KR100622858B1 - The device of print at digital textile using of printing method - Google Patents

Abstract

The present invention is provided with a tension device that provides a certain amount of tension to the fabric according to the size and load of the fabric, the tension sensor checks the load according to the fabric to be printed to provide a certain amount of tension to the fabric and the print head according to the tension Printing speed can be controlled by adjusting the speed of printing and ink ejection volume and printing using digital textile printer device including a print driver that can input, edit, correct and display the image data necessary for printing in the printer device. The present invention relates to a method, comprising: a first step of inputting image data required for fabric printing through a scan, a digital camera, a portable terminal, a computer; A second process of classifying the input image data into detailed categories such as functions, uses, keywords, and products after the first process is performed; A third process of displaying the image on the corresponding image loading and display window in response to a user's selection signal of the corresponding image data after the second process is performed; A fourth process of editing, modifying and modifying the displayed image data such as reducing, enlarging, merging, color conversion, and checking the result after the third process is performed; After the fourth process is performed, a fifth process of printing the image data on the fabric in response to a user's motion signal is performed.

Description

Printing method using digital textile printer device {THE DEVICE OF PRINT AT DIGITAL TEXTILE USING OF PRINTING METHOD}

Figure 1a, 1b is a process chart according to the conventional fabric printing method

2 is a block diagram showing the configuration of a digital textile printer device applied to the present invention;

3 is a plan view of the digital textile printer device of FIG.

4 is a block diagram showing an internal configuration of the digital textile printer device of FIG.

FIG. 5 is a block diagram illustrating a configuration of an editing module unit of the digital textile printer of FIG. 2.

6 is a perspective view of the digital textile printer device of FIG.

7 is a flow chart illustrating a printing method using a digital textile printer as a printing method according to the present invention.

8 is a flow chart schematically showing a printing method by the editing module unit of the digital textile printer as the printing method according to the present invention.

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

10: fabric design 30: roll material unwinding roll

35: drive belt 40: tension device

42: tension sensor 50: print head

60: heating plate 70: roll roll material

80: input means 90: input module

100: control module 110: buffer memory

120: printing unit 130: editing module unit

131: database 132: input unit

133: microcomputer 134: display window

135: storage medium 136: auxiliary input means

137: control board part P: printing driver

S: Digital Textile Printer

The present invention relates to a printing method using a digital textile printer device, and more particularly, to a device used for printing and printing of textile materials, the tension sensor is provided with a tension sensor as an additional device that receives a load according to the fabric. The present invention relates to a printing method using a digital textile printer device capable of performing a real-time control and printing process by configuring a print driver which is an additional device capable of improving load, changing, correcting and supplementing print data in a device.

In general, dyeing refers to coloring a pigment, such as a dye or pigment, to a dye (thread, fabric, leather) such as a fiber. Distinguish between dyeing and dyeing part or most of the prints in different colors.

As shown in FIG. 1A, the printing is classified as described above, and the method of printing is performed from the textile design 10 to the completion 20, the film output process 11, the plate making process 12, and the copper plate manufacturing process ( 13), many processes such as dyeing (copper printing) process 14, drying process (15) takes a lot of time and money, and also has the inconvenience of use to store the copper plate, to compensate for these disadvantages The following is a printing method by the digital direct system shown in FIG.

The digital direct system is widely used in the field of textiles, and the entire process from design to final output can be computerized using a computer, which enables standardization and simplification of the work method, and the storage and storage of data. Although there is an advantage of being easy to move, the pretreatment step 16 and the post-treatment step 18 have to pass before and after the actual output 17. That is, in the conventional digital direct system, printing is performed by spraying ink directly on the printer, whereby the ink is smeared. This phenomenon is the same as the ink bleeding phenomenon when the general paper is used instead of the inkjet paper when the general office printer is used. Therefore, the pretreatment process 16 is to prevent the wrinkles or sagging when the fabric is hanged on the printer to work or glued to solve the ink bleeding phenomenon, and the second surface of the special coating to prevent the ink from spreading, The aftertreatment process 18 is intended to solve the problems caused by the pretreatment process 16. Washing and drying are performed in the aftertreatment process 18, and a fabric softener may be used if necessary. Also, printing by using a general reactive dye resulted in discoloration and discoloration easily. As described above, the printing method by the conventional digital direct system has improved the printing method by the conventional printing method, but there is a problem that the pretreatment process 16 and the post-treatment process 18 are required, and thus, the problem of unnecessary time and cost is required. there was.

On the other hand, nowadays, many digital textile printers are used for printing of textiles, which is a conventional method of printing images through a device such as a computer or a digital camera. Although it can be printed by size, the problems of the digital pretreatment process (16) and the post-treatment process (18) of the above process have been compensated for a lot. Accordingly, there is a problem in that the printing is not printed on the stained material as a whole.

In addition, images printed by various types of printing printers can modify only the original image regardless of the image inputted on the computer or the image taken by the external image media itself, that is, the surface of the printed object on which printing is performed. Therefore, even if the original image was printed, the print quality greatly depended on the material or surface of the printed matter. For the uniformity of the print quality, the print on which the original image was printed was extremely limited.

In addition, there is a problem in that the printing process is limited when the control means has a problem because the image of the fabric according to the printing can be provided only with a control means such as a computer connected to the printer device.

The present invention has been made to solve the above problems of the prior art, the object of which is a first step of inputting image data required for fabric printing through a scan, a digital camera, a portable terminal, a computer; A second process of classifying the input image data into detailed categories such as functions, uses, keywords, and products after the first process is performed; A third process of displaying the image on the corresponding image loading and display window in response to a user's selection signal of the corresponding image data after the second process is performed; A fourth process of editing, modifying and modifying the displayed image data such as reducing, enlarging, merging, color conversion, and checking the result after the third process is performed; After the fourth process is performed, a printing method using a digital textile printer device comprising a fifth process of printing the image data on the fabric in response to a user's motion signal.

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

2 is a block diagram showing the configuration of a digital textile printer device according to the present invention, FIG. 3 is a plan view of the digital textile printer device of FIG. 2, and FIG. 4 is a block showing the internal configuration of the digital textile printer device of FIG. Figure 5 is a block diagram showing the configuration of the editing module of the digital textile printer of Figure 2, Figure 6 is a perspective view showing the digital textile printer device of Figure 2, Figure 7 is a printing method according to the invention, the digital textile printer 8 is a flow chart showing the printing method used, and is a flow chart schematically showing the printing method by the editing module unit of the digital textile printer as the printing method according to the present invention.

As shown in FIG. 6, the digital textile printer S is provided with a conventional ink ejecting means, a driving belt, a conveying means, and the like, to display image data input by an input device such as a scanner, a digital camera, a portable telephone, a computer terminal, or the like. As a device for printing on a specific fabric, the detailed configuration of the digital textile printer (S) of the present invention with reference to Figure 2, reference numeral 30 is configured to be printed on the inner side of the textile printer device (S) Roll material unwinding roll to take the roll material of the fabric, 50 is configured on the inner side of the textile printer device (S) is taken on the roll material unwinding roll 30 according to the image data in response to a print drive signal Represents a printhead that is sprayed onto a fabric using ink dispersing means.

Reference numeral 40 is a tension sensor for controlling the spraying speed to the print head 50 by providing a predetermined amount of tension in consideration of the size, weight, etc. of the fabric during the printing process of the roll material unwinding roll 30 A tension device (42) is included, and 60 is configured at one side of the textile printer device (S) so that the fabric printed by the operation of the tension device (40) and the print head (50) is the drive belt ( 35) is a heating plate to dry the ink on the fabric when transferred by, 70 is configured on the inner side of the textile printer device (S) is a predetermined size and the printed corresponding fabric dried by the heating plate (60) A roll material winding roll wound in order is shown.

Looking at the internal components required for driving the digital textile printer device (S) applied to the present invention configured as described above, as shown in Figure 4, to an input device, such as a scanner, a digital camera, a mobile phone, a computer terminal, etc. It consists of an input means (80) for inputting the image data collected and collected by the print drive unit (P) for classifying, editing, modifying, displaying and printing the image data input through the input means (80) It is.

On the other hand, the print driving unit (P) is configured in detail according to each function, reference numeral 90 is a fabric such as the image file and the characteristics of the fabric, the image file and the fabric necessary for printing the image data input through the input means 80 An input module unit for receiving information, and 100 represents a control module unit for storing the image file input from the input module unit 90 as data.

Reference numeral 130 performs a process of editing, modifying, and displaying the image data input from the input module unit 90 as a corresponding image for printing, and transmitting the same to the control module unit 100 to perform a series of printing processes. An editing module unit 110 is a buffer memory unit for determining the print order of the data stored in the control module unit 100, or the amount that can be printed, or stores the tension, ink ejection amount according to the fabric information, etc. , Reference numeral 120 denotes a printing module unit for printing the data stored in the buffer memory unit 110 by engaging the fabric to be printed.

The detailed configuration of the editing module unit 130, which is configured on the outer side of the digital textile printer apparatus S by the above configuration and performs the printer process by editing and modifying the printer process, is shown in FIG. 131 is a database for storing the image data received by the input module unit 90, 132 is called to the image data stored in the database 131 to perform various editing functions such as reduction, enlargement, merging, color conversion, etc. An input unit for inputting a control signal is shown.

Reference numeral 133 denotes a microcomputer controlling the overall operation of the printer apparatus S according to various control signals and result signals input from the input unit 132, and 134 denotes a microcomputer of the current system according to the control signal of the microcomputer 133. A display window for displaying the result of the image data in the operation state and editing, etc. on the screen, 135 represents a storage medium for storing the result of the edited image data in accordance with the control signal of the microcomputer (133).

An operation of the textile data printing method using the digital textile printer device having the above configuration will be described with reference to FIG. 3.

First, the basic operation of the printing method according to the present invention, as shown in FIG. 7, is an image file photographed or collected through a scanning device, a digital camera, a portable terminal through the input unit 80, and a corresponding image through an external computer terminal. The file is input from the input unit 90 (see step S21).

The image data input by the above process is classified and stored according to the use of a person skilled in the art such as function, use, keyword, and product by using an operation means such as a computer connected to the digital textile printer S. See step S22)

On the other hand, according to the user's corresponding image data and the selection signal of the fabric to be printed (see step S23), take the fabric in the roll material unwinding roll 30 according to the fabric and tension in consideration of the weight, material, etc. of the fabric The tension sensor 42 in the device 40 responds to the corresponding tension (see step S24) and assigns the ink injection amount according to the fabric to the printhead 50 for printing (see step S25).

At this time, the roll material unwinding roll 30 in accordance with the user's printing execution signal to release the fabric to move the drive belt 35 configured in the printer device (S) to the frame (not shown), the tension device 40 ) Provides a proper amount of tension to the fabric and the print head 50 performs a printing process by spraying an appropriate amount of ink on the fabric. (See step S26)

The fabric printed by the above process is sequentially wound on the roll material winding roll 70 through the drying process of the corresponding ink through the heating plate 60.

In addition, the operation of the printing method of the fabric by the printing drive unit (P) according to the present invention, as shown in FIG. 8, first, through the input means 80, photographed through a scanning device, a digital camera, a portable terminal, a computer terminal Or input the collected image file from the input unit 90 (see step S31).

As shown in FIG. 6, when the image data input by the above process is received through the control module unit 100 in the print driver P of the digital textile printer S, a corresponding key of the input unit 132 is provided. Then, the input image is classified according to functions of the person skilled in the art such as function, use, keyword, product, etc. and stored in the database 131. (See step S32.) At this time, all operation signals are controlled by the microcomputer 133. do.

After the above process, the microcomputer 133 displays a specific fabric image stored in the database 131 on the display window 134 according to the user's printing request. (See step S33.) The input unit 132 performs a variety of editing and correction functions, such as shrinking, enlarging, merging, and color conversion, as necessary.

The image data edited and modified by the above process is displayed on the display window 35 (see step S35), and the edited result is stored in the database 131 and stored in the storage medium 135 for printing. See step S36)

After the above process, the printing process (see step S37) is performed according to the user's request signal. The printing procedure is the same as the above basic procedure, so description thereof is omitted.

On the other hand, when the image data for printing stored in the database 131 is not loaded in the above operation, the user can directly input the data for the design through the auxiliary input means 136.

While the editing and the like are performed, the display window 134 displays a state being designed so that the user can check in real time, and the storage medium 135 is designed in response to a control signal of the microcomputer 133. Save the result.

When the design is made by the above process, when the user inputs a print command through the input unit 132, the microcomputer 133 is designed from the storage medium 135 according to the print command signal. Call to transmit to the control A module unit 100 of the print drive unit (P) to buffer the image in the buffer memory unit 110 and to be printed by the printing unit 120.

The present invention is not limited to the embodiments described above, and various modifications and changes can be made by those skilled in the art, which are included in the spirit and scope of the present invention as defined in the appended claims.

As described above, the present invention is provided with a tension device that provides a certain amount of tension to the fabric according to the size and load of the fabric in the digital textile printer device, the tension sensor checks the load according to the fabric to be printed to a certain amount of tension It provides an effect on the fabric and by adjusting the print head according to the tension it is possible to constantly adjust the speed of printing and the injection amount of the ink.

In addition, the present invention can be output or printed and printer irrespective of the fabric by the ink is injected directly to the material of the fabric and at the same time chemically reacting to the material, so that waste water treatment by chemical products is not necessary, preventing pollution and reducing waste It can work.

Claims (1)

A first step of inputting an image file photographed, collected, or edited through a scanning device, a digital camera, a portable terminal, or a computer terminal as input data as image data for fabric printing using an input means; After the first process is performed, the input image data is received through a control module unit in a print driver in a digital textile printer, and the input image is operated by classifying the input image into detailed categories of functions, uses, keywords, and products. A second process of storing and storing in a database; A third process of displaying a corresponding image stored in a database and displaying the display window in response to a user's selection signal of corresponding image data after the second process is performed; After the third process is performed, the input unit displays various edits and corrections of the reduction, enlargement, merging or color conversion as necessary, and displays the modified image on the display window, saves the edited result in the database, and prints. A fourth step of storing the result in a storage medium to check the result; After the fourth process is performed, according to the user's image data and the signal selection of the fabric to be printed, the fabric is taken on the roll unwinding roll according to the fabric, and the tension sensor in the tension device in consideration of the weight and material of the fabric The fifth step of designating the ink injection amount according to the fabric to the printhead for printing in response to the tension; And After the fifth process is performed, the roll material unwinding roll unwinds the fabric and moves the drive belt configured in the printer to the frame according to the user's printing execution signal, and the input device provides an appropriate amount of tension to the fabric and prints the print. The printing method using a digital textile printer device, characterized in that the head comprises a sixth step of printing by spraying an appropriate amount of ink on the fabric.

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