TWM559079U - Drawstring-type waistband structure improvement - Google Patents

Abstract

The utility model relates to a structure improvement of a stringing pant belt, which is formed by combining a first elastic band body with a second elastic band body and an elastic drawstring belt, and the first elastic band body is arranged on the lower edge side. The connecting surface is provided with one or more perforating passages at the center of the connecting surface, and the outer end side of each of the upper perforating passages is provided with a bundle hole for the elastic drawstring to be drawn and pulled at the surface layer, second The elastic strip body and the first elastic strip body are vertically opposed to each other, and the upper surface of the second elastic strip body is provided with a connecting surface, and the lower perforating path is opposite to the corresponding perforated track on the first elastic strip body, thereby utilizing the first When the two elastic bands are woven, the connecting faces of the first and second elastic bands are simultaneously connected with the two connecting faces by the upper and lower seams of the warp yarns to form a double-layer elastic band of the double-layered bonding layer, and at the same time The upper and lower perforation passages are combined into a perforation passage, so that the elastic drawstring belt can be simultaneously threaded through the perforation passage between the two joint surfaces, and corresponding to the bundle hole at the surface of the first elastic belt body. At the same time, the hook is extended to extend a section of the elastic drawstring with the bare section to make it At the same time, the elastic band body is integrally woven with the second elastic band body, and the elastic drawstring can be integrated and integrated into the three-in-one stringing pant headband without secondary processing, which is more time-saving and labor-saving. The production efficiency of mass production and automation.

Description

Rope pants headband structure improvement

This creation department relates to the improvement of the structure of a stringing pant belt headband, especially the double elastic band body with a combined layer, which can be simultaneously and automatically threaded with a drawstring belt to complete the automatic three-in-one threading. Pants strap structure.

Press, as shown in Fig. 1, generally used for tightening the knot on the traditional elastic waistband (2), the drawstring (1) can be adjusted to adjust the waist tightness of the pants. The most common combination is mostly in the pants (2). A perforation (201) is provided opposite to the front end of the front end, and the trouser ring is provided with a through passage (202), so that the drawstring (1) is pierced into the trousers through the perforation (201) on one side of the trousers ( 202) Further extending through the perforation (201) on the other side of the cuff, so that the two bundles (101) of the drawstring (1) are properly dropped on the pant (2) so that the user can utilize the tie of the drawstring (1). Section (101) bundle adjusts the tightness of the elastic band (2). However, the sewing work of the elastic pants must be preceded by the elastic band (3), and then the secondary processing drawstring (1) The pants surrounding passage (202) protrudes from the bundled section (101) by the piercing perforation (201), so that the producer needs to increase the cost by multiple processes and multiple working hours in production, and it is impossible to enhance the competition of the industry. Force, again, the drawstring of the formula (1) is easy to use during the wearing activity or after the laundry, causing the drawstring (1) to be pulled out of the perforation (201) or slipped into the trousers (202), resulting in use You must re-draw the drawstring (1) from your pants. The hole (201) is pierced into the trousers (202) or pulled out of the trousers (202), which is not ideal for use, and is necessary for improvement.

In view of the above-mentioned shortcomings of the above-mentioned practices, the author has exhausted his mind to study and design carefully, and has been adhering to the creative spirit of perseverance. After many discussions and trials and full improvement of the concept and improvement, the author has launched this creation.

The main purpose of the present invention is to provide an improved structure of a stringing pant belt, which utilizes a first elastic band of a double elastic band and a second elastic band and An elastic drawstring belt is integrally formed and integrally formed, so that the two elastic joints of the first elastic belt body and the second elastic belt body are connected by a warp yarn to form a double layer joint layer, and the joint surface is formed. The upper and lower perforation passages are combined to form a hidden perforation passage for receiving the elastic drawstring belt, and are spaced apart from the first elastic belt body by a plurality of corresponding first and second elastic belt bodies. The bundled hole at the end of the perforation end allows the bundled hole to communicate with the perforation passage, so that the elastic drawstring belt can be woven at the joint surface of the first and second elastic belts, and the stretched stretch can be drawn at the bundled hole of the predetermined surface layer A suitable elastic drawstring with a bare section is formed to form a drawstring for the wearing of the rope headband, and a double-layer elastic layer and a flexible drawstring belt can be used for simultaneous knotting and stretching. In the sewing work of the elastic belt surface on the waist circumference of the trousers, the three-in-one threading trousers can be formed in one time, without secondary processing, which makes the sewing operation more accurate and rapid, and achieves more time-saving production. Provincial production efficiency.

The second objective of the present invention is to provide a structure improvement of a stringing pant belt, which utilizes a first elastic band body of a double elastic band and a second elastic band body to be integrally woven with an elastic drawstring. The integrally formed surface is such that the two connecting faces of the first elastic band body and the second elastic band body are connected by a warp yarn to the upper and lower sides of the warp yarn to form a double layer joint layer on the outer side of the double layer joint layer. A fork piece having a "Y" type opening can be woven at the same time, so that one of the available knots can be covered with the covering section, so that the upper fork piece body is the first elastic band body, and the lower layer fork piece body is the second elasticity. The belt body is combined with the upper and lower perforation passages at the center of the joint surface to form a hidden perforation passage for receiving the elastic drawstring belt, and is spaced apart from the surface of the first elastic belt body to have a plurality of corresponding first and second elastic The bundled hole at the upper and lower perforated end of the belt body enables the bundled hole to communicate with the perforation passage, so that the elastic drawstring belt can be woven at the joint surface of the first and second elastic belts, and can be bundled at a predetermined surface layer. The hook at the hole protrudes out of a suitable section of the elastic drawstring to form a string for the wearer. The drawstring used in the headband is a two-layer elastic belt body with a double-layered joint covering section and a three-in-one stringing belt headband which can be synchronously stretched and stretched.

Another object of the present invention is to provide a structure improvement of a stringing pant belt, which is used for synthesizing a single layer of a two-layer elastic layer body and synthesizing a single layer of the same layer, and simultaneously weaving in the middle of the two bonding layers. Set in a tubular perforation channel for bombs The drawstring belt is stretched so that the tubular upper layer above the corresponding tubular perforation channel is set as the first elastic band body, and the tubular lower layer below the corresponding tubular perforation channel is set as the second elastic band body, in the first elastic band body The surface of the surface is provided with a bundled hole communicating with the perforation channel, so that the elastic drawstring belt can be woven at the first and second elastic belt joint layers, and can be extended at the predetermined surface layer The section of the elastic drawstring belt has a bare section, forming a drawstring for the wearing of the rope headband, and achieving a double-layer elastic belt body with a single layer of the combined layer and a synchronous drawstring extension with the elastic drawstring belt to complete the three-in-one stringing Pants straps.

Another object of the present invention is to provide an improved structure of a stringing pant belt, which is used for synthesizing a single layer of a two-layer elastic layer body and synthesizing a single layer of the outer layer. At the edge end side, a fork piece having a "Y" type opening can be woven at the same time, so that one of the engaging knots for forming a car knot can be formed, so that the upper fork piece body is the first elastic band body, and the lower layer fork piece body is The second elastic band body is synchronously woven in the middle of the two single layer bonding layers to form a tubular perforation channel, and the elastic drawstring tape is worn and stretched so that the tubular upper layer above the corresponding tubular perforation channel is set as the first elastic band body. The tubular lower layer corresponding to the tubular perforation channel is set as the second elastic band body, and the beam-forming hole communicating with the perforation channel is formed on the surface layer of the first elastic band body, so that the elastic drawstring belt can be used in the first elastic band At the same time, the body bonding layer is woven at the predetermined surface layer, and the bare band of the elastic drawstring strip is extended at the bundled hole of the surface layer to form a drawstring for the wearing of the rope headband to achieve a single layer bonding layer. Double-layer elastic belt body of the covering section and the same time as the elastic drawstring belt Stretch the three-in-one rope-tied headband.

Practice:

1‧‧‧ Drawstring

101‧‧‧Bundle

2‧‧‧ pants

201‧‧‧Perforation

202‧‧‧through

3‧‧‧ elastic band

This creation:

10, 10', 10", 10'''‧‧‧ 穿穿裤带带

11, 11', 11", 11'''‧‧‧ first elastic band

111, 111', 111", 111'''‧‧‧ joint faces

112, 112', 112", 112'''‧‧‧ upper perforation

113, 113', 113", 113'''‧‧‧ table level

114, 114', 114", 114'''‧‧‧

12, 12', 12", 12'''‧‧‧ second elastic band

121, 121', 121", 121'''‧‧‧ joint faces

122, 122', 122", 122'''‧‧‧ lower perforation

13, 13', 13", 13'''‧‧‧ Elastic drawstrings

14, 14' ‧ ‧ double layer bonding layer

14", 14'''‧‧‧ single layer bonding layer

141‧‧‧Segment

15, 15' ‧ ‧ perforated passage

15", 15'''‧‧‧Through perforated passage

Figure 1 is a perspective view of the habit.

Figure 2 is a perspective view of the creation.

Figure 3 is a partial perspective view of the creation.

Figure 4 is a cross-sectional view of the creation.

Figure 5 is a side view of the creation.

Figure 6 is a first embodiment of the present invention.

Figure 7 is a second embodiment of the present invention.

Figure 8 is a third embodiment of the present invention.

The following is a detailed description of the best implementation of this creation. For example, as shown in Figure 2, a three-dimensional diagram of this creation (please also refer to Figure 3), the wearing of the rope headband (10) is a A double elastic band body of an elastic band body (11) and a second elastic band body (12) is combined with an elastic drawstring belt (13) integrally woven and pierced, and the first elastic band body (11) The lower edge surface is provided with a connecting surface (111), and one or more suitable perforation paths (112) are disposed at a center of the connecting surface (111) of the lower edge surface of the first elastic strip body (11). And at the outer surface side of each of the upper perforation passages (112) at the surface level (113), there is a bundled hole (114) for the elastic drawstring belt (13) to be drawn and pulled, and the second elastic belt body (12) and the first An elastic strip body (11) is vertically opposed to each other, and an upper surface of the second elastic strip body (12) is provided with a connecting surface (121), and is disposed at a perforation path (112) corresponding to the first elastic strip body (11). The lower perforation path (122) is opposite to the first and second elastic bands (11, 12). When the first and second elastic bands (11, 12) are knit, the connecting faces (111, 121) are simultaneously joined by a warp yarn to form a knot segment (141). Connecting the first and second elastic bands (11, 12) to form a a double elastic band body of the double-layer bonding layer (14), the second elastic band body (12) connecting surface is coupled to the lower edge of the connecting surface (112) of the first elastic band body (11), and the first elastic band body (11) The perforation path (112) above the lower edge of the connecting surface (111) is oppositely combined with the perforation path (122) under the connecting surface (121) of the second elastic band body (12) to form an elastic drawstring ( 13) a perforation passage (15) for extending and extending, and communicating with the bundle holes (114) of the surface layer (113) of the first elastic band body (11), so that the elastic drawstring belt (13) can be worn on the two connections The surface (the perforation channel (15) between the 111 and the 112, and corresponding to the bundle hole (114) of the surface layer (113) of the first elastic band body (11) can be seduce the stretched elastic section of the elastic drawstring Thereby, the first and second elastic webbings (11, 12) are integrally woven into two double elastic strips with two outer layers (14) at the same time, and the elastic drawstring belts (13) can be synchronously worn to complete the automatic wearing. Stretching and positioning three-in-one wearing a rope headband (10) one-piece car knot through molding.

When it is intended to be used for the tightness adjustment of the trousers (or clothes, caps, etc.), it is only necessary to directly cut a suitable length of the waist or the size of the bare elastic band of the exposed elastic drawstring (114). The length of the stringing trousers (10) with the body (as shown in Figure 3), you can Directly carry out the elastic waist tight seam sewing operation of the waistband of the trousers to form the sewing seam in one position, and at the same time, pull out the elastic end of the stretched elastic drawstring with a suitable section and then cut the shape to form a bundle of knots. Drawstring trousers (10) Drawstring used for the knot, to reach the rope trousers headband (10) The carton elastic band and the drawstring can be installed at one time, without the need for the overall method of wearing the drawstring and the end of the car. Work industry processing, to achieve more efficient production and automation of production and automation.

The first elastic band body (11) of the above two-layer elastic band body is set as an upper layer, and the second elastic band body (12) is set as a lower layer, and the upper layer and the lower layer may be the front side of the stringing pant belt (10). Or the reverse side, the upper and lower elastic fiber warp yarns can be controlled according to a specific proportion of the tissue direction, that is, a part of the elastic fiber warp yarn is longitudinally moved in a single weft yarn position of the transverse yarn to a narrow flat weave. a webbing, wherein the upper part of the elastic fiber warp yarn can be moved longitudinally in the middle, the fifth upper middle or the seventh upper middle and the lower part of the elastic fiber warp yarn longitudinal movement to go three times in the middle, five in the middle or seven in the next The flat weave structure is matched, or it can be set as the upper and lower layers of the elastic fiber warp yarn longitudinal movement while walking two upper two, two middle two, so that the upper and lower layers can change phase and different grain effect.

The first elastic band body (11) of the double elastic band body and the second elastic band body (12) are separated by a warp yarn (141), and the elastic fiber warp yarn can control the tissue according to a specific ratio. To strike, that is, to move a portion of the elastic fiber warp yarn longitudinally in a single weft yarn position of the transverse yarn, one middle, one upper, middle, lower, middle, middle, third, middle, third, middle, and lower, and the first elastic belt The structural structure of the texture design of the second elastic band body.

The first elastic band body (11) of the above two-layer elastic band body is set as an upper layer, and the second elastic band body (12) is set as a lower layer, and the upper layer and the lower layer may be the front side of the stringing pant belt (10). Or if the reverse side is used, if the embossed pattern or pattern is to be provided, the elastic fibers of the upper layer and the lower layer can be controlled according to a specific ratio, that is, a part of the elastic fiber warp yarn is in a transverse yarn. a flat weave structure in which the longitudinal direction of the single weft yarn is moved, and a part of the elastic fiber warp yarn is longitudinally moved by a computer to a plurality of weft yarns at a predetermined number of weft yarns, and the elastic fiber is elastically wound. The warp yarn is interlaced on a plurality of weft yarns of a predetermined number of weft yarns, so that the warp and weft interlaced tissue has a convex unit on the back side of the weft, so that the multiple of the portion is enlarged, so that the elastic fiber warp yarn and the weft yarn have a single warp or a single warp single weft structure. The change of the float length can be controlled according to the computerized control of the elastic fiber warp yarn according to the computer to control the distribution of the entire structure, so that the elastic fiber structure forms a part of the plain weave surface and a part of the weave surface is floating and convex. Three-dimensional woven surface, its organizational structure can be set to three upper one, five upper one, two upper two, one upper three or can be set to three next, five next, two second, one middle Three different computer embossing or pattern effect generators can be formed.

As shown in the sixth figure, FIG. 1 is an embodiment of the present invention, and the first and second elastic band bodies (11', 12') connecting surfaces (111', 121') of the double elastic band are integrally woven. a double-layered bonding layer (14') formed on both outer sides of the junction, which can be woven on the outer edge end side of the double-layer bonding layer (14') to form a fork piece having a "Y"-shaped opening. One of the knots is used to clamp the wrap section, which can be quickly covered with the pant or coat to make the seam surface more beautiful.

As shown in the seventh figure, FIG. 2 is an embodiment of the present invention, and the wearing belt headband (10〞) is provided by a first elastic belt body (11〞) and a second elastic belt body (12〞). The double-layer elastic band body and an elastic drawstring belt are arranged on the outer side edges of the double-layer elastic belt body to be woven into a single layer joint layer (14 inches), and the single layer joint layer on the two outer sides. (14〞) The middle can be synchronously woven into a tubular perforation passage (15〞), so that the tubular upper layer above the corresponding tubular perforation passage (15〞) is set as the first elastic belt body (11〞), corresponding to the tubular perforation passage ( 15〞) The lower tubular layer is set as the second elastic band (12〞), and the tubular perforation channel (15〞) corresponds to the first elastic band (11〞). (112〞) and the second elastic band body (12〞) are connected to each other by a lower perforation path (122〞), which can be worn by the elastic drawstring (13〞). An elastic belt body (11〞) surface layer (113〞) corresponding to the first and second elastic belt bodies (11〞, 12〞) and the lower perforation roads (112〞, 122〞) are oppositely opened at the outer end Elastic drawstring belt (13 ) The bundled hole (114〞) is drawn through and pulled out, and communicates with the bundled holes (141〞) of the surface layer (113〞) of the first elastic band body (11〞), so that the elastic drawstring belt (13〞) ) can be worn on the two connecting faces (111 〞, 112 之 between the tubular perforation channel (15 〞), and corresponds to the first An elastic band body (11〞) at the surface layer (113〞) of the beam-forming hole (114〞) can be used to smear a bare section of the drawstring, so that it can simultaneously sew a single layer of double layer The elastic band body and the elastic drawstring (13〞) are combined into a three-in-one stringing pant belt (10〞).

As shown in the eighth figure, FIG. 3 is another embodiment of the present invention. The wearing belt headband (10''') is provided with a first elastic belt body (11''') and a second elastic belt. The double-layer elastic belt body of the body (12''') is composed of an elastic drawstring belt, and the two outer side edges of the double-layer elastic belt body can be simultaneously and integrally woven into a single layer joint layer (14'''). The outer end of one of the single-layer bonding layers (14''') can simultaneously knit a fork piece having a "Y"-shaped opening, so that the "Y"-shaped opening fork body can be used for the car to be used. A sandwiching and covering section can be clamped and combined with the end of the trousers or the hood of the hood to quickly cover the seam, so that the seam surface is more beautiful, and the single layer of the two outer layers (14'' The intermediate synchronous weaving is a tubular perforation passage (15'''), so that the tubular upper layer above the corresponding tubular perforation passage (15''') is set as the first elastic belt body (11'''), corresponding to the tubular perforation The tubular lower layer below the channel (15''') is set as the second elastic band (12'''), and the tubular perforation channel (15''') corresponds to the first elastic band (11'''). The lower edge surface of the connecting surface is the connecting surface of the upper perforation path (112''') and the second elastic band body (12''') The rim surface is formed by opposing the lower perforation passages (122'''), and the elastic drawstring belt (13''') is stretched and stretched on the surface of the first elastic belt body (11''') (113 ''') corresponding to the first and second elastic bands (11''', 12''') above and at the outer end of the lower perforation (112''', 122''') The drawstring belt (13''') penetrates and pulls out the bundled hole (114'''), and the bundled hole of the surface layer (113''') of the first elastic band body (11''') (141'''), the elastic drawstring (13''') can be worn through the tubular perforation passage (15''') between the two joint faces (111''', 112'''). And corresponding to the bundle hole (114''') of the surface layer (113''') of the first elastic band body (11'''), the naked section of the drawstring can be seduce, so that it can be integrated at the same time. A three-in-one stringing pant belt (10'') that is woven with a single layer of a single layer (14''') and an elastic drawstring (13''').

The single-layer bonding layer (14", 14"') of the above-mentioned stringing pan headband (10", 10""), the elastic fiber warp yarn can control the tissue orientation according to a specific ratio, that is, the part will be The elastic fiber warp yarn moves longitudinally in a single weft yarn position of a transverse yarn, three times, four times, five times, seven combinations, or one or three times. The structure of one or four, one, five, one, seven, or two, and if you want to add the word or pattern, the elastic fiber warp of the tubular upper layer and the lower layer of the tube can be further specified. Proportional control of the organization direction, that is, a part of the elastic fiber warp yarn is longitudinally moved to a flat weave structure at a single weft yarn position of the transverse yarn, and a part of the elastic fiber warp yarn is used by a computer to draw a plurality of weft yarns at a predetermined weft number. The longitudinal movement of the position moves the entire structure, and the elastic fiber warp yarn is interlaced on the plurality of weft yarns of the predetermined weft number, so that the warp and weft interlaced tissue has a convex unit on the back surface, so that the multiple of the part becomes larger, thereby making the elastic fiber warp and weft. According to the stencil pattern of the single warp or multi-weft or single warp weft structure, the elastic fiber warp yarn can be controlled to distribute the whole structure according to the computer-controlled elastic fiber warp, so that the elastic fiber structure forms a part of the plain weave. And a part of the weaving surface has a convex shape and a three-dimensional weave surface, and the structure can be set to three up, four up, five up, seven up or Set on three of the next, the next four, five or the next, the next seven, to form different words or the computer jacquard pattern effects producer.

The first elastic band body (11", 11"" above the corresponding perforation passages (15", 15"") of the above-mentioned stringing pan headband (10", 10"") is set as a tubular upper layer. The second elastic band body (12", 12"" below the corresponding perforation passages (15", 15"") is a tubular lower layer, and the tubular upper layer and the tubular lower layer may be a stringing pant belt (10). ", 10''') used on the front or the back, the elastic fiber warp yarn of the tubular upper layer and the tubular lower layer can be controlled according to a specific proportion, that is, a part of the elastic fiber warp yarn in a transverse yarn a narrow flat woven webbing with a longitudinal movement in the position of the weft yarn, wherein the elastic layer of the upper elastic layer of the tubular upper layer can be longitudinally moved in the upper three middle, the fifth upper middle, the seventh upper middle, or the second upper middle and the lower elastic part of the tubular lower part. The longitudinal movement of the warp yarns is matched by the flat weave structure of the middle, the fifth, the middle, the second or the second, and the second and second layers of the warp are matched with each other, so that the tubular upper and lower layers can be phase-changed with different grain effects, and if they are to be added, When the embossed lettering or pattern is used, the elastic upper layer of the tubular upper layer and the tubular lower layer can be further Proportional control of the organization direction, that is, a part of the elastic fiber warp yarn is longitudinally moved to a flat weave structure at a single weft yarn position of the transverse yarn, and a part of the elastic fiber warp yarn is used by a computer to draw a plurality of weft yarns at a predetermined weft number. position The upper longitudinal movement moves the entire structure, and the elastic fiber warp yarn is interlaced on the plurality of weft yarns of the predetermined weft thread, so that the warp and weft interlaced tissue has a convex unit on the back surface, so that the multiple of the portion becomes larger, so that the elastic fiber warp and the weft yarn are The change of the floating length of the single-waist multi-weft or single warp single-latitude structure can be controlled according to the computer-controlled elastic fiber warp yarn according to the style of the stencil to be presented, and the elastic fiber structure is formed into a part of the plain weave surface and A part of the weaving surface is a three-dimensional woven surface with a convex shape and a convex shape. The structure can be set as three upper ones, five upper ones, seven upper ones, two upper two middle ones, one upper three middles or can be set to three In the next middle, the fifth middle, the second, the second, the seventh, the second, the second, the third, and the third, you can form different computerized flower or pattern effect generators.

In summary, when Zhizhi creation can be widely used by related industries, and this creation has met the requirements of the Patent Law before the application, it has proposed a new type of patent application according to law, and asks the bureau to inspect the patent and benefit the patent. prayer.

However, the above is only one of the possible embodiments of this creation and has been limited to the scope of the implementation of this creation, that is, the equivalent changes or modifications of the characteristics and spirit described in the scope of this application are still This creative patent covers the scope.

Claims (11)

The utility model relates to a structure improvement of a stringing pant belt, which is combined with a second elastic band body and a second elastic band body and an elastic drawstring belt to form a suitable length double elastic band body, the first elastic band The body is provided with a connecting surface, and one or more upper perforating paths are arranged at a center of the connecting surface, and a binding hole is formed on an outer surface side of the upper perforating path facing the surface of the connecting surface, and the second elastic band body is provided with a connecting surface Providing a lower perforation path at a perforation path corresponding to the first elastic band body, so that the first and second elastic band bodies are connected with a warp seam segment to form a double layer bonding layer, and at the same time The lower perforation passages are combined into a perforation passage, so that the elastic drawstring belt can be inserted through the perforation passage between the two joint faces, and the bundled holes at the surface of the first elastic band can be simultaneously seduce and protruded a suitable elastic drawstring belt has a bare section, so that the first elastic belt body and the second elastic belt body are integrally woven into two double-layer elastic belt bodies with two outer layers, and the elastic drawstring belt can be synchronously worn. Complete automatic stretch positioning three-in-one wearing rope pants with one car Bored molding. According to the first aspect of the invention, the first elastic band body and the second elastic band system are vertically opposed to each other, wherein the first elastic band connecting surface is disposed on the first elastic The lower elastic belt connecting surface is disposed on the upper surface of the second elastic belt body. The improved structure of the stringing belt headband according to claim 1, wherein the first elastic belt body and the second elastic belt body are integrally woven into two outer double layer bonding layers, and the double layer bonding layer has an outer edge. The end side can simultaneously woven a fork piece having a "Y" type opening, so that one of the available knots can be covered with the covering section, so that the upper fork piece body is the first elastic band body, and the lower layer fork piece body is the first Two elastic bands. According to the invention of claim 1, the first elastic band system is set as an upper layer, and the second elastic band system is set as a lower layer, and the upper layer and the lower layer can be used as a stringing pan headband. Or use it on the reverse side. According to the fourth aspect of the invention, the rope wearing belt headband structure is improved, wherein the first elastic belt body (upper layer) and the second elastic belt body (lower layer) elastic fiber warp yarn can further control the tissue orientation according to a specific ratio. a part of the elastic fiber warp yarn in one a flat weave structure in which the longitudinal yarn moves in a single weft yarn position of the transverse yarn, or a part of the elastic fiber warp yarn may be longitudinally moved to the entire structure at a plurality of weft yarn positions of a predetermined weft yarn by a computer, and the elastic fiber warp yarn is interwoven On the multi-weft yarn of the predetermined number of wefts, the warp and weft interlaced tissue has a convex unit on the back side of the weft, so that the multiple of the part is enlarged, so that the elastic fiber warp and the weft yarn are floated by a single warp or a single warp single weft structure. According to the stencil pattern to be presented, the elastic fiber warp yarn can be controlled according to the computer to control the distribution of the entire structure, so that the elastic fiber structure forms a part of the plain weave surface and a part of the woven surface is floated and the convex shape is convex. To render different lines, patterns or stereoscopic flowers. Make it appear different lines or patterns. The improved structure of the stringing belt headband according to claim 1, wherein the elastic fiber warp yarn is disposed at a specific ratio between the first elastic belt body and the second elastic belt body. The orientation of the tissue is controlled, and a part of the elastic fiber warp yarn is longitudinally moved at a single weft yarn position of the transverse yarn to match the organization of the texture of the first elastic belt body and the second elastic belt body. An improved structure of a stringing pant belt, which is composed of a double elastic band and an elastic drawstring The belt assembly is formed on the outer side of the belt body and can be integrally woven into a single layer joint layer, and a tubular perforation channel is synchronously woven in the middle of the two joint layers, so that the tubular upper layer above the corresponding tubular perforation passage is set. The first elastic band body, the tubular lower layer corresponding to the tubular perforation channel is configured as a second elastic band body, and a bundle hole communicating with the tubular perforation channel is formed on the surface of the first elastic band body, so that the elastic drawstring belt can be At the same time, the first and second elastic band-bonding layers are woven at the same time, and the two-layer elastic band of the single-layer bonding layer can be extended at the predetermined beam-layering hole at the predetermined surface layer. The body and the elastic drawstring are synchronized with the car to complete the three-in-one stringing pant. According to the seventh aspect of the invention, in the improvement of the structure of the stringing belt headband, wherein the outer side of the belt body is woven into a single layer, the outer end of the layer can be synchronously woven with a "Y" type opening fork. The sheet body is made of a "Y" type open fork piece body, so that one of the available knots can be covered with a covering section for quick covering and seaming. The improved structure of the stringing belt headband according to the seventh aspect of the patent application, wherein the first elastic belt system is set as an upper layer, and the second elastic belt system is set as a lower layer, the upper layer Both the layer and the lower layer can be used for the front or back of the stringing pant. The improved structure of the stringing belt headband according to claim 7, wherein the elastic fiber warp of the first elastic belt body (the tubular upper layer) and the second elastic belt body (the tubular lower layer) can be controlled according to a specific ratio. The tissue is oriented into a flat woven fabric in which a portion of the elastic fiber warp yarns are longitudinally moved at a single weft yarn position of the transverse yarn, and a portion of the elastic fiber warp yarn is longitudinally moved to a flat weave structure at a single weft yarn position of the transverse yarn, or A part of the elastic fiber warp yarn is longitudinally moved by a computer to a plurality of weft yarns at a predetermined number of weft yarns, and the elastic fiber warp yarn is interlaced on a plurality of weft yarns of a predetermined weft number to make the warp and weft interlaced tissue back. The convex unit makes the multiple of the part larger, so that the elastic fiber warp and the weft are changed by the floating length of the single warp or the single weft structure, and the elastic fiber warp can be controlled according to the computer according to the style of the silk flower to be presented. The specific proportion control distributes the entire structure, so that the elastic fiber structure forms a part of the plain weave surface and a part of the weaving surface is floated and raised to a convex shape. Dimensional surface texture, so that show different patterns, three-dimensional patterns or Jacquard effect presentation. According to the improvement of the structure of the wearing belt headband according to Item 7 of the patent application scope, the two outer side edges of the belt body can be integrally woven into a single layer bonding layer, and the elastic fiber warp yarn can further control the organization direction according to a specific ratio. A portion of the elastic fiber warp yarn is longitudinally moved to a flat woven webbing at a single weft yarn position of the transverse yarn so as to present a different texture or pattern.