TWM480416U - Bottom plate set for building blocks - Google Patents

Description

Building block

The utility model relates to a building block bottom plate, in particular to a building block bottom plate group which can be combined with other building blocks.

Referring to FIG. 1, a brick bottom board 11 which is common in the market is taken as an example, and is mainly used for combining a building block unit which is composed of a plurality of building blocks 12, whereby the building block unit can be integrated on the floor board 11 of the building block, and can stand. In a plane.

When the bottom plate 11 of the building block is not large enough and needs to be spliced, only the building blocks 12 can be bridged between the adjacent building blocks 11 . However, since the above-mentioned building block 11 and the building blocks 12 can only rely on the insertion of the holes and the columns. In combination, it is easy to break off because the combination is not stable enough, and the blocks 12 that are connected to the adjacent block bottom plate 11 but are not used for molding will destroy the aesthetics of the overall shape. Therefore, the above-mentioned block bottom plate 11 will have a large area and small size in accordance with the demand. A variety of different sizes, which in turn lead to problems that are difficult to store.

Referring to FIG. 2 , another example is the chip 21 of the CN202554945 case, which is mainly formed with a plurality of circular jacks 211 and a plurality of square jacks 212 on one surface, thereby being capable of mating with a circular column or The number of blocks of square columns is 22.

However, the foregoing building blocks 21 still cannot overcome the problem of insufficient accumulation at the time of splicing, and although the insertion holes 211, 212 can fit the blocks 22 of the circular column or the square column, and the aforementioned insertion holes 211, 212 may have different hole shapes, And the division of the configuration position, the creation of the overall shape is limited, and does not meet the needs of use.

Therefore, the object of the present invention is to provide a building block bottom plate group which can improve the stability at the time of joining and the convenience of unloading.

Therefore, the modular floor panel of the present invention comprises at least two bottom plates, at least one first joint member, and at least one second joint member. The bottom plates respectively have two plate faces formed on two opposite sides, a first socket group penetrating the plate faces in a direction parallel to one axis, and a plurality of stop faces, the first socket group having the block for inserting the blocks And a plurality of jacks extending in the direction perpendicular to the axis and two of the pair of inner surfaces of the jacks formed adjacent to an edge of the board surface. The first joint member has a connecting plate spanning two adjacent bottom plates, at least two first convex portions formed on the connecting plate and having an outer diameter matching the insertion hole, and two groups are formed opposite to each other a number of barbs at one end of the convex portion, the first convex portions being inserted into the insertion holes of the adjacent two bottom plates, the barbs having a pair of joint faces hooking with the stop faces, and a slope The bevel extends from an end adjacent the mating face and adjacent the inner surface of the receptacle toward the other end remote from the inner surface of the receptacle. The second bonding member has a substrate, at least one second protrusion formed on the substrate and having an outer diameter smaller than the insertion hole, and two sets of a plurality of push-out surfaces formed opposite to one end of the second protrusion. The push-out surfaces are inserted into the socket of the board with the second protrusion, and the hooks are pushed The slopes cause the barbs to contract away from the inner surface of the receptacle, and the opposing faces are interlocked from the stop faces.

The utility model has the advantages that the bonding strength of the adjacent bottom plate is strengthened by the barb of the first joint member, and the convenience of removing the first first joint member by the second joint member is improved.

3‧‧‧Building blocks

31‧‧‧Modeling Department

311‧‧‧ Large diameter stud

312‧‧‧ Small diameter stud

4‧‧‧floor

40‧‧‧ board

401‧‧‧ edge

41‧‧‧First jack group

411‧‧‧ jack

412‧‧‧ jack

42‧‧‧Second jack group

421‧‧‧ jack

422‧‧‧ jack

43‧‧‧ Groove

44‧‧‧stop surface

5‧‧‧First joint

50‧‧‧Link board

51‧‧‧First convex

511‧‧‧ rim

512‧‧‧Bounce arm

513‧‧‧ Missing slot

52‧‧‧Barb

521‧‧‧

522‧‧‧Slope

6‧‧‧Second joint

60‧‧‧Substrate

61‧‧‧second convex

611‧‧‧ rim

612‧‧‧ rib

62‧‧‧ pushed face

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a perspective view showing a general building block bottom plate; FIG. 2 is a plan view showing a case of CN202554945; FIG. 4 is a perspective view showing the first joint member of the preferred embodiment in combination with the second bottom plate; FIG. 5 is a cross-sectional view illustrating the comparison. In the preferred embodiment, the first joint member hooks the bottom plate; FIG. 6 is a cross-sectional view showing a second joint member pushing the first joint member away from the bottom plate in the preferred embodiment; FIG. 7 is a cross-sectional view illustrating In the preferred embodiment, the two bottom plates are spliced in a horizontal-vertical direction through the two blocks; FIG. 8 is a cross-sectional view showing the two bottom plates spliced horizontally through the two blocks in the preferred embodiment; and FIG. 9 is a perspective view. In the preferred embodiment, the floor surface of the bottom plate is inserted with blocks.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to Figures 3, 4, and 5, a preferred embodiment of the modular building block set is used to join a plurality of blocks 3. Each of the blocks 3 has a molding portion 31 and a large diameter protrusion 311 or a small diameter protrusion 312 extending from the molding portion 31. The building block bottom plate assembly comprises at least two bottom plates 4, at least one first joint member 5, and at least one second joint member 6.

The bottom plates 4 respectively have two plate faces 40 formed on opposite sides, a first socket group 41, a second socket group 42, and a plurality of grooves 43 extending through the plate faces 40 in a direction parallel to the axis X. , and a number of stop faces 44. The first jack group 41 is divided into a plurality of jacks 411 having a larger aperture and a plurality of jacks 412 having a smaller aperture than the jacks 411. The jacks 411 are arranged in an array by the edges 401 of the board faces 40. The jacks 412 are respectively arranged between the adjacent two jacks 411 and arranged in an array. The second jack group 42 has a plurality of jacks 421 formed on a peripheral surface and extending in a direction perpendicular to the axis X and having a hole diameter equal to the jack 411, and a number of plugs having a smaller aperture than the jacks 421 and the jacks 412 Hole 422. The grooves 43 are respectively formed on an inner surface of the insertion hole 411 adjacent to the edge 401, and extend from one of the plate faces 40 in the direction parallel to the axis X. The stop faces 44 are respectively formed to extend between the inner surface of the insertion hole 411 and the groove 43 in the direction perpendicular to the axis X. The grooves 43 and the stop faces 44 are respectively formed in two groups, and a total of two groups are formed on the inner surface of each of the insertion holes 411.

The first joint member 5 has one spanning two adjacent bottom plates 4 The connecting plate 50, the four first convex portions 51 formed in the array of the connecting plate 50, and the two first indentations 52 are formed on the one end edge of the first convex portions 51 and have four sets. The outer diameters of the first protrusions 51 are matched with the insertion holes 41 and inserted into the insertion holes 411 of the adjacent two bottom plates 4, and have a hollow ring edge 511, and two groups are formed opposite to each other. The rim 511 defines a number of slots 513 of a spring arm 512. The barbs 52 are respectively coupled to the elastic arms 512 and have a pair of joint faces 521 that are hooked to the stop faces 44 and a slope 522. The slope 522 extends from the other end adjacent to the inner surface of the insertion hole 411 adjacent to the inner surface of the insertion hole 521 and away from the inner surface of the insertion hole 411.

The second bonding member 6 has a substrate 60, four second convex portions 61 formed on the substrate 60 and arranged in an array, and two sets of a plurality of pushes formed on one end of the second convex portion 61. Pull the face 62. The second convex portions 61 have outer diameters smaller than the insertion holes 411, and have a hollow annular rim 611, and two sets of a plurality of ribs 612 formed opposite to each other on the annular rim 611. The push-out surfaces 62 are formed on one end surface of the rib 612 and are engageable with the stop surface 44.

When the two bottom plates 4 are to be spliced, it is only necessary to straddle one or more first joint members 5 between adjacent bottom plates 4, and press the first joint member 5 along the axis X direction to make the first The first convex portion 51 of the joint member 5 is inserted into the insertion hole 411 of the adjacent bottom plate 4, and the connecting plate 50 is adjacent to the plate surface 40 of the bottom plate 4, and the first convex portion 51 penetrates the insertion holes 411 at the first convex portions 51. During the process, the barbs 52 are constrained by the inner surface of the jacks 411 and contracted by the springing effect of the elastic arms 512. When the recesses 52 are opposite to the grooves 43, the barbs 52 are opposite to the grooves 45. The grooves 43 are expanded, and the inclined faces 522 and the like The stop faces 44 in the insertion holes 411 are hooked to each other.

Thereby, through the first bonding members 5, the adjacent bottom plates 4 can be firmly combined, thereby expanding the total area of the bottom plates 4, and the building blocks can be connected to the bottom plates 4 as shown in FIG. 3, while constructing a large number of blocks or requiring a larger area of building blocks.

It should be noted that since the jacks 411 and 412 have two kinds of apertures, the large diameter protrusions 311 or the small diameter protrusions 312 of the building blocks 3 can be inserted, and the two types of building blocks 3 are applicable, and The jacks 411 and 412 are arranged in an array, and generally the shape of the building portion 31 of the building blocks 3 is not smaller than that of the one jack 411. Therefore, the combined design of the building blocks 3 is not limited to the jack. The positions of 411, 412, in other words, the insertion holes 411, 412 of the bottom plate 4 can meet the insertion requirements of the building blocks 3 without the limitation of the position.

Referring to FIG. 6, when the bottom plates 4 are to be separated, the second joining member 6 is spanned between adjacent bottom plates 4 and pressed along the axis X direction only in a direction opposite to the direction of the first joining member 5. The second joint member 6 can insert the second convex portion 61 of the second joint member 6 into the insertion hole 411 of the adjacent bottom plate 4. At this time, as the second convex portions 61 penetrate into the same The jacks 411, the push-out surfaces 62 push the slopes 522 of the barbs 52 to cause the barbs 52 to contract away from the inner surface of the jack 411, and interlock the mating surfaces 521 The baffle 52 of the first joint member 5 is continuously subjected to the push-out surface 62 and the convex portion of the second joint member 6 after the opposite end faces 43 are disengaged from the stop faces 43. The rib 612 is pushed and displaced in a direction parallel to the axis X away from the plate surface 40. Thereby, the connection of the first bonding member 5 is made The connecting plate 50 and the plate surface 40 are formed with a space for the user to draw the first connecting member 5, and since the outer diameter of the second convex portion 61 is slightly smaller than the insertion holes 411, the user can The second joint member 6 is easily taken out, and the bottom plates 4 are separated and housed.

In addition, it should be noted that the second joint member 6 can also be used for connecting the two bottom plates 4 separately. Although the joint strength is not as good as that of the first joint member 5, it has the advantage of convenient drawing.

Referring to FIG. 7 , FIG. 8 , and FIG. 9 , since the insertion holes 421 and 422 of two different apertures are formed on the circumferential surface of the bottom plate 4 , the same can be applied to the bricks 3 of the two types of plug specifications. As shown, the bottom plates 4 are respectively overlapped in the horizontal direction and the vertical direction, and the plurality of cylindrical blocks 3 are inserted into the insertion holes 411, 421 (or the insertion holes 412, 422) of the adjacent bottom plates 4, thereby enabling The two base plates 4 are spliced horizontally and vertically. Or as shown in FIG. 8, the bottom plates 4 are adjacent to each other in a horizontal direction, and the jacks 421, 421 (or the jacks 422, 422) opposite to the adjacent bottom plate 4 are plugged in with the blocks, and can also be stitched in the horizontal direction. Block bottom plate 4. Or as shown in FIG. 9, the insertion holes 421, 422 of the peripheral surface of the bottom plate 4 can also be creatively shaped to insert different blocks 3 to create different modeling changes.

In summary, the modular floor panel of the present invention has the following advantages and effects:

1. The present invention can strengthen the bonding strength of the adjacent bottom plate 4 with the barbs 52 of the first joint member 5, and enhance the convenience of removing the first first joint member 5 by the second joint member 6.

2. The bottom plate 4 of the present invention has two types of apertures 411 and 412. Therefore, two types of building blocks 3 are applied, and the jacks 411 and 412 are arranged in an array, so that the building blocks 3 can be combined at any position of the bottom plate 4, so that the combined shape is not limited, and Give the most out of your creativity.

3. Since the sockets 421 and 422 of two different apertures are formed on the circumferential surface of the bottom plate 4, in addition to the same type of bricks 3, the blocks 3 can be spliced horizontally and vertically through the plugged blocks 3 The block bottom plate 4, or the two bottom plates 4 are spliced in a horizontal direction, so that the shape of the block 3 is more varied and creative.

However, the above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made in accordance with the scope of the present patent application and the contents of the patent specification, All remain within the scope of this new patent.

4‧‧‧floor

40‧‧‧ board

401‧‧‧ edge

411‧‧‧ jack

421‧‧‧ jack

422‧‧‧ jack

43‧‧‧ Groove

44‧‧‧stop surface

5‧‧‧First joint

50‧‧‧Link board

51‧‧‧First convex

512‧‧‧Bounce arm

52‧‧‧Barb

521‧‧‧

522‧‧‧Slope

6‧‧‧Second joint

60‧‧‧Substrate

61‧‧‧second convex

611‧‧‧ rim

612‧‧‧ rib

62‧‧‧ pushed face

Claims (10)

A building block bottom plate assembly for combining at least one building block, the building block bottom plate group comprising: at least two bottom plates respectively having two plate faces formed on two opposite sides and a first insertion hole penetrating the plate faces in a direction parallel to an axis a group, and a plurality of stop faces, the first socket group having a plurality of sockets for inserting the blocks, the stop faces respectively extending in a direction perpendicular to the axis direction and two groups being oppositely formed adjacent to the boards An inner surface of the socket having an edge; at least one first coupling member having a connecting plate spanning the adjacent two bottom plates, at least two first convex portions formed on the connecting plate and having an outer diameter and the insertion hole, And two of the plurality of barbs formed opposite to one end of the first protrusions, the first protrusions being inserted into the insertion holes of the two adjacent bottom plates, the barbs having the stop faces a pair of mating faces and a beveled surface extending from an end adjacent to the mating face adjacent to the inner surface of the jack toward the other end away from the inner surface of the jack; and at least a second coupling member, Having a substrate, formed on the substrate and having an outer diameter smaller than at least one of the jacks Two convex portions, and two of a plurality of push-out surfaces formed opposite to one end edge of the second convex portion, the push-pull surfaces being inserted into the insertion holes of the bottom plate, and pushing The slopes of the barbs cause the barbs to contract away from the inner surface of the receptacle, and the opposing faces are interlocked from the stop faces. The building block bottom plate group according to claim 1, wherein the bottom plates respectively have a circumferential surface adjacent to the plate faces, and a second socket group having a circumferential groove formed along the circumference Vertically extending in the direction of the axis A plurality of jacks for respectively plugging the blocks. The building block bottom plate group according to claim 1 or 2, wherein the jacks are divided into two kinds of apertures, and at least one of the holes having a smaller aperture is located between at least two jacks having a larger aperture. The modular floor panel of claim 3, wherein at least a portion of the larger aperture is adjacent to an edge of the floor panel. The modular floor panel of claim 4, wherein the stop faces are formed in the receptacles adjacent the edges and having a larger aperture. The building block bottom plate group according to claim 1, wherein the bottom plates each have a plurality of grooves formed on inner surfaces of the insertion holes and respectively formed with the stop faces. The building block bottom plate group of claim 1, wherein the first convex portions have four arrays and are arranged in an array, the barbs have four groups, and two groups are respectively formed on the first convex portion. End edge. The building block bottom plate group according to claim 1 or 7, wherein the second convex portions are arranged in an array of four, and the pushing surfaces are at least four groups, and two groups are respectively formed in the second The edge of the convex portion. The block bottom plate set according to claim 1, wherein the first convex portions have a hollow rim, and the two are a plurality of vacancies formed on the rim and defining a spring arm, the bullet The arm is connected to the barb. The block bottom plate set according to claim 1, wherein the second convex portions have a hollow rim, and the two are a plurality of ribs formed on the rim and formed with the push-out surface. The rib and the stopping surface penetrate the insertion hole of the bottom plate with the second convex portion, and push the first coupling member to face the first The direction of displacement of the two joint members.