KR20060119035A - Ribbon for garland and manufacture method of it - Google Patents

Abstract

A ribbon for garland using letters printed fabric by heat transfer printing method and manufacturing method thereof is provided to express more contents by printed letters, to reduce working time for setting the ribbon on a garland, and to give fine appearance to a garland. The ribbon for garland using letters printed fabric by heat transfer printing method comprises: a main ribbon(1a) having printed letters by heat transfer printing method and a lateral ribbon(1b) attached to the main ribbon by heat adhesion. The manufacturing method of letter printed ribbon for garland includes; preparing roll type heat transfer paper where patterns are printed with high pressure disperse dye; inserting heat transfer paper and ribbon into heating and compressing roller; heating and pressing the heat transfer paper and ribbon at 200-220 deg.C, for 20-80 seconds; and transferring patterns of roll transfer paper onto the roll ribbon.

Description

Wreath font ribbon and manufacturing method thereof {RIBBON FOR GARLAND AND MANUFACTURE METHOD OF IT}

1 is a front view showing a state of use of the ribbon for garland according to the present invention,

Figure 2 is a front view extracting a part of the letter ribbon for garland according to the present invention,

3 is a flow chart showing an example of a method for manufacturing a garland ribbon for garnish according to the present invention;

4 is a flow chart showing another example of a method of manufacturing a garland ribbon for garnish according to the present invention.

<Explanation of symbols for the main parts of the drawings>

1: Text Ribbon

1a: Main Ribbon

1b: Side ribbon

10: wreath

The present invention relates to a letter ribbon for garland and a method for manufacturing the same, and more particularly, to form various patterns vividly at a low cost, and to easily print or write letters by selecting a letter ribbon according to the type of garland. The present invention relates to a wreath ribbon and a method of manufacturing the same.

Wreaths are roughly classified into congratulatory wreaths for celebrating a happy day, such as opening, and a rough wreath used for a sad day, such as a funeral. A garland ribbon is used for conveying congratulations or sadness.

Conventional text ribbons initially used woven fabrics of wool and synthetic fibers, but when writing or printing, ink was smeared or ink soaked, and the text was not clean.

Thus, as another example, most of the conventional text ribbons are coated with a waterproof coating to prevent ink from bleeding, but very insufficient to prevent bleeding of the ink.

Therefore, in some cases, the printing paper for printing on the basis of real-time printing or so-called tropical fabric or banner paper is used as a text ribbon to smooth printing output without ink bleeding. There is a filed and registered in the application 20-2002-6874.

In summary, an example of a suspension paper is a coating material such as an aqueous acrylic or an aqueous urethane binder coated on a woven fabric made of synthetic fiber such as cotton fabric or polyester, and as another example, a hydrophilic resin mixed with a polyurethane resin and a polyacrylic resin. It is coated with a coating agent consisting of, absorbent filler, surfactant.

In addition, as another example, the banner paper, which is a paper for printing on the basis of the real-time printing, is a process of treating a medicament for strengthening physical properties on a sizing woven fabric containing nylon, polyester, and cotton, a process of treating a coating liquid on the fabric, and drying the fabric. It is manufactured in the order of treatment, and it is treated with the agent which mixed bleach, antistatic agent and anti-yellowing agent on the surface of the fabric without applying processing such as hobbing and refining to the sizing woven fabric containing nylon, polyester and cotton. To enhance the physical properties such as bleaching and resistance to external influences, 2 ~ 12% silica, 40 ~ 70% solvent, 25 ~ 45% acrylic resin, ethylene vinyl alcohol (EVA) 5 to 25%, 5 to 25% urethane resin, 5 to 25% polyvinyl alcohol (PVA), and 3 to 11% by weight of a binder mixed with a uniformly stirred coating solution or the coating solution or surfactant or polymer stabilizator A coating solution is added to the processing fabric.

Using such a banner paper as a ribbon for the garland, conventionally used to write the handwriting on such a ribbon, or to print the letters with a printer is placed in the wreath.

However, in the past, since various patterns were not formed on the text ribbon, the color of the text ribbon could be selected according to the type of the wreath, but since there were no text ribbons with different patterns, the type of congratulation and the type of root could be selected. The disadvantage is that the width is very limited.

Of course, it is also possible to output a variety of patterns with the printer to the conventional font ribbon, but the printing speed is very slow and the consumption of the printer ink is very inefficient.

The present invention has been made to solve the problems of the prior art as described above, the object of the present invention by forming a variety of patterns vividly at low cost before writing or printing the letters, depending on the type of garland ribbon The present invention provides a wreath ribbon and a method of manufacturing the same, wherein the width of the selection is wide and the text can be easily printed or written.

In order to realize this, the present invention provides a garland font ribbon comprising a thermal transfer printing of one or both sides of a banner paper in a garland font ribbon using a known banner paper.

In addition, the present invention is a method of producing a fine ribbon for garland consisting of cutting a known banner paper to form a small roll ribbon, the roll ribbon is thermal transfer printing, the thermal transfer or printed roll ribbon is cut and used as a text ribbon Provided is a method for producing a garland ribbons consisting of.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

1 and 2 is a view showing the ribbon for the garland according to the present invention, the root or congratulation wreath 10 is composed of flowers and flowers, the ribbon (1) is provided up and down on the front and root or celebration You will write the appropriate text for.

The text ribbon 1 uses a conventional banner paper, and prints a pattern on one or both surfaces of the banner paper. In the present invention, the print ribbon is transferred to the banner paper using thermal transfer printing.

Furthermore, the letter ribbon of the present invention can form both edge portions in various shapes by the thermal transfer printed letter ribbon 1 itself.

Also, in the present invention, as shown in FIG. 2, the letter ribbon 1 is divided into the main ribbon 1a and the side ribbon 1b, and the side ribbons 1b are formed at both edges of the thermal transfer printed main ribbon 1a. It includes a structure that joins by thermal fusion.

Of course, the side ribbon (1b) can be used by cutting the thermal transfer or printed banner paper, it may be composed of a conventional woven paper.

The writing ribbon 1 of this invention made in this way is manufactured as follows.

It cuts and rolls up the banner paper as known, and forms a narrow roll ribbon, heat-transfers the narrow roll ribbon, cuts the thermal roll-printed roll ribbon, and is used as shown in FIG.

The banner paper is a live-printing of textile paper such as woolen fabric, polyester, etc. with a coating agent to prevent ink and ink from spreading, and is coated with a coating agent such as an aqueous acrylic or an aqueous urethane binder, or a mixture of a polyurethane resin and a polyacrylic resin is mixed. It is a live-print textile paper coated with a coating agent composed of a hydrophilic resin, an absorbent filler, and a surfactant.

Of course, the banner paper is to use the currently known, it can be used to be manufactured by other methods, the technical scope of the present invention does not include the description of the manufacturing method of the banner paper in the category.

Anyway, the manufacturing method of the present invention is intended to form various patterns on the surface by thermal transfer printing of the above-mentioned banner paper, but not shown, the thermal transfer printing constitutes a roll transfer paper printed with a pattern of a high pressure dispersant. The roll transfer paper and the roll ribbon are brought into close contact with a plurality of heating pressure rollers, and are heated and pressurized at a temperature of 200 ° C. to 220 ° C. for 20 seconds to 80 seconds to transfer a pattern printed on the roll transfer paper into a roll ribbon. .

Of course, the roll transfer paper and the roll ribbon are moved in close contact with the circumferential surfaces of the plurality of heating press rollers, and thus the roll transfer paper and the roll ribbon can be heated for a predetermined temperature and time, and the roll transfer paper printed with the high pressure dispersion material. One side of the abuts against one side of the roll ribbon.

High pressure dispersants are the same as known dyes, and are insoluble in water, but are dispersed in water in the presence of a dispersant to dye hydrophobic fibers such as acetate, nylon, and polyester fibers, and are mostly classified as azo or anthraquinone. Most of these have relatively low molecular weight structures and have substituted amine groups.

Furthermore, the roll ribbon prepared as described above may be slightly cut and then used as a side ribbon, and the present invention includes a method of bonding the printed side ribbon to the side edges of the transfer printed roll ribbon by thermal fusion. do.

Then, as shown in FIG. 2, the printed ribbon 1 is completed.

In the case of the letter ribbon 1 composed of the main ribbon 1a and the side ribbon 1b as described above, the side ribbons 1b are bonded to both side edges of the main ribbon 1a. In the case of synthetic resins composed of polyester resins or the like, in order to increase workability, side ribbons 1b are thermally bonded on both sides of the text ribbon with a heat fusion machine (not shown). ) Is composed of a synthetic resin, it is preferable to join the main ribbon (1a) and the side ribbon (1b) in a thermal bonding method.

Congratulations or roots can be written by hand on the garland text ribbons manufactured in this way, or the letters can be output using a printer.

Then, after selecting the pattern of the surface of the text ribbon according to the type of congratulation, you can write congratulations on the text ribbon.

The manufactured ribbons may have a higher production cost than conventional ribbons without any patterns, but can be mass-produced to reduce costs as much as possible. It is possible to write letters in the text and to use them effectively in celebrations.

As described above, the text ribbon of the present invention or the text ribbon manufactured by the present invention adds a display such as a congratulation with various patterns clearly formed on the surface, so that more surfaces can be realized with the text ribbon along with the content of the text. It does not need to print the pattern because it uses the patterned text ribbon itself, and it does not adversely affect the working time of installing the ribbon on the wreath, and it can convey the aesthetic content of the wreath to others who are looking at the wreath. There is an advantage.

Claims (4)

Wreath text ribbon using a known banner paper, Wreath font ribbon comprising thermal transfer printing on one or both sides of banner. The method of claim 1, Separate main ribbon and side ribbon, A garland writing ribbon comprising bonding the side ribbons to both edge portions of the main ribbon with thermal transfer printing by thermal fusion. In the manufacturing method of the font for the garland consisting of cutting a known banner paper to form a narrow roll ribbon, A method for producing a garland font ribbon comprising thermally printing a small roll ribbon and cutting the roll ribbon. The method of claim 3, The thermal transfer printing comprises a roll transfer paper printed with a pattern of high pressure dispersant, and the roll transfer paper and the roll ribbon are brought into close contact with a plurality of heating press rollers for 20 seconds to 80 seconds at a temperature of 200 ° C to 220 ° C. A method for manufacturing a garland ribbon, comprising: transferring a pattern printed on a roll transfer paper to a roll ribbon by heating and pressing.

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