CN210002038U - kinds of sunshade net - Google Patents
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- CN210002038U CN210002038U CN201920484290.XU CN201920484290U CN210002038U CN 210002038 U CN210002038 U CN 210002038U CN 201920484290 U CN201920484290 U CN 201920484290U CN 210002038 U CN210002038 U CN 210002038U
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Abstract
The novel sunshade net comprises four linear shapes, namely th warp, second warp, th weft and second weft, wherein the th warp forms a plurality of nodes with other three lines along the water quality direction, the second warp is sequentially connected with an Mth row node, an Nth-X row node and an Nth row node, the Nth-X row node is a once.
Description
Technical Field
This novel netting gear production technical field that belongs to, concretely relates to kinds of sunshade net.
Background
The sunshade net has extensive application in people's life, for example, people always get sun when swimming in an outdoor swimming pool, thereby the skin of people becomes black or sunburn, people feel sultry when swimming in an indoor swimming pool, and the people can not experience the feeling of swimming in the outdoor swimming pool.
The meshes of the traditional sunshade net have large gaps, so that the traditional sunshade net cannot effectively block sunlight.
Disclosure of Invention
To prior art's the aforesaid not enough, this novel kinds of sunshade net that provide, this net adopts four kinds of different net twines to weave and forms, has effectively improved the intensive degree of net, improves the sunshade effect and solves above-mentioned technical problem.
The utility model provides sun-shading nets, which comprises four line shapes, namely a th warp, a second warp, a th weft and a second weft, wherein the th warp forms a plurality of nodes with other three lines along the water quality direction;
the position of each transverse node is used as rows, and the position of each longitudinal node is used as columns;
the action of the th warp is taken as the Nth line, the lines above the th warp are sequentially the (N-1) th line and the (N-2) th line, and the lines below the th warp are sequentially the (N + 1) th line and the (N + 2) th line.
The th node where the th warp line and the second warp line intersect is arranged as an Mth column, and the left column of the Mth column is sequentially an M +1 th column and an M +2 th column;
the second longitude line is sequentially connected with an Nth row node, an Mth column node, an Nth-X row node and an Nth row node, wherein the Nth-X row node is greater than or equal to 1, and the X moves to the left by the same displacement a each time, and a is greater than 0;
the th weft is sequentially connected with the Mth column node of the Nth row, the Nth-Y row node and the Nth row node, wherein the Nth-Y row node is larger than X, and the Y is moved leftwards each time by the same displacement b, and b is larger than 0;
the second weft is sequentially connected with an Mth column node of an Nth row, an Nth + Z row node and an Nth row node, wherein the Nth + Z row node is a.
The th warp yarns and the second warp yarns are thin round yarns, and the th weft yarns and the second weft yarns are thick flat yarns.
And , sequentially connecting the second meridian with the M-th column node of the Nth row, the M + 1-th column node of the Nth-X row, the M + 2-th column node of the Nth row and the M + 3-th column node of the Nth-X row, wherein X is greater than or equal to 1.
The th weft is sequentially connected with the M-th column node of the Nth row, the M + 1-th column node of the Nth-Y row and the M + 2-th column node of the Nth row, and the M + 3-th column node of the Nth-Y row.
The second weft is sequentially connected with the M-th column node of the Nth row, the M + 1-th column node of the N + Z-th row and the M + 2-th column node of the Nth row, and the M + 3-th column node of the N + Z-th row.
That is, the th warp yarn, the second warp yarn, the th weft yarn and the second weft yarn are all positions of knots of left-hand stitches.
In the step , the second meridian is sequentially connected with the mth column node in the nth row, the mth +1 column node in the N-1 st row, the M +2 column node in the nth row, and the M +3 column node in the N-1 st row;
the th weft is sequentially connected with the Mth column node of the Nth row, the Mth +1 th column node of the N-4 th row, the Mth +2 th column node of the Nth row and the Mth +3 th column node of the N-4 th row.
The second weft is sequentially connected with the M-th column node of the Nth row, the M + 1-th column node of the N +6 th row, the M + 2-th column node of the Nth row and the M + 3-th column node of the N +6 th row.
The second warp threads are all positions of knots which are fed leftwards at each time, knots are fed upwards at each time, then 0 knots are fed leftwards at each time, 1 knots are fed downwards at each time (namely, the original row is returned), the process is repeated, the weft threads are all positions of knots which are fed leftwards at each time, 4 knots are fed upwards at each time, then knots are fed leftwards at each time, 4 knots are fed downwards at each time (namely, the original row is returned), the process is repeated, the second weft threads are all positions of knots which are fed leftwards at each time, 6 knots are fed downwards at each time, then the positions of the knots are fed leftwards at each time, the positions of the 4 knots are fed upwards at each time (namely, the original returned row) so that the process is repeated, the steps are carried out, the warps are gray round filaments, the second warps are red round filaments, the is red flat filaments, the second warp threads are flat filaments, the attractive color mesh fabric can be added, and the attractive appearance can be improved.
, the th warp yarn, the second warp yarn, the th weft yarn and the second weft yarn are all polypropylene yarns.
, the width of the weft is 2-10 times of the width of the th warp or the second warp, and the width of the second weft is 2-15 times of the width of the th warp or the second warp.
And , the included angle between the second warp yarn moving and the vertical direction is 30-50 degrees, and by adopting the technical scheme, the attractiveness of the net is improved, and meanwhile, the angle is convenient to ensure that the net is appropriate in density.
, the th warp and the second warp are positioned on the outer layer, and the th weft and the second weft are positioned on the inner layer.
The beneficial effects of the utility model reside in that:
(1) this screen cloth adopts the mode that thick flat silk and thin round wire combined together, adopts the mode of four line shape establishment simultaneously, and it is intensive to weave density, and the space is little, can effectively block sunshine, and the sunshade degree is high.
(2) This connection mode of screen cloth because weft, second weft are opposite direction's trend, have ensured the fastening degree of net, adopt two weft's of two warps connection mode simultaneously, and the screen cloth is woven the roughness height.
(3) The woven mesh cloth has multiple colors and is not interfered with each other, and different shapes can be adjusted according to needs when the mesh cloth is actually used, so that the mesh cloth is attractive and plays a role in warning.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic structural diagram of the present novel embodiment 2.
FIG. 2 is a schematic diagram of the structure of 4 lines of the present invention.
In the figure, 1, th warp threads, 2, second warp threads, 3, second weft threads, 4, th weft threads, 5, nodes, 6, Nth rows, 7 and Mth columns.
Detailed Description
In order to make the technical solution in the present invention better understood, the following will combine the drawings in the embodiments of the present invention to clearly and completely describe the technical solution in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of , but not all embodiments.
The present invention will be described with reference to the orientation of fig. 1, but the present invention is not limited thereto.
Example 1
sunshade nets, which comprise four line shapes, namely a th warp 1, a second warp 2, a th weft 4 and a second weft 3, wherein the th warp 1 forms a plurality of nodes 5 with other three lines along the water quality direction;
the position of each transverse node 5 is used as rows, and the position of each longitudinal node 5 is used as columns;
the line where the warp yarn 1 is located is the Nth line 6, the lines above the warp yarn 1 are the (N-1) th line and the (N-2) th line in sequence, and the lines below the warp yarn are the (N + 1) th line and the (N + 2) th line in sequence.
The column where the node 5 of the th warp thread 1 and the second warp thread 2 intersect is an Mth column 7, and the left column of the Mth column 7 is an M +1 th column and an M +2 th column in turn;
the second longitude line 2 is sequentially connected with an Nth row node, an Mth column node, an Nth-X row node and an Nth row node, wherein the Nth-X row node is greater than or equal to 1, and the same displacement a is moved leftwards each time, and a is greater than 0;
the th weft yarn 4 is sequentially connected with the Mth column node of the Nth row, the Nth-Y row node and the Nth row node, wherein the Nth-Y row node is higher than X, and the Y is moved leftwards each time by the same displacement b, and b is higher than 0;
the second weft yarns 3 are sequentially connected with an Mth column node of an Nth row, an Nth + Z row node and an Nth row node, wherein the Nth + Z row node is a.
The th warp yarns and the second warp yarns are thin round yarns, and the th weft yarns and the second weft yarns are thick flat yarns.
Example 2
On the basis of the embodiment 1, the second longitude line 2 is sequentially connected with an Nth row and Mth column node, an Nth-1 row and Mth +1 column node, an Nth row and Mth +2 column node, and an Nth-1 row and Mth +3 column node;
the th weft thread 4 is sequentially connected with the Mth column node of the Nth row, the Mth +1 column node of the N-4 th row, the Mth +2 column node of the Nth row and the Mth +3 column node of the N-4 th row.
The second weft 3 is sequentially connected with the M-th column node of the Nth row, the M + 1-th column node of the N +6 th row, the M + 2-th column node of the Nth row and the M + 3-th column node of the N +6 th row.
The th warp 1 is grey round filament, the second warp 2 is red round filament, the th weft 4 is red flat filament, and the second weft 3 is grey flat filament.
The th warp threads 1, the second warp threads 2, the th weft threads 4 and the second weft threads 3 are all polypropylene threads.
The width of the weft threads 4 is 2-15 times of the width of the warp threads 1 or the second warp threads 2, and the width of the second weft threads 3 is 2-10 times of the width of the warp threads 1 or the second warp threads 2.
The included angle between each movement of the second warp 2 and the vertical direction is 30-50 degrees.
The th warp threads 1 and the second warp threads 2 are positioned on the outer layer, and the th weft threads 4 and the second weft threads 3 are positioned on the inner layer.
That is, th warp thread 1 is the position of knots moved leftward each time, second warp thread 2 is the position of 0 knots moved leftward each time and the position of knots moved upward each time, then the position of knots is moved leftward and the position of knots moved downward each time (i.e. returning to the original column), repeating the above steps, th weft thread 4 is the position of knots moved leftward each time and the position of 4 knots moved upward each time, then the position of knots is moved leftward and the position of 4 knots moved downward each time (i.e. returning to the original column), repeating the above steps, and second weft thread 3 is the position of knots moved leftward and the position of 6 knots moved downward each time, then the position of knots is moved leftward and the position of 4 knots moved upward each time (i.e. returning to the original column), and repeating the above steps.
For clarity, the drawing only shows the direction and angle of the knitting needle of groups of thread forms, and the knitting of the net can be done by a warp knitting machine, and the knitting of four thread forms is done by adjusting the guide bar.
Although the present invention has been described in detail by referring to the drawings in conjunction with the preferred embodiments, the present invention is not limited thereto. Various equivalent modifications or substitutions can be made on the embodiments of the present invention by those skilled in the art without departing from the spirit and substance of the present invention, and these modifications or substitutions are intended to be within the scope of the present invention/any person skilled in the art can easily conceive of changes or substitutions within the technical scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (8)
- The sunshade net is characterized by comprising four linear shapes, namely a th warp (1), a second warp (2), a th weft (4) and a second weft (3), wherein the th warp (1) forms a plurality of nodes (5) along the water direction and with other three lines;the position of each transverse node (5) is used as rows, and the position of each longitudinal node (5) is used as columns;taking the behavior of the th warp (1) as the Nth line (6), sequentially taking the lines above the th warp (1) as the (N-1) th line and the (N-2) th line, and sequentially taking the lines below the th warp as the (N + 1) th line and the (N + 2) th line.The column of the warp threads (1) and nodes (5) intersected with the second warp threads (2) is an Mth column (7), and the left column of the Mth column (7) is an M +1 th column and an M +2 th column in sequence;the second longitude line (2) is sequentially connected with an Nth row node, an Mth column node, an Nth-X row node and an Nth row node, wherein the Nth-X row node is greater than or equal to 1, the same displacement a is moved leftwards every time, and a is greater than 0;the th weft (4) is sequentially connected with the Nth row node, the Mth column node, the Nth-Y row node and the Nth row node, wherein the Nth-Y row node is larger than the X, the same displacement b is moved leftwards each time, and b is larger than 0;the second weft (3) is sequentially connected with an Mth row node, an Nth + Z row node and an Nth row node, wherein the Nth + Z row node is larger than X, moves to the left by the same distance c every time, and c is larger than 0;the th warp and the second warp are thin round wires, and the th weft and the second weft are thick flat wires.
- 2. The sunshade web of claim 1, wherein: the second longitude line (2) is sequentially connected with an Nth row and Mth column node, an Nth-X row and Mth +1 column node, an Nth row and Mth +2 column node, an Nth-X row and Mth +3 column node, wherein X is greater than or equal to 1;the th weft (4) is sequentially connected with the M-th column node of the Nth row, the M + 1-th column node of the Nth-Y row, the M + 2-th column node of the Nth row and the M + 3-th column node of the Nth-Y row, wherein Y is larger than X;the second weft (3) is sequentially connected with an Mth column node of the Nth row, an Mth +1 th column node of the N + Z row, an Mth +2 th column node of the Nth row and an Mth +3 th column node of the N + Z row.
- 3. The sunshade web of claim 2, wherein: the second longitude line (2) is sequentially connected with an Nth row and Mth column node, an Nth-1 row and Mth +1 column node, an Nth row and Mth +2 column node, and an Nth-1 row and Mth +3 column node.The th weft (4) is sequentially connected with the M-th column node of the Nth row, the M + 1-th column node of the N-4 th row, the M + 2-th column node of the Nth row and the M + 3-th column node of the N-4 th row.The second weft (3) is sequentially connected with the M-th column node of the Nth row, the M + 1-th column node of the N +6 th row, the M + 2-th column node of the Nth row and the M + 3-th column node of the N +6 th row.
- 4. Sunshade net according to , wherein said warp threads (1) are gray round threads, said second warp threads (2) are red round threads, said weft threads (4) are red flat threads, and said second weft threads (3) are gray flat threads.
- 5. Sunshade net according to , wherein said warp threads (1), second warp threads (2), weft threads (4) and second weft threads (3) are all polypropylene threads.
- 6. Sunshade net according to , wherein the width of the weft (4) is 2-15 times of the width of the th warp (1) or the second warp (2), and the width of the second weft (3) is 2-10 times of the width of the th warp (1) or the second warp (2).
- 7. Sunshade net according to , wherein each time the second warp (2) moves, the angle between the vertical direction and the normal direction is 30-50 degrees.
- 8. Sunshade net according to , wherein the warp threads (1), the second warp threads (2) are on the outer layer, and the weft threads (4) and the second weft threads (3) are on the inner layer.
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| CN201920484290.XU CN210002038U (en) | 2019-04-11 | 2019-04-11 | kinds of sunshade net |
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| CN201920484290.XU CN210002038U (en) | 2019-04-11 | 2019-04-11 | kinds of sunshade net |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112385461A (en) * | 2020-11-12 | 2021-02-23 | 无棣益展塑业有限公司 | Oxidation-resistant sunshade net and processing technology thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112385461A (en) * | 2020-11-12 | 2021-02-23 | 无棣益展塑业有限公司 | Oxidation-resistant sunshade net and processing technology thereof |
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