JP2001355111A - Necktie and method for making the same, and machine- knitted lace knitted goods - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a necktie where a lace fabric is used as the face side fabric of its front apron, to provide a method for making the necktie, and to provide a machine-knitted lace knitted goods be used for making the necktie so that neckties with good aesthetic view and sophisticated feeling can be obtained through mass-production. SOLUTION: This necktie is made through the following steps: folding a base fabric comprising a woven fabric and a face side fabric comprising a machine-knitted lace fabric sewn up into a necktie fabric shape, in such a form as to be superposed on each other; sewing up both end parts together at the folded sides; alternatively, placing a lining fabric on the reverse side where the base fabric comprising a woven fabric and the face side fabric comprising a machine-knitted lace fabric are superposed on each other, and sewing the above-mentioned lining fabric on the periphery of the above-mentioned base fabric and the face side fabric superposed on each other.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a tie using a machine-knitted lace fabric as a surface material of a large sword, a method for manufacturing the tie, and a machine-knitted lace knitted fabric used therefor.

[0002]

2. Description of the Related Art Hitherto, various proposals have been made to use a race as a tie. For example, there has been proposed one in which a core fabric is inserted into a torsion lace having a knitted fabric and adhered to a back tissue (Japanese Patent Publication No. 49-13468).

[0003]

However, since the above-mentioned tie uses a torsion race, even if it is mechanically produced, it takes time to mass-produce it. Further, although the mesh pattern can be easily formed, there is a problem that it takes more time and effort to form a complicated pattern.

Therefore, the tie according to the present invention, the method for producing the tie, and the machine-knitted lace knitted fabric used in the tie, utilize a conventional machine-knitted lace technique, and provide a tie having an excellent appearance and a high-quality feel and a lace knitted fabric therefor. It is intended to be provided in a form that can be mass-produced.

[0005]

[Means for Solving the Problems]

[Characteristics of the tie according to the present invention] The tie according to the present invention is characterized in that a machine-knitted lace ground is arranged as a surface material on a base of a large sword part. It has the following features.

A first characteristic configuration of the tie according to the present invention is as follows.
As described in claim 1, a point that the base material made of a woven fabric and the dress material made of a machine-knitted lace fabric are folded in a tie shape in a state of being overlapped, and both side edges are sewn together on the bent side. It is in.

[0008] A second characteristic configuration of the tie according to the present invention is as follows.
According to a second aspect of the present invention, a lining is sewn to the back side of the underlayer in the second first characteristic configuration of the tie.

A third characteristic configuration of the tie according to the present invention is as follows.
4. A lining is arranged on a back side where a base made of a woven fabric and a surface material made of a machine-knitted lace ground are overlapped with each other, and the lining is sewn to a peripheral portion of the overlapped base and the dressing. It is in the point formed.

A fourth characteristic configuration of the tie according to the present invention is as follows.
According to a fourth aspect of the present invention, in any one of the second to third characteristic configurations of the tie, one or both of the mechanically knitted lace fabric and the woven fabric are subjected to shape memory processing.

A fifth characteristic configuration of the tie according to the present invention is as follows.
According to a fifth aspect of the present invention, the machine knitted lace in any one of the first to fourth characteristic configurations of the tie is constituted by a warp knitted lace.

A sixth characteristic configuration of the tie according to the present invention is as follows.
According to a sixth aspect of the present invention, a stretchable yarn is knitted in the machine knitted lace ground in the fifth characteristic configuration of the tie.

[0013] A seventh feature of the tie according to the present invention is as follows.
According to a seventh aspect of the present invention, a crimped yarn formed by performing a crimping process is used as the stretchable yarn in the sixth characteristic configuration of the tie.

An eighth feature of the tie according to the present invention is as follows.
As described in claim 8, the stretchable yarn in the sixth or seventh characteristic configuration of the tie is woven into a warp and a weft.

A ninth feature of the tie according to the present invention is as follows.
According to a ninth aspect of the present invention, in any of the fifth to eighth characteristic configurations of the tie, the machine knitted lace fabric is cut by arranging the longitudinal direction in the warp knitting direction.

According to a tenth feature of the tie according to the present invention, in the ninth feature of the tie, the woven fabric is cut in the length direction of the woven yarn. .

According to an eleventh characteristic configuration of the tie according to the present invention, in the ninth characteristic configuration or the tenth characteristic configuration of the tie, the handle portion of the machine-knitted lace ground is mainly composed of a large detecting portion. It is located in the table in the above.

According to the tie according to the present invention, it is possible to easily manufacture a plurality of stylish ties having a lace pattern on the surface of the large sword portion. It has the following unique effects.

According to the first characteristic configuration of the tie according to the present invention, if the base material is a woven fabric, the form of the tie can be stably maintained. By designing the lace pattern in accordance with the cut shape of the tie ground, the appearance of the large sword in a plurality of ties can be made similar. In addition, the tie shape can be easily obtained by folding and then sewing both side edges together. That is, the tie decorated with the lace pattern can be easily mass-produced.

According to the second feature configuration of the tie according to the present invention, in addition to the operation and effect of the first feature configuration of the tie, a mechanically knitted lace fabric for forming a surface material at ends of a large sword portion and a small sword portion is provided. The end can be closed without rigging or daring in order to prevent the edge of the edge from being unraveled, and at the same time, the back side of the edge can be given a high-grade feeling.

According to the third characteristic configuration of the tie according to the present invention, since the back side of the tie is formed by the lining, the net of the lace is formed only on the surface, so that the appearance of the tie can be improved while maintaining the beautiful appearance of the tie. The net can be prevented from being caught by others as much as possible. Also, since the race ground does not rise behind, it is easy to tighten the tie.

According to the fourth aspect of the tie according to the present invention, the memory of the tie is subjected to shape memory processing while exhibiting the operation and effect of any of the first to third aspects of the tie. Thus, even if the tie is repeatedly tightened and removed, wrinkles can be prevented from remaining, and the tie is excellent in aesthetic appearance.

According to the fifth characteristic configuration of the tie according to the present invention, it is easy to change the handle while exhibiting the operation and effect of any of the first to fourth characteristic configurations of the tie. In other words, the machine knitted lace ground of warp knitting can be patterned using the jacquard mechanism, so it is easy to form a tie pattern, and if this is laid on the base, it will be aesthetically pleasing utilizing the elasticity of the lace ground Mass production of high quality ties.

According to the sixth aspect of the tie according to the present invention, it is possible to prevent loosening of the lace ground with respect to the groundwork by utilizing the tension of the stretchable yarn while exhibiting the operation and effect of the fifth aspect of the tie. Since the race ground does not unnecessarily rise from the ground, it is possible to secure a sense of unity between the ground and the ground using the race ground.

According to the seventh aspect of the tie according to the present invention, the elastic yarn is not as elastic as the rubber thread, while exhibiting the functions and effects of the sixth aspect of the tie. Can be applied to a surface material consisting of a race ground, and the form of the tie can be stably maintained.

According to the eighth aspect of the tie according to the present invention, while exhibiting the operational effects of the sixth aspect or the seventh aspect of the tie, it is possible to impart elasticity to the race ground in both vertical and horizontal directions, You can strengthen the sense of unity with the land that was used as the outer material.

According to the ninth feature of the tie according to the present invention, the lace pattern knitted in advance as a tie pattern while exhibiting the operation and effect of any one of the fifth to eighth features of the tie. Can be given to the body without any problems, and furthermore, waste of the race ground can be eliminated. In other words, if the knitted lace ground is knitted according to the pattern of the tie and cut according to the pattern, cutting that ignores the arrangement of the pattern formed in the vertical direction like the bias cutting that is usually performed You don't have to. Further, unlike the case of bias cutting, it is not necessary to prevent the cut ends from being unraveled. In addition, since the knitted lace ground is used, the pattern can be arranged arbitrarily in the vertical direction, and it is easy to arrange the point pattern on the large sword portion of the tie. In addition, just as in the case of knitting a ribbon lace, if a ground knit is formed long in the knitting direction and connected with a cuttable net between them,
Waste of insertion yarns such as pattern yarns can be eliminated. Furthermore, since the outer material consisting of the lace material can be formed by one sheet, a seamless tie can be sewn on the outer material, and the tie can be easily tied.

According to the tenth feature of the tie according to the present invention, the tie is easily sewn while exhibiting the operation and effect of the ninth feature of the tie. In other words, if the base material is a bias-cut woven fabric, the edges are easily stretched together with the lace ground, and it is not easy to maintain the shape at the time of sewing. Although it requires time and effort, the shape can be stabilized by cutting in the length direction of the weaving thread, so that it is possible to sew while maintaining the shape of the lace ground as it is at the time of sewing. Therefore, it is also possible to adopt a configuration in which a lace ground as a surface material is merely superimposed on a ground without using an interlining.

According to the eleventh feature of the tie according to the present invention, the tie has the ninth feature or the tenth feature, and the tie has no lace pattern at an unnecessary portion and is easy to handle. Be a tie. Since the lace ground is inevitably thick in the handle, if the handle is formed in an extra place, it will also have a thickness, but the handle of the large sword that is effective for tie decoration By placing
The tie does not have to have an unnecessary thickness, and the tie can be given a sense of quality.

As a result, it is possible to easily mass-produce a tie having an excellent appearance and giving a sense of quality.

[Characteristics of the method of manufacturing a tie according to the present invention] Characteristic means of the method of manufacturing a tie according to the present invention include:
As described in claim 12, in manufacturing a tie using a lace ground as a surface material of a large sword, a base made of a woven fabric was cut into a tie sewing shape, and the longitudinal direction of the machine knitted lace ground was cut. According to the length direction of the base, the machine knitted lace ground is cut as a surface material in substantially the same shape as this, and the cut surface is overlapped with the cut base, and at least the end portions of the large detection section and the small sword section The point is that the lining is sewn at the periphery, and then the lining is folded in the tie shape toward the lining, and both side edges are sewn together at the bending side.

[Function and Effect of Characteristic Configuration of Necktie Manufacturing Method] According to the characteristic means of the tie manufacturing method according to the present invention, a tie having an excellent appearance can be easily manufactured in mass production. In other words, by cutting the ground that is more stable in shape than the race ground first, and cutting the race ground according to the ground, the positional relationship between the ground and the race ground as the surface material is maintained in the desired relationship. it can. An open tie can be made by overlapping the lining on at least the large sword part and the small sword part from the base side of the superposed outer material and the base material and sewing the periphery thereof. If this is bent into a tie shape and both end portions are sewn on the bent side, a tie having a lace knitted fabric arranged on the front side is obtained. As a result, the lace knitted fabric and the groundwork are formed so as to overlap with each other, so that the shadow of the net-shaped lace knitted fabric gives a three-dimensional effect to the pattern and improves the beauty of the tie. Therefore, if a pattern is formed at a predetermined position of the lace knitted fabric to be overlaid on the base, the pattern will decorate the surface of the tie with a three-dimensional appearance. In addition, by appropriately selecting the thread color of the lace knit and the pattern or hue of the base, it is possible to give the tie a sense of quality that the outer material and the base cooperate to bring about.

[Characteristics of the machine-knitted lace knitted fabric of the present invention] The machine-knitted lace knitted fabric of the present invention is formed by laying a machine-knitted lace knitted fabric used as a surface material on a base made of a tie cloth in a knitting direction. It is characterized by the fact that the lace organization part is knitted in the shape of the outer material of the tie,
Each has the following features.

According to a first feature of the machine knitted lace knitted fabric according to the present invention, the lace structure portion having the same shape as the base is formed in the warp knitting direction of the warp knitting lace in the knitting width direction. A plurality is formed in parallel, sequentially formed by connecting with a releasable net portion, and a pattern thread is arranged at a position corresponding to a large sword portion of a tie in the lace structure portion to form a pattern portion. .

According to a second feature of the mechanical knitted lace knitted fabric according to the present invention, in the first featured configuration of the machine knitted lace knitted fabric, the lace structure portions arranged in parallel in the knitting width direction are adjacent to each other. The point is that they are formed in opposite directions.

According to a third feature of the mechanically knitted lace knitted fabric according to the present invention, as described in claim 15, an elastic yarn is knitted in the lace structure portion in the first or second featured configuration of the mechanically knitted lace knitted fabric. It is in the point that is.

[Function and Effect of Characteristic Configuration of Machine Knitted Lace Knitting] According to the machine knitted lace knitting according to the present invention, the lace structure is knitted in the shape of the outer material of the tie. It can be used, and has the following unique effects.

According to the first characteristic configuration of the machine-knitted lace knitted fabric according to the present invention, it is possible to very easily cut a dress material having a pattern at a desired position without causing waste on the lace material. In other words, the knitted lace is knitted in the direction of the base in the knitting direction of the lace, and a plurality of these are arranged in parallel in the knitting width direction. A belt-shaped lace ground in which the outer material of a tie is connected in a lace pattern is obtained. Since the handle portion is formed at a position corresponding to the large sword portion in the lace organization portion, the handle formed on the machine knitted lace knit can be used without waste. Therefore, an insertion yarn such as a pattern yarn can be used effectively. Furthermore, since the lace structure portion is formed in the shape of the outer material, the peripheral portion is suitable for sewing as the edge portion of the outer material, and if it is set as a hard-to-release ground structure, even if cut off as the outer material, the peripheral portion is prevented from unraveling. Is unnecessary. In addition, since the lace ground can be used as a tie surface just by cutting out the lace part, die cutting is also facilitated.

According to the second aspect of the mechanically knitted lace knitted fabric according to the present invention, the lace ground can be more effectively used while exhibiting the operation and effect of the first aspect of the mechanically knitted lace knitted fabric. In other words, the shape of the outer material of the tie is wide at one end and narrow at the other end. By alternately arranging the tissue portions, the side edges of the lace tissue portion become parallel, and the width of the net portion to be interposed therebetween can be minimized.

According to the third feature configuration of the machine-knitted lace knitted fabric according to the present invention, the lace ground constituting the surface material is produced while exhibiting the operation and effect of the first featured configuration or the second featured configuration of the machine-knitted lace knitted fabric. It is possible to sew a tie that does not rise from the groundwork. In addition, if the stretch yarn works strongly especially at the handle, the handle can be made thicker and the handle can be emphasized. In other words, by knitting the stretch yarn in the lace structure portion, the tie can be sewn while the outer material is slightly stretched, and the outer material of the tie after sewing can be prevented from rising more than necessary from the groundwork. Furthermore, if the stretch yarn is knitted together with the pattern yarn, the pattern yarn is loosened and floated, so that a tie having a profound pattern can be sewn. If a crimped yarn that has been subjected to a crimping process is used as the stretchable yarn, the stretching force is moderate, and the outer material can be appropriately tensioned.

[0041]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an embodiment of a tie according to the present invention and a machine knitting lace used therefor will be described with reference to the drawings.

The tie according to the present invention has, for example, an appearance as shown in FIG. In other words, the net-shaped lace structure portion 2 of the machine knitted lace knitted material is entirely covered as the outer material 7 on the base 8 of the tie, and the large sword portion 12 is provided with the one-point pattern 5A. This tie is sewn, for example, in a procedure as shown in FIGS. First,
A ground 8 made of a woven fabric is prepared. This base 8 is shown in FIG.
As shown in (a), the tie is cut into the shape of the original fabric. The two-dot chain line denoted by reference numeral 11 in the figure is a fold to be bent later, and if it is folded along this fold 11, it becomes a tie shape. Also, the lace structure portion 2 having the same shape as the surface material prototype obtained by adding a folding allowance to the fabric prototype of the base 8.
Is separated from the machine-knitted lace ground by the net portion 3 knitted around the lace organization portion 2 to form a dress material 7 as shown in the figure. If the edge portion 2a of the lace organization portion 2 is formed of an edge tissue 6 that is densely knitted so as to be difficult to unravel, the outer material 7 can be created simply by cutting off the net portion 3. The underlayer 8 is overlaid on the back side of the outer layer 7, and the periphery 7 a of the outer layer 7 is put over the periphery of the underlayer 8 and folded back (see FIG. 2B).
Sew. The outer edge of the peripheral edge portion 7a of the folded outer material 7 is the edge structure 6, and it is gathered.
The outer material 7 can be fixed to the groundwork 8 without fear of being unraveled without daring. Thereafter, as shown in FIG. 3, a lining 9 is laid over the base 8 on both ends forming the large sword portion 12 and the small sword portion 13, and the peripheral portion 9a is formed.
Is sewn to the folded edge 7a of the outer material 7 or to the base 8 together with the folded edge 7a (see (a) in the figure). After the base 8, the outer material 7 and the lining 9 are integrated by the large sword portion 12 and the small sword portion 13 in this manner, the side portions are bent back along the fold lines 11 (see FIG. 2B), and the both side edges overlap with each other. The parts 10 are sewn together (see FIG. 3C). still,
FIG. 3C shows the back side of the completed tie.

The base 8 is made of a woven cloth made of a relatively strong material that also serves as an interlining, and has a color that matches the design of the lace structure 2 on which the pattern 5 of the outer material 7 is arranged. This base 8 is different from a conventional tie,
This was cut without bias cutting, with the direction of the woven yarn as the longitudinal direction. Then, as shown in FIG. 4, for example, the outer material 7 is formed from the machine-knitted lace fabric 1 of the vertical knitting in which the lace structure portion 2 is repeatedly knitted in the knitting direction in parallel with the knitting width direction W in the outer material prototype shape. The race organization part 2 is cut out. As shown in the figure, the machine knitted lace fabric 1 knits a lace structure portion 2 having the same pattern with the length direction of the outer fabric prototype facing the knitting direction, and connects the adjacent lace structure portions 2 in opposite directions. The lace parts 2 are formed and connected by a releasable net part 3. As described above, the edge portions 2a of these lace organization portions 2 are tightly knitted so as to be hard to be unraveled.
So that even if the net portion 3 is cut off, the cut end is not obscure.

A region corresponding to the front side of the large sword portion 12 of the tie (the fold 11 in FIG.
In between, a pattern portion 4 having a base pattern formed in a net shape is arranged at a left end portion, a pattern 5 is formed at a required position, and other regions are knitted with a basic mesh structure. For example, when the tie is tightened, the knot portion can be prevented from becoming unnecessarily large, which is convenient. In addition, if nylon 66 is used as the knitting yarn of the machine-knitted lace fabric 1, the temperature of heat setting can be increased, so that the outer fabric 7 having excellent form stability can be formed. Incidentally, the heat setting temperature of nylon 6 is usually 185 ° C., and the heat setting temperature of nylon 66 is usually 210 ° C. Furthermore, if urethane coating is applied to the knitting yarn for knitting the mechanically knitted lace ground 1, the knitting yarn can be given elasticity as well as heat resistance, and a form stabilizing effect, so that wrinkles of the outer material 7 can be prevented. Become like As a treatment agent for this urethane coating, for example, "VONDIC1640" (manufactured by Dainippon Ink and Chemicals, Inc.) can be mentioned. This treating agent is an aqueous dispersion of an ester-type polyurethane, which is provided as a milky white emulsion, has no yellowing, can form a film having a high film strength, and is excellent in light resistance and solvent resistance. The machine knitted lace ground 1 can be formed. further,
By knitting a crimped stretch yarn into nylon 66 fiber, the outer fabric 7 can be given an appropriate stretchability, and an easy-to-use tie can be sewn.

[Other Embodiments] Other embodiments of the tie, the method of manufacturing the tie, and the machine-knitted lace knitted fabric not shown in the above embodiment will be described below.

<1> In the above-described embodiment, an example of a tie in which a net-like lace structure portion 2 of a machine-knitted lace knit is entirely covered with a base material 8 and sewn in a bag shape as a dress material 7 has been described. However, as shown in FIG. 5 and FIG. 6, for example, the lace organization part 2 is knitted in a form in which a fold is added to a tie-shaped prototype, and the lace organization part 2 is cut out as the outer material 7 (FIG. B)). The dotted line in the figure is the tie-shaped prototype. At the same time, the base 8 is cut out in accordance with the original pattern. The base material 8 is superimposed on the outer material 7 and the margin formed at the peripheral portion 7a of the outer material 7 outside the base material 8 is placed over the outer edge of the base material 8 and folded back (the side of the base material 8) (FIG. B)). Next, FIG.
As shown in the figure, a lining 9 is provided on the back side of the base material 8 so that the outer material 7 is folded over and the lining 9 is sewn to the surrounding portion 7a where the outer material 7 is turned back or to the base material 8 together therewith. (Refer to (b) in the figure), a tie may be used. That is, although FIG. 6B shows the back side of the tie, a tie that is not sewn in a bag shape may be used. Also in this case, the edge 2
a is desirably formed by the edge structure 6.

<2> In the above embodiment, the net-shaped lace structure 2 of the machine-knitted lace 1 is entirely covered with the outer material 7.
And put it on the base 8 of the tie,
The example of the tie in which the one-point pattern 5A is arranged has been described.
Only the pattern formed in a net-like pattern may be arranged, or a plurality of patterns may be arranged. Further, the handle may be arranged over the entirety.

<3> In the above-described embodiment, an example was described in which the edge 2a of the lace organization 2 was formed of the edge organization 6 densely knitted so as to be difficult to unravel. May be directly connected by the net part 3 to the lace organization part 2 in which the net structure is knitted.

<4> In the above embodiment, the lining 9 is overlaid on the base 8 on both ends forming the large sword portion 12 and the small sword portion 13, and the peripheral portion 9a is folded back to the outer material 7
Although the example in which the peripheral portion 2a is sewn on the base 8 together with the base 2 has been described, the lining 9 may be omitted by using a material capable of forming a lining as the base 8. In this case, the base 8 may be provided with a sewing allowance, and may be sewn on the outer material 7.

<5> In the above embodiment, it has been described that nylon 66 may be used as the knitting yarn for the machine knitted lace fabric 1. However, the material of the knitting yarn is not particularly limited. In addition to synthetic fibers such as nylon fibers, polyester fibers, polyacryl fibers, and polyamide fibers, any fibers including natural fibers can be selected.

<6> In the above embodiment, if a urethane coating is applied to the knitting yarn, the knitting yarn can be given elasticity as well as heat resistance and a form stabilizing effect. Although it has been described that wrinkles can be prevented, the treatment of the knitting yarn is not limited to the surface coating, and a treatment with a softener may be performed, or a knitting yarn that is not subjected to the treatment may be used. As the softener, for example, “DIC SILICONE SOFTNE”
RA-900 "(manufactured by Dainippon Chemical Co., Ltd.) can be used. Although this treating agent has only a short-term effect, the fiber surface becomes slippery and easy to knit, and can prevent troubles such as yarn breakage.

<7> In the above-described embodiment, it is described that if the fiber is knitted with a crimped elastic yarn, the outer material 7 can be given an appropriate elasticity and a tie that is easy to use can be sewn. However, rubber yarn such as latex yarn may be used as the elastic yarn. Further, a machine-knitted lace ground may be knitted without knitting the elastic yarn.

[0053]

As described above, according to the present invention,
Using a warp knitting machined lace ground with a devised knitting structure without complicating the tie manufacturing process, it was possible to manufacture a tie with excellent aesthetics and a high-quality feel.

[Brief description of the drawings]

FIG. 1 is an external view showing an example of a tie according to the present invention.

FIG. 2 is an explanatory view showing an example of a procedure of a method of manufacturing a tie according to the present invention.

FIG. 3 is an explanatory diagram showing a procedure following FIG. 2;

FIG. 4 is a structural organization diagram illustrating an example of a machine knitted lace ground according to the present invention.

FIG. 5 is an explanatory view showing another example of the procedure of the method of manufacturing a tie according to the present invention.

FIG. 6 is an explanatory diagram showing a procedure following FIG. 6;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Machine knitting lace ground 2 Lace organization part 3 Net part 4 Handle part 7 Outer material 7a Peripheral part 8 Base material 9 Lining 9a Peripheral part 10 Side edge part 12 Large sword part 13 Small sword part

Claims (15)

[Claims] 1. A tie using a lace ground as a surface material of a large sword part, wherein the tie is folded into a tie shape in a state where a base material made of a woven fabric and a surface material made of a machine-knitted lace ground are overlapped, and both sides are edged. A tie formed by sewing the parts together on the bent side. 2. The tie according to claim 1, wherein a lining is sewn on a back side of the base. 3. A tie using a lace ground as a surface material of a large sword part, wherein a lining is arranged on a back side where a base material made of a woven fabric and a surface material made of a machine-knitted lace ground are overlapped. A tie formed by sewing the lining on the periphery of the combined base and top material. 4. A shape memory process is applied to one or both of the machine knitted lace fabric and the woven fabric.
3. The tie according to any one of items 3 to 5. 5. The tie according to claim 1, wherein the machine-knitted lace fabric is constituted by a warp-knitted lace fabric. 6. The tie according to claim 5, wherein an elastic yarn is knitted in the machine knitted lace ground. 7. The tie according to claim 6, wherein a crimped yarn formed by performing a crimping process is used as the stretchable yarn. 8. The tie according to claim 6, wherein the stretchable yarn is knitted into a warp and a weft. 9. The machine-knitted lace fabric is cut in a longitudinal direction in a warp knitting direction.
The tie according to any one of claims 1 to 8. 10. The tie according to claim 9, wherein the woven fabric is cut in a length direction of a woven yarn. 11. The tie according to claim 9, wherein the handle portion of the machine-knitted lace ground is arranged mainly on the front of the large inspection department. 12. A method of manufacturing a tie using a lace ground as a surface material of a large sword part, wherein the base made of a woven fabric is cut into a tie sewing shape, and the longitudinal direction of the machine knitted lace ground is cut. In accordance with the length direction, the machine knitted lace ground is cut into a surface material having substantially the same shape as this, and the cut surface material is superimposed on the cut ground, and at least the end portions of the large detection portion and the small sword portion, respectively. A method of manufacturing a tie in which a lining is sewn at a peripheral portion, and then the lining is folded in a tie shape toward the lining side, and both side edges are sewn together at the bent side. 13. A machine knitted lace knitted fabric which is used as a surface material overlaid on a base made of a woven cloth of a tie, wherein a knitting width of a lace structure portion having the same shape as the base is formed in a warp knitting direction of a warp knitted lace. A machine in which a plurality of threads are arranged in parallel in the direction, connected by a releasable net portion and sequentially formed, and a handle thread is arranged at a position corresponding to a large sword portion of a tie in the lace tissue portion to form a handle portion. Knitting lace knitting. 14. The mechanically knitted lace knitted fabric according to claim 13, wherein the lace structure portions arranged in the knitting width direction are formed adjacent to each other in opposite directions. 15. The machine-knitted lace knit according to claim 14, wherein an elastic yarn is knitted in the lace structure portion.