CN103370485A - Building-block floor tiles - Google Patents

Abstract

Disclosed in the present invention is building-block floor tiles, which are configured to use the structuring strip frame and the modular batten group, as same as square, rectangle and hexagon building-block floor tiles. The floor tiles can be assembled to be the building-block floor tiles with herringbone, rhombus and part polygon pattern, through changing the angle and orientation of the original strip or changing the angle and orientation of the sides of the original parallelogram batten. The herringbone building-block floor tiles have compact lines, and the battens with flectional arrangement result in undulated third dimension in vision. The rhombus floor tiles are similar to diamond and compass in shape. The battens, having different length and same angle, are parallelly arranged to form polygon building-block floor tiles. All sorts of battens arranged in a crisscross pattern are constructed to manifold geometry, this improves the ornamental art of the product. The floor tiles can be applied to use in a large area of public place.

Description

Raised flooring brick

Raised flooring brick

It is used as raised flooring brick（Square rectangles hexagons）（Application number PCT/CN2011/001177) series of products, the stealthy moulding different by adding ten plurality of specifications equal angulars（Figure -1 to Figure 16) and several parallelogram laths（Figure 17 to Figure 20, Figure 26 are to Figure 29) constitute herringbone rhombuses and polygonal segment raised flooring brick.

It is different from the rectangular strip on common herringbone floor, the lath of herringbone raised flooring brick is shaped as parallelogram, and in order to be bumped into stealthy moulding, in four edges or only one is long when being tenon, other three when being all groove (A1A2A3A4) or four when being all groove（B1B2B3B4) .Lath short side or so opposing parallel arrangement when mating formation, lines simple and clear produces obvious third dimension.（Figure 25 Figure 34 Figure 38 Figure 40)

Rhombohedral building block floor tile uses 60/120 degree of angle moulding and 60 degree of angle parallelogram laths（Figure 41 Figure 43), framed formula diamond shaped floor brick（Figure 42) design can make shorter lath be combined into the visual effect being mutually linked between larger fragment of brick, frame such as the overall network of braiding.

Polygonal product Parqueting block is rearranged by some pieces of angular width identical lath parallel misalignments, and larger brick shape is constituted with small size lath（Figure 45), the long short side of the lath correspondence design that interlocks makes floor deformation uniform, and identical Polygonal product Parqueting block can constitute the geometrical pattern of a variety of patterns according to different angles and corresponding method.Meet the individual demand of user.Fig. 1/Fig. 2/Fig. 3/Fig. 4/Fig. 7/Fig. 8/Fig. 9/Figure 16-1 degree of gusset bar moulding plan

Fig. 5/Fig. 6/Figure 10/Figure 11/Figure 12/Figure 13/Figure 14/Figure 15-1 degree of gusset bar moulding plan

Figure 17/Figure 18/Figure 19/Figure 20-45 degree gusset bar plan Figure 26/Figure 27/Figure 28/Figure 29-60 degree gusset bar plan

The herringbone raised flooring bricks of Figure 21/Figure 22/Figure 23/Figure 24/Figure 25/Figure 30 to Figure 40-mono- are mated formation schematic diagram

Figure 41/Figure 42/Figure 43/Figure 44 one by one mat formation schematic diagram by Rhombohedral building block floor tile

The Polygonal product Parqueting block plans of Figure 45 to Figure 50-mono-

The Polygonal product Parqueting blocks of Figure 53 to Figure 82-mono- are mated formation schematic diagram

Note：（1) dotted line represents lath A tenon sideline in figure

(2) " artwork " represents original square rectangles hexagons raised flooring brick Figure of description

(3) mortise shape in moulding termination is identical with artwork has chamfering this figure omission not indicate

Laying common herringbone floor will be constructed since room central point, and a large amount of incomplete laths must be used by being taped against each face wall side, not only taken a lot of work but also taken material.Paving herringbone raised flooring brick can construct since corner, and the quantity of imperfect lath reduces a greater part of youngster, had not only accelerated speed of application but also had reduced spillage of material.

Claims (1)

1. (one）Moulding is designed：The angle of the double spokes in original 90 degree of angles and three spoke mouldings is changed to 45 degree and 60 degree（Fig. 1 Fig. 2 Fig. 3 Fig. 4 Fig. 8 Fig. 9 and Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15), and add three kind of four spoke moulding (Fig. 5 Fig. 6 and Figure 16), its specification and tip shapes and former moulding are just the same.

   (two）Plank designs：Devise symmetrical parallelogram lath（A1A2B1B2 and A3A4B3B4), the four of lath A are tenon sides when only one is long in, the four of lath B are when being groove, group of slats in several angle directions identical lath A and an angle direction identical lath B composition moulding grid such as (Figure 24 Figure 33 Figure 37 Figure 39 Figure 41 Figure 43) also has the group of slats being all combined into lath A such as in addition（Figure 53 Figure 55 Figure 75) not only improve production and processing convenient construction again.

   (three）Brick shape is designed：Herringbone rhombuses and Polygonal product Parqueting block only can be assembled with two kinds of lath A and two kinds of lath B are arranged in parallel, identical lath can be combined into different brick shapes such as（Figure 46 Figure 47) (Figure 48 Figure 50 Figure 52) (Figure 49 Figure 51).

   (four）Spell sample design：Whole assembling schemes in Figure of description