plate (6), the motor connecting with transmission mechanism and the control connecting with the motor Device, turned position of the control device for rotor plate (6) described in Electronic control.

3. building sun-shading shutter leaf system according to claim 1 or 2, which is characterized in that the rotating mechanism includes fixing It is mounted on the shaft (11) of the rotor plate (6) one end and is arranged in the upper frame (3) or lower frame (8) and the shaft (11) axle sleeve (12) cooperated.