JP3034108U - Polyester raised fabric - Google Patents

Abstract

(57) [Abstract] [PROBLEMS] To provide a napped fabric capable of performing accurate inkjet printing on a fabric surface regardless of any dyeing information or any dyeing information. SOLUTION: The density of pile yarn is 400,000 denier / in.
ch ² to 800,000 denier / inch ² , single yarn fineness of pile yarn is 4 denier or less, pile length of pile yarn is 1.
5Mm～5mm, a polyester pile fabric bristle collapse resistance property is tertiary or more raised fabric, the pile surface of the standing hair fabric, ink jet indicia on the basis of any staining information obtained from a photograph through the camera Polyester napped fabric that has been copied. [Effect] An image based on arbitrary dyeing information including planned dyeing information can be accurately inkjet printed, and finally, the dyed fabric has a high resolution pattern color and is not seen on paper or ordinary fabric. There is a three-dimensional effect and power that cannot be achieved. Moreover,
It has a soft texture, is more resistant to dirt and bending, and has excellent durability.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to an inkjet printed fabric, and more particularly to an inkjet printed polyester napped fabric.

[0002]

[Prior art]

 Recently, dyeing using inkjet printing has been frequently performed. In this method, dye ink is ejected from a running nozzle onto a fabric surface attached to a drum to sequentially print the fabric surface. This inkjet printing method has recently been established as a consistent system as an inkjet printing system. In this inkjet printing system, a signal that uses the dyeing information obtained from the planned pattern and color information as the information source is finally input to the inkjet printing device and the fabric surface is printed according to the information. Is.

FIG. 1 shows a schematic configuration example of the printing system. In this system, as shown in the figure, an image reading apparatus 10 for an original image, a storage unit 20 for storing the read image data, an image for performing image processing etc. by capturing the image data from the stored image data or another storage medium 20A. A processing device 30, a printing device 40 for performing inkjet printing on a printing medium, and the like are provided.

Here, this system includes a step of reading the image information of the original image by the image reading device 10 and a step of storing the image data read by the image reading device 10 as digital image data in the storage section 20. A step of loading digital image data from the storage unit 20 or another storage medium 20A into the image processing apparatus 30 and performing predetermined image processing on the image data; and image processing the image processed image data. It includes a step of transferring from the device 30 to the printing apparatus 40, and a step of performing inkjet printing on the napped cloth as a printing medium by the printing apparatus 40.

More specifically, first, the image reading device 10 reads the image information of the original image. As the original image, a developed negative or positive (slide) film photographed by a silver halide camera, and further, a paper or the like having a negative or positive film printed thereon is used. As the image reading device 10, for example, a film scanner, an image scanner, a copying machine, or a device in which these are combined is used.

The image reading apparatus 10 converts an optical image obtained from an original image by an image pickup unit including an optical element into a digital signal, performs predetermined signal processing, and outputs the digital image data. The image data read by the image reading device 10 is taken into the image processing device 30 as digital image data. The image processing device 30 is a computer, preferably a personal computer (personal computer), in which the image processing required for performing inkjet printing on the napped cloth is performed.

The image processing device 30 performs image adjustment, color adjustment, and the like on the captured image data. The image processing device 30 also includes a display unit (display device), and the display color can be converted into an ink prescription with reference to the display content of the display unit.

On the other hand, the image processing apparatus 30 includes a storage unit 20 integrated with the image processing apparatus 30, and the digital image data captured by the image processing apparatus 30 from the image reading apparatus 10 must be stored and stored in this storage unit. You can also Then, it can be retrieved from the storage unit 20 to the image processing apparatus 30 as needed. Further, the image processing device 30 can capture digital image data from another storage medium 20A.

The image data that has undergone image processing by the image processing device 30 is then transferred from the image processing device 30 to the inkjet printing device 40. The inkjet printing device 40 prints ink on the napped cloth. Various types of inkjet printing apparatuses can be adopted according to their principles and methods, but the on-demand piezo method is preferably adopted.

Here, FIG. 2 is a diagram illustrating an outline of the inkjet printing apparatus 40. Briefly, the cloth 50 to be printed is intermittently fed at a predetermined pitch while being attached to the drum 41 of the inkjet dyeing machine. A head 42 of an inkjet dyeing machine is arranged so as to face the drum 41, and the head runs to eject dye ink from a plurality of nozzles provided in the head, thereby sequentially printing the cloth surface. The control of the nozzle and the control of the drum are performed based on the command of the control unit CL, and the signal from the above-described image processing apparatus is input to this control unit. The above is the outline of the inkjet printing system.

By the way, needless to say, the feature of the inkjet printing is that it can exhibit its soft texture when it is particularly adapted to a napped cloth, and can exhibit its true characteristics. In the usual printing method, since the napped fabric has fluff, the back side of the fluff is not always properly dyed even if the dye is pressed by a roll for printing.

However, in inkjet printing, since dye ink is ejected from a running rudder to print, the flying dye ink performs printing in units of fluff, and dyeing is performed accurately. Ink-jet printing having such a feature is extremely advantageous as a dyeing method for napped fabrics even in the printing technology.

By the way, in order to perform inkjet printing on a napped cloth, the type of the napped cloth to be targeted is determined in advance, and dyeing information (related to the original image and the storage medium shown in FIG. 1) is planned accordingly. , And it was based on that, it was inkjet printed. The dyeing information (mainly information about patterns, colors, etc.) planned around the napped cloth, that is, "planned dyeing information" was the basis of inkjet dyeing. Therefore, from the viewpoints of the fiber density and the napped state of the napped fabrics that are usually used, the fineness of the pattern and the denseness of the hue have to be naturally limited.

However, today, an arbitrary image (photographed image) photographed by a silver halide camera has come to be used as the original image, and further, as the image data to be input to the image processing apparatus, the above-described image data is described above. As described above, image data captured from a storage medium 20A other than the image reading device 10, for example, a magnetic disk such as a digital FD or a removable HD, a magneto-optical disk such as an MO, an optical disk such as a CD-ROM, a photo CD, a PD, a flash card, Recorded information such as memory cards such as SRAM cards (such as those through a digital camera), magnetic tapes such as video tapes, and the like have been increasingly used.

The so-called “arbitrary dyeing information” such as such an arbitrary image and arbitrary recording information includes an extremely wide range of patterns, colors, etc. from fine to relatively coarse. It's random. In this way, in the dyeing information that is the basis for inkjet printing, the needs are changing from intentionally planned “planned dyeing information” to “voluntary dyeing information” with extremely high volatility. The dyeing information constituting the above and the dyeing information from the storage medium 20A are randomly transferred.

Against this background, it has become necessary to be able to apply to any dyeing information in general when performing inkjet printing. That is, there is a demand for a napped fiber cloth capable of performing ink-jet printing satisfying all of the dyeing information regardless of the dyeing information, whether the pattern or color is extremely fine or rough. There is.

[0017]

[Problems to be solved by the device]

 In view of such circumstances, it is an object of the present invention to provide a napped cloth capable of performing accurate inkjet printing on a cloth surface regardless of arbitrary dyeing information or any dyeing information.

[0018]

[Means for Solving the Problems]

 As a result of diligent research based on such problems, it was found that, in a napped fabric, if at least the pile yarn density is set to a certain value or more, inkjet printing can be accurately performed based on any arbitrary dyeing information. The present invention has been completed based on this knowledge.

That is, the present invention provides (1) a polyester napped cloth having a pile yarn density of 400,000 denier / inch ² to 800,000 denier / inch ² , and an inkjet print on the pile surface of the napped cloth. Polyester napped fabric that has been made.

(2) The polyester napped fabric in which the single fiber fineness of the pile yarn is 4 denier or less, and the inkjet printing is performed on the pile surface of the napped fabric.

Further, (3), a polyester raised fabric having a pile length of a pile yarn of 1.5 mm to 5 mm, wherein the pile face of the raised fabric is inkjet-printed on the polyester fabric. Exist in.

Further, (4) a polyester napped cloth having a hair fall resistance of grade 3 or higher, which is inkjet-printed on the pile surface of the napped cloth. Exist.

Further, (5) a polyester napped fabric having a pile yarn density of 400,000 denier / inch ² to 800,000 denier / inch ² , and a pile yarn single fiber fineness of 4 denier or less, It exists in a polyester napped cloth on which an inkjet print is made on the pile surface of the napped cloth.

[0024] Further, (6), a polyester raised wool fabric having a pile yarn density of 400,000 denier / inch ² to 800,000 denier / inch ² , and a pile yarn pile length of 1.5 mm to 5 mm. The polyester raised fabric has an inkjet print on the pile surface of the raised fabric.

Further, (7), a polyester napped fabric having a pile yarn density of 400,000 denier / inch ² to 800,000 denier / inch ² , and a hair fall resistance of grade 3 or higher, the napped fabric This is a polyester napped fabric with inkjet printing on the pile surface.

Further, (8), the density of pile yarn is 400,000 denier / inch ² to 800,000 denier / inch ² , the monofilament fineness of the pile yarn is 4 denier or less, and the pile length of the pile yarn is 1. A polyester napped fabric having a size of 5 mm to 5 mm, wherein the piled surface of the napped fabric is inkjet-printed.

Further, (9), the density of pile yarn is 400,000 denier / inch ² to 800,000 denier / inch ² , the monofilament fineness of the pile yarn is 4 denier or less, and the fall resistance of the raised fabric is 3 A raised polyester fabric of a grade or higher, and a raised polyester fabric in which inkjet printing is performed on the pile surface of the raised fabric.

Further, (10), the pile yarn has a density of 400,000 denier / inch ² to 800,000 denier / inch ² , the pile yarn has a pile length of 1.5 mm to 5 mm, and the falling fabric has a low falling resistance. A raised polyester fabric having a grade 3 or higher property, wherein the piled surface of the raised fabric has inkjet printing on it.

Further, (11), the density of the pile yarn is 400,000 denier / inch ² to 800,000 denier / inch ² , the monofilament fineness of the pile yarn is 4 denier or less, and the pile length of the pile yarn is 1.5 mm. It is a polyester napped cloth having a napped cloth hair fall resistance of 3 to 5 mm or more, and a polyester napped cloth having inkjet printing on the pile surface of the napped cloth.

Further, (12), a polyester napped fabric having a pile yarn density of 400,000 denier / inch ² to 800,000 denier / inch ² , wherein the pile surface of the napped fabric is passed through a camera. The polyester napped cloth is inkjet printed based on the arbitrary dyeing information obtained from the photograph.

Further, (13) a polyester napped fabric having a pile yarn density of 400,000 denier / inch ² to 800,000 denier / inch ² , and a pile yarn single fiber fineness of 4 denier or less, The polyester napped cloth is inkjet printed on the pile surface of the napped cloth based on arbitrary dyeing information obtained from a photograph taken through a camera.

Further, (14), the density of the pile yarn is 400,000 denier / inch ² to 800,000 denier / inch ² , the monofilament fineness of the pile yarn is 4 denier or less, and the pile length of the pile yarn is 1.5 mm. Up to 5 mm, a raised napped cloth is a polyester raised napped cloth having a hair fall resistance of grade 3 or higher, and an inkjet is formed on the pile surface of the napped cloth based on arbitrary dyeing information obtained from a photograph taken through a camera. It exists in polyester napped cloth that has been printed.

Further, (15), the polyester napped fabric according to any one of the above (1) to (14) is used for interior decoration of a room.

[0034]

[Embodiment of the invention]

 The napped cloth that is the subject of the inkjet printing of the present invention is a polyester napped cloth that uses a polyester thread, and the polyester thread includes a blended fiber with other fibers. The polyester napped cloth referred to in the present invention can be manufactured by a conventionally known method using polyester fibers.

The fabric structure may be woven or knitted. As the polyester raised fabric of the knit, for example, double raschel, pole tricot, raised tricot, sinker pile and the like are adopted. In the case of a knitted fabric, for example, in the case of a double raschel, it can be obtained by passing through processes such as warping, knitting, center cutting, shirring, brushing, and setting, but the pile is shirred after center cutting. It is formed by performing.

As the woven blanket, for example, a moquette or the like is adopted. In the present invention, by limiting at least one of the following four conditions (pile density, single fiber fineness, pile length, and hair fall resistance) to the above-mentioned numerical values in such polyester raised fabric, It is possible to perform inkjet printing corresponding to arbitrary dyeing information. The inkjet printing of the present invention can be performed by the conventional inkjet printing system shown in FIG.

As the dyeing information, which is the basis of inkjet printing, in particular, the arbitrary dyeing information, as described above, an arbitrary image (photographic image) taken by a silver salt camera is used. , For example, magnetic disk such as digital FD, removable HD, magneto-optical disk such as MO, optical disk such as CD-ROM, photo CD, PD, flash card, SRAM card [eg, through a digital camera (photo image)] Information such as memory cards, etc., and magnetic tapes such as video tapes, etc. are used.

In particular, a photographic image, which is dyeing information obtained through a camera (including a silver salt camera, a digital camera, etc.), is printed on a photographic cloth when it is finally printed as a product. As a result, it becomes an excellent product with a three-dimensional effect and a soft texture that conventional photo paper does not have. The pattern and color of the photographic image are fine and precise, but the photographic image can be accurately printed by using the pile density, single fiber fineness, pile length, and hair fall resistance of the present invention. It is possible to print.

Here, at the time of inkjet printing, the ink used contains a disperse dye. Further, before the inkjet printing, a pretreatment is performed, and after that, a posttreatment is performed. In the pretreatment, the napped fabric is sufficiently removed of oil, stains and sizing agent by scouring. Further, a film of a non-dyeing polymer compound may be positively formed on the cloth so that the ink does not bleed.

Examples of the non-staining polymer compound include starch substances such as corn and wheat, cellulosic substances such as carboxymethyl cellulose, methyl cellulose and hydroxyethyl cellulose, sodium alginate, gum arabic, locust bean gum, tragacanth gum, Polysaccharides such as guar gum and tamarind seeds, protein substances such as gelatin and casein, tannin-based substances, and natural water-soluble high-molecular compounds such as lignin-based substances are preferable.

On the other hand, in the post-treatment, after the inkjet printing, the cloth is once dried or is left as it is, and then the cloth is fixed, washed and dried. For example, as fixing conditions, in the case of polyester fiber, dry heat of 100 to 200 ° C, high pressure saturated steam of 100 to 150 ° C, or superheated steam of 105 to 190 ° C is adopted. After fixing by post-treatment, unfixed dye, non-dyeable polymer compound and other additives are removed from the cloth by a conventional method, and then washed.

The napped fabric of the present invention is suitable for interior decoration and decoration in a room, for example, tapestry, soft cover, floor mat, carpet, etc., and has a high-class interior that has never existed before. Next, four conditions of the polyester fiber cloth that can deal with arbitrary dyeing information in general will be described.

First of all, the napped fabric of the present invention has a pile density of 400,000 denier / inch ² to 80 denier / inch ² , and in this range, from the viewpoint of the denseness of the fabric, Inkjet printing based on arbitrary staining information is possible. If the pile density is less than 400,000 denier / inch ² , it will be difficult to delicately express the image printed on the fabric surface, reducing the value as a product, and if the pile density is more than 800,000 denier / inch ^2, it will be manufactured. In addition, it is difficult to knit the knitted fabric.

Secondly, in the napped fabric of the present invention, the single fiber fineness of the pile yarn, which is the polyester yarn constituting the polyester napped fabric, is 4 denier or less, and within this range, all optional dyeing information can be obtained. Inkjet printing based on this is possible. When the single fiber fineness is 4 denier or more, it becomes difficult to express a photographic image in high resolution.

Thirdly, in the napped fabric of the present invention, the pile length of the pile yarn is 1.5 mm to 5 mm, and in this range, inkjet printing based on all the optional dyeing information is possible. Is. For fine patterns, high resolution is required, so if it is 1.5 mm or less, the ground texture can be seen through and the quality of the dyed fabric deteriorates, and if it is 5 mm or more, the fall angle of the fluff becomes large and an appropriate inkjet print is obtained. I cannot take pictures.

Thirdly, the napped cloth of the present invention is adopted if the evaluation result of the hair fall resistance is grade 3 or higher. In this range, the ink jet based on all arbitrary dyeing information is used. It is possible to print. If the hair falling resistance is less than the third grade, the printed image is not retained on the hair tips, and high resolution cannot be obtained from the viewpoint of resolution. Here, the "hair fall resistance" can be measured and evaluated using the following test method.

Hereinafter, a method of measuring “hair fall resistance” will be described. (1) Preparation for test a) Prepare a test piece in a size of 70 × 70 mm. b) Prepare a horizontal test stand with a size of 100 × 100 mm or more. c) A cylindrical weight having a diameter of 40 mm and a weight of 1 kg is heated in advance to a temperature of 40 ± 2 ° C.

(2) High-humidity hair fall test a) The test piece is placed on a test stand, and the prepared weight is placed on the center of the surface. b) The test piece placed on the test stand is left as it is for 48 hours in a constant temperature and humidity box adjusted to a temperature of 40 ± 2 ° C and a relative humidity of 80 ± 3%, and then taken out. c) Immediately remove the weight from the test piece taken out from the constant temperature and constant humidity box and observe the state of hair collapse. d) The hair fall state of the test piece is evaluated by a gray scale for fading and the degree of whitening of the hair fall is expressed by a judgment grade. The above is the measuring method of "hair fall resistance".

Next, an example will be described. As for this example, a typical example was given out of many things. It should be noted that the validity and scope of the rights of the present invention are not limited or restricted by this.

[0050]

Example 1 A 22 gauge double Raschel knitted fabric having a density of 40 cpi and a density of 40 cpi was spun using a polyethylene terephthalate yarn of 200 denier / 96 filaments spun and drawn by a conventional method. The obtained double Raschel knitted fabric is center-cut by a conventional method, then shirred to adjust the pile length to 2.1 mm, brushed to nap treatment, dry heat set, and average pile density 70 A double raschel fabric of 40,000 denier / inch ² was obtained.

A person landscape image film (photographic image) photographed by a normal 35 mm camera was read by a film scanner and loaded into a personal computer as digital image data. This image was corrected using image processing software (for example, PHOTOSHOP) and printed on the pile surface of the cloth using an inkjet printer, which is an inkjet printing device. The printing conditions at this time were: on-demand system, nozzle diameter 50 μm, driving voltage 100 V, frequency 5 KHz, resolution 300 dpi, 4 × 4 matrix. The printing cloth was subjected to a heat-moisture treatment at 175 ° C. for 10 minutes, subjected to ordinary reducing soaping and washing with water, and then a target standing blanket, so-called photographic cloth was obtained.

[0052]

Example 2 Using a polyethylene terephthalate yarn of 20 count double-ply yarn spun and stretched by a conventional method, a moquette fabric of 21 feathers / inch / 40 wefts / inch was woven. The obtained moquette fabric is brushed and napped by a conventional method, then shirred to adjust the pile length to 1.7 mm, and the back side is resin-coated to have an average pile density of 56,000 denier / inch. A moquette fabric of ² was obtained. After the dyeing information from the portrait image film was captured in the same manner as in Example 1, the image processing was performed, the image was printed using an inkjet printer, and the post-processing was performed to obtain a target blanket, a so-called photographic cloth. It was

[0053]

[Comparative example]

Using 250 denier / 96 filament polyethylene terephthalate yarn spun and stretched by a conventional method, a 16-gauge sinker pile having a density of 42 cpi was knitted. The obtained sinker pile is opened by a conventional method, shirred to adjust the pile length to 1.4 mm, set to dry heat, and resin-coated on the back side to obtain an average pile density of 36,000. A sinker pile fabric of denier / inch ² was obtained. After the dyeing information from the portrait image film was captured in the same manner as in Example 1, the image processing was performed, the image was printed using an inkjet printer, and the post-processing was performed to obtain a target blanket, a so-called photographic cloth. It was The above results are shown in Table 1 below.

[0054]

[Table 1]

[0055]

[Effect of the invention]

 According to the napped fabric of the present invention, the image based on the arbitrary dyeing information including the planned dyeing information can be accurately ink-jet printed, and the finally dyed fabric has a high resolution pattern color and can be printed on paper or It has a three-dimensional effect and power that cannot be seen with ordinary cloth. Moreover, it has a soft texture, is resistant to dirt, bending, and has excellent durability.

[Submission date] August 28, 1996

[Procedure correction 6]

[Document name to be amended] Statement

[Correction target item name] 0014

[Correction method] Change

[Correction contents]

However, today, an arbitrary image (photographed image) photographed by a silver halide camera has come to be used as the original image, and further, as the image data to be input to the image processing apparatus, the above-described image data is described above. As described above, image data captured from a storage medium 20A other than the image reading device 10, for example, a magnetic disk such as FD or removable HD, a magneto-optical disk such as MO, an optical disk such as a CD-ROM, a photo CD, a PD, or a flash card. Recording information such as memory cards such as SRAM cards (such as those through a digital camera), magnetic tapes such as video tapes, etc. has become popular.

[Procedure amendment 7]

[Document name to be amended] Statement

[Correction target item name] 0022

[Correction method] Change

[Correction contents]

[0022] And also, (4), the hair fall resistance of the raised fabric is a polyester pile fabric is tertiary or resides in a polyester pile fabric inkjet Shirushiutsushi have been made to the pile surface of the upstanding bristles fabric .

[Procedure amendment 8]

[Document name to be amended] Statement

[Name of item to be corrected] 0025

[Correction method] Change

[Correction contents]

Further, (7), a polyester napped fabric having a pile yarn density of 400,000 denier / inch ² to 800,000 denier / inch ² , and a hair fall resistance of grade 3 or higher, wherein the napped fabric is It exists in a polyester napped fabric with inkjet printing on the pile surface. You.

[Procedure amendment 9]

[Document name to be amended] Statement

[Correction target item name] 0028

[Correction method] Change

[Correction contents]

[0028] and also, (10) and a density of 400,000 denier / inch ² ~80 Man denier / inch ² of the pile yarn, pile length of the pile yarn 1.5mm~5mm, hair standing blankets帛fallen resistance A raised polyester fabric having a grade 3 or higher property, wherein the piled surface of the raised fabric has inkjet printing on it.

[Procedure amendment 10]

[Document name to be amended] Statement

[Name of item to be corrected] 0029

[Correction method] Change

[Correction contents]

Further, (11), the density of the pile yarn is 400,000 denier / inch ² to 800,000 denier / inch ² , the monofilament fineness of the pile yarn is 4 denier or less, and the pile length of the pile yarn is 1.5 mm. to 5 mm, bristle collapse resistance of the raised fabric is a port Riesuteru raised fabric is tertiary or resides in a polyester pile fabric that inkjet Shirushiutsushi is a pile surface of the upstanding bristles fabric.

[Procedure amendment 11]

[Document name to be amended] Statement

[Correction target item name] 0032

[Correction method] Change

[Correction contents]

Further, (14), the density of the pile yarn is 400,000 denier / inch ² to 800,000 denier / inch ² , the monofilament fineness of the pile yarn is 4 denier or less, and the pile length of the pile yarn is 1.5 mm. to 5 mm, a bristle inclination port Riesuteru raised fabric is resistance properties tertiary or more raised fabric, the pile surface of the standing hair fabric, inkjet based on any staining information photos or obtained through the camera It exists in polyester napped cloth that has been printed.

[Procedure amendment 12]

[Document name to be amended] Statement

[Correction target item name] 0037

[Correction method] Change

[Correction contents]

As described above, an arbitrary image (photographic image) photographed by a silver salt camera will be used as the dyeing information, which is the basis of inkjet printing, in particular, the arbitrary dyeing information. , For example, magnetic disks such as FD and removable HD, magneto-optical disks such as MO, optical disks such as CD-ROM, photo CD, PD, flash cards, SRAM cards [eg, through a digital camera (photo image)] Information such as memory cards, etc., magnetic tapes such as video tapes, etc. is used.

[Brief description of the drawings]

FIG. 1 is a diagram illustrating a schematic configuration example of an inkjet printing system.

FIG. 2 is a diagram schematically illustrating a printing apparatus.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 ... Image reading device 20 ... Storage part 20A ... Storage medium 30 ... Image processing device 40 ... Printing device 41 ... Drum 42 ... Head 50 ... Cloth N ... Nozzle

[Procedure amendment]

[Submission date] August 28, 1996

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Claim 4

[Correction method] Change

[Correction contents]

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] Claim 7

[Correction method] Change

[Correction contents]

[Procedure 3]

[Document name to be amended] Statement

[Correction target item name] Claim 10

[Correction method] Change

[Correction contents]

[Procedure amendment 4]

[Document name to be amended] Statement

[Correction target item name] Claim 11

[Correction method] Change

[Correction contents]

[Procedure Amendment 5]

[Document name to be amended] Statement

[Correction target item name] Claim 14

[Correction method] Change

[Correction contents]

Claims (15)

[Utility model registration claims] 1. The pile yarn has a density of 400,000 denier / in.
A polyester napped fabric having a ch ² to 800,000 denier / inch ² , wherein the pile surface of the napped fabric is inkjet-printed, and the polyester napped fabric is characterized. 2. A polyester napped fabric in which the single fiber fineness of the pile yarn is 4 denier or less, wherein the pile surface of the napped fabric is inkjet-printed. 3. The pile length of the pile yarn is 1.5 mm to 5
A polyester raised fabric having a thickness of mm, wherein the pile surface of the raised fabric is subjected to inkjet printing. 4. A polyester napped fabric, in which the napped fabric has a hair fall resistance of grade 3 or higher, and inkjet printing is performed on the pile surface of the napped fabric. 5. The pile yarn has a density of 400,000 denier / in.
ch ² to 80 million in denier / inch ^2, a polyester pile fabric single fiber fineness of the pile yarn is 4 denier, polyester napped, wherein the inkjet Shirushiutsushi have been made to the pile surface of the upstanding bristles fabric Cloth. 6. The pile yarn has a density of 400,000 denier / in.
ch ² to 800,000 denier / inch ² , polyester pile nap cloth having a pile yarn pile length of 1.5 mm to 5 mm, characterized in that inkjet printing is made on the pile surface of the nap fabric. Polyester raised fabric. 7. The pile yarn has a density of 400,000 denier / in.
Polyester napped fabric having a ch ² to 800,000 denier / inch ² and a hair fall resistance of grade 3 or higher, wherein inkjet printing is made on the pile surface of the napped fabric. . 8. The pile yarn has a density of 400,000 denier / in.
ch ² to 800,000 denier / inch ² , pile yarn single fiber fineness of 4 denier or less, pile yarn pile length 1.
A raised polyester fabric having a length of 5 mm to 5 mm,
Inkjet printing is performed on the pile surface of the napped cloth, which is a polyester napped cloth. 9. The pile yarn has a density of 400,000 denier / in.
ch ² to 800,000 denier / inch ² , single yarn fineness of pile yarn is 4 denier or less, and hair fall resistance of standing fabric is 3
A raised polyester fabric having a grade or higher, wherein the pile surface of the raised fabric is inkjet printed. 10. The pile yarn has a density of 400,000 denier / i.
nch ² to 800,000 denier / inch ² , a pile yarn pile length of 1.5 mm to 5 mm, and a polyester raised wool fabric having a fallen hair resistance of a grade 3 or higher, and a pile surface of the raised wool fabric. A polyester napped fabric characterized by being inkjet printed on. 11. The pile yarn has a density of 400,000 denier / i.
nch ² to 800,000 denier / inch ² , polyester filament nap whose filament yarn fineness is 4 denier or less, pile yarn pile length is 1.5 mm to 5 mm, and hair fall resistance of napped fabric is grade 3 or higher. A raised polyester fabric, wherein the piled surface of the raised fabric is inkjet printed. 12. The pile yarn has a density of 400,000 denier / i.
A polyester napped fabric of nch ² to 800,000 denier / inch ² , wherein the inkjet printing is performed on the pile surface of the napped fabric based on arbitrary dyeing information obtained from a photograph taken through a camera. Characterized polyester napped fabric. 13. The pile yarn has a density of 400,000 denier / i.
nch ² to 800,000 denier / inch ² , a polyester napped fabric having a single yarn fineness of pile yarn of 4 denier or less, and the arbitrary dyeing information obtained from a photograph taken through a camera is provided on the pile surface of the napped fabric. A polyester napped fabric characterized by being inkjet printed on the base. 14. The pile yarn has a density of 400,000 denier / i.
nch ² to 800,000 denier / inch ² , polyester filament nap whose filament yarn fineness is 4 denier or less, pile yarn pile length is 1.5 mm to 5 mm, and hair fall resistance of napped fabric is grade 3 or higher. A polyester napped cloth, characterized in that the pile surface of the napped cloth is inkjet-printed on the basis of arbitrary dyeing information obtained from a photograph taken through a camera. 15. The polyester napped fabric according to claim 1, wherein the polyester napped fabric is used for interior decoration of a room.