KR100699802B1 - The method of making name plate using name plate printer - Google Patents

Abstract

A name tag manufacturing method using a flat-board printer is provided to secure good quality and to reduce the time and cost by printing an image designed by a computer by spraying hot melt resin ink on the upper side of a polyester textile fabric without forming a transfer body. The name tag manufacturing method using a flat-board printer comprises the steps of: forming a unit body(1) of a name tag by overlocking a textile fabric according to the size of the name tag and then cutting the textile fabric and forming a base frame(10) by bonding the unit body of the name tag on a paper(2); editing an image or characters and the base frame at the size ratio of 1:1 by using an image edit program of a computer and then printing the image or characters on the unit body of the name tag by using the flat-board printer; and removing the printed unit body from the base frame.

Description

Name plate making method using a flatbed printer {THE METHOD OF MAKING NAME PLATE USING NAME PLATE PRINTER}

1 is a perspective view of a state in which a nameplate unit is adhered to a base frame of a nameplate manufacturing method using a flatbed printer according to the present invention

* Explanation of symbols on the main parts of the drawings *

1 ... monomer 1a ... overlock

2 ... paper 2a ... pattern

10 ... framework

The present invention relates to a method of manufacturing a nameplate. More specifically, a nameplate, a letter, and the like may be formed using a computer program (PHOTO SHOP, COREL DRAW, PAGE MAKER, etc.). The present invention relates to a method of manufacturing a nameplate by spraying ink directly onto one surface of a brushed fabric overlocked on the outside using a flatbed printer.

In general, a method for producing a nameplate is specifically described in Patent Registration No. 571090 (Name: A method of manufacturing a nameplate by a thermal transfer method), which is filed and filed by the present applicant. The completed design of the nameplate designed using the program is operated on a heat-transfer-only print and printed on an adsorbent print paper with a hot melt resin ink to obtain a thermal transfer print, and the printed matter on a polyester fabric (fabric paper) brushed on one side. After overlocking to coincide with the edges of individual units (unit drawings), the transfer body is manufactured to match the entire printed design, and then the printed surface and the brushed surface of the transfer body are laminated to match the flat plate or heating plate. Disclosed is a method of producing a nameplate by thermal transfer by pressing the roller for 30-60 seconds at a temperature of 180-200 ° C. There.

However, the present applicant is separately equipped with the transfer means by printing the pattern completed in the above technique on the adsorptive printing paper, and then matching the printed matter with the raised surface of the transfer body, and then thermally transferring the printed material to a plate heat plate or a heating roller to transfer it. In addition, in the manufacturing process, it takes a lot of cost and time to produce a nameplate by manufacturing the transfer body and the transfer target, respectively.

The present invention is to solve the problems caused in the conventional nameplate manufacturing method as described above, the object is to directly spray the hot-melt-type ink on the upper portion of the transfer body without separately producing a transfer body to represent the image on the transfer body It is to provide a method for producing a nameplate that simplifies the work process and does not require a separate means for manufacturing a separate transfer body.

According to the present invention, a method of engraving a pattern and writing on a conventional one-sided brushed polyester fabric is printed on a separate transfer member to be transferred to a transfer object by pressing it with a heat roller or the like to transfer the center of each nameplate unit one by one. It is very difficult to do this, and therefore, the method of producing a nameplate using a flatbed printer that can accurately print images or letters for each nameplate unit is explained in detail by process.

◆ First Step

Basic frame formation stage

After the overlock (1a) work to the size of the nameplate on the fabric is cut into a whole lower to form a number of units (1).

In addition, a pattern 2a (square pattern) having the same size as that of the unit 1 is printed on a separate paper 2, and each unit 1 is adhered to the pattern 2a to form one base frame 10 ).

The reason for sticking the unit 1 to the paper 2 as described above is to stick to the pattern of the paper using a paste, tape, etc. in order to solve the defect caused by the shaking and bending of the fabric.

◆ Second Step

Steps to design, edit, and print the content

First, the paper is inserted into a conventional flatbed printer and printed to print the same pattern as that of the unit formed on the existing paper, and firmly attaches it to the flat plate of the printer.

As above, the basic frame is formed on the paper on which the image of the unit appears, and the corners are attached to the flat plate and the printer is operated to print the first edited image and text. The image and text are accurately printed inside the outer overlock of the unit by printing the work done by forming the size of the unit in the computer and the one-to-one.

◆ Third Step

Nameplate completion stage

After printing the contents on the nameplate unit 1 adhered to the base frame 10 as described above, the name plate is completed by removing each unit from the base frame.

Here, by preparing a plurality of the base frame 10 to which each unit 1 is adhered first, and then by editing and printing only by replacing the image and letters of the computer, it is possible to rapidly produce a nameplate.

In addition, the ink used in the flatbed printer can easily use various kinds of inks such as UV ink, solvent ink, oil ink, water ink, transfer ink, etc. according to the type of fabric, expression type, etc. of the nameplate used.

The above-mentioned manufacturing method of nameplate does not separately produce a transfer body, but sprays hot melt resin ink on top of a brushed polyester fabric (transfer body) to print an image printed by a computer to print a printed matter on a transfer paper to a transfer body. There is no need for cumbersome work to transfer, thereby maintaining a superior quality while significantly reducing the work time, there is an advantage that can reduce the cost of work because no separate equipment of the transfer paper and transfer means.

In addition, there is an advantage of reducing the defective rate by solving the problem that the conventional transcripts and the transfer targets do not fit correctly, the pattern is not matched to the brushed polyester fabric pre-cut.

Claims (2)

A basic frame forming step of forming a base frame by overlocking the fabric to a size of the nameplate and cutting it to form a unit of the nameplate, and sticking it on paper again; A printing step of editing an image or a text into a basic frame and one-to-one size using an image editing program of a computer, and then printing on a unit using a flatbed printer; Completion step of removing the printed unit from the base frame; Nameplate production method using a flatbed printer characterized in that consisting of. The method of claim 1, The ink used in the flatbed printer is a nameplate manufacturing method using a flatbed printer, characterized in that one selected from UV ink, solvent ink, oil-based ink, water-based ink, transfer ink.

Images