CN201269004Y - Concealed yarn mosquito-proof externally-opened window frame structure - Google Patents

Abstract

The utility model discloses a hidden yarn anti-mosquito outer-opening window frame structure, which includes a frame and a sash, and a steering sub-frame is connected inside the frame, and a groove facing the room is formed between the frame and the steering sub-frame. Invisible screen window is installed inside; the groove is blocked by the invisible screen window cover, hidden yarn track and hidden yarn hook seat, and the hidden yarn track, hidden yarn hook seat and the four corners of the invisible screen window cover are connected into an integrated structure with 45-degree flat angle pieces; The hook on the gauze box cover is mutually linked with the gauze box, and the other three sides are both hidden yarn tracks and hidden yarn pull hook seats and the steering frame screws are connected and fixed. The gauze net of the invisible screen window is connected with a gauze hook, and the opposite side of the gauze hook has a gauze hook seat, and the hidden gauze structure can be installed in this groove directly from the room, making the installation and disassembly of the hidden gauze structure convenient, flexible and beautiful .

Description

Hidden gauze anti-mosquito window frame structure

technical field

The utility model relates to an outwardly opening window structure, in particular to an outwardly opening window structure with the functions of concealing yarn and preventing mosquitoes.

Background technique

The forms of gauze with outward opening windows on the market are: 1. Fixed hinge gauze is added inside the outward opening window, which is inconvenient to use and has poor decorative effect; 2. Foldable gauze is added inside the outward opening window. This form of gauze has a poor anti-mosquito effect and the gauze is not easy to clean; 3. A hidden window gauze box is installed on the inner side of the outward opening window, and this form of gauze box is exposed, which affects the decorative effect; There is no structure with good comprehensive performance before.

Utility model content

The main purpose of the utility model is to provide an outwardly opening window structure with functions of concealing yarn and preventing mosquitoes.

The technical solution of the utility model is: a hidden gauze anti-mosquito window frame structure, which includes a frame and a window sash, and a steering sub-frame is connected inside the frame, and a circle of concave holes facing the room is formed between the frame and the steering sub-frame. Groove, the invisible screen window structure is installed in the groove; the groove is blocked by the invisible screen window cover, the hidden yarn track and the hidden yarn hook seat, and the hidden yarn track, the hidden yarn hook seat and the four corners of the invisible screen window cover are used for smoothing corner pieces 45 The hooks on the cover of the gauze box and the gauze box are hooked to each other, and the groove covers on the other three sides (the hidden yarn track and the hidden yarn hook seat) are connected and fixed with the steering frame screws. The gauze mesh of the invisible screen window is connected with a gauze mesh drag hook, and the opposite side of the gauze mesh drag hook has a gauze mesh drag hook seat.

The outer side of the window sash is provided with a sash cover pressing strip.

The steering sub-frame and the frame are supported by a steering sub-frame spacer. The steering sub-frame is fixed on the frame by steering sub-frame fixing screws.

The hidden yarn track, hidden yarn drag hook seat and hidden yarn cover of the invisible screen window are fixed on the steering frame by hidden yarn fixing screws.

The beneficial effect of adopting the above-mentioned technical scheme of the utility model is:

1. A steering sub-frame is installed in the frame of the frame (or center column), and a groove facing the room is formed between the steering sub-frame and the frame. The hidden yarn structure can be directly installed in this groove from the indoor, so that the hidden yarn The installation and disassembly of the structure are convenient, flexible and beautiful.

2. The invisible screen window of this structure is a separate structure from the steering sub-frame and the window sash, which does not affect other physical properties of the whole window.

3. The structure can be made into ordinary material structure, heat insulation and energy-saving structure or other structures, and has strong applicability.

4. The hidden yarn box, hidden yarn track, hidden yarn hook seat and hidden yarn cover of this structure are skillfully combined into one body, which has better decorative effect.

Description of drawings

Fig. 1, the utility model concealed gauze anti-mosquito window frame structure transverse sectional view;

Fig. 2. A longitudinal partial cross-sectional view of the frame structure of the hidden yarn anti-mosquito window of the utility model;

Fig. 3 is a schematic diagram of the assembly of the concealed yarn for the anti-mosquito window of the utility model.

【Description of figure number】

1 Frame 7 Hidden Yarn Track

2 sash 8 gauze hook

3 Steering sub-frame 9 Hidden yarn hook seat

4 Fan buckle cover pressure strip 10 Steering sub-frame spacer

5 invisible screen window 11 hidden screen fixing screw

6 Invisible window screen cover 12 Steering auxiliary frame fixing screw

Detailed ways

In order to understand the structure and composition of the present utility model more clearly, a detailed description is hereby given in conjunction with the accompanying drawings:

As shown in Figures 1 to 3, the frame structure of the hidden gauze anti-mosquito window of the utility model includes a frame (or center column) 1 and a window sash 2, and a steering sub-frame 3 is connected inside the frame 1, and the frame 1 and There is a groove (not shown in the figure) facing the room between the steering sub-frames 3, and an invisible screen window 5 is installed in the groove. Blocking, the hidden yarn track 7 is arranged between the upper and lower frame 1 on the opposite side of the invisible screen window 5 and the steering sub-frame 3 and forms an integral structure with the invisible screen window cover 6 and the hidden yarn hook seat 9 with a flat angle piece of 45 degrees. The yarn track 7 is connected and assembled at 45 degrees with the invisible screen window cover 6 and the hidden yarn draw hook seat 9, and the screen net of the invisible screen window is connected with a gauze draw hook 8, and a gauze draw hook seat 9 is installed in the frame on the opposite side of the invisible screen window. The steering sub-frame 3 and the frame 1 are supported by the steering sub-frame pad 10, the steering sub-frame 3 is fixed on the frame 1 by the steering sub-frame fixing screws 12, and the overall structure of the invisible screen window is fixed on the steering frame by the hidden yarn fixing screws 11 3. Combined with the fixing of the upper and lower cover screws of the hidden yarn box, the overall hidden yarn system is installed ingeniously.

The gauze drag hook 8 drives the gauze to run in the gauze track 5 up and down, and is connected to the hidden yarn drag hook seat 9 on the corresponding frame. During use, open the window sash and close the invisible screen window to achieve the functions of ventilation and anti-mosquito; when changing the gauze, the frame body consisting of the hidden gauze track 7 and the invisible gauze cover 6 can be removed from the room, and then the gauze structure is taken out.

The outer side of the novel middle sash 2 is provided with a cover bead 4, and the cover bead 4 vertically shields the glass on the outside of the window.

To sum up, the frame structure of the hidden gauze anti-mosquito window of the utility model is novel in structure and elegant in appearance. In terms of purpose of use, performance, progress and novelty, it has practical progress and meets the requirements of the new model. The function improvement and practical requirements emphasized by the patent law, the above description of the utility model and the accompanying drawings are one of the preferred embodiments of the utility model, and it is not intended to limit the utility model. Those who are similar or identical in structure, device, feature, etc. of the new model should all fall within the creation purpose of the utility model and the scope of the patent application.

Claims (7)

1, the mosquito-proof outward opening window frame structure of a kind of latent yarn, include frame and sash, it is characterized in that: be connected with in the frame and turn to secondary frame, this frame and turning to is formed with a circle towards indoor groove between the secondary frame, sliding sash with disappearing screen window is installed in this groove, this groove blocks by sliding sash with disappearing screen window capping, latent yarn track, latent yarn drag hook seat, and this latent yarn track is arranged at the upper and lower side frame of sliding sash with disappearing screen window opposite side and turns between the secondary frame, and forms integrative-structure with sliding sash with disappearing screen window capping and latent yarn drag hook seat.

2, the mosquito-proof outward opening window frame structure of latent yarn as claimed in claim 1 is characterized in that: this latent yarn track is that 45 degree are connected with sliding sash with disappearing screen window capping and latent yarn drag hook seat.

3, the mosquito-proof outward opening window frame structure of latent yarn as claimed in claim 2, it is characterized in that: the gauze of this sliding sash with disappearing screen window is connected with the gauze drag hook, and gauze drag hook seat is installed in the groove of this sliding sash with disappearing screen window drag hook opposite side.

4, the mosquito-proof outward opening window frame structure of latent yarn as claimed in claim 3 is characterized in that: this sash arranged outside has fan buckle closure press strip.

5, the mosquito-proof outward opening window frame structure of latent yarn as claimed in claim 4 is characterized in that: this turns between secondary frame and the frame by turning to secondary frame cushion block to support.

6, the mosquito-proof outward opening window frame structure of latent yarn as claimed in claim 5 is characterized in that: this turns to secondary frame to be fixed on the frame by turning to secondary frame fixed screw.

7, the mosquito-proof outward opening window frame structure of latent yarn as claimed in claim 6 is characterized in that: this sliding sash with disappearing screen window is fixed in by latent yarn lid fixed screw and turns on the frame.

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