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WO2003101559A1 - Pieces and method of producing multiple forms of a three-dimensional construction game - Google Patents

Pieces and method of producing multiple forms of a three-dimensional construction game Download PDF

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Publication number
WO2003101559A1
WO2003101559A1 PCT/ES2003/000251 ES0300251W WO03101559A1 WO 2003101559 A1 WO2003101559 A1 WO 2003101559A1 ES 0300251 W ES0300251 W ES 0300251W WO 03101559 A1 WO03101559 A1 WO 03101559A1
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WO
WIPO (PCT)
Prior art keywords
cubic
extensions
parts
cube
height
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
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PCT/ES2003/000251
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Spanish (es)
French (fr)
Inventor
Ana Subiza Urriza
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Individual
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Individual
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Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to AU2003227780A priority Critical patent/AU2003227780A1/en
Priority to EP03725228A priority patent/EP1559459A1/en
Priority to US10/516,202 priority patent/US20050230910A1/en
Publication of WO2003101559A1 publication Critical patent/WO2003101559A1/en
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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Classifications

    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H33/00—Other toys
    • A63H33/04—Building blocks, strips, or similar building parts
    • A63H33/06—Building blocks, strips, or similar building parts to be assembled without the use of additional elements
    • A63H33/08—Building blocks, strips, or similar building parts to be assembled without the use of additional elements provided with complementary holes, grooves, or protuberances, e.g. dovetails
    • A63H33/084—Building blocks, strips, or similar building parts to be assembled without the use of additional elements provided with complementary holes, grooves, or protuberances, e.g. dovetails with grooves
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
    • A63F9/00—Games not otherwise provided for
    • A63F9/06—Patience; Other games for self-amusement
    • A63F9/12—Three-dimensional jig-saw puzzles
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
    • A63F3/00—Board games; Raffle games
    • A63F3/00697—Playing pieces
    • A63F2003/00747—Playing pieces with particular shapes
    • A63F2003/00794—Stereometric shapes

Definitions

  • the object of the invention belongs to the sector of the manufacture of parts for three-dimensional construction games and within this range are included construction games, puzzles and the so-called 3 D STATE OF THE TECHNICAL puzzles
  • the prior art prior to the filing date known to the applicant includes the pieces of the puzzles that are constructed by assembling three-dimensional pieces and giving rise to geometric figures; cubes, stars, pyramids, spheres ... and the pieces of the so-called 3-dimensional puzzles that consist of pieces with a shape similar to that of flat, somewhat thicker puzzles and that by their assembly reproduce the surface of three-dimensional figures.
  • the object of the invention relates to 27 pieces that have a tetragonal prism shape with cubic extensions on the faces
  • SUBSTITUTE SHEET (RULE 26) rectangular prism; that taken in groups of pieces with repetitions of pieces and assembled together, give rise to multiple embodiments such as cubes, tetragonal prisms, stepped pyramids; and a manufacturing process that consists in subjecting a machining process to the constituent parts of these embodiments to obtain pieces cut at its periphery that, when assembled together, reproduce the surface of a variety of solid three-dimensional figures with total precision of their contour, whether geometric, irregular ... Description of the pieces
  • the pieces are shaped like a tetragonal prism with cubic extensions on their rectangular faces, leaving a space equal to their volume free between them.
  • the volume of the extensions can be used as a reference when differentiating the pieces in which the tetragonal prism can have a volume equivalent to the superposition of 5 (pieces 1, 2,3,4,5,6), 4 ( pieces 7,8,910.11, 12), 3 (pieces 13,14,15,16, 17,18, 19, 20,21, 22,23), 2 (pieces 24,25,26) or one (piece 27) cubic extensions. Within these five groups they are distinguished by the number of rectangular faces in which there are cubic extensions.
  • They can be 4 (pieces 6,12,18,19), 3 (pieces 4,11, 17,20), 2 adjacent iezas 3 , 9,15,21,26), 2 not adjacent (pieces 5,10,16,22), 1 (pieces 2,8, 14,23,25) or none (1, 7,13,24,27) and there is a symmetry between the cubic extensions located on different rectangular faces so that they are located at the same height as the tetragonal prism.
  • Figure 1 Shows a tetragonal prism (31) applicable in the invention being this part 1
  • Figure 2 Shows a tetragonal prism (32) of equal volume to that of piece 1 with two cubic extensions (33 and 34) located on one of its rectangular faces applicable in the invention being this part 2
  • Figure 3 Shows a tetragonal prism (35) of volume equal to that of pieces 1 and 2 with two pairs of cubic extensions located respectively on two of their adjacent rectangular faces (36,37,38 and 39) applicable in the invention being this part 3
  • Figure 4 Shows a tetragonal prism (40) with volume equal to that of pieces 1, 2 and 3 with three pairs of cubic extensions located respectively on three of its rectangular faces (41, 42,43,44,45 and 46) applicable to the invention being this part 4
  • Figure 5 Shows a tetragonal prism (47) with volume equal to that of pieces 1, 2,3 and 4 with two pairs of cubic extensions (48,49,50 and
  • Figure 6 Shows a piece whose tetragonal prism (52) with volume equal to that of pieces 1, 2,3,4 and 5 with four pairs of cubic extensions (53,54,55,56, 57,58,59 and 60 ) located respectively on its four rectangular faces, this being part 6
  • Figure 7 Shows a tetragonal prism (61) with volume equivalent to the superposition of four cubic extensions being this part
  • Figure 8 Shows a tetragonal prism (62) with volume equal to that of piece 7 with two cubic extensions (63 and 64) located on one of its rectangular faces being part 8.
  • Figure 9 Shows a tetragonal prism (65) with volume equal to that of pieces 7 and 8 with two pairs of cubic extensions
  • Figure 10 It shows a tetragonal prism (70) with volume equal to that of pieces 7.8 and 9 with two pairs of cubic extensions ( 71, 72,73 and 74) located respectively on two of its non-adjacent rectangular faces, this being piece 10
  • Figure 11 Shows a tetragonal prism (75) with volume equal to that of pieces 7,8,9 and 10 with three pairs of cubic extensions (76,77,78,79,80 and 51) located respectively on three of their faces rectangular being this piece 11
  • Figure 12 Shows a tetragonal prism (82) with volume equal to that of pieces 7,8,9,10 and 11 with a couple of cubic extensions (83,84,85,86,87,88,89 and 90) in each of its four rectangular faces being this part 12
  • Figure 13 Shows a tetragonal prism (91) with volume equivalent to the superposition of three cubic extensions being this piece 13.
  • Figure 14 Shows a tetragonal prism (92) with volume equal to that of piece 13 with two cubic extensions (93 and 94) located on one of its rectangular faces being part 14
  • Figure 15 It shows a tetragonal prism (95) with volume equal to that of pieces 13 and 14 with two pairs of cubic extensions (96.97.98 and 99) located respectively on two of its adjacent rectangular faces being part 15.
  • Figure 16 It shows a tetragonal prism (100) with volume equal to that of pieces 13,14 and 15 with two pairs of cubic extensions (101, 102,103 and 104) located respectively on two of its non-adjacent rectangular faces being part 16.
  • Figure 17 Shows a tetragonal prism (105) with volume equal to that of pieces 13,14,15 and 16 with three pairs of cubic extensions (106,107,108,109,110 and 111) located respectively on three of its rectangular faces being part 17
  • Figure 18 Shows a tetragonal prism (112) with volume equal to that of pieces 13,14,15,16 and 17 with four pairs of cubic extensions (1 13, 1 14, 115, 116, 117, 118, 119 and 120) located respectively on its four rectangular faces, this being piece 18
  • Figure 19 It shows a tetragonal prism (121) with volume equal to that of pieces 13,14,15,16,17 and 18 with four cubic extensions (122,123,124 and 125) located respectively , in its four rectangular faces being this the pi eza 19
  • Figure 20 It shows a tetragonal prism (126) with volume equal to that of piece 19 with three cubic extensions (127, 128 and 129) located respectively on three of its rectangular faces being part 20.
  • Figure 21 Shows a tetragonal prism (130) with volume equal to that of pieces 19 and 20 with two cubic extensions (131 and 132) located respectively on two of its adjacent rectangular faces, this being part 21.
  • Figure 22 It shows a tetragonal prism (133) with volume equal to that of pieces 19,20 and 21 with two cubic extensions (134,135) located respectively on two of its non-adjacent rectangular faces being part 22.
  • Figure 23 Shows a tetragonal prism (136) with volume equal to that of pieces 19,20,21 and 22 with a cubic extension (137) located on one of its rectangular faces being part 23.
  • Figure 24 Shows a tetragonal prism (138) with volume equivalent to the superposition of two cubic extensions being part 24
  • Figure 25 Shows a tetragonal prism (142) with volume equal to that of piece 24 with a cubic extension (143) located on one of its rectangular faces being this part 25
  • Figure 26 Shows a tetragonal prism (139) with equal volume that of pieces 24 and 25 with two cubic extensions (140 and 141) located respectively on two of their adjacent rectangular faces, this being part 26
  • Figure 27 Shows a cube (144) with volume equivalent to that of a cubic extension being part 27
  • Figure 28 Shows a cube resulting from the assembly of several pieces: six pieces 2, eight pieces 3, nine pieces 4, eight pieces 5, two pieces 6, seven pieces 8, fifteen pieces 9, two pieces 10, six pieces11, two pieces 12.
  • Figure 29 Shows the six deployed faces of the same cube
  • Figure 30 Shows the result of the machining of the pieces of the same cube to give the assembly the shape of a triangular base prism.
  • An example of assembly is a cube (figure 28) of volume equivalent to 9x9x9 cubic extensions performed by assembling a group of conveniently repeated parts that
  • SUBSTITUTE SHEET (RULE 26) would be: 1st piece 2, the, 3, 1st 4, 1st 5.1a 6.1a 8.1a 9.1a 10.1a 111a 12, 14.1a 15, 16, 17.1a 23.1a 24, 1st 25 and 26
  • SUBSTITUTE SHEET (RULE 26) machining the pieces located in the vertical plane of the diagonal of the base of the cube as if we cut the cube along the plane that joins the vertical edges that start from the diagonal of the base of the cube.
  • Various materials such as plastic or wood, can be used.
  • a preferred embodiment would be to paint the exterior faces of the assembly with drawings and the interiors with plain colors, one for each direction of space.
  • the object of the invention is capable of industrial application by being able to manufacture in series: the first 27 pieces by means of molds or machine tools and once obtained the different embodiments resulting from the assembly of groups of parts with repetitions of parts, the machining of the constituent parts with machine tools capable of machining parts of complex geometry and high precision (for example of numerical control) or making the molds of these pieces and in this case manufacturing them in series for each specific figure in which case the injection could be used of plastics In the latter case the pieces obtained from the mold could be hollow and in the first they must be solid to be machined.

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  • Engineering & Computer Science (AREA)
  • Multimedia (AREA)
  • Toys (AREA)

Abstract

The invention relates to pieces and a method for producing multiple forms of a three-dimensional construction game by assembling tetragonal prism-shaped pieces having cubic elements projecting from the rectangular faces thereof. The aforementioned cubic projections are arranged in relation to one another such that a space equal to the volume of said projections is disposed therebetween. The projections are divided into five different groups according to the volume of the tetragonal prism which is, depending on the group, equal to a stack of five, four, three, two or one cubic projection(s). Said projections are further differentiated according to the number of rectangular faces comprising cubic projections and the arrangement of same, such that the cubic projections on different faces of the tetragonal prism are disposed at the same height. The inventive production method consists in using the pieces in set groups comprising repeated pieces and assembling said pieces to one another so as to produce multiple forms which, following the mechanisation of the pieces thereof, are assembled to produce a wide variety of geometric and irregular shapes, etc..

Description

PIEZAS Y PROCEDIMIENTO DE FABRICACIÓN DE MÚLTIPLES REALIZACIONES DE JUEGO DE CONSTRUCCIÓN TRIDIMENSIONAL SECTOR DE LA TÉCNICA El objeto de la invención pertenece al sector de la fabricación de piezas para juegos de construcción tridimensional y dentro de este rango se incluyen los juegos de construcción, los rompecabezas y los llamados puzzles 3 D ESTADO DE LA TÉCNICA El Estado de la técnica anterior a la fecha de presentación conocido por el solicitante incluye las piezas de los rompecabezas que se construyen mediante el ensamblaje de piezas tridimensionales y que dan lugar a figuras geométricas; cubos, estrellas, pirámides, esferas...y las piezas de los llamados puzzles en 3 dimensiones que consisten en piezas con una forma similar a la de los puzzles planos ,algo más gruesas y que mediante su ensamblaje reproducen la superficie de figuras tridimensionales.PARTS AND MANUFACTURING PROCEDURE OF MULTIPLE THREE-DIMENSIONAL CONSTRUCTION GAME REALIZATIONS SECTOR OF THE TECHNIQUE The object of the invention belongs to the sector of the manufacture of parts for three-dimensional construction games and within this range are included construction games, puzzles and the so-called 3 D STATE OF THE TECHNICAL puzzles The prior art prior to the filing date known to the applicant includes the pieces of the puzzles that are constructed by assembling three-dimensional pieces and giving rise to geometric figures; cubes, stars, pyramids, spheres ... and the pieces of the so-called 3-dimensional puzzles that consist of pieces with a shape similar to that of flat, somewhat thicker puzzles and that by their assembly reproduce the surface of three-dimensional figures.

También están las piezas de los llamados juegos de construcción que son de corte prismático con salientes que se ensamblan entre sí y que pueden llegar a reproducir figuras tridimensionales , con cierta aproximación de su contorno, utilizando una gran cantidad de piezas. Actualmente no existen unas piezas y procedimiento de fabricación capaces de reproducir mediante el ensamblaje de piezas tridimensionales una gran variedad de figuras tridimensionales , no solo geométricas , con piezas interiores además de exteriores y con total precisión de su contorno. EXPLICACIÓN DE LA INVENCIÓNThere are also the pieces of the so-called construction games that are prismatic cut with protrusions that are assembled together and that can reproduce three-dimensional figures, with a certain approximation of their contour, using a large number of pieces. Currently there are no parts and manufacturing process capable of reproducing by means of the assembly of three-dimensional pieces a great variety of three-dimensional figures, not only geometric, with interior parts as well as exterior and with total precision of its contour. EXPLANATION OF THE INVENTION

El objeto de la invención se refiere a 27 piezas que tienen forma de prisma tetragonal con prolongaciones cúbicas en las carasThe object of the invention relates to 27 pieces that have a tetragonal prism shape with cubic extensions on the faces

HOJA DE SUSTITUCIÓN (REGLA 26) rectangulares del prisma ; que tomadas en grupos de piezas con repeticiones de piezas y ensambladas entre sí ,dan lugar a múltiples realizaciones tales como cubos, prismas tetragonales, pirámides escalonadas ;y a un procedimiento de fabricación que consiste en someter a un proceso de mecanizado a las piezas constitutivas de estas realizaciones para obtener así piezas recortadas en su periferia que al ensamblarse entre sí reproducen la superficie de gran variedad de figuras tridimensionales macizas con total precisión de su contorno, ya sea geométrica, irregular... Descripción de las piezasSUBSTITUTE SHEET (RULE 26) rectangular prism; that taken in groups of pieces with repetitions of pieces and assembled together, give rise to multiple embodiments such as cubes, tetragonal prisms, stepped pyramids; and a manufacturing process that consists in subjecting a machining process to the constituent parts of these embodiments to obtain pieces cut at its periphery that, when assembled together, reproduce the surface of a variety of solid three-dimensional figures with total precision of their contour, whether geometric, irregular ... Description of the pieces

Las piezas tienen forma de prisma tetragonal con prolongaciones cúbicas en sus caras rectangulares situadas dejando libre entre ellas un espacio igual a su volumen. El volumen de las prolongaciones puede ser utilizado como referencia a la hora de diferenciar las piezas en las que el prisma tetragonal puede tener un volumen equivalente a la superposición de 5(piezas 1 ,2,3,4,5,6) ,4(piezas7,8,910,11 ,12) ,3 (piezas13,14,15,16, 17,18 ,19, 20,21 ,22,23), 2 (piezas24,25,26) o una (pieza27) prolongaciones cúbicas. Dentro de estos cinco grupos se diferencian por el número de caras rectangulares en las que hay prolongaciones cúbicas .Pueden ser 4(piezas 6,12,18,19), 3(piezas 4,11 ,17,20), 2 adyacentes iezas 3,9,15,21,26) ,2 no adyacentes(piezas 5,10,16,22) ,1(piezas 2,8, 14,23,25) o ninguna (1 ,7,13,24,27) y existe una simetría entre las prolongaciones cúbicas situadas en caras rectangulares diferentes de forma que se sitúen a la misma altura del prisma tetragonal .The pieces are shaped like a tetragonal prism with cubic extensions on their rectangular faces, leaving a space equal to their volume free between them. The volume of the extensions can be used as a reference when differentiating the pieces in which the tetragonal prism can have a volume equivalent to the superposition of 5 (pieces 1, 2,3,4,5,6), 4 ( pieces 7,8,910.11, 12), 3 (pieces 13,14,15,16, 17,18, 19, 20,21, 22,23), 2 (pieces 24,25,26) or one (piece 27) cubic extensions. Within these five groups they are distinguished by the number of rectangular faces in which there are cubic extensions. They can be 4 (pieces 6,12,18,19), 3 (pieces 4,11, 17,20), 2 adjacent iezas 3 , 9,15,21,26), 2 not adjacent (pieces 5,10,16,22), 1 (pieces 2,8, 14,23,25) or none (1, 7,13,24,27) and there is a symmetry between the cubic extensions located on different rectangular faces so that they are located at the same height as the tetragonal prism.

Las prolongaciones cúbicas de una pieza encajan perfectamente con los espacios vacíos entre las prolongaciones cúbicas de otra pieza de manera que el ensamblaje de piezas da lugar a figuras compactas y cohesionadas.The cubic extensions of one piece fit perfectly with the empty spaces between the cubic extensions of another piece so that the assembly of pieces gives rise to compact and cohesive figures.

HOJA DE SUSTITUCIÓN (REGLA 26) Descripción de los dibujosSUBSTITUTE SHEET (RULE 26) Description of the drawings

Figura 1 : Muestra un prisma tetragonal (31)aplicable en la invención siendo esta la pieza 1Figure 1: Shows a tetragonal prism (31) applicable in the invention being this part 1

Figura 2: Muestra un prisma tetragonal (32)de igual volumen al de pieza 1con dos prolongaciones cúbicas (33y 34) situadas en una de sus caras rectangulares aplicable en la invención siendo esta la pieza 2Figure 2: Shows a tetragonal prism (32) of equal volume to that of piece 1 with two cubic extensions (33 and 34) located on one of its rectangular faces applicable in the invention being this part 2

Figura 3: Muestra un prisma tetragonal (35)de volumen igual al de las piezas 1y 2 con dos pares de prolongaciones cúbicas situadas respectivamente en dos de sus caras rectangulares adyacentes(36,37,38y39) aplicable en la invención siendo esta la pieza 3Figure 3: Shows a tetragonal prism (35) of volume equal to that of pieces 1 and 2 with two pairs of cubic extensions located respectively on two of their adjacent rectangular faces (36,37,38 and 39) applicable in the invention being this part 3

Figura 4: Muestra un prisma tetragonal (40)con volumen igual al de las piezas 1 ,2 y 3 con tres pares de prolongaciones cúbicas situadas respectivamente en tres de sus caras rectangulares (41 ,42,43,44,45 y46) aplicable a la invención siendo esta la pieza 4Figure 4: Shows a tetragonal prism (40) with volume equal to that of pieces 1, 2 and 3 with three pairs of cubic extensions located respectively on three of its rectangular faces (41, 42,43,44,45 and 46) applicable to the invention being this part 4

Figura 5: Muestra un prisma tetragonal (47)con volumen igual al de las piezas 1 ,2,3 y 4 con dos pares de prolongaciones cúbica (48,49,50 yFigure 5: Shows a tetragonal prism (47) with volume equal to that of pieces 1, 2,3 and 4 with two pairs of cubic extensions (48,49,50 and

51)situadas respectiva mente en dos de sus caras rectangulares no adyacentes siendo esta la pieza 551) located respectively on two of its non-adjacent rectangular faces, this being part 5

Figura 6 : Muestra una pieza cuyo prisma tetragonal(52)con volu- men igual al de las piezas 1 ,2,3,4 y 5 con cuatro pares de prolongaciones cúbicas (53,54,55,56, 57,58,59y60) situadas respectivamente en sus cuatro caras rectangulares , siendo esta la pieza 6 Figura 7: Muestra un prisma tetragonal (61 )con volumen equivalente a la superposición de cuatro prolongaciones cúbicas siendo esta la piezaFigure 6: Shows a piece whose tetragonal prism (52) with volume equal to that of pieces 1, 2,3,4 and 5 with four pairs of cubic extensions (53,54,55,56, 57,58,59 and 60 ) located respectively on its four rectangular faces, this being part 6 Figure 7: Shows a tetragonal prism (61) with volume equivalent to the superposition of four cubic extensions being this part

7.7.

HOJA DE SUSTITUCIÓN (REGLA 26) Figura 8: Muestra un prisma tetragonal (62)con volumen igual al de la pieza 7 con dos prolongaciones cúbicas (63 y64) situada en una de sus caras rectangulares siendo esta la pieza 8. Figura 9: Muestra un prisma tetragonal (65)con volumen igual al de las piezas 7y 8 con dos pares de prolongaciones cúbicasSUBSTITUTE SHEET (RULE 26) Figure 8: Shows a tetragonal prism (62) with volume equal to that of piece 7 with two cubic extensions (63 and 64) located on one of its rectangular faces being part 8. Figure 9: Shows a tetragonal prism (65) with volume equal to that of pieces 7 and 8 with two pairs of cubic extensions

(66,67,68 y69)situadas respectivamente en dos de sus caras rectangulares adyacentes siendo esta la pieza 9 Figura 10:Muestra un prisma tetragonal (70)con volumen igual al de las piezas 7,8 y9 con dos pares de prolongaciones cúbicas (71 ,72,73 y 74)situadas respectivamente en dos de sus caras rectangulares no adyacentes siendo esta la pieza 10(66,67,68 and 69) respectively located on two of its adjacent rectangular faces, this being part 9 Figure 10: It shows a tetragonal prism (70) with volume equal to that of pieces 7.8 and 9 with two pairs of cubic extensions ( 71, 72,73 and 74) located respectively on two of its non-adjacent rectangular faces, this being piece 10

Figura 11 : Muestra un prisma tetragonal(75) con volumen igual al de las piezas 7,8,9 y 10 con tres pares de prolongaciones cúbicas (76,77,78,79,80 y 51 )situadas respectivamente en tres de sus caras rectangulares siendo esta la pieza 11Figure 11: Shows a tetragonal prism (75) with volume equal to that of pieces 7,8,9 and 10 with three pairs of cubic extensions (76,77,78,79,80 and 51) located respectively on three of their faces rectangular being this piece 11

Figura 12: Muestra un prisma tetragonal (82)con volumen igual al de las piezas 7,8,9,10 y11 con un par de prolongaciones cúbicas (83,84,85,86,87,88,89y90)en cada una de sus cuatro caras rectangulares siendo esta la pieza 12 Figura 13: Muestra un prisma tetragonal (91)con volumen equivalente a la superposición de tres prolongaciones cúbicas siendo esta pieza 13.Figure 12: Shows a tetragonal prism (82) with volume equal to that of pieces 7,8,9,10 and 11 with a couple of cubic extensions (83,84,85,86,87,88,89 and 90) in each of its four rectangular faces being this part 12 Figure 13: Shows a tetragonal prism (91) with volume equivalent to the superposition of three cubic extensions being this piece 13.

Figura 14: Muestra un prisma tetragonal (92)con volumen igual al de la pieza 13 con dos prolongaciones cúbicas (93 y 94) situadas en una de sus caras rectangulares siendo esta la pieza 14Figure 14: Shows a tetragonal prism (92) with volume equal to that of piece 13 with two cubic extensions (93 and 94) located on one of its rectangular faces being part 14

Figura 15: Muestra un prisma tetragonal (95)con volumen igual al de las piezas 13 y 14 con dos pares de prolongaciones cúbicas (96,97,98y 99)situadas respectivamente en dos de sus caras rectangulares adyacentes siendo esta la pieza 15.Figure 15: It shows a tetragonal prism (95) with volume equal to that of pieces 13 and 14 with two pairs of cubic extensions (96.97.98 and 99) located respectively on two of its adjacent rectangular faces being part 15.

HOJA DE SUSTITUCIÓN (REGLA 26) Figura 16: Muestra un prisma tetragonal (100)con volumen igual al de las piezas 13,14 y 15 con dos pares de prolongaciones cúbicas(101 ,102,103 y104) situadas respectivamente en dos de sus caras rectangulares no adyacentes siendo esta la pieza 16. Figura 17: Muestra un prisma tetragonal (105)con volumen igual al de las piezas 13,14,15 y 16 con tres pares de prolongaciones cúbicas (106,107,108,109,110 y 111) situadas respectivamente en tres de sus caras rectangulares siendo esta la pieza 17 Figura 18: Muestra un prisma tetragonal (112) con volumen igual al de las piezas 13,14,15,16 y 17 con cuatro pares de prolongaciones cúbicas (1 13, 1 14 ,115, 116, 117, 118 ,119 y 120 ) situadas respectivamente en sus cuatro caras rectangulares siendo esta la pieza 18 Figura 19: Muestra un prisma tetragonal (121 ) con volumen igual al de las piezas 13,14,15,16,17 y 18 con cuatro prolongaciones cúbicas (122,123,124 y125)situadas respectiva mente, en sus cuatro caras rectangulares siendo esta la pieza 19SUBSTITUTE SHEET (RULE 26) Figure 16: It shows a tetragonal prism (100) with volume equal to that of pieces 13,14 and 15 with two pairs of cubic extensions (101, 102,103 and 104) located respectively on two of its non-adjacent rectangular faces being part 16. Figure 17: Shows a tetragonal prism (105) with volume equal to that of pieces 13,14,15 and 16 with three pairs of cubic extensions (106,107,108,109,110 and 111) located respectively on three of its rectangular faces being part 17 Figure 18 : Shows a tetragonal prism (112) with volume equal to that of pieces 13,14,15,16 and 17 with four pairs of cubic extensions (1 13, 1 14, 115, 116, 117, 118, 119 and 120) located respectively on its four rectangular faces, this being piece 18 Figure 19: It shows a tetragonal prism (121) with volume equal to that of pieces 13,14,15,16,17 and 18 with four cubic extensions (122,123,124 and 125) located respectively , in its four rectangular faces being this the pi eza 19

Figura 20: Muestra un prisma tetragonal (126) con volumen igual al de la pieza 19 con tres prolongaciones cúbicas (127, 128 y 129) situadas respectivamente en tres de sus caras rectangulares siendo esta la pieza 20.Figure 20: It shows a tetragonal prism (126) with volume equal to that of piece 19 with three cubic extensions (127, 128 and 129) located respectively on three of its rectangular faces being part 20.

Figura 21 : Muestra un prisma tetragonal (130) con volumen igual al de las piezas 19 y 20 con dos prolongaciones cúbicas (131 y 132) situadas respectivamente en dos de sus caras rectangulares adyacentes siendo esta la pieza 21.Figure 21: Shows a tetragonal prism (130) with volume equal to that of pieces 19 and 20 with two cubic extensions (131 and 132) located respectively on two of its adjacent rectangular faces, this being part 21.

Figura 22: Muestra un prisma tetragonal (133) con volumen igual al de las piezas 19,20 y 21 con dos prolongaciones cúbicas (134,135) situadas respectivamente en dos de sus caras rectangulares no adyacentes siendo esta la pieza 22.Figure 22: It shows a tetragonal prism (133) with volume equal to that of pieces 19,20 and 21 with two cubic extensions (134,135) located respectively on two of its non-adjacent rectangular faces being part 22.

HOJA DE SUSTITUCIÓN (REGLA 26) Figura 23: Muestra un prisma tetragonal(136) con volumen igual al de las piezas 19,20,21 y22 con una prolongación cúbica (137)situada en una de sus caras rectangulares siendo esta la pieza 23. Figura 24: Muestra un prisma tetragonal (138) con volumen equivalente a la superposición de dos prolongaciones cúbicas siendo esta la pieza 24SUBSTITUTE SHEET (RULE 26) Figure 23: Shows a tetragonal prism (136) with volume equal to that of pieces 19,20,21 and 22 with a cubic extension (137) located on one of its rectangular faces being part 23. Figure 24: Shows a tetragonal prism (138) with volume equivalent to the superposition of two cubic extensions being part 24

Figura 25:Muestra un prisma tetragonal (142) con volumen igual al de la pieza 24 con una prolongación cúbica (143) situada en una de sus caras rectangulares siendo esta la pieza 25 Figura 26: Muestra un prisma tetragonal (139) con volumen igual al de las piezas24 y 25 con dos prolongación cúbicas (140y141 ) situadas respectivamente en dos de sus caras rectangulares adyacentes siendo esta la pieza 26 Figura 27: Muestra un cubo(144) con volumen equivalente al de una prolongación cúbica siendo esta la pieza 27Figure 25: Shows a tetragonal prism (142) with volume equal to that of piece 24 with a cubic extension (143) located on one of its rectangular faces being this part 25 Figure 26: Shows a tetragonal prism (139) with equal volume that of pieces 24 and 25 with two cubic extensions (140 and 141) located respectively on two of their adjacent rectangular faces, this being part 26 Figure 27: Shows a cube (144) with volume equivalent to that of a cubic extension being part 27

Figura 28: Muestra un cubo resultante del ensamblaje de varias piezas: seis piezas 2, ocho piezas 3, nueve piezas 4, ocho piezas 5, dos piezas 6, siete piezas 8, quince piezas 9, dos piezas 10, seis piezas11 , dos piezas 12 .nueve piezas 14,siete piezas15,cinco piezas 16, una pieza 17, una pieza 23,dos piezas 24,dos piezas 25 y una pieza 26Figure 28: Shows a cube resulting from the assembly of several pieces: six pieces 2, eight pieces 3, nine pieces 4, eight pieces 5, two pieces 6, seven pieces 8, fifteen pieces 9, two pieces 10, six pieces11, two pieces 12. Nine pieces 14, seven pieces 15, five pieces 16, one piece 17, one piece 23, two pieces 24, two pieces 25 and one piece 26

Figura 29: Muestra las seis caras desplegadas del mismo cubo Figura 30 : Muestra el resultado del mecanizado de las piezas del mismo cubo para dar al ensamblaje la forma de un prisma de base triangular.Figure 29: Shows the six deployed faces of the same cube Figure 30: Shows the result of the machining of the pieces of the same cube to give the assembly the shape of a triangular base prism.

Un ejemplo de ensamblaje es un cubo (figura 28) de volumen equivalente a 9x9x9 prolongaciones cúbicas realizado mediante el ensamblaje de un grupo piezas repetidas convenientemente queAn example of assembly is a cube (figure 28) of volume equivalent to 9x9x9 cubic extensions performed by assembling a group of conveniently repeated parts that

HOJA DE SUSTITUCIÓN (REGLA 26) serían :1a pieza 2, la ,3 ,1a 4 ,1a 5,1a 6,1a 8,1a 9,1a 10,1a 111a 12, la 14,1a 15, la 16 ,la 17,1a 23,1a 24,1a 25 y la 26SUBSTITUTE SHEET (RULE 26) would be: 1st piece 2, the, 3, 1st 4, 1st 5.1a 6.1a 8.1a 9.1a 10.1a 111a 12, 14.1a 15, 16, 17.1a 23.1a 24, 1st 25 and 26

Y estos son otros ejemplos:And these are other examples:

Con dos piezas como la pieza 26 se puede hacer un cubo de 2x2x2. Con una pieza 16 ,una17 y una18 se puede hacer un cubo de 3x3x3 Con dos piezas 11 , una pieza 12,una pieza 10 y cuatro piezas 8 se puede hacer un cubo de 4x4x4.With two pieces like piece 26 you can make a 2x2x2 cube. With a piece 16, one17 and one18 a 3x3x3 cube can be made With two pieces 11, one piece 12, one piece 10 and four pieces 8 a 4x4x4 cube can be made.

Y con nueve piezas 2, una pieza 3,dos piezas 5, una pieza 6 y dos piezas 4 se puede hacer un cubo de 5x5x5... Y con una pieza 10, una pieza 15,seis piezas 2, dos piezas 5, cuatro piezas 4, dos piezas 3,dos piezas 6, tres piezas 8, cuatro piezas 14, una pieza 16, una pieza 22 y una pieza 25 se puede hacer un cubo de 6 x6x6. Una vez obtenida una de las múltiples realizaciones posibles se someten sus piezas constitutivas a un proceso de mecanizado para obtener unas piezas derivadas de estas , recortadas periféricamente reproduciendo un área determinada de la superficie de una figura tridimensional elegida de antemano y un volumen determinado integrado en el volumen total de esta misma figura dependiendo de su posición en el ensamblaje.And with nine pieces 2, one piece 3, two pieces 5, one piece 6 and two pieces 4 you can make a cube of 5x5x5 ... And with one piece 10, one piece 15, six pieces 2, two pieces 5, four Pieces 4, two pieces 3, two pieces 6, three pieces 8, four pieces 14, one piece 16, one piece 22 and one piece 25 a 6 x 6 x 6 cube can be made. Once one of the multiple possible embodiments is obtained, its constituent parts are subjected to a machining process to obtain parts derived therefrom, peripherally cut out reproducing a certain area of the surface of a three-dimensional figure chosen beforehand and a certain volume integrated in the Total volume of this same figure depending on its position in the assembly.

Las piezas una vez ensambladas convenientemente reproducen esta figura tridimensional De esta forma es posible fabricar diferentes realizaciones de este juego que son puzzles tridimensionales con piezas interiores y exteriores y se hace posible la reproducción mediante el ensamblaje de una gran variedad de figuras tridimensionales ya sean geométricas, irregulares .... Supongamos que tenemos el cubo de 9x9x9 (fig28) y que queremos hacer a partir de sus piezas constitutivas un prisma de base triangular. Podemos simplemente como se muestra en la figura 29The pieces once assembled conveniently reproduce this three-dimensional figure. In this way it is possible to manufacture different embodiments of this game that are three-dimensional puzzles with interior and exterior pieces and reproduction is made possible by assembling a large variety of three-dimensional figures, whether geometric, irregular .... Suppose we have the 9x9x9 cube (fig28) and that we want to make a triangular base prism from its constituent parts. We can simply as shown in figure 29

HOJA DE SUSTITUCIÓN (REGLA 26) mecanizar las piezas situadas en el plano vertical de la diagonal de la base del cubo como si cortáramos el cubo a lo largo del plano que une las aristas verticales que parten de la diagonal de la base del cubo. Se pueden utilizar varios materiales, como plástico o madera. Una realización preferida consistiría en pintar las caras exteriores del ensamblaje con dibujos y las interiores con colores lisos, uno para cada dirección del espacio.SUBSTITUTE SHEET (RULE 26) machining the pieces located in the vertical plane of the diagonal of the base of the cube as if we cut the cube along the plane that joins the vertical edges that start from the diagonal of the base of the cube. Various materials, such as plastic or wood, can be used. A preferred embodiment would be to paint the exterior faces of the assembly with drawings and the interiors with plain colors, one for each direction of space.

El objeto de invención es susceptible de aplicación industrial al poderse fabricar en serie :las 27 piezas primeras mediante moldes o maquinas-herramienta y una vez obtenidas las diferentes realizaciones resultado del ensamblaje de grupos de piezas con repeticiones de piezas, se puede proceder al mecanizado de las piezas constitutivas con maquinas-herramienta capaces de mecanizar piezas de compleja geometría y de alta precisión (por ejemplo de control numérico) o hacer los moldes de estas piezas y en tal caso fabricarlas en serie para cada figura concreta en cuyo caso podría utilizarse la inyección de plásticos. En el último caso las piezas obtenidas a partir de molde podrían ser huecas y en el primero deben ser macizas para poder ser mecanizadas.The object of the invention is capable of industrial application by being able to manufacture in series: the first 27 pieces by means of molds or machine tools and once obtained the different embodiments resulting from the assembly of groups of parts with repetitions of parts, the machining of the constituent parts with machine tools capable of machining parts of complex geometry and high precision (for example of numerical control) or making the molds of these pieces and in this case manufacturing them in series for each specific figure in which case the injection could be used of plastics In the latter case the pieces obtained from the mold could be hollow and in the first they must be solid to be machined.

HOJA DE SUSTITUCIÓN (REGLA 26) SUBSTITUTE SHEET (RULE 26)

Claims

REIVINDICACIONES PIEZAS Y PROCEDIMIENTO DE FABRICACIÓN DE MÚLTIPLESMULTIPLE MANUFACTURING PARTS AND PROCEDURE REALIZACIONES DE JUEGO DE CONSTRUCCIÓNCONSTRUCTION GAME REALIZATIONS TRIDIMENSIONAL 1 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional ¡caracterizado porque las piezas tienen forma de prisma tetragonal con prolongaciones cúbicas en sus caras rectangulares y se dividen en cinco grupos según el volumen del prisma tetragonal que según el grupo es equivalente a la superposición de cinco (1 ,2,3,4,5y6),cuatro 87,8,9,10,11y12),tres (13,14,15,16,17,18,19 ,20,21 , 22y 23),dos(24,25y26) o una(27) prolongaciones cúbicas y diferenciadas a su vez dentro de estos grupos según el número de caras rectangulares donde hay prolongaciones cúbicas que pueden ser cuatro(6,12,18,19) ,tres(4,11 ,17y20) ,dos adyacentes(3,9, 15,21), dos no adyacentes (5,10,16,22y 26), una(2,8,14,23y25) o ninguna (1 ,7,13,24y27) ;de forma que las prolongaciones emergentes en una cara rectangular del prisma se sitúan dejando un espacio libre entre ellas igual a su volumen y de manera que las prolongaciones cúbicas situadas en caras rectangulares diferentes se sitúan a la misma altura del prisma tetragonal; y siendo que las prolongaciones cúbicas , en las caras rectangulares donde las haya , emergen en el grupo primero (1 ,2,3,4,5y6)en número de dos(a la altura del segundo y cuarto cubo) , en el segundo grupo(7,8,9,10,11y12) emergen en número de dos(a la altura del primer y tercer cubo) , en el tercero hay piezas donde emergen en número de dos(14,15,16,17,18)(a la altura del primer y tercer cubo) y otras donde emergen en número de una (19,20,21 , 22,23)(a la altura del segundo cubo)y en el cuarto grupo(25y26) emergen en número de una( a la altura del primer cubo).THREE-DIMENSIONAL 1 Parts and manufacturing process of multiple embodiments of three-dimensional construction game ¡characterized in that the pieces are shaped like a tetragonal prism with cubic extensions on their rectangular faces and are divided into five groups according to the volume of the tetragonal prism that according to the group is equivalent to the superposition of five (1, 2,3,4,5y6), four 87,8,9,10,11y12), three (13,14,15,16,17,18,19, 20,21, 22y 23), two (24,25 and 26) or one (27) cubic and differentiated extensions in turn within these groups according to the number of rectangular faces where there are cubic extensions that can be four (6,12,18,19), three (4.11, 17y20), two adjacent (3.9, 15.21), two non-adjacent (5,10,16,22y 26), one (2,8,14,23y25) or none (1, 7 , 13,24 and 27); so that the emergent extensions in a rectangular face of the prism are located leaving a free space between them equal to their volume and so that the cubic extensions located in c different rectangular saws are located at the same height as the tetragonal prism; and being that the cubic extensions, in the rectangular faces where there are them, emerge in the first group (1, 2,3,4,5 and 6) in number of two (at the height of the second and fourth cube), in the second group (7,8,9,10,11 and 12) emerge in the number of two (at the height of the first and third cubes), in the third there are pieces where they emerge in the number of two (14,15,16,17,18) ( at the height of the first and third cubes) and others where they emerge in the number of one (19,20,21, 22,23) (at the height of the second cube) and in the fourth group (25 and 26) they emerge in the number of one ( at the height of the first cube). HOJA DE SUSTITUCIÓN (REGLA 26) SUBSTITUTE SHEET (RULE 26) 2. Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según la reivindicación anterior caracterizado porque la pieza 1 tiene forma de prisma tetragonal(31 ) cuyo volumen es equivalente a la superposición de cinco unidades o prolongaciones cúbicas.2. Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claim characterized in that the piece 1 is in the form of a tetragonal prism (31) whose volume is equivalent to the superposition of five units or cubic extensions. 3 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza 2 tiene forma de prisma tetragonal(32) cuyo volumen es equivalente a la superposición de cinco prolongaciones cúbicas con dos prolongaciones cúbicas situadas a la a la altura del segundo cubo(34) y a la altura del cuarto cubo (33) (considerando que el prisma tetragonal se puede dividir en cinco cubos de igual volumen)en una de las caras rectangulares del prisma. 4. Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza 3 tiene forma de prisma tetragonal (35)cuyo volumen es equivalente a la superposición de cinco prolongaciones cúbicas y que tiene dos pares de prolongaciones cúbicas a la altura del segundo (37y39)y del cuarto cubo(36y38) en dos de sus caras rectangulares adyacentes, respectivamente.3 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part 2 is in the form of a tetragonal prism (32) whose volume is equivalent to the superposition of five cubic extensions with two cubic extensions located at the a the height of the second cube (34) and the height of the fourth cube (33) (considering that the tetragonal prism can be divided into five cubes of equal volume) on one of the rectangular faces of the prism. 4. Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the piece 3 is in the form of a tetragonal prism (35) whose volume is equivalent to the superposition of five cubic extensions and which has two pairs of extensions cubic at the height of the second (37y39) and the fourth cube (36y38) on two of its adjacent rectangular faces, respectively. 5 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 4 tiene forma de prisma tetragonal(40) cuyo volumen es equivalente a la superposición de cinco prolongaciones cúbicas y tiene tres pares de prolongaciones cúbicas situadas a la altura del segundo(42,44 y46) y del cuarto cubo (41 ,43y45)en tres de sus caras rectangulares, respectivamente.5 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 4 is in the form of a tetragonal prism (40) whose volume is equivalent to the superposition of five cubic extensions and has three pairs of cubic extensions located at the height of the second (42.44 and 46) and the fourth cube (41, 43 and 45) on three of its rectangular faces, respectively. HOJA DE SUSTITUCIÓN (REGLA 26) SUBSTITUTE SHEET (RULE 26) 6 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 5 tiene forma de prisma tetragonal(47) cuyo volumen es equivalente a la superposición de cinco prolongaciones cúbicas con dos pares de prolongaciones cúbicas situadas a la altura del segundo(49y51 ) y del cuarto cubo(48y50) en dos de sus caras rectangulares opuestas, respectivamente. 6 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 5 is in the form of a tetragonal prism (47) whose volume is equivalent to the superposition of five cubic extensions with two pairs of cubic extensions located at the height of the second (49y51) and the fourth cube (48y50) on two of their opposite rectangular faces, respectively. 7 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 6 tiene forma de prisma tetragonal(52) con cuatro pares de prolongaciones cúbicas situadas a la altura del segundo(54,56,58y60) y del cuarto cubo(53,55,57y59) en sus cuatro caras rectangulares, respectivamente.7 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 6 is in the form of a tetragonal prism (52) with four pairs of cubic extensions located at the height of the second (54,56,58 and 60 ) and the fourth cube (53,55,57 and 59) on its four rectangular faces, respectively. 8 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 7 tiene forma de prisma tetragonal(61) cuyo volumen es equivalente a la superposición de cuatro prolongaciones cúbicas.8 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 7 is in the form of a tetragonal prism (61) whose volume is equivalent to the superposition of four cubic extensions. 9 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 8 tiene forma de prisma tetragonal(62) cuyo volumen es equivalente a la superposición de cuatro prolongaciones cúbicas con dos prolongaciones cúbicas en una de sus caras rectangulares situadas a la altura del primer(64) y tercer cubo(63)9 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 8 is in the form of a tetragonal prism (62) whose volume is equivalent to the superposition of four cubic extensions with two cubic extensions in one of its rectangular faces located at the height of the first (64) and third cube (63) 10 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones10 Parts and method of manufacturing multiple embodiments of three-dimensional construction set according to the claims HOJA DE SUSTITUCIÓN (REGLA 26) anteriores caracterizado porque la pieza número 9 tiene forma de prisma tetragonal(65) cuyo volumen es igual a la superposición de cuatro prolongaciones cúbicas con dos pares de prolongaciones cúbicas situadas en dos de sus caras rectangulares adyacentes respectivamente a la altura del primer(67y69) y tercer cubo(66y68) 11 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 10 tiene forma de prisma tetragonal(70) cuyo volumen es igual a la superposición de cuatro prolongaciones cúbicas ,con dos pares de prolongaciones cúbicas situadas a la altura del primer(72y74) y tercer cubo (71y73)en dos de sus caras rectangulares opuestas, respectivamente.SUBSTITUTE SHEET (RULE 26) above characterized in that the part number 9 is in the form of a tetragonal prism (65) whose volume is equal to the superposition of four cubic extensions with two pairs of cubic extensions located on two of its adjacent rectangular faces respectively at the height of the first (67 and 69) and third cube (66 and 68) 11 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 10 is in the form of a tetragonal prism (70) whose volume is equal to the superposition of four cubic extensions, with two pairs of cubic extensions located at the height of the first (72y74) and third cube (71y73) on two of their opposite rectangular faces, respectively. 12 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 11 tiene forma de prisma tetragonal(75) cuyo volumen es equivalente a la superposición de cuatro prolongaciones cúbicas con tres pares de prolongaciones cúbicas situadas en tres de sus caras rectangulares, respectivamente a la altura del primer (77,79y81)y del tercer cubo(76,78y80). 12 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 11 is in the form of a tetragonal prism (75) whose volume is equivalent to the superposition of four cubic extensions with three pairs of cubic extensions located on three of its rectangular faces, respectively at the height of the first (77.79y81) and the third cube (76.78y80). 13 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 12 tiene forma de prisma tetragonal(82) cuyo volumen es igual a la superposición de cuatro prolongaciones cúbicas y que tiene cuatro pares de prolongaciones cúbicas situadas en sus cuatro caras rectangulares , respectivamente a la altura del primer(84,86,88y90) y del tercer cubo(83,85,87y89)13 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 12 is in the form of a tetragonal prism (82) whose volume is equal to the superposition of four cubic extensions and that has four pairs of extensions cubic located on its four rectangular faces, respectively at the height of the first (84,86,88y90) and the third cube (83,85,87y89) 14 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones14 Parts and method of manufacturing multiple embodiments of three-dimensional construction set according to the claims HOJA DE SUSTITUCIÓN (REGLA 26) anteriores caracterizado porque la pieza número 13 tiene forma de prisma tetragonal(91 ) cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas .SUBSTITUTE SHEET (RULE 26) previous characterized in that the part number 13 is in the form of a tetragonal prism (91) whose volume is equivalent to the superposition of three cubic extensions. 15 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 14 tiene forma de prisma tetragonal(92) cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas y que tiene dos prolongaciones cúbicas situadas en una de sus caras rectangulares a la altura del primer (94)y del tercer cubo(93)15 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 14 is in the form of a tetragonal prism (92) whose volume is equivalent to the superposition of three cubic extensions and which has two cubic extensions located on one of its rectangular faces at the height of the first (94) and the third cube (93) 16 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 15 tiene forma de prisma tetragonal(95) cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas y que tiene dos pares de prolongaciones cúbicas en dos de sus caras adyacentes , respectivamente situadas a la altura del primer (97y99)y del tercer cubo(96y98)16 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 15 is in the form of a tetragonal prism (95) whose volume is equivalent to the superposition of three cubic extensions and which has two pairs of extensions cubic on two of its adjacent faces, respectively located at the height of the first (97y99) and the third cube (96y98) 17 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 16 tiene forma de prisma tetragonal(100) cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas con dos pares de prolongaciones cúbicas emergentes en dos de sus caras opuestas .respectivamente situadas a la altura del primer (102 y104)y tercer cubo(101y103).17 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 16 is in the form of a tetragonal prism (100) whose volume is equivalent to the superposition of three cubic extensions with two pairs of emerging cubic extensions on two of their opposite faces. respectively located at the height of the first (102 and 104) and third cube (101 and 103). 18 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 17 tiene forma de18 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that part number 17 is in the form of HOJA DE SUSTITUCIÓN (REGLA 26) prisma tetragonal (105)cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas y que tiene tres pares de prolongaciones cúbicas en tres de sus caras rectangulares, respectivamente, situadas a la altura del primer(107,109y111 ) y del tercer cubo(106, 108y110)SUBSTITUTE SHEET (RULE 26) tetragonal prism (105) whose volume is equivalent to the superposition of three cubic extensions and which has three pairs of cubic extensions on three of its rectangular faces, respectively, located at the height of the first (107,109 and 111) and the third cube (106, 108y110) 19 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 18 tiene forma de prisma tetragonal(112) cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas y que tiene cuatro pares de prolongaciones cúbicas en sus cuatro caras rectangulares respectivamente, situadas a la altura del primer(114,116,118y120) y del tercer cubo (113,115, 17y119)19 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 18 is in the form of a tetragonal prism (112) whose volume is equivalent to the superposition of three cubic extensions and that has four pairs of extensions cubic in their four rectangular faces respectively, located at the height of the first (114,116,118 and 120) and the third cube (113,115, 17 and 119) 20 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza 19 tiene forma de prisma tetragonal(121 ) cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas y que tiene cuatro prolongaciones cúbicas en sus cuatro caras rectangulares, respectivamente , situadas a la altura del segundo cubo(122, 123, 124y125).20 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the piece 19 is in the form of a tetragonal prism (121) whose volume is equivalent to the superposition of three cubic extensions and which has four cubic extensions in its four rectangular faces, respectively, located at the height of the second cube (122, 123, 124 and 125). 21 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza 20 tiene forma de prisma tetragonal(126) cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas con tres prolongaciones cúbicas (127,128y129)en tres de sus caras rectangulares respectivamente, situadas en la zona media del prisma , es decir a la altura del segundo cubo.21 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the piece 20 is in the form of a tetragonal prism (126) whose volume is equivalent to the superposition of three cubic extensions with three cubic extensions (127,128 and 129) in three of its rectangular faces respectively, located in the middle zone of the prism, that is to say at the height of the second cube. HOJA DE SUSTITUCIÓN (REGLA 26) SUBSTITUTE SHEET (RULE 26) 22 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 21 tiene forma de prisma tetragonal(130) cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas con dos prolongaciones cúbicas(131y132) situadas en dos de sus caras adyacentes , respectivamente, a la altura del segundo cubo.22 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 21 is in the form of a tetragonal prism (130) whose volume is equivalent to the superposition of three cubic extensions with two cubic extensions (131y132) located on two of their adjacent faces, respectively, at the height of the second cube. 23 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 22 tiene forma de prisma tetragonal(133)l cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas y que tiene dos prolongaciones cúbicas(134y135) situadas en dos de sus caras opuestas, respectivamente, a la altura del segundo cubo. 23 Parts and method of manufacturing multiple embodiments of three-dimensional construction set according to the preceding claims characterized in that the part number 22 is in the form of a tetragonal prism (133) l whose volume is equivalent to the superposition of three cubic extensions and which has two cubic extensions (134 and 135) located on two of their opposite faces, respectively, at the height of the second cube. 24 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 23 tiene forma de prisma tetragonal(136) cuyo volumen es equivalente a la superposición de tres prolongaciones cúbicas y que tiene una prolongación cúbica (137) en una de sus caras rectangulares situada en su punto medio , es decir a la altura del segundo cubo.24 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 23 is in the form of a tetragonal prism (136) whose volume is equivalent to the superposition of three cubic extensions and has a cubic extension ( 137) on one of its rectangular faces located at its midpoint, that is, at the height of the second cube. 25 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 24 tiene forma de prisma tetragonal(138) cuyo volumen es equivalente a la superposición de dos prolongaciones cúbicas.25 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that the part number 24 is in the form of a tetragonal prism (138) whose volume is equivalent to the superposition of two cubic extensions. 26 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 25 tiene forma de26 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims characterized in that part number 25 is in the form of HOJA DE SUSTITUCIÓN (REGLA 26) prisma tetragonal(142) cuyo volumen es equivalente a la superposición de dos prolongaciones cúbicas que tiene una prolongación cúbica(143) en una de sus caras rectangulares a la altura del primer cubo. SUBSTITUTE SHEET (RULE 26) tetragonal prism (142) whose volume is equivalent to the superposition of two cubic extensions having a cubic extension (143) on one of its rectangular faces at the height of the first cube. 27 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores porque la pieza número 26 tiene forma de prisma tetragonal (139)cuyo volumen es equivalente a la superposición de dos prolongaciones cúbicas con dos prolongaciones cúbicas(140y141 ) situadas en dos de sus caras rectangulares respectivamente a la altura del primer cubo.27 Parts and method of manufacturing multiple embodiments of three-dimensional construction game according to the preceding claims because part number 26 is in the form of a tetragonal prism (139) whose volume is equivalent to the superposition of two cubic extensions with two cubic extensions (140 and 141) located on two of its rectangular faces respectively at the height of the first cube. 28 Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción tridimensional según las reivindicaciones anteriores caracterizado porque la pieza número 27 tiene forma de cubo (144)cuyo volumen es igual al de una prolongación cúbica.28 Parts and method of manufacturing multiple embodiments of a three-dimensional construction set according to the preceding claims, characterized in that the part number 27 has a cube shape (144) whose volume is equal to that of a cubic extension. 29. Piezas y procedimiento de fabricación de múltiples realizaciones de juego de construcción según las reivindicaciones anteriores caracterizado porque el procedimiento de fabricación consiste en seleccionar los grupos de piezas con repeticiones de piezas una vez fabricadas las piezas con maquinas-herramienta de alta precisión o con moldes y ensamblarlas entre sí para obtener múltiples realizaciones con formas de cubo .pirámide escalonada .estrella, prisma tetragonal... y someter a las piezas constitutivas de estas realizaciones a un proceso de mecanizado para obtener unas piezas recortadas periféricamente derivadas de las piezas constitutivas iniciales que ensambladas entre sí reproducen la superficie de una figura tridimensional predeterminada con anterioridad de forma que las piezas iniciales han sido mecanizadas para reproducir un área concreta dentro de la superficie de esta figura y un volumen concreto29. Parts and manufacturing process of multiple construction set embodiments according to the preceding claims characterized in that the manufacturing process consists in selecting the groups of parts with repetitions of parts once the parts are manufactured with high-precision machine tools or molds and assemble them together to obtain multiple embodiments with cube shapes. stepped pyramid. star, tetragonal prism ... and subject the constituent parts of these embodiments to a machining process to obtain peripherally cut pieces derived from the initial constituent parts that assembled together they reproduce the surface of a predetermined three-dimensional figure beforehand so that the initial pieces have been machined to reproduce a specific area within the surface of this figure and a specific volume HOJA DE SUSTITUCIÓN (REGLA 26) integrado en el volumen total .dependiendo de la posición que ocupa la pieza en el ensamblajeSUBSTITUTE SHEET (RULE 26) integrated into the total volume. depending on the position of the part in the assembly HOJA DE SUSTITUCIÓN (REGLA 26) SUBSTITUTE SHEET (RULE 26)
PCT/ES2003/000251 2002-05-29 2003-05-27 Pieces and method of producing multiple forms of a three-dimensional construction game Ceased WO2003101559A1 (en)

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AU2003227780A AU2003227780A1 (en) 2002-05-29 2003-05-27 Pieces and method of producing multiple forms of a three-dimensional construction game
EP03725228A EP1559459A1 (en) 2002-05-29 2003-05-27 Pieces and method of producing multiple forms of a three-dimensional construction game
US10/516,202 US20050230910A1 (en) 2002-05-29 2003-12-11 Pieces and method for producing multiple forms of a three-dimensional construction game

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RU2459648C2 (en) * 2010-11-22 2012-08-27 Андрей Владимирович Носиков Cube puzzle "19"
USD656558S1 (en) 2011-02-11 2012-03-27 Mark Fuchs Cube strategy game
TW201509498A (en) * 2013-09-13 2015-03-16 Xuan-Min Shi Method of stacking 3D block jigsaw puzzle
FR3038846B1 (en) * 2015-07-17 2018-07-27 Philippe Le Coz CONSTRUCTION GAME
US10773179B2 (en) * 2016-09-08 2020-09-15 Blocks Rock Llc Method of and system for facilitating structured block play
US11278821B2 (en) * 2017-02-16 2022-03-22 Jason R. Brain Modular toy block system
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US20050230910A1 (en) 2005-10-20
AU2003227780A1 (en) 2003-12-19

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