CN2556331Y

CN2556331Y - Hollow energy-saving door and window

Info

Publication number: CN2556331Y
Application number: CN 02245716
Authority: CN
Inventors: 张洪建; 孟涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-08-15
Filing date: 2002-08-15
Publication date: 2003-06-18
Anticipated expiration: 2012-08-15

Abstract

A hollow and energy saving door and window is disclosed. A door and window frame and a door and window sash frame body are the hollow frame bodies, which are formed by the connection of the steel profiles. The hollow frame body is provided with a lateral side, an outer end side and an inner end side; the double glasses are connected with the lateral side of the door and window frame body through an adhesive layer; the steel profile is a color sheet profile, a galvanized sheet profile, an aluminum alloy profile or a plastic steel profile; the connection mouth of the steel profile is positioned on the outer end side; the inner end side of the door and window sash frame body is concave inward, which forms a chamber for the placement of the desiccant; the chamber of the desiccant is in a straight slot shape, a coattail slot shape or an arc slot shape; a sealing strip is embedded in the contact place of the door and window frame and the outer edge of the glass; the sealing strip is embedded in the groove of the door and window frame. The utility model adopts an integrated structure form, which is characterized by a hidden frame and the hollowness. The utility model has the advantages of high structure strength, little deformation, good performance of closure, heat preservation and sound insulation, simple appearance. The utility model is easy to be cleaned, which does not occupy the effective lighting area. The utility model is difficult to be eroded, which is widely suitable for the flat-opening door and window, the sliding door and window, the fixing door and window, the glass compartment and the glass curtain wall.

Description

The hollow energy saving door and window

Technical field

The utility model relates to a kind of building doors and windows.

Background technology

The performance of door and window is mainly made the influence of the form of structure of used material of door and window and door and window.Aspect door and window structure, traditional door and window adopts the mosaic structure form more, i.e. after jamb assembling is finished with embedding glass in frame, form sash structures; The material of making jamb mainly contains: timber, empty stomach steel profile, aluminium alloy extrusions, plastic-steel section bar, colorful door and window section bar etc.Aspect the selecting for use of glass, be generally the individual layer ordinary plate glass.In use, generally there are the following problems for traditional door and window: 1) sash is yielding, and structural strength is low, and airtight performance, security performance are relatively poor.2) insulation, sound insulation value is poor, and energy consumption level is higher.3) window frame and sash stack, and the section bar exposed area is big, and it is bigger to take effective daylighting area; Be subject to erosions such as rainwater, acid mist.4) pane is less, and the stile structure is various, and glass and doorframe and window frame, that stile is connected the slit is more, and not only the influence to the open property in the visual field and facade is bigger, also is not easy to clean.

Technology contents

The utility model to solve the door-window section bar exposed area big, be subject to erosions such as rainwater, acid mist, be not easy to clean, the problem of door and window airtight performance, security performance, insulation, sound insulation value difference.

The technical solution of the utility model: the hollow energy saving door and window is made up of doorframe and window frame and bar, its bar is to be fixed in the bar framework by double-layer glass to form, double-layer glass is built-in with desiccant, it is characterized in that: doorframe and window frame and bar framework are the hollow frameworks that the steel section bar is formed by connecting, its hollow framework has side, outer face and inner face, and double-layer glass is connected with the doorframe and window frame body side surface by adhesive layer.

Above-mentioned steel section bar is colored steel section bar, galvanized sheet section bar, aluminium alloy extrusions or plastic-steel section bar.

The connection seaming of above-mentioned steel section bar is positioned at the outer face.

Above-mentioned bar framework inner face is inwardly recessed, becomes the die cavity of placing desiccant.

Above-mentioned desiccant die cavity is straight trough shape, dovetail groove shape or arc groove shape.

Above-mentioned doorframe and window frame and contact position, glass outside are inlaid with weather strip, and weather strip is embedded in the groove of doorframe and window frame.

Beneficial effect: the utility model hollow energy saving door and window adopts the integral structure form, promptly directly forms whole sash or the door leaf with latent frame feature and hollow feature by bonding mode between sash or door leaf section bar and the glass.The bar framework of sash or the formation of door leaf section bar directly is placed between two-layer or the compound glass, adopts bonding mode to make novel hollow glass energy saving door and window with integral structure feature.The hollow glass integral structure has characteristics such as structural strength height, distortion is little, outward appearance is succinct, can realize that the high-performance of door and window is airtight, improves the insulation and the sound insulation value of building, reduces the energy consumption level of building; Reduce the influence of environmental noise to interior works, living environment; Because the section bar stealth is simple for structure than traditional door and window between glass, be convenient to clean beautifying constructure outward appearance and appearance of city; The sash of hollow energy saving door and window or door leaf, section bar do not expose, and do not take effective daylighting area; Be not subject to erosions such as rainwater, acid mist, long service life, structure is smooth, airtight performance good, good heat insulating, sound insulation capabilities is strong, and adapts to the requirement of pane to large scale development.The connection seaming of steel section bar is positioned at the outer face, increases wall thickness, makes things convenient for connector fixedly connected.Be widely used in flat-open door and window, slide door or window, fixed casement window, glass partition, curtain wall etc.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the window type sketch of the utility model embodiment;

Fig. 3 is the schematic diagram in 1-1 cross section among Fig. 2;

Fig. 4 is the schematic diagram in 2-2 cross section among Fig. 2;

Fig. 5 is the schematic diagram in 3-3 cross section among Fig. 2;

Fig. 6 is the schematic diagram in 4-4 cross section among Fig. 2;

Fig. 7 is the schematic diagram of the straight trough shape desiccant die cavity of bar framework;

Fig. 8 is the schematic diagram of the dovetail groove shape desiccant die cavity of bar framework;

Fig. 9 is the schematic diagram of the arc groove shape desiccant die cavity of bar framework.

Among the figure: 1-glass, 2-doorframe and window frame, 3-bar framework, 4-adhesive layer, 5-weather strip, 6-groove, 7-connect seaming, 8-connector, 9-desiccant die cavity, 10-desiccant, 11-side.

The specific embodiment

Embodiment is shown in Fig. 1,2,3,4,5,6: the hollow energy saving door and window is made up of doorframe and window frame 2, bar and connector 8, its bar is to be fixed in bar framework 3 by double-layer glass 1 to form, doorframe and window frame and bar are the hollow frameworks that steel plate bending is formed by connecting, its hollow framework has side 11, outer face and inner face, the connection seaming 7 of steel plate is positioned at the outer face, and double-layer glass is connected by the inside and outside surface of adhesive layer 4 and door and window framework.Doorframe and window frame and contact position, glass outside are inlaid with weather strip 5, and weather strip is embedded in the groove 6 of doorframe and window frame.

Bar framework inner face is inwardly recessed, becomes the die cavity of placing desiccant 10, and the embodiment of its desiccant die cavity 9 has straight trough shape, dovetail groove shape or arc groove shape, shown in Fig. 7,8,9.

Doorframe and window frame and selecting for use with steel of bar framework section bar are advisable, as: colorful door and window section bar, galvanized steel plain sheet section bar, also can adopt aluminium alloy extrusions or plastic-steel section bar etc.

The making of hollow energy saving door and window, installation process are given an example: after section bar is blocked by required size, adopt welding or group angle technology to make the bar framework; Load desiccant between layer glass, weather strip is installed, at bar framework external surface coating adhesive, adhesive layer and the glass that cuts carry out bonding, do encapsulation process; After being installed, finishes Hardware fitting.

The hollow energy saving door and window is connected with window frame or doorframe by respective hinge, can realize door and window flatly open, keying form such as push-and-pull, also can be used for purposes such as fixed casement window, glass partition, curtain wall.

Claims

1, a kind of hollow energy saving door and window, form by doorframe and window frame and bar, its bar is to be fixed in the bar framework by double-layer glass to form, double-layer glass is built-in with desiccant, it is characterized in that: doorframe and window frame and bar framework are the hollow frameworks that the steel section bar is formed by connecting, its hollow framework has side, outer face and inner face, and double-layer glass is connected with the doorframe and window frame body side surface by adhesive layer.

2, hollow energy saving door and window according to claim 1 is characterized in that: described steel section bar is colored steel section bar, galvanized sheet section bar, aluminium alloy extrusions or plastic-steel section bar.

3, hollow energy saving door and window according to claim 1 is characterized in that: the connection seaming of described steel section bar is positioned at the outer face.

4, hollow energy saving door and window according to claim 1 is characterized in that: described bar framework inner face is inwardly recessed, becomes the die cavity of placing desiccant.

5, hollow energy saving door and window according to claim 4 is characterized in that: described desiccant die cavity is straight trough shape, dovetail groove shape or arc groove shape.

6, according to claim 1,2,3,4 or 5 described hollow energy saving door and windows, it is characterized in that: described doorframe and window frame and contact position, glass outside are inlaid with weather strip, and weather strip is embedded in the groove of doorframe and window frame.