JPS6120083A

JPS6120083A - Variable model made of transparent clay-like meterial

Info

Publication number: JPS6120083A
Application number: JP14119984A
Authority: JP
Inventors: 梅津　まり子
Original assignee: Individual
Current assignee: Individual
Priority date: 1984-07-07
Filing date: 1984-07-07
Publication date: 1986-01-28

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】この特許は、透明粘土状物質、たとえば、生ゴム等各種
合成高分子化合物、各種炭素化合物等を、いろいろな立
体の透明な鋳型に入れて、正確かつ簡便な各種理数王化
学、並びに工業用の単位を表示した透明物差し、及び手
を汚さずに面と線を塗ったり、描いたり出来る、透明粘
土塗布用の多色インク、それに透明粘土を扱う際に必要
な、透明色の折り曲げ可能な棒を数本用意し、たとえば
数学のベクトルを示す線や、座標軸を表示したり、移動
したり出来るようにする。又鮮明色の組も数本、各単位
系に必要と思われる程に用意し、簡単なものから複雑な
平面図形と立体、及び化学、物理学、工学等で必要な原
子模型や組成模型、あるいは不定形な立体を自在に手で
動かして観念を具体化、視覚化、即物化し、独創的思考
を手軽に簡便に実現化できる、理解を一層明瞭に確認で
きる透明模型のユニット（単位組立方式）である。これ
らは、単位のユニットさえ変えれば、幼児の玩具から児
童生徒の教具教材、並びに工業用の発明思考モデル、大
学生の研究用具として、あらゆる人々に、コンピュータ
一時代にこそ必要な、創造的使用が可能となる一式であ
る。Detailed Description of the Invention: This patent describes how transparent clay-like substances, for example, various synthetic polymer compounds such as crude rubber, various carbon compounds, etc., are placed in transparent molds of various three-dimensional shapes to produce various accurate and simple science and mathematics calculations. Transparent rulers displaying chemical and industrial units, multicolored ink for applying transparent clay that allows you to paint and draw lines and surfaces without getting your hands dirty, and transparent rulers that are necessary when working with transparent clay. Prepare several colored bendable sticks that can be used to display and move lines representing mathematical vectors and coordinate axes, for example. In addition, we have prepared several sets of vivid colors as necessary for each unit system, and can be used to create simple to complex plane figures and solids, as well as atomic models and composition models necessary for chemistry, physics, engineering, etc. Alternatively, you can move an amorphous three-dimensional object freely with your hands to embody, visualize, and materialize your ideas, and easily realize your creative thinking. method). By changing the units, they can be used as toys for infants, teaching materials for children and students, inventive thinking models for industrial use, and research tools for university students, allowing all kinds of people to use them creatively, which is necessary in the age of computers. This is a complete set that makes it possible.

なお、この一式の実施態様には次のようなものがある。In addition, the embodiments of this set include the following.

（１）透明粘土用物質は、粘土の中に線を描いても、物
差しの目盛をさし入れても、歪みのない、くもりのない
透明度のもの。(1) The material used for transparent clay must be transparent and free from distortion and cloudiness even when lines are drawn or the scale of a ruler is inserted into the clay.

（２）透明粘土用物質は、人体に無害無毒無臭。(2) The transparent clay material is harmless to the human body, non-toxic, and odorless.

（３）透明粘土用物質の粘性は、各ユニットの用途に応
じて、切断したり、丸めたり、ある程度の流動性を持つ
ものも含めて、指で作成、整形できること。(3) The viscosity of the material for transparent clay allows it to be cut, rolled, and shaped with fingers, including those with a certain degree of fluidity, depending on the purpose of each unit.

（４）　　透明粘土用物質は、手を汚さないもの。(4) The material used for transparent clay does not stain hands.

（５）透明物差しは、使用者及び使用目的に応じた単位
物差し。その中には、曲線を計測しうる物差し及び三角
函数曲線、その他各種関数曲線を含むものとする。(5) A transparent ruler is a unit measure depending on the user and purpose of use. This includes rulers that can measure curves, trigonometric function curves, and various other function curves.

（６）透明物差しは、粘土を切断、整形出来るようにし
である物差しを含む。(6) Transparent rulers include rulers that allow clay to be cut and shaped.

（７）鮮明色インクは、粘土と混合しないもの。(7) Vibrant color ink must not be mixed with clay.

（８）人体に無害であるもの。(8) Items that are harmless to the human body.

（９）手を汚さない速乾性のもので、すぐふき取ったり
、はがせる、蓋に・・ケ付きのインク。(9) Quick-drying ink that doesn't stain your hands, can be easily wiped off or peeled off, and has an ink on the lid.

（１（ｎ　　透明鋳型については、透明な物質で作られ
た透明粘土を入れて成形し得るもの。(1(n) A transparent mold is one that can be molded by placing transparent clay made of a transparent substance.

＋ＩＩ）　　透明鋳型は、理数王化学分野に用いられる
各種立体。初歩の算数に出てくる基本的立体、たとえば
、立方体、直方体、球、円錐、角錘等を含むものとする
。又必らずΔＶ面板入れる。+II) Transparent molds are various three-dimensional shapes used in the field of science and mathematics chemistry. It includes basic solids that appear in elementary arithmetic, such as cubes, rectangular parallelepipeds, spheres, cones, and pyramids. Also, be sure to include a ΔV face plate.

Ｑ２＋　　理数王化学分野での模型の透明鋳型。たとえ
ば原子モデル、化学組成モデル、微分積分等の高等数学
の概念モデル等の鋳型。Q2+ A transparent mold for a model in the science and mathematics field. For example, templates for atomic models, chemical composition models, conceptual models of higher mathematics such as differential and integral calculus, etc.

（１３Ｉ　　透明鋳型は、コンピューターで製作されう
るあらゆる作図を具体化できる模型鋳型とする。(13I A transparent mold is a model mold that can embody any drawing that can be produced on a computer.

αａ　透明鋳型は、単位をそろえるか又は相似形で単位
組立化（ユニット化）シ、出来ないものは単独の鋳型と
する。例：球の分割（１５１見分けやすい鮮明な色彩の単純な、折り曲げで
きる棒数本。透明粘土、多色インクに不溶０（１６１見分けやすい色彩の強力な組数本。不溶性。αa Transparent molds can be assembled into units by aligning the units or having similar shapes; if this is not possible, create a single mold. Example: Splitting a sphere (151 A few simple, bendable sticks with bright colors that are easy to distinguish. Insoluble in transparent clay, multicolored inks. 0 (161 A few strong pairs of easily distinguishable colors. Insoluble.

０η　各透明鋳型の立体の辺及び面は、組み立て、分解
できるように必らずすること。0η The three-dimensional sides and faces of each transparent mold must be designed so that it can be assembled and disassembled.

Claims

[Claims] (1) Various transparent assembly molds (2) Transparent unit rulers for various fields (3) One or more brightly colored bendable rods (4) Brightly colored strong strings (5) Transparent Clay-like substance (6) Bright multicolored ink (7) A set of transparent clay models (models) including the above (1), (2), (3), (4), and (5).