A kind of copper-clad wood energy-saving door/window
Technical field
The utility model relates to a kind of door and window of building, relates in particular to a kind of copper-clad wood energy-saving door/window.
Background technology
Domestic composite door and window frame mainly is an aluminium bag wood composite door and window at present; it unites two into one wooden door and window and alumium alloy door and window; when keeping pure timber window power saving function attractive in appearance, outside aluminium alloys has played protective effect to the wooden frame of inside, and the selection of appearance effect is more diversified.But because the chemical property of metallic aluminium is unstable relatively, the anticorrosive property of the aluminum wood composite door and window made from aluminium alloys does not often reach requirement of client, and the color of aluminium alloys is tending towards silvery white, and not reasonable with the color of timber, decorative effect is poor.
The utility model content
The utility model provides the copper-clad wood energy-saving door/window of the strong and outward appearance natural atmosphere of a kind of anticorrosion ability.In order to realize the foregoing invention purpose, the utility model has adopted following technological means:
A kind of copper-clad wood energy-saving door/window comprises the frame material and the fan material that are rotatably assorted; On the described fan material glass is installed; The indoor of described frame material is the wooden frame section bar, the outside fixed installation copper frame section of wooden frame section bar, and the indoor of described fan material is wooden sectional, the outside fixed installation copper sectional of wooden sectional.
Between described copper frame section and the wooden frame section bar, be reserved with the 3.5mm gap between copper sectional and the wooden sectional;
Described glass adopts double layer glass;
Splice by Corner Link the corner of described copper sectional, injection group angle glue in the gap of described Corner Link and copper sectional;
Described frame material and fan material are rotatably assorted by hinge, and described hinge is fixed on the wood section with the hinge trip bolt by the hinge cushion block that is arranged between copper section bar and the wood section.
The beneficial effects of the utility model are: the copper section bar is adopted in the outside, and indoor employing wood section when guaranteeing Corrosion Protection, is gone back heat-insulation and heat-preservation, and the color of copper cooperate with wood section suitable, the colour match coordination; Copper section bar and wood section are reserved fine clearance, have avoided Yin Wendu, humidity to change the door and window distortion that causes; The use of double layer glass has further strengthened characteristics such as heat insulation, the sound insulation, waterproof of door and window; Copper section bar corner cooperates splicing with Corner Link and group angle glue, makes the water-tight capability of anti-wind of door and window obtain reinforcement; It is to add the hinge cushion block that hinge is installed, and when strengthening connection reliability, has also avoided the copper section bar to accept because of hinge and has produced distortion.
Description of drawings
Fig. 1 is the structural representation of a kind of copper-clad wood energy-saving door/window of the utility model;
Fig. 2 is the A-A sectional view of Fig. 1;
Fig. 3 is the structural representation of copper sectional 21 corners.
The specific embodiment
Below in conjunction with accompanying drawing, the preferred implementation of a kind of copper-clad wood energy-saving door/window of the utility model is made detailed description:
As shown in Figure 1, this copper-clad wood energy-saving door/window mainly comprises frame material 1 and the fan material 2 that is rotatably assorted, and on the fan material 2 glass 3 and handle 4 is installed.
As shown in Figure 2, the indoor of frame material 1 is a wooden frame section bar 12, the outdoor side surface of wooden frame section bar 12 fixedly posts with screw copper frame section 11 is installed, and the non-metallic gasket low with coefficient of thermal conductivity between copper frame section 11 and the wooden frame section bar 12, that intensity is high is separated out the wide gap of 3.5mm with the two.
The indoor of fan material 2 is wooden sectional 22, the outdoor side surface of wood sectional 22 also fixedly posts with screw copper sectional 21 is installed, identical, the non-metallic gasket also low with coefficient of thermal conductivity between copper sectional 21 and the wooden sectional 22, that intensity is high is separated out the wide gap of 3.5mm with the two.
Glass 3 is double layer glass, is fixedly mounted in the frame of wooden sectional 22 with wooden line ball 31, and wooden line ball 31 usefulness vapour nail 33 is fixed on the wooden sectional 22, thus pressed glass 3; Slit between glass 3 and copper sectional 21 and the wooden sectional 22 seals with glass adhesive tape 32.
Frame material 1 and fan material 2 are rotatably assorted by the hinge 5 that is arranged on the outside, before copper frame section 11 and copper sectional 21 assembly composition frames, earlier hinge cushion block 52 is inserted in the connector groove of copper frame section 11 and copper sectional 21, adjust correct position, copper frame section 11 and copper sectional 21 are pieced together the composition frame and are installed in after the wood section surface, hinge cushion block 52 is every between copper section bar and wood section, at last with hinge trip bolt 51 with hinge 5 with the mode of passing hinge cushion block 52 fastening with wood section on.
As shown in Figure 3, when the copper section bar is spliced into frame, shown in the figure is that copper sectional 21 is combined into copper fan frame, in its corner, termination with two bronze medal sectionals 21 cuts into 45 earlier, two side rods of rectangular-shaped Corner Link 211 are inserted wearing in the bar cavity of orthogonal two copper sectionals 21 respectively, thereby with 21 splicings of two bronze medal sectionals, in the gap of Corner Link 211 and copper sectional 21, inject the group angle glue 212 of bi-component again, to play the effect of water-tight and enhancing intensity.