JPH0659495U - Ultra-fine width cosmetic foil strip - Google Patents

Abstract

(57) [Summary] [Purpose] Even when slitting a long-fiber woven or knitted fabric with a fine pitch, the cut does not open, and the cut ultrafine width foil strips can be re-woven on a loom to give a woven surface To obtain a high-quality rewoven fabric with an essential characteristic luster and a smooth super-cosmetic texture. [Structure] Naturally produced ultrafine long fibers such as silk, cotton and chemical fibers, or woven fabrics such as laces, etc. on the surface of other foreign substances, such as arbitrary fabrics, precious metal foil / powder, abalone and pearls. Design of the foil thin brilliant thin plate 2 such as shells and cores of ingredients, shells of turtles, epidermis of reptiles, brilliant wings of birds and insects, plants such as bamboo, bamboo skin, leaves and petals. Super-cosmetic / super-tough elastic fabric 3b is obtained by impregnating the multi-composite / super-cosmetic fabric 3a, which is flexiblely attached to the cosmetic, with a lubricity imparting agent that reduces fiber cut resistance and cutting resistance, and is made into a weft or warp yarn. Slits 5 are formed in the direction of the cuts 5 with a fine width pitch of 0.2 to 2.0 mm except the non-cut zones 4 and 4 at both ends, and are aligned in parallel and slitted.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention is a woven or knitted fabric and other foreign substances, that is, arbitrary fabric, precious metal foil / powder, shell, shell, shell of reptiles, feathers of birds and insects, brilliant thinned plates of plants, etc. It relates to an ultra-fine width foil strip that is made by multiple slitting and slitting of a super-cosmeticized fabric that has been subjected to multiple treatments and has been subjected to softness, super-tough elasticity and lubricity imparting treatment in parallel with a fine pitch. .

[0002]

[Prior art]

 Conventionally, for this kind of fine width band, hard foil and thin Japanese paper made of short fibers, gold foil, foil-like thin plate of shell, etc. are appropriately attached by design, and the Japanese paper is slitted at a fine pitch. Hard, brittle and weak textures are in the paperwork field.

[0003]

[Problems to be solved by the device]

 Since the conventional fine width strips use thin Japanese paper with hard short fibers, the cut fine strips are made harder when weaving them in sequence with the loom according to the design pattern on the washi.・ Because it is brittle and weak, it often causes breakage troubles, and the quality of the woven finish is a sharp cut of a hard fine width band made from the Washi paper due to the tension of both yarns and the binder function from the grid-like mesh where warp and weft intersect. Since the corners appear on the surface in an uneven pattern, there are drawbacks such as poor texture and quality to the touch and appearance.

Further, it is extremely difficult to slit a general-purpose long-fiber woven fabric or knitted fabric with a fine pitch of about 0.2 to 2 mm, and the long-fiber is soft, uncut, fluffed, and loom-loomed. No high-quality woven fabric with a satisfactory texture was obtained when rewoven in, and fine width strips using woven or knitted fabrics have not yet been implemented.

The present invention increases the luster and flexibility of a woven or knitted fabric made of long fibers, so that even if slitting is cut with a fine width pitch, the flexible cut does not unravel and is not fluffed, and rewoven by a loom. Also in this case, it has a synergistically high characteristic of each different substance that is cosmetically multi-composite with the fabric, and has a soft and smooth super-cosmetic texture that never existed before. It is an object of the present invention to provide an element of a high-quality woven fabric, that is, an ultrafine width foil strip having flexibility and supertough elasticity.

[0006]

[Means for Solving the Problems]

 In order to achieve the above-mentioned object, the present invention provides a woven fabric such as silk, cotton, etc., which is a natural ultrafine long fiber, and a chemical fiber, that is, a plain dyed fabric, a woven pattern fabric, a sewn fabric (embroidered fabric) or a lace. Provide a mesh knit fabric.

On the surface of the cloth, other foreign substances, that is, arbitrary cloth, foil / powder of precious metal, shell / core of abalone or pearl oyster, shell of turtle etc., epidermis of reptile such as snake / lizard / crocodile, peanut -Beautiful feathers of birds such as paradise birds, insects such as beetles and ladybugs, leaves of bamboo grass, bamboo skin, and beautiful forms-Foil-like splendid thin plates of plants such as petals are laid out in any design. , A fiber-cut anti-fouling agent made of a water-soluble, low-viscosity, pH-neutral natural or synthetic resin similar to a natural or chemical fiber resin on a fabric that has been flexible-bonded and made into a composite Provide a super-cosmeticized fabric with multiple composites by impregnating with a lubricity-imparting agent that imparts flexibility and super-tough elasticity, and also reduces slitting cut resistance and related resistance during secondary processing.

[0008] The dough was cut in the weft or warp direction, except for the non-cut zones at both ends. It is arranged in parallel at a fine pitch of about 2 to 2.0 mm and slitting-cut into a strip-shaped ultra-fine width foil strip having soft and smooth super-tough elasticity.

[0009]

[Action]

 On the surface of solid dyeing of natural ultrafine long fibers such as silk, cotton, etc. and chemical fibers, background pattern, sewn woven fabric or mesh knitted fabric or knitted fabric 1, that is, other foreign substances, that is, arbitrary fabric, precious metal Foil-like brilliant thinning plate 2 of foil / powder, shell / nucleus, shell, reptile skin, bird / insect wings, plants etc. is arbitrarily arranged by design, and is flexible-bonded to form a composite super cosmetic. Make the dough 3a.

The fabric 3a is provided with a fiber cut-proofing agent such as a water-soluble, low-viscosity, pH-neutral natural or synthetic resin similar to a natural or chemical fiber resin, that is, softness / super-tough elasticity In addition, a super-cosmetic / super-tough elastic fabric 3b is obtained by impregnating a slipperiness-imparting agent that reduces the slitting cut resistance and the related resistance at the time of secondary re-woven processing.

The dough 3b is aligned in parallel and slitted at a fine pitch of about 0.2 to 2.0 mm in the weft or warp direction, except for the non-cut zones 4 and 4 at both ends, Even if the cut 5 is provided, the fibers do not melt from the surface of the cut and do not fluff.

Further, since the cutting resistance is reduced by adding the lubricity imparting agent, even when the slit 5 is formed by slitting the material 3b at the fine width pitch, the material 5b can be precisely sharply cut. it can.

By continuously holding the non-cut zones 4 and 4 at the both ends, the design / cosmetic arrangement sequence is normally maintained even if slitting is performed.

Further, since it becomes the ultrafine width foil strip 6 to which slipperiness is imparted, at the time of reweaving such as secondary processing, it dives between the warp yarn and the weft yarn on the loom to reduce the resistance such as driving. It is possible to combine high quality and high productivity factors.

[0015]

【Example】

 The accompanying drawings showing an example of the embodiment of the present invention will be described in detail.

FIG. 1 is a super-cosmetic / super-tough elastic fabric in which a woven or knitted fabric is subjected to multiple composite treatment of foil-like splendid thin plates, and FIG. 2 is an ultra-fine width foil slitting-cut into the fabric. FIG. 3 is a sectional view taken along line AA of FIG.

1 is a woven fabric or woven fabric made of natural ultrafine long-fiber silk, cotton, etc., and chemical fibers, etc., and is a plain dyed woven fabric, a tint-pattern woven fabric, a sewn woven fabric (embroidered woven fabric), and a mesh knitted fabric fabric. Etc.

[0018] 2 is a foil or powder of precious metal such as gold or silver, shells or cores of abalone or pearl oysters, shells such as turtles, epidermis of reptiles such as snakes, lizards, crocodiles, peacocks, birds of paradise, etc. It is a brilliant thinning plate in the form of foil such as feathers of birds and insects such as beetles and ladybugs, plants such as bamboo, bamboo skin, leaves and petals.

In addition, as the foil-like brilliant thinning plate 2, woven fabrics such as plain dyed fabrics, tint block woven fabrics and sewn fabrics, mesh knitted fabrics such as laces, and color dyed printed fabrics can also be used. .

Here, the foil-like brilliant thinning plate 2 is arbitrarily placed on the surface of the woven fabric or the woven fabric 1 by design, and is bonded by flexibility to form a composite super-cosmeticized fabric 3a. In addition, it is impregnated with a natural or synthetic resin, etc., which is a water-soluble, low-viscosity, pH-neutral fiber cut similar to natural long-fiber or chemical-fiber resin, and is a slippery agent that reduces cutting resistance and cutting resistance. Super cosmetic / super tough elastic fabric 3b.

4 and 4 are non-cut zones at both ends of the fabric 3b in the weft or warp direction, and 5 is a minute width of 0.2 to 2.0 mm except a part of the both ends 4 and 4. These are slits that are slit and aligned in parallel at a pitch.

6 is a strip-shaped ultra-fine width foil strip having flexibility and super-tough elasticity, which is produced by providing slits 5 slitted at a fine pitch of 0.2 to 2.0 mm on the cloth 3 b. is there.

In the flower pattern of FIG. 1, for example, 2a is a thread, 2b is an arbitrary woven fabric, 2c is a lace knitted fabric, 2d is a dyed print fabric and the lace knitted fabric is overlaid, 2e. It is also good to use as a color dye print fabric.

Reference numeral 7 is a backup sheet, which is supplemented with the woven or knitted fabric 1, and may or may not be arbitrarily used depending on the application.

[0025]

[Effect of device]

 The present invention is configured as described above, and the brilliant thinning plate 2 in the form of foil is arbitrarily placed on the woven or knitted fabric 1 by design, and is flexibly bonded to form the composite cosmetic fabric 3a. Super-cosmetic and super-tough elastic fabric 3b which is impregnated with a water-soluble, low-viscosity, pH-neutral natural or synthetic resin that imparts fiber cut resistance and slitting cut resistance and lubricity to 3a 3b Therefore, even if slitting is performed with a fine pitch, the long fibers do not fluff or the complex foreign substance does not melt from the cut of the cut 5 having the multiple composite cross section.

Further, since the cutting resistance during slitting cut is reduced, it is possible to perform a precise sharp cut, and when the strip-shaped ultra-fine width foil strips 6 are sequentially re-woven by the loom, the Since the foil strips 6 dive between the warp and weft threads and reduce the resistance at the time of driving and weaving, it is possible to easily obtain a high quality and high quality factor.

Further, when re-weaving is performed using the ultra-fine width foil strip 6, the front and back surfaces of the re-woven fabric are undulated flexibly and smoothly by the tension of the weft and warp threads of the loom and the binder action. The deepness, texture, appearance, and touch that were completely unattainable with the technique were improved, and the characteristic gloss and luster on the surface of the woven fabric were maintained at a high level, and a smooth super-aesthetic texture could be fully achieved on the front.

[Brief description of drawings]

FIG. 1 is an enlarged plan view of a super-cosmetic fabric in which a foil-like splendid thin plate is flexibly bonded to a woven or knitted fabric to form a multiple composite.

[Fig. 2] Ultra-toughness obtained by slitting cut into ultra-fine width by applying super-tough elasticity imparting treatment to a super-cosmeticized fabric in which a foil-like brilliant thinning plate is flexibly bonded to a woven or knitted fabric It is an expansion top view which shows the outline of the ultrafine width foil formation zone which has elasticity.

3 is an enlarged cross-sectional view taken along the line AA of FIG.

[Explanation of symbols]

1 Woven or knitted fabric 2 Foil-like brilliant thinning plate 2a Spoon 2b Woven fabric 2c Lace knitted fabric 2d Laminated knitted fabric on top of colored dyed printed fabric 2e Colored dyed printed fabric 3a Multiple composite / super-cosmetic fabric 3b Super-cosmetic / super-tough elastic fabric 4 Non-cut zones at both ends 5 Cuts 6 Ultra-fine width cosmetic foil strip 7 Backup sheet

Claims (1)

[Scope of utility model registration request] 1. A woven fabric made of natural ultrafine long-fiber silk, cotton, etc. and chemical fibers, that is, a plain dyed fabric, a ground pattern fabric, a sewn fabric (embroidered fabric) or a mesh knitted fabric 1, is provided. On the surface of the dough 1, other foreign substances, that is, arbitrary dough, precious metal foil / powder, shells / nuclei of abalone and pearl oysters, shells of turtles, reptile skins of snakes, lizards, crocodiles, peacocks, paradise birds Foil-like thinning plate 2 of birds, birds, insects such as beetles, ladybugs, etc., bamboo leaves, bamboo skin, leaves in beautiful form, plants such as petals, etc. The flexible cut fabric 3a, which has a composite beauty, is provided with fiber cut resistance, that is, softness and super-tough elasticity, which functions similarly to the resin of the natural long fiber or the chemical fiber, and a slitting cut. Multi-composite by impregnating with a lubricity-imparting agent that reduces both resistance and resistance related to secondary processing Provided a super-cosmeticized fabric 3b,
The cloth 3b is provided with cuts 5 which are slit in parallel and aligned in a fine width pitch of about 0.2 to 2.0 mm, except for the non-cut zones 4 and 4 at both ends in the weft or warp direction. An ultrafine width cosmetic foil strip characterized by being made into a strip shape having flexibility and super-tough elasticity.