CN111395937A

CN111395937A - High-strength mosquito-proof window with large ventilation volume

Info

Publication number: CN111395937A
Application number: CN202010315124.4A
Authority: CN
Inventors: 郑牧之
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-08-28
Filing date: 2018-08-28
Publication date: 2020-07-10
Also published as: CN111395939A; CN109236163A; CN111451421A; CN111395938A

Abstract

The mosquito-proof window can prevent mosquitoes and flies, and for facilitating ventilation, a fine wire is used for manufacturing a wire mesh of the mosquito-proof window, but the fine wire is low in strength and short in service life, and for increasing the strength and prolonging the service life, a thick wire or a plate needs to be used for punching, but the thick wire or the plate is not beneficial to ventilation. The invention uses the sheet or the belt material with the thickness smaller than the thin silk and the width far larger than the thick silk to manufacture the screen of the mosquito-proof window, and the width direction of the sheet or the belt material is vertical to the plane of the window, thereby increasing the ventilation quantity of the mosquito-proof window and the strength of the mosquito-proof window. It also has the following advantages: it is known that direct sunlight in summer, oblique sunlight in winter, direct sunlight in noon and oblique sunlight in the morning and evening, while the present invention is mainly composed of horizontal sheets, which have a large amount of direct light blocking and a small amount of oblique light blocking, which bring about favorable effects on indoor temperature and illuminance. The wefts can be made to incline outwards, the width of the wefts is slightly increased, the mosquito-proof window has a certain rain-shielding function, and the rain yarns are not easy to float in.

Description

High-strength mosquito-proof window with large ventilation volume

Technical Field

The invention belongs to household and decoration articles, and relates to an anti-mosquito window.

Background

The mosquito-proof window can prevent mosquitoes and flies, and for facilitating ventilation, a fine wire is used for manufacturing a wire mesh of the mosquito-proof window, but the fine wire is low in strength and short in service life, and for increasing the strength and prolonging the service life, a thick wire or a plate needs to be used for punching, but the thick wire or the plate is not beneficial to ventilation.

Disclosure of Invention

The invention uses the sheet or the belt material with the thickness smaller than the thin silk and the width far larger than the thick silk to manufacture the screen of the mosquito-proof window, and the width direction of the sheet or the belt material is vertical to the plane of the window, thereby increasing the ventilation quantity of the mosquito-proof window and the strength of the mosquito-proof window. It also has the following advantages: it is known that direct sunlight in summer, oblique sunlight in winter, direct sunlight in noon and oblique sunlight in the morning and evening, while the present invention is mainly composed of horizontal sheets, which have a large amount of direct light blocking and a small amount of oblique light blocking, which bring about favorable effects on indoor temperature and illuminance.

The invention also has a function, in the hot and rainy season in the south of the Yangtze river, people often want to open the window to ventilate and be afraid of the rain, so that the weft can be made to incline outwards, the width of the weft is slightly increased, the mosquito-proof window has a certain rain-shielding function, and the rain is not easy to float.

Drawings

FIG. 1 is a side cross-sectional view of a structure 1, with the warp threads (2), weft threads (1) and the upper Y-shaped notches (3) visible

FIG. 2 shows a structure 2

FIG. 3 shows a structure 3

FIG. 4 is a wire mesh warp for structure 3

FIG. 5 shows structure 4

FIG. 6 shows a structure 5

FIG. 7 shows a cross cut (11) made in the sheet by the structure 5

FIG. 8 shows a transverse kerf array (12) and spaces (13) of the structure 5

FIG. 9 shows a structure 6

Fig. 10 is a silk screen with oblique weft combined with a rainproof function.

DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION

The mosquito-proof window is characterized in that a wire mesh is made of a stainless steel belt with the thickness smaller than that of the thin wires and the width far larger than that of the thick wires, and the width direction of the steel belt is vertical to the plane of the window;

the concrete structure forms are various, and the following are respectively described:

the structure 1 is that the frame of the mosquito-proof window is overlapped by two half frames, and the warp and the weft are respectively cast into one half frame;

the silk screen weft (1) is a stainless steel band with the thickness of about 0.1mm and the width of about 2mm, and is uniformly arranged in the half frame at intervals of about 2mm, and the width direction of the silk screen weft is vertical to the plane of the half frame;

the silk screen warps (2) are stainless steel bands with the width of 5-10mm, one side of each silk screen warp is provided with Y-shaped notches (3) with the distance of about 2mm and the depth of 2mm, the silk screen warps are vertically and uniformly arranged and cast into the other half frame at intervals of 50-100mm, the width direction of each silk screen warp is perpendicular to the plane of the other half frame, and the notched parts of the silk screen warps are positioned on the surface, which is required to be matched with the other half frame, of the half frame and are higher than the surface;

the two half frames are combined into a complete frame, and the silk screen weft (1) is embedded into the notch of the silk screen warp (2);

structure 2, the frame of mosquito-proof window is by two semi-frames coincide, and warp (2) and weft (1) all have blade (4) on one side, and warp and weft are cast respectively in two semi-frames, and its width direction perpendicular to semi-frame plane, blade are in semi-frame will with other semi-frame go the one side that matches and exceed this face, and semi-frame coincide, and the blade that the right angle touched is carved mutually and is closed.

The structure 3, the frame of the mosquito-proof window is divided into an outer frame with L-shaped section and an inner frame with a smaller rectangular section which can be embedded into the outer frame, the inner frame is provided with a warp groove which can hold and clamp the silk screen warp;

the silk screen weft (1) is a stainless steel band with the thickness of about 0.1mm and the width of about 2mm, and is evenly arranged and cast into the outer frame at intervals of about 2mm, and the width direction of the silk screen weft is vertical to the plane of the frame;

one side of the stainless steel band as the silk screen warp (2) is provided with uniformly arranged gaps (5) corresponding to the weft, and the weft is embedded into the gaps.

The manufacturing method of the structure 3 comprises the following steps:

continuously rolling a shearing edge with the depth of 2-4mm on one side of the stainless steel belt as the silk screen warp (2) according to the distance (about 2 mm) of the silk screen to form a left clamping piece and a right clamping piece; the left clamping pieces (6) in rows are embedded into gaps of the belt materials which are transversely and uniformly arranged, then the right clamping pieces (7) in rows are pressed into the gaps by a clamp with clamping teeth in rows, and the tooth surfaces of the clamping teeth are narrower than the clamping pieces and form cylindrical surfaces, so that the clamping pieces are easily embedded into the gaps with the size smaller than that of the clamping pieces to generate clamping force on the transverse belt materials; the silk screen warps (2) are arranged at intervals of 50-100mm, and the width direction of the silk screen warps is perpendicular to the plane of the frame;

and embedding the inner frame into the outer frame, and clamping the silk screen warps through the wire grooves.

The structure 4, the silk screen weft (1) is a stainless steel band with the thickness of about 0.1mm and the width of about 2mm, and is evenly arranged and cast in the frame at intervals of about 2mm, and the width direction of the stainless steel band is vertical to the plane of the frame;

and arranging a glass cement or other transparent colloid thick line (8) every 50-100mm in the vertical direction of the silk screen.

The setting method comprises the following steps: firstly, a semi-fluid colloid strip is extruded and paved on densely distributed weft threads, and the frame is controlled to enable the colloid strip to flow into the gaps of the strips and then to be solidified.

The structure 5 is equivalent to a wire mesh plate of a mosquito-proof window wire mesh, a stainless steel sheet with the thickness of about 0.1mm is provided with a transverse weft linear array (9) with the transverse width of 50-100mm and arranged vertically, the width of the weft (1) is about 2mm, the width direction of the weft is vertical to the plane of a window, and the interval is about 2 mm; a plurality of transverse weft linear arrays are arranged in parallel, and a vertical V-shaped edge (10) is arranged between every two transverse weft linear arrays and is equivalent to a warp.

The manufacturing method of the high-strength and high-ventilation anti-mosquito window in the form comprises the following steps:

punching transverse notches (11) which are 50-100mm long and 2mm apart and are vertically and uniformly arranged on a stainless steel sheet with the thickness of about 0.1mm, and forming a transverse notch array (12) which is 50-100mm wide and vertically arranged on the sheet; a plurality of notch arrays are arranged on the stainless steel sheet in parallel, each notch array has an interval (13) of 5-10mm, and a vertical v-shaped or U-shaped edge (10) is manufactured by using the interval (13) and is equivalent to a warp; twisting the strips formed between the cuts (11) to make the width direction of the strips perpendicular to the window plane, wherein the strips are equivalent to the weft (1); thus, the screen plate which is equivalent to the screen of the mosquito-proof window is manufactured, and the mosquito-proof window is manufactured by cutting according to the size and matching with the frame.

The structure 6, the screen of the mosquito-proof window is totally composed of the narrow weft (1), the weft is the stainless steel band with the thickness of about 0.1mm and the width of about 2mm, the vertical frame strips (19) and the horizontal frame strips (16) of the frame are respectively manufactured and then are connected and assembled by the screws (18), and the distance between the two vertical frame strips can be adjusted by the screws; the vertical frame strips are internally provided with weft posts (17) with the diameter of about 1.9mm, the weft posts are uniformly arranged at intervals of about 2.1mm, and the arrangement of the weft posts in one vertical frame strip and the up-down dislocation of the weft posts in the other vertical frame strip are 2 mm; the weft is arranged in the frame in a mode of winding the weft column in a left-right reciprocating mode, an oval supporting ring (14) is arranged in the frame, and an adjusting screw (15) is arranged between the two transverse frames (16).

The structure 6 can be adjusted in manufacturing and using so as to keep the upright frame strips and the weft threads straight and parallel, and the specific operation method is as follows:

in order to ensure that the weft (1) is parallel and straight, the distance between the two vertical frame strips (19) can be adjusted through the screw (18), in order to prevent the middle sections of the vertical frame strips from being inwards bent by the weft, the adjusting screw (15) can be screwed down to compress the vertical size of the supporting ring (14), so that the supporting ring transversely expands to support the vertical frame strips to resist the pulling force of the weft, and the parallel and straight of the weft is also ensured while the straight of the vertical frame strips is kept.

In order to enable the mosquito-proof window to have a certain rain shielding function, the weft (1) can be made to incline outwards and be widened to 3mm, and the rain silk is not easy to float in.

Claims

1. The utility model provides a mosquito-proof window of big logical amount of wind of high strength, characterized by:

the silk screen weft (1) is a stainless steel band with the thickness of 0.1-0.2 mm and the width of 2mm, and is uniformly arranged and cast in the frame at intervals of 2mm, and the width direction of the stainless steel band is vertical to the plane of the frame;