TWM628877U - Building block furniture capable of being combined and stacked arbitrarily for large-scale field - Google Patents

Abstract

This creation system provides a kind of building block furniture suitable for large-scale fields and can be stacked in any combination. It is characterized in that: the building block furniture is composed of seven building block elements, and each building block element is composed of a plurality of unit blocks, one of which is composed of The building blocks are composed of three unit blocks, which are slightly L-shaped, and the other six are composed of four unit blocks, three of which are slightly L-shaped, ㄣ-shaped, and T-shaped, and the other three The basic type is composed of three unit blocks and is slightly L-shaped, and then extends a unit block from the three unit blocks to form another three types of building blocks, in which these building blocks can be stacked to form a 3-fold A cube of 3 unit blocks. In this way, it can be applied to large-scale exhibition areas and other fields, and can be stacked to form installation art in an unused state, and the stacking shape can be arbitrarily changed when it is intended to be used as furniture such as seats.

Description

Building block furniture that can be stacked in any combination and is suitable for large-scale venues

This creation is related to the field of furniture, especially a building block furniture suitable for large-scale fields that can be stacked in any combination.

Generally, indoor furniture is mostly of fixed function and fixed appearance. Although there are some types of furniture that can be deformed by design, the degree of change is still limited by the original design conditions. Taking the seat as an example, it is a piece of furniture for people to sit on, and can allow the occupants to rest, watch or perform various operations. In various indoor and outdoor space fields, large and small seats with various purposes or functions can be seen. However, the common disadvantage of these seats is that most of them cannot be changed at will according to different fields or themes, or are limited to a certain assembly method and present a fixed appearance.

In addition, in large-scale exhibition spaces and exhibition venues, most of the venues will be arranged in different venues according to the main body of the exhibition, and the seats should also be decorated or changed according to the theme. Due to the limitation of the existing seat products, every time a different performance is carried out, a new batch of seats corresponding to the theme style needs to be replaced, or the existing seat structure needs to be remodeled, which results in a lot of unnecessary time and money. waste. In addition, in a large-scale field with less need for decoration changes, the seat is used as a fixed seating structure, and it is easy to give people a boring feeling after long-term use.

In view of this, the creator has gathered rich experience in related fields to conceive and propose a building block furniture suitable for large-scale fields that can be combined and stacked at will, so as to provide products that can be assembled and stacked at will, eliminating many inconveniences.

One of the purposes of this creation is to provide a piece of building block furniture that is suitable for large-scale fields and can be combined and stacked arbitrarily. It can be arbitrarily assembled according to requirements to form the required furniture type, and can be used as a large-scale furniture when not in use. The installation art of the field is also very convenient for storage.

In order to achieve the above-mentioned purpose, the present invention discloses a building block furniture suitable for large-scale fields and can be stacked in any combination, characterized in that the building block furniture consists of a first building block element, a second building block element, a third building block element, a A fourth building block element, a fifth building block element, a sixth building block element and a seventh building block element, and the first building block element, the second building block element, the third building block element, the fourth building block element, The fifth building block element, the sixth building block element and the seventh building block element are respectively composed of a plurality of unit blocks of a cube, the first building block element is formed by connecting three of these unit blocks, the second building block element, The third building block element, the fourth building block element, the fifth building block element, the sixth building block element and the seventh building block element are respectively composed of four such unit blocks; wherein, the first building block element is composed of one of the The two adjacent faces of the unit block are each formed by extending and connecting one of the unit blocks, and the whole is slightly L-shaped; the second building block element is formed by each of the three adjacent faces of the unit block extending and connecting one of the unit blocks, The whole is slightly T-shaped; the third building block element is formed by extending and connecting one of the two adjacent surfaces of the unit block, and then extending and connecting the unit block with the unit block. The whole is slightly ㄣ type; the fourth building block element is formed by extending and connecting one of the two adjacent faces of one of the unit blocks, and then by extending the connected unit block to connect one of the unit blocks, and the whole is slightly L-shaped; The fifth building block is connected by two adjacent faces of one unit block, respectively, and each of the three unit blocks is defined as a fifth origin block, a fifth X-axis block, a first block Five Y-axis blocks are formed by extending and connecting one of the unit blocks from the fifth origin block to the Z-axis direction; the sixth building block element is formed by extending and connecting one of the two adjacent surfaces of the unit block, one of the unit blocks. And three of the unit blocks are respectively defined as a sixth origin block, a sixth X-axis block, and a sixth Y-axis block, and the sixth Y-axis block is extended in the Z-axis direction to connect one of the unit blocks. The seventh building block element consists of two adjacent surfaces of one of the unit blocks each extending and connecting one of the unit blocks, and three of the unit blocks are respectively defined as a seventh origin block, a seventh X-axis block, A seventh Y-axis block is formed by extending and connecting one of the unit blocks on the seventh X-axis block in the Z-axis direction; wherein, the first building block element, the second building block element, the third building block element, the first building block element, the The four building block elements, the fifth building block element, the sixth building block element and the seventh building block element can be stacked to form a cube of 3 by 3 of the unit blocks. According to this, through seven building blocks with specific structures, various types of furniture can be formed by stacking and assembling according to the needs, and can be placed as installation art in the unused state, and the other is also relative to the storage. convenient.

Preferably, the side length of the unit block is 25-35 cm, so as to provide a size specification that is more suitable for all age groups when used as a seat.

Preferably, the side length of the unit block is 30 cm, so as to form a more suitable seat gauge when used as a seat.

Preferably, the unit block is made of wood for better structural strength and easier manufacture.

Preferably, the surface of the unit block is further provided with a soft material seat cushion, which can improve the comfort during riding.

Preferably, the unit block is a hollow structure, so as to achieve the effect of light weight and reduce the weight of each building block element.

To sum up, the building block furniture of this creation, which is suitable for large-scale fields and can be stacked in any combination, is based on the specific structure of the first to seventh building blocks, which can be stacked and assembled according to local conditions to form various types. The application flexibility and variability are greatly improved, and since the first to seventh building blocks can be grouped together to form a 3 x 3 cube of the unit block, it is also quite convenient for storage. The technical features that can be further added to the building block furniture are as described in the above paragraphs.

In order to enable those with ordinary knowledge in the art to clearly understand the content of this creation, the following descriptions are combined with the drawings, please refer to.

Please refer to Figures 1 and 2, which are schematic diagrams of the structures of the first to seventh building blocks and a schematic diagram of stacking the first to seventh building blocks to form a 3-by-3 cube according to a preferred embodiment of the present invention. The building block furniture 1 of the present invention is suitable for large-scale fields and can be stacked in any combination. Four building block elements 40, a fifth building block element 50, a sixth building block element 60 and a seventh building block element 70 are composed, and the first building block element 10, the second building block element 20, the third building block element 30, The fourth building block element 40, the fifth building block element 50, the sixth building block element 60 and the seventh building block element 70 are respectively composed of a plurality of unit blocks A of a cube, and the first building block element 10 is composed of three The second building block element 20, the third building block element 30, the fourth building block element 40, the fifth building block element 50, the sixth building block element 60 and the seventh building block element 70 are respectively composed of Four such unit blocks A are connected to form. Wherein, the first building block element 10 is formed by extending and connecting two adjacent surfaces of the unit block A with one of the unit blocks A, and the whole is slightly L-shaped; the second building block element 20 is composed of one of the unit blocks A. Each of the three adjacent faces is formed by extending and connecting one of the unit blocks A, and the whole is slightly T-shaped; the third building block element 30 is formed by extending and connecting one of the unit blocks A from the two adjacent faces of the unit block A, and then The unit block A that is extended and connected is formed by extending and connecting one of the unit blocks A, and the overall shape is slightly ㄣ; , and then the unit block A that is extended and connected is formed by extending and connecting the unit block A, and the whole is slightly L-shaped; the fifth building block element consists of 50 each of the two adjacent surfaces of the unit block. The unit block is extended and connected. , and the three unit blocks are respectively defined as a fifth origin block A5, a fifth X-axis block A5x, and a fifth Y-axis block A5y, and are extended and connected in the Z-axis direction from the fifth origin block A5 One of the unit blocks A; the sixth building block element 60 is connected by two adjacent faces of one of the unit blocks, each of which is connected to one of the unit blocks, and three of the unit blocks are respectively defined as a sixth origin block A6 , a sixth X-axis block A6x, a sixth Y-axis block A6y, and extending from the sixth Y-axis block A6y to the Z-axis direction to connect a unit block A; the seventh building block element 70 consists of a unit block A Each of the two adjacent faces of the block is extended and connected to one of the unit blocks, and the three of the unit blocks are respectively defined as a seventh origin block A7, a seventh X-axis block A7x, and a seventh Y-axis block A7y, and The seventh X-axis block A7x is formed by extending and connecting one of the unit blocks A in the Z-axis direction. Among them, the first building block element 10 , the second building block element 20 , the third building block element 30 , the fourth building block element 40 , the fifth building block element 50 , the sixth building block element 60 and the seventh building block element 70 Exactly stackable to form 3 by 3 cubes of this unit block A.

Accordingly, through the first building block element 10 , the second building block element 20 , the third building block element 30 , the fourth building block element 40 , the fifth building block element 50 , the sixth building block element 60 and the seventh building block element The specific structural form of the building block element 70 can be applied to large-scale exhibition areas and other fields, and can be stacked to form installation art when not in use, and can also be arbitrarily transformed into various furniture, such as seats, according to needs when in use. It can improve the flexibility and variability of seat placement and performance, and effectively respond to large-scale field environmental conditions to quickly and easily make various combination changes. In terms of storage, as shown in Figure 2, the first building block element 10, the second building block element 20, the third building block element 30, the fourth building block element 40, the fifth building block element 50, the sixth building block The element 60 and the seventh building block element 70 can be stacked to form the cube of 3 by 3 of the unit blocks, so it is quite convenient for storage and placement. It should be noted that the first building block element 10 , the second building block element 20 , the third building block element 30 , the fourth building block element 40 , the fifth building block element 50 , the The sixth building block element 60 and the seventh building block element 70 are indispensable and must not be added, and their structures cannot be arbitrarily changed, so that they can be stacked to form the cube of the unit block A of 3 times 3, so the first building block elements 10, The structural features of the second building block element 20 , the third building block element 30 , the fourth building block element 40 , the fifth building block element 50 , the sixth building block element 60 and the seventh building block element 70 cannot be replaced at will or change.

In order to make each of the unit blocks A more convenient for riding, the first building block element 10, the second building block element 20, the third building block element 30, the fourth building block element 40, the fifth building block element 50, the The sixth building block element 60 and the seventh building block element 70 are easier to stack, combine and move. Preferably, the side length of the unit block A can be 25-35 cm. When used as a seat in this way, in addition to satisfying users of all ages, body types, etc. to have a comfortable riding experience, the first building block element 10, the second building block element 20, the third building block element 30, and the first building block element 10. The fourth building block element 40 , the fifth building block element 50 , the sixth building block element 60 and the seventh building block element 70 have more appropriate size specifications, so as to facilitate operations such as moving, stacking and combining. Further, the side length of the unit block A is preferably 30 cm.

In addition, the unit block A can be made of various materials. Preferably, the unit block A can be made of wood, which is strong and durable and easy to manufacture. In addition, in order to achieve the lightweight effect of reducing weight, preferably, the unit block A can be made into a hollow structure, so that the first building block element 10, the second building block element 20, the third building block element 30, the The overall weight of the fourth building block element 40 , the fifth building block element 50 , the sixth building block element 60 and the seventh building block element 70 is relatively simple and convenient to move and stack.

Please also refer to FIG. 3, which is a schematic diagram of a unit block provided with a soft material seat pad according to a preferred embodiment of the present invention. As shown in the figure, when it is used as a seat to improve the user's riding comfort, the surface of the unit block A can be further provided with a soft material seat cushion 9, so that the user can be more soft and comfortable when riding the building block furniture 1 . The soft material seat pad 9 can be, for example, cotton pads, flannel pads, etc., to provide the user with a soft ride feeling, and leather pads can also be selected to have the advantage of being easy to clean. In the third figure, the surface of the unit blocks A of the first building block element 10 is provided with the soft material seat pad 9 to illustrate this structural feature, and the second building block element 20, the third building block element 30, the The unit block A of the fourth building block element 40 , the fifth building block element 50 , the sixth building block element 60 and the seventh building block element 70 is provided with the soft material seat cushion 9 in the same structure as the first building block element 10 . The unit blocks A are provided with the soft material seat cushion 9 , and the difference is only in the shape of each building block element, and the corresponding drawings are not drawn here.

Please also refer to Figures 4 to 8, which are schematic diagrams (1) to (5) of the application after the stacking of the first to seventh building blocks according to the preferred embodiment of the present invention. The first building block element 10, the second building block element 20, the third building block element 30, the fourth building block element 40, the fifth building block element 50, the sixth building block element 60 and the seventh building block element of the building block furniture 1 The building block elements 70 can be arbitrarily stacked to form various types of structures according to the large field where they are placed. For example, they can be used for people to ride on. As shown in FIG. 4 , the first building block element 10 , the second building block element 20 , the The third building block element 30 , the fourth building block element 40 , the fifth building block element 50 , the sixth building block element 60 and the seventh building block element 70 are assembled to form two types of seating patterns; Shown are the first building block element 10, the second building block element 20, the third building block element 30, the fourth building block element 40, the fifth building block element 50, the sixth building block element 60 and the seventh building block element 70 groupings form three types of seating patterns; Figures 6 and 7 show the first building block element 10, the second building block element 20, the third building block element 30, the fourth building block element 40, The fifth building block element 50 , the sixth building block element 60 and the seventh building block element 70 are assembled to form a cluster-type seat; Figure 8 shows the first building block element 10 and the second building block element 20. The third building block element 30 , the fourth building block element 40 , the fifth building block element 50 , the sixth building block element 60 and the seventh building block element 70 are assembled to form other two types of seating patterns. As can be seen from the above figures, the building block furniture 1 passes through the first building block element 10, the second building block element 20, the third building block element 30, the fourth building block element 40, the fifth building block element 50, the sixth building block The element 60 and the seventh building block element 70 can be combined to form various types of structures. The user can choose any of the unit blocks A to ride on, and when no user rides, it can be used as a large-scale field It is an installation art in the field, and has excellent placement flexibility and variability.

To sum up, the building block furniture of this creation, which is suitable for large-scale fields and can be stacked in any combination, is based on the specific structure of the first to seventh building blocks, which can be stacked and assembled according to local conditions to form various types. The application flexibility and variability are greatly improved, and since the first to seventh building blocks can be grouped together to form a 3 x 3 cube of the unit block, it is also quite convenient for storage. Further, when used as a seat, in order to improve the comfort of the unit blocks for riding, and consider the first building block element, the second building block element, the third building block element, and the fourth building block element formed accordingly. , the volume size of the fifth building block element, the sixth building block element and the seventh building block element, etc., this creation also proposes that the side length of these unit blocks can be 25-35 cm, more preferably 30 cm . In addition, wood can also be selected for the material of each of the unit blocks, so that the stacked structure after the assembly has higher structural strength, and this can also make the building block units easier to produce. It is also possible to make each of the unit blocks a hollow structure to achieve a lightweight effect of reducing weight. In addition, the soft material seat pad can also be provided on the unit block, so as to improve the user's riding comfort. Here again, the first building block element, the second building block element, the third building block element, the fourth building block element, the fifth building block element, the sixth building block element and the seventh building block element in this creation are Only one of them is indispensable and must not be added, and its structural shape cannot be changed arbitrarily, so that the cube of 3 by 3 of the unit blocks can be stacked. Therefore, the first building block element, the second building block element, the third building block element, the The structural features of the fourth building block element, the fifth building block element, the sixth building block element and the seventh building block element cannot be replaced or changed at will.

However, the above descriptions are only preferred embodiments of this creation, and are not intended to limit the scope of implementation of this creation; therefore, equivalent changes and modifications made without departing from the spirit and scope of this creation shall be covered in This creation is within the scope of the patent.

1: Building block furniture 10: The first building block element 20: Second building block element 30: The third building block element 40: Fourth building block element 50: Fifth building block element 60: Sixth building block element 70: Seventh building block element 9: Soft material seat cushion A: unit block A5: Fifth origin block A5x: Fifth X-axis block A5y: Fifth Y-axis block A6: The sixth origin block A6x: Sixth X-axis block A6y: sixth Y-axis block A7: Seventh origin block A7x: Seventh X-axis block A7y: seventh Y-axis block

FIG. 1 is a schematic structural diagram of the first to seventh building blocks according to the preferred embodiment of the present invention. FIG. 2 is a schematic diagram of stacking the first to seventh building blocks to form a 3×3 cube according to the preferred embodiment of the present invention. FIG. 3 is a schematic diagram of a unit block provided with a soft material seat pad according to a preferred embodiment of the present invention. FIG. 4 is a schematic diagram (1) of the application after the stacking of the first to seventh building blocks according to the preferred embodiment of the present invention. FIG. 5 is a schematic diagram (2) of the application after the stacking of the first to seventh building blocks according to the preferred embodiment of the present invention. FIG. 6 is a schematic diagram (3) of the application after the stacking of the first to seventh building blocks according to the preferred embodiment of the present invention. FIG. 7 is a schematic diagram (4) of the application after the first to seventh building blocks are combined and stacked according to the preferred embodiment of the present invention. FIG. 8 is a schematic diagram (5) of the application after the stacking of the first to seventh building blocks according to the preferred embodiment of the present invention.

1: Building block furniture

10: The first building block element

20: Second building block element

30: The third building block element

40: Fourth building block element

50: Fifth building block element

60: Sixth building block element

70: Seventh building block element

A: unit block

A5: Fifth origin block

A5x: Fifth X-axis block

A5y: Fifth Y-axis block

A6: The sixth origin block

A6x: Sixth X-axis block

A6y: sixth Y-axis block

A7: Seventh origin block

A7x: Seventh X-axis block

A7y: seventh Y-axis block

Claims (6)

A building block furniture suitable for large-scale fields and can be stacked in any combination, characterized in that: the building block furniture consists of a first building block element, a second building block element, a third building block element, a fourth building block element, and a fifth building block element. A building block element, a sixth building block element, and a seventh building block element are composed, and the first building block element, the second building block element, the third building block element, the fourth building block element, the fifth building block element, and the first building block element. The sixth building block element and the seventh building block element are respectively composed of a plurality of unit blocks of a cube, the first building block element is formed by connecting three such unit blocks, the second building block element, the third building block element, and the third building block element. The four building block elements, the fifth building block element, the sixth building block element and the seventh building block element are respectively formed by connecting four such unit blocks; Wherein, the first building block element is composed of two adjacent surfaces of a unit block each extending and connecting one of the unit blocks, and the whole is slightly L-shaped; the second building block element is composed of three adjacent surfaces of the unit block. Each is formed by extending and connecting one of the unit blocks, and the whole is slightly T-shaped; the third building block element is extended and connected by one of the two adjacent faces of the unit block, and then is extended and connected by the unit block. The unit block is composed of the unit block, and the whole is slightly ㄣ shape; the fourth building block element is connected by two adjacent faces of the unit block, respectively, and the unit block is extended and connected, and the unit block is extended and connected to the unit. It is composed of blocks, and the whole is slightly L-shaped; the fifth building block element is connected by two adjacent faces of one of the unit blocks, respectively, one of the unit blocks, and each of the three of the unit blocks is respectively defined as a fifth origin block , a fifth X-axis block, a fifth Y-axis block, and the fifth origin block is extended to connect a unit block in the Z-axis direction; the sixth building block element is composed of two phases of the unit block. Each of the adjacent surfaces is extended and connected to one of the unit blocks, and the three of the unit blocks are respectively defined as a sixth origin block, a sixth X-axis block, and a sixth Y-axis block, and are located in the direction of the sixth Y-axis block. It is formed by extending and connecting one of the unit blocks in the Z-axis direction; the seventh building block element is formed by extending and connecting one of the two adjacent faces of the unit block, and each of the three unit blocks is defined as a seventh original a dot block, a seventh X-axis block, a seventh Y-axis block, and a unit block extending from the seventh X-axis block to the Z-axis direction; Wherein, the first building block element, the second building block element, the third building block element, the fourth building block element, the fifth building block element, the sixth building block element and the seventh building block element can be stacked to form a 3×3 A cube of this unit block. The building block furniture according to claim 1, wherein the side length of the unit block is 25-35 cm. The building block furniture according to claim 2, wherein the side length of the unit block is 30 cm. The building block furniture according to any one of claims 1 to 3, wherein the unit block is made of wood. The building block furniture according to claim 4, wherein a soft material seat cushion is further provided on the surface of the unit block. The building block furniture according to claim 4, wherein the unit block is a hollow structure.

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