TWM575353U - Assembly structure for building block puzzle, and toy building block - Google Patents

Abstract

This creation discloses a building block puzzle assembly structure and building block toys. The building block jigsaw assembly structure comprises a movable building block and a pedestal. The movable building block is supported on the erecting base by elastic members, and the elastic parts are compressed under external pressure acting on the movable building block and the pedestal to make the movable building blocks The building block and the building base are relatively moved closer to each other, and when the external pressure disappears, the elastic member supports the movable building block by pre-stressing. The creation structure is simple and ingenious, easy to produce, low in cost, and creatively solves the unsolved problem in the building block field with almost the simplest, safest, most reliable and most compatible design. It is very convenient to use and can be used almost. Assembled and easily disassembled as you wish, which greatly provides the playability of building blocks.

Description

Building block puzzle assembly structure and building block toys

The present invention relates to the field of building blocks toys, and specifically relates to a building block puzzle assembly structure and building block toys.

In the existing building block field, the building block bottom plate (building base) is a single piece of non-movable single building block bottom plate. Due to the inactivity, when multiple pieces of building blocks are put together on the floor of the building block, there is no gap between the building blocks or The gap is very small. When one of the blocks is surrounded by other blocks, the blocks are tight after the picture is built. If you want to disassemble the blocks in the middle, you need to remove the pieces from the edge. Disassembly, and this disassembly method is not convenient to use. Before the application for this creation, there is no relevant inspiration in the prior art, and there is no report on how to solve the problem. This is a problem that has not been solved for a long time in the field of building blocks. At present, there is no building block product that solves this problem at home and abroad.

The applicants of this case have tried various solutions through many years of research, and have not solved the above problems well. In particular, it is impossible to solve the problem at low cost and high efficiency. However, the problem of using a complicated structure to solve this disassembly may not be There is a need for creative labor, but the cost is too high, which is not conducive to mass production, and even complicated structures can lead to insecurity for users such as young children, and thus cannot be popularized.

Therefore, the key to this creation is to subtly and creatively solve the unsolved problems in the building block field with almost the simplest, safest, most reliable and most compatible design. It may be considered as simple after the creation of this creation. However, prior to this creation application, those skilled in the art have not found a good solution, including the applicants of the case have never thought of a good solution before, but, as some popular inventions are generally accepted and praised. This creation skillfully solves the problems that the predecessors have not been able to solve with the simplest, most reliable, and the lowest cost solution.

The purpose of the present invention is to overcome the above-mentioned deficiencies of the prior art, and to provide a building block puzzle assembly structure and a building block toy.

The purpose of the present creation is achieved at least by one of the following technical solutions.

The utility model relates to a building block assembling structure, which comprises a movable building block and a building base, wherein the movable building block is supported on the building base by an elastic component, and the elastic component acts on the movable building block and the The external pressure on the base is compressed to realize the compression, so that the movable building block and the construction base are relatively moved closer to each other. When the external pressure disappears, the elastic component supports the movable building block to restore the original position by the pre-pressure.

Further, the movable building block and the building base are in a one-to-one assembly relationship, and the size of the building base is only enough to support one movable building block, and the movable building block and the building base are composed at this time. a module, and the bottom end surface structure of the pedestal is the same as that of a building block, so that the module has the function of the building block; wherein the top surface of the movable building block is a building block pattern or The structure of the bottom of the building block can be used (the same structure as the existing puzzle building block, such as the building block hole column for installing the building blocks) Piece).

Further, there is a many-to-one assembly relationship between the movable building block and the building base, that is, a plurality of the movable building blocks are assembled on one of the building bases, and the building base is an integrally formed structure, each of which is The movable building blocks are independently supported on the building base by the elastic component, and each of the movable building blocks can move close to the building base under external pressure; wherein a plurality of the movable building blocks and the like The high ground is arranged above the one building base, and the top surface of the plurality of movable building blocks is arranged to form a structure capable of completing the puzzle with a plurality of the building blocks; the top structure of the movable building block is A structure that can be inserted into the bottom of the building block (the same structure as the existing puzzle building block, such as a building block column for installing the building blocks).

Further, the movable building block is provided with an upper limit component for engaging with a lower limit component provided on the construction base to realize a snap connection and a limit function, so that the movable building block and the construction base buckle After the combination, the relative movement can be separated from each other under the pre-stress of the elastic member; wherein the upper limit member can be disposed on the side wall of the movable building block (outer side wall or inner side wall), or can be disposed in the In the movable building block, the lower limit component may be disposed on a side wall of the building base (inner side wall or outer side wall), or may be disposed in the building base.

The upper limit component may be a protrusion on an outer side of the movable building block, and the lower limit component may be a protrusion disposed on an inner side of the movable base, acting on an external pressure of the movable building block and the construction base. The two protrusions are pressed against each other and then spanned to achieve the fastening, and when the elastic member rebounds, the restriction of the separation between the movable building block and the construction base is prevented (the separation described in the present invention refers to a spring reset or The active building block is taken off during the resetting process From the base of the building).

Further, a gap is left between the upper limit component of the movable building block and the side wall of the movable building block, that is, the upper limit component is independently disposed on the top surface of the movable building block; A gap is left between the lower limit member and the side wall of the building base, that is, the lower limit member is independently disposed on the inner bottom surface of the building base.

Further, the upper limit component provided on the inner side of the movable building block is a side wall of a rectangular movable building block disposed in the movable building block independently of the side wall, and the lower limit component provided on the inner side of the building base is a rectangular pedestal side wall disposed on the inner bottom surface of the pedestal base independently of the side wall; wherein the rectangular movable building block side wall can be embedded in the side wall of the rectangular erection base, the rectangular movable building block side wall and the rectangular pedestal side wall at least There is a projection for engaging the buckle connection and limiting the movable building block and the building base from each other.

Further, after the upper limit position component provided by the movable building block and the lower limit component provided by the construction base are mutually squeezed to achieve the fastening, the movable building block and the construction base are constructed with the same The movement in the direction parallel to the bottom surface of the base is restricted by one or more of the side wall of the movable building block, the side wall of the building base, the upper limit member and the lower limit member (ie, the parallel direction cannot be moved or can only be The movable building block and the built-in base are connected and operated at a small distance. In order to be as stable as possible, the movement in the parallel direction should be minimized.

Further, a distance when the movable building block is closest to the relative movement of the building base is restricted by one or more of the side wall, the upper limit member, and the lower limit member, or a pressing limit member is separately provided. Limit, the press limit member is set in the live At least one of the interior of the moving block building block and the interior of the building block.

Further, the elastic member is a spring (which may be any member that can be bounced after compression, such as a spring piece, etc.), and at least one of the interior of the movable building block and the interior of the building base has a height less than a spring length member for restricting displacement of the spring in a non-stretching direction (may be a hollow column located outside or inside the spring), or at least a side wall of the movable building block and a side wall of the building base The spring is restricted from being displaced in a non-stretching direction; the movable building block and the structure of the building base are generally rectangular.

The present invention also provides a building block toy having the building block puzzle assembly structure, comprising a building block jigsaw assembly structure and a building block that can be assembled on the movable building block of the building block jig assembly structure.

Compared with the prior art, the creation has the following advantages and technical effects: the creation structure is a movable building block structure, and each piece of the picture can be moved downward by pressing and can be elastic when the pieces are assembled (blocks). The automatic rebound reset under the action of the component increases the entertainment effect, and when you want to disassemble any piece of the puzzle piece, you can freely press the adjacent two blocks of any block of the picture, so that the block is removed to reveal the position of the opposite edge, that is, the finger position. It is very convenient to easily pull out the puzzle picture to be disassembled. In addition, the movable building block and the building base form a module, and the bottom of the single module can be a standard building block hole structure, which can have the advantages of movable floor construction, and can be used with the traditional building block bottom plate, and the size is not Restricted, users can freely play the puzzle to the size they want, giving the product more possibilities to use.

In short, the creation structure is simple and ingenious, easy to produce, low in cost, and creatively solves the field of building blocks with almost the simplest, safest, most reliable and most compatible design. The unsolved problem is very convenient to use, and it can be assembled and easily disassembled almost at will, which greatly provides the playability of building blocks. Just like some inventions that are generally accepted and praised, this creation skillfully solves the problems that have not been solved by the predecessors with almost the simplest, most reliable and lowest cost solution. The creation is bound to be widely promoted.

1‧‧‧Building the base

101‧‧‧Bottom surface structure

2‧‧‧Active building blocks

201‧‧‧Building Hole Column

3‧‧‧ Spring

4‧‧‧ upper limit parts

401‧‧‧Building blocks

5‧‧‧limit parts

6‧‧‧Spring limit parts

1a-1c are top, front and side views of the overall structure of the movable building block and the erecting base in the creative embodiment.

Figure 2 is a partial cross-sectional view of the building block assembly structure of Figure 1b.

FIG. 3 is a schematic diagram showing a state of transformation of a building block puzzle assembly structure according to an embodiment.

4a and 4b are a plan view and a front view showing the effect of the block building assembly in the embodiment after the block is placed.

Fig. 5 is a schematic view showing a state in which a building block is removed on a building block assembling structure in the embodiment.

FIG. 6 is a structural schematic diagram of a module formed by a single movable building block and a base built in the embodiment.

The specific implementation of the present invention will be further described below with reference to the accompanying drawings and embodiments, but the implementation and protection of the present invention is not limited thereto.

As shown in FIG. 1a to FIG. 1c, as an implementation manner of a building block jigsaw structure, a plurality of movable building blocks 2 are assembled on a whole building base 1, and between the movable building blocks 2 and the building base 1 It is a many-to-one assembly relationship, and the construction base 1 is an integrally formed structure, and the construction base 1 can be made into different sizes according to different needs. Each active building block 2 Each of the movable building blocks 2 can be moved close to the building base 1 by external pressure; each of the movable building blocks 2 is arranged at a height in the same manner. Above the one building base 1, a plurality of top structures of the movable building blocks 2 are arranged to form a structure for inserting a puzzle with a building block; the top structure of the movable building block 2 is A structure in which the bottom of the building block is inserted (for example, a building block hole column); as an embodiment, the top surface structure can adopt the same structure as the existing jigsaw puzzle building bottom plate, and the building block hole column 201 is provided for use as shown in FIG. 1a to FIG. Install the existing building block.

As shown in FIG. 2 to FIG. 4, the movable building block 2 is supported on the building base 1 by an elastic member, and the elastic member can be any member that can be bounced after compression, such as a spring, a spring piece, etc., and the spring is selected in this embodiment. 3, the elastic member is compressed under the external pressure acting on the movable building block 2 and the building base 1 to make the movable building block 2 and the building base 1 relatively move closer, when the external pressure disappears, The elastic member supports the movable building block 2 by pre-stressing.

As an embodiment, the movable building block 2 is provided with an upper limit member 4 for engaging with a lower limit member 5 provided on the base 1 to realize a snap connection and a limit function, so that the movable building block 2 After being engaged with the erection base 1, it can move relative to each other and can rebound under the pre-stress of the elastic member without being separated from each other. The upper limit member 4 may be disposed on a side wall (outer side wall or inner side wall) of the movable building block 2, or may be disposed in the movable building block 2 (as shown in FIG. 2 and FIG. 3). The component 5 may be disposed on the side wall (inner side wall or outer side wall) of the building base 1 or may be disposed in the building base 1. As shown in FIG. 2, the lower limit member 5 is disposed on the inner side wall of the building base 1.

The upper limit member 4 may be a protrusion on the outer side of the movable building block 2 (the protrusion may be a hook shape), the lower limit member 5 may be a protrusion provided on the inner side of the building base 1 (the protrusion may be a hook shape), acting on the movable building block 2 and the building base 1 The external pressure causes the two projections to be pressed against each other and then spanned to achieve the engagement, and prevents the restriction of the separation between the movable building block 2 and the construction base 1 when the elastic member rebounds (Fig. 3).

As an embodiment, a gap is left between the upper limit member 4 of the movable building block 2 and the side wall of the movable building block, that is, the upper limit member 4 is independently disposed on the top surface of the movable building block 2. (Fig. 2, Fig. 3); similarly, there is a gap between the lower limit member 5 of the pedestal 1 and the side wall of the pedestal, that is, the lower limit member 5 is independently disposed on the bottom surface of the pedestal 1 On the two, the two ways can be combined alternately.

As shown in FIG. 2 and FIG. 3, the upper limit member 4 provided on the inner side of the movable building block 2 is a rectangular side wall which is disposed independently of the side wall in the movable building block 2. Similarly, the lower limit member 5 disposed on the inner side of the erection base 1 may also be a rectangular side wall independent of the side wall. The rectangular side wall provided inside the movable building block 2 can be embedded in the interior of the pedestal base 1 When the rectangular side wall is provided, the rectangular side wall provided by the movable building block 2 and the rectangular side wall provided by the building base 1 have at least one protrusion for embedding, realize a snap connection and limit the movable building block 2 and the The bases 1 are detached from each other. As an embodiment, for example, the rectangular side wall provided with the movable building block 2 may be provided with a protrusion, and the rectangular side wall provided by the building base 1 is provided with a protrusion or a groove at a corresponding position for cooperation. Buckle connection and limit. The movable block building block 2 is provided with the upper limit member 4 and the lower limit member 5 provided by the building base 1 to be squeezed across each other to realize the fastening (Fig. 3), the movable building block 2 and the construction The movement between the bases 1 in a direction parallel to the bottom surface of the building base 1 is restricted by the side wall of the movable building block, the side wall of the building base, and the upper limit member 4 and the lower limit member 5 are more than one limit. Embodiment, The upper limit member 4 and the side wall of the pedestal are used to restrict the movement in the parallel direction so that the parallel direction cannot be moved or can only be used to affect the connection and normal operation of the movable building block 2 and the pedestal 1. Moving at a small distance is as stable as possible for splicing, and the movement in the parallel direction should be minimized.

Further, the distance when the movable building block 2 is closest to the relative movement of the building base 1 is limited by one or more of the side wall, the upper limit member 4, and the lower limit member 5, or is additionally provided. A pressing limit member is disposed at least one of the inside of the movable building block 2 and the interior of the building base 1. As shown in Fig. 3, in the present embodiment, the upper limit member 4 is used to limit the distance at the closest position.

2, 3, at least one of the interior of the movable building block 2 and the interior of the building base 1 is provided with a height less than the length of the spring 3 for limiting the displacement of the spring 3 in the non-stretching direction. a spring limiting member 6 (which may be a hollow column located outside or inside the spring 3, the former adopts the former), or at least one of the side wall of the movable building block 2 and the side wall of the building base 1 The spring 3 is restricted from being displaced in a non-stretching direction (in this case, the spring 3 has a larger diameter). Since the movable building block 2 and the building base 1 are generally rectangular in shape, a hollow column located outside or inside the spring 3 is generally used as the spring limiting member 6.

Fig. 4 is an effect diagram after the block 401 is inserted. The traditional building block block socket, because the building block picture is built after the four sides are tight, so you want to take out any piece of the block in the middle or other positions, there is no grip position, so you want to disassemble any one of the blocks, Special tools are needed. However, after adopting the technical solution of the present creation, as shown in FIG. 5, it is a schematic diagram of the pressing manner and direction when the building block 401 located at the middle position is disassembled, as long as both sides are pressed. Adjacent building blocks 401 can conveniently be pulled out from both sides of the building block 401 to be removed to remove the building block 401 to be removed. The spring 3 of the present embodiment can be soft enough to support the building block 401 and the movable building block 2, and the building block 401 can be easily combined with the movable building block 2, even if the child can easily use it.

As another typical implementation manner, as shown in FIG. 6, the movable building block 2 and the building base 1 are in a one-to-one assembly relationship, and a building base 1 is only required to support one movable building block 2 At this time, the movable building block 2 and the building base 1 form a module, and the bottom end surface structure 101 of the building base 1 is the same as the bottom of the building block 401, so that the module has the function of the building block 401. The top surface of the movable building block 2 is a brick pattern or a structure capable of being inserted into the bottom of the building block 401 (the same structure as the existing puzzle building bottom plate can be adopted, such as setting the building hole column 201 for installation) The building block 401). This kind of structure can be used freely with ordinary building blocks to build floor or building block related products. The bottom of the base 1 of a single module can be a standard building block hole structure, which can have the advantages of movable floor construction, and can be used with the traditional building block bottom plate, and the size is not limited, the user can freely play the puzzle to make his own thoughts. The size required gives the product more possibilities to use.

According to the solution disclosed in the present application, those skilled in the art can also make changes and modifications to the above embodiments, such as position adjustment of the position limiting component and the like. Therefore, the protection of the present invention is not limited to the specific embodiments disclosed and described above, and the replacement or simple increase or decrease of the creative work without the creative labor should fall within the scope of the claims of the present invention.

Claims (10)

A building block assembling structure comprises: a movable building block and a building base, wherein the movable building block is supported on the building base by an elastic component acting on the movable building block and the building base Under the external pressure, the compression is performed to make the movable building block and the construction base relatively move closer to each other. When the external pressure disappears, the elastic component supports the movable building block to restore the original position by the pre-pressure. The building block assembling structure of claim 1, characterized in that: the movable building block and the building base are in a one-to-one assembly relationship, and the size of the building base is only sufficient to support one of the movable building blocks. Block, at this time, the movable building block and the building base form a module, and the bottom end surface structure of the building base is the same as a building block, so that the module has the function of the building block; wherein the movable building block The top surface of the building block is a brick pattern or a structure that can be inserted into the bottom of the building block. A building block jigsaw assembly structure according to claim 1, characterized in that: the movable building block and the building base have a many-to-one assembly relationship, that is, a plurality of the movable building blocks are assembled on one of the building bases. The erection base is an integrally formed structure, and each of the movable building blocks is independently supported on the erection base by the elastic member, and each of the movable building blocks can be opposite to the pedestal under external pressure. Moving closer to the mobile; wherein a plurality of the movable building blocks are arranged above the building base, and the top structure of the movable building block is a structure that can be inserted into the bottom of the building block, and the movable building blocks are The top surface of the building block forms a structure that can be used to complete a puzzle with a plurality of the building blocks. A building block assembling structure according to claim 1, wherein the movable building block is provided with an upper limit member for engaging with a lower limit member provided on the building base to realize the buckle connection and the limit. Positioning, the movable building block can be relatively moved after being engaged with the construction base, and can not be separated from each other when the elastic component is pre-stressed; wherein the upper limit component is disposed on the side wall of the movable building block Or disposed in the movable building block, the lower limit component is disposed on a side wall of the building base or disposed in the building base. A building block assembling structure according to claim 4, wherein a gap is left between the upper limit member of the movable building block and the side wall of the movable building block, that is, the upper limit member is independently provided. The movable building block is disposed on the top surface of the block; and a gap is left between the lower limit member of the building base and the side wall of the building base, that is, the lower limit member is independently disposed on the inner bottom surface of the building base. A building block assembling structure according to claim 5, wherein the upper limit member is a rectangular movable building block side wall disposed in the movable building block independently of the side wall; and the lower limit member is provided a rectangular pedestal side wall of the bottom surface of the pedestal is independent of the side wall; wherein the side wall of the rectangular movable building block can be embedded in the side wall of the rectangular erecting base, at least the side wall of the rectangular movable building block and the side wall of the rectangular pedestal are at least A projection for engaging the buckle connection and limiting the movable building block and the building base from each other. A building block jigsaw assembly structure according to claim 4, characterized in that: After the upper limit member and the lower limit member are pressed against each other to achieve the fastening, the movement between the movable building block and the building base in a direction parallel to the bottom surface of the building base is subjected to the side wall of the movable building block, One or more restrictions are imposed on the side wall of the base, the upper limit member and the lower limit member. A building block assembling structure according to claim 1, wherein: the distance between the movable building block and the building base relative to the closest movement is from the respective side wall, the upper limit member, and the lower limit. One or more of the components are limited, or limited by a separately provided one of the pressing limit members, the press limiting member being disposed at least one of the interior of the movable building block and the interior of the building base. A building block assembling structure according to claim 1, wherein the elastic member is a spring, and at least one of the inner portion of the movable building block and the inner portion of the building base is provided with a height smaller than the spring length. A member for restricting displacement of the spring in a non-stretching direction, or at least one of the movable building block side wall and the building base side wall restricting displacement of the spring in a non-stretching direction. A building block toy having the building block jigsing assembly structure according to any one of claims 1 to 9, comprising: a building block jigsaw assembly structure and a building block which can be assembled in the building block jigsaw assembly structure by inserting The activity blocks are built on the block.