KR100624163B1 - Method and apparatus for manufacturing ink - Google Patents

Abstract

The ink manufacturing method for producing ink stirs the material for forming the ink, and then disperses the stirred ink composition material. After filtering the dispersed ink composition material to adjust the physical properties and color of the filtered ink composition material to prepare an ink. Thus, the ink manufacturing process is simplified.

Description

Ink manufacturing method and apparatus {Method and apparatus for manufacturing ink}

1 is a flowchart for explaining an ink manufacturing method according to the prior art.

2 to 4 are schematic configuration diagrams for explaining an ink manufacturing apparatus for performing the ink manufacturing method according to an embodiment of the present invention.

5 is a flowchart illustrating an ink manufacturing method according to an embodiment of the present invention.

6 to 8 are schematic configuration diagrams for describing an ink manufacturing apparatus for performing an ink manufacturing method according to an embodiment of the present invention.

9 is a flowchart for explaining an ink manufacturing method according to another preferred embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

110: first vessel 120: stirrer

130: supply line 132: first valve

134: pump 140: disperser

142: first discharge port 144: second valve

150: second container 152: second discharge port

154: third valve 160: first filter

170: second filter 180: product container

190: cleaner 192: injection hole

194: fourth valve 210: container

212 discharge port 214 first valve

220: stirrer 260: first filter

270: second filter 280: product container

290: cleaner 292: injection hole

294: second valve

The present invention relates to an ink manufacturing method and apparatus for producing ink, and more particularly, to an ink manufacturing method and apparatus for preparing ink by stirring and dispersing an ink composition material.

Print inks are made by mixing and dispersing materials and chemicals. Various kinds of inks are prepared according to the selection of the above materials. Various processes are performed to prepare the ink.

1 is a flowchart for explaining an ink manufacturing method according to the prior art.

Referring to FIG. 1, first, a colorant, a vehicle, and an auxiliary agent, which is a composition material of an ink, are prepared in a predetermined first container. The colorant imparts the color of the ink, and the vehicle carries the colorant to the printed object for fixation, and the auxiliary agent is added according to the use. The ink composition material contained in the vessel is stirred in a stirrer (S10).

The stirred ink composition material is transferred to the disperser through the suction hose of the disperser. The transferred ink composition material is dispersed in the disperser to minimize the particles of the colorant, and the colorant and the vehicle are well mixed. (S20) The dispersion is a temperature of the ink composition of 50 ° C. or less and the pressure of the disperser 1 kg / cm ³ or less is made in the state.

The dispersed ink composition material is moved back to the stirrer in the second container. It is stirred while adding a material for adjusting ink properties and colors to the ink composition material contained in the second container. Therefore, the composition of the ink composition material is adjusted to have the properties and colors required by the user. (S30)

When the composition of the ink composition is adjusted, a sample for inspecting the eligibility of the composition is collected.

Finally, the ink composition is filtered using a filter net, stored in a packaging machine, and then filled again to a designated weight in a product container. (S50, S60)

However, since the ink manufacturing method requires cleaning the first container and the second container, the stirrer, the disperser, the filter net, and the packing machine in each process, the cleaning process takes a lot of time, and the cleaning liquid used in the cleaning process is discarded as it is. Therefore, waste of material is large. In addition, the production system used for the manufacture of a large amount of ink is applied to the production of a small amount of ink as it is, the waste factor is proportional to the number of operations.

An object of the present invention for solving the above problems is to provide an ink manufacturing method that can shorten the manufacturing time by simplifying the work process.

Another object of the present invention for solving the above problems is to provide an ink manufacturing apparatus capable of manufacturing ink using the ink manufacturing method.

In order to achieve the above object of the present invention, the present invention provides an ink manufacturing method. The ink manufacturing method first stirs the material for forming the ink and then disperses the stirred ink composition material. Subsequently, the dispersed ink composition material is filtered and the ink and the physical properties and colors of the filtered ink are adjusted.

In order to achieve the above another object of the present invention, the ink manufacturing apparatus of the present invention has a stirrer for stirring a substance for forming the ink contained in the first container. A disperser is connected with the first container and mixes the stirred ink composition material. The first filter is detachably provided with a second container for containing the ink composition material mixed in the disperser, and filters the ink composition material supplied to the second container, and the second filter is detachable with the second container. And the ink composition material supplied to adjust the ink composition.

According to the present invention configured as described above it is possible to reduce the time required to produce the ink.

Hereinafter, an ink manufacturing method and apparatus according to preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 to 4 are schematic configuration diagrams for explaining an ink manufacturing apparatus for performing the ink manufacturing method according to an embodiment of the present invention.

Specifically, FIG. 2 is a block diagram illustrating an ink manufacturing apparatus for stirring and dispersing an ink composition material. 3 is a configuration diagram for explaining an ink manufacturing apparatus for adjusting the composition of ink. 4 is a configuration diagram illustrating an ink manufacturing apparatus for packaging ink.

2 to 4, the ink manufacturing apparatus is largely the first container 110, the stirrer 120, the disperser 140, the second container 150, the first filter 160, the second filter ( 170) and a cleaning unit 190.

The first container 110 provides a space for mixing the ink composition material. The ink is obtained by mixing materials and chemicals. The ink may be various inks depending on material selection, and the composition materials of the ink include colorants imparting color, vehicles (medium) to be transported and fixed to the printed object, and auxiliary agents added according to the use.

The colorant is a material for imparting color to the ink, and is divided into a dye and a pigment. Dyes are colorants that dissolve in water, oils, alcohols, etc., and pigments do not dissolve in these. Since the ink in the print must not dissolve, most pigments are used except in special cases. The properties of the pigment affect the ink's fluidity, dryness, gloss, discoloration, fading, elution of color, and migration.

The meaning of the vehicle is a carrier for moving an object, and there are two roles of transferring a colorant to the ground and fixing it. As the components of the vehicle, oils, solvents, and resins are generally used, and there are inks in which plasticizers are blended as necessary. The vehicle affects various aspects, such as ink flowability, interfacial property, gloss, and adhesion of printing materials.

Examples of the auxiliary agent include a dryness regulator, a viscosity regulator, and other regulators.

In addition, the first container 110 is connected through a disperser 140 and a supply line 130 which will be described later. The first valve 132 is provided on the supply line 130 to open and close the supply line 130. In addition, a pump 134 is provided on the supply line 130 to supply the ink composition material of the first container 110 to the disperser 140.

The stirrer 120 is stirred to mix the ink composition material of the first container 110 well. In addition, the stirrer 120 may further include the dispersed ink composition material and the small amount of ink when a small amount of the ink composition material is further supplied to the dispersed ink composition material contained in the second container 150 to be described later, as shown in FIG. 3. Stir to ensure that the composition is well mixed. The small amount of ink composition material is supplied to adjust the composition of the dispersed ink composition material to the desired composition.

The disperser 140 is a facility for performing a process of smoothly connecting the color material, specifically, the pigment particles and particles with a vehicle, and the principle is made of a material such as zirconium oxide, ceramic, etc. in a constant vessel. Put the formed beads and put the primary composition ink to rotate the shaft attached to the pin (disk) or the disk (disk) inside the container to produce the effect of tearing or knocking to maximize the coating effect Make it angry. The disperser 140 receives the ink composition material stirred in the first container 110 through the supply line 130 by the operation of the first valve 132 and the pump 134.

The disperser 140 receives the ink composition material stirred in the first container 110 through the supply line 130 by the operation of the first valve 132 and the pump 134.

A lower portion of the disperser 140 is provided with a first discharge port 142 for discharging the dispersed ink composition material and a second valve 144 for opening and closing the first discharge port 142.

The second container 150 receives the ink composition material dispersed in the disperser 140 and discharged through the first discharge port 142. A lower portion of the second container 150 is provided with a second discharge port 152 for discharging the ink composition material and a third valve 154 for opening and closing the second discharge port 152. The second discharge hole 152 is used to discharge the ink composition material into the product container 180 as shown in FIG.

The first filter 160 is provided in the form of a filter net so as to be detachable from the upper portion of the second container 150. The first filter 160 filters the dispersed ink composition material discharged from the disperser 140. Therefore, the ink composition material in a filtered state is supplied to the second container 150.

The second filter 170 is provided to be attached to and detached from the upper portion of the second container 150 in the same manner as the first filter 160 in the form of a filter net. However, the second filter 170 has a smaller size than the first filter 160. The second filter 170 filters the adjustment material supplied to the second container 150 to adjust the properties and colors of the dispersed ink composition material to the required properties and colors.

The cleaner 190 cleans the first container 110, the stirrer 120, the disperser 140, the second container 150, the first filter 160, the second filter 170, and the like used for ink production. It is for the purpose of supplying the washing | cleaning liquid using potential energy. The lower part of the cleaner 190 is provided with an injection port 190 for injecting the cleaning liquid and a fourth valve 194 for opening and closing the injection port 190.

The cleaner 190 supplies the cleaning liquid to the first container 110 when the ink composition material dispersed in the disperser 140 is discharged. The cleaning liquid cleans the first container 110, the supply line 130, and the disperser 140. The cleaning liquid is contained in the second container 150 together with the dispersed ink composition material.

In addition, the cleaner 190 supplies the cleaning liquid to the first filter 160 in a state in which the first filter 160 is installed in the second container 150. The cleaning liquid supplied to the first filter 160 is contained in the second container 150 together with the dispersed ink composition material.

The cleaner 190 supplies the cleaning liquid to the second filter 170 in a state in which the second filter 170 is installed in the second container 150. The cleaning liquid supplied to the second filter 170 is contained in the second container 150 together with the dispersed ink composition material.

Hereinafter, the ink manufacturing method is demonstrated.

5 is a flowchart illustrating an ink manufacturing method according to an embodiment of the present invention.

Referring to FIG. 5, first, ink is added to a first container 110 of a colorant, a vehicle, and an adjuvant. The colorant, the vehicle, and the auxiliary agent are stirred using the stirrer 120 to be mixed well. (S110)

When the ink composition is stirred, the first container 110 is moved to the disperser 140. The first container 110 is connected to a supply line 130 connected to the disperser 140. The first valve 132 is opened while the pump 134 is operated to move the stirred ink composition material contained in the first container 110 through the supply line 130 to the disperser 140. In the disperser 140, the stirred ink composition material has a dispersing effect of coating the pigment particles and the particles with a vehicle so as to be softened. In this case, the temperature of the stirred ink composition is 50 ° C. or less, and the internal pressure of the disperser 140 is 1 kg / cm 3.

The ink composition material dispersed in the disperser 140 is discharged through the first discharge port 142 by opening the second valve 144. The cleaning unit 190 supplies a cleaning liquid to the first container 110 when the dispersed ink composition material is finally discharged. The cleaning liquid cleans the first container 110, the supply line 130, and the disperser 140 and is discharged through the first discharge port 142.

The dispersed ink composition and the cleaning liquid discharged through the first discharge port 142 are contained in the second container 150 provided with the first filter 160. The ink composition material and the cleaning liquid are foreign matter is filtered in the first filter 160. Therefore, the ink composition and the cleaning liquid are contained in the second container 150 in a filtered state.

The first filter 160 is separated from the second container 150, and a second filter 170 having a smaller size than the first filter 160 is installed. The adjusting material for adjusting the properties and colors of the ink is filtered in the second filter 170 and supplied to the dispersed ink composition material. The ink adjustment material and the dispersed ink composition material are agitated with the stirrer 120 to adjust the ink composition to have desired physical properties and colors.

When the adjustment of the ink composition is completed, a sample is taken from the second container 150 in order to examine the suitability in the physical properties and colors of the ink.

Next, the third valve 154 is opened to discharge the ink through the second discharge port 152. The ink to be discharged is packaged directly in the product container 180 (S170).

6 to 8 are schematic configuration diagrams for explaining an ink manufacturing apparatus for performing the ink manufacturing method according to another embodiment of the present invention.

Specifically, FIG. 6 is a block diagram illustrating an ink manufacturing apparatus for stirring and filtering monochromatic inks. 7 is a block diagram for explaining an ink manufacturing apparatus for adjusting the physical properties and colors of the ink. 8 is a configuration diagram for explaining an ink manufacturing apparatus for packaging ink.

6 to 8, the ink manufacturing apparatus is largely composed of a container 210, a stirrer 220, a first filter 260, a second filter 270, and a cleaning unit 290.

The container 210 provides a space for mixing a plurality of inks made of a single color. The monochromatic inks are preferably produced by the ink manufacturing method and apparatus according to the embodiment.

A lower portion of the container 210 is provided with a discharge port 212 for discharging ink and a first valve 214 for opening and closing the discharge port 212.

The stirrer 220 is agitated so that the plurality of monochromatic inks of the container 210 are mixed well. In addition, the stirrer 220 is stirred so that the mixed ink and the adjusting material are mixed well when a material for adjusting properties and colors is further supplied to the mixed ink contained in the container 210 as shown in FIG. 7. do.

The first filter 260 is in the form of a filter net, is provided to be removable on the upper portion of the container (210). The first filter 260 filters a plurality of monochrome inks supplied to the container 210. When the plurality of monochromatic inks are stored in a state exposed to air in many cases, many foreign substances are included. Therefore, the ink in the filtered state is supplied to the container 210.

The second filter 270 is provided to be detachable to the upper portion of the container 210 in the same way as the first filter 260 in the form of a filter net. However, the second filter 270 has a smaller size than the first filter 260. The second filter 270 filters the adjusting material supplied to the container 210 to adjust the physical properties and colors of the mixed ink.

The scrubber 290 is used to clean the container 210, the stirrer 220, the first filter 260, the second filter 270, and the like used for ink production, and supplies the cleaning liquid using potential energy. The lower part of the cleaner 290 is provided with an injection hole 290 for injecting the cleaning liquid and a second valve 294 for opening and closing the injection hole 290.

Hereinafter, the ink manufacturing method is demonstrated.

9 is a flowchart for explaining an ink manufacturing method according to another preferred embodiment of the present invention.

Referring to FIG. 9, first, a plurality of pre-manufactured monochromatic inks are placed in a container 210 provided with a first filter 260. The plurality of monochrome inks pass through the first filter 260 to filter foreign matters (S210).

A plurality of monochromatic inks, which are filtered and supplied to the container 210, is stirred using the stirrer 220 so as to be mixed well (S220).

The first filter 260 is separated from the vessel 210 and a second filter 270 having a smaller size than the first filter 260 is installed. Material for Adjusting Ink Properties and Colors The second filter 270 filters the ink to supply the mixed ink. The ink composition is adjusted to have desired physical properties and colors by stirring the physical property and color adjusting material of the ink and the mixed ink with the stirrer 220. (S230)

When the adjustment of the ink composition is completed, a sample is taken from the container 210 in order to investigate the eligibility of the ink.

Next, the first valve 214 is opened to discharge the ink through the discharge port 212. The discharged ink is directly packed in the product container 280 to package the ink. (S250)

Thereafter, the container 210, the stirrer 220, the first filter 260, and the second filter 270 used to manufacture the ink are cleaned using the cleaner 290.

As described above, the ink manufacturing method and apparatus according to the preferred embodiment of the present invention can shorten the process time by simplifying the process of producing a small amount of ink of 90kg or less. In addition, the manufacturing method and apparatus can reduce the cleaning process as well as reduce unnecessary washing process. In addition, the packaging of the ink can be mechanized, reducing manpower consumption and increasing work convenience, thereby improving productivity.

While the foregoing has been described with reference to preferred embodiments of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the invention as set forth in the claims below. It will be appreciated.

Claims (8)

delete delete A stirrer for stirring the ink composition material comprising a colorant, a vehicle and an adjuvant contained in the first container; A disperser connected to the first container, for dispersing the stirred ink composition material; And A first filter arranged to be detachable from the second container for containing the ink composition material mixed in the disperser, and to filter the ink composition material supplied to the second container; And And a second filter provided to be detachable from the second container, and for filtering the ink composition material supplied to adjust the ink composition. 4. The ink manufacturing apparatus according to claim 3, further comprising a scrubber for simultaneously cleaning the first container and the disperser and for cleaning the first filter and the second filter in a state installed in the second container. Filtering a plurality of inks having different colors; Stirring the inks so that the inks are mixed; And Filtering a material for adjusting physical properties and colors of the stirred ink, and adjusting the physical properties and colors of the stirred ink by stirring the filtered material and the stirred ink. . delete A stirrer for stirring a plurality of inks of different colors contained in the vessel; A first filter provided to be detachable from the container and configured to filter the inks supplied to the container; And It is provided to be detachable from the container, the ink manufacturing apparatus, characterized in that it comprises a second filter for filtering the material for adjusting the ink properties and colors supplied to the container. The ink manufacturing apparatus according to claim 7, further comprising a scrubber for cleaning the first filter and the second filter, respectively, installed in the container.

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