JP2010131094A - Block set - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a block set for easily stacking block members in an arch shape all at once without using a bonding member at the contact part of the block members with each other. <P>SOLUTION: The block set 1 includes: a block member set 2 for forming the arch shape in which outer peripheral sides form a quadrangle and a center lower part is cut off by stacking many flat block members 2A, 2B<SB>1</SB>, or the like of different shapes; and a block case 3 having a square bottom part 3a corresponding to the outer peripheral side of the block member set 2 formed into the arch shape, an upper side part 3b raised from the upper end of the bottom part 3a so as to abut on the upper surface of the block member set 2 formed into the arch shape, and a side part 3c raised from the side end of the bottom part 3a so as to abut on one outer side surface of the block member set 2 formed into the arch shape. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a building set that makes it easy to stack a set of building blocks made up of a plurality of pieces in a precise and stable arch shape all at once.

  Many enthusiasts are interested in the type of building blocks in which a large number of building blocks are stacked in an arch shape because the stacked shape is beautiful and there is a danger of collapse. Conventionally, this type of building block is one in which lovers pile up one by one while finely adjusting the position of building blocks with their own hands. Further, in order to stably stack a large number of building blocks, a proposal has been made to strengthen bonding by using bonding members such as magnets and wedges at the contact portions between the building blocks. The inventor of the present application can also build up a building block member in a stable arch shape in Patent Document 1 by using a spherical insert member as a joining member and forming a contact portion between the building block members so that the insert member can be inserted. Has proposed.

63-109200

  However, when joining is strengthened using a joining member, the operation | work which piles up a building block member will become complicated, and the beauty of the shape of the building member itself and the shape before having piled up will be impaired by having a joining member.

  SUMMARY OF THE INVENTION The present invention has been made in view of the above reasons, and its purpose is to make it easy to stack a large number of building blocks together into an arch shape without using joining members at the contact portions between the building blocks. Is to provide a set.

  In order to achieve the above object, the building set according to claim 1 is formed by stacking a large number of plate-like building members having different shapes so that the outer periphery forms a quadrangle and the lower part of the center is cut off. A set of building blocks forming an arch shape, a rectangular bottom corresponding to the outer periphery of the set of building blocks formed in the arch shape, and an upper end of the bottom so as to abut on the upper surface of the set of building blocks formed in an arch shape A building case having an upper side portion erected from the side, and a side portion erected from the side end of the bottom portion so as to contact one outer surface of the set of building members formed in an arch shape; It is characterized by providing.

  The building set according to claim 2 is characterized in that, in the building set according to claim 1, the vertical length of the bottom of the building case is shorter than the height of the building block formed in an arch shape.

  The building set according to claim 3 is the building set according to claim 1 or 2, wherein the shape of each border of the building members constituting the set of building members formed in an arch shape is drawn at the bottom of the building case. It is characterized by being.

  The building set according to claim 4 is the building set according to any one of claims 1 to 3, wherein the building set is erected from an upper end of the bottom part so as to abut on a rectangular bottom part and an outer surface of an upper side part of the building case. And an auxiliary building case having an upper side portion and a side portion erected from the side end of the bottom portion so as to contact the other outer surface of the set of building members formed in an arch shape. It is characterized by.

  According to the building set of the present invention, by providing a building case of a specific shape, a large number of building members can be easily and collectively formed into a three-dimensional arch shape without using joint members. Can be stacked.

  The best mode for carrying out the present invention will be described below with reference to the drawings. The building set 1 according to the embodiment of the present invention forms an arch shape in which the outer periphery forms a quadrangle and the lower part of the center is cut off by stacking a large number of plate-shaped building members having different shapes. A building block set 2 and a building case 3 are provided. FIG. 1 (a) is a front view showing a set of building blocks 2 having an arch shape, FIG. 1 (b) is a front view showing a building case 3, and FIG. 1 (c) is an arch on the building case 3. It is a front view of the building set 1 of the state which accommodated the building block set 2 which formed the shape.

Building block members of the building block member set 2, more specifically, a central portion building blocks member 2A, the intermediate portions building block member _2B 1 which is arranged symmetrically so as to sandwich the central portion building blocks member _2A, 2B _2, 2B 3, 2B ₄ , 2C ₁ , 2C ₂ , 2D ₁ , 2D ₂ and base building blocks 2E ₁ , 2E ₂ that form the lowest base of the arch shape. 2A and 2B show the central block member 2A, where FIG. 2A is a front view and FIG. 2B is a bottom view. t is the thickness of the central block member 2A. The other building blocks 2B ₁ , 2B ₂ , 2B ₃ , 2B ₄ , 2C ₁ , 2C ₂ , 2D ₁ , 2D ₂ , 2E ₁ , 2E ₂ are not shown individually, but their thickness is the same as t It is.

  The vertical and horizontal sizes of the arch shape formed by the building block set 2 can be changed. Moreover, the shape, quantity, etc. of each building block member constituting the building block set 2 can be changed. For example, as shown in FIG. 6 described later, an arch shape such as a building block set 6 or a building block set 8 is also possible.

  3A and 3B are a bottom view and a left side view of the building case 3, respectively. As shown in FIGS. 1 (b), 3 (a), and (b), the building block case 3 has a rectangular bottom 3a corresponding to the outer periphery of the set of building blocks 2 formed in an arch shape, and an arch shape. An upper side portion 3b erected from the upper end of the bottom portion 3a so as to contact the upper surface of the formed building block set 2 and a bottom portion 3a so as to contact one outer surface of the building block set 2 formed in an arch shape. And a side part 3c erected from the side end. Thereby, the two directions of the downward direction in the building block case 3 and the other outer surface side of the building member set 2 are opened. 1 (b) and 3 (a) and 3 (b), the side portion 3c is erected so as to contact the right outer surface of the building block set 2, but the building block set 2 may be erected so as to be in contact with the left outer surface.

Bottom 3a longitudinal length L ₃ of the building block casing 3 is preferably shorter than the height of the building block member set 2 formed in an arch shape. Thus, as described later, when the building block member set 2, a bottom of the base building blocks member _2E 1, 2E ₂ of the lower surface _2E 1 a, the 2E ₂ a is erected so as to contact with the floor surface, the lower surface 2E _{1 a,} by removing the building block case 3 in a state where the entire surface is reliably in contact with the floor of the 2E 2 _a, it is possible to reduce the likelihood of collapse immediately by micro-vibration. The horizontal direction length W ₃ of the bottom 3a of the building block case 3, may be substantially the same as the length of the horizontal width of the building block member set 2 formed in an arch shape. The height H ₃ of the upper side portion 3b and the side side 3c of the building block case 3, may be substantially the same as the thickness t of the building block members constituting the building blocks member set 2.

  The thickness of each part of the building case 3 itself is arbitrary as long as the strength of the building case 3 is maintained. Further, it may be either transparent or opaque. In addition, although not shown in FIG. 1 (b), when the shape of each border of the building members constituting the building member set 2 formed in an arch shape is drawn on the bottom 3a of the building case 3, Arrangement work at each predetermined position becomes extremely easy.

The operation of stacking the building blocks into a three-dimensional arch shape will be described below using the building block set 2 as an example. First, the back surface of the bottom portion 3a of the building case 3 is placed in contact with the floor surface. Then, a predetermined position of the surface of the bottom 3a, as shown in FIG. 1 (c), each building block members _{2A, 2B 1, 2B 2,} 2B 3, 2B 4, 2C 1, 2C 2, 2D 1, 2D 2 2E ₁ and 2E ₂ are disposed and accommodated. At this point, there may be a displacement between the members. Next, the whole building case 3 in a state where the set of building members is arranged and accommodated is lifted with both hands and tilted to the upper surface side of the arch, and pressed from two directions on the open side of the building case 3 so that each building member 2A, 2B ₁ , 2B ₂ , 2B ₃ , 2B ₄ , 2C ₁ , 2C ₂ , 2D ₁ , 2D ₂ , 2E ₁ , 2E ₂ , the shape is adjusted so that there is no gap. Then, while holding the intermediate portion building blocks member _2D 1, 2D _2, etc. adjacent thereto a base building blocks member _2E 1, 2E _2, the lower surface _2E 1 a, and the 2E ₂ a so as to contact with the floor surface all the members Stand up together with the building case 3. Thereafter, the building case 3 is slowly removed obliquely backward. In this way, the building block set 2 is stacked in a three-dimensional arch shape.

  As in the above example, by using the building case 3, the set of building members 2 arranged and stored horizontally can be easily and collectively formed into a precise and stable three-dimensional arch shape without using a joining member. Can be stacked. Since the stacked building material set 2 does not use a joining member at a contact portion between the building members, it has a simple aesthetic including danger of collapsing. Moreover, even if it collapses, the aesthetics at that moment are not impaired by other members such as a conventional joining member. Further, the aesthetic sense of the shape of each building block member constituting the building block set 2 is not impaired because the joining member is not used.

Next, a construction in which the building block 1 is further provided with an auxiliary building case 4 will be described. FIG. 4 shows the auxiliary building case 4, where (a) is a front view, (b) is a bottom view, and (c) is a right side view. The auxiliary building case 4 includes a rectangular bottom portion 4a, an upper side portion 4b erected from the upper end of the bottom portion 4a so as to come into contact with an outer surface of the upper side portion 3b of the building case, and a set of building members 2 formed in an arch shape. And a side part 4c erected from the side end of the bottom part 4a so as to come into contact with the other outer surface. Thereby, two directions of the lower side in the auxiliary building case 4 and the one outer surface side of the building block set 2 are opened. When the side portion 3c of the building case 3 is erected on the right side end of the bottom portion 3a, the side portion 4c is erected on the left side end of the bottom portion 4a. When the side part 3c is erected on the left side edge of the bottom part 3a, it is erected on the right side edge of the bottom part 4a. Lateral length W ₄ of the bottom 4a of the auxiliary building block case 4 is shorter than the lateral length W ₃ of the bottom 3a of the building blocks casing 3. Longitudinal length L ₄ of the bottom 4a of the auxiliary building block case 4 may be substantially the same as the vertical length L ₃ of the bottom 3a of the building blocks casing 3.

The operation of stacking the building block set 2 in the arch shape using the auxiliary building case 4 will be described below. FIG. 5 is a front view showing a state in which the building block set 2 is accommodated in the building case 3 and the auxiliary building case 4. First, the auxiliary building case 4 is placed on the back surface of the bottom portion 3a of the building case 3, and the back surface of the bottom portion 4a of the auxiliary building case 4 and the back surface of the bottom portion 3a of the building case 3 are placed in contact with the floor surface. Next, as in the case of the building block 3 alone, each building member 2A, 2B ₁ , 2B ₂ , 2B ₃ , 2B ₄ , 2C ₁ , 2C ₂ , 2D ₁ , 2D ₂ of the building block set 2 is added to the building case 3. 2E ₁ and 2E ₂ are accommodated at predetermined positions. In this case, each building block members _{2A, 2B 1, 2B 2,} 2B 3, 2B 4, 2C 1, 2C 2, 2D 1, so that there is no slight misalignment between _{2D 2, 2E 1, 2E 2} , auxiliary building block case The pressure is applied from the direction of the other outer side of the building block set 2 through 4 and the pressure is directly applied by hand from below to adjust the shape. Then, through an auxiliary building block case 4 pressure applied in the direction of the other outer side of the building block member set 2, pressing the intermediate portion building blocks member 2D _1, 2D _2, etc. adjacent thereto a base building blocks member 2E _1, 2E ₂ However, the lower surface 2E ₁ a, 2E ₂ a is erected so as to be pressed against the floor surface. Thereafter, the auxiliary building case 4 is slowly removed obliquely rearward from the other outer surface of the building block set 2, and then the building case 3 is slowly removed obliquely rearward from one outer surface of the building piece set 2.

  As described above, the building block set 2 can be stacked in a more precise and stable three-dimensional arch shape by using the auxiliary building case 4 and the building case 3 in combination.

Next, storage of the building block set 2 will be described. FIG. 6 is an exemplary front view of the building block set 2 housed in the building case 3 and packed in a storage box (for example, a wooden box) 5 together with the auxiliary building case 4. The storage box 5 has an outer frame part 5a and one partition part 5b. In the storage box 5, building members 6A, 6B ₁ , 6B ₂ , 6B ₃ , 6B ₄ , 6C ₁ , 6C ₂ , 6D ₁ , 6D ₂ , 6E ₁ that form other arch shapes are formed below the partition portion 5b. , 6E ₂ and the other building blocks 8A, 8B ₁ , 8B ₂ , 8D ₁ , 8D ₂ , 8E ₁ , 8E ₂ Are packed in a state where they are stored in the building case 7 and the building case 9, respectively. In the example of FIG. 6, as can be seen from the figure, the shapes of many building blocks are made common, and the aspect ratio of the outer periphery of the arch shape is 4: 7 according to the building block set 2, and the building blocks The one according to the set 6 is 4: 6, and the one according to the building block set 8 is 4: 4. Of course, it is possible to make the storage box 5 small and to pack only the building block set 2 and the building case 3 alone, or just the auxiliary building case 4 into it. Such a storage box 5 is covered with a lid (not shown) and stored or transported.

  When the set of building blocks 2 is packed in the storage box 5 in a state where it is stored in the building case 3, storage work is easy, and after packing, the outer frame part 5 a or the partition part 5 b of the storage box 5 and the building case 3 It is fixed to the arch shape, and the building block set 2 is unlikely to fall apart.

It is each front view which shows the building set which concerns on embodiment of this invention. It is the front view and bottom view which show the center part building block member of a building set same as the above. It is a bottom view and a left side view of a building case of the building set same as above. It is the front view, bottom view, and right view which show the auxiliary building case of the building set same as the above. It is a front view which shows the building set using the auxiliary building case same as the above. It is the example front view which packed the building set same as the above into the storage box.

Explanation of symbols

1 building block set 2 building block set 2A building block central block 2B ₁ , 2B ₂ , 2B ₃ , 2B ₄ , 2C ₁ , 2C ₂ , 2D ₁ , 2D ₂ building blocks intermediate blocks 2E ₁ , 2E ₂ blocks Base building blocks
3 Block Case 3a Bottom of Block Case 3b Upper Side of Block Case 3c Side Side of Block Case 4 Auxiliary Block Case 4a Bottom of Auxiliary Block Case 4b Upper Side of Auxiliary Block Case 4c Side Side of Auxiliary Block Case

Claims (4)

A set of building blocks forming an arch shape in which the outer periphery forms a quadrangle and the lower part of the center is cut off by stacking a large number of plate-shaped building blocks having different shapes,
A rectangular bottom corresponding to the outer periphery of the set of building blocks formed in the arch shape, an upper side portion erected from the upper end of the bottom so as to contact the upper surface of the set of building blocks formed in the arch shape, and an arch A building case having a side portion erected from the side end of the bottom so as to abut one outer surface of the set of building members formed in a shape;
A building set comprising: In the building set of Claim 1,
A building set characterized in that the vertical length of the bottom of the building case is shorter than the height of a set of building members formed in an arch shape. In the building set of Claim 1 or 2,
A building set in which the shape of each boundary of building members constituting a set of building members formed in an arch shape is drawn on the bottom of the building case. In the building set in any one of Claims 1 thru | or 3,
A rectangular bottom, an upper side standing from the upper end of the bottom so as to contact the outer side of the upper side of the building case, and the other outer side of the set of building blocks formed in an arch shape A building block set, further comprising an auxiliary building case having a side portion erected from a side end of the bottom portion.

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