JPS60145848A - Method for print and adhesion of character, pattern on surfaces of containers, utensils, sharp-edges tools, pans and the like - Google Patents

Abstract

PURPOSE:To keep the printed character and pattern in a clearly three-dimensional appearance state for a long time, by a method wherein after blasting the surfaces of containers or the like printed by using a specific ink, the ink is removed by washing. CONSTITUTION:A character 2 and/or a pattern 3 are directly silk-screen-printed on the face surface 1 and/or bottom surface 4 of metallic container (a) by using the ink which is not peeled off even by strong blasting. Then, by blasting the face surface 1 and/or bottom surface 4 of container (a), the texture of parts except for the part printed by the print ink 5 is roughened and fine uneven part is generated. Thereafter, by removing the ink 5 by washing, extreme difference in quality is generated between the part adhered with ink 5 and the part not adhered with ink 5 and the character or pattern is distinguished with a clear three- dimensional appearance state.

Description

[Detailed Description of the Invention] Conventionally, there have been many types of methods for increasing commercial value by attaching patterns, letters, etc., singly or in combination, to the surface of containers, utensils, tin items, etc. However, these stitches were simply pasting on film-printed letters and patterns.

Even if the main body is still functioning, the image of the product as a whole may be affected by peeling off during repeated washing operations, and the letters and patterns may fade or disappear completely. He had cured a number of defects that were decreasing rapidly.

However, in the present invention, the material is made of metal, glass, wood or 6
Characteristics that maintain the old 4-shape and do not peel off even when blasting is applied to the surfaces of pre-formed objects (mainly) such as containers, utensils, utensils, etc. Silk screen printing (mainly using ink) It protects the pattern and prevents damage to the extremely delicate parts of the letters and patterns being embroidered, allowing it to remain clearly visible for a long period of time, thereby significantly increasing the product value. At the same time, 1JI has the excellent advantage of reducing manufacturing costs and being able to provide it at a low price.
The purpose of this invention is to obtain a method for printing letters, patterns, etc. on the surfaces of containers, utensils, utensils, tin, etc.

A detailed description of the present invention, which was created to achieve the purpose of preserving, is that it blasts mainly the surfaces of containers, utensils, utensils, tin items, etc. made of metal, glass, wood, or wood. Characters or patterns are printed mainly by silk screen printing using ink that adheres and does not peel off even after treatment, and after printing, the shape of the container or the printed material is printed on the surface of the container, etc. Blasting is performed in any direction using a compressor or the like for a predetermined period of time according to the letters or patterns, etc., and after the Shirast treatment process is finished, the ink marked L that has adhered without peeling is removed by washing, etc. This is a method of printing letters, patterns, etc. on the surfaces of containers, utensils, utensils, pots, etc., which is characterized by the following. Furthermore, the present invention does not adhere to metal, glass, wooden, etc. containers, utensils, utensils, tin items, etc., even if blasting treatment is applied to the surface, excluding letters, patterns, etc. Silk screen printing is performed using ink that has the property of not peeling off, and after printing, the shape of the container or the text on the printed material is
Blasting is carried out using a compressor or the like for a predetermined period of time, and after the blasting process is completed, the ink can be removed by washing or the like and finished. If explained based on the above, a is a metal silver container, and the present invention is not limited to the container a. Therefore, the container a may be other than metal, and the shape may also be different. Moreover, it is not limited to the container a. 1 is a letter printed on the surface of the container a, 2 is a letter printed in a single color or a mixed color on the surface 1, and 3 is a pattern printed in the same manner. These characters 2 and patterns 3 are not limited to those shown in the first drawing, and the printing locations are mainly printed on the surface portion 1.
Printing may be performed on appropriate locations such as the bottom surface portion 4. And, for the printing in item 2, even if the surface part 1 of the container a is subjected to strong blasting using a compressor (not shown) or the like, the sand used during the blasting,
One condition of the gist of the present invention is to use the printing ink 5 which has the property of not peeling off even under the impact force of high-speed collision with glass beads, walnuts, etc. If it peels off, it will create a blasted surface that is the same as the printed area. Therefore, silk screen printing is performed using the ink 5 as described above. Since printing is performed directly on the surface portion 1 of the container a in this manner, in the present invention, extremely delicate characters 2 and patterns 3 can appear. In this respect, conventional methods are significantly different from those in which a film or tape is printed and then directly attached to the surface of a container or other article by hand or similar work. It's different. After the printing process as described above is completed, the surface portion l of the container a is coated for different lengths of time depending on the shape of the container a, the shapes of the characters 2, patterns 3, etc. to be printed, etc. When blasting is applied through a compressor or the like that adjusts the strength of the pressure, the so-called printed area other than the printing ink 5 may undergo slight changes in the surface of the product depending on the material used during blasting, resulting in extremely The minute unevenness appears as a kind of pattern. However, as mentioned above, the 5 portions of printed ink are
Even during the blasting process, the printing ink 5 adheres tightly and does not peel off, so even the impact force of sand, beads, etc. used for the blasting process will cause the printing ink 5 to stick to the surface and not peel off.
has the function of protecting the skin surface, and has the characteristic that minute unevenness is not formed. Therefore, the surface of the container a is not rough. Immediately after completing the above-mentioned plast treatment, the ink 5 is washed off by ordinary means, and the ink 5 is removed very easily, revealing the glossy texture of the surface of the container 8. This is because during the blasting process, sand, beads, etc. hit all the surface parts other than the letters 2 and patterns 3, on which the so-called ink 5 has not been applied, and hit the surface parts 1 on which the ink 5 has not been applied. This is because the background surface is roughened, a step is created between the printed area and the area where the ink 5 has been removed, and the area where the ink 5 has been removed stands out in an even clearer state.

Container a formed through the above processing steps is formed with the letters 2 and pattern 3 appearing while making the background of container a itself appear, so a conventional printing film is attached to the container. Unlike the previous case, the letters 2 and pattern 3 were not damaged even if they were strongly rubbed for cleaning, and they remained clear for a long time. The above is a manufacturing method for directly printing and adhering characters 2, patterns 3, etc. on the surface portion l of a metal container A.

Next, the method of printing letters, patterns 3', etc. on the surface portion 1' of the glass cup b is similar to that for the container a. That is, a suitable band-like pattern 3' is printed on the surface portion 1' of the tip b by silk screen printing using the same printing ink 5 as described above. Next, the surface portion 1' to which the pattern 3' of the tip b is attached is subjected to a blast treatment for a predetermined period of time by adjusting the pressure of the compressor. During this blasting process, the printing ink 5 does not peel off due to the above-mentioned characteristics and continues to protect the surface of the crow-made crow knob b. Since he hasn't been exposed to any damage directly, his scalp isn't rough. On the other hand, it is a matter of course that the surface of the printed portion subjected to the blasting process, that is, the so-called surface portion 1' on which the printing ink 5 is not applied, is roughened by the blasting material. After blasting from a predetermined direction for a predetermined period of time as described in Section 2 above, the printing ink 5 is removed by washing by ordinary means, and the background of the tip b is exposed. As a result, there was a significant difference between the part on which the printing ink 5 was applied and the part on which the ink 5 was not applied, and the surface of the surface part 1' of the tip b, on which the printing ink 5 was applied, became glossy. On the other hand, the area where the ink 5 is not applied forms a matte surface.

In addition to the above, in the case of metal spoon C, which is a Western tableware,
For example, in order to attach appropriate characters and patterns 8 to the surface portion 7 of the handle 6, the printing ink 5 has a non-peeling characteristic that can sufficiently withstand the impact force of the blasting material during the above-mentioned blasting process. Printed using silk screen printing method. Next, a predetermined portion of the spoon C, for example, only the handle 6 portion, is subjected to the same blasting treatment as described above for a predetermined period of time.

At this time, for example, the pattern 8 on which the printing ink 5 is placed does not collide with one self-contacting blasting material, but the blasting material directly collides only with the surface portion 7 of the handle 6 where no other ink 5 is placed. Next, the ink 5 is removed by washing. As a result, there is a significant difference between the surface portion 8 and the surface portion 8 on which the printing ink 5 is not applied. In other words, the pattern 8 portion where the printing ink 5 is applied shows the background before blasting, while the area where the printing ink 5 is not applied is because the background is rough, so the pattern 8 is delicate. Parts of the image are even more clear and stand out.

Also, for the surface part 9 of tray d, the above-mentioned container a and cup b are
, Silk screen printing is performed using 4Jl ink in the -F stage similar to Spoon C, a blasting process is applied at a predetermined pressure for a predetermined time, and finally ink 5 is removed by washing. In addition, by roughening the surface of the surface portion 9 by using coarse blasting material during the blasting process, the anti-slip function can be exerted when the cup d is placed on it. . As described in 1-1 above, by using the silk screen printing method, it is possible to reliably print on a predetermined location in large quantities in a short time, and at the same time, even the minute parts of the predetermined pattern 10 can be embossed extremely delicately.
Cup d and other stored ornaments can be prevented from slipping.

In addition, in contrast to the printing adhesion method described above, when printing letters 2, patterns 3, etc. on the surface of container a etc., ink 5 having the same characteristics as the first series is applied to the parts other than these letters 2 etc. is placed, and the ink 5 is not placed on the characters 2 and the pattern 3, printing processing is performed by a means opposite to the so-called printing method described above,
When blasting is applied afterwards, the blasting material directly hits the letters 2 and pattern 3 that are not covered with ink + 5 and roughens the fabric surface, and the other part where ink 5 is coated is m! It is protected by the ink 5 and will not be damaged. When the ink 5 is finally washed, the ink 5 is removed, and as mentioned above, there is a significant difference in gloss between the background of the characters 2 and patterns 3 and the other surface parts 1, and the characters 2 and patterns 3
It is clearly formed in every corner of the sky.

The present invention is a method of attaching letters and patterns to the surface of containers and utensils, which has been used in the past, by printing letters and imitations on a so-called film, etc., and pasting these printed films to increase the commercial value. However, unlike products that have defects that prevent them from retaining their commercial value for a long time, especially those made of metal, glass, or wood. , letters, patterns, etc. can be printed on the surfaces of various plastic containers, utensils, utensils, M-types, etc. using printing ink that has a strong adhesive that does not peel off even during the blasting process. The printing process is performed reliably on a predetermined area using a silk screen printing method, and secondly, on the surface of the iA printing substrate,
The product is made into a product by applying a plus treatment at a predetermined pressure for a predetermined time, and washing to remove ink.

Even the minute parts that form letters and patterns that have been printed and attached can appear clearly and clearly, and the letters, patterns, etc. that appear can be washed, stacked, and touched. It does not get damaged even if it is rubbed by something like that, so the product price is 1 (1) and can last for a long time, and the manufacturing method is also unparalleled.
It also has the advantage (71) of being able to reduce manufacturing costs in the interlocking cylinder and providing it at low cost.

[Brief explanation of the drawing]

Figure 1 is a front view of a container in which letters, patterns, etc. are printed and adhered to the surfaces of containers, utensils, utensils, tin, etc. according to the present invention, and Figure 2 is a hemostasis diagram of a container that has been subjected to the same silk screen printing. , Figure 3 is a hemostatic diagram of the same blasted container.
Figure 4 is a front view of the finished container after removing the same ink, Figure 5 is a front view of the same glass top, Figure 6 is a front view of the same glass top, and Figure 7 is a front view of the same glass top. Figure 8 is a front view of the kombu after the blasting treatment, Figure 9 is a front view of the same spoon, and Figure 10 is a front view of the spoon with the same silk screen printing. 11 is a front view of a spoon that has been subjected to the same blasting process, FIG. 12 is a front view of a finished spoon after removing the same ink, and FIG. 13 is a plan view of the filler.
FIG. 4 is a vertical sectional view of the gap. a・◆・Container, ■, 1′...Surface part, 2...Character,
3.3'... Pattern, 4... Bottom part, 5... Fist ink, 6... Handle, 7... Surface part, 8... Pattern,
d...Bon, 9...Surface, io...Pattern. Book 5 Figure 7 Figure 6 Figure 8 Figure 13 Figure 14

Claims (2)

[Claims] (1) Use ink that has the property of sticking to and not peeling off even when blasting is applied to the surfaces of containers, utensils, utensils, tin, etc. made of metal, glass, wood, or aluminum. Characters or patterns, etc. are printed mainly by silk screen printing, and after printing, the sheets are printed using a compressor etc. for a predetermined period of time depending on the shape of the containers or the characters or patterns to be printed. After the blasting process is completed, the #
[A method for printing letters, patterns, etc. on the surfaces of containers, utensils, utensils, tin items, etc., characterized in that the ink that adheres to the surface of the container is removed by washing or the like. (2) Containers made of metal, glass, wood, or wood, etc.
Mainly on the surfaces of utensils, utensils, tin items, etc., except for letters, patterns, etc., we perform ink screen printing using an ink that adheres and does not peel off even when blasted, and after printing, the above-mentioned The characters and patterns '4 are blasted for a predetermined time using a compressor, etc., depending on the shape of the container or the characters or patterns to be printed, and the process is completed without peeling or peeling. Printing of characters, patterns, etc. on the surfaces of containers, utensils, utensils, tin items, etc., as set forth in claim 1, where the applied ink is finished by washing etc.:'tt 1 person.