TWM541476U - Improved structure of inner layer brushes of tubular fabric - Google Patents

Description

Improvement of inner layer bristle structure of tubular fabric

This creation relates to the improvement of the inner layer bristle structure of a tubular fabric, especially a woven fabric for the user to wear and use, thereby achieving warmth and comfort.

According to the characteristics of large expansion space and strong elasticity of the knitted garments, the wearing feeling is more comfortable and warm, and it is very popular among the public. Therefore, whenever the weather is cold, in order to avoid the cold, in addition to staying at the temperature In the high interior space, people must wear warm clothing and shoes and hats to maintain the temperature of various parts of the body, and there are many kinds of warm and cold-wearing products that can be worn on the market. Among them, woolen clothing and accessories are warm and soft. Therefore, it is loved by many people, and the fur cap, scarf and gloves can protect the exposed neck, head and hands, avoiding the wind and cold, and also have the effect of decoration. Good carry-on items.

3. Gloves can be divided into cloth gloves, plastic gloves and asbestos gloves according to their materials. . . Etc., and the most commonly used gloves are the highest in the use of cloth gloves. The cloth gloves are mainly divided into two types: full-cover and half-coated. The full-covering gloves have five complete sets of fingers. When you wear it, the palm of your hands is completely covered with the fingers; while the half-coated gloves are shorter than the fingers, and the front end is an open finger sleeve; and the common cloth gloves on the market are knitted. The single-layer glove body, so there is a gap between each fiber line, and when worn In some operations, it is easy to hurt the hand or the gloves fall off and slip out, and it is impossible to fully achieve the practical effect of keeping warm and slipping. Therefore, in view of the above ideals, the creator of this case has made research and improvement on this deficiency. The new patent application No. 101221680 is filed and disclosed in the Republic of China on March 11, 102, the new patent of the M448151 "a double-layer composite material glove structure" discloses a glove body. The glove system is formed by stitching an inner layer and a coating layer; the inner layer is made of a special inner lining and interwoven into a one-piece glove, and the inner layer is provided with a body and a plurality of bodies. a set of fingers; the cover layer is interwoven into a one-piece forming glove in a weft-knitted manner, the cover layer is provided with a body portion, a plurality of sleeve fingers and a loose portion, and the bottom portion of the elastic portion is Forming a set of mouth regions inwardly, the inner end of the mouth region is provided with a predetermined length and corresponding to the bottom end of the inner layer of the inner layer, and the end seam is stitched with the seam wire to present at least one seam Region to increase the firmness of sewing, and the clad layer coated on the anti presented sets a state of the inner surface of the inner layer, thereby providing a thermal effect upon the overall wear thereof.

Furthermore, a commonly used cap is knitted by a yarn in a knitting machine, and the bottom end of the cap is folded inwardly to present a set of insets and stitched with seams. For the user's head to wear; and the common hat on the market is a single layer of the knitted fabric, which is thin and rough, so there is a gap between each fiber line, and In terms of wearing, it has less effect of keeping warm and comfortable; therefore, in view of the above ideals, the creator of this case has made research and improvement on this deficiency. A new patent application No. 101212619 was filed and published on December 11, 101, the new patent of the M42728 "a double-layer composite material hat structure" reveals a cap. The cap system is formed by stitching an inner layer and a covering layer; the inner layer is formed by knitting a special inner lining, and the inner layer is provided with a cap portion; The covering layer is integrally formed by knitting a yarn, and the covering layer is provided with a cap portion and a elastic portion, and the bottom end of the elastic portion is folded inward to present a set of in-zones, and the nesting region is The inner end is provided with a predetermined length and corresponds to the bottom end of the inner cover layer of the inner layer, and the end seam is stitched by the seam wire to present at least one seam area to increase the seam fastening property, and the cover layer is reversely sleeved. And presenting a state of being coated on the surface of the inner layer; and the top end of the cap portion on the cover layer and the top portion of the inner cap layer portion each present a vertex region and are stitched and fixed by the seam wire to provide the whole It has a warmth effect when worn.

However, according to the above, whether the glove body or the cap body is stitched by an inner layer and a cover layer, the bottom end of the elastic portion of the cover layer is folded inwardly. The sleeve region is provided with a predetermined length at the inner end thereof, wherein the bottom ends of the inner layer of the inner layer correspond to each other and the end seams are stitched by the seam wires to present at least one seam region to increase the seam fastening property, and The coating layer is reversely sleeved to present a state of coating on the surface of the inner lining layer, thereby providing an overall warming effect when worn, but causing an overall weaving step in the knitting production process, and the processing efficiency cannot be completely improved. It is a big drawback, and it needs to be improved.

The present invention provides an improved inner layer bristle structure of a tubular fabric comprising: A set of body structure is interwoven with a foreign special knitting machine for knitting lines, so that the sleeve structure defines a wearing space inside, and is processed to form a set of palms, one at the top of the set of palms. a formed finger wearing portion; and a elastic portion formed at a bottom end of the sleeve portion to form a cylindrical woven sheet shape; and the bottom portion of the elastic portion is formed into a non-closed type and folded inwardly. And using the seam wire to perform end-sacking to present a set of in-zone; thereby, the sleeve structure is entirely represented by a glove pattern; and at least one bristle-area structure is combined with the sleeve body structure for special knitting. The machine is knitted by a knitting thread or the like and is integrally knitted, so that the bristle area structure is selectively disposed at any position of the palm portion, the finger wearing portion and the elastic portion of the inner surface of the sleeve structure. The local area is not completely disposed at the inner surface of the casing structure.

Wherein the finger wearing portion of the sleeve structure is five left and right adjacently extending from the top end of the palm portion to form a thumb bag, an index finger bag, a middle finger bag, a ring finger bag and a little finger bag; The thumb bag, the index finger bag, the middle finger bag, the ring finger bag and the little finger bag of the finger wearing part are all in a closed type; wherein the thumb bag, the index finger bag, the middle finger bag, the ring finger bag and the little finger bag of the finger wearing part are all Presented in an open type; wherein the thumb pocket, the index finger pocket, the middle finger pocket, the ring finger pocket and the little finger pocket of the finger wearing part are presented in a closed type and an open type; the finger of the sleeve structure The wearing part is formed by two top left and right sides extending from the top end of the sleeve body to form a thumb pocket and a four-finger wearing area; The four-finger wearing area forms an index finger bag, a middle finger bag, a ring finger bag and a small finger bag in a sewing manner; wherein the bristle area structure is formed by processing a bristles by a special knitting machine, instead of manpower The hand-made bristles are formed; wherein the special knitting machine selected is used for arbitrarily processing the bristles of the inner layer surface of the sleeve structure, and the bristles can be arbitrarily determined during production to be mass-produced, thereby forming the aforementioned bristle area structure. And not processing the inner surface of the inner layer of the sleeve structure; wherein the wool structure of the bristle area structure is represented by a length and a short type; wherein the knitting thread selected by the sleeve structure has a color The weaving thread is interlaced, so that the sleeve structure as a whole has a color pattern; the inner layer of the tubular fabric is improved in structure, and comprises: a set of body structure, which is interwoven with a special knitting machine for knitting lines and the like. Manufactured to define a sleeve space inside the sleeve structure, and processed to form a cap portion and a bottom portion of the cap portion a tight portion formed at the bottom, and the bottom end of the elastic portion is folded inwardly and the end seam is stitched by the seaming wire to present a set of in-situ areas; thereby, the whole body structure is presented in a hat type; At least one bristle-area structure is formed by interweaving a knitting machine or the like with a special knitting machine which is externally fitted with the sleeve structure, and is integrally molded into the sleeve structure, so that the bristle-area structure is selectively disposed in the sleeve structure. At a partial area at any position of the cap portion and the elastic portion of the layer surface, Rather than being completely disposed at the inner surface of the casing structure; wherein the cap portion of the casing structure is interwoven with a knitting machine or the like by a special knitting machine to form a cylindrical woven type, and The top edge of the cap portion is in a closed state; wherein the cap portion of the sleeve structure is made by interlacing a knitting line with an external knitting machine to form a flat woven piece type, and The flat woven piece is circumferentially connected to the left and right ends and is stitched by a seam to form a cylindrical shape, and then the end edge is stitched to form the hood portion; wherein the sleeve structure is selected for knitting The threading system is made by interweaving the colored threads, so that the sleeve structure as a whole has a color pattern; wherein the bristle area structure is formed by processing the bristles by a special knitting machine, instead of manually forming the bristles; The special knitting machine selected is used for processing the bristles of any inner layer selectively on the inner surface of the sleeve structure, so that the bristles can be arbitrarily determined during production and mass-produced. The area of the bristle configuration; and not cover the entire surface of the inner structure of the sheet-type processed bristles; wherein the bristle area of the wool-based structure is presented patterns of varying lengths.

The main purpose of this creation is to provide a woven fabric for the user to wear and use to achieve warmth and comfort.

Due to the improvement of the inner layer bristle structure of the tubular fabric of the present invention, the effect is that the knitting fabric is knitted by a special knitting machine which is combined with the sleeve structure and the sleeve structure. Interlaced, so that the bristle area structure is partially localized selectively disposed at the inner surface of the sleeve structure, rather than being completely disposed at the inner surface of the sleeve structure, and matching the wool structure of the bristle area structure When the user wears in the wearing space, the bristle area structure is locally selected and disposed on the inner surface of the sleeve structure, so that the user can be closely attached to the Some of the bristle area structure feels a different touch, plus the bristle area structure provides a soft, warm, sweat-absorbing and anti-static comfort, without feeling the painful tactile sensation; A knitwear that achieves warmth and comfort when the user wears it.

This creation:

1‧‧‧ Casing structure

10‧‧‧wearing space

11‧‧‧Knitting line

12‧‧‧Set of the palm

13‧‧‧ Finger Wear Department

131‧‧‧ Thumb bag

132‧‧‧Four finger zone

1321‧‧‧ index finger pocket

1322‧‧‧ middle finger bag

1323‧‧‧nameless pocket

1324‧‧‧Little finger bag

14‧‧‧Elastic

140‧‧‧ Nesting area

141‧‧‧Sewed wiring

15‧‧‧Caps

151‧‧‧Sewed wiring

16‧‧‧Elastic

160‧‧‧ Nesting area

161‧‧‧Sewed wiring

2‧‧‧Brush area structure

C‧‧‧Cylinder woven piece

F‧‧‧Flat woven

Figure 1 is a schematic diagram of the appearance of the glove (1).

Fig. 2 is a schematic view showing the structure of the inner wall of Fig. 1 of the present creation.

Figure 3 is a schematic diagram of the appearance of the creative glove (2).

Fig. 4 is a schematic view showing the structure of the inner wall of Fig. 3 of the present creation.

Figure 5 is a schematic view of the appearance of the creative glove (3).

Fig. 6 is a schematic view showing the structure of the inner wall of Fig. 5 of the present creation.

Figure 7 is a schematic diagram of the appearance of the creative glove (4).

Fig. 8 is a schematic view showing the structure of the inner wall of Fig. 7 of the present creation.

Figure 9 is a schematic view of the cylindrical woven piece stitching of the present hat.

Fig. 10 is a schematic view showing the structure of the inner wall of Fig. 9 of the present creation.

Figure 11 is a schematic view of the flat woven piece shape of the present hat.

Figure 12 is a schematic view of the flat woven sheet type stitching of the present hat.

Figure 13 is a schematic diagram of the flat type of stitching of the present hat (1).

Fig. 14 is a schematic view showing the structure of the inner wall of Fig. 13 of the present creation.

First, please refer to Figures 1 to 8 for the creation of the "inner layer bristle structure improvement of the tubular fabric"; the system comprises: a set of body structure 1 and at least one bristle area structure 2; wherein: the set The body structure 1 is interwoven with a foreign special knitting machine for knitting lines 11 and the like, so that the sleeve structure 1 defines a wearing space 10 and is processed to form a set of palms 12 and a palm portion. a finger wearing portion 13 formed at the top end of the 12; and a tension portion 14 formed at a bottom end of the sleeve portion 12 to form a cylindrical woven sheet C-shaped state; and the bottom portion of the elastic portion 14 is non-formed The closed type is folded inwardly, and the end edge is stitched by the seam connection 141 to present a set of in-situ areas 140; thereby, the sleeve structure 1 is integrally presented in a glove pattern; and each of the bristle area structures 2, the special knitting machine with the outer casing structure 1 is knitted by the knitting thread 11 and the like, and is integrally knitted, and the bristle area structure 2 is selectively disposed in the casing structure 1. The palm portion 12, the finger wearing portion 13, and the elastic portion 14 of the layer surface Partial area of the position, rather than a completely laid on the inner surface of the encasement structure; As described in the above structure, the following is further described: the shape of the finger wearing portion 13 of the sleeve structure 1 has four types, and the type of the finger wearing portion 13 is as follows: Type 1: The sleeve structure The finger wearing portion 13 of the finger 1 is formed by a top end of the same portion of the palm portion 12 to form a thumb pocket 131, an index finger pocket 1321, a middle finger pocket 1322, a ring finger pocket 1323, and a little finger pocket 1324. Wherein the thumb pocket 131, the index finger pocket 1321, the middle finger pocket 1322, the ring finger pocket 1323 and the little finger pocket 1324 of the finger wearing portion 13 are all in a closed type, so that the five fingers of the user's hand are respectively The thumb bag 131, the index finger bag 1321, the middle finger bag 1322, the ring finger bag 1323, and the little finger bag 1324 of the finger wearing portion 13 are placed in a non-finger state (as shown in FIGS. 1 and 2); The finger wearing portion 13 of the sleeve structure 1 is formed by five top left and right adjacent portions of the palm portion 12 to form a thumb pocket 131, an index finger pocket 1321, a middle finger pocket 1322, a ring finger pocket 1323, and a a small finger pocket 1324; wherein the thumb pocket 131 of the finger wearing portion 13 and the index finger pocket 1321 The finger pocket 1322, the ring finger pocket 1323 and the little finger pocket 1324 are all in an open type, so that the five fingers of the user's hand are respectively inserted into the thumb pocket 131 and the index finger pocket 1321 of the finger wearing portion 13 . , the middle finger bag 1322, the ring finger bag 1323 and the little finger bag 1324 are in an open finger state, and the exposed finger state is a half finger or a partial finger state; (as shown in FIGS. 3 and 4); Type 3: The finger wearing portion 13 of the sleeve structure 1 is five left and right adjacently extending from the top end of the sleeve portion 12 to form a thumb pocket 131, an index finger pocket 1321, a middle finger pocket 1322, and a The ring finger pocket 1323 and the little finger pocket 1324; wherein the thumb pocket 131, the index finger pocket 1321, the middle finger pocket 1322, the ring finger pocket 1323 and the little finger pocket 1324 of the finger wearing portion 13 are presented in a closed type and an open type. When the five fingers of the user's hand are respectively inserted into the thumb pocket 131, the index finger pocket 1321, the middle finger pocket 1322, the ring finger pocket 1323, and the little finger pocket 1324 of the finger wearing portion 13, some of the fingers are in an exposed state. And the fingertip state is a half finger or a partial finger state; and some fingers are in a non-finger state, for example, some fingers only have a thumb and an index finger; or some fingers only have a ring finger, a small finger (as shown in FIGS. 5 and 6); a fourth type: the finger wearing portion 13 of the sleeve structure 1 is two left and right adjacent to the top end of the sleeve portion 12 to form a thumb pocket 131 and a four-finger wearing area 132; wherein the four-finger wearing area 132 The sewing method forms an index finger pocket 1321, a middle finger pocket 1322, a ring finger pocket 1323 and a small finger pocket 1324 (as shown in FIGS. 7 and 8); further, the bristle area structure 2 is processed by a special knitting machine. The bristles are formed instead of the manual bristles; the special knitting machine selected is any arbitrarily selected bristles on the inner surface of the sleeve structure 1, so that the bristles can be arbitrarily determined during production. Production, by Forming the foregoing bristle area structure 2; instead of performing a one-piece processing bristles on the inner layer surface of the sleeve structure 1, wherein the bristle area structure 2 has a yarn length of a different length; the sleeve structure 1 The selected knitting thread 11 is made by interweaving a colored thread, so that the sleeve structure 1 as a whole has a color pattern; and the knitting thread 11 selected for the sleeve structure 1 is warp or weft. Therefore, the bristle-area structure 2 is interwoven with the knitting machine 11 or the like by the special knitting machine which is externally coupled to the casing structure 1 so that the bristle-area structure 2 is partially disposed in the casing. At any position of the palm portion 12, the finger wearing portion 13 and the elastic portion 14 of the inner layer surface of the structure 1, rather than being completely disposed at the inner surface of the sleeve structure 1, and matching the wool of the bristle area structure 2 It is represented by a length and a short type; when the user's hand is inserted into the wearing space 10 through the nesting area 140 of the elastic portion 14 of the sleeve structure 1, the five fingers of the hand are The head is respectively fitted into the finger wearing portion 13 a thumb pocket 131, an index finger pocket 1321, a middle finger pocket 1322, a ring finger pocket 1323, and a little finger pocket 1324, and the palm of the hand is located at the palm portion 12; and the wrist of the hand is located at the elastic portion 14, subject to the bristle area The structure 2 is arranged on the inner surface of the sleeve structure 1 by partial regional selection, so that the palm, the finger and the wrist of the user's hand are closely attached to the bristle area structure 2 to feel different touches. The touch, plus the bristle area structure 2 as a whole provides a soft, warm, sweat-absorbing and anti-static comfort without feeling a painful tactile sensation; and further providing a user's hand when worn, thereby achieving Knitwear for warmth and comfort. Moreover, please refer to FIG. 9 to FIG. 14 for another structural description of the "inner layer bristle structure improvement of the tubular fabric" according to the present invention; the system includes: a set of body structure 1 and at least one bristle area structure 2; wherein: the sleeve structure 1 is interwoven with a foreign special knitting machine for knitting lines 11 and the like, so that the sleeve structure 1 defines a wearing space 10 and is processed to form a cap portion 15 and a loose portion 16 formed at the bottom end of the cap portion 15, and the bottom end of the elastic portion 16 is folded inwardly and the end seam is stitched by the seam 161 to present a set of inlet regions 160; The sleeve structure 1 is generally represented by a hat type; and each of the bristle area structures 2 is formed by integrally knitting a knitting machine 11 with a special knitting machine which is externally coupled with the sleeve structure 1 and is integrally knitted. The bristle area structure 2 is selectively disposed at a partial area of the cap portion 15 and the elastic portion 16 of the inner layer surface of the sleeve structure 1 instead of being completely disposed in the sleeve structure 1 At the surface of the layer; as described in the above structure, it is further stated As shown in the following: the hood portion 15 of the sleeve structure 1 has two types of woven fabrics, and the type of the hood portion 15 is as follows: Type 1: The hood portion 15 of the sleeve structure 1 is composed of The knitting machine 11 is interwoven with a special special knitting machine to form a cylindrical type C-shaped state, and the top edge of the cap portion 15 is in a closed form (as shown in FIG. 9); The knitting line 11 selected for the sleeve structure 1 is made by interweaving the colored threads, so that the sleeve structure 1 as a whole has a color pattern; and the sleeve structure 1 is selected for use. The knitting thread 11 is a warp or weft yarn; the second type: the cap portion 15 of the sleeve structure 1 is made by interlacing a knitting thread 11 with an external knitting machine to form a flat fabric. F-shaped, and the flat fabric F is connected to the left and right ends and is stitched by the seam 151 to form a cylindrical shape, and then the edge of the top edge is stitched to form the cap portion 15; The knitting thread 11 selected for the sleeve structure 1 is made by interweaving a colored thread, so that the sleeve structure 1 as a whole has a color pattern; and the knitting thread 11 selected for the sleeve structure 1 is The warp or weft yarn; further, the bristle area structure 2 is formed by processing the bristles by a special knitting machine, instead of manually forming the bristles; in particular, the special knitting machine pair selected for the creation is The surface of the inner layer of the casing structure 1 is subjected to arbitrarily selective processing of the bristles, and the bristles can be arbitrarily determined during production to be mass-produced, thereby forming the bristle-area structure 2; instead of the inner surface of the casing structure 1 get on a whole-piece processing bristles; wherein the bristles of the bristle-area structure 2 are represented by lengths and shorts; thereby, the bristles are knitted by the special knitting machine of the bristle-area structure 2 and the sleeve structure 1 11 or the like is interlaced, so that the bristle area structure 2 is disposed at any position of the cap portion 15 and the elastic portion 16 of the inner layer surface of the sleeve structure 1 in a partial region selectivity, instead of being completely disposed in the The inner layer surface of the casing structure 1 and the wool line with the bristle area structure 2 are represented by a length and a short type; when the user's head passes through the nesting area 160 of the elastic portion 16 of the sleeve structure 1 And worn in the wearing space 10, receiving the bristles The area structure 2 is arranged on the inner surface of the casing structure 1 by local regional selection, so that the user's head is in close contact with the bristle area structure 2 and feels a different touch feeling, plus The bristle area structure 2 as a whole provides a soft, warm, sweat-absorbing and anti-static comfort without feeling a painful tactile sensation; and further provides a knit for warmth and comfort when the user wears the head. Product.

In summary, the improvement of the inner layer bristle structure of a tubular fabric has not been seen in various books or publicly used. It is in line with the requirements of the new patent application, and it is requested to express the patent as soon as possible. To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

1‧‧‧ Casing structure

11‧‧‧Knitting line

12‧‧‧Set of the palm

13‧‧‧ Finger Wear Department

131‧‧‧ Thumb bag

1321‧‧‧ index finger pocket

1322‧‧‧ middle finger bag

1323‧‧‧nameless pocket

1324‧‧‧Little finger bag

14‧‧‧Elastic

141‧‧‧Sewed wiring

2‧‧‧Brush area structure

C‧‧‧Cylinder woven piece

Claims (18)

The inner layer bristle structure of the tubular fabric is improved, which comprises: a set of body structure, which is interwoven with a special knitting machine for knitting lines, so that the sleeve structure defines a wearing space and is processed to form a palm-shaped portion, a finger wearing portion formed at a top end of the sleeve portion, and a elastic portion formed at a bottom end of the sleeve portion to form a cylindrical woven sheet shape; and the elastic portion The bottom end is in a non-closed manner and is folded inward, and the end seam is stitched by the seam connection to present a set of in-situ areas; thereby, the sleeve structure is integrally presented in a glove pattern; and at least one bristles The area structure is formed by interweaving a knitting machine or the like with a special knitting machine which is externally fitted with the sleeve structure, and is integrally molded, so that the bristle area structure is selectively disposed on the inner surface of the sleeve structure. A partial area at any position of the palm portion, the finger wearing portion, and the elastic portion is disposed rather than completely disposed at the inner surface of the sleeve structure. The inner layer bristle structure of the tubular fabric according to claim 1 is improved, wherein the finger wearing portion of the sleeve structure is five left and right adjacently extending from the palm top portion to form a thumb pocket, An index finger bag, a middle finger bag, a ring finger bag and a little finger bag. The inner layer bristle structure of the tubular fabric according to claim 2 is improved, wherein the thumb bag, the index finger bag, the middle finger bag, the ring finger bag and the little finger bag of the finger wearing portion are all in a closed type. The inner layer bristle structure of the tubular fabric according to claim 2 is improved, wherein the thumb bag, the index finger bag, the middle finger bag, the ring finger bag and the little finger bag of the finger wearing portion are all in an open type. The inner layer bristle structure of the tubular fabric according to claim 2 is improved, wherein the finger wearing portion is The thumb bag, forefinger bag, middle finger bag, ring finger bag and little finger bag are presented in a closed and open style. The inner layer bristle structure of the tubular fabric according to claim 1 is improved, wherein the finger wearing portion of the sleeve structure is formed by two left and right adjacent portions extending from the top end of the sleeve portion to form a thumb pocket and a Four fingers wear area. The inner layer bristle structure of the tubular fabric according to claim 6 is improved, wherein the four-finger wearing zone forms an index finger bag, a middle finger bag, a ring finger bag and a little finger bag in a sewing manner. The inner layer bristle structure of the tubular fabric according to claim 1 is improved, wherein the bristle area structure is formed by processing a bristles by a special knitting machine, instead of manual bristles. The inner layer bristle structure of the tubular fabric according to claim 8 is improved, wherein the special knitting machine selected is any region-selective processing bristles on the inner surface of the sleeve structure, so that the bristles can be arbitrarily determined during the production. The mass production is performed in a position to form the aforementioned bristle area structure; instead of the entire surface of the inner layer of the sleeve structure, the bristles are processed. The inner layer bristle structure of the tubular fabric of claim 8 is improved, wherein the bristle area structure of the yarn is of a length and a short type. The inner layer bristle structure of the tubular fabric according to claim 1 is improved, wherein the knitting thread selected for the sleeve structure is interwoven with a colored yarn, so that the sleeve structure as a whole exhibits a color pattern. The inner layer bristle structure of the tubular fabric is improved, which comprises: a set of body structure, which is interwoven with a special knitting machine for knitting, etc. Forming a sleeve space inside the sleeve structure, and processing to form a cap portion and an elastic portion formed at a bottom end of the cap portion, and the bottom end of the elastic portion is folded inward and utilized The wiring is edge-stitched to present a set of in-situ areas; thereby, the sleeve structure is entirely represented by a hat type; and at least one bristle-area structure is knitted with a special knitting machine that is external to the sleeve structure. The wire is woven into a form of integral knitting, so that the bristle area structure is selectively disposed at a partial portion of the cap portion and the elastic portion of the inner surface of the sleeve structure, rather than completely The cloth is disposed at the inner surface of the casing structure. The inner layer bristle structure of the tubular fabric according to claim 12 is improved, wherein the cap portion of the sleeve structure is interwoven with a special knitting machine with a foreign knitting machine to form a cylindrical woven sheet type. And the top edge of the cap portion is in a closed form. The inner layer bristle structure of the tubular fabric according to claim 12 is improved, wherein the cap portion of the sleeve structure is made by interlacing with a knitting machine such as a knitting machine to form a flat loom pattern. And the flat woven piece is connected to the left and right ends, and is end-sewed by a seam to form a cylindrical shape, and then the top edge is stitched to form the hood portion. The inner layer bristle structure of the tubular fabric according to claim 13 or 14, wherein the knitting thread selected for the sleeve structure is interwoven with a colored yarn, so that the sleeve structure is entirely colored. state. The inner layer bristle structure of the tubular fabric of claim 12 is improved, wherein the bristle area structure is formed by processing a bristles with a special knitting machine, rather than by manual bristles. The inner layer bristle structure of the tubular fabric according to claim 16 is improved, wherein the special knitting machine selected is any region-selective processing bristles on the inner surface of the sleeve structure, so that the bristles can be arbitrarily determined during the production. The mass production is performed in a position to form the aforementioned bristle area structure; instead of the entire surface of the inner layer of the sleeve structure, the bristles are processed. The inner layer bristle structure of the tubular fabric of claim 16 is improved, wherein the bristle area structure of the yarn is of a length and a shortness.