JPS60253475A - Puzzle block set - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] This invention relates to a puzzle block set.

- Puzzle games in which sets of puzzle blocks are arranged in a regular pattern or shape are enjoyed by many people. The most common puzzle block sets are designed to be rearranged and assembled on a flat surface, or two-dimensional area, and are therefore limited in variation and complexity.

The purpose of this invention is to provide a puzzle block set that is made up of puzzle blocks of various shapes and can be assembled into a cube in a three-dimensional space, and has a wide variety of variations and a high degree of complexity.

This invention consists of 29 puzzle pieces with various shapes.
A set of Otsuk is disclosed. This puzzle block set is made by changing the combinations of 25 puzzle blocks and assembling them three-dimensionally in various arrangements.
A cube can be formed with five identical cubic modules.

Furthermore, each puzzle block is a combination of five identical cubic modules in a specific shape.

Next, one embodiment of the present invention will be described with reference to the drawings. The puzzle block set of this embodiment has puzzle blocks of various shapes assembled three-dimensionally to form a cube.
Each puzzle block is made up of five identical cubic modules. Furthermore, each cubic module has a volume that is 1/125 of a cube assembled from puzzle blocks as shown in FIG.

In order to explain the various shapes of each puzzle block, the six faces of the cubic module that make up the puzzle block are represented by the following symbols, as shown in Figure 2.

x I X Front side facing in one direction x 2 X!
The back surface facing the direction y, the upper surface y2 facing the Y direction, the lower surface ZI facing the Y direction, the right surface z2 facing the Z1 direction, the left surface facing the Z2 direction, and the XI The three-dimensional directions indicated by the Xxt YI Yz and Zl-Z axes are hereinafter referred to as the longitudinal axis, the vertical axis, and the horizontal axis, respectively.

Each of the 29 puzzle blocks in this example is composed of 5 cubic modules, as explained below.

The first puzzle book P1 consists of five cubic modules E1-E5 connected in a line as shown in FIG.

The second puzzle block A2 is connected to the first puzzle block A2 in a vertical axis direction, as shown in FIG. Second. It consists of five cubic modules E1-E5: sixth and fourth cubic modules El-E4 and a fifth cubic module E5 adjacent to the front surface x1 of the first cubic module E1.

As shown in FIG. 5, the third puzzle block A6 is the first puzzle block A6 connected in the vertical axis direction. Second. 6th and 4th cubic module/I/E1-E4 and 2nd cubic module E2
It consists of five cubic modules E1-E5, with a fifth cubic module E5 adjacent to the upper surface yl.

The fourth puzzle block A4 is the second puzzle block A4, as shown in FIG.
6th. The fourth and fifth cubic modules E2-E4 are respectively connected to the front side Xly of the first cubic module E1 and the back side x1. It consists of five cubic modules E1-E5 in the form adjacent to the right-hand side Zl and the left-hand side Z2.

The fifth puzzle block A5 is the first puzzle block A5 connected in the vertical axis direction as shown in FIG. It consists of second and sixth cubic modules 1-E3, and fourth and fifth cubic modules E4 and E5 connected in the vertical axis direction, and the fourth cubic module E4 is on the upper surface of the second cubic module E2. Five cubic modules Fjl of the form adjacent to Is
-E5.

The sixth puzzle block A6 is the first puzzle block A6 connected in a vertical axis direction as shown in FIG. The second and third cubic modules E1-E3, the front surface xll/(the adjacent fourth cubic module E4, and the fourth cubic module E4 adjacent to the right surface z1 of the first cubic module E1)
5 cube modules El with cube module E4
-E5.

As shown in FIG. 9, the seventh puzzle block A7 has the first puzzle block A7 connected in the horizontal axis direction. Consisting of second and sixth cubic modules E1-E3 and fourth and fifth cubic modules E4, E5 connected in vertical axial direction, the fourth
Five cubic modules/I in which the cubic module E4 is adjacent to the back surface x2 of the second cubic module E2
/] Consists of 1C1-E5.

The eighth puzzle block A8 is the first puzzle block A8 connected in a vertical axis direction, as shown in FIG. the second and sixth cubic modules E1-E3 and the fourth module connected in the longitudinal direction-column;
and a fifth cubic module E4. E5, and the fifth cubic module E5 is on the right side of the first cubic module E1 and is adjacent to z1.

As shown in FIG. 11, the ninth puzzle block A9 has the first puzzle block A9 connected in a vertical axis direction. the second and sixth cubic modules E1-E3 and the fourth module connected in the longitudinal direction-column;
and a fifth cubic module E4. E5, and the fourth cubic module E4 is made up of five cubic modules E1-E5 in a form in which the right side zIK of the first cubic module E1 is extended.

The 10th puzzle block A10 is as shown in FIG.
Vertical axis - the first . Second and third cubic modules E1-E3. ! :, 5 cubic modules E1-E5: a fourth cubic module E4 that is in contact with the right surface z1 of the first cubic module E1, and a fifth cubic module E5 that is adjacent to the back surface x2 of the sixth cubic module E6. It's empty.

The 11th puzzle block A11 is as shown in FIG.
Vertical axis - the first . second and sixth cubic modules El-E3 and first cubic module E1
It consists of five cubic modules E1-E5: a fourth cubic module E4 adjacent to the left side surface z2, and a fifth cubic module E5 adjacent to the back surface x2 of the sixth cubic module E6.

The twelfth puzzle block A12 is as shown in FIG.
Vertical axis direction - the first . second and third cubic modules E1-E3; first and sixth cubic modules E1. Fourth and fifth cubic modules E4.E3 respectively adjacent to the lower surface y2 of E3. It consists of five cubic modules E1-E5.

The 16th puzzle block A13 is as shown in FIG.
Vertical axis direction - the first . second and third cubic modules E1-E3, and a fourth cubic module E4 adjacent to the lower surface y2 of the first cubic module E1;
Five cubic modules E with a fifth cubic module E5 adjacent to the upper surface y1 of the third cubic module E6
It consists of 1'-E5.

The 14th puzzle block A14 is as shown in FIG.
Vertical axis direction - the first . Second and sixth cubic modules E1-E3 and fourth and fifth puzzle quadruples E4 connected in a vertical axis-column. Consisting of E5,
The fourth cubic module E4 is the third cubic module E3
It consists of five cubic modules E1 to E5, which are arranged adjacent to the upper surface y1 of the module.

As shown in FIG. 17, the 15th puzzle block A15 has first puzzle pieces connected in a vertical column. a second and third cubic module/L/E 1-E 6; a fourth cubic module E4 adjacent to the upper surface y1 of the sixth cubic module E3; and a fourth cubic module E4 adjacent to the lower surface y2 of the second cubic module E2. It consists of five cubic modules E1-E5, including a fifth cubic module E5.

The 16th puzzle block A16 is as shown in FIG.
Vertical axis direction - the first . Second and third cubic modules #E1-E3, and fourth and fifth cubic modules E4, also connected in the longitudinal direction of the column. E5, and five cubic modules A/E1-E5 in which the fourth cubic module /L/E4 is adjacent to the upper surface y1 of the third cubic module E3.

The 17th puzzle block A17 is as shown in FIG.
Vertical axis - the first . second and third cubic modules E1-E3 and first cubic module E1
It consists of five cubic modules E1-E5: a fourth cubic module E4 adjacent to Zl on the right side of the block, and a fifth cubic module E5 adjacent to Z1 on the front side of the second cubic module E2. There is.

The 18th puzzle block A18 is as shown in FIG.
Vertical axis - the first . 2nd and 3rd cubic module E1-E? l:, third cubic module E
The fourth cubic module E4 adjacent to the right side z1 of 3
and a fifth cubic module E5 adjacent to the front surface x1 of the second cubic module E2.

The 19th puzzle block A19 consists of the first puzzle block A19 connected in the vertical axis direction, as shown in FIG. second and third cubic modules E1-E5; fourth and fifth cubic modules connected in the same vertical axis direction adjacent to the front surface Xl of the first and second cubic modules El and E2, respectively; E4. It consists of five cubic modules E1-E5.

The 20th puzzle book A20 is as shown in Figure 22.
The first. second and third cubic modules E1-E3; and second cubic module E2.
The fourth and fifth cubic modules E4. are adjacent to the upper side yl and right side xl, respectively. It consists of five cubic modules E1-E5 with E5. (The second cubic module E2 is not shown in the figure.) The 21st puzzle book A21, as shown in FIG. The first cubic module E adjacent to
1, a sixth cubic module E6 adjacent to the upper surface yl of the second cubic module A/E 2, a fourth cubic module E4 adjacent to the front surface X1 of the sixth cubic module E6, It consists of five cubic modules E1-E5, with a fifth cubic module E5 adjacent to the upper surface y1 of the fourth cubic module E4.

The 22nd puzzle block A22 is as shown in FIG.
A first cubic module /I/E1, a second cubic module adjacent to x1 on the front side of the first cubic module A/E1, and a right side surface z1 of the first cubic module E1.
a sixth cubic module E3 adjacent to , a fourth cubic module E4 adjacent to the upper surface yl of this sixth cubic module E6, and a fifth cubic module E5 adjacent to the back surface x2 of this fourth cubic module E4. Tono 5
It consists of cubic modules E1-E5.

As shown in FIG. 25, the 26th puzzle block A23 includes a first cubic module E1, a second cubic module E2 adjacent to the front surface Xi of the first cubic module E1, and a first cubic module E1. left side z2
A sixth cubic module E3 adjacent to the upper surface y1 of the first cubic module E1, a fourth cubic module E4 adjacent to the upper surface y1 of the first cubic module E1, and a rear surface x! of the fourth cubic module E4. It consists of five cubic modules E1-E5 with a fifth cubic module E5 adjacent thereto.

The 24th puzzle block A24 is as shown in FIG.
A first cubic module E1, a second cubic module E2 adjacent to the front surface x1 of the first cubic module E1, and a sixth cubic module E6 adjacent to the upper surface y1 of the first cubic module E1; From the five cubic modules E1-E5, the fourth cubic module E4 is adjacent to the back surface x2 of the third cubic module E6, and the fifth cubic module E5 is adjacent to the right surface z1 of the sixth cubic module E6. It has become.

The 25th Buzz Lub 4 Fuku A25 is as shown in Fig. 27.
A first cubic module E1, a second cubic module E2 adjacent to the front surface x1 of the first cubic module E1, a sixth cubic module E3 that is in instant contact with the upper surface yt of the first cubic module E1, From five cubic modules E1-E5, a fourth cubic module E4 adjacent to the back side surface x2 of the third cubic module E6, and a fifth cubic module E5 adjacent to the right side surface z1 of this fourth cubic module E4. It has become.

As shown in FIG. 28, the 26th puzzle block A26 includes a first cubic module E1, a second cubic module vE2 adjacent to the front surface Xl of the first cubic module E1, and a first cubic module E1. upper surface y
A third cubic module E6 adjacent to 1, a fourth cubic module E4 adjacent to x2 on the back side of this third cubic module E3, and a fifth cubic module adjacent to the left side z2 of this fourth cubic module E4. There are 1X from 5 cubic modules E1-E5 with E5.

As shown in FIG. 29, the 27th puzzle book quad A27 includes a first cubic module E1, a second cubic module /I/E2 adjacent to the front surface x1 of the first cubic module E1, and a first cubic module E1. A sixth cubic module E3 adjacent to the left surface z2 of the cubic module E1, and this third
A fourth cubic module E4 adjacent to the upper surface y1 of the cubic module E6, and this fourth cubic module E4.
It consists of five cubic modules E1-E5 with a fifth cubic module E5 adjacent to the back surface x2.

As shown in FIG. 30, the 28th puzzle block A2B includes a second cubic module E1, a second cubic module E2 adjacent to the front surface Xi of the first cubic module E1, and first and second Module E1. E
The sixth and fourth cubic modules #E3.2 are respectively adjacent to the right side z1 of the module #E3. E4 and the second cubic module E
the fifth cubic module E adjacent to the upper surface 3'l of 2;
It consists of five cubic modules E1-E5 with 5.

As shown in FIG. 61, the 29th puzzle block A29 includes a first cubic module E1, a second cubic module E2 adjacent to the front surface x1 of the first cubic module E1, and a second cubic module E2. a sixth cubic module E3 adjacent to the left side surface z2;
Cubic module E6 and first cubic module E1
5 cubic modules-A/ with fourth and fifth cubic modules E4, 15 respectively adjacent to the upper surface yl;
It consists of E1-E5.

It is understood that the arrangement of the five cubic modules E1-E5 in each puzzle block described above can be described and defined in other ways without changing the shape of each puzzle block in any way. sea bream. For example, the fifth cubic module E5 of the second puzzle block A2 shown in FIG. ), or may be adjacent to any of the four side surfaces of the fourth cubic module E4. Also, the 5th puzzle block A3 of the 6th puzzle block shown in FIG.
The cube module/I/E5 may be adjacent to any of the side faces of the second cube without changing the shape of the third puzzle block A6. In other words,
There are a total of 29 different shapes of puzzle blocks, each consisting of 5 identical cubic modules. The most important discovery by the inventor is that by changing the combinations of 25 of the 29 puzzle blocks p, a cube consisting of 125 identical cube modules can be assembled in various ways. This increases interest and provides unlimited brain interaction.

[Brief explanation of the drawing]

The figures show one embodiment of the present invention. Figure 1 is a perspective view of a cube assembled from puzzle blocks, and Figure 2 is a cube of puzzle blocks with symbols indicating six faces in three-dimensional directions. Figures 3-62 are perspective views of puzzle blocks showing various geometrical arrangements of five cubic modules. 01-29 Puzzle Blocks A1-A29 1st to 5th
Cubic module E1-E5 Applicant: Mitsu Zhang Agent Patent attorney Hidehiko Okada 1 Sen YI 2 Sai 2 閤 13 閤 26 figure 1 Fang 4 figure Fang 7 darkness, f5 Seki O8 darkness Fang 9 figure 12 Fig. 2 Fang 11 Fig. 14 En 15 Fig. 19 Fig. 17 Fang 21 Dark Fang Fig. 23 Fig. 26 Fig. 24 Fang 27 Anti-Fang Fig. 25 Fig. 28 Fang? 9 Yami Fang 30 Fig Fang 31 Procedure Nefu official text (method) % formula % 2. Name of the invention Puzzle block set 3. Relationship with the case of the person making the amendment Patent applicant address 1, Lane 423, Zhuangjing Road, Taipei City, Taiwan 6. Lies 4. Name: Mitsuaki Hari 4. Agent address: 2-10-19 Sakae, Naka-ku, Nagoya (Delivery date: June 25, 1985) 6. "Brief explanation of drawings" column of the specification subject to amendment 7. “Figures 13 to 3” on page 17, lines 17 to 18 of the statement of contents of the amendment
The description "for Figure 2" has been corrected to "For Figures 3 to 31."

Claims (2)

[Claims] (1) Consists of 25 raised-shaped puzzle blocks that are combined three-dimensionally in various arrangements to form a cube consisting of 125 identical cubic modules, and each of these puzzle blocks expands. A puzzle block set characterized in that it has a specific shape formed by five identical cubic modules. (2) further comprising four additional puzzle blocks of different shapes, each of these additional puzzle blocks having a specific shape formed by five identical cubic modules; Claim 1
Puzzle block set listed in section.