KR200157724Y1 - Necktie with tying device - Google Patents

Abstract

The present invention relates to a tie provided with a knot, the lock guide portion 110 that both sides of the slide fastener 30 is combined and moved while moving, and the separation guide portion that separates and moves both sides of the slide fastener 30. A knot sphere 100 incorporating 120; A tie embellishment element (10), the upper portion of which is wound around the knot (100) to form a knot (11); It is composed of a tie bundle element 20 is coupled to the knot 100 and attached to both sides of the inner side of the annular bundle portion 21, both sides of the slide fastener (30).

The tie provided with the present invention knot is excellent in production, assembly, and has the effect of reducing the cost of the product, and has the effect of significantly extending the service life by preventing damage caused by friction. Moreover, various types of ties can be worn in various ways in a simple and good shape, and the effect of adjusting the length of the ties according to physical conditions and tastes can be worn. Therefore, the tie provided with the knot of the present invention is an excellent design that can greatly improve the value, reliability and competitiveness of the product.

Description

Tie with knot

The present invention relates to a tie provided with a knot, and in particular, a synthetic resin injection molding knot having an upper part of a tie-embellishment element wound and a locking and separating guide unit for locking or releasing a slide fastener to a body where a knot is formed. The combination of the tie embellishment element visible at the front and the tie bundle element obscured at the rear improves productivity, reduces manufacturing costs, improves service life, and is integrated into the body by a clip. The present invention relates to a tie provided with a knot, which can be worn in various ways in a simple and good shape in various ways, and can be worn by adjusting the length of the tie according to physical conditions and tastes.

Conventional tie is formed of a fiber material cut in one material, one end is wide and the other end is formed long narrow tapered. In addition, such a conventional tie is worn in a loop shape on the neck and forms a knot in the middle so that a wide part called a bayonet part is seen in front and a narrow part called a dagger part is hidden behind.

Such a common tie is formed by wearing a knot every time it is worn, and after wearing it, the knot must be released and stored, which is cumbersome and inconvenient to wear, and it is difficult to constantly adjust the length of the exposed part. There was this.

Therefore, in order to solve this problem, the tie is separated into a wide part and a narrow part, and a knot can be easily formed and worn by using a knot. Tie with knot Is developed and distributed.

Like this Tie with knot As an example, US Pat. No. 4,710,982 describes a slide fastener having a slide means, a knot having an opening, a front tie element depending on the knot, and a rear tie element having a neck tie loop having a lower end extending through the opening. Consists of.

More specifically, a slide fastener composed of a border made of the same material as the front and rear tie elements is sewn along the longitudinal direction of the inner side of the rear tie element, and a slider for locking or unlocking the interlock element of the slider fastener is a tongue of the knot. A portion of the front tie element is secured by rivets together with the upper end of the front tie element, and the inside of the knot is configured to have a leaf spring coupled to prevent it from flowing down.

Such a conventional Tie with knot When worn, the neck tie loop of the rear tie element connected to the knot is worn on the neck, and the front tie element whose upper end is riveted to the knot is wound around the knot to form a knot, and then the lower tie element is held on the neck. When pulled, the slide fastener connected to the rear tie element is locked by a slider coupled to the knot and worn while adjusting the size of the neck tie loop.

Therefore, such a conventional Tie with knot The front tie element can be wound around the knot to form a knot. The neck tie loop can be adjusted by pulling the rear tie element against the knot, and once the knot is formed using the knot, the tie can be worn. It is convenient to wear because there is no need to make a knot every time.

Korean Utility Model Application Publication No. 94-5619 discloses a wide band that is exposed to the outside when worn and forms an inverted triangle knot on the upper part, a narrow band that forms a neck circumference with a slide fastener, and is embedded in the knot part. It consists of a knot that fixes the shape of the knot and serves as a guide when adjusting the length of the neck circumference. Tie with knot Is known.

More specifically, the knot sphere is formed by combining a triangular front cover and a rear cover formed to correspond to each other, the combined side is provided with a pair of guides formed to guide the neck circumference, the lower end of the front cover slider A seating portion is formed, and the slider tab is coupled to the groove of the seating portion, and the slider is installed, and a spring groove is formed in each of the center lower portion of the front cover and the rear cover corresponding thereto. The spring groove has a configuration in which both end portions are positioned at the pair of guide portions, and leaf springs for pressing the neck portion are provided.

Like this Tie with knot Is a modified form of the zipper tie of the U.S. Patent No. 4,710,982, which can form a knot by winding a wide band around the knot, and adjust the neck circumference by pulling the narrow band against the knot, Once formed, it is convenient to wear because there is no need to form a knot every time you wear a tie. Since the slider is coupled to the slider axis portion formed in the knot, the coupling structure of the slider can be simplified.

However, the conventional zipper type tie described above, namely Tie with knot They are made of a synthetic resin knot and a metal slider separately, so that the slider is riveted to the knot or inserted into a groove, so that the configuration is complicated, productivity is reduced, and there is a problem that the cost is increased.

In addition, conventionally Tie with knot Is combined with the leaf spring inside the knot to prevent the knot from flowing down from the rear tie element and the narrow strip. The knot and leaf spring are formed separately so that the composition is not only more complicated but also more productive. Falling, there was a problem that the cost is further increased.

Moreover, the latter Tie with knot When the size of the neckband of the narrowband is adjusted by pulling the narrowband against the knot, the two parts of the split bifurcated crooked form move between the guides of the slider and the knot. There is a problem that the material cloth is severely rubbed and damaged because it moves along a narrow passageway and is subjected to strong braking force by a leaf spring coupled to the inside of the knot, and when a tie is worn, a slider fastener coupled to a narrow band The uneven part of the uneven part to be seen in front of the shape is not smooth, because the uneven part is in contact with the neck toward the upper side to feel the pressure when wearing, accordingly there was a problem that the fit is bad and not smooth to work.

Specifically, described in the former and the latter Tie with knot They are designed to rivet the front tie element and the wide band, ie the upper end of the bayonet, to a knot or to be glued together, and then wound around the knot to form a knot. Tie with knot After the consumer purchases the can not be separated and the length of the bayonet of the tie should always be worn the same, there is a problem that can not be adjusted even if the user wants to adjust the length of the tie according to their body type and taste, As a result, there was a problem that the wearer's body shape, taste and personality were ignored.

Usually, neckties are spread in various forms according to the pattern, color, and texture, and the manner of wearing the necktie is narrow, wide, long, two times, three times, and left. There are, but conventional Tie with knot Since the bayonet is distributed inseparably fixed to the knot, there is a problem that it must be uniformly worn after the purchase once purchased, and eventually various types and wearing methods of the tie are ignored at all. There was a problem that was not appropriate for the fashion consciousness that should be.

The present invention was devised to solve the above-mentioned defects and problems as described above, and an object of the present invention is to provide a tie ornament element to be seen to the front when worn, a tie tie element to be hidden behind, and the tie ornament element The upper part of the knot is formed by a synthetic resin injection molding material knot which is formed integrally with the locking and separating guide for locking or releasing the slide fasteners on the body where the knot is formed. To provide a tie.

Another object of the present invention is a locking guide portion which is locked while moving both sides of the slide fastener attached to the annular bundle of the tie bundle element to the body formed by winding the upper portion of the tie embellishment element, the slide fastener By forming the integrated guide portion separated from both sides of the moving unit is very simple configuration, not only can improve the productivity, but also to reduce the manufacturing cost, and to improve the fit of the plastic injection molding knot It is to provide.

Another object of the present invention is to easily remove the tie decoration elements as necessary, and to wear various types of neckties in a variety of ways in a simple and good shape according to the user's individuality. It is to provide a synthetic resin injection molding knots that can be adjusted according to wear.

Still another object of the present invention is a synthetic resin injection molding in which a locking guide groove is formed in the separation guide so that the locking fastener of the slide fastener moves through the locking guide groove so that the annular bundle of the tie tie element moves stably and smoothly. It is to provide ash knots.

Still another object of the present invention is to provide a synthetic resin injection molding knot, in which a knot connected to a tie tie element is prevented from flowing down by an uneven portion and / or a curved portion formed therein, thereby eliminating the need for a separate leaf spring. It is to.

Another object of the present invention is to allow friction to mainly act on the base of the slide fastener when the tie bundle element is moved, so that the movement is smooth and the fabric of the tie can be prevented from being damaged by friction, thereby extending the service life. It is to provide a synthetic resin injection molding knot.

1 to 21 are views according to an embodiment of the present invention,

1 is an exploded perspective view showing a knot and a slide fastener.

2 is a side view of the knot.

3 is a rear view of the knot.

4 is a plan view of the knot.

5 is a cross-sectional view of the knot by cutting the upper side.

6 is a cross-sectional view showing the lower part of the knot.

7 is a cross-sectional view of the knot by cutting the middle portion.

8 is a front view of a tie with a knot.

9 is a front view showing a state in which a tie tie element is coupled to the knot.

10 is a partially cutaway front view of a tie with a knot.

11 and 12 are views showing another embodiment,

11 is a side view showing the upper and lower members separated.

12 is a plan view showing the upper member and the lower member unfolded.

13 to 21 are diagrams for still another embodiment.

13 is a plan view of the knot.

14 is a front view of the knot.

Figure 15 is a side view of the knot.

FIG. 16 is a side view of the portion D of FIG. 13; FIG.

17 is a cross-sectional view taken along the line A-A of FIG.

18 is a cross-sectional view showing a modification of the clip.

19 is a cross-sectional view taken along the line B-B in FIG.

20 is a cross-sectional view taken along the line C-C in FIG.

Fig. 21 is a partially cutaway front view showing the knot forming action of a tie;

* Explanation of symbols for main parts of the drawings

10: tie embellishment element 11: knot

20: tie bundle element 21: ring bundle

30: slide fastener 31: the base material

32: jammed 100: knot

101: upper side 101a: curved surface

103: fixing groove 104: fixing pin

110: locking guide 111: gripping groove

111a: uneven portion 112: guide protrusion

113: through groove 120: separation guide

121: branch protrusion 122: separation guide

122a: locking body guide groove 123: inner wall

123a: curved guide 124: outer wall

125: bottom 126: cylinder

128: upper guide rib 129: lower guide rib

129a: curved portion 129b: uneven portion

129c convex portion 130 clip

131,133: Hanging pieces 132,135,137: gap

133a, b, c: 1st, 2nd, 3rd side 133d, 136: vertical locking piece

134: jam

Hereinafter, with reference to the accompanying drawings, the present invention as described in detail as follows.

1 to 10 is a view according to an embodiment of the present invention, Figure 1 is an exploded perspective view of the knot and slide fasteners, Figure 2, 3, 4 is a side view, rear view, plan view of the knot Fig. 5 is a cross-sectional view showing the knot by cutting the upper part in FIG. 5, a cross-sectional view of the knot opening in the lower part shown in FIG. 6, and a longitudinal cross-sectional view of the knot opening in the middle part shown in FIG. It is.

8 shows a front view of a tie in which a knot is coupled, and FIG. 9 shows a front view of a tie in which a tie tie element is coupled to the knot. Partial cutout front view is shown.

First, referring to FIGS. 8 to 10, in the drawing, 1 shows a tie, and the tie 1 is formed by separating the tie embellishment element 10 and the tie tie element 20.

The tie bundle element 20 has a ring-shaped bundle 21 is formed, the slide fastener 30 is coupled to both sides of the ring-shaped bundle 21, both ends of the ring-shaped bundle 21 is knotted. Is inserted into the sphere 100, the tie bundle element 20, the upper side is wound to the outside of the knot 100, the knot portion 11 is formed.

Hereinafter, referring to FIG. 1, the knot 100 is formed of an upper portion 101 and a lower portion 102, and a tie is attached to a body that forms the knot portion 11 by winding the tie ornament element 10. Both sides of the annular bundle portion 21 of the bundle element 20 and both sides of the slide fastener 30 attached to the inside thereof are combined to lock the guide 110 to be locked while moving, and the annular bundle portion 21 Both sides of the) and both guide portions of the slide fastener (30) is configured to be formed integrally with the separation guide portion 120 to move.

Hereinafter, referring to FIGS. 1 to 7, the locking guide 110 is locked while both locking bodies 32 of the slide fastener 30 are joined together at the lower end of the body of the knot 100. The gripping groove 111 and the guide protrusion 112 for guiding the slide fastener 30 to be locked while stably moving through the gripping groove 111 at the upper end portion thereof, and the gripping groove 111 and the guide protrusion portion. A through groove 113 for stably passing the annular bundle portion 21 is formed between (112).

In addition, the separation guide 120 is separated from each other from the clamping groove 111 in the body of the knot 100 and gradually open so that the annular bundle 21 and the slide fastener 30 move smoothly. The separation guide paths guiding 122 and the branch protrusions 121 which are positioned at the leading end points of both the separation guide paths 122 are formed to form the separation guide part 120.

The gripping groove 111 and the passage groove 113 of the locking guide 110 are viewed from the front so that both sides of the annular bundle 21 and the slide fastener 30 pass horizontally as shown in FIG. 1. " In addition, the guide protrusion 112 is formed to protrude to the outside of the gripping groove 111 by a predetermined distance D1 as shown in FIGS. The separation guide path 122 is formed in a "|" shape such that both ends of the annular bundle portion 21 and the slide fastener 30 pass vertically as shown in FIGS. 1, 3, and 6. The inner wall 123 of the separation guide path 122 is curved to smoothly bend both sides of the annular bundle 21 and the slide fastener 30 horizontally and vertically, as shown in FIGS. 1, 4, and 5. Guide portion 123a is formed.

As shown in FIGS. 1 and 3, the separation guide path 122 includes a locking body 32 of the slide fastener 30 between the inner wall 123, the outer wall 124, and the bottom 125. The locking body guide groove 122a is formed to move the upper portion of the outer wall 124, the upper guide rib 128 is formed at the upper end of the inner wall 123, and the lower side at the upper end of the outer wall 124. Guide ribs 129 are formed.

The lower guide ribs 129 are formed to have a thickness smaller than a predetermined distance D2 of the margin portion so as to contact the margin portions of the base material 31 as shown in FIGS. 1, 3, and 10. The inner front portion of the 129 is formed with a curved portion 129a such that both ends of the annular bundle portion 21 smoothly move along the separation guideway 122 as shown in FIGS. 1 and 5, and a lower guide rib. As shown in FIG. 5, an uneven portion 129b is formed on the inner surface of the 129 to apply a force to the base member 31 of the slide fastener 30 to move stably.

In addition, the body of the knot 100 is formed in a V shape when viewed from the top, the front portion of the body is formed with a curved surface 101a that gradually increases from the front end to the rear than from the side.

In addition, the body of the knot 100 is provided with a clip 130 in Figs. 1, 3 and 4, the upper end of the tie embellishment element 10 is inserted and caught as shown in Fig. .

The clip 130 is used, for example, the engaging piece 131 is formed in parallel to the one side inner wall 123 in the rear portion of the knot 100 body, the inner end of the engaging piece 131 for reinforcement Reinforcement portion 105 is formed. The gap 132 between the locking piece 131 and the inner wall 123 is preferably formed so that the upper portion of the tie-decorating element 10 is tightly fitted, so that the inner surface of the locking piece 131 can be more tightly fitted. Embossing protrusions may be formed.

Synthetic resin injection molding material knot according to an embodiment of the present invention as described above is shown in Figure 1, and 8 to 10, the ring-shaped bundle 21 of the tie bundle element 20 Insert both sides of the slide fastener 30 attached to the clamping groove 111 of the locking guide 110, and insert both ends of the annular bundle 21 into the separating guide passages 122, respectively. The upper part of the tie embellishment element 10 is wound outside the body of the knot 100 to form the knot part 11 and then worn by the user.

When wearing the tie (1) in this way, the ring-shaped bundle 21 of the tie bundle element 20 over the user's neck, holding the knot 11 with one hand, the lower end of the tie bundle element 20 When pulling the both ends of the tie bundle element 20 through the locking guide 110, both the locking body 32 of the slide fastener 30 is bitten and fixed to each other, the annular bundle 21 is narrowed to the user Tied to his neck stably.

In this way, after wearing and activating the tie (1), if you want to loosen the tie (1) again pull the knot 100 to the lower side both ends of the annular bundle 21 is separated guide portion 120 It is possible to easily take off the tie (1) because it is loosened and widened while moving along the separation guideway (122) in the gripping groove 111 of the. Then, the tie (1) removed in this way can be easily worn in the same manner as above even during the next wearing.

When explaining the operation of the present invention in more detail, when wearing the tie (1) in Figure 10 to hold the knot 100 with one hand, the lower part of the tie bundle element 20 by the other hand to the lower side When moved, the body of the knot 100 is moved downwardly along both separation guides 122 of the separation guide 120 formed integrally in the body of the knot 100 with both ends of the annular bundle 21. Both parts of the slide fastener 30 are joined while passing through the clamping groove 111 and the guide protrusion 112 of the lock guide part 110 integrally formed at the two locking bodies 32 to be firmly locked.

When the tie 1 is removed, the lower part of the tie bundle element 20 is pulled by one hand while the other hand of the annular bundle part 21 is locked by holding the knot 100 with the other hand and moving upward. After passing through the bifurcation protrusion 121 in the gripping groove 111 and the guide protrusion 112 of the guide portion 110, the slide guides are separated from each other while moving to both separation guide paths 122 of the separation guide portion 120. The lock 30 is released, and thus the annular bundle 21 is widened.

Conventional knots are made of a separate slider for locking and releasing the slide fastener and combined with the knot, so that the configuration is complicated, the assembly and productivity are significantly reduced, and the cost is high. The lock guide 110 and the separation guide 120 is formed integrally so that the slide fastener 30 is locked and released only by the tie 100 itself, so that the configuration is very simple, and Not only is the productivity very good, but the cost is reduced.

And, the ring-shaped bundle 21 of the tie bundle element 20 is the lock guide 110 " The locking grooves 111 and the passage grooves 113 formed in the "" and "-" shapes respectively pass horizontally, and the locking body 32 of the slide fastener 30 is formed at the bottom of the separation guide path 122. Since the direction is changed while moving in the sieve guide groove (122a) is to pass vertically through the separation guideway 122 formed in the "|" shape, when wearing the tie (1) tie tie element (20) and slide fasteners The smooth base surface of the 30 faces forward, and the locking body 32 of the slide fastener 30 faces downward so as not to contact the neck, and the smooth both sides of the annular bundle portion 21 face the upper side. It is directed to the neck so that the phenomenon that the locking body 32 of the slide fastener 30 is pressed against the neck is eliminated, and the curved guide part 123a is formed on the inner wall 123 of the separation guide path 122. Move smoothly along the locking body guide groove (122a), tie tie Both sides of the element 20 are moved smoothly and flexed when they are converted from horizontal to vertical, and only when the base member 31 of the slide fastener 30 is moved in this manner, the inner wall of the separation guide 122 is moved. Only the contact between the 123 and the lower guide ribs 129, the tie base material of the tie bundle element 20 is free to move so that the defects that are damaged by friction and the life is reduced. 31) is usually made of a very tough material compared to the tie base material, it can be ignored that the base material 31 of the slide fastener 30 is damaged by friction.

In addition, since the uneven parts 111a and 129b are formed on the inner surface of the lower guide rib 129 and / or the clamping groove 111 and are in contact with the base member 31 of the slide fastener 30, the tie 1 After wearing the knot 100, it can be worn stably while preventing the phenomenon that the knot 100 slides downward by its own weight without using a separate member such as a leaf spring.

In addition, since the body of the knot 100 is formed in a V shape when viewed from the top, and the front portion of the body is formed with a curved surface 101a that gradually increases from the front end to the rear side than the side, the knot 100 is knotted with the tie ornament element 10. When the part 11 is formed, it can be formed in a good shape, and since the upper guide rib 128 and the lower guide rib 129 are formed in the separation guide path 122 of the knot 100, the annular bundle part 21 can move without interference and restraint on the knot 11 of the tie embellishment element 10.

In addition, the hook piece 131 formed at the rear portion of the knot 100 is used to adjust the length of the tie embellishment element 10, when wearing the tie (1) of the tie embellishment element 10 If you want to adjust the length of the loose, loosen the knot 11 as in the usual tie and adjust the upper portion of the tie embellishment element 10 by the appropriate length in the gap 132 between the engaging piece 131 and the inner wall 123. After the insertion, the knot part 11 is formed and worn again so that the length of the tie embellishment element 10 can be appropriately adjusted according to its own physical condition.

11 and 12 are views showing another embodiment of the present invention, Figure 11 is a side view showing the upper member and the lower member separated, Figure 12 shows the upper member and the lower member separated and shown Top view is shown.

Another embodiment of the present invention shown here is formed by separating the upper portion 101 and the lower portion 102 of the knot 100 described as an embodiment, the lower portion 102 in the fixing groove 103 And a fixing pin 104 is formed on the upper portion 101 so that the upper portion 101 is press-fitted to the fixing groove 103 of the lower portion 102.

In addition, the knot 100 of the other embodiment has an upper portion 101 and a lower portion 102 separated from each other based on the passage groove 113 of the embodiment, and the gripping groove 111 is disposed on the lower portion 102. ), The locking guide groove 122a, the lower guide rib 129, etc. are formed, and the guide protrusion 112 and the upper guide rib 128 are formed on the upper portion 101.

Since the knot 100 according to another embodiment of the present invention is formed separately from the upper portion 101 and the lower portion 102, there is an advantage that can simplify the mold when injection molding the product, Other configurations and operations are the same as in one embodiment.

13 to 21 are views of still another embodiment of the present invention, and the top, front, and side views of the tie are shown in FIGS. 13, 14, and 15, respectively, and FIG. A side view and a cross-sectional view taken along line AA of FIG. 13 are shown in FIG. 17, a line taken along line BB of FIG. 14 is shown in FIG. 19, and a cross-sectional view taken along line CC of FIG. 14 is shown in FIG.

In another embodiment shown in FIG. 13 to FIG. 21, the separating guide path 122 of the knot 100 is formed by the cylinder 126, and the lower guide ribs 124 are formed on the outer wall 124 of the cylinder 126. 129 is formed, a locking body guide groove 122a through which the locking body 32 of the slide fastener 30 is guided is formed at a lower portion of the lower guide rib 129, and an inner wall (130) is formed on the lower guide rib 129. Convex portion 129c protruding toward the side of 123 is formed so that the base member 31 of the slide fastener 30 passing through the separation guide path 122 moves while being in tight contact without being loose.

The outer wall 124 of the cylinder 126 has an opening portion 124a formed to open the front portion, an inclined surface 129d is formed in the middle portion of the lower guide rib 129, and the front portion is thinner than the rear portion. It is formed in a width, so that both ends of the tie-binding element 20 and the slide fastener 30 moves smoothly while passing from the passage groove 113 of the locking guide portion 110 to the separation guide path 122.

In Fig. 13 to Fig. 21, reference numeral 101c shows a weight loss groove for preventing shrinkage deformation.

In this embodiment, both the annular bundles 21 and the slide fasteners 30 of the tie bundle element 20 are locked by the gripping groove 111 and the guide protrusion 112 to pass through the groove 113. After passing horizontally, openings 124a are formed in the outer wall 124 of the cylinder 126 when the separation guide paths 122 of the separation guide part 120 are moved vertically and move while changing from horizontal to vertical. Since it is bent by the curved guide portion 123a formed on the inner wall 123, it smoothly moves without interference.

13 and 17 show a modified example of the clip 130, in which the locking piece 131 of the clip 130 is formed in a plate shape from the side, but in FIGS. 13 and 17 The illustrated locking piece 133 is formed of first, second, and third surfaces 133a, 133b, and 133c so as to look like a triangular plate from above, and thus, the first, second and third surfaces 133a and 133b. ) Is integrally connected to both inner wall 123, and is integrally connected to one inner wall 123 so that one end of the locking section 134 is located at the rear of the locking piece 133. The clearance 135 is formed between the 3rd surface 133c and the latching gap 134. As shown in FIG.

As described above, in the embodiment in which the clip 130 is formed on the body of the knot 100, the tie decorating element 10 is separated from the knot 100 so that the user can arbitrarily combine and use the tie decorating element ( 10) not only has the advantage that can be replaced by a variety of patterns, colors, textures, etc., but also has the advantage that can be used as a tie embellishment element (10) by cutting the usual tie to a suitable length, The tie 130 can be easily and stably fixed by the clip 130 to easily form the knot part 11, and the upper side of the tie embellishment element 10 is formed in the gap 135 of the clip 130. By adjusting the length to be inserted can be worn to adjust the length exposed to the front freely.

In more detail, a variant having the clip 130 shown in FIGS. 13 and 17 shows that the tie embellishment element 10 is rolled out of the knot 100 to form the knot 11. When the upper end of the tie embellishment element 10 is inserted into the gap 135 between the engaging piece 133 and the hanger 134, the upper part of the tie embellishment element 10 is wound to form the knot part 11. The upper end of the embellishment element 10 is caught in the narrow gap 135 between the engaging piece 133 and the engaging section 134 to easily and stably form the knot part 11, as well as the knot part. (11) is correctly formed without being caught to one side by hooking the lower end of the interlock 134.

The hook piece 131 of the clip 130 shown in FIGS. 1 to 10 has an upper portion of the tie embellishment element 10 when the tie embellishment element 10 is wound to form the knot part 11. Although the shape of the knot 11 is slightly inclined while being inclined, the modified example of FIGS. 13 and 17 is caught when the tie fitting element 10 is wound around the knot 100 to form the knot 11. The liver 134 prevents the upper side of the tie embellishment element 10 from being inclined to form a right triangle of the knot part 11.

In addition, while forming the knot 11, the upper end portion of the tie embellishment element 10 is freely adjusted and inserted into the gap 135 between the engaging piece 133 and the interlock 134, and the tie embellishment element ( If the upper part of the 10 is turned to the outside of the knot 100 to form the knot 11, the length of the tie embellishment element 10 is exposed to the front can be easily adjusted, the exposed length is a gap 135 It can be adjusted in various ways according to the amount inserted.

At the end of the tie embellishment element 10, as shown in FIG. 21, the plurality of locking protrusions 12 (12a, 12b, 12c, 12d) may be formed to protrude by a method such as sewing with a thread. Any one of the engaging portions 12; 12a, 12b, 12c, and 12d is inserted into the gap 135 between the engaging piece 133 of the clip 130 and the engaging interval 134 by inserting the upper end of the tie embellishment element 10. After the hook is caught on the lower end of the locking section 134, by forming the knot 11, the length exposed to the front of the tie embellishment element 10 more easily by the locking projections (12; 12a, 12b, 12c, 12d) Can be adjusted step by step.

That is, when the length of the tie embellishment element 10 is to be adjusted for a long time, the locking protrusion 12a of the tie embellishment element 10 is caught, and when the length of the tie embellishment element 10 is to be adjusted, the protrusion of the tie embellishment element 10 is shortened. It is possible to adjust the exposed length of the tie embellishment element (10) by wearing the hanging (12d).

FIG. 18 is a sectional view corresponding to the sectional view taken along the line A-A of FIG. 13, and another modified clip 130 is shown.

The clip 130 illustrated in FIG. 1 includes a vertical locking piece 133d integrally formed at a rear end of the locking piece 133, and a vertical locking piece parallel to the vertical locking piece 133d instead of the locking interval 134. 136 is formed.

The clip 130 has a narrow gap 137 formed vertically between the vertical locking pieces 133d and 136 to the lower side, so that the upper end portion of the tie embellishment element 10 is formed when the knot 11 is formed. Inserted between the gaps 137 can be more stably fixed.

In the above description, the clip 130 has been described as an example formed in the rear portion of the body of the knot 100, but may also be formed on the lower surface of the body, and may be formed by changing the shape and position.

As the tie provided with the present invention knot as described above, the locking guide 110 and the separating guide 120 for locking and releasing the slide fastener 30 on the body of the knot 100 are integrally formed. Compared with a conventional slider, the configuration is very simple, the assembly and productivity can be improved, and the cost of the product can be greatly reduced.

In addition, a locking body guide groove 122a is formed at the bottom of the separation guide path 122 of the separation guide 120 so that the locking body 32 of the slide fastener 30 moves on the locking guide groove 122a. And move horizontally in the locking guide 110 and move vertically in the separating guideway 122, and when the tie 1 is worn, the smoothness of the slide fastener 30 is attached to the tie bundle element 20. The surface faces forward, and the locking body of the slide fastener 30 is not in contact with the neck, and the smooth both sides of the annular bundle 21 are in contact with the neck, so that the locking body of the slide fastener 30 is in contact with the neck. The pressure of 32 on the neck is eliminated.

In addition, since the curved guide part 123a is formed in the inner wall 123 of the separating guide path 122, it smoothly moves along the locking body guide groove 122a, and both sides of the tie bundle element 20 are vertically vertical. When converted to, it will bend smoothly and move. In addition, only the base material 31 of the slide fastener 30 is contacted between the inner wall 123 of the separating guide path 122 and the lower guide rib 129 when it is moved in this manner, and the tie of the tie tie element 20. Since the base material moves freely, defects that are deteriorated by failure due to friction are eliminated.

In addition, since the uneven parts 111a and 129b are formed on the inner surface of the lower guide rib 129 and / or the clamping groove 111 and are in contact with the base member 31 of the slide fastener 30, the tie 1 After wearing the knot 100, it can be worn stably while preventing the phenomenon that the knot 100 slides downward by its own weight without using a separate member such as a leaf spring.

In addition, since the body of the knot 100 is formed in a V shape when viewed from the top, and the front portion of the body is formed with a curved surface 101a that gradually increases from the front end to the rear side than the side, the knot 100 is knotted with the tie ornament element 10. When the part 11 is formed, it can form in a favorable shape.

In particular, the present invention is to separate the tie embellishment element 10 from the knot 100 and to be used by the user arbitrarily combined, so that the tie embellishment element 10 in a variety of different tie embellishment elements (10) ), There is an advantage that it can be replaced, and the tie decoration element 10 is easily and stably fixed by the clip 130 formed at the rear of the knot 100 to easily form the knot 11. There is an advantage that, by adjusting the length of the upper portion of the tie embellishment element 10 is inserted into the gap of the clip 130, the tie embellishment element 10 is exposed to the front can be freely adjusted to wear down There is an advantage.

In addition, the triangular plate-shaped clip 130 integrally formed on the inner wall 123 is formed on the upper side of the tie embellishment element 10 when the tie embellishment element 10 is wound around the knot 100 to form the knot part 11. There is an advantage that the shape of the knot 11 is correctly formed by preventing the inclination of the addition.

As a result, the tie provided with the knot of the present invention is excellent in production and assembly, and has the effect of reducing the cost of the product, and has the effect of greatly extending the service life by preventing damage caused by friction. Moreover, various types of ties can be worn in various ways simply and in good shape, and the effect of adjusting the length of the ties according to physical conditions, tastes and personalities can be worn. Therefore, the tie provided with the knot of the present invention is an excellent design that can greatly improve the value, reliability and competitiveness of the product.

Although the embodiments of the present invention have been described so far, the present invention is not limited thereto, and various embodiments that can be modified and changed within the true spirit and scope of the principles described and claimed are within the protection scope of the present invention. You will have to understand.

Claims (15)

Both ends of the slide fastener 30 are joined together to move and lock the locking guide portion 110, the both ends of the slide fastener 30, the knot opening 100 integrally combined with the separating guide portion 120 to move ; A tie embellishment element (10), the upper portion of which is wound around the knot (100) to form a knot (11); The knot tool is characterized in that it comprises a tie tie element 20 is coupled to the knot 100 and both sides of the slide fastener 30 is attached to the inner side edges of both ends of the annular bundle 21. Stocked tie. Both sides of the annular bundle 21 of the tie bundle element 20 and both sides of the slide fastener 30 attached to the inner side of the tie bundle element 10 are wound together to form a knot 11. Locking guide portion 110 that is locked while moving, and both sides of the annular bundle portion 21 and the both sides of the slide fastener 30 is separated from the moving guide portion 120 is formed integrally formed Plastic injection molding material. According to claim 2, wherein the gripping groove 111 which is locked while both the locking body 32 of the slide fastener 30 is combined and moved to the lower end of the body, and the slide fastener 30 is interposed in the upper end portion A guide groove 112 for guiding the lock to move stably through the groove 111 and a passage groove for stably passing the annular bundle portion 21 between the holding groove 111 and the guide protrusion 112. Synthetic resin injection molding knots, characterized in that the 113 is formed lock guide portion 110 is formed. According to claim 2, Separately separated from each other from the clamping groove 111 in the body gradually separated from the guideway 122 for guiding the ring-shaped bundle portion 21 and the slide fasteners 30 to move smoothly; The synthetic resin injection molding knotted mouth, characterized in that the branching protrusions 121 are formed at the leading end points of the separation guide paths 122 on both sides. The clamping groove 111 and the passage groove 113 of the locking guide 110, respectively, so that both ends of the annular bundle portion 21 and the slide fastener 30 passes horizontally. It is formed in the "type" and "-" shape, and the guide protrusion 112 is formed to protrude to the outside of the gripping groove 111 by a predetermined distance (D1) synthetic resin injection molding material knot. According to claim 2, The separation guide 122 is formed in a "|" shape so that both ends of the annular bundle 21 and the slide fastener 30 vertically, the separation guide 122 The inner wall 123 of the synthetic resin injection molding knot formed, characterized in that the curved guide portion (123a) is formed so that both ends of the annular bundle portion 21 and the slide fastener 30 smoothly bent from horizontal to vertical. . According to claim 2, The separation guide path 122 is a locking body guide groove to move the locking body 32 of the slide fastener 30 between the inner wall 123 and the outer wall 124 and the bottom portion 125 122a is formed, the upper portion of the outer wall 124 is opened, the upper guide rib 128 is formed at the upper end of the inner wall 123, and the lower guide rib 129 is formed at the upper end of the outer wall 124. Synthetic resin injection molding material knot. The lower guide rib 129 is formed in the outer wall 124 of the cylindrical body 126, and the lower guide rib 129 is formed in the cylindrical body 126. A locking body guide groove 122a through which the locking body 32 of the slide fastener 30 is guided is formed, and a convex portion 129c protruding toward the inner wall 123 is formed in the lower guide rib 129, and the lower side is formed. Synthetic resin injection molding knots, characterized in that the convex portion (129c) protruding toward the inner wall 123 side is formed in the guide rib (129). According to claim 2, wherein the upper portion 101 and the lower portion 102 is formed separately from each other, the lower portion 102 is formed with a fixing groove 103, the upper portion 101 is fixed pin ( 104 is formed, the upper portion 101 is a synthetic resin injection molding knot, characterized in that configured to press the fixing pin 104 by pressing the fixing groove 103 of the lower portion (102). The uneven part 111a according to any one of claims 2 to 9, wherein the base member 31 of the slide fastener 30 moves tightly to the clamping groove 111 and / or the lower guide rib 129. ), 129b is a synthetic resin injection molding material knot. The method of claim 2, wherein both of the separation guide paths 122 of the separation guide part 120 form a V shape, and the front part of the upper part 101 gradually increases from the front end to the rear part. The lower guide rib 129 is formed to have a curved surface 101a, and the lower guide rib 129 is formed to have a thickness smaller than a predetermined interval D2 of the margin so as to contact the margin of the base member 31 of the slide fastener 30. The inner front portion of the lower guide rib 129 is a synthetic resin injection molding material knot, characterized in that formed by the curved portion (129a) so that both sides of the annular bundle portion 21 moves along the separation guideway (122). Synthetic resin injection molding knot characterized in that the upper portion of the tie embellishment element 10 is wound to form a knot 11, and the clip 130 is formed integrally with the upper portion of the tie embellishment element 10. phrase. The method of claim 12, wherein the clip 130 has a locking piece 131 is formed parallel to the inner wall 123 in the rear portion of the body, the gap between the locking piece 131 and the inner wall 123 ( 132 is a synthetic resin injection molding material knot. The method of claim 12, wherein the clip 130 is composed of a locking piece 133 and the locking section 134 is formed integrally in the rear portion of the body, the locking piece 133 is the first, second, first 3 and 133a, 133b, and 133c are formed so as to look like a triangular plate from above, and the first and second surfaces 133a and 133b are integrally connected to both inner wall 123, One end portion 134 is integrally connected to one inner wall 123 so as to be positioned at a rear portion of the engaging piece 133, and there is a gap between the third surface 133c of the engaging piece 133 and the engaging interval 134. Plastic injection molding material knot, characterized in that configured to form (135). The method of claim 14, wherein the clip 130 is integrally formed so that the vertical locking piece 136 is located in the rear of the locking piece 133, and the vertical end at the rear end of the locking piece 133 A vertical locking piece 133d is formed in parallel with the locking piece 136, and a gap 137 is formed between the vertical locking pieces 133d and 136 to form a synthetic injection molding material knot.