CN109236163A

CN109236163A - Mosquito-proof window with high strength and large ventilation

Info

Publication number: CN109236163A
Application number: CN201810985281.9A
Authority: CN
Inventors: 郑牧之
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-08-28
Filing date: 2018-08-28
Publication date: 2019-01-18
Also published as: CN111451421A; CN111395938A; CN111395939A; CN111395937A

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

The antimosquito window of high-intensitive big ventilation quantity

Technical field

The invention belongs to household and finishing articles, antimosquito windows.

Background technique

Antimosquito window can anti-mosquito with the silk screen of filament production antimosquito window, but filament strength bottom, use for advantageous ventilation Service life is short, increases service life to increase intensity it is necessary to use crin or punching plates, but it is unfavorable for divulging information again.

Summary of the invention

Present invention thickness is less than the silk screen of filament and width much larger than sheet material or band the production antimosquito window of crin, allows piece The width direction of material or band is vertical with window plane, not only increases the ventilation quantity of antimosquito window, but also increase the intensity of antimosquito window.It is also There is a benefit: it will be appreciated that the direct sunlight of summer, the sunlight oblique fire in winter, the sunlight of the direct sunlight at noon, morning and evening are oblique Penetrate, and the present invention is mainly made of horizontal sheet material, it is more for the blocking of direct light, few for the blocking of skew ray, this for Indoor temperature and illumination all bring favorable influence.

There are one function, the sultry rainy plum rain seasons in Jiangnan usually to desire to the ventilative and Keep away from rain silk that opens a window by the present invention It floats into weft being made be inclined outwardly thus, and slightly increase its width, antimosquito window has just had certain function that keeps off the rain concurrently Can, very light rain be just not easy to float into.

Detailed description of the invention

Fig. 1 is the sectional side view of structure 1, it is seen that warp (2), weft (1) and Y shape notch (3) above

Fig. 2 is structure 2

Fig. 3 is structure 3

Fig. 4 is the silk screen warp of structure 3

Fig. 5 is structure 4

Fig. 6 is structure 5

Fig. 7 is that structure 5 is punched transverse incision (11) on sheet material

Fig. 8 is transverse incision battle array (12) and the interval (13) of structure 5

Fig. 9 is structure 6

Figure 10 is the silk screen that oblique weft line has rainproof function concurrently.

Specific embodiment

Antimosquito window thickness is less than filament and width and makes silk screen, the width direction of steel band much larger than the stainless steel band of crin It is vertical with window plane；

Specific there are many structure types, are described separately as below:

The frame of structure 1, antimosquito window is overlapped by two rim halfs, and warp and weft are respectively cast into a rim half；

Silk screen weft (1) is the stainless steel band of thickness 0.1mm or so width 2mm or so, with 2mm between left and right every evenly distributed one side of something In frame, width direction is perpendicular to rim half plane；

Silk screen warp (2) is the stainless steel band of wide 5-10mm, has the Y shape notch (3) of spacing 2mm or so, depth 2mm, on one side with 50- The interval 100mm it is vertical it is evenly distributed is cast into another rim half, width direction perpendicular to rim half plane, silk screen warp The jagged rim half that is partially in will go the one side being harmonious with another rim half and be higher by this face；

Above two rim halfs synthesize complete frame, and silk screen weft (1) is embedded in the notch of silk screen warp (2)；

The frame of structure 2, antimosquito window is overlapped by two rim halfs, and there are cutting edge (4), warp in one side of warp (2) and weft (1) Be cast into respectively with weft in two rim halfs, width direction perpendicular to rim half plane, cutting edge be in rim half will with it is another Outer rim half goes the one side being harmonious and is higher by this face, and rim half overlapping, the cutting edge that right angle touches mutually carves conjunction.

Structure 3, it be L-shaped outline border and section is that can be embedded in outline border compared with small rectangle that the frame of antimosquito window, which is divided into section, Inside casing；Inside casing have can accommodate and clamp silk screen warp through wire casing；

Silk screen weft (1) is the stainless steel band of thickness 0.1mm or so width 2mm or so, is cast between left and right every evenly distributed with 2mm In outline border, width direction is perpendicular to frame plane；

There are evenly distributed gap (5) corresponding with weft, weft insertion on one side in the stainless steel band as silk screen warp (2) In gap.

The production method of structure 3:

In the scissors for continuously shutting out deep 2-4mm by silk screen spacing (2mm or so) on one side of the stainless steel band as silk screen warp (2) Mouthful, form each row folding piece in left and right；In a row left intermediate plate (6) is embedded in the band gap of laterally homogeneous arrangement, then with in a row Right clamping piece in a row (7) are pressed into gap by the fixture of clip tooth, and the flank of tooth of clip tooth is narrower than intermediate plate and at cylindrical surface, and intermediate plate is made to be easy to be embedded in Size is less than in its gap and generates clamping force to lateral band；Such silk screen warp (2) is arranged one every 50-100mm Item, the width direction of silk screen warp is perpendicular to frame plane；

Inside casing is embedded in outline border, while clamping silk screen warp through wire casing.

Structure 4, silk screen weft (1) is the stainless steel band of thickness 0.1mm or so width 2mm or so, with 2mm between left and right every equal Even arrangement casting is in frame, and width direction is perpendicular to frame plane；

A glass cement or other transparent colloid thick lines (8) is arranged every 50-100mm in the vertical direction of silk screen.

Setting method: first squeezing one semi-fluid colloid item of paving on densely covered weft, and control frame makes colloid item flow into band Material solidifies behind gap.

Structure 5 is equivalent to the silk screen plate of antimosquito window silk screen, with a thickness of the stainless steel sheet material of 0.1mm or so, has on sheet material The vertically disposed lateral weft battle array (9) of width 50-100mm, weft (1) width 2mm or so, the width direction and window of weft are flat Face is vertical, interval 2mm or so；Lateral weft battle array is a plurality of side by side, has a vertical v-shaped rib (10) between each transverse direction weft battle array, It is equivalent to warp.

The production method of the antimosquito window of the high ventilation of the high intensity of above-mentioned form is:

The vertical evenly distributed of long 50-100mm, interval 2mm or so is punched out on the stainless steel sheet material with a thickness of 0.1mm or so Transverse incision (11), on sheet material formed a width 50-100mm vertically disposed transverse incision battle array (12)；These are cut Mouth battle array has several, they are a plurality of arranged side by side on stainless steel sheet material, and each item interval (13) 5-10 mm makes of this interval (13) One vertical v-shaped or U-shaped rib (10), are equivalent to warp；The slip torsion formed between notch (11) is made its width side To vertical with window plane, it is equivalent to weft (1)；The silk screen plate for being equivalent to antimosquito window silk screen has thus been made, has been cut by size It takes, matches upper side frame, antimosquito window is just carried out.

Structure 6, the silk screen of antimosquito window are made of Arrow-quiver tight weft (1) entirely, and weft is thickness 0.1mm or so width 2mm left Right stainless steel band, the stile (19) and horizontal moulding (16) of frame are linked and packed after making respectively with screw (18), and can be with By screw adjust two munnion stripe pitch from；There are the weft column (17) of diameter 1.9mm or so, interval 2.1mm or so in stile Evenly distributed, weft column is in the arrangement in a stile and the dislocation 2mm up and down in another stile；Weft is reciprocal with left and right Mode around weft column is mounted in frame, has an oval support ring (14) in frame, has an adjusting among two horizontal frame (16) items Screw (15).

Structure 6 in production and can be adjusted in, with keep stile straight and upright and weft it is parallel straight and upright, Concrete operation method is:

It is parallel straight and upright to protect weft (1), the distance between two stiles (19) can be adjusted by screw (18), to avoid munnion Middle section can be tightened the vertical dimension of adjusting screw (15) compression support ring (14), be made support ring lateral expansion by the inside stretch bending of weft Support stile makes it fight the pulling force of weft, and the straight and upright of stile is kept also while to ensure that the parallel straight and upright of weft.

To make antimosquito window have certain function of keeping off the rain concurrently, we can be made weft (1) and be inclined outwardly, and broadening arrive 3mm, very light rain be just not easy to float into.

Claims

1. a high-strength and large-ventilation mosquito-proof window is characterized in that:

Mosquito-proof windows are made of stainless steel strips with a thickness smaller than filaments and a width much larger than thick wires. The width direction of the steel strips is perpendicular to the plane of the window.

2. A high-strength and large-ventilation mosquito-proof window is characterized in that:

The frame of the mosquito-proof window is superimposed by two half frames, and the warp and weft are cast into one half frame;

The wire mesh weft (1) is a stainless steel strip with a thickness of about 0.1 mm and a width of about 2 mm. It is evenly arranged in the half frame at about 2 mm intervals, and its width direction is perpendicular to the plane of the half frame;

The wire mesh warp (2) is a stainless steel strip with a width of 5-10mm, and a Y-shaped gap (3) with a spacing of about 2mm and a depth of 2mm on one side. The direction is perpendicular to the plane of the half frame, and the notched part of the silk screen warp is on the side where the half frame is to be matched with the other half frame and is higher than this side;

The above two half-frames form a complete frame, and the weft (1) of the wire mesh is embedded in the gap of the warp (2) of the wire mesh.

3. A high-strength and large-ventilation mosquito-proof window is characterized in that:

The frame of the mosquito-proof window is superimposed by two half frames, the warp (2) and the weft (1) have cutting edges (4) on one side, and the warp and the weft are respectively cast into the two half frames, and their width direction is perpendicular to the width direction. The half frame is flat, the cutting edge is on the side where the half frame is to meet the other half frame and is higher than this side, the half frame is superimposed, and the cutting edges touching at right angles are wedged with each other.

4. A high-strength and large-ventilation mosquito-proof window is characterized in that:

The frame of the anti-mosquito window is divided into an outer frame with an L-shaped cross-section and an inner frame with a smaller rectangular cross-section that can be embedded in the outer frame; the inner frame has a warp groove that can accommodate and clamp the wire mesh warp;

The wire mesh weft (1) is a stainless steel strip with a thickness of about 0.1mm and a width of about 2mm. It is evenly arranged at an interval of about 2mm and cast into the outer frame, and its width direction is perpendicular to the plane of the frame;

There are evenly arranged slits (5) corresponding to the weft threads on one side of the stainless steel belt serving as the warp threads (2) of the wire mesh, and the weft threads are embedded in the slits.

5. the manufacture method of the mosquito-proof window of a kind of high-strength and large ventilation, it is characterized in that:

On one side of the stainless steel strip serving as the wire mesh warp (2), continuously roll out scissors with a depth of 2-4mm according to the wire mesh spacing (about 2mm) to form a row of clips on the left and right; insert the rows of left clips (6) into the transverse direction Evenly arranged strip gaps, and then use a clamp with rows of clamping teeth to press the rows of right clips (7) into the gap. The tooth surface of the clipping teeth is narrower than the clips and forms a cylindrical surface, so that the clips can be easily embedded with a size smaller than Its gap produces clamping force on the transverse strip; such a wire mesh warp (2) is arranged every 50-100mm, and the width direction of the wire mesh warp is perpendicular to the plane of the frame;

Insert the inner frame into the outer frame while clamping the screen warp in the warp slot.

6. A high-strength and high-ventilation mosquito-proof window is characterized in that:

The wire mesh weft (1) is a stainless steel strip with a thickness of about 0.1mm and a width of about 2mm. It is evenly cast in the frame at intervals of about 2mm, and its width direction is perpendicular to the frame plane;

A thick line (8) of glass glue or other transparent glue is arranged every 50-100mm in the vertical direction of the wire mesh.

7. A high-strength and large-ventilation mosquito-proof window is characterized in that:

A wire mesh panel equivalent to a mosquito-proof window wire mesh, a stainless steel sheet with a thickness of about 0.1mm, on the sheet there is a vertical horizontal weft array (9) with a horizontal width of 50-100mm, and the weft (1) is 2mm wide. Left and right, the width direction of the weft is perpendicular to the plane of the window, and the interval is about 2mm; multiple horizontal weft arrays are arranged side by side, and there is a vertical v-shaped edge (10) between each horizontal weft array, which is equivalent to the warp.

8. A method for making a mosquito-proof window with high strength and large ventilation, characterized in that:

On a stainless steel sheet with a thickness of about 0.1mm, punch out horizontal incisions (11) with a length of 50-100mm and an interval of about 2mm, which are evenly arranged vertically, and form a vertical arrangement of a horizontal width of 50-100mm on the sheet. Horizontal incision array (12); there are several of these incision arrays, and they are juxtaposed on the stainless steel sheet, and the interval (13) of each strip is 5-10 mm, and a vertical V-shaped or U-shaped strip is made with this interval (13). The rib (10) is equivalent to the warp; the strips formed between the incisions (11) are twisted so that the width direction is perpendicular to the plane of the window, which is equivalent to the weft (1); thus, the equivalent to the mosquito-proof window wire is made. The wire mesh plate of the net is cut out according to the size, and the frame is attached, and the anti-mosquito window is ready.

9. A high-strength and high-ventilation mosquito-proof window is characterized in that:

The wire mesh of the mosquito-proof window is made up of tightly packed weft threads (1). The weft threads are stainless steel strips with a thickness of about 0.1mm and a width of about 2mm. (18) Connection and assembly, and the distance between the two mullion bars can be adjusted by screws; there are weft columns (17) with a diameter of about 1.9mm in the mullion bar, and they are evenly arranged at an interval of about 2.1mm. Arranged and dislocated up and down in another mullion bar by 2mm; the weft is installed in the frame by reciprocating left and right around the weft column, there is an oval support ring (14) in the frame, and there is an adjustment screw in the middle of the two horizontal frames (16) (15).

10. A method of using a mosquito-proof window with high strength and large ventilation, characterized in that:

In order to keep the weft line (1) parallel and straight, the distance between the two mullion bars (19) can be adjusted by screws (18). The vertical dimension of the support ring (14) enables the support ring to expand laterally to support the mullion bar against the pulling force of the weft, keep the mullion bar straight, and at the same time ensure the parallel and straight of the weft.