CN101498122A

CN101498122A - Greening combined building block, and greening wall and greening cylinder made thereof

Info

Publication number: CN101498122A
Application number: CNA2008100452696A
Authority: CN
Inventors: 孙希贤
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-01-28
Filing date: 2008-01-28
Publication date: 2009-08-05
Also published as: WO2009094870A1

Abstract

The invention relates to a virescence facility, in particular to a virescence combination building block on which flowers and plants are planted, and a virescence wall body and a virescence column body which are made of the combination building blocks. The virescence facility comprises the virescence combination building blocks (1), building blocks (2), building blocks (3), hollow planting holes (4), concave hollow spaces (5), water supply and drain holes (6), connecting openings (7), soil (8), flowers and plants (9), water supply and drain holes (10), planting surfaces (11), the virescence wall bodies and the virescence column bodies (12). The manufactured building block (2) and the building block (3) are combined and cemented by cement at connecting openings (7), the virescence combination building block (1) with the hollow planting holes (4), the water supply and drain holes (6), the water supply and drain holes (10) and the planting surfaces (11) can be manufactured, then the virescence combination building blocks are piled up to form the virescence wall body or the virescence column body, the soil (8) is put into the hollow planting holes (4), and the flowers and plants (9) are planted. The invention has the advantages of simple structure, low cost and good virescence effect.

Description

Greening wall and greening cylinder that greening assembled building blocks and this assembled building blocks thereof are made

Technical field

The present invention relates to a kind of greening installation, specially refer to a kind of greening assembled building blocks of flowers and plants and greening wall and greening cylinder that this assembled building blocks is made thereof of planting thereon.

Background technology

Traditional body of wall or cylinder be greening not, or adopts the Boston ivy greening more, or plants tall and big plant barrier and afforest; Road is isolated the isolation of employing steel structure, clump is isolated or greenbelt is isolated; The railway both sides isolate with wire gauze and enclosure wall, and its shortcoming does not have afforestation effect, or waste land resources.The ecological block of patent CN2914640 in implantation hole, also will depend on the flowers and plants plantation another body of wall and could realize, this building block can only be afforested by single face, and the implantation hole axis is parallel to ground, and in little outer big, be about to when rainy that flowers and plants and soil wash out and ineffective.The present invention can assemble into greening wall body of wall and greening cylinder with some greening assembled building blocks, and it is used for building greening, urban construction greening or is used as road, railway isolation greening, thereby has thoroughly changed the deficiencies in the prior art.

Summary of the invention

Goal of the invention of the present invention is: a kind of making simple in structure, easy, low, the effective greening assembled building blocks of cost are provided, another goal of the invention of the present invention also be to provide a kind of can afforest assembled building blocks and can stack arbitrarily by this be built into greening wall and the greening cylinder that carries the plumbing structure.

Technical scheme of the present invention is:

Be specifically designed to the plantation greening assembled building blocks of flowers and plants and greening wall and the greening cylinder that this assembled building blocks is made thereof, described base material is cement mortar, slag powders, build a kind of in ground-slag, rock powder, clay, the plastics.

Greening wall and greening cylinder that described greening assembled building blocks and this assembled building blocks thereof are made comprise greening assembled building blocks 1, building block 2, building block 3, hollow implantation hole 4, matrix cavity 5, plumbing hole 6, connector 7, soil 8, flowers and plants 9, plumbing hole 10, growing surface 11, greening wall and greening cylinder 12.Described base material mould molding, make building block 2 and building block 3, it is bonding again 3 groups of building block 2 and building blocks to be incorporated in connector 7, promptly constitute the hollow implantation hole 4 that has of the present invention, matrix cavity 5, plumbing hole 6, plumbing hole 10, the greening assembled building blocks 1 of growing surface 11, described hollow implantation hole 4 be interior low outer high by interior to growing surface 11 openings, described plumbing hole 6 is arranged on the top of hollow implantation hole 4, plumbing hole 10 is arranged on the bottom of hollow implantation hole 4, this greening assembled building blocks 1 is laid in when constituting greening wall and greening cylinder 12 on another greening assembled building blocks 1, hollow implantation hole 4 and matrix cavity 5 just form bigger hollow implantation hole 4, the passage of plumbing from top to bottom that plumbing hole 6 and plumbing hole 10 constitute is placed soil 8 and plantation flowers and plants 9 in the hollow implantation hole 4 of described greening assembled building blocks 1.

The base material of described building block (2) and building block (3) is cement mortar, slag powders, build a kind of in ground-slag, rock powder, clay, the plastics.

The outer surface of cupular part of described building block 2 is provided with matrix cavity 5, and inside is provided with crowning, when 3 groups of itself and building blocks are incorporated in the upper surface that connector 7 places just constitute hollow implantation hole 4 after bonding.

The upper surface that described building block 3 constitutes hollow implantation hole 4 is plane or arc surface, when 2 groups of itself and building blocks are incorporated in the soffit that connector 7 places just constitute hollow implantation hole 4 after bonding.

The hollow implantation hole 4 of establishing in the described greening assembled building blocks 1 is to be constituted by building block 2 and building block 3.

Described greening assembled building blocks 1 is provided with N hollow implantation hole 4.

The hollow implantation hole 4 of described greening assembled building blocks 1 is provided with M seed face 11.

The cavity upper surface of the hollow implantation hole 4 that described building block 2 and building block 3 are combined to form is plane or arc surface, and soffit is plane or arc surface.

The hollow implantation hole 4 bottom forms of described greening assembled building blocks 1: the logical end or the obstructed end.

When the hollow implantation hole 4 of described greening assembled building blocks 1 is the obstructed end, in building block 3, set up plumbing hole 10.

The matrix cavity 5 of described greening assembled building blocks 1 is the part of implantation hole in hollow implantation hole 4 during for the logical end, and is the plumbing passage in hollow implantation hole when being the obstructed end.

Hollow implantation hole upper and lower is located in described plumbing hole 6 and plumbing hole 10 respectively.

Described hollow implantation hole 4 is when leading to the end, and this assembled building blocks 1 is built and form bigger hollow implantation hole 4 on another assembled building blocks 1.

Described greening assembled building blocks 1 stacks when being built into greening wall and greening cylinder, and plumbing hole 6 is connected the hollow implantation hole 4 of assembled building blocks up and down with plumbing hole 10, and forms plumbing passage from top to bottom naturally.

It is the circle ring sector cylinder that trapezoidal trapezoidal cylinder or top and bottom are circle ring sector that the outer shape of described greening assembled building blocks 1 has cuboid or top and bottom.

Described greening wall assembles into desired height and width with greening cylinder 12 layer by layer by X greening assembled building blocks 1, and plants flowers and plants 9 formations thereon.

The invention has the advantages that:

The greening assembled building blocks is simple in structure, cost is low, easy making, when stack take up an area of when being built into greening wall and greening cylinder little, green coverage is big, the plumbing of nature drip, absorbing carbon dioxide, heat energy, noise, dust, light pollution does not run off because of soil is placed in the interior low outer high hollow implantation hole, afforestation effect is good, beautifies the environment.

Description of drawings

The assembled scheme of building block 2 of the present invention and building block 3 has: A assembled scheme, B assembled scheme, C assembled scheme, D assembled scheme, assemble into the E scheme of greening wall and greening cylinder, the invention will be further described below in conjunction with drawings and Examples:

Accompanying drawing establishment method for expressing:

A assembled scheme: connector 7 both sides below hollow implantation hole 4 that are building block 2 and building block 3.

B assembled scheme: connector 7 both sides above hollow implantation hole 4 that are building block 2 and building block 3.

C assembled scheme: be building block 2 and building block 3 connectors 7 left side or right side in hollow implantation hole 4.

The D assembled scheme: building block 2 and building block 3 connectors 7 are below hollow implantation hole 4.

E greening assembled building blocks 1 assembles scheme: greening wall and greening cylinder that greening assembled building blocks 1 assembles.

A assembled scheme description of drawings:

Fig. 1 looks schematic diagram for master of the present invention.

Fig. 2 is that greening assembled building blocks 1 profile is the schematic top plan view of cuboid.

Fig. 3 is that greening assembled building blocks 1 profile is the schematic top plan view of trapezoidal cylinder.

Fig. 4 is that greening assembled building blocks 1 profile is the schematic top plan view of circle ring sector cylinder.

Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12 are P-P sectional view of Fig. 1.

Figure 13 looks schematic diagram for the master of the building block 2 of two-sided planting.Figure 14, Figure 15 are Q-Q sectional view of Figure 13.

Figure 16 looks schematic diagram for the master of the building block 2 of single face plantation.Figure 17, Figure 18 are R-R sectional view of Figure 16.

Figure 19 is building block 3 sectional views at the logical end.Figure 20 is obstructed bottom building block 3 sectional views.

Figure 21 is building block 3 sectional views at the logical end.Figure 22 is obstructed bottom building block 3 sectional views.

B assembled scheme description of drawings:

Figure 23 looks schematic diagram for master of the present invention.

Figure 24 is that greening assembled building blocks 1 profile is the schematic top plan view of cuboid.

Figure 25 is that greening assembled building blocks 1 profile is the schematic top plan view of trapezoidal cylinder.

Figure 26 is that greening assembled building blocks 1 profile is the schematic top plan view of circle ring sector cylinder.

Figure 27, Figure 28, Figure 29, Figure 30, Figure 31, Figure 32, Figure 33, Figure 34 are P-P sectional view of Figure 23.

Figure 35 looks schematic diagram for the master of the building block 3 of two-sided planting.

Figure 36, Figure 37, Figure 38, Figure 39 are Q-Q sectional view of Figure 35.

Figure 40 looks schematic diagram for the master of the building block 3 of single face plantation.

Figure 41, Figure 42, Figure 43, Figure 44 are R-R sectional view of Figure 40.

Figure 45 is the building block 2 main schematic diagrames of looking.Figure 46 is the S--S sectional view of Figure 45.

Figure 47 is the building block 2 main schematic diagrames of looking.Figure 48 is the T--T sectional view of Figure 47.

Figure 49 is the building block 2 main schematic diagrames of looking.Figure 50 is the U--U sectional view of Figure 49.

Figure 51 building block 2 main schematic diagrames of looking.Figure 52 is the V--V sectional view of Figure 51.

C assembled scheme description of drawings:

Figure 53 looks schematic diagram for master of the present invention.

Figure 54 is that greening assembled building blocks 1 profile is the schematic top plan view of cuboid.

Figure 55 is that greening assembled building blocks 1 profile is the schematic top plan view of trapezoidal cylinder.

Figure 56 is that greening assembled building blocks 1 profile is the schematic top plan view of circle ring sector cylinder.

Figure 57, Figure 58, Figure 59, Figure 60, Figure 61, Figure 62, Figure 63, Figure 64 are P-P sectional view of Figure 53.

Figure 65 looks schematic diagram for the master of the building block 2 of two-sided planting.

Figure 66, Figure 67, Figure 68, Figure 69 are Q-Q sectional view of Figure 65.

Figure 70 looks schematic diagram for the master of the building block 2 of single face plantation.

Figure 71, Figure 72, Figure 73, Figure 74 are R-R sectional view of Figure 70.

Figure 75 is the building block 3 main schematic diagrames of looking.Figure 76 is the building block 3 main schematic diagrames of looking.

Figure 77 is the building block 3 main schematic diagrames of looking.Figure 78 is the building block 3 main schematic diagrames of looking.

D assembled scheme description of drawings:

Figure 79 looks schematic diagram for master of the present invention.

Figure 80 is that greening assembled building blocks profile is the schematic top plan view of cuboid.

Figure 81 is that greening assembled building blocks profile is the schematic top plan view of trapezoidal cylinder.

Figure 82 is that greening assembled building blocks profile is the schematic top plan view of circle ring sector cylinder.

Figure 83, Figure 84, Figure 85, Figure 86 are P-P sectional view of Figure 79.

Figure 87 looks schematic diagram for the master of the building block 2 of two-sided planting.

Figure 88, Figure 89, Figure 90, Figure 91 are Q-Q sectional view of Figure 87.

Figure 92 is the building block 3 main schematic diagrames of looking.Figure 93 is the building block 3 main schematic diagrames of looking.

E greening assembled building blocks 1 assembles scheme:

Figure 94 is the greening wall schematic diagram.

Figure 95 looks schematic diagram for the greening cylinder master.Figure 96 is the greening cylinder schematic top plan view.

Wherein: 1---the greening assembled building blocks, 2---building block, 3---building block, 4---hollow implantation hole, 5---the matrix cavity, 6---the plumbing hole, 7---connector, 7a---connector, 7b---connector, 8---soil, 9---flowers and plants, 10---the plumbing hole, 11---growing surface, 12---greening wall and greening cylinder.

The specific embodiment

The present invention will be further described below in conjunction with specific embodiments and the drawings:

A assembled scheme embodiment:

(1) greening assembled building blocks 1 profile is the embodiment of cuboid:

Example 1: see Fig. 1, Fig. 2, Fig. 5, Figure 13, Figure 14, Figure 19, this example is with described base material cement mortar, slag powders, build ground-slag, the rock powder, a kind of in the plastics, make through mould molding, or clay is fired behind mould molding and is made building block 2 and building block 3, building block 2 is built on the basis, building block 3 is positioned over the cavity bottom of building block 2, building block 2 and building block 3 is bonding with cement at connector 7, promptly form inside and have hollow implantation hole 4, matrix cavity 5, the two-sided planting greening assembled building blocks 1 at the logical end in plumbing hole 6 (i.e. the two-sided planting of the logical hollow implantation hole of end V-type greening assembled building blocks 1), greening assembled building blocks 1 is built into body of wall, the water source is connected with the plumbing hole 6 of the assembled building blocks of the superiors, water is just from top to bottom flow in the hollow implantation hole 4 by plumbing hole 6 naturally, again by flowing to plumbing hole 6 in the implantation hole 4, soil is placed in the hollow implantation hole 4, again 9 kinds of flowers and plants are planted in soil 8, just realized the two-sided ecological greening of body of wall, thereby realized the present invention.

Example 2: see Fig. 1, Fig. 2, Fig. 6, Figure 13, Figure 14, Figure 20, example 2 is basic identical with example 1, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end V-type.

Example 3: see Fig. 1, Fig. 2, Fig. 7, Figure 13, Figure 15, Figure 21, example 3 is basic identical with example 1, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 4: see Fig. 1, Fig. 2, Fig. 8, Figure 13, Figure 15, Figure 22, example 4 is basic identical with example 1, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 5: see Fig. 1, Fig. 9, Figure 16, Figure 17, Figure 19, example 5 is basic identical with example 1, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of the oblique type in the end.

Example 6: see Fig. 1, Figure 10, Figure 16, Figure 17, example 6 is basic identical with example 1, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of the oblique type in the obstructed end.

Example 7: see Fig. 1, Figure 11, Figure 16, Figure 18, Figure 21, example 7 is basic identical with example 1, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 8: see Fig. 1, Figure 12, Figure 16, Figure 18, example 8 is basic identical with example 1, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

(2) profile of greening assembled building blocks 1 is that top and bottom are embodiment of trapezoidal trapezoidal cylinder:

Example 9: see Fig. 1, Fig. 3, Fig. 5, Figure 13, Figure 14, Figure 19, example 9 is basic identical with example 1, the profile of the example that do not coexist 1 is a cuboid, and the building block 2 of example 9 and building block 3 to constitute the profile of greening assembled building blocks be that top and bottom are two-sided planting greening assembled building blocks 1 of the hollow implantation hole of logical end V-type of trapezoidal trapezoidal cylinder.

Example 10: see Fig. 1, Fig. 3, Fig. 6, Figure 13, Figure 14, Figure 20, example 10 is basic identical with example 9, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end V-type.

Example 11: see Fig. 1, Fig. 3, Fig. 7, Figure 13, Figure 14, Figure 21, example 11 is basic identical with example 9, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 12: see Fig. 1, Fig. 3, Fig. 8, Figure 13, Figure 15, Figure 22, example 12 is basic identical with example 9, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 13: see Fig. 1, Fig. 9, Figure 13, Figure 15, Figure 19, example 13 is basic identical with example 9, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of the oblique type in the end.

Example 14: see Fig. 1, Figure 10, Figure 16, Figure 17, example 14 is basic identical with example 9, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of the oblique type in the obstructed end.

Example 15: referring to Fig. 1, Figure 11, Figure 16, Figure 17, Figure 21, example 15 is basic identical with example 9, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 16: see Fig. 1, Figure 12, Figure 16, Figure 18, example 16 is basic identical with example 9, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type

(3) profile of greening assembled building blocks 1 is that top and bottom are circle ring sector cylinders of circle ring sector:

Example 17: see Fig. 1, Fig. 4, Fig. 5, Figure 13, Figure 14, Figure 19, example 17 is basic identical with example 1, the profile of the example that do not coexist 1 is a cuboid, and the building block 2 of example 17 and building block 3 to constitute the profile of greening assembled building blocks be that top and bottom are two-sided planting greening assembled building blocks 1 of the hollow implantation hole of logical end V-type of the circle ring sector cylinder of circle ring sector.

Example 18: see Fig. 1, Fig. 4, Fig. 6, Figure 13, Figure 14, Figure 20, example 18 is basic identical with example 17, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end V-type.

Example 19: see Fig. 1, Fig. 4, Fig. 7, Figure 13, Figure 15, Figure 21, example 19 is basic identical with example 17, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 20: see Fig. 1, Fig. 4, Fig. 8, Figure 13, Figure 15, Figure 22, example 20 is basic identical with example 17, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 21: see Fig. 1, Fig. 9, Figure 16, Figure 17, Figure 19, example 21 is basic identical with example 17, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of the oblique type in the end.

Example 22: see Fig. 1, Figure 10, Figure 16, Figure 17, example 22 is basic identical with example 17, and difference is that building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole in the obstructed end.

Example 23: see Fig. 1, Figure 11, Figure 16, Figure 18, Figure 21, example 23 is basic identical with example 17, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 24: see Fig. 1, Figure 12, Figure 16, Figure 18, example 24 is basic identical with example 17, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

The B assembled scheme is implemented:

(1) greening assembled building blocks 1 profile is the embodiment of cuboid:

Example 25: see Figure 23, Figure 24, Figure 27, Figure 35, Figure 36, Figure 45, Figure 46, example 25 is basic identical with example 1, and just the position of the connector 7 of building block 2 and building block 3 is different, promptly all is the two-sided planting greening assembled building blocks 1 of the logical hollow implantation hole of end V-type.

Example 26: see Figure 23, Figure 24, Figure 28, Figure 35, Figure 37, Figure 45, Figure 46, example 26 is basic identical with example 25, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole two-sided planting greening of V-type of obstructed end assembled building blocks 1.

Example 27: see Figure 23, Figure 24, Figure 29, Figure 35, Figure 38, Figure 47, Figure 48, example 27 is basic identical with example 25, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole two-sided planting greening of circular arc type of logical end assembled building blocks 1.

Example 28: see Figure 23, Figure 24, Figure 30, Figure 35, Figure 39, Figure 47, Figure 48, example 28 is basic identical with example 25, and hollow implantation hole two-sided planting was afforested assembled building blocks 1 at the bottom of do not coexist building block 2 and building block 3 constituted obstructed circular arc type.

Example 29: see Figure 23, Figure 31, Figure 40, Figure 41, Figure 49, Figure 50, example 29 is basic identical with example 25, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole single face plantation of the oblique type in logical end greening assembled building blocks 1.

Example 30: see Figure 23, Figure 32, Figure 40, Figure 42, Figure 49, Figure 50, example 30 is basic identical with example 25, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of the oblique type in the obstructed end.

Example 31: see Figure 23, Figure 33, Figure 40, Figure 43, Figure 51, Figure 52, example 31 is basic identical with example 25, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole single face plantation of circular arc type of logical end greening assembled building blocks 1.

Example 32: see Figure 23, Figure 34, Figure 40, Figure 44, Figure 51, Figure 52, example 32 is basic identical with example 25, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole single face plantation of circular arc type of obstructed end greening assembled building blocks 1.

Example 33: see Figure 23, Figure 25, Figure 27, Figure 35, Figure 36, Figure 45, Figure 46, example 33 is basic identical with example 25, the profile of the example that do not coexist 25 is a cuboid, and the profile of example 33 is that top and bottom are two-sided planting greening assembled building blocks 1 of the hollow implantation hole of logical end V-type of trapezoidal trapezoidal cylinder.

Example 34: see Figure 23, Figure 25, Figure 28, Figure 35, Figure 37, Figure 45, Figure 46, example 34 is basic identical with example 33, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole two-sided planting greening of V-type of obstructed end assembled building blocks 1.

Example 35: see Figure 23, Figure 25, Figure 29, Figure 35, Figure 38, Figure 47, Figure 48, example 35 is basic identical with example 33, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole two-sided planting greening of circular arc type of logical end assembled building blocks 1.

Example 36: see Figure 23, Figure 25, Figure 30, Figure 35, Figure 39, Figure 47, Figure 48, example 36 is basic identical with example 33, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole two-sided planting greening of circular arc type of obstructed end assembled building blocks 1.

Example 37: see Figure 23, Figure 31, Figure 40, Figure 41, Figure 49, Figure 50, example 37 is basic identical with example 33, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of the oblique type in the end.

Example 38: see Figure 23, Figure 32, Figure 40, Figure 42, Figure 49, Figure 50, example 38 is basic identical with example 33, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole single face plantation of the oblique type in obstructed end greening assembled building blocks 1.

Example 39: see Figure 23, Figure 33, Figure 40, Figure 43, Figure 51, Figure 52, example 39 is basic identical with example 33, and assembled building blocks 1 was afforested in hollow implantation hole single face plantation at the bottom of do not coexist building block 2 and building block 3 constituted logical circular arc type.

Example 40: see Figure 23, Figure 34, Figure 40, Figure 44, Figure 51, Figure 52, example 40 is basic identical with example 33, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

(3) profile of greening assembled building blocks 1 is that top and bottom are circle ring sector cylinder embodiment of circle ring sector:

Example 41: see Figure 23, Figure 26, Figure 27, Figure 35, Figure 36, Figure 45, Figure 46, example 41 is basic identical with example 25, the profile of the example that do not coexist 25 is a cuboid, and the profile that the building block 2 of example 41 and building block 3 constitute assembled building blocks is that top and bottom are the hollow implantation hole two-sided planting greening of V-type of logical end assembled building blocks 1 of the circle ring sector cylinder of circle ring sector.

Example 42: see Figure 23, Figure 26, Figure 28, Figure 35, Figure 37, Figure 45, Figure 46, example 42 is basic identical with example 41, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole two-sided planting greening of V-type of obstructed end assembled building blocks 1.

Example 43: see Figure 23, Figure 26, Figure 29, Figure 35, Figure 38, Figure 47, Figure 48, example 43 is basic identical with example 41, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole two-sided planting greening of circular arc type of logical end assembled building blocks 1.

Example 44: see Figure 23, Figure 26, Figure 30, Figure 35, Figure 39, Figure 47, Figure 48, example 44 is basic identical with example 41, and do not coexist building block 2 and building block 3 constitute the hollow implantation hole two-sided planting greening of circular arc type of obstructed end assembled building blocks 1.

Example 45: see Figure 23, Figure 31, Figure 40, Figure 41, Figure 49, Figure 50, example 45 is basic identical with example 41, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of the oblique type in the end.

Example 46: see Figure 23, Figure 32, Figure 40, Figure 42, Figure 49, Figure 50, example 46 is basic identical with example 41, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of the oblique type in the obstructed end.

Example 47: see Figure 23, Figure 33, Figure 40, Figure 43, Figure 51, Figure 52, example 47 is basic identical with example 41, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 48: see Figure 23, Figure 34, Figure 40, Figure 44, Figure 51, Figure 52, example 48 is basic identical with example 41, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

C assembled scheme embodiment:

(1) greening assembled building blocks 1 profile is the embodiment of cuboid:

Example 49: see Figure 53, Figure 54, Figure 57, Figure 65, Figure 66, Figure 75, example 49 is basic identical with example 1, and just connector 7 positions of building block 2 and building block 3 are different, is the two-sided planting greening assembled building blocks 1 of the logical hollow implantation hole of end V-type.

Example 50: see Figure 53, Figure 54, Figure 58, Figure 65, Figure 67, Figure 75, example 50 is basic identical with example 49, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end V-type.

Example 51: see Figure 53, Figure 54, Figure 59, Figure 65, Figure 68, Figure 76, example 51 is basic identical with example 49, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 52: see Figure 53, Figure 54, Figure 60, Figure 65, Figure 69, Figure 76, example 52 is basic identical with example 49, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 53: see Figure 53, Figure 61, Figure 70, Figure 71, Figure 77, example 53 is basic identical with example 49, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of the oblique type in the end.

Example 54: see Figure 53, Figure 62, Figure 70, Figure 72, Figure 77, example 54 is basic identical with example 49, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of the oblique type in the obstructed end.

Example 55: see Figure 53, Figure 63, Figure 70, Figure 73, Figure 78, example 55 is basic identical with example 49, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 56: see Figure 53, Figure 64, Figure 70, Figure 74, Figure 78, example 56 is basic identical with example 49, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 57: see Figure 53, Figure 55, Figure 57, Figure 65, Figure 66, Figure 75, example 57 is basic identical with example 49, the profile of the example that do not coexist 49 is a cuboid, and the building block 2 of example 57 and building block 3 to constitute the profile of greening assembled building blocks be that top and bottom are two-sided planting greening assembled building blocks 1 of the hollow implantation hole of logical end V-type of trapezoidal trapezoidal cylinder.

Example 58: see Figure 53, Figure 55, Figure 58, Figure 65, Figure 67, Figure 75, example 58 is basic identical with example 57, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end V-type.

Example 59: see Figure 53, Figure 55, Figure 59, Figure 65, Figure 68, Figure 76, example 59 is basic identical with example 57, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 60: see Figure 53, Figure 55, Figure 60, Figure 65, Figure 69, Figure 76, example 60 is basic identical with example 57, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 61: see Figure 53, Figure 61, Figure 70, Figure 71, Figure 77, example 61 is basic identical with example 57, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of the oblique type in the end.

Example 62: see Figure 53, Figure 62, Figure 70, Figure 72, Figure 77, example 62 is basic identical with example 57, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of the oblique type in the obstructed end.

Example 63: see Figure 53, Figure 63, Figure 70, Figure 73, Figure 78, example 63 is basic identical with example 57, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 64: Figure 53, Figure 64, Figure 70, Figure 74, Figure 78, example 64 is basic identical with example 57, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

(3) profile of greening assembled building blocks 1 is that top and bottom are embodiment of the circle ring sector cylinder of circle ring sector:

Example 65: see Figure 53, Figure 56, Figure 57, Figure 65, Figure 66, Figure 75, example 65 is basic identical with example 49, the profile of the example that do not coexist 49 is a cuboid, and the building block 2 of example 65 and building block 3 to constitute the profile of greening assembled building blocks be that top and bottom are two-sided planting greening assembled building blocks 1 of the hollow implantation hole of logical end V-type of the circle ring sector cylinder of circle ring sector

Example 66: see Figure 53, Figure 56, Figure 58, Figure 65, Figure 67, Figure 75, example 66 is basic identical with example 65, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end V-type.

Example 67: see Figure 53, Figure 56, Figure 59, Figure 65, Figure 68, Figure 76, example 67 is basic identical with example 65, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 68: see Figure 53, Figure 56, Figure 60, Figure 65, Figure 69, Figure 76, example 68 is basic identical with example 65, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 69: see Figure 53, Figure 61, Figure 70, Figure 71, Figure 77, example 69 is basic identical with example 65, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of the oblique type in the end.

Example 70: see Figure 53, Figure 62, Figure 70, Figure 72, Figure 77, example 70 is basic identical with example 65, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of the oblique type in the obstructed end.

Example 71: see Figure 53, Figure 63, Figure 70, Figure 73, Figure 78, example 71 is basic identical with example 65, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of end circular arc type.

Example 72: see Figure 53, Figure 64, Figure 70, Figure 74, Figure 78, example 72 is basic identical with example 65, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

D assembled scheme embodiment:

(1) greening assembled building blocks 1 profile is the embodiment of cuboid:

Example 73: see Figure 79, Figure 80, Figure 83, Figure 87, Figure 88, Figure 92, example 73 is basic identical with example 1, and just the position of the connector 7 of building block 2 and building block 3 is different, promptly is the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end V-type.

Example 74: see Figure 79, Figure 80, Figure 84, Figure 87, Figure 89, Figure 93, example 74 is basic identical with example 73, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 75: see Figure 79, Figure 85, Figure 87, Figure 90, Figure 92, example 75 is basic identical with example 73, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the logical hollow implantation hole of the oblique type in the end.

Example 76: see Figure 79, Figure 86, Figure 87, Figure 91, Figure 93, example 76 is basic identical with example 73, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

(2) greening assembled building blocks 1 for top and bottom are embodiment of trapezoidal trapezoidal cylinder:

Example 77: see Figure 79, Figure 81, Figure 83, Figure 87, Figure 88, Figure 92, example 77 is basic identical with example 73, the profile of the example that do not coexist 73 is a cuboid, and the building block 2 of embodiment 77 and building block 3 to constitute the profile of greening assembled building blocks 1 be that top and bottom are two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end V-type of trapezoidal trapezoidal cylinder.

Example 78: see Figure 79, Figure 81, Figure 84, Figure 87, Figure 89, Figure 93, example 78 is basic identical with example 77, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 79: see Figure 79, Figure 85, Figure 87, Figure 90, Figure 92, example 79 is basic identical with example 77, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of the oblique type in the obstructed end.

Example 80: see Figure 79, Figure 86, Figure 87, Figure 91, Figure 93, example 80 is basic identical with embodiment 77, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 81: see Figure 79, Figure 82, Figure 83, Figure 87, Figure 88, Figure 92, example 81 is basic identical with example 73, the profile of the example that do not coexist 73 is a cuboid, and the building block 2 of example 81 and building block 3 to constitute the profile of greening assembled building blocks 1 be that top and bottom are two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end V-type of the circle ring sector cylinder of circle ring sector.

Example 82: see Figure 79, Figure 82, Figure 84, Figure 87, Figure 89, Figure 93, example 82 is identical with example 81 bases, and do not coexist building block 2 and building block 3 constitute the two-sided planting greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

Example 83: see Figure 79, Figure 85, Figure 87, Figure 90, Figure 92, example 83 is basic identical with example 81, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of the oblique type in the obstructed end.

Example 84: see Figure 79, Figure 86, Figure 87, Figure 91, Figure 93, example 84 is basic identical with example 81, and do not coexist building block 2 and building block 3 constitute the single face plantation greening assembled building blocks 1 of the hollow implantation hole of obstructed end circular arc type.

E assembles scheme:

Example 85: see Figure 94, X greening assembled building blocks 1 is built into layer by layer the greening wall of required height and width with cement mortar.

Example 86: see that Figure 95, Figure 96 are built into X greening assembled building blocks 1 greening cylinder of required height and width layer by layer with cement mortar.

The invention is not restricted to illustrated example,, can adopt multiple improvement project asking for protection in the scope of back appending claims.

Claims

1, greening wall and greening cylinder that greening assembled building blocks and this assembled building blocks thereof are made: comprise greening assembled building blocks (1), building block (2), building block (3), hollow implantation hole (4), matrix cavity (5), plumbing hole (6), connector (7), soil (8), flowers and plants (9), plumbing hole (10), growing surface (11), greening wall (12), greening cylinder (13), it is characterized in that: greening assembled building blocks (1) is made of building block (2) and building block (3) bonding combination back, described hollow implantation hole (4) be interior low outer high by interior to growing surface (11) opening, described plumbing hole (6) is arranged on the top of hollow implantation hole (4), plumbing hole (10) is arranged on the bottom of hollow implantation hole (4), plumbing hole (6) were connected the described hollow implantation hole (4) of two greening assembled building blocks (1) up and down naturally with plumbing hole (10) when described greening assembled building blocks (1) formed greening wall or greening cylinder through assembling, and constituted the plumbing passage.

2, building block according to claim 1 (2) and building block (3) is characterized in that: the base material of described building block (2) and building block (3) is cement mortar, slag powders, build a kind of in ground-slag, rock powder, clay, the plastics.

3, building block according to claim 1 (2), it is characterized in that: the outer surface of cupular part of described building block (2) is provided with matrix cavity (5), inside is provided with crowning, when itself and building block (3) group is incorporated in the upper surface that connector (7) locates just to constitute after bonding hollow implantation hole (4)

4, building block according to claim 1 (3), it is characterized in that: the upper surface that described building block (3) constitutes hollow implantation hole (4) is plane or arc surface, when itself and building block (2) group is incorporated in the soffit that connector (7) locates just to constitute after bonding hollow implantation hole (4).

5, greening assembled building blocks according to claim 1 (1) is characterized in that: the hollow implantation hole (4) of establishing in the described greening assembled building blocks (1) is to be constituted by building block (2) and building block (3).

6, greening assembled building blocks according to claim 1 (1) is characterized in that: described greening assembled building blocks (1) is provided with N hollow implantation hole (4).

7, greening assembled building blocks according to claim 1 (1) is characterized in that: the hollow implantation hole (4) of described greening assembled building blocks (1) is provided with M seed face (11).

8, greening assembled building blocks according to claim 1 (1) is characterized in that: the cavity upper surface of the hollow implantation hole (4) that described building block (2) and building block (3) are combined to form is plane or arc surface, and soffit is plane or arc surface.

9, greening assembled building blocks according to claim 1 (1) is characterized in that: hollow implantation hole (4) the bottom form of described greening assembled building blocks (1): the logical end or the obstructed end.

10, greening assembled building blocks according to claim 1 (1) is characterized in that: the hollow implantation hole (4) of described greening assembled building blocks (1) is set up plumbing hole (10) during for the obstructed end in building block (3).

11, greening assembled building blocks according to claim 1 (1), it is characterized in that: the matrix cavity (5) of described greening assembled building blocks (1) is the part of implantation hole in hollow implantation hole (4) during for the logical end, and is the plumbing passage in hollow implantation hole when being the obstructed end.

12, greening assembled building blocks according to claim 1 (1) is characterized in that: described hollow implantation hole (4) is when leading to the end, and this assembled building blocks (1) is built at another assembled building blocks (1) and gone up formation bigger hollow implantation hole (4).

13, greening assembled building blocks according to claim 1 (1) is characterized in that: it is the circle ring sector cylinder that trapezoidal trapezoidal cylinder or top and bottom are circle ring sector that the outer shape of described greening assembled building blocks (1) has cuboid or top and bottom.

14, greening wall and the greening cylinder (12) made of this assembled building blocks according to claim 1, it is characterized in that: described greening wall assembles into desired height and width with greening cylinder (12) layer by layer by X greening assembled building blocks (1), and plants flowers and plants (9) formation thereon.