阅读说明：本技术 一种用于绳结的手工编织方法 (Hand knitting method for knot ) 是由 荆小年 于 2021-08-02 设计创作，主要内容包括：本发明公开了一种用于绳结的手工编织方法,涉及手工编织技术领域,目前市场上手工编织结结构较为单一,且多数手工编织结的质量参差不齐,严重影响了传统编织结继承和发展的问题,现提出如下方案,所述绳结包括扭扭结、平结、斜卷结、云雀结以及圆形玉米结。本发明提供的一种用于绳结的手工编织方法,提供了扭扭结、平结、斜卷结、云雀结以及圆形玉米结的多种手工编织方法,手法简单规范,易操作,有助于新手学习理解,通过该具体的编织方法,有助于提高手工编织结的规范方法,以及有利于传统手工编织艺术的弘扬和发展。(The invention discloses a hand-knitting method for knots, which relates to the technical field of hand-knitting, wherein the hand-knitting knots in the market at present have single structures, and the quality of most hand-knitting knots is uneven, so that the problem of inheritance and development of the traditional knitting knots is seriously influenced. The invention provides a manual braiding method for knot knots, and provides a plurality of manual braiding methods for twist knots, flat knots, oblique curly knots, sparrow knots and round corn knots, the method is simple and standard, the operation is easy, the study and the understanding of novice are facilitated, the specific braiding method is helpful for improving the standard method of the manual braiding knots, and the propagation and the development of the traditional manual braiding art are facilitated.)

1. The hand knitting method for the knot is characterized in that the knot comprises a twisted knot, a flat knot, a twill knot, a sparrow knot and a round corn knot, and the hand knitting method for the twisted knot comprises the following specific steps:

the method comprises the following steps that two braided wires are folded downwards into two paths through a positioning needle (1) to form a first braided wire (201), a second braided wire (202), a third braided wire (301) and a fourth braided wire (302) which are vertically downward, wherein the first braided wire (201) and the third braided wire (301) are used as positioning wires at the middle part, and the second braided wire (202) and the fourth braided wire (302) are used as movable braided wires;

firstly, taking a second braided wire (202) crossover on the right side, and passing through the bottoms of the first braided wire (201) and the third braided wire (301) in the middle along the direction of a first path (01);

then, the fourth braided wire (302) on the left side is turned over, passes through the first braided wire (201) and the third braided wire (301) from the bottom of the second braided wire (202) on the left side, along the direction of the path II (02), finally penetrates out from the bottom of the second braided wire (202) on the right side, the outer ends of the second braided wire (202) and the fourth braided wire (302) are tensioned towards two sides to form a complete single knot, and then the operation is repeated to weave the complete twist knot.

2. A hand knitting method for knot of claim 1 characterized in that the second knitting method of twist knot is to take the fourth knitting line (302) on the left side to cross from above the first knitting line (201) and the third knitting line (301) on the middle along the direction of path one (01), then to turn the second knitting line (202) on the right side over the fourth knitting line (302) on the right side, under the first knitting line (201) and the third knitting line (301), along the direction of path two (02), finally to cross from above the fourth knitting line (302) on the left side, to be tightened to both sides, and to repeat the operation to form the complete twist knot.

3. The hand knitting method for knot of claim 1, wherein the hand knitting method for plain knot is as follows:

taking four braided wires to fix the upper ends of the four braided wires, firstly taking a second braided wire (202) at the right side to cross wires, passing through the lower part of the positioning wire at the middle part along the direction of a path I (01), then turning over a fourth braided wire (302) at the left side, passing through the upper part of the positioning wire at the middle part along the direction of a path II (02), then passing out from the bottom of a coil at the inner side of the second braided wire (202) at the right side, and tensioning outwards to form a half single knot;

taking the second braided wire (202) on the left side for crossover, passing through the lower part of the positioning wire on the middle part rightwards, then turning over the fourth braided wire (302) on the right side, passing through the lower part of the second braided wire (202) on the right side leftwards and the upper part of the positioning wire on the middle part, then passing through the bottom of the inner coil of the second braided wire (202) on the left side, tensioning outwards to form the other half of single knot, forming a complete single knot through the opposite crossover direction, and repeating the operation to weave the complete flat knot.

4. A hand knitting method for knot in accordance with claim 3 characterized in that said second knitting method of flat knot takes the fourth knitting line (302) of left side to cross over from above the positioning line of middle part along the direction of path one (01), then turns over the second knitting line (202) of right side, passes from below the positioning line of middle part along the direction of path two (02), then passes from the bottom of the inner side loop of the fourth knitting line (302) of left side, and tightens outward to form half of single knot;

taking the fourth braided wire (302) at the right side for crossover, passing through the positioning wire at the middle part leftwards, then turning over the second braided wire (202) at the left side, passing through the fourth braided wire (302) at the left side and the positioning wire at the middle part downwards, then passing through the bottom of the coil at the inner side of the fourth braided wire (302) at the right side, tensioning outwards to form the other half of single knot, forming a complete single knot through the opposite crossover direction, and weaving into a complete flat knot by repeating the operation.

5. The hand knitting method for knot of claim 1, wherein the hand knitting method for oblique knotting is as follows:

fixing the upper ends of five braided ropes by a positioning needle (1), taking a first braided wire (201) on the left side as a core rope, tightening obliquely from left to right, then winding and tightening an adjacent second braided wire (202) on the first braided wire (201) from the bottom of the first braided wire (201) along the direction of a path I (01), and continuously winding and tightening twice to form a knot;

then, repeating the knot method of continuously winding the second braided wire (202) twice by the third braided wire (301), the fourth braided wire (302) and the fifth braided wire (303) in sequence to form four continuous knots on the first braided wire (201);

the movable end of the first braided wire (201) is folded back according to a Z shape, then the same knot braiding method is carried out on the surface of the first braided wire (201) in sequence according to a fifth braided wire (303), a fourth braided wire (302), a third braided wire (301) and a second braided wire (202), four continuous knots are reversely formed on the first braided wire (201), and the braiding operation is repeated to form complete oblique rolling knots.

6. The hand knitting method for knot, according to claim 1, characterized in that the Yunzhou knot comprises a right Yunzhou knot and a left Yunzhou knot, and the hand knitting method of the right Yunzhou knot is as follows:

fixing the upper ends of a first braided wire (201) and a second braided wire (202) through a positioning needle (1), taking the first braided wire (201) on the left side as a positioning wire, taking the second braided wire (202) on the right side as a movable braided wire, wherein the movable braided wire is always positioned on the right side, and when in braiding, firstly, winding and tensioning the second braided wire (202) towards the inner side of the first braided wire (201) along the upper part of the first braided wire (201) leftwards to form a half single knot on the first braided wire (201);

and then, the second braided wire (202) is wound and tensioned towards the outer side of the first braided wire (201) leftwards along the lower part of the first braided wire (201), the other half of single knot is formed on the first braided wire (201), a complete single knot is formed through the two reversely wound single knots, and the operation is repeated to weave a complete right Yunlong knot.

7. Hand knitting method for knot tying in accordance with claim 6 characterized in that the left and right clouds are knitted in the same way, in opposite directions, with the second active knitting yarn (202) always on the left.

8. The hand knitting method for knot, according to claim 1, characterized in that the hand knitting method of round corn knot is as follows:

the four braided wire criss-cross centers are fixed and are respectively a first braided wire (201), a second braided wire (202), a third braided wire (301) and a fourth braided wire (302), then the first braided wire (201) is turned over to the upper side of the second braided wire (202) along a first path (01), the first braided wire (201) is turned over to the upper side of the third braided wire (301) along a second path (02), the third braided wire (301) is turned over to the upper side of the fourth braided wire (302) along a third path (03), finally, a coil of the first braided wire (201) turned over along a fourth path (04) of the fourth braided wire (302) penetrates through the inner part, the four braided wires are tensioned outwards to form a single wire knot, and the operation is repeated to be braided into a complete round corn knot.

Technical Field

The invention relates to the technical field of hand knitting, in particular to a hand knitting method for knots.

Background

China's tradition weaving technology history is long, has unique cultural connotation and technology glamour, through using the rope of weaving of different colors and specification, combines unique weaving gimmick, and the science and technology will weave the rope and weave into refined handicraft, and it has unique glamour, for satisfying different weaving user demands, needs to weave the combination to weaving the rope, makes to weave the rope and has unique color and specification to satisfy the user demands of different weaving, improves the pleasing to the eye degree of weaving the handicraft.

At present, the structure of the hand-knitted knots in the market is single, the quality of most hand-knitted knots is uneven, and the inheritance and the development of the traditional knitted knots are seriously influenced, so that a hand-knitted method for knot tying is provided for solving the problems.

Disclosure of Invention

The invention provides a hand-knitting method for knots, which solves the problems that the hand-knitting knots in the market are single in structure, the quality of most hand-knitting knots is uneven, and the inheritance and development of the traditional knitting knots are seriously influenced.

In order to achieve the purpose, the invention adopts the following technical scheme:

a hand knitting method for knots, wherein the knots comprise twisted knots, flat knots, twill knots, caragane knots and round corn knots, and the hand knitting method for the twisted knots is as follows:

the method comprises the following steps that two braided wires are folded downwards into two paths through a positioning needle to form a first braided wire, a second braided wire, a third braided wire and a fourth braided wire which are vertically downward, wherein the first braided wire and the third braided wire are used as positioning wires of the middle part, and the second braided wire and the fourth braided wire are used as movable braided wires;

firstly, taking a second braided wire crossover on the right side, and passing through the bottoms of the first braided wire and the third braided wire in the middle along the direction of a first path;

and then, the fourth braided wire on the left side is turned over, penetrates through the first braided wire and the third braided wire from the bottom of the second braided wire on the left side, finally penetrates out from the bottom of the second braided wire on the right side along the direction of the path II, the outer ends of the second braided wire and the fourth braided wire are tensioned towards two sides to form a complete single knot, and then the operation is repeated to be braided into a complete twisted knot.

Preferably, in the second knitting method of the twisted knot, the fourth knitting wire on the left side is taken to pass through the first knitting wire and the third knitting wire in the middle from the upper part along the direction of the first path, then the second knitting wire on the right side is turned over, passes through the first knitting wire and the third knitting wire from the upper part of the fourth knitting wire on the right side, passes through the first knitting wire and the third knitting wire from the lower part along the direction of the second path, finally passes out from the upper part of the fourth knitting wire on the left side, is tensioned to both sides, and the operation is repeated to form the complete twisted knot.

Preferably, the method for manually knitting the plain knots specifically comprises the following steps:

taking four braided wires and fixing the upper ends of the four braided wires, firstly taking the second braided wire crossover on the right side, passing through the lower part of the positioning wire in the middle part along the direction of a path, then turning over the fourth braided wire on the left side, passing through the upper part of the positioning wire in the middle part along the direction of the path, then passing through the bottom of the coil on the inner side of the second braided wire on the right side, and tensioning outwards to form a half single wire knot;

taking the second braided wire crossover on the left side, passing through the lower part of the positioning wire on the middle part rightwards, turning over the fourth braided wire on the right side, passing through the lower part of the second braided wire on the right side leftwards and the upper part of the positioning wire on the middle part, passing through the bottom of the coil on the inner side of the second braided wire on the left side, tensioning outwards to form the other half of single knot, forming a complete single knot through the opposite crossover direction, and weaving the complete plain knot by repeating the operation.

Preferentially, in the second weaving method of the plain knot, the fourth weaving wire crossover on the left side is taken and passes through the upper part of the positioning wire in the middle along the direction of the path, then the second weaving wire on the right side is turned over and passes through the lower part of the positioning wire in the middle along the direction of the path, and then the fourth weaving wire penetrates out from the bottom of the coil on the inner side of the fourth weaving wire on the left side and is tensioned outwards to form a half single knot;

taking the fourth braided wire crossover on the right side, passing through the positioning wire on the middle part leftwards, then turning over the second braided wire on the left side, passing through the fourth braided wire on the left side and the positioning wire on the middle part downwards, then passing through the bottom of the coil on the inner side of the fourth braided wire on the right side, tensioning outwards to form the other half of single knot, forming a complete single knot through the opposite crossover direction, and weaving into a complete flat knot by repeating the operation.

Preferably, the method for hand knitting the oblique knotting comprises the following steps:

fixing the upper ends of the five braided ropes through a positioning needle, taking a first braided wire on the left side as a core rope, tightening the core rope obliquely from left to right, winding and tightening an adjacent second braided wire on the first braided wire from the bottom of the first braided wire along the direction of a path, and continuously winding and tightening the first braided wire twice to form a knot;

then, sequentially repeating the knot method of continuously winding the second braided wire twice on a third braided wire, a fourth braided wire and a fifth braided wire to form four continuous knots on the first braided wire;

the movable end of the first knitting yarn is folded back according to a Z shape, then the same knot knitting method is carried out in sequence according to the sequence of a fifth knitting yarn, a fourth knitting yarn, a third knitting yarn and a second knitting yarn on the surface of the first knitting yarn, four continuous knots are reversely formed on the first knitting yarn, and the knitting operation is repeated to knit and form complete twill knots.

Preferentially, the cloud and bird knots comprise a right cloud and a left cloud and bird knot, and the hand knitting method of the right cloud and bird knot is as follows:

fixing the upper ends of a first knitting wire and a second knitting wire through a positioning needle, taking the first knitting wire on the left side as a positioning wire, taking the second knitting wire on the right side as a movable knitting wire, and always positioning the movable knitting wire on the right side;

and then the second braided wire is wound and tensioned towards the outer side of the first braided wire along the lower part of the first braided wire leftwards, the other half of single knot is formed on the first braided wire, a complete single knot is formed through the two reversely wound single knots, and the operation is repeated to weave a complete right Yunlingknot.

Preferably, the weaving method of the left Yunlingjie and the right Yunlingjie is the same, the directions are opposite, and the second weaving wire of the movable weaving wire is always positioned on the left side.

Preferably, the circular corn knot is hand-knitted by the following specific method:

the four braided wire crossed centers are fixed, namely a first braided wire, a second braided wire, a third braided wire and a fourth braided wire respectively, then the first braided wire is turned over to the top of the second braided wire along a path, the third braided wire is turned over to the top of the third braided wire along the direction of the path, the third braided wire is turned over to the top of the fourth braided wire along the direction of the path, finally, the fourth braided wire penetrates through a coil of the first braided wire turned over along the direction of the path, the four braided wires are tensioned outwards to form a single-wire knot, and the operation is repeated to weave a complete round corn knot.

The invention has the beneficial effects that:

the invention provides a manual braiding method for knot knots, and provides a plurality of manual braiding methods for twist knots, flat knots, oblique curly knots, sparrow knots and round corn knots, the method is simple and standard, the operation is easy, the study and the understanding of novice are facilitated, the specific braiding method is helpful for improving the standard method of the manual braiding knots, and the propagation and the development of the traditional manual braiding art are facilitated.

Drawings

Fig. 1 is a schematic view of a twisted knot braid of example 1 of the present invention.

Figure 2 is a schematic view of a second twist and kink braiding arrangement according to example 2 of the present invention.

Figure 3 is a schematic drawing of the second braided wire of figure 3 of the present invention being drawn out.

Fig. 4 is a schematic view of plain weave according to embodiment 3 of the present invention.

FIG. 5 is a schematic view of the next knot of FIG. 4 according to the present invention.

Figure 6 is a schematic view of a second flat knot weave of example 4 of the present invention.

FIG. 7 is a schematic view of the next knot of FIG. 6 according to the present invention.

Fig. 8 is a schematic view of the second knitting yarn knitting in the oblique hitch stitch knitting according to embodiment 5 of the present invention.

Fig. 9 is a schematic diagram of four-knot weaving in oblique knotting weaving in embodiment 5 of the present invention.

Fig. 10 is a schematic view of the oblique knotting knitting in embodiment 5 of the present invention.

Fig. 11 is a schematic diagram of weaving a right yunskin knot according to embodiment 6 of the present invention.

FIG. 12 is a schematic view of the next knot woven in FIG. 11 according to the present invention.

Fig. 13 is a schematic diagram of weaving a left gorse knot according to embodiment 7 of the present invention.

FIG. 14 is a schematic view of the next knot woven in FIG. 13 according to the present invention.

Fig. 15 is a schematic diagram of a circular corn knot knit according to embodiment 8 of the present invention.

Reference numbers in the figures: 201. a first braided wire; 202. a second braided wire; 301. a third braided wire; 302. a fourth braided wire; 01. a first path; 02. a second path; 03. a third route; 04. and a fourth path.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.

Example 1

Referring to fig. 1, a hand knitting method for knot, the hand knitting method for twisted knot is as follows:

two knitting yarns are folded downwards into two paths through a positioning needle 1 to form a first knitting yarn 201, a second knitting yarn 202, a third knitting yarn 301 and a fourth knitting yarn 302 which are vertically downward, wherein the first knitting yarn 201 and the third knitting yarn 301 are used as positioning yarns of the middle part, and the second knitting yarn 202 and the fourth knitting yarn 302 are used as movable knitting yarns;

firstly taking a second braided wire 202 crossover on the right side, and passing through the bottoms of the first braided wire 201 and the third braided wire 301 in the middle along the direction of a path I01;

the fourth braided wire 302 on the left side is then turned over, passes through the bottom of the second braided wire 202 on the left side, passes over the first braided wire 201 and the third braided wire 301, and finally passes out from the bottom of the second braided wire 202 on the right side along the direction of the path two 02, the outer ends of the second braided wire 202 and the fourth braided wire 302 are pulled to both sides to form a complete single knot, and then the above operation is repeated to braid a complete twisted knot.

Example 2

Referring to fig. 2 and 3, in the second method of knitting the twisted knot, the fourth knitting wire 302 on the left side is taken, and the crossing wire is passed through the upper portions of the first knitting wire 201 and the third knitting wire 301 on the middle portion in the direction of the first path 01, and then the second knitting wire 202 on the right side is turned upside down, passed through the lower portions of the first knitting wire 201 and the third knitting wire 301 from the upper portion of the fourth knitting wire 302 on the right side, and finally passed through the upper portion of the fourth knitting wire 302 on the left side in the direction of the second path 02, and pulled tight to both sides, and the operation is repeated to form a complete twisted knot.

Example 3

Referring to fig. 4 and 5, the method for manually knitting the plain knots specifically includes:

as shown in fig. 4, four braided wires are taken and fixed at the upper ends thereof, the right second braided wire 202 is firstly taken to cross the wires and passes through the lower part of the positioning wire at the middle part along the direction of a path I01, then the left fourth braided wire 302 is turned over and passes through the upper part of the positioning wire at the middle part along the direction of a path II 02, and then the wires penetrate out from the bottom of the inner side coil of the right second braided wire 202 and are tensioned outwards to form a half single knot;

as shown in fig. 5, the second knitting yarn 202 on the left side is taken to cross along the direction of the first path 01, and passes through the lower part of the positioning yarn on the middle part to the right, then the fourth knitting yarn 302 on the right side is turned over, and passes through the lower part of the second knitting yarn 202 on the right side and the upper part of the positioning yarn on the middle part to the left along the direction of the second path 02, and then passes through the bottom of the inner side coil of the second knitting yarn 202 on the left side to be tensioned outwards to form another half single knot, and a complete single knot is formed through the opposite wire crossing direction, and the operations are repeated to be knitted into a complete flat knot.

Example 4

Referring to fig. 6, in the second knitting method of the plain knot, the fourth knitting yarn 302 at the left side is taken to cross over the positioning yarn at the middle part along the direction of the first path 01, then the second knitting yarn 202 at the right side is turned over, passes through the positioning yarn at the middle part along the direction of the second path 02, then passes through the bottom of the coil at the inner side of the fourth knitting yarn 302 at the left side, and is tensioned outwards to form a half single knot;

as shown in fig. 7, the right fourth knitting yarn 302 is taken to cross over along the direction of the first path 01, and passes through the middle positioning yarn from the upper part to the left, then the left second knitting yarn 202 is turned over, passes through the left fourth knitting yarn 302 from the upper part to the lower part, and passes through the bottom of the inner side coil of the right fourth knitting yarn 302, and is pulled outwards to form the other half of single knot, and a complete single knot is formed through the opposite crossing direction, and the operation is repeated to knit into a complete flat knot.

Example 5

Referring to fig. 8, 9 and 10, the method for manually knitting the oblique knots is specifically as follows:

fixing the upper ends of five braided ropes by a positioning needle 1, taking a first braided wire 201 on the left side as a core rope, tightening obliquely from left to right, and then winding and tightening an adjacent second braided wire 202 on the first braided wire 201 from the bottom of the first braided wire 201 along the direction of a path I01, wherein the winding and tightening are carried out twice continuously to form a knot;

then, repeating the knot method of continuously winding the second braided wire 202 twice with the third braided wire 301, the fourth braided wire 302 and the fifth braided wire 303 in sequence to form four continuous knots on the first braided wire 201;

the active end of the first knitting yarn 201 is folded back in a zigzag shape, and then the same knot knitting method as described above is sequentially performed on the surface of the first knitting yarn 201 in the order of the fifth knitting yarn 303, the fourth knitting yarn 302, the third knitting yarn 301, and the second knitting yarn 202, four consecutive knots are reversely formed on the first knitting yarn 201, and the knitting operation is repeated to form a complete bias knot.

Example 6

Referring to fig. 11 and 12, the method for manually knitting the right cloud sparrow knot is as follows:

as shown in fig. 11, the upper ends of the first braided wire 201 and the second braided wire 202 are fixed by the positioning needle 1, the first braided wire 201 on the left side is used as a positioning wire, the second braided wire 202 on the right side is used as a movable braided wire, and the movable braided wire is always positioned on the right side, when knitting, the second braided wire 202 is firstly wound and tightened to the inner side of the first braided wire 201 along the upper side of the first braided wire 201 on the left side, and a half single knot is formed on the first braided wire 201;

as shown in fig. 12, the second braided wire 202 is wound and tightened to the outside of the first braided wire 201 to form another half of the single knot on the first braided wire 201, and a complete single knot is formed by the above two reversely wound single knots, and the above operation is repeated to weave a complete right yucko.

Example 7

Referring to fig. 13 and 14, the weaving method of the left and right clouds of sparrow knots is the same, the direction is opposite, and the movable second weaving wire 202 is always positioned on the left side.

Example 8

Referring to fig. 15, the method for manually weaving the round corn knots specifically comprises the following steps:

the four braided wires are fixed at the crossed center and are respectively a first braided wire 201, a second braided wire 202, a third braided wire 301 and a fourth braided wire 302, then the first braided wire 201 is turned over to the upper side of the second braided wire 202 along a path I01, the first braided wire 201 is turned over to the upper side of the third braided wire 301 along a path II 02, the third braided wire 301 is turned over to the upper side of the fourth braided wire 302 along a path III 03, finally, the fourth braided wire 302 passes through the coil of the first braided wire 201 turned over along a path IV 04, the four braided wires are tensioned outwards to form a single wire knot, and the operation is repeated to weave a complete round corn knot.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.