JPH0544360B2 - - Google Patents

Description

[Detailed Description of the Invention] (a) Prior Art The so-called water surface transfer method has been practiced for a long time. The method is to fill an aquarium with water, drop a desired coloring material such as ink, paint, etc. onto the water surface to form a ripple pattern as appropriate, and immerse the object to be transferred into the water at the desired part of the pattern. While doing so, transfer it and submerge it in the aquarium. After that, transfer the rest of the pattern,
When the desired area is no longer present, the remaining part of the pattern is removed using paper or the like, and then the object to be transferred is pulled up from the bottom of the aquarium, and then the coloring agent is dropped again, and the object to be transferred is formed by the same operation.

(b) Problems with the conventional technology In the conventional transfer method, the water surface is limited, so the desired pattern is cut out, and the number of patterns that can be transferred in one pattern formation is limited. Not suitable for mass production. In addition, the pattern of the pattern varies depending on the part, and it is not possible to have many similar patterns, so it is not suitable for making similar patterns, such as set pieces. Furthermore, it is not possible to pull up the transferred object during the transfer process one by one because it will cause the pattern to become disordered, so it is necessary to remove the pattern one time and then pull up the transferred object. Because of this, there is a limit to storage space, and this also limits the number of units produced. Furthermore, there is a limit to the size of the water tank, and since the size of the pattern is also limited, the size of the object to be transferred is also limited.

(c) Means for solving the problem Therefore, in the present invention, by using a flowing water part, a pattern can be formed almost uniformly, and a uniform pattern can be transferred in many places. In addition, the continuous formation of the pattern enables mass production, and the formation of a static water area separate from the surface on which the pattern is formed, which makes it possible to immediately take out the transferred object, as well as to reduce the size of the water tank. This allows a pattern to be formed according to the size of the object and can be transferred even to large objects.A partition plate is used in the aquarium to form a running water part and a still water part to form a quiet water flow in one direction. A desired coloring agent is applied to the flowing water part, and a suitable pattern is formed by the water flow, while the desired part of the pattern is transferred onto the object to be transferred at a desired part of the water flow, and the desired part of the pattern is transferred to the object to be transferred. It is characterized by bringing an object to a still water area and pulling up the object to be transferred from there.

(D) Embodiment The present invention will be explained in detail with reference to an embodiment shown in the figure below. 1 is a water tank with a water inlet 2 at the front end, temporarily storing water to defoam water, and overflowing the baffle plate 3. Water is allowed to flow quietly into the water tank 1 through the water tank. Reference numeral 4 denotes a drainage section, which consists of a wall 5 formed at the same height as the baffle plate 3 and a drainage port 6. A partition plate 7 partitions the water surface between the inflow section 2 and the drainage section 4 to form a running water section A and a still water section B. The height of this partition plate 7 may be about several centimeters above and below the water surface.
Also, a part of this partition plate 7 has a section from the flowing water section A to the still water section B.
A water intrusion prevention mechanism 8 is provided to prevent surface water from entering. The water intrusion prevention mechanism 8 includes an opening 9
There is an opening/closing door attached to the opening, a shielding board 10 that covers the opening 9 diagonally downward, and the like. Reference numeral 11 denotes an object to be transferred, and 12 a gripping rod configured to grip and adsorb the object to be transferred. 13 is a colorant dripping mechanism. The water is degassed by the inlet 2, overflows, hits the baffle plate 3, and accumulates in the water tank 1. When the water is full, it goes over the wall 5 and accumulates in the drainage part 4 , and is drained from the drainage port 6. However, when the water tank 1 becomes full, the inflow part 2
The overflowing water hits baffle plate 3 and drains into tank 1.
It flows quietly on the surface of the water, and flows through the flowing water part A and the still water part B without foaming. It is not necessarily necessary to allow water to flow into the still water section B from the inflow section 2. Therefore, a desired coloring material is dripped from a coloring material dripping mechanism 13 provided at a desired position in the water flow section A, and a ripple is formed on the water surface by the flow of water. The formed pattern does not enter the still water portion B by the water intrusion prevention mechanism 8. Since these patterns are formed naturally, they are not the same, but many patterns that are quite similar are formed. A desired object 11 to be transferred, such as a bowl, a bowl, or a plate, is held by the gripping rod 12 or by hand and brought to the desired pattern location, and is submerged under the water surface while the pattern is transferred. 8 through the opening 9 to the still water section B, and after pulling it up, the same procedure is repeated for continuous transfer. As the coloring material used, it goes without saying that black ink and various paints can be used, and the paint is selected according to the material of the object to be transferred. for example
A good example is to use a phthalic acid paint for materials such as PP, and it is even more preferable to use a mixture of a solvent that sinks with foam and a paint that floats on water.

(E) Functions and Effects of the Invention According to the present invention as described above, a running water part and a still water part are formed in the aquarium by a partition plate to form a quiet water flow in one direction, and the flowing water part is colored as desired. The material is dripped onto the material and a suitable pattern is formed by the water flow, and the desired part of the pattern is transferred onto the transfer target at the desired part of the water flow, so that a board pattern,
The patterns formed by calm water streams, including straight-grained patterns, are extremely diverse, and as various pattern forms are created, the patterns formed by the same water flow and the same coloring material are of the same type, and the patterns of the same type are different from each other. A large amount of transfer can be performed. However, since the patterns are formed one after another, they can be transferred continuously. Furthermore, once the transfer process has been completed, the pattern can be immediately removed by bringing it from the flowing water area to the still water area without disturbing the rest of the pattern, and there is no need to place it in an aquarium, so there is no need to worry about where it will be stored. Continuous production in large quantities is possible. Furthermore, since the formation of a pattern can be expanded as much as desired by the flow of water, the aquarium can also be made extremely large, making it possible to transfer large patterns onto large objects and onto various structural features. It's large.

[Brief explanation of the drawing]

Fig. 1 is a plan view of an embodiment of the present invention, Fig. 2 is a longitudinal cross-sectional side view taken along the line X-X of the same as above, Figs. It is a state perspective view. 1 ...Water tank, 2...Inflow section, 3...Baffle plate, 4
... Drainage section, 5 ... Wall, 6 ... Drain port, 7 ... Partition plate, 8 ... Water infiltration prevention mechanism, 9 ... Opening port, 1
0...Bush plate, 11...Transferred object, 12...Gripping rod, 13...Coloring material dripping mechanism.

Claims (1)

[Scope of Claims] 1. In an aquarium, a partition plate is used to form a running water part and a still water part that form a quiet water flow in one direction, and a desired coloring agent is dripped into the flowing water part, and the water flow is applied as appropriate. While forming a pattern, a desired part of the pattern is transferred onto the object to be transferred at a desired part of the water flow, the object to be transferred is brought to a still water area, and the object to be transferred is pulled up from there. Characteristic continuous water surface transfer method. 2 An inlet and a drain are provided at the front and rear ends of the aquarium, and the aquarium is divided into a flowing water section and a still water section by a partition plate installed near the water surface, and a water intrusion prevention mechanism for the flowing water section is provided on the partition plate. A continuous water surface transfer device characterized by: