A door and window mosquito-proof sliding curtain seal

Abstract

The utility model relates to a door and window mosquito-proof push-pull curtain sealing element, solve the upper and lower end sealing problem of the folding push-pull mosquito-proof screen window. The door and window mosquito-proof push-pull curtain is of a folding structure, is arranged in the push-pull window frame, is of a sheet shape, the upper part is provided with an upper mounting seam, both sides are provided with connecting pieces, the upper side mounting seam sinks into the lower edge of the door and window mosquito-proof push-pull curtain, the lower side mounting seam is embedded with the mosquito-proof brush, the mosquito-proof brush is linear hairiness, the front end is arranged in order, the rear end is fixed in sheet shape through the adhesive, the mosquito-proof brush thickness is less than the lower side mounting seam, the fixed end is inserted into the lower side mounting seam, the hairiness end faces downward, when the mosquito-proof brush is put into the lower side mounting seam, naturally droops and contacts the lower part frame of the push-pull window frame. The device can solve the upper and lower part sealing problem of the mosquito-proof grid of the folding structure, has great structural strength, and can effectively control the folding shape.

Description

Technical Field

[0001] This utility model relates to a sealing component for a sliding mosquito screen for doors and windows, which solves the sealing problem at the top and bottom of a folding sliding mosquito screen. Background Technology

[0002] Currently, there are various types of mosquito-proof structures for windows, including sliding, rolling, and folding types. However, the large-area mosquito-proof mesh of sliding and rolling types is easily deformed by pressure, leading to damage.

[0003] The folding structure has an internal support structure, making it less prone to deformation. However, the folding structure still requires pushing and pulling at the top and bottom during use, and since the pushing and pulling position is a movable structure, its sealing performance is poor.

[0004] To achieve a better seal, a sealing component for door and window mosquito-proof sliding curtains needs to be designed. Summary of the Invention

[0005] To address the aforementioned problems, this utility model provides a sealing component for mosquito-proof sliding curtains for doors and windows, solving the sealing problem at the bottom and lower part of folding sliding mosquito-proof doors and windows.

[0006] To achieve the above objectives, the technical solution adopted by this utility model is as follows: A sealing component for a door and window mosquito-proof sliding curtain, wherein the door and window mosquito-proof sliding curtain is a folding structure and is set in the sliding window frame, characterized in that the structure is sheet-like, with an upper mounting seam at the top and connectors on both sides, the upper mounting seam being recessed into the lower edge of the door and window mosquito-proof sliding curtain, and a mosquito-proof brush being embedded in the lower mounting seam. The mosquito-repellent brush is a linear bristle-like material with neatly arranged front end and a sheet-like shape fixed at one end with adhesive at the rear end. The thickness of the mosquito-repellent brush is less than the lower installation seam. The fixed end is inserted into the lower installation seam with the bristle-like end facing down. When the mosquito-repellent brush is placed in the lower installation seam, it naturally hangs down and contacts the lower frame of the sliding window frame.

[0007] According to the aforementioned door and window mosquito-proof sliding curtain sealing component, the door and window mosquito-proof sliding curtain is a sheet-like or strip-shaped mosquito-proof mesh, which is hinged together to form the door and window mosquito-proof sliding curtain, and the mosquito-proof mesh is inserted into the upper installation seam for fixation.

[0008] According to the aforementioned door and window mosquito-proof sliding curtain sealing component, adjacent mosquito-proof grids are connected by a grid hinge, the connector being a connecting shaft. The grid hinge has a shaft hole at the upper or lower edge of the mosquito-proof grid, and the connecting shaft is embedded in the shaft hole.

[0009] According to the aforementioned door and window mosquito-proof sliding curtain sealing component, one end of the door and window mosquito-proof sliding curtain in the sliding window frame is fixed to the window frame by a mesh hinge, and the other end is provided with a movable sliding handle. The lower and upper parts of the sliding window frame are provided with rectangular grooves, and the mosquito-proof brushes on the upper and lower parts of the door and window mosquito-proof sliding curtain respectively contact the bottom surface of the corresponding rectangular groove to achieve mosquito-proof sealing.

[0010] The mosquito-proof sliding curtain sealing component for doors and windows is characterized in that the mosquito-proof mesh is a metal mesh with a rust-proof coating, and the sealing component is made of plastic.

[0011] The advantages of this utility model are: It can address the sealing issue at the top and bottom of the mosquito net with its folded structure; The structure of this device, with its hinged keel and rectangular frame that coordinates the upper and lower travel of the folded mosquito net, has high structural strength and can effectively control the folding shape. Attached Figure Description

[0012] Figure 1 This is a structural component of this utility model. Figure 2 This is a side sectional view of the present invention. Figure 3 This is a front sectional view of the present invention. Figure 4 This is an installation structure diagram of this utility model.

[0013] Attached reference numerals: 1. Seal, 2. Upper mounting seam, 3. Lower mounting seam, 4. Connector, 5. Mosquito-proof brush, 6. Sliding window frame, 7. Mosquito-proof mesh, 8. Mesh hinge, 9. Sliding push-pull handle. Detailed Implementation

[0014] The present invention will be further described below: This utility model relates to a door and window mosquito-proof sliding curtain sealing component, which is used to prevent mosquitoes from entering and exiting doors and windows. It is installed in the sliding window frame 6 and is specifically used in conjunction with the sliding folding curtain structure.

[0015] Specifically, the sealing element 1 has a sheet-like structure with an upper mounting seam 2 at the top and connectors 4 on both sides. The upper mounting seam is recessed into the lower edge of the door and window mosquito-proof sliding curtain, and the lower mounting seam 3 on the bottom is embedded with a mosquito-proof brush 5. The sealing element 1 is made of plastic material.

[0016] The mosquito-repellent brush 5 of this device is a linear bristle-like material with neatly arranged front end and a sheet-like shape fixed at one end by adhesive at the rear end. The thickness of the mosquito-repellent brush 5 is less than the lower installation seam. The fixed end is inserted into the lower installation seam with the bristle-like end facing down. When the mosquito-repellent brush 5 is placed in the lower installation seam, it naturally hangs down and contacts the lower frame of the sliding window frame 6.

[0017] This device's mosquito-proof sliding curtain for doors and windows consists of sheet-like or strip-shaped mosquito-proof mesh 7. The mesh 7 is hinged together to form the curtain, and is inserted into the upper mounting seam for fixation. The mosquito-proof mesh 7 is made of metal and coated with an anti-rust material. The sealing elements of this device are installed at the upper and lower ends of the mosquito-proof mesh 7 respectively. The mosquito-proof brush 5 of the upper sealing element falls naturally into the installation seam of the sealing element and still contacts the inner side of the upper frame of the sliding window frame 6 to achieve effective mosquito-proof sealing.

[0018] Adjacent mosquito nets 7 are connected by net hinges 8. The connector 4 is a connecting shaft. The net hinge 8 has a shaft hole at the upper or lower edge of the mosquito net 7, and the connecting shaft is embedded in the shaft hole.

[0019] One end of the mosquito-proof sliding curtain in the sliding window frame 6 is fixed in the sliding window frame 6 by a mesh hinge 8, and the other end is provided with a movable sliding handle 9. The lower and upper parts of the sliding window frame 6 are provided with rectangular grooves. The mosquito-proof brushes 5 on the upper and lower parts of the mosquito-proof sliding curtain contact the bottom surface of the corresponding rectangular grooves to achieve mosquito-proof sealing.

[0020] This device can address the sealing issues at the top and bottom of the folded mosquito net structure; the structure of this device, with its hinged keel and rectangular frame that fits the upper and lower parts of the folded mosquito net, has high structural strength and can effectively control the folding shape.

Claims

1. A sealing component for a door and window mosquito-proof sliding curtain, wherein the door and window mosquito-proof sliding curtain is a folding structure and is installed in the sliding window frame (6), characterized in that, The sealing element (1) is sheet-shaped, with an upper mounting seam (2) on the top and connectors (4) on both sides. The upper mounting seam is embedded in the lower edge of the door and window mosquito-proof sliding curtain, and the lower mounting seam (3) on the bottom is embedded with a mosquito-proof brush (5). The mosquito-proof brush (5) is a linear bristle with neatly arranged front end and a sheet-like shape at one end fixed by adhesive at the rear end. The thickness of the mosquito-proof brush (5) is less than the installation seam on the lower side. The fixed end is inserted into the installation seam on the lower side with the bristle end facing down. When the mosquito-proof brush (5) is placed in the installation seam on the lower side, it naturally hangs down and contacts the lower frame of the sliding window frame (6).

2. The sealing element for mosquito-proof sliding curtains for doors and windows according to claim 1, characterized in that, The mosquito-proof sliding curtain for doors and windows is a sheet-like strip mosquito-proof mesh (7). The mosquito-proof meshes (7) are hinged together to form the mosquito-proof sliding curtain for doors and windows. The mosquito-proof meshes (7) are inserted into the installation seam on the upper side for fixation.

3. The door and window mosquito-proof sliding curtain sealing component according to claim 2, characterized in that, Adjacent mosquito nets (7) are connected by a mesh hinge (8). The connector (4) is a connecting shaft. The mesh hinge (8) has a shaft hole at the upper or lower edge of the mosquito net (7), and the connecting shaft is embedded in the shaft hole.

4. The door and window mosquito-proof sliding curtain sealing component according to claim 3, characterized in that, One end of the door and window mosquito-proof sliding curtain in the sliding window frame (6) is fixed in the sliding window frame (6) by a mesh hinge (8), and the other end is provided with a movable sliding handle (9). The lower and upper parts of the sliding window frame (6) are provided with rectangular grooves. The mosquito-proof brushes (5) on the upper and lower parts of the door and window mosquito-proof sliding curtain respectively contact the bottom surface of the corresponding rectangular groove to achieve mosquito-proof sealing.

5. The sealing element for mosquito-proof sliding curtains for doors and windows according to claim 2, characterized in that, The mosquito net (7) is a metal mesh with a rust-proof coating, and the seal (1) is made of plastic.

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