CN201367807Y - Bridge-cutoff aluminum alloy heat-insulation overlapped double-window sliding window - Google Patents

Abstract

The utility model provides an aluminum alloy broken bridge heat-insulating overlapping double-window push-pull window. The vertical frame and the upper and lower horizontal frames are combined by screws to form a window, and a window sash is installed in it. The two-layer windows are overlapped and assembled through the broken bridge heat insulation connector, and the broken bridge heat insulation connector is inserted into the dovetail groove on the window frame. On the outer lower horizontal frame, there are outer lower horizontal frame sidewalls, outer lower horizontal frame slide rails, outer lower horizontal frame combination screw holes, outer lower horizontal frame outer sealing strip grooves, outer lower outer horizontal frame inner sealing strip grooves. The inner lower horizontal frame is provided with inner lower horizontal frame ribs, inner lower horizontal frame slide rails, and inner lower horizontal frame screw holes. The upper horizontal frame has an upper horizontal frame rib, an upper horizontal frame slide rail, an upper horizontal frame screw hole and a glass groove. The utility model is composed of two-layer window frames with broken bridge heat-insulating connectors to form a double-layer four-leaf window body, which has good water-repelling properties and heat-retaining properties. It is suitable for the manufacture of aluminum alloy windows.

Description

Aluminum alloy broken bridge heat insulation overlapping double window sliding window

technical field

The utility model provides an aluminum alloy broken bridge heat-insulating overlapping double-window sliding window in the field of building materials.

Background technique

Before the utility model was proposed, the common aluminum alloy window structure was respectively provided with two tracks up and down on a window frame, and a window sash was respectively installed on each track. This sliding window has the disadvantages of poor sealing and water-repelling properties.

Contents of the invention

In order to overcome the shortcomings of the existing aluminum alloy windows, the utility model proposes an aluminum alloy broken bridge heat-insulating overlapping double-window sliding window. The window solves the technical problems of window sealing, water blocking and thermal insulation through the double-layer push-pull fan of the broken bridge heat insulation frame.

The solution that the utility model solves the technical problem takes is:

The left mullion, the right mullion, the lower horizontal frame, and the upper horizontal frame are combined into a form by screws, and a window sash is installed in the inner space of the form.

The two layers of windows are overlapped and assembled through the heat-insulating material broken bridge heat-insulated connector, and the broken bridge heat-insulated connector is plugged into the dovetail groove provided on the window frame.

The outer lower horizontal frame and the inner lower horizontal frame are connected by a broken bridge heat insulation connector, and the outer lower horizontal frame has outer lower Outer sealing strip groove, outer lower horizontal frame inner sealing strip groove. The inner lower horizontal frame is provided with inner lower horizontal frame ribs, inner lower horizontal frame slide rails, and inner lower horizontal frame screw holes.

The upper horizontal frame has an upper horizontal frame rib, an upper horizontal frame slide rail, an upper horizontal frame screw hole and a glass groove.

The positive effect is: the utility model is composed of two layers of window frames with broken bridge heat insulation connectors to form a double layer of four windows. Compared with the existing aluminum alloy windows, it has the characteristics of good water blocking and thermal insulation. It is suitable for the manufacture of aluminum alloy windows.

Description of drawings

Fig. 1 is the front view of the utility model

Fig. 2 is a side view of the utility model

Fig. 3 is the connection state diagram of the utility model window frame

Fig. 4 is the structural diagram of the upper horizontal frame of the utility model

Fig. 5 is the structural diagram of the lower horizontal frame of the utility model

In the figure, 1. vertical frame, 1.1. left vertical frame, 1.2. right vertical frame, 2. lower horizontal frame, 2.1. outer lower horizontal frame, 2.11. outer lower horizontal frame side, 2.12. outer lower horizontal frame slide rail , 2.13. Combination screw holes of the outer lower horizontal frame, 2.14. Outer sealing strip groove of the outer lower horizontal frame, 2.15. Inner sealing strip groove of the outer lower horizontal frame, 2.2. Inner lower horizontal frame, 2.21. Inner lower horizontal frame rib, 2.22 .Inner lower horizontal frame slide rail, 2.23. Inner lower horizontal frame screw hole, 3. Upper horizontal frame, 3.1. Upper horizontal frame sidewall, 3.2. Upper horizontal frame slide rail, 3.3. Upper horizontal frame screw hole, 3.4. Glass Groove, 4. window sash, 5. broken bridge heat insulation connector.

Detailed ways

The upper side of the aluminum alloy window of the utility model can be provided with brights or not.

The aluminum alloy material is used to pull out the window frame and the window sash profiles of the window of the utility model, cut to make the window frame and the window sash, and combine and connect with screws to make the window.

According to the picture:

The left mullion 1.1, the right mullion 1.2, the lower horizontal frame 2, and the upper horizontal frame 3 are combined into a form by screws, and a sash 4 is installed in the inner space of the form.

The two-layer windows are overlapped and assembled through the broken bridge heat insulation connector 5, and the broken bridge heat insulation connector is plugged into the dovetail groove provided on the window frame.

The outer lower horizontal frame 2.1 and the inner lower horizontal frame 2.2 are connected by a broken bridge heat insulation connector, and the outer lower horizontal frame has an outer lower horizontal frame rib 2.11, an outer lower horizontal frame slide rail 2.12, and an outer lower horizontal frame combination screw hole 2.13. Outer lower horizontal frame outside sealing strip groove 2.14, outer lower horizontal frame inner sealing strip groove 2.15. On the inner lower horizontal frame, there are inner lower horizontal frame ribs 2.21, inner lower horizontal frame slide rails 2.22, and inner lower horizontal frame screw holes 2.23.

The upper horizontal frame 3 has upper horizontal frame ribs 3.1, upper horizontal frame slide rails 3.2 and upper horizontal frame screw holes 3.3, and the upper horizontal frame upper ends are provided with glass grooves 3.4.

Features of the utility model:

1. Since the two-layer window is combined into an overlapping window through the heat-insulating material broken bridge heat-insulation connector, it can form a double-layer four-leaf sliding window, which is equivalent to installing two layers of windows on one window, so its thermal insulation , Sound insulation and dust resistance are doubled, not only energy-saving, but also environmentally friendly.

2. The top of the lower horizontal frame is arranged in a gradient, so it has the advantages of blocking rainwater and facilitating drainage.

Claims (1)

1, the overlapping double window body of aluminium alloys bridge insulation thermal resistance sliding sash is characterized in that:

Be combined into forms by left munnion (1.1), right munnion (1.2) and lower transverse frame (2), upper transverse frame (3) by screw, space mounting has sash (4) in forms;

Two-layer forms are by the overlapping combination of bridge insulation thermal resistance connector (5), and the bridge insulation thermal resistance connector is plugged in the dovetail groove set on the window frame;

Outer lower transverse frame (2.1) and interior lower transverse frame (2.2) connect and compose by the bridge insulation thermal resistance connector, have outer lower transverse frame shelves limits (2.11), outer lower transverse frame slide rail (2.12), outer lower transverse frame combined screw hole (2.13), outer lower transverse frame outside seal strip groove (2.14), outer lower transverse frame inner seal bar groove (2.15) outside on the lower transverse frame, lower transverse frame shelves limit (2.21) on interior lower transverse frame, having, interior lower transverse frame slide rail (2.22), interior lower transverse frame screw hole (2.23);

Have upper transverse frame shelves limit (3.1), upper transverse frame slide rail (3.2) and upper transverse frame screw hole (3.3) on the upper transverse frame (3), upper transverse frame upside two ends are provided with glass guide channel (3.4).

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