CN202913925U

CN202913925U - Built-in solar protection device of hollow glass

Info

Publication number: CN202913925U
Application number: CN 201220591428
Authority: CN
Inventors: 许麒
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-11-12
Filing date: 2012-11-12
Publication date: 2013-05-01
Anticipated expiration: 2022-11-12

Abstract

Disclosed is a built-in solar protection device of hollow glass. A guide rail which is horizontally arranged is installed in the hollow glass, a dragging strip which is vertically arranged is installed on the guide rail, and sunshading materials which are transversely arranged, namely opened and closed transversely are installed on the guide rail. One ends of the sunshading materials are placed inside a concave-shaped left division bar and a concave-shaped right division bar of the hollow glass, the other ends of the sunshading materials are fixedly arranged on the dragging strip, and so that the sunshading materials can move transversely along the guide rail under the drag of the dragging strip. One end of a pulling cable is connected on the dragging strip, and the other end of the pulling cable is connected with control devices such as motor-driven, magnetic control and linear-driven. The control devices control the pulling cable to pull the dragging strip to move left and right, and so that opening and closing the sunshading materials can be achieved. When being folded, the sunshading materials can be completely or partly embedded into the concave-shaped left division bar and the concave-shaped right division bar.

Description

The built in hollow glass solar protection devices

Technical field

The utility model relates to a kind of built in hollow glass solar protection devices for building.

Background technology

At present, built in hollow glass solar protection devices commonly used mainly contains two classes according to the difference of sun shading material: hollow glass built-in blinds and built in hollow glass roller shutter.Hollow glass built-in blinds is installed receiver on hollow glass air layer top, after louvre blade string shape connects, one end is fixed on the receiver on top, one end is freely sagging, and the lifting of controlling louvre blade by modes such as electronic, magnetic control, line are moving to be realizing folding, and the blinds wing is wide=glass height/louvre blade number, window light itself is highly higher, the wide too small then sheet number of the wing is too much, so the common blinds wing is wide generally in 25 millimeter, the hollow glass air layer thickness is in 27 millimeter.The built in hollow glass roller shutter is installed reel on hollow glass air layer top, the door curtain made of cloth one end is fixed on the reel, one end is freely sagging, control the rotation of reel to realize the folding of abat vent by modes such as electronic, magnetic control, line move, because the needs of the diameter of reel own, the hollow glass air layer thickness is also in 27 millimeter.The total drawback of said apparatus is: because the needs of device itself, the hollow glass air layer is all thicker, cause whole thickness of hollow glass larger, the corresponding increase of section bar width of door, window causes the increase of construction cost and the waste of natural resource, simultaneously, outside the blinds of hollow glass built-in blinds still is exposed to after gathering, the reel of built in hollow glass roller shutter is like this equally, seriously influences the attractive in appearance of window, has also reduced the daylighting area of glass.

Summary of the invention

Cause the hollow glass air layer thickness to increase in order to overcome existing built in hollow glass solar protection devices, affect the problem of the attractive in appearance and daylighting area of window, the utility model provides a kind of built in hollow glass solar protection devices, can not only satisfy the needs of architectural shading, can also effectively reduce air layer thickness, reduce solar protection devices to the impact of attractive in appearance and daylighting area.

The technical scheme that its technical problem that solves the utility model adopts is: will being arranged on sun shading material in the hollow glass, to be arranged as lateral arrangement be horizontal folding, this sun shading material can be the sun shading materials such as more frivolous shutter curtain or blind, difference according to selected sun shading material soft or hard characteristic, arrange one or the guide rail of a horizontal arrangement respectively is set in top and lower end on the top of hollow glass air layer, this guide rail can be plastics, the strand material of the hard materials such as metal or tension, installing two at guide rail can be along the vertically arranged traction item of guide rail transverse shifting, traction item can be used plastics, the hard materials such as metal are made, when sun shading material is selected blind, also louvre blade of outermost can be held concurrently and be traction item, the sun shading material that is horizontal folding with two lateral arrangement is installed on the guide rail, this sun shading material one end places the left side of hollow glass, in the right parting bead, on the one end fixed traction bar, make sun shading material under the traction of traction item, do horizontal folding along guide rail, difference according to selected sun shading material soft or hard characteristic, each one or two of the drag cable of each connection traction left and traction to the right on every traction item, the other end of drag cable is connected to electronic, magnetic control, on the moving equal controller of line, spur traction item along the folding of guide rail move left and right with the realization sun shading material by control device control drag cable, simultaneously, left side with hollow glass, right parting bead is made " recessed " font, opening is inboard to air layer, makes in the groove of all or part of embedding parting bead of sun shading material energy when drawing in.Laterally move owing to selected about two sun shading materials and edge, the wing of the sun shading materials such as hundred plaitings or blind is wide=glass width/(sheet is counted X2), add that the width of window light own is less, can be effectively reduced so the wing of this programme is wide, thereby reduce the thickness of hollow glass air layer, solar protection devices can be avoided or reduce to the left and right parting bead of " recessed " font on the impact of glass lighting area simultaneously, increases the aesthetics of device.

The beneficial effects of the utility model are: can reduce the built in hollow glass solar protection devices to the waste of construction cost and natural resource when satisfying architectural shading, reduce the built in hollow glass solar protection devices to the impact of glass lighting area and overall appearance degree.

Description of drawings

Below in conjunction with drawings and Examples the utility model is described further.

Fig. 1 is the elevation of built in hollow glass solar protection devices embodiment.

Fig. 2 is the I-I sectional drawing of Fig. 1.

Fig. 3 is the II-II sectional drawing of Fig. 1.

Fig. 4 is the partial enlarged drawing of Fig. 2.

Fig. 5 is the connection diagram of traction item among the embodiment, drag cable, internal magnet

Among the figure: 1. glass, 2. upper and lower parting bead, 3. left and right parting bead, 4. guide rail, 5. traction item, 6. hundred plaitings, 7. drag cable anchor point, 8. drag cable, 9. traction item preformed hole, 10. fixed bar, 11. internal magnet sliding trays, 12. internal magnets, 13. external magnets.

The specific embodiment

In the present embodiment, on being clipped in two blocks of glass (1), lower parting bead (2) keeps conventional specification, left, right parting bead (3) is made " recessed " font, in lower parting bead inboard internal magnet sliding tray (11) is set, respectively establish " U " font guide rail (4) at upper parting bead (2) and internal magnet sliding tray (11) inboard, two traction items (5) that are provided with traction item preformed hole (9) are installed on the guide rail (4), hundred plaitings (6) are installed on the guide rail (4), one end is fixed on a left side, in the right parting bead (3), one end is fixed on the traction item (5), traction item (5) is connected 8 by the drag cable anchor point (7) that is arranged on traction item preformed hole (9) and locates with drag cable) connect, each one of the drag cable (8) of the drag cable (8) that each each anchoring of drag cable anchor point (7) is drawn left and traction to the right, drag cable (8) one ends are fixed on the drag cable anchor point (7), be connected on the internal magnet (12) that is installed in the internal magnet sliding tray (11) after the other end turns to by fixed bar (10), external magnet (13) interacts by magnetic force and internal magnet (12) in glass (1) outside.

Claims

1. built in hollow glass solar protection devices, in the built in hollow glass solar protection devices, sun shading material is installed in the hollow glass, realize it is characterized in that the folding of sun shading material by the traction of control device control drag cable: arrange in hollow glass that can to laterally move along the guide rail of horizontal arrangement be the sun shading material of horizontal folding.

2. built in hollow glass solar protection devices according to claim 1, it is characterized in that: the left and right parting bead of hollow glass is made concave shape.

3. built in hollow glass solar protection devices according to claim 1, it is characterized in that: the guide rail in hollow glass arranges vertically arranged traction item.