GETTING THE RIGHT TO MAKE A NEW SHEPHERD TO USE THE OPPORTUNITIES OF THE MECHANISM OF MODERN CREATIVE TECHNOLOGIES.

In the article we have developed a method for creating new patterns and designs of Sarja, Satin (Atlas) T-shirts based on existing theory of welding techniques with the use of modern computerized cordless weaving machines. The peculiarity of this method of obtaining a knitting pattern is that under a certain law, a knitting Sarja, a torn-type Sarja, is chosen as a base. It is possible to obtain a new rotation pattern by placing the base axis in the coordinate arrows and diagonal arrows that are in between them. When creating a new knitting pattern, the base is formed by shifting the direction of movement of the joints, body, rope coatings in the base braiding cells. The base rotation placed in the center of the coordinate axis cannot be changed. The base around the obtissa and the ordinate and the diagonal axes are altered according to a specific

In the article we have developed a method for creating new patterns and designs of Sarja, Satin (Atlas) T-shirts based on existing theory of welding techniques with the use of modern computerized cordless weaving machines. The peculiarity of this method of obtaining a knitting pattern is that under a certain law, a knitting Sarja, a torn-type Sarja, is chosen as a base. It is possible to obtain a new rotation pattern by placing the base axis in the coordinate arrows and diagonal arrows that are in between them. When creating a new knitting pattern, the base is formed by shifting the direction of movement of the joints, body, rope coatings in the base braiding cells. The base rotation placed in the center of the coordinate axis cannot be changed. The base around the obtissa and the ordinate and the diagonal axes are altered according to a specific law, until the design of the pattern is well polished. The base at the center of the coordinate axis indicates that the base bracket is reinforced once for all axes around the axis. In the second variant of the method, the rotation pattern is adjusted by rotating the rotation sliding or coating clockwise or to the right of the base around the center. It is shown that different patterns can be obtained using the methods mentioned above. There is also a formula for defining the pattern of body and weave braiding patterns in the formation of these joints.

Introduction:-
Rational use of dressing modes is important in enhancing consumer properties of new textured shirts and other fabrics. Tissue joints are divided into four types. These consist of fundamental clusters [1], [2], and the ability to form infinitely more complex braiding patterns depending on the type of tissue they produce. Nowadays, there is a small amount of joy in the work of shaping different weaving textures. Up to 28 horns can be incorporated in modern sewing machines [3]. Increasing the number of rhizomes in the production will increase the design and attractiveness of the fabric. The competitiveness of the textile appearance depends on the design of the knitting. Only one type of headgear, for example, the Sarja 1/4 weave, can be mixed with the stranded Sarge 4/1, or by using the number of shifts, it can be formed from the same number of strands of different shapes and colors in a different texture.

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The possibilities of the knitting machines of the modern weaving machines are much greater, with the body twisting rate up to R_t = 28, with the wheel R_ (a) = 6400. Increase of the R and displacement C of these folds has a positive effect on their appearance and hygiene.
The dependence of the slope S = 1 and rapport R on the theory of spin-folding is expressed as follows: Rт= Rа , S = 1 The minimum build-up rate should be three or more times in the Sarja Rocks, 3 Rт= Rа In this case it is necessary to have R 3 otherwise it will not be possible to arrange the sowing.
With the use of modern equipment, it is also possible to create new regularities of the Sargean winding.
Development of R_ (t)> R_as type of weaving on the basis of changing the ratio of body and rope ropes in construction.
Making patterns based on the first coating roll across the Rapport. Arrange the axes in the direction of the axes passing through the selected center of formation to create an optimal pattern. Increase the body and rope rope rackage by more than 12 current rivets.
The combination of the above methods 3 and 4 is formed as follows. First of all, its pattern for the pattern of recreation is drawn (Figure 1 a) and b)). Figure 1. a)). Figure 1 a) Preparation of its pattern for the creation of a new pattern of rotation in the presence of nine bases of rotation and Fig. 1. b) Provides preparation of the pattern for the twenty-five basic rehearsals for the newly created method of knitting pattern.
Depending on the number of threads in the base weaving, the templates will continue to increase with respect to the first one. The number of cells in the first drawing is always nine. If the pattern is to be increased after drawing a pattern, that is, to obtain a larger pattern design than in the previous one, the number of base brackets in the nine cells is increased once. As a result, the number of cells is twenty-five. Thus, in this method, the pattern can be calculated by combining the base joints with unlimited reinforcement when necessary, and by combining the base rotation with the need for combing.
When preparing (drawing) a pattern of construction patterns, the number of knobs, multicolored tool, the basis of the knitting rack and the pattern pattern are taken into account. Selected baseline drawings are drawn (for example, Sarja 1/4, 4-wrap capsule in Figure 1) (Figure 2). Then coordinate systems are used. From the center of the coordinates, the coordinate axes are drawn and the diagonal lines passing through the center of the coordinate axes are drawn, ie the base of the coordinate system is laid (Fig. 3).
In this method, the pattern pattern is placed on each side of the coordinate and diagonal axes, as shown in Figure 1  a). On the basis of the sparse and elongated Sarja curves, the pattern is created on the basis of the joint arrows and diagonal arrows, mixed tweezers, tandoor, arched.
The pattern is generated as follows. First, the base is placed in the center of the axis of the axial coordinate. At the end of the base Sarja's 1/4 rotation rack, the Slave Sarge 4/1 bends are placed on either side of the obtissa axis. Arrange the Srja 4/1 curve to the right and left of the obtissa axis from the center of gravity chosen by the pattern pattern (Figure 4).
Then the two-axis 4/1 torsion bends on both sides of the axis of the ordinate are arranged in such a way that the symmetry of the pattern is outlined. Place the Srja 4/1 bracket at the top and bottom of the ordinate at the center of the ordinate, selected from the center of rotation (Fig. 5). The pattern according to the pattern is shown in Fig. 6, where the obverse 4/1 twisting obverse and the axis of the ordinate are fully positioned on both sides. Figure 7 shows a pattern drawn on the diagonal axis passing the center of the coil 1/4 of the base in accordance with the pattern pattern.
1184 Figure 8 shows a pattern drawn on the diagonal axis passing the center of the coil 1/4 of the base in accordance with the pattern pattern. Figure 9 shows a pattern drawn by two diagonal arrows that pass through the center of the coordinate axes of the base Sarge 1/4. This pattern will continue if there is a need to increase the size of the pattern. Using the regularity of this method, it is possible to obtain different patterns in the texture, making the texture attractive and attractive. Using the same method, we present the Satin (Atlas) 5/3 curves (Fig. 11) by rotating the center axis and rotating along the diagonal axes. Figure 12 shows a copy of the shirt embroidery Dorne weaved in modern reproduction by placing the base on the coordinate and diagonal arrows according to the pattern.
In this case, the first base line is drawn, and the second one is drawn from the end of the rebound. Then the counterclockwise axes are positioned along the arrows in the direction indicated by the S_ (alternating) shift sequence. The same method can be used in another way. In this case, the rotation axes are placed first on the diagonal arrows of the base and then on the coordinate axes in the alternating motion. At the same time, the general rate of rotation can be determined as follows.

Example 2:
Fix the base brackets twice. At the same time, the first amplification of the body and rope raises is K = 1 and the second increase is K = 2, and so on. will be examined separately.
1. Based on the fact that the first amplification is considered above, we determine the rapport. Where K = 2. There is an opportunity to increase K by the number of threads on the reel. In our example, if we make a tertiary loop increase, then K: 3: the pattern reversal is Rt.n. = Ra.n. = 35 threads. So the formula has proof. Where: Number that indicates how many times it has been enhanced.
This method is simple and easy to use, without the need for a separate formula for each amplification of the more comfortable folding detection.
As can be seen from the above formula, this method has the law of rotation. The number determined by the pattern reversal is equal to the number of body and weft threads in the joints in Figures 10 and 11. This method is useful for designing and retrieving the cutting pattern. 1185