Oblique grid
The oblique grid consists of chains of aircraft loops of arbitrary length (from 2 V.P. and more), which are fixed by the reception "from under the army" for the chains of the previous row using columns without Nakid (st .bn) or compound. Point. The shape of the cells can be somewhat changed if the fixing of the chains to perform 2 - 5 st. BN.
The height of the edge columns also affects the shape of the cells.
Smooth edges on the oblique grid. At the beginning of a number of cells of the oblique mesh, consist of a loop of the conversion, hinges of half an arches and st. BN, accurate under the extreme army, and at the end of the row - from the loops of half the arches and the edge column with Nakud (St.N.), made in the 1st Loop of the first army of the previous row.
The beveled edges on the oblique grid. The added cell at the beginning of the row consists of lifting loops, the number of which depends on the size of the cell, the army loops and STBN. Printed under the extreme army before. A series, and at the end of the row - from the army loops and STN, made under the extreme army before.
The cells are reduced at the end of a number of replacing the loops of the second half of the archer on the art.
Filey grid
The fillet grid consists of chains V.P. And the stencils of columns acclaimed on the tops of the columns before row. The number of loops in chains is determined by the number of nakidov in the columns. Each high column Nakid is 2 V.P. Increasing work with this mesh, it is necessary to work well the density of knitting, since too free mating will make the canvas unsuitable for performing supervisors.
Smooth edges on a fillet grid. At the beginning of a series of the cell of the filleic mesh, consist of lifting loops, archer loops and St.N., pregnated at the top of the following st .N., and at the end of the row - from the archer loops and a high column accounted for in the last loop of lifting the previous row.
The beveled edges on the fillet grid. The added cell at the beginning of the row consists of lifting loops, army loops, and st .n, stayed at the top of the extreme art., And at the end of the row - from the army loops and Art., Made in the base of the previous art. working row.
French mesh
The French mesh consists of chains of air loops that are fixed by Art. Reception "from under the arches" for the chains of the previous row.
In the classic variant of the cell of the French mesh, consist of 3-V.P. U 1 cm.1n (column with one nakad).
Smooth edges on the French grid. At the beginning of a number of the cell of the French mesh, consist of lifting loops, half the arches and articles, accurate under the next army, and at the end of the row - from the army loops and articles, performed on the last loop of the edge arches of the previous row.
Skilled edges on the French grid. The cell added at the beginning of a series consists of lifting loops, army loops, and st .n, accumulated under the extreme army, and at the end of the row - from the army loops and articles, made in the last loop of the extreme arral convection, the previous row.
Alla Relapse cells At the beginning of a number, only lifting loops and articles were performed, acclaimed under the next archer. And at the end of the row -2 st .N., made from different points, but with a total vertex.
Column grid
The column grid consists of groups of Art., Made from one point with arches from V.P. Between them. The vertices of the 2nd and 1st st. Each group of columns is closed together.
The number of air loops in the arches of the grid depends on the number of nakidov in the columns. Each high column Nakid is 2 V.P.
Smooth edges on a column grid. At the beginning of a number of the mesh cell consist of lifting loops, half an arches and st. N., precipulated on the top of the edge station, and at the end of the row - from 2 st .N., made from different points and with a total vertex .
The beveled edges on the column grid. Mesh cells added at the beginning consist of lifting loops, archer loops and st .n, made on the top of the edge st .N., and at the end of the row - from 2 st .n., Accurate from the last lifting loop row with arch of V.P. Between them.
The cells are reduced by the exception of the hollows of the alleged Arkchka and the inspection of Art. On the overall vertex of the following st.
Decorative grid
The grid consists of intersecting double rings, three receptions:
- the square, the lower and the upper bounds of which are formed by the chains of V.P., and the side - st .n;
- triangles formed by 2 st .N., successively accurate from one point, between which the VP chain is typed;
- Triangles formed by 2 st. N., accurate with a total vertex.
Smooth edges on a decorative grid. At the beginning of a row, the grid fragment consists of lifting loops and hinges of half an arches, and at the end of the row - from the hinges of the arral and st .N., accurate in the last loop of the convection. row.
The beveled edges on the decorative grid. The added fragment at the beginning of the row consists of a chain of V.P., the number of which depends on the height of Art. And the army loops accurate between Article.1., made from one point.
For the release of fragments at the beginning of the row, loops of the rise and loops of half the arches were made, and at the end of the row - the hinges of half the arches and st .n, stayed in the last loop of lifting before. row.
Composite grid
The grid consists of chains of air loops of arbitrary lengths, which are fixed in the arches of the previous row using st .bn ..
Fragments of the composite grid have the form of a four-hundredth and are located linearly.
Raplort pattern three-row. Vertical Rapports are located in a checker order.
Smooth edges on the composite grid at the beginning of the row are formed as a result of the execution of lifting loops, and at the end - the tissue of the st .n. The number of loops in chains and the number of nakudes in the stoblings is determined by the height of the fragment.
The beveled edges on the composite grid are formed as a result of partial non-slip or assignment of parts of the fragments from which the grid consists.
Publishing the full and half of the cells in the canvas connected by the French mesh
Very often, when performing the French mesh, it is necessary to add only 1 cell at the beginning, at the end or in the middle of the row.
The components of the French mesh pattern are rectangular cells are located in a checker order and when knitting a direct web along the edges alternate full and half cells.
This circumstance determines the procedure for expanding the canvas. In some cases, it is more convenient to add the cell in one row to half the cell in some cases.
1. In the event that the previous row of the French mesh is completed with a complete cell, the fullesting of the full cell at the beginning of the trail. A row will provide an extension of the canvas by 0.5 cells.
2. If before. A number of French mesh are completed with a half-time cell, then to expand the web for 0.5 cells, an additional half-in cell at the beginning of the row should be kept.
To do this, type V.P. For lifting plus 1 V.P. (corner) and hinges of half arches. Tie 1 tbsp. Above the edge column before. row.
3. Similarly, the canvas expands at the end of the row. In case before A number of French mesh are completed with a complete cell, at the end of the full cell in the end of the working series instead of a half, will provide an extension of the canvas by 0.5 cells.
4. If a number of French grid ends with a whole cell, take another half of the cell - the canvas expands to 0.5 cells. To avoid the edge of the edge of the last column, tie with 1 additional Nakad.
Publishing a full cell inside the mesh cloth
5. To add 1 additional whole cell inside the row enough in 1 cell before. A series to tie not 1, and 2 columns with an army from V.P. Between them.
6. Two st. The added cell can be sequentially accurately accumulated by the "under the army", but with the hook in the central V.P. arches before row.
Stepwise addition of multiple mesh cells
7-8. A stepped addition of several cells at the beginning or at the end of a row of the French mesh is performed in the same way as it is done for the fillet grid with a linear cell layout.
Calculate the required number of V.P. To add, it is necessary so that the cell added at the beginning of a number does not violate the total grid pattern.
To add cells at the end of the row, type 3 V.P. (Army cells) and tie 1 tbsp. 5n. (The height of this column must be sufficient to replace the bottom horizontal of the cell and 1 side column) in the base of the last row. To add another cell again, dial 3 V.P. And tie the I Art. 5n., Introducing the hook in the previous high art. At a distance equal to the length of the arches of the cell.
Adding multiple cells to form a smooth bevelled edge at the beginning and at the end of the row
The edge of the knitted canvase can remain smooth if adding loops, perform columns of different heights - to consistently knit compound. Stump, a column without a nakida, a semi-solitary and a column with a nakid, etc ..
Method 1. Type V.P. Horizontal army and tie in the base of the last pilb, the height of which is equal to the sum of V.P. And the required height of the art. Repeat this technique the desired number of times, gradually reducing the number of high-column nakids.
If before. The row ends with a half-door cell and if a row ends with a complete cell:
METHOD 2. Touch the row, dial the required amount of loops and knit on this chain of the grid cell, gradually increasing the height of the columns. New cells place so that they do not violate the grid pattern.
If before. The row ends with a half-door cell and if a row ends with a complete cell:
Removal of full and half cells in the grid
A simple failure is used when only 1 complete or half cell is to be reduced at the beginning, at the end or in the middle of the row.
13. If the last cell in before. Row is complete, then 0.5 cells are reduced. To do this, type the chain of 3 V.P. (provided that the cell is mainly formed 1 cm.1h., 3 V.P., 1 cm.1n.) and tie 1 cm.1h. under the army of the last cell before row.
Next, knit, sticking to the grid scheme.
14. If the last cell in before. A row is half of the way, the whole cell is reduced. To do this, type the chain of 4-V.P. (provided that the cells are mainly formed by I cm.1n., 3 V.P., 1 cm.1n.) and tie 1 cm.1n. By the arch of the last whole cell before. row. Aali knit, sticking to the grid scheme.
15. If the last cell in before. Row complete, 1/2 cell is reduced. To do this, tie at the end of the row 2 cm.1n. with a total vertex. 1st of which - under the army of the last cell before row, and the 2nd - in the loop of the chain, replacing CM.1N. last cell before. row.
16. With a half-time cell in before. A row described the reception will reduce the whole cell at once. Talking CM.1N. By the arch of the last whole cell before. Rows, tie 1 cm.1n. under the army of the last cell
Removal of full and half cells inside the canvas
17. When the 1 full cell is reduced to the row, tie 2 columns with a total vertex.
The gradual impact of several loops with the formation of a smooth bevelled edge
18. Alla of a gradual recess of several cells with the preservation of a smooth edge at the beginning of a row, without making lift loops. Knit arches, smoothly increasing the height of Art. to the height of the grid columns.
19 - 20. The beveled edge at the end of the row is performed in 2 receptions. On the area of the bevel, arches are tied to the end of the row with a decrease in the height of the columns. Above the edge column before. A number should be knitted. Art. Turn the job and check out. Stakes to the point of the next row.
Step outbreak of french mesh cells
21. A stepped rebound of the loops along the edges of the canvas is performed according to the principle of partial knitting - at the beginning of the row over the reduced cells are signed. Points for switching to the point of the beginning of the next row, and at the end of a series of cells that need to be reduced, simply do not be pronounced.
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