JPH0860055A - Ink stick - Google Patents

Abstract

PURPOSE: To obtain an ink stick which can quickly be rubbed down on an ink stone to easily provide a sumi ink with a desired concn., facilitates the cleaning of a writing brush after the use, and is thus convenient. CONSTITUTION: This ink stick comprises soot, funori, and gelatine, e.g. in a wt. ratio of (100: about 20: about 3) and is solid.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a stationery ink used for writing characters and the like by rubbing it with ink to make ink.

[0002]

2. Description of the Related Art Ink has been widely used for many years and has a hard solid shape with soot, which is the main component, solidified with glue and, if necessary, some fragrance added, Then, it is made into a black ink of the required concentration, and used by spreading it on a brush.

[0003]

The above-mentioned conventional black ink is hard because it is hardened with glue, and the adhesiveness is strong due to the presence of glue in the ink that has been rubbed down. Therefore, it is used in, for example, calligraphy classes. If you do so, it takes time and labor to scrub and obtain the required concentration of ink, and the preparation work for writing is troublesome, and the effective writing time is shortened. After the calligraphy, it is necessary to thoroughly wash the ink brush-containing brush tip (the part where the hair is bunched and the ink is smeared with the ink) by washing with water. If the work is neglected, the spikes are solidified by the sticky ink so that the spikes may be damaged or the performance of the brush may deteriorate.

On the other hand, calligraphy has been a traditional technique since it has been worn down with ink on a sword. The traditional meaning and mystery of the calligraphy is that it follows the step of rubbing up the ink. Exists. However, in recent years, when speed and rationalization are desired, the troublesome preparation work of the above-mentioned book is avoided.Therefore, you can put the mass-produced India ink in a container and use it immediately when needed. Is widespread. However, when this ink is used, in a calligraphy class, etc., the time required for effective writing increases without the need for preparation work for writing, but the ink container is easily soiled and is inconvenient to carry and carry. ,
Since the quality and concentration of the black ink are made uniform on a mass production basis, the writing will also be made uniform, and there is a drawback that the mystery and traditional significance of the writing will be impaired.

The present invention solves the above-mentioned problems of the prior art, makes it easy to rub down, and does not damage the spikes.
It provides ink that preserves the mystery and traditional meaning of the calligraphy.

[0006]

[Means for Solving the Problems] The black ink of the present invention for solving the above technical problems is characterized by "a solid black ink which is composed of soot as a main component and a required amount of cloth laver and gelatin mixed as constituents". . In addition, the cloth laver in the present invention refers to a broth of seaweed of the Funori family, which is a paste-like material generally used for washing cloth and the like.

More specifically, the main component of soot is the same as that used in conventional black ink. Standardly, about 20% or more of cloth laver (weight percent) and about 3% of gelatin per 100 soot are used. (Weight percent). However, this mixing ratio is appropriately increased or decreased in consideration of the environmental conditions such as temperature and humidity at the time of production, the quality and characteristics of the black ink to be produced, and the solidification and drying conditions.

[0008]

In the ink of the present invention having the above-mentioned constitution, since the seaweed is used as the main adhesive agent of the main component soot, the solidified and molded ink in the used state should be softer than the conventional one using the glue. In addition, the rubability is improved, and the "rubbing time" for producing the black ink of the required concentration is short and can be moved quickly. And, since a small amount of gelatin is mixed in, it has appropriate mechanical strength, there is no risk of breaking during use, and
Appropriate luster appears and the appearance as ink is completed.

[0009] Furthermore, the preparatory work for writing is simplified and streamlined on the basis of its fast-moving property, and the sticky cloth laver is less sticky than the glue of the conventional black ink, so that the present invention The ink used for brushing the ink has no harmful stickiness after drying, and there is no danger that the dried ink will solidify and damage the ear even if the ear of the brush used is not washed with water. Cleaning up is simplified.

[0010]

EXAMPLES The manufacturing method of an example of the black ink of the present invention will be described below with reference to FIG. That is, in the ink of the present invention, first, soot in the form of fine particles is put into a stirrer, and 20% (weight percent) of cloth laver and 3% of gelatin are added to 100 of the soot.
(Weight percent) and stir-mix for 5-6 minutes,
Impurities such as shells and sand are removed to produce a viscous agitated mixture.

Subsequently, water is added little by little to the agitated mixture, and the mixture is agitated again to produce a sheep-skin-like "ink ink source" having a required viscosity.

After that, the "ink ink source" is put into a molding die to be molded into a required rod shape, or a continuous rod extruded from an extruder is cut into a required rod shape and "Kanna" or the like. Shape and shape with the tool of.

Finally, the formed black ink is naturally dried or put in a wooden box containing plant and wood ash like the conventional black ink and subjected to indirect dry curing for about 5 to 25 days, which is unnecessary. The water is removed to give dried ink, and then a lot of surface coating and makeup are applied as necessary to complete the process.

The black ink of the present invention according to the above embodiment has the above-mentioned action, is softer than the conventional black ink using glue as a pressure sensitive adhesive and has a fast sliding property, and the rubbing time for obtaining the same concentration is In addition to being shortened to about 1/2 to 1/3 that of conventional ink,
Even if the brush after use is not washed with water and left as it is, the ink that uses gelatin as an adhesive does not have excessive stickiness, so there is almost no solidification of the ears by dry ink, and ink There is no risk of damage to the writing brush or deterioration of the writing performance due to adhesion, and it can be effectively used in calligraphy classes for children and students.

[0015]

EFFECT OF THE INVENTION As described above, the ink of the present invention makes it possible to prematurely move the ink when making the ink using the inkstone, and even if the brush is not washed after use, the brush tip may solidify. Since there is no risk of damage, the preparation work for writing and the cleaning up are simplified and excellent in usability, the writing practice in the calligraphy classroom etc. is streamlined, the brush quality is stable, and it is widely popular. It is possible to improve the convenience of the people involved in writing.

The ink of the present invention, which is excellent in usability, can be used in place of the ink in the container, which is inconvenient to carry and carry and is of a homogenized quality. It is possible to contribute to the development and spread of calligraphy that respects the traditional meaning and mystery of calligraphy, by making and using ink suitable for the skill. There are various effects described above.

Claims (1)

[Claims] 1. A black ink comprising a soot which is a main component, and a constituent component in which a required amount of cloth laver and gelatin are mixed, and which has a solid shape.