JPS5931271Y2 - letter dice - Google Patents

Description

[Detailed explanation of the idea] This project is about letter dice.

That is, six sides of the dice have transparent pockets into which dials can be inserted, and can be used as a teaching material to easily teach letters to children.

The embodiments shown in the drawings will be described below.

1 is a die with transparent pockets 2 formed on its six sides, into which a dial plate 3 can be inserted.

The illustrated hexahedron consists of a foldable box-shaped tetrahedron 1' with lid plates 1'' and 1' that can be opened and closed connected above and below one side.

Reference numeral 1'' indicates an insertion tongue piece connected to the cover plates 1', 1'.

Further, an arcuate notch 4 is formed at the entrance edge of the transparent pocket 2 so that the dial plate 3 can be easily taken out.

Reference numeral 5 designates a pocket formed inside the tetrahedron 1' into which the insertion tongue piece 1'' is inserted.

The material used for the box is kraft paper covered with synthetic resin.

The shape of the triangle in this case is as shown above, so it is a tetrahedron 1'
From the folded state to the box shape, attach the lid plate 1".

1', a hexahedral die is formed as shown in Fig. 1, and by inserting any dial plate 3 into the transparent pocket 2, the die with the desired character can be changed. The program allows children to learn letters through play.

For example, as shown in Figure 4, the characters inserted into the hexahedral transparent pocket are ``sa'', ``ka'', ``no'', ``ke'', and ``ko''.
If the answer is ``ta,'' the parent and child play rock, paper, scissors, and the winner rolls the dice twice.

When the first word is ``shi'' and the second is ``ka'', the two-syllable word ``shika'' is completed with ``shi'' and ``ka''.

The loser then rolls the dice.

If you get ``no'' and ``ka,'' you lose because these words cannot be used as words.

Figure 6 shows this. You can make a two-syllable word by rolling two dice, but you can also make a two-syllable word by rolling two dice at the same time.

Next, although it is less likely, if you roll three dice at the same time, you can create a three-sound word.

FIG. 7 shows an example.

You can also play as follows using the dice described above.

In other words, if you roll a die and get a ``ka'', everyone will look for a word with a ``ka'' in it and say ``kame,''``kasa,'' and ``ka.''
It's a game where you have to answer something like, ``Kai.''

In this case, the person who answered 3-note ``kaeru'' is better than 2-note ``kame'', the 4-note ``karumera'' is better than ``kaeru'', and the 5-note ``kabutomushi'' is better than ``kaeru''. The person who gave the answer will be ranked higher.

Then, as parents, they roll the next die and play the same way.

FIG. 5 shows an example.

In this way, children can be taught letters while having fun.

The dial plate 3 can be placed inside the dice by opening the lid plate 1'' of the dice, but it is also possible to remove six letter plates from the pocket plate 6 with letters as shown in Figure 8 and place them in the dice pocket. Good too.

The pockets 7 of the character pocket board 6 are also made of transparent material so that the characters can be seen from the outside, and the front and back sides of the dial board 3 display hiragana and katakana, which have the same sound as each other, as shown in FIG. 9.

Further, if necessary, the color of the dial plate inserted into the pocket 7 of the pocket plate 6 may be changed for each group, that is, for each row of 50 syllables.

Furthermore, the 50 tones may be displayed on the plywood part of the pocket.

Using this pocket board, you can also teach the 50 sounds of Aiueo.

In any case, the dice of the present invention have the feature of being able to teach letters to children while playing.

[Brief explanation of the drawing]

Figure 1 is a slope diagram of the proposed die. FIG. 2 is a cross-sectional view taken along line A-A. Figure 3 is a developed slope view. Figure 4: Repulsion Figure 7 is an explanatory diagram showing how to play. Figure 8 is a perspective view of the letter pocket board. Figure 9 shows the front and back views of one dial. 1... Dice, 2... Transparent pocket, 3... Dial board.

Claims (1)

[Scope of Utility Model Registration Request] ■ A die with letters formed on six sides of the die with transparent pockets into which a dial can be inserted. 2. A letter dice as set forth in claim 1 of the utility model registration claim, which is formed by a foldable tetrahedron with lid plates that can be opened and closed on the top and bottom to form a six-sided dice. 3. The transparent pocket is a dice with the letters described in claim 1 or 2 of the utility model registration claim, which is made of transparent synthetic resin such as vinyl.