TWM564516U - Micro velvet structure improvement - Google Patents

Abstract

The present invention provides a microfilament fabric structure improvement comprising: a base layer having a plurality of base fibers; a plurality of pile fibers, wherein the base fibers are selected from a circular loom to be interwoven by knitting to form the base layer; a pile surface formed by a plurality of pile fibers extending from the respective ends of the wiping surfaces of the base layer to form an outer plurality of pile structures, and the base fibers of the base layer are interlaced and stretched to form an appropriate length to form Each of the pile surfaces, each of the pile structure is in the form of a line in the shape of a line at the top end; thereby providing a single cloth surface which is knitted by a plurality of fine fibers in a knitted manner, and has a pile shape at both ends. Velvet fabric function.

Description

Micro velvet structure improvement

The present invention relates to a structure improvement of a micro velvet fabric, especially a micro velvet fabric which is knitted by a plurality of fine fibers and knitted into a single cloth surface and has a pile shape at both ends.

According to the evolution of the times, fabrics are changing with the needs of people. The fabric materials that are used for various activities, such as wiping cloths, are classified into materials that emphasize water absorption or materials that emphasize wiping, and are worn by bicycles. The material must have a windproof function, and the material used for wearing has different effects in order to match the climate. For example, the cool material is used in a hot area or the warm material is suitable for a cold area, so each material has different functions and The characteristic is that the fluff cloth is produced, and the flannel is the fabric which has a rich and fluffy surface after being brushed, and the fluff is generated on the surface of the cloth to increase the three-dimensional feeling, and the touch is soft, which can provide a relatively dense touch, and Widely loved by consumers, flannel has velveteen velvet, flocking fabric, tufted fabric, fabric velvet and other fabrics according to demand, and is divided into single-faced fluff and double-faced fluff, and the corresponding flannel is selected according to the manufactured product, and the flannel is selected. Can be used on different items, such as: jackets, clothes, sports towels, wipes, storage mats, etc.

Moreover, the flannel is more suitable for cleaning than the rag that is generally used. It absorbs more dirt and can prevent the surface of the object from being scratched when it is wiped by a soft matte surface. Therefore, it is widely used in rags, mops, car wipes, eyeglass wipes, and even wipes of precision instruments, even The use of flannel for sports towels is more popular among sportsmen because of its soft and fluffy surface and its water absorption is much higher than that of ordinary towels.

However, as far as the above is concerned, the fleece on the market is generally used as a wiping cleaning, and the fluff of the flance can effectively carry the dust and dirt, but cannot easily carry away the adhesive dust, so that the user must apply force. To remove stubborn dirt, however, this method of wiping may cause dust to stain the surface of the object, especially for the surface of bright objects such as glasses and car casings, which need to be carefully watched, even for sophisticated equipment. It is also necessary to be careful to clean. Under long-term use, the interlayer and other places are dusty and dirty, which is difficult to clean. It is more likely that the piles will stick to each other to reduce the wiping effect and even cause wiping and scratching. Therefore, it is necessary to replace the new one. Wiper cloth is used as a long-term replacement. It is also a considerable expense. In addition, when it is used for sports towel, it is more likely to be contaminated by dirt and dirt, which makes it difficult to clean after use.

The commercially available flannel has a single-sided double-sided division, and is usually laminated with two layers of single-faced flannel using a double-faced flannel, which is more likely to cause dirt to be trapped in the collage, and The use of a single fabric and fluffy flannel on both sides, due to the length of the fluff at both ends, the difference in wiping effect at both ends is different, and only the double-faced fluff increases the usable area, but the difference in the use effect is even more People feel trouble, it is a big drawback, and there is room for improvement.

The present invention provides a microfilament fabric structure improvement, the velvet fabric having: a base layer having a plurality of base fibers, and each of the base fibers being selected from the group consisting of a composite fiber of a nylon-bonded polyester fiber; and a plurality of pile fibers; Forming the base layer with each base fiber selected from a circular loom by knitting, and forming a second wiping surface on the upper and lower end faces of the base layer, and forming a plurality of extending ends by knitting at the wiping surface; and two fluffy faces, And a plurality of fluff structures are formed by extending the fluff fibers at each of the wiping surfaces of each base layer outwardly through the extending ends of the wiping surfaces, and the base fibers of the base layer are interlaced and stretched by an appropriate length to form each fluff surface. Each of the pile structures is in the form of a line in the shape of a line at the top end; thus, the pile cloth is woven by knitting and woven with each pile fiber to form the base layer, and each of the pile fibers is extended from each of the wiping surfaces. Extending out each fluff structure to define each fluffy surface, so that the base layer is a combination of fluff fibers for each base fiber, and each fluff surface is separately velvet Fibers, and each extending end surface of the wiper extends to form a respective line patterns villus structure, thereby forming the velvet.

Each of the fluff fibers is selected from the group consisting of polyester microfibers; wherein the base fibers used in the base fibers are composite fibroin yarns formed of nylon or polyester; wherein the fluff fibers at each fluff surface pass through the yarn Stereotype treatment, for each fluffy surface to be mercerized; wherein each base fiber and each fluff fiber are more soaked with mildewproof agent, and each base fiber and An antibacterial layer is formed on the outer ends of each of the pile fibers; wherein the pile structure of each pile surface is further formed into a loop state; wherein each of the pile surface of each pile surface is arranged in stripes, lattices, patterns or irregularities on each of the wiping surfaces. Any one of the arrays; wherein the base layer is in a planar state, a recessed state, or a convex state; wherein each of the pile surfaces is matched with the base layer in a planar state, a concave state, and a convex state Either; wherein the villus structure of each villus surface is bundled in a plurality of fluff fibers or each of the fluff fibers are individually extended in strip shape.

The main purpose of the present invention is to provide a micro velvet fabric which is knitted by a plurality of fine fibers and knitted into a single cloth surface and has a pile shape at both ends.

The main function of the micro-velvet fabric of the present invention is that the present invention relates to a micro-filament fabric of double-faced fluff, which is made of a composite yarn of a nylon-bonded polyester fiber by the base layer. The base fiber and the pile fiber using the polyester microfiber material are interwoven by a circular loom to form the base layer, and two wiping surfaces are formed on the upper and lower end faces thereof, and the knitting fabric is formed in a plurality of knitted surfaces. Extending the end, and then the two fluffy surfaces are extended at the extending end of each wiping surface to form an outer plurality of fluff structures, and the base fibers of the base layer are interlaced at each extending end, and the appropriate length is extended to form Each fluffy surface, each fluff structure is in the form of a line in the shape of a line at the top end; thus, the fleece system Each of the base fibers is interwoven with each of the pile fibers by knitting and weaving, and each of the pile fibers is extended from the extending end of each wiping surface to each of the pile structures, and each of the pile structures is presented in a line shape, and each pile surface is formed at the outer end of each wiping surface. Therefore, when the present invention is used, the dust can be wiped off by the fluff structure of each fluffy surface, and the dust of the base fiber of the base layer can be absorbed, thereby preventing the pile structure of the pile surface from being wiped. Dust is dirty and scratched, and washed with water can make dust and dirt quickly remove and peel off; thereby providing a single fabric with a plurality of fine fibers knitted and interwoven to form a single cloth surface, and has a fluffy shape at both ends. Velvet fabric function.

This creation:

1‧‧‧ basal layer

11‧‧‧Base fiber

12‧‧‧ fluff fiber

13‧‧‧wiping surface

131‧‧‧Extension

2‧‧‧Fleece

21‧‧‧Fleece structure

3‧‧‧Antibacterial layer

A‧‧‧Flannel

The first picture is a three-dimensional diagram of the creation.

Figure 2 is a schematic cross-sectional view of the creation.

Fig. 3 is an enlarged schematic view of Fig. 2B of the present creation.

Figure 4 is another diagram of a preferred embodiment of the present invention.

Figure 5 is a further diagram of a preferred embodiment of the present invention.

Figure 6 is an enlarged schematic view of a preferred embodiment of the present invention.

First, please refer to Fig. 1 to Fig. 3, which is a "micro velvet structure improvement" of the present invention. The velvet A has a base layer 1 and a second pile surface 2; wherein: a base layer 1, Having a plurality of base fibers 11 and each base fiber 11 is selected from a composite open fiber yarn of nylon-bonded polyester fibers; a plurality of pile fibers 12, each of which is associated with each base fiber The dimension 11 is selected from a circular loom to be interwoven to form the base layer 1 by knitting, and two wiping surfaces 13 are formed on the upper and lower end faces of the base layer 1, and the plurality of extending ends 131 are formed by knitting at the wiping surface 13; The surface 2 is formed by the pile fibers 12 at each wiping surface 13 of each base layer 1 extending outwardly through the extending ends 131 of the respective wiping surfaces 13 to form a plurality of pile structures 21, and interwoven by the base fibers 11 of the base layer 1. By arranging, an appropriate length is extended to form each of the pile surfaces 2, and each of the pile structures 21 is in the form of a line in the shape of a line at the top end; thus, the pile A is interwoven with each of the pile fibers 12 by knitting the respective base fibers 11 The base layer 1 is formed, and each of the pile fibers 12 is extended from the extended end 131 of each wiping surface 13 to each of the pile structures 21 to define each of the pile surfaces 2, so that the base layer 1 is a combination of the respective pile fibers 12 for each base fiber 11 Each of the pile faces 2 is formed by each of the pile fibers 12, and extends from the extending end 131 of each wiping surface 13 in a line segment shape to form each pile structure 21, thereby forming the pile fabric A.

As described above, the following is further described in detail: wherein each of the pile fibers 12 is selected from the group consisting of polyester microfibers; wherein each of the base fibers 11 is made of a split yarn of nylon or polyester.纤假捻丝; Continued, please refer to Figures 4 to 6 for the preferred embodiment of the "micro-filament fabric structure improvement" use state description, which has: a base layer 1 and two fluff surface 2 Wherein: the structure of the base layer 1 and each of the pile surface 2 has been described above, and therefore will not be described again: First, the base layer 1 has a plurality of base fibers 11 and a plurality of pile fibers 12, wherein each of the base fibers 11 is selected from the group consisting of a nylon-bonded polyester fiber composite yarn, and each of the pile fibers 12 is selected from the group consisting of The polyester microfibers are further formed by knitting in a circular weaving machine, and the wiping surfaces 13 are defined on the upper and lower end faces of the base layer 1, and the plurality of extending ends 131 are formed by knitting at each wiping surface 13 and A plurality of fluff structures 21 are extended from the extending ends 131 of the wiping surfaces 13 through the respective fluff fibers 12, thereby forming the respective fluffy faces 2, and the respective fluff structures 21 are line-shaped in a line segment state at the top end; thus, the fluffy cloth A is formed by weaving and weaving with each of the base fibers 11 to form the base layer 1 with each of the pile fibers 12, and each of the pile fibers 12 is extended from the extended end 131 of each wiping surface 13 to each of the pile structures 21 to define each of the pile surfaces 2 The base layer 1 is formed by combining the respective pile fibers 12 with the base fibers 11 , and each of the pile surfaces 2 is formed by each of the pile fibers 12 and extending from the extended end 131 of each wiping surface 13 in a line segment form to form each pile structure. twenty one, The fleece A is formed; thereby, the fluff fibers 12 of the present fabric are selected from the group consisting of polyester microfibers, and the fiber fineness is much smaller than that of the general fibers, so that the fluff structure 21 of the fluff surface 2 can be wiped with objects. The contact surface is more dense, and the fine fiber characteristics of the pile fiber are utilized, so that it is easy to wipe the dust and dirt, and the base fiber 11 is selected from the composite open fiber yarn of the nylon-bonded polyester fiber to adsorb the user. The dust adhered to each of the pile structures 21 during cleaning is dirty, and the dust is prevented from being scratched between the respective pile structures 21 and the articles during wiping, causing scratches when the articles are wiped; therefore, the creation uses polyester. Each of the pile fibers 12 made of microfibers can be used to easily wipe off the dirt when the surface 2 of the fiber is used for wiping the object, and the base fiber of each base layer 1 11 In addition to interlacing with the pile fiber 12 and interposing each of the pile structures 21, the composite yarn using the fiber-opening yarn can further clamp the dirt of the wipe to the base layer 1 so that the pile structure 21 is When wiping, it can prevent dust and dirt from staying at the respective fluff structure 21 and rubbing with the wiping object, causing fine scratches on the surface of the object, especially for washing and wiping, even for wiping with precision instruments; Further, the fluff fibers 12 of each of the fluffy faces are subjected to a yarn setting process, and the fluffy faces 2 are in a mercerized state; wherein each of the base fibers 11 and the fluff fibers 12 are further impregnated with a mildewproof agent, and each base is The fiber 11 and the outer end of each of the pile fibers 12 form an antibacterial layer 3; wherein the pile structure 21 of each pile surface 2 is further formed into a loop state; wherein each of the pile structures 21 of the pile surface 2 is arranged in stripes on each of the wiping surfaces 13. Any one of a lattice arrangement, a pattern arrangement, or an irregular arrangement; wherein the base layer 1 is in a planar state, a concave state, or a convex state, wherein each of the pile surfaces 2 is fitted to the base layer 1 Plane Any one of a state, a recessed state, and a convex state; wherein the pile structure 21 of each of the pile surfaces 2 is formed by a plurality of pile fibers 12 extending in a bundle shape or each of the pile fibers 12 individually extending into a strip shape; According to the above structure, the fabric can be selected according to the needs of different types of flannel A, in addition to wiping and cleaning, can also be used for sports towels, and each fluffy surface 2 The wool fiber 12 is mercerized after being shaped, which not only enhances the glossiness, but also enhances the absorption of moisture, so it is more suitable for sports towels, so that the use of microfibers of the microfibers 12 can wipe off the skin. In addition to the dirt, the sweat fibers can be more adsorbed; in addition, each of the base fibers 11 and the pile fibers 12 are further immersed in the antifungal agent, and an antibacterial layer 3 is formed on the outer ends of the base fibers 11 and the respective pile fibers 12, thereby The sports towel can reduce the generation of bacteria under the long-term use; furthermore, the fluff structure 21 at each wiping surface 13 can be arranged in different ways, so that each fluffy surface 2 has a texture pattern, which is used for wiping, so that each fluff is used. The pattern of the fluffy surface 2 formed by the structure 21 is more likely to adhere to the dirt, and when used for the sports towel, the touch feeling at the time of taking is further enhanced, and the gripping force at the time of gripping is increased, thereby providing a running and the like. The base layer 1 can be gripped on the shoulder and stably grasped; further, the base layer 1 is more in a flat state, a recessed state, and a convex state, so that each of the pile surfaces 2 is matched with the base layer 1 so that each of the pile structures 21 With The height difference is low, thereby improving the touch feeling during use, and the cleaning effect is improved by the height difference when wiping; further, the pile structure 21 of the pile surface 2 is formed by combining a plurality of pile fibers 12 to form a bundle shape and being relatively fluffy. The tactile sensation, or the individual fluff fibers 12 are individually stretched into strips, and have a softer touch, so that different types of flannel A can be selected according to the needs of use; thus, the creation has the following advantages:

1. The pile structure 21 formed by the pile fibers 12 on each of the pile surfaces 2 adds a touch.

Second, each of the fluff fibers 12 is selected by microfibers, and each fiber is thinner than the general fibers and has a polygonal cross section to facilitate formation of the fluff fibers 12 when the object is wiped. The fluff structure 21 wipes the surface of the object to achieve a cleaning effect.

3. The base fibers 11 of the inner base layer 1 are interlaced with the respective pile fibers 12 and tightly bundled with the pile structure 21 formed by the respective pile fibers 12, so that the pile structure 21 of the pile surface 2 is not easily detached.

4. Each of the base fibers 11 is selected from a composite open fiber yarn of nylon-bonded polyester fiber, so that the fleece A is soft and flexible as a whole, and is prevented from being torn by pulling, and the base fibers 11 are made of nylon. Combined with the composite fiber-opening yarn of polyester fiber, it has a rhombus shape in cross section to increase the adsorption of dust and dirt.

Through the above characteristics, the present invention can not only remove dust and dirt during cleaning and wiping by the extended pile structure 21 of the pile fiber 12 composed of ultrafine fibers, but also increase the contact area with the surface of the object, thereby making it easier to remove. The dust is dirty, and since each base fiber 11 is formed by using a nylon/polyester composite open-fiber false twisted yarn, the fibers exhibit a water chest angle, and the base fibers 11 using the open yarn are used to lift the adsorbed dust by knitting. The ability to soil the villi structure 21 prevents the dust from being scratched and scratches the surface of the object when wiping.

Therefore, the main purpose of the present invention is that the present invention relates to a micro-filament fabric of double-faced fluff, which is a base material of a composite open-fiber yarn made of nylon-bonded polyester fiber. The fiber 11 and the pile fiber 12 of the polyester microfiber material are knitted by a circular loom to form the base layer 1 , and the upper and lower end faces are formed with two wiping surfaces 13 , which are further knitted structure and wiped surfaces. 13 presents a plurality of extending ends 131, and then the second fluff surface 2 is extended at the extended end 131 of each wiping surface 13 with the fluff fibers 12 toward the epitaxial A plurality of pile structures 21 are formed, and the base fibers 11 of the base layer 1 are interlaced at the extending ends 131 to extend the appropriate lengths to form the respective fluffy faces 2, and the respective pile structures 21 are tied at the top end in a line segment state. The fluff is in the form of a fluffy hair; thus, the fleece A is interwoven with each of the fluff fibers 12 by knitting the respective base fibers 11, and each of the fluff fibers 12 extends from the extended end 131 of each wiping surface 13 to each of the pile structures 21, and each fluff The structure 21 is in the form of a line segment, and each fluff surface 2 is formed at the outer end of each wiping surface 13; therefore, in the present use, the dust structure can be wiped off by the pile structure 21 of each fluff surface 2, and through the substrate The base fiber 11 of the layer 1 absorbs dust and dirt, and can prevent the dust at the pile structure 21 of the pile surface 2 from being scratched and scratched when being wiped, and can be quickly washed away by peeling off by washing with water; thereby providing The utility model relates to a micro velvet fabric which is knitted by a plurality of fine fibers and knitted into a single cloth surface and has a pile type at both ends.

In summary, the improvement of a micro-filament fabric structure has not been seen in various books or publicly used, and 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.

Claims (10)

An improved structure of a micro velvet fabric, the velvet fabric having: a base layer having a plurality of base fibers, wherein each base fiber is selected from the group consisting of a nylon-bonded polyester fiber composite yarn; a plurality of pile fibers, each The base fiber is selected from a circular loom to be interwoven to form the base layer by knitting, and two wiping surfaces are formed on the upper and lower end faces of the base layer, and the plurality of extending ends are formed by knitting at the wiping surface; and the two fluffy faces are respectively The pile fibers at each wiping surface of the base layer extend outwardly through the extended ends of the wiping surfaces to form a plurality of fluff structures, and are interlaced by the base fibers of the base layer, and extend the appropriate length to form each fluff surface, each fluff The structure is in the form of a line in the shape of a line at the top end; thus, the pile fabric is knitted by knitting and interwoven with each pile fiber to form the base layer, and each of the pile fibers is extended from the extending end of each wiping surface. The pile structure defines each of the pile surfaces, so that the base layer is a combination of the respective pile fibers of the respective base fibers, and each of the pile surfaces is individually composed of each pile fiber, and Each end of the wiping surface extends to a line segment forming the respective patterns extend fluff structure, thereby forming the velvet. The microfilament fabric structure according to claim 1 is improved, wherein each of the fluff fibers is selected from the group consisting of polyester microfibers. The structure of the micro velvet fabric according to claim 1 is improved, wherein the base fiber of the base fiber is a composite fiber-opened false twist yarn formed of nylon or polyester. The structure of the micro velvet fabric according to claim 1 is improved, wherein the pile fibers at each of the pile surfaces are subjected to yarn setting treatment, and the respective fluffy surfaces are in a mercerized state. The structure of the micro velvet cloth according to claim 1 is improved, wherein each of the base fibers and each of the pile fibers is further immersed in an antifungal agent, and an antibacterial layer is formed on each of the base fibers and the outer ends of the respective pile fibers. The structure of the micro velvet fabric according to claim 1 is improved, wherein the pile structure of each of the pile surfaces is further formed into a loop state. The structure of the micro velvet fabric according to claim 1 is improved, wherein each of the pile structures of each of the pile surfaces has a stripe arrangement, a lattice arrangement, a pattern arrangement or an irregular arrangement on each of the wiping surfaces. The structure of the micro velvet fabric according to claim 1 is improved, wherein the base layer is in a planar state, a recessed state, or a convex state. The structure of the micro velvet fabric according to claim 8 is improved, wherein each of the pile surfaces is matched with the base layer in any of a planar state, a concave state, and a convex state. The structure of the micro velvet fabric according to claim 1 is improved, wherein the pile structure of each of the pile surfaces is formed by a plurality of pile fibers extending in a bundle shape or each of the pile fibers is individually extended in a strip shape.