CN102278001B - Combination greening wire mesh grating - Google Patents

Combination greening wire mesh grating Download PDF

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Publication number
CN102278001B
CN102278001B CN201110119986.0A CN201110119986A CN102278001B CN 102278001 B CN102278001 B CN 102278001B CN 201110119986 A CN201110119986 A CN 201110119986A CN 102278001 B CN102278001 B CN 102278001B
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CN
China
Prior art keywords
lateral isolation
bearing
isolation bar
wire mesh
bar
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CN201110119986.0A
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Chinese (zh)
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CN102278001A (en
Inventor
孙希贤
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孙希贤
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Priority to CN201010168918.9 priority Critical
Priority to CN2010101689189 priority
Priority to CN201010168918 priority
Application filed by 孙希贤 filed Critical 孙希贤
Priority to CN201110119986.0A priority patent/CN102278001B/en
Publication of CN102278001A publication Critical patent/CN102278001A/en
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Publication of CN102278001B publication Critical patent/CN102278001B/en

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    • EFIXED CONSTRUCTIONS
    • E01CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
    • E01FADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
    • E01F8/00Arrangements for absorbing or reflecting air-transmitted noise from road or railway traffic
    • E01F8/02Arrangements for absorbing or reflecting air-transmitted noise from road or railway traffic specially adapted for sustaining vegetation or for accommodating plants ; Embankment-type or crib-type noise barriers; Retaining walls specially adapted to absorb or reflect noise
    • E01F8/021Arrangements for absorbing or reflecting air-transmitted noise from road or railway traffic specially adapted for sustaining vegetation or for accommodating plants ; Embankment-type or crib-type noise barriers; Retaining walls specially adapted to absorb or reflect noise with integral support structure
    • E01F8/022Crib-type

Abstract

Combination greening wire mesh grating of the present invention, comprise bearing and lateral isolation bar, it is characterized in that bearing and lateral isolation bar appearance profile are all front and back and bilateral symmetry, lateral isolation bar top is plantation space, bottom is that reservoir is held concurrently pipelined channel, the water supply and draining that lateral isolation bar left and right end face has position corresponding is held concurrently connecting hole, bearing has by the through hole of a side to another side, in any one section of through hole being enclosed in bearing of the whole external surface of lateral isolation bar and built on stilts splicing, its bearing can splice arbitrarily and move on the whole external surface of lateral isolation bar, the end face of adjacent transverse spacer bar holds concurrently connecting hole directly or add plastic cement sealing mat and be indirectly connected in series with bolt or hollow tube bolt by water supply and draining, simultaneously the reservoir of lateral isolation bar bottom through one-tenths of pipelined channel of holding concurrently combines greening wire mesh grating, part in combination greening wire mesh grating between any two adjacent bearings and lateral isolation bar is symmetrical structure.

Description

Combination greening wire mesh grating

Technical field

The present invention relates to a kind of isolated column, be related specifically to the combination greening wire mesh grating of a kind of planting plants within it or laying flowerpot.

Background technology

The support of Chinese patent CN2542716 is exactly guardrail or isolated column, it adopts flower groove is arranged on guardrail or flower stand with fixed connecting piece by the support of i.e. number of patent application 02220331.1 on the guardrail itself not having to afforest or isolated column, again flowers and plants are planted on colored groove, consequently spend groove to make the scale of construction of steel work guardrail or flower stand and load make too greatly guardrail produce turning torque and there is no security and stability, namely top-heavy be very easy to tumble collapse, and take up an area wide, external irrigation pipe makes its guard bar structure complicated, unsightly and cost is higher, the more important thing is that external additional colored groove and irrigation pipe seriously compromise the safety of road traffic and pedestrian, if this technology is applied on highrise building, being very easy to is fallen by wind endangers the life security of people.

Summary of the invention

Technical problem to be solved by this invention is to provide a kind of combination greening wire mesh grating, and this combination greening wire mesh grating has following advantage: 1. make the lateral isolation bar of combination greening wire mesh grating itself not only have isolation features but also have the greening function of within it directly planting plants or laying flowerpot; 2. combine greening wire mesh grating only needs replacing time or lateral isolation bar just can meet different insulation requests and greening aesthetic simultaneously; 3. bearing does not only have turning torque by vertical pressure, is namely the combination greening wire mesh grating with greening function of the stable and safeguard construction of center of gravity on the plane of symmetry; 4. structure simple, install and easy accessibility, the combination greening wire mesh grating with greening function with low cost; 5. make the bottom Nature Link of lateral isolation bar be formed with the water supply and draining pouring management maintenance system of through whole combination greening wire mesh grating; 6. the structure be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all support force on two adjacent bearings 1 and is symmetrical rock-steady structure.

The present invention solves the problems of the technologies described above taked technical scheme: combination greening wire mesh grating, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described lateral isolation bar 2 top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, the water supply and draining that lateral isolation bar about 2 end face has position corresponding is held concurrently connecting hole 4, bearing 1 has by the through hole 5 of a side to another side, the vertical plane of symmetry of through hole 5 and distance parallel with the vertical plane of symmetry of bearing 1 is in 6 centimetres, in any one section of through hole 5 being enclosed in bearing 1 of the whole external surface of described lateral isolation bar 2 and built on stilts splicing, its bearing 1 can splice arbitrarily and move on the whole external surface of lateral isolation bar 2, the end face of adjacent transverse spacer bar 2 holds concurrently connecting hole 4 directly or add plastic cement sealing mat and be indirectly connected in series with bolt or hollow tube bolt by water supply and draining, simultaneously the reservoir of lateral isolation bar 2 bottom through one-tenths of pipelined channel 3 of holding concurrently combines greening wire mesh grating, the part be interconnected between any two adjacent bearings 1 of part and lateral isolation bar 2 except adjacent transverse bar in described combination greening wire mesh grating is symmetrical structure, its beneficial effect is that this Combined greening makes the lateral isolation bar 2 of isolated column itself not only have isolation features but also has the greening function of within it directly planting plants or laying flowerpot, and only need replacing time 1 or lateral isolation bar 2 just can meet different insulation requests and greening aesthetic, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar is all front and back and bilateral symmetry, ensure that bearing does not only have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, reservoir pipelined channel 3 and water supply and draining connecting hole 4 of holding concurrently of holding concurrently defines the water supply and draining pouring management maintenance system of through whole combination greening wire mesh grating, the deviation of the vertical plane of symmetry of through hole 5 and the vertical plane of symmetry of bearing 1 effectively protects the safety of a wherein side in 6 centimetres, in any one section of through hole 5 being enclosed in bearing 1 of the whole external surface of lateral isolation bar 2 and built on stilts splicing, its bearing 1 can splice arbitrarily and slide and effectively can adjust arbitrarily span and adapt to Different Ground rugged installation requirement on the whole external surface of lateral isolation bar 2, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

Combination greening wire mesh grating, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described lateral isolation bar 2 top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, the symmetrical outer face of 2 two, lateral isolation bar have position corresponding for splicing the straight pipe 6 with flowing water, bearing 1 has has the clear opening 7 for splicing and support or end face to recessed groove 12 by a side to another side, for splicing with the clear opening 7 supported or end face to the vertical plane of symmetry of recessed groove 12 and the parallel and distance of the vertical plane of symmetry of bearing 1 in 6 centimetres, lateral isolation bar 2 two ends only with the straight pipe 6 of flowing water need directly insert or embed left and right bearing 1 splice to recessed groove 12 for the clear opening 7 that splices and support or end face for splicing along horizontal direction, its lateral isolation bar 2 structure division of making somebody a mere figurehead between two bearings 1 is symmetrical structure, bearing 1 and lateral isolation bar 2 replace series connection successively more continuously and are spliced into combination greening wire mesh grating, adjacent two, left and right lateral isolation bar 2 and bearing 1 three are connected and fixed with the straight pipe 6 of flowing water for splicing through two, the left and right lateral isolation bar 2 on same bearing 1 with bolt or hollow tube bolt again, the reservoir of adjacent transverse spacer bar 2 holds concurrently pipelined channel 3 by through for splicing with the straight pipe 6 of flowing water simultaneously, structure division between two bearings 1 of described combination greening wire mesh grating and lateral isolation bar 2 is symmetrical structure, its beneficial effect is the greening function making the lateral isolation bar 2 of isolated column itself not only have isolation features but also have within it directly planting plants or laying flowerpot, and only need replacing time 1 or lateral isolation bar 2 just can meet different insulation requests and greening aesthetic simultaneously, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar is all front and back and bilateral symmetry, ensure that bearing 1 does not have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, reservoir hold concurrently pipelined channel 3 and for splice define through whole combination greening wire mesh grating with the straight pipe 6 of flowing water water supply and draining pouring management maintenance system, the deviation of the vertical plane of symmetry of through hole 5 and the vertical plane of symmetry of bearing 1 effectively protects the safety of a wherein side in 6 centimetres, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

Combination greening wire mesh grating, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described lateral isolation bar 2 top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, the water supply and draining that lateral isolation bar about 2 end face has position corresponding is held concurrently connecting hole 4, bearing 1 has by the clear opening 7 that have for splice and support of a side to another side, for the vertical plane of symmetry of clear opening 7 spliced with support, and distance parallel with the vertical plane of symmetry of bearing 1 is in 6 centimetres, lateral isolation bar 2 by bolt or hollow tube bolt through bearing 1 making somebody a mere figurehead be fastened on two bearings 1 for water supply and draining connecting hole 4 of holding concurrently for the clear opening 7 that splices and supports and lateral isolation bar 2, its lateral isolation bar 2 structure division of making somebody a mere figurehead between two bearings 1 is symmetrical structure, simultaneously the reservoir of two the lateral isolation bars 2 in bearing 1 left and right side pipelined channel 3 of holding concurrently is through by water supply and draining connecting hole 4 of holding concurrently, bearing 1 and lateral isolation bar 2 replace series connection successively more continuously and are spliced into combination greening wire mesh grating, structure division between any two bearings 1 of described combination greening wire mesh grating and lateral isolation bar 2 is symmetrical structure, its beneficial effect is the greening function making the lateral isolation bar 2 of isolated column itself not only have isolation features but also have within it directly planting plants or laying flowerpot, and only need replacing time 1 or lateral isolation bar 2 just can meet different insulation requests and greening aesthetic simultaneously, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar 2 is all front and back and bilateral symmetry, ensure that bearing 1 does not have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, reservoir pipelined channel 3 and water supply and draining connecting hole 4 of holding concurrently of holding concurrently defines the water supply and draining pouring management maintenance system of through whole combination greening wire mesh grating, deviation for the vertical plane of symmetry of clear opening 7 that splices and support and the vertical plane of symmetry of bearing 1 effectively protects the safety of a wherein side in 6 centimetres, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

As the optimization to technique scheme, described bearing 1 at least splices the lateral isolation bar 2 having two-layer consistency from top to bottom, and make there is penetrating plant growth space before and after the lateral isolation bar 2 of bearing 1 and two-layer consistency from top to bottom, its beneficial effect forms better landscape effect and is conducive to plant growth.

As the optimization to technique scheme, the end face of described bearing 1 with bottom surface has the splicing construction mutually mated, bearing 1 is connected in series up and down by the splicing construction mutually mated, between the same layer of the bearing 1 be connected in series up and down, splicing has lateral isolation bar 2, and its beneficial effect is that the lateral isolation bar 2 of standardized production and bearing 1 just can realize being combined into all size and combination greening wire mesh grating highly as required.

As the optimization to technique scheme, hold concurrently between connecting hole 4 or for splicing and be connected with sealing mat between the straight pipe 6 of flowing water in described adjacent transverse spacer bar 2 supply and discharge water hole, hold concurrently connecting hole 4 or splicing and the space between the straight pipe 6 of flowing water and bolt of described supply and discharge water hole is pipelined channel, and its beneficial effect is that creationary connection and the pipelined channel of making merges.

As the optimization to technique scheme, planting groove 8 or reservoir 9 are arranged at the top of described bearing 1, and its beneficial effect makes full use of the part that space that bearing takies becomes planting plants.

Combination greening wire mesh grating, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described bearing 1 is hexahedron or cylinder, described lateral isolation bar 2 top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, the water supply and draining that lateral isolation bar about 2 end face has position corresponding is held concurrently connecting hole 4 or for splicing the straight pipe 6 with flowing water, on any one section of horizontal top surface at least one bearing 1 of the external surface of lateral isolation bar 2 or concave end face, mobile arbitrarily and splicing at an arbitrary position, water supply and draining is held concurrently connecting hole 4 or for splicing and distance parallel with the vertical plane of symmetry of the straight pipe 6 of flowing water and the vertical plane of symmetry of bearing 1 in 6 centimetres, splicing lateral isolation bar 2 is at an arbitrary position connected with bearing 1 with connection assist or bonding agent, connection assist is bolt or inverted U-shaped component, adjacent transverse spacer bar 2 by water supply and draining hold concurrently connecting hole 4 or for splice with the straight pipe 6 of flowing water directly or add plastic cement sealing mat and be indirectly serially connected in combination greening wire mesh grating with bolt or hollow tube bolt, simultaneously the reservoir of adjacent transverse spacer bar 2 bottom pipelined channel 3 of holding concurrently to be held concurrently connecting hole 4 or through for splicing with the straight pipe 6 of flowing water by water supply and draining, symmetrical structure except the coupling part of adjacent transverse spacer bar 2 between any two adjacent bearings 1 and lateral isolation bar 2 in described combination greening wire mesh grating, its beneficial effect is the greening function making the lateral isolation bar 2 of isolated column itself not only have isolation features but also have within it directly planting plants or laying flowerpot, and only need replacing time 1 or lateral isolation bar 2 just can meet different insulation requests and greening aesthetic simultaneously, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar 2 is all front and back and bilateral symmetry, ensure that bearing does not only have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, hold concurrently pipelined channel 3 and water supply and draining of reservoir is held concurrently connecting hole 4 or for splicing the water supply and draining pouring management maintenance system defining through whole combination greening wire mesh grating with the straight pipe 6 of flowing water, water supply and draining is held concurrently connecting hole 4 or for splicing the safety effectively protecting a wherein side with the deviation of the vertical plane of symmetry of the straight pipe 6 of flowing water and the vertical plane of symmetry of bearing 1 in 6 centimetres, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

Combination greening wire mesh grating, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described bearing 1 is hexahedron or cylinder, described lateral isolation bar 2 is the continuous grooves from an end face to other end, continuous groove top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, on any one section of horizontal top surface at least one bearing 1 of the external surface of lateral isolation bar 2 or concave end face, mobile arbitrarily and splicing at an arbitrary position, the vertical plane of symmetry of lateral isolation bar 2 and distance parallel with the vertical plane of symmetry of bearing 1 is in 6 centimetres, splicing lateral isolation bar 2 is at an arbitrary position connected with bearing 1 with connection assist or bonding agent, connection assist is bolt or inverted U-shaped component, two adjacent lateral isolation bars 2 partly overlap or alignment bolt or bonding agent are connected in series, in the lateral isolation bar 2 that combination greening wire mesh grating is laterally connected in series, vertical connecting cuts off 10, structure division in described combination greening wire mesh grating except vertically cutting off 10 lateral isolation bars 2 adjacent with two and connecting between any two adjacent bearings 1 and lateral isolation bar 2 is symmetrical structure, its beneficial effect is the greening function making the lateral isolation bar 2 of isolated column itself not only have isolation features but also have within it directly planting plants or laying flowerpot, and only need replacing time or lateral isolation bar 2 just can meet different insulation requests and greening aesthetic simultaneously, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar 2 is all front and back and bilateral symmetry, ensure that bearing 1 does not have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, reservoir hold concurrently the through whole combination greening wire mesh grating of pipelined channel 3 water supply and draining pouring management maintenance system, the deviation of the vertical plane of symmetry of lateral isolation bar 2 and the vertical plane of symmetry of bearing 1 effectively protects the safety of a wherein side in 6 centimetres, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

As the optimization to technique scheme, there is the syndeton of mutually mating with the top and bottom of bearing 1 top and bottom of described lateral isolation bar 2, reservoir 9 is arranged at the top of described bearing 1, and bearing 1 and lateral isolation bar 2 are serially connected in the combination greening wire mesh grating of multilayer lateral isolation bar 2 alternatively up and down.

As the optimization to technique scheme, described bearing 1 and lateral isolation bar 2 material are metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete, described bearing 1 becomes 0 ° ~ 90 ° to install with horizontal plane, the cross section of described lateral isolation bar 2 is V-arrangement, U-shaped, on have the rectangle of opening, on have the trapezoidal of opening, circular arc or polygon, described reservoir is held concurrently in pipelined channel 3 and is provided with water-stop sheet, its beneficial effect is water soaking part planting medium, making medium absorb moisture fast provides nutrient meet demand of plant growth and provide the pouring efficiency of management to plant.

As the optimization to technique scheme, described lateral isolation bar 2 wall has discharge water hole 11, between discharge water hole 11 with flexible pipe or hard tube connected in series or in parallel, its beneficial effect realizes unified fast pouring management.

As the optimization to technique scheme, described bearing 1 part is embedded in concrete or is joined with bolts on concrete structure, and the bearing 1 of described combination greening wire mesh grating and lateral isolation bar 2 its beneficial effect integrally welded are applied to architecture greening.

As the optimization to technique scheme, the top edge of described lateral isolation bar 2 has inside or outside horizontal flange or level to add vertical compound flange, its beneficial effect is the intensity that flanging strengthens lateral isolation bar 2, and in-flanges makes to which reduce the plantation moisture disengagement area in space and the intensity of lateral isolation bar 2.

The lateral isolation bar of combination greening wire mesh grating of the present invention itself not only has isolation features but also has the function of within it directly planting plants or laying flowerpot, only need replacing time or lateral isolation bar just can meet different insulation requests and greening aesthetic simultaneously, bearing does not only have turning torque by vertical pressure, namely be the stable safeguard construction of center of gravity on the plane of symmetry, and the part support force be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is on two adjacent bearings 1 and is symmetrical rock-steady structure, its structure is simple, easy to loading and unloading, with low cost, the water supply and draining pouring management maintenance system of the through whole combination greening wire mesh grating greening of the syndeton self-assembling formation between lateral isolation bar bottom and lateral isolation bar, thus achieve the present invention.

The present invention compared with prior art has the following advantages: 1. make the lateral isolation bar 2 of combination greening wire mesh grating itself not only have isolation features but also have the greening function of within it directly planting plants or laying flowerpot; 2. can regulate arbitrarily bearing 1 and lateral isolation bar 2 that the combination greening wire mesh grating of stitching position or span is installed according to different mounting conditions, combination greening wire mesh grating is the structure of the stable and safety of center of gravity on the plane of symmetry, its structure is simple, install and easy accessibility, with low cost, have pouring management maintenance system, afforestation effect good; 3. energy industrial flow-line large-scale production bearing 1 and lateral isolation bar 2 completely, and the costs such as production, storage and transport are low; 4. change any one physical dimension or position in lateral isolation bar 2 and bearing 1 and can change beautification of landscape effect, just can reach different instructions for uses; 5. combine the growth requirement that the water storage structure of greening wire mesh grating self-assembling formation, pipelined channel and water overflowing structure meet plant; 6. take up an area that little, green coverage is large, moulding arbitrarily, release oxygen, absorbing carbon dioxide, heat energy, noise, dust, light pollution, do not run off, thus afforestation effect is very good, beautifies the environment because soil can be placed in container.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view of the lateral isolation bar 2 of a kind of form of structure of the embodiment of the present invention 1.

Fig. 2 is bearing 1 schematic perspective view of a kind of form of structure of the embodiment of the present invention 1.

Fig. 3 is bearing 1 schematic perspective view of the another kind of form of structure of the embodiment of the present invention 1.

Fig. 4 is the schematic perspective view of the combination greening wire mesh grating of a kind of combination of the embodiment of the present invention 1.

Fig. 5 is the schematic perspective view of the combination greening wire mesh grating of the another kind of combination of the embodiment of the present invention 1.

Fig. 6 is bearing 1 schematic perspective view of a kind of form of structure of the embodiment of the present invention 2.

Fig. 7 is lateral isolation bar 2 schematic perspective view of a kind of form of structure of the embodiment of the present invention 2.

Fig. 8 is the schematic perspective view of the combination greening wire mesh grating of a kind of combination of the embodiment of the present invention 2.

Fig. 9 is lateral isolation bar 2 schematic perspective view of a kind of form of structure of the embodiment of the present invention 2.

Figure 10 is bearing 1 schematic perspective view of the another kind of form of structure of the embodiment of the present invention 2.

Figure 11 is the schematic perspective view of the combination greening wire mesh grating of the another kind of combination of the embodiment of the present invention 2.

Figure 12 is bearing 1 schematic perspective view of a kind of form of structure of the embodiment of the present invention 2.

Figure 13 is lateral isolation bar 2 schematic perspective view of a kind of form of structure of the embodiment of the present invention 2.

Figure 14 is the schematic perspective view of the combination greening wire mesh grating of another combination of the embodiment of the present invention 2.

Figure 15 is bearing 1 schematic perspective view of a kind of form of structure of the embodiment of the present invention 3.

Figure 16 is lateral isolation bar 2 schematic perspective view of a kind of form of structure of the embodiment of the present invention 3.

Figure 17 is the schematic perspective view of the combination greening wire mesh grating of another combination of the embodiment of the present invention 3.

Figure 18 is bearing 1 schematic perspective view of a kind of form of structure of the embodiment of the present invention 3.

Figure 19 is lateral isolation bar 2 schematic perspective view of a kind of form of structure of the embodiment of the present invention 3.

Figure 20 is the schematic perspective view of the combination greening wire mesh grating of another combination of the embodiment of the present invention 3.

Figure 21 is bearing 1 schematic perspective view of a kind of form of structure of the embodiment of the present invention 3.

Figure 22 is the schematic perspective view of the combination greening wire mesh grating of another combination of the embodiment of the present invention 3.

Figure 23 is bearing 1 schematic perspective view of a kind of form of structure of the embodiment of the present invention 3.

Figure 24 is lateral isolation bar 2 schematic perspective view of a kind of form of structure of the embodiment of the present invention 3.

Figure 25 is the schematic perspective view of the combination greening wire mesh grating of another combination of the embodiment of the present invention 3.

Figure 26 is bearing 1 schematic perspective view of a kind of form of structure of the embodiment of the present invention 4.

Figure 27 is lateral isolation bar 2 schematic perspective view of a kind of form of structure of the embodiment of the present invention 4.

Figure 28 is the schematic perspective view of the combination greening wire mesh grating of another combination of the embodiment of the present invention 4.

Figure 29 is bearing 1 schematic perspective view of a kind of form of structure of the embodiment of the present invention 5.

Figure 30 is lateral isolation bar 2 schematic perspective view of a kind of form of structure of the embodiment of the present invention 5.

Figure 31 is the schematic perspective view of the combination greening wire mesh grating of another combination of the embodiment of the present invention 5.

Component name in figure corresponding to Reference numeral is called: 1, and---------reservoir is held concurrently pipelined channel, 4, and---water supply and draining is held concurrently connecting hole, 5, and------for splicing and the straight pipe of flowing water, 7,---for the clear opening spliced and support, 8,------reservoir, 10---vertically to cut off, 11---discharge water hole, 12---groove planting groove, 9 through hole, 6 lateral isolation bar, 3 bearing, 2.

Detailed description of the invention

Below in conjunction with specific embodiments and the drawings, the present invention is described in further detail, but embodiments of the present invention are not limited thereto.

Embodiment 1: as Fig. 1, Fig. 2, Fig. 4, as the combination greening wire mesh grating of a kind of embodiment 1 of this example, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described lateral isolation bar 2 top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, the water supply and draining that lateral isolation bar about 2 end face has position corresponding is held concurrently connecting hole 4, bearing 1 has by the through hole 5 of a side to another side, the vertical plane of symmetry of through hole 5 and distance parallel with the vertical plane of symmetry of bearing 1 is in 6 centimetres, in any one section of through hole 5 being enclosed in bearing 1 of the whole external surface of described lateral isolation bar 2 and built on stilts splicing, its bearing 1 can splice arbitrarily and move on the whole external surface of lateral isolation bar 2, the end face of adjacent transverse spacer bar 2 holds concurrently connecting hole 4 directly or add plastic cement sealing mat and be indirectly connected in series with bolt or hollow tube bolt by water supply and draining, simultaneously the reservoir of lateral isolation bar 2 bottom through one-tenths of pipelined channel 3 of holding concurrently combines greening wire mesh grating, the part be interconnected between any two adjacent bearings 1 of part and lateral isolation bar 2 except adjacent transverse spacer bar (2) in described combination greening wire mesh grating is symmetrical structure, its beneficial effect is the greening function making the lateral isolation bar 2 of isolated column itself not only have isolation features but also have within it directly planting plants or laying flowerpot, and only need replacing time 1 or lateral isolation bar 2 just can meet different insulation requests and greening aesthetic, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar 2 is all front and back and bilateral symmetry, ensure that bearing does not only have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, reservoir pipelined channel 3 and water supply and draining connecting hole 4 of holding concurrently of holding concurrently defines the water supply and draining pouring management maintenance system of through whole combination greening wire mesh grating, the deviation of the vertical plane of symmetry of through hole 5 and the vertical plane of symmetry of bearing 1 effectively protects the safety of a wherein side in 6 centimetres, in any one section of through hole 5 being enclosed in bearing 1 of the whole external surface of lateral isolation bar 2 and built on stilts splicing, its bearing 1 can splice arbitrarily and slide and effectively can adjust arbitrarily span and adapt to Different Ground rugged installation requirement on the whole external surface of lateral isolation bar 2, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

To the optimization of technique scheme, planting groove 8 or reservoir 9 are arranged at the top of described bearing 1, and its beneficial effect makes full use of the part that space that bearing 1 takies becomes planting plants.

As Fig. 1, Fig. 3, Fig. 5, as the another kind of embodiment of this example, this embodiment is substantially identical with embodiment 1, the end face of the bearing 1 not coexisting described with bottom surface has the splicing construction mutually mated, bearing 1 is connected in series up and down by the splicing construction mutually mated, between the same layer of the bearing 1 be connected in series up and down, splicing has lateral isolation bar 2, and its beneficial effect is that the lateral isolation bar 2 of standardized production and bearing 1 just can realize being combined into all size and combination greening wire mesh grating highly as required.

As the optimization to technique scheme, described bearing 1 splicing has the lateral isolation bar 2 of two-layer consistency from top to bottom, and make plant growth space penetrating before and after the lateral isolation bar 2 of bearing 1 and two-layer consistency from top to bottom, its beneficial effect forms better landscape effect and is conducive to plant growth.

As the optimization to above-mentioned two kinds of embodiments, hold concurrently between connecting hole 4 and be connected with sealing mat in described adjacent transverse spacer bar 2 supply and discharge water hole, hold concurrently connecting hole 4 or splicing and the space between the straight pipe 6 of flowing water and bolt of described supply and discharge water hole is pipelined channel, and its beneficial effect is that creationary connection and the pipelined channel of making merges.

To the optimization of above-mentioned two kinds of embodiments, described bearing 1 and lateral isolation bar 2 material are metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete, and described bearing 1 becomes 0 ° ~ 90 ° to install with horizontal plane, the cross section of lateral isolation bar 2 is shape, described reservoir is held concurrently in pipelined channel 3 and is provided with water-stop sheet, and its beneficial effect is water soaking part planting medium, and making medium absorb moisture fast provides nutrient meet demand of plant growth and provide the pouring efficiency of management to plant.

To the optimization of above-mentioned two kinds of embodiments, described lateral isolation bar 2 wall has discharge water hole 11, between discharge water hole 11 with flexible pipe or hard tube connected in series or in parallel, its beneficial effect realizes unified fast pouring management.

To the optimization of above-mentioned two kinds of embodiments, described bearing 1 part is embedded in concrete or is joined with bolts on concrete structure, bearing (1) and the lateral isolation bar (2) of described combination greening wire mesh grating are integrally welded, and its beneficial effect is applied to architecture greening.

To the optimization of above-mentioned two kinds of embodiments, the top edge of described lateral isolation bar 2 has inside or outside horizontal flange or level to add vertical compound flange, its beneficial effect is the intensity that flanging strengthens lateral isolation bar 2, and in-flanges makes to which reduce the plantation moisture disengagement area in space and the intensity of lateral isolation bar 2.

Embodiment 2: as Fig. 6, Fig. 7, Fig. 8, as the combination greening wire mesh grating of a kind of embodiment 1 of this example, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described lateral isolation bar 2 top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, the symmetrical outer face of 2 two, lateral isolation bar have position corresponding for splicing the straight pipe 6 with flowing water, bearing 1 has has the clear opening 7 for splicing and support and end face to recessed groove 12 by a side to another side, for splicing with the clear opening 7 supported or end face to the vertical plane of symmetry of recessed groove 12 and the parallel and distance of the vertical plane of symmetry of bearing 1 in 6 centimetres, left and right bearing 1 only directly need be inserted for the clear opening 7 that splices and supports with push up prone groove 12 and splice along horizontal direction for splicing respectively with the straight pipe 6 of flowing water in upper and lower lateral isolation bar 2 two ends, its lateral isolation bar 2 structure division of making somebody a mere figurehead between two bearings 1 is symmetrical structure, bearing 1 and lateral isolation bar 2 replace series connection successively more continuously and are spliced into combination greening wire mesh grating, adjacent two, left and right lateral isolation bar 2 and bearing 1 three are connected and fixed with the straight pipe 6 of flowing water for splicing through two, the left and right lateral isolation bar 2 on same bearing 1 with bolt or hollow tube bolt again, the reservoir of adjacent transverse spacer bar 2 holds concurrently pipelined channel 3 by through for splicing with the straight pipe 6 of flowing water simultaneously, structure division between two bearings 1 of described combination greening wire mesh grating and lateral isolation bar 2 is symmetrical structure, its beneficial effect is the greening function making the lateral isolation bar 2 of isolated column itself not only have isolation features but also have within it directly planting plants or laying flowerpot, and only need replacing time 1 or lateral isolation bar 2 just can meet different insulation requests and greening aesthetic, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar 2 is all front and back and bilateral symmetry, ensure that bearing 1 does not have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, reservoir hold concurrently pipelined channel 3 and for splice define through whole combination greening wire mesh grating with the straight pipe 6 of flowing water water supply and draining pouring management maintenance system, the deviation of the vertical plane of symmetry of through hole 5 and the vertical plane of symmetry of bearing 1 effectively protects the safety of a wherein side in 6 centimetres, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

As the optimization to technique scheme, described bearing 1 splicing has the lateral isolation bar 2 of two-layer consistency from top to bottom, and make there is penetrating plant growth space before and after the lateral isolation bar 2 of bearing 1 and two-layer consistency from top to bottom, its beneficial effect forms better landscape effect and is conducive to plant growth.

As the optimization to technique scheme, the end face of described bearing 1 with bottom surface can have the splicing construction mutually mated, bearing 1 is connected in series up and down by the splicing construction mutually mated, between the same layer of the bearing 1 be connected in series up and down, splicing has lateral isolation bar 2, and its beneficial effect is that the lateral isolation bar 2 of standardized production and bearing 1 just can realize being combined into all size and combination greening wire mesh grating highly as required.

As the optimization to technique scheme, sealing mat is connected with for splicing between the straight pipe 6 of flowing water between described adjacent transverse spacer bar 2, space between the straight pipe 6 of described splicing and flowing water and bolt is pipelined channel, and its beneficial effect is that creationary connection and the pipelined channel of making merges.

As Fig. 9, Figure 10, Figure 11, as the another kind of embodiment of this example, this embodiment is substantially identical with embodiment 1, and lateral isolation bar 2 two ends not coexisting described only need directly embed the clear opening 7 interior splicing of left and right bearing 1 for splicing and support along horizontal direction for splicing with the straight pipe 6 of flowing water.

As Figure 12, Figure 13, Figure 14, as another embodiment of this example, this embodiment is substantially identical with embodiment 1, and planting groove 8 or reservoir 9 are arranged at the top of the bearing 1 not coexisting described, and its beneficial effect makes full use of the part that space that bearing 1 takies becomes planting plants.

To the optimization of above-mentioned three kinds of embodiments, described bearing 1 and lateral isolation bar 2 material are metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete, and bearing 1 and horizontal plane installation in 90 °, the cross section of described lateral isolation bar 2 is shape, described reservoir is held concurrently in pipelined channel 3 and is provided with water-stop sheet, and its beneficial effect is having water section to soak planting medium, and making medium absorb moisture fast provides nutrient meet demand of plant growth and provide the pouring efficiency of management to plant.

To the optimization of above-mentioned three kinds of embodiments, described lateral isolation bar 2 wall has discharge water hole 11, between discharge water hole 11 with flexible pipe or hard tube connected in series or in parallel, its beneficial effect realizes unified fast pouring management.

To the optimization of above-mentioned three kinds of embodiments, described bearing 1 part is embedded in concrete or is joined with bolts on concrete structure, bearing (1) and the lateral isolation bar (2) of described combination greening wire mesh grating are integrally welded, and its beneficial effect is applied to architecture greening.

To the optimization of above-mentioned three kinds of embodiments, the top edge of described lateral isolation bar 2 has inside or outside horizontal flange or level to add vertical compound flange, its beneficial effect is the intensity that flanging strengthens lateral isolation bar 2, and in-flanges makes to which reduce the plantation moisture disengagement area in space and the intensity of lateral isolation bar 2.

Embodiment 3: as Figure 15, Figure 16, Figure 17, as the combination greening wire mesh grating of a kind of embodiment 1 of this example, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described lateral isolation bar 2 top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, the water supply and draining that lateral isolation bar about 2 end face has position corresponding is held concurrently connecting hole 4, bearing 1 has by the clear opening 7 that have for splice and support of a side to another side, for the vertical plane of symmetry of clear opening 7 spliced with support, and distance parallel with the vertical plane of symmetry of bearing 1 is in 6 centimetres, lateral isolation bar 2 by bolt or hollow tube bolt through bearing 1 making somebody a mere figurehead be fastened on two bearings 1 for water supply and draining connecting hole 4 of holding concurrently for the clear opening 7 that splices and supports and lateral isolation bar 2, its lateral isolation bar 2 structure division of making somebody a mere figurehead between two bearings 1 is symmetrical structure, simultaneously the reservoir of two the lateral isolation bars 2 in bearing 1 left and right side pipelined channel 3 of holding concurrently is through by water supply and draining connecting hole 4 of holding concurrently, bearing 1 and lateral isolation bar 2 replace series connection successively more continuously and are spliced into combination greening wire mesh grating, structure division between any two bearings 1 of described combination greening wire mesh grating and lateral isolation bar 2 is symmetrical structure, its beneficial effect is the greening function making the lateral isolation bar 2 of isolated column itself not only have isolation features but also have within it directly planting plants or laying flowerpot, and only need replacing time 1 or lateral isolation bar 2 just can meet different insulation requests and greening aesthetic simultaneously, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar 2 is all front and back and bilateral symmetry, ensure that bearing 1 does not have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, reservoir pipelined channel 3 and water supply and draining connecting hole 4 of holding concurrently of holding concurrently defines the water supply and draining pouring management maintenance system of through whole combination greening wire mesh grating, deviation for the vertical plane of symmetry of clear opening 7 that splices and support and the vertical plane of symmetry of bearing 1 effectively protects the safety of a wherein side in 6 centimetres, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

As the optimization to technique scheme, the end face of described bearing 1 with bottom surface has the splicing construction mutually mated, bearing 1 is connected in series up and down by the splicing construction mutually mated, between the same layer of the bearing 1 be connected in series up and down, splicing has lateral isolation bar 2, and its beneficial effect is that the lateral isolation bar 2 of standardized production and bearing 1 just can realize being combined into all size and combination greening wire mesh grating highly as required.

As the optimization to technique scheme, hold concurrently between connecting hole 4 and be connected with sealing mat in described adjacent transverse spacer bar 2 supply and discharge water hole, the space held concurrently between connecting hole 4 and bolt in described supply and discharge water hole is pipelined channel, and its beneficial effect is that creationary connection and the pipelined channel of making merges.

As the optimization to technique scheme, described bearing 1 and lateral isolation bar 2 material are metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete, and described bearing 1 becomes 0 ° ~ 90 ° to install with horizontal plane, the cross section of described lateral isolation bar 2 is shape, described reservoir is held concurrently in pipelined channel 3 and is provided with water-stop sheet, and its beneficial effect is water soaking part planting medium, and making medium absorb moisture fast provides nutrient meet demand of plant growth and provide the pouring efficiency of management to plant.

As the optimization to technique scheme, described lateral isolation bar 2 wall has discharge water hole 11, between discharge water hole 11 with flexible pipe or hard tube connected in series or in parallel, its beneficial effect realizes unified fast pouring management.

As the optimization to technique scheme, described bearing 1 part is embedded in concrete or is joined with bolts on concrete structure, bearing (1) and the lateral isolation bar (2) of described combination greening wire mesh grating are integrally welded, and its beneficial effect is applied to architecture greening.

As the optimization to technique scheme, the top edge of described lateral isolation bar 2 has inside or outside horizontal flange or level to add vertical compound flange, its beneficial effect is the intensity that flanging strengthens lateral isolation bar 2, and in-flanges makes to which reduce the plantation moisture disengagement area in space and the intensity of lateral isolation bar 2.

As Figure 18, Figure 19, Figure 20, as the another kind of embodiment of this example, this embodiment is substantially identical with embodiment 1, and the bearing 1 that do not coexist is the T-shaped structure of standing upside down.

As Figure 19, Figure 21, Figure 22, as another embodiment of this example, this embodiment is substantially identical with embodiment 1, the end face of the bearing 1 not coexisting described with bottom surface has the splicing construction mutually mated, bearing 1 is connected in series up and down by the splicing construction mutually mated, between the same layer of the bearing 1 be connected in series up and down, splicing has lateral isolation bar 2, and its beneficial effect is that the lateral isolation bar 2 of standardized production and bearing 1 just can realize being combined into all size and combination greening wire mesh grating highly as required.

Embodiment 4: as Figure 23, Figure 24, Figure 25, as the combination greening wire mesh grating of an embodiment 1 of this example, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described bearing 1 is hexahedron, described lateral isolation bar 2 top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, lateral isolation bar about 2 end face has position corresponding for splicing the straight pipe 6 with flowing water, mobile arbitrarily and splicing is at an arbitrary position in the horizontal top surface of two bearings 1 for any a section of the external surface of lateral isolation bar 2, for splicing and distance parallel with the vertical plane of symmetry of the straight pipe 6 of flowing water and the vertical plane of symmetry of bearing 1 in 6 centimetres, splicing lateral isolation bar 2 is at an arbitrary position connected with bearing 1 with connection assist or bonding agent, connection assist is bolt or inverted U-shaped component, adjacent transverse spacer bar 2 by for splice with the square straight pipe 6 of flowing water directly or add plastic cement sealing mat and be indirectly serially connected in combination greening wire mesh grating with bolt or hollow tube bolt, simultaneously the reservoir of adjacent transverse spacer bar 2 bottom holds concurrently pipelined channel 3 by square through for splicing with the straight pipe 6 of flowing water, symmetrical structure except the coupling part of adjacent transverse spacer bar 2 between any two adjacent bearings 1 and lateral isolation bar 2 in described combination greening wire mesh grating, its beneficial effect is the greening function making the lateral isolation bar 2 of isolated column itself not only have isolation features but also have within it directly planting plants or laying flowerpot, and only need replacing time 1 or lateral isolation bar 2 just can meet different insulation requests and greening aesthetic simultaneously, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar 2 is all front and back and bilateral symmetry, ensure that bearing 1 does not have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, reservoir hold concurrently pipelined channel 3 and for splice define through whole combination greening wire mesh grating with the straight pipe 6 of flowing water water supply and draining pouring management maintenance system, for splicing the deviation effective safety protecting a wherein side in 6 centimetres with the vertical plane of symmetry of the straight pipe 6 of flowing water and the vertical plane of symmetry of bearing 1, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

As Figure 26, Figure 27, Figure 28, as the another kind of embodiment of this example, this embodiment is substantially identical with embodiment 1, the lateral isolation that do not coexist bar about 2 end face has corresponding to change water supply and draining with the straight pipe 6 of flowing water into hold concurrently connecting hole 4 for splicing in position.

As the optimization to technique scheme, there is the syndeton of mutually mating with the top and bottom of bearing 1 top and bottom of described lateral isolation bar 2, reservoir 9 is arranged at the top of described bearing 1, and bearing 1 and lateral isolation bar 2 are serially connected in the combination greening wire mesh grating of multilayer lateral isolation bar 2 alternatively up and down.

To the optimization of above-mentioned two kinds of embodiments, described bearing 1 and lateral isolation bar 2 material are metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete, and described bearing 1 becomes 0 ° ~ 90 ° to install with horizontal plane, the cross section of described lateral isolation bar 2 is shape, described reservoir is held concurrently in pipelined channel 3 and is provided with water-stop sheet, and its beneficial effect is water soaking part planting medium, and making medium absorb moisture fast provides nutrient meet demand of plant growth and provide the pouring efficiency of management to plant.

To the optimization of above-mentioned two kinds of embodiments, described lateral isolation bar 2 wall has discharge water hole 11, between discharge water hole 11 with flexible pipe or hard tube connected in series or in parallel, its beneficial effect realizes unified fast pouring management.

To the optimization of above-mentioned two kinds of embodiments, described bearing 1 part is embedded in concrete or is joined with bolts on concrete structure, bearing (1) and the lateral isolation bar (2) of described combination greening wire mesh grating are integrally welded, and its beneficial effect is applied to architecture greening.

To the optimization of above-mentioned two kinds of embodiments, the top edge of described lateral isolation bar 2 has inside or outside horizontal flange or level to add vertical compound flange, its beneficial effect is the intensity that flanging strengthens lateral isolation bar 2, and in-flanges makes to which reduce the plantation moisture disengagement area in space and the intensity of lateral isolation bar 2.

Embodiment 5: as Figure 29, Figure 30, Figure 31, as the combination greening wire mesh grating of a kind of embodiment of this example, comprise bearing 1 and lateral isolation bar 2, it is characterized in that: described bearing 1 and lateral isolation bar 2 appearance profile are all front and back and bilateral symmetry, described bearing 1 is hexahedron, described lateral isolation bar 2 is the continuous grooves from an end face to other end, continuous groove top is plantation space, bottom is that reservoir is held concurrently pipelined channel 3, mobile arbitrarily and splicing is at an arbitrary position in the horizontal top surface of two bearings 1 for any a section of the external surface of lateral isolation bar 2, the vertical plane of symmetry of lateral isolation bar 2 and distance parallel with the vertical plane of symmetry of bearing 1 is in 6 centimetres, splicing lateral isolation bar 2 is at an arbitrary position connected with bearing 1 with connection assist or bonding agent, connection assist is bolt or inverted U-shaped component, two adjacent lateral isolation bar 2 alignment bolts or bonding agent are connected in series, be connected with in the lateral isolation bar 2 that combination greening wire mesh grating is laterally connected in series and vertically cut off 10, namely two ends and middle part are connected with and vertically cut off 10, structure division in described combination greening wire mesh grating except vertically cutting off 10 lateral isolation bars 2 adjacent with two and connecting between any two adjacent bearings 1 and lateral isolation bar 2 is symmetrical structure, its beneficial effect is the greening function making the lateral isolation bar of isolated column itself not only have isolation features but also have within it directly planting plants or laying flowerpot, and only need replacing time or lateral isolation bar just can meet different insulation requests and greening aesthetic simultaneously, this is the function that prior art does not have, achieve structure simple simultaneously, install and easy accessibility, with low cost, the profile of bearing 1 and lateral isolation bar 1 is all front and back and bilateral symmetry, ensure that bearing does not only have turning torque by vertical pressure, namely be the stable and safeguard construction of center of gravity on the plane of symmetry, reservoir hold concurrently the through whole combination greening wire mesh grating of pipelined channel 3 be conducive to pouring management, the deviation of the vertical plane of symmetry of lateral isolation bar 2 and the vertical plane of symmetry of bearing 1 effectively protects the safety of a wherein side in 6 centimetres, the part be spliced in overall combination greening wire mesh grating between any two adjacent bearings 1 and lateral isolation bar 2 is all that support force is on two bearings 1 and symmetrical rock-steady structure part ensure that overall security and the stability of isolated column.

As the optimization to technique scheme, there is the syndeton of mutually mating with the top and bottom of bearing 1 top and bottom of described lateral isolation bar 2, reservoir 9 is arranged at the top of described bearing 1, and bearing 1 and lateral isolation bar 2 are serially connected in the combination greening wire mesh grating of multilayer lateral isolation bar 2 alternatively up and down.

As the optimization to technique scheme, described bearing 1 and lateral isolation bar 2 material are metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete, and described bearing 1 becomes 0 ° ~ 90 ° to install with horizontal plane, the cross section of described lateral isolation bar 2 is shape, described reservoir is held concurrently in pipelined channel 3 and is provided with water-stop sheet, and its beneficial effect is water soaking part planting medium, and making medium absorb moisture fast provides nutrient meet demand of plant growth and provide the pouring efficiency of management to plant.

As the optimization to technique scheme, described lateral isolation bar 2 wall has discharge water hole 11, between discharge water hole 11 with flexible pipe or hard tube connected in series or in parallel, its beneficial effect realizes unified fast pouring management.

As the optimization to technique scheme, described bearing 1 part is embedded in concrete or is joined with bolts on concrete structure, bearing (1) and the lateral isolation bar (2) of described combination greening wire mesh grating are integrally welded, and its beneficial effect is applied to architecture greening.

As the optimization to technique scheme, the top edge of described lateral isolation bar 2 has inside or outside horizontal flange or level to add vertical compound flange, its beneficial effect is the intensity that flanging strengthens lateral isolation bar 2, and in-flanges makes to which reduce the plantation moisture disengagement area in space and the intensity of lateral isolation bar 2.

As mentioned above, implement technique scheme and just can realize the present invention.

Claims (13)

1. combine greening wire mesh grating, comprise bearing (1) and lateral isolation bar (2), it is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile are all front and back and bilateral symmetry, described lateral isolation bar (2) top is plantation space, bottom is that reservoir is held concurrently pipelined channel (3), the water supply and draining that lateral isolation bar (2) left and right end face has position corresponding is held concurrently connecting hole (4), bearing (1) has by the through hole (5) of a side to another side, the vertical plane of symmetry of through hole (5) is parallel with the vertical plane of symmetry of bearing (1) and substantially overlapping, in any one section of through hole (5) being enclosed in bearing (1) of the whole external surface of described lateral isolation bar (2) and built on stilts splicing, its bearing (1) can splice arbitrarily and move on the whole external surface of lateral isolation bar (2), the end face of adjacent transverse spacer bar (2) holds concurrently connecting hole (4) directly or add plastic cement sealing mat and be indirectly connected in series with bolt by water supply and draining, pipelined channel (3) of simultaneously reservoir of lateral isolation bar (2) bottom being held concurrently through one-tenth combination greening wire mesh grating, the part be interconnected between any two adjacent bearings (1) of part and lateral isolation bar (2) except adjacent transverse spacer bar (2) in described combination greening wire mesh grating is symmetrical structure.
2. combine greening wire mesh grating, comprise bearing (1) and lateral isolation bar (2), it is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile are all front and back and bilateral symmetry, described lateral isolation bar (2) top is plantation space, bottom is that reservoir is held concurrently pipelined channel (3), lateral isolation bar (2) two symmetrical outer faces have position corresponding for splicing and the straight pipe of flowing water (6), bearing (1) has by a side having for the clear opening spliced and support (7) or end face to recessed groove (12) to another side, for splicing with the clear opening (7) supported or end face to the vertical plane of symmetry of recessed groove (12) and substantially overlap parallel with the vertical plane of symmetry of bearing (1), lateral isolation bar (2) two ends only need directly insert or embed left and right bearing (1) with the straight pipe of flowing water (6) splice to recessed groove (12) for the clear opening spliced and support (7) or end face for splicing along horizontal direction, the structure division that its lateral isolation bar (2) is maked somebody a mere figurehead between two bearings (1) is symmetrical structure, bearing (1) and lateral isolation bar (2) replace series connection successively more continuously and are spliced into combination greening wire mesh grating, adjacent two, left and right lateral isolation bar (2) and bearing (1) three are connected and fixed with the straight pipe of flowing water (6) for splicing through two, the left and right lateral isolation bar (2) on same bearing (1) with bolt again, the reservoir of adjacent transverse spacer bar (2) holds concurrently pipelined channel (3) by through for splicing with the straight pipe of flowing water (6) simultaneously, structure division between two bearings (1) of described combination greening wire mesh grating and lateral isolation bar (2) is symmetrical structure.
3. combine greening wire mesh grating, comprise bearing (1) and lateral isolation bar (2), it is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile are all front and back and bilateral symmetry, described lateral isolation bar (2) top is plantation space, bottom is that reservoir is held concurrently pipelined channel (3), the water supply and draining that lateral isolation bar (2) left and right end face has position corresponding is held concurrently connecting hole (4), bearing (1) has to be had for the clear opening spliced and support (7) by a side to another side, and the substantially overlap parallel with the vertical plane of symmetry of bearing (1) for the vertical plane of symmetry of clear opening (7) spliced with support, lateral isolation bar (2) by bolt through bearing (1) making somebody a mere figurehead be fastened on two bearings (1) for water supply and draining connecting hole (4) of holding concurrently for the clear opening spliced and supports (7) and lateral isolation bar (2), the structure division that its lateral isolation bar (2) is maked somebody a mere figurehead between two bearings (1) is symmetrical structure, simultaneously the reservoir of two the lateral isolation bars (2) in bearing (1) left and right side pipelined channel (3) of holding concurrently is through by water supply and draining connecting hole (4) of holding concurrently, bearing (1) and lateral isolation bar (2) replace series connection successively more continuously and are spliced into combination greening wire mesh grating, structure division between any two bearings (1) of described combination greening wire mesh grating and lateral isolation bar (2) is symmetrical structure.
4. according to the combination greening wire mesh grating one of claims 1 to 3 Suo Shu, it is characterized in that: described bearing (1) at least splices the lateral isolation bar (2) having two-layer consistency from top to bottom, and make there is penetrating plant growth space before and after the lateral isolation bar (2) of bearing (1) and two-layer consistency from top to bottom.
5. according to the combination greening wire mesh grating one of claims 1 to 3 Suo Shu, it is characterized in that: the end face of described bearing (1) with bottom surface has the splicing construction mutually mated, bearing (1) is connected in series up and down by the splicing construction mutually mated, and between the same layer of the bearing (1) be connected in series up and down, splicing has lateral isolation bar (2).
6. according to the combination greening wire mesh grating one of claim 2 to 3 Suo Shu, it is characterized in that: the water supply and draining of described adjacent transverse spacer bar (2) is held concurrently between connecting hole (4) or for splicing and be connected with sealing mat between the straight pipe (6) of flowing water, described water supply and draining is held concurrently connecting hole (4) or for splice and space between the straight pipe (6) of flowing water and bolt is pipelined channel.
7. according to the combination greening wire mesh grating one of claims 1 to 3 Suo Shu, it is characterized in that: planting groove (8) or reservoir (9) are arranged at the top of described bearing (1).
8. combine greening wire mesh grating, comprise bearing (1) and lateral isolation bar (2), it is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile are all front and back and bilateral symmetry, described bearing (1) is hexahedron or cylinder, described lateral isolation bar (2) top is plantation space, bottom is that reservoir is held concurrently pipelined channel (3), the water supply and draining that lateral isolation bar (2) left and right end face has position corresponding is held concurrently connecting hole (4) or for splicing and the straight pipe of flowing water (6), on any one section of horizontal top surface at least one bearing (1) of the external surface of lateral isolation bar (2) or concave end face, mobile arbitrarily and splicing at an arbitrary position, water supply and draining is held concurrently connecting hole (4) or parallel with the vertical plane of symmetry of bearing (1) with the vertical plane of symmetry of the straight pipe of flowing water (6) and substantially overlapping for splicing, splicing lateral isolation bar (2) is at an arbitrary position connected with bearing (1) with connection assist or bonding agent, adjacent transverse spacer bar (2) by water supply and draining hold concurrently connecting hole (4) or for splice with the straight pipe of flowing water (6) directly or add plastic cement sealing mat and be indirectly serially connected in combination greening wire mesh grating with bolt, simultaneously the reservoir of adjacent transverse spacer bar (2) bottom pipelined channel (3) of holding concurrently to be held concurrently connecting hole (4) or through for splicing with the straight pipe of flowing water (6) by water supply and draining, symmetrical structure except the coupling part of adjacent transverse spacer bar (2) between any two adjacent bearings (1) and lateral isolation bar (2) in described combination greening wire mesh grating.
9. combine greening wire mesh grating, comprise bearing (1) and lateral isolation bar (2), it is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile are all front and back and bilateral symmetry, described bearing (1) is hexahedron or cylinder, described lateral isolation bar (2) is the continuous groove from an end face to other end, continuous groove top is plantation space, bottom is that reservoir is held concurrently pipelined channel (3), on any one section of horizontal top surface at least one bearing (1) of the external surface of lateral isolation bar (2) or concave end face, mobile arbitrarily and splicing at an arbitrary position, the vertical plane of symmetry of lateral isolation bar (2) is parallel with the vertical plane of symmetry of bearing (1) and substantially overlapping, splicing lateral isolation bar (2) is at an arbitrary position connected with bearing (1) with connection assist or bonding agent, two adjacent lateral isolation bars (2) partly overlap or alignment bolt or bonding agent are connected in series, vertical partition (10) is connected with in the lateral isolation bar (2) that combination greening wire mesh grating is laterally connected in series, structure division in described combination greening wire mesh grating except vertically cutting off (10) lateral isolation bar (2) connection adjacent with two between any two adjacent bearings (1) and lateral isolation bar (2) is symmetrical structure.
10. combination greening wire mesh grating according to claim 8 or claim 9, it is characterized in that: there is the syndeton of mutually mating with the top and bottom of bearing (1) top and bottom of described lateral isolation bar (2), reservoir (9) is arranged at the top of described bearing (1), and bearing (1) and lateral isolation bar (2) are serially connected in the combination greening wire mesh grating of multilayer lateral isolation bar (2) alternatively up and down.
11. according to the greening wire mesh grating one of claim 1,2,3,8 and 9 Suo Shu, it is characterized in that: described bearing (1) and lateral isolation bar (2) material are metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete, described bearing (1) becomes 0 ° ~ 90 ° to install with horizontal plane, the cross section of described lateral isolation bar (2) be V-arrangement, shape, shape, shape, circular arc or polygon, described reservoir is held concurrently in pipelined channel (3) and is provided with water-stop sheet.
12., according to the combination greening wire mesh grating one of claim 1,2,3,8 and 9 Suo Shu, is characterized in that: described lateral isolation bar (2) wall has discharge water hole (11), between discharge water hole (11) with flexible pipe or hard tube connected in series or in parallel.
13. according to the combination greening wire mesh grating one of claim 1,2,3,8 and 9 Suo Shu, it is characterized in that: described bearing (1) part is embedded in concrete or is joined with bolts on concrete structure, and bearing (1) and the lateral isolation bar (2) of described combination greening wire mesh grating are integrally welded.
CN201110119986.0A 2010-05-11 2011-05-10 Combination greening wire mesh grating CN102278001B (en)

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CN201010572212.9A CN102242574B (en) 2010-05-11 2010-11-26 Spliced greening isolation barrier
CN2010206400999U CN202000279U (en) 2010-05-11 2010-11-26 Spliced greening isolation barrier
CN2011201246585U CN202055616U (en) 2010-05-11 2011-04-26 Combined type green isolating railing
CN201110104295.3A CN102251705B (en) 2010-05-11 2011-04-26 Combined type green isolating railing
CN201180020897.9A CN103228841B (en) 2010-05-11 2011-04-29 Combination isolated column
CN2011201462372U CN202298515U (en) 2010-05-11 2011-05-10 Combined greening isolation fence
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CN2011201246585U CN202055616U (en) 2010-05-11 2011-04-26 Combined type green isolating railing
CN201110104295.3A CN102251705B (en) 2010-05-11 2011-04-26 Combined type green isolating railing
CN201180020897.9A CN103228841B (en) 2010-05-11 2011-04-29 Combination isolated column
CN2011201462372U CN202298515U (en) 2010-05-11 2011-05-10 Combined greening isolation fence

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Publication number Priority date Publication date Assignee Title
CN102242574B (en) * 2010-05-11 2016-04-20 孙希贤 Spliced greening isolation barrier
CN103205946A (en) * 2012-01-13 2013-07-17 成都创新景观工程有限公司 Movable greening guardrail provided with irrigation system
CN103283519A (en) * 2012-03-05 2013-09-11 孙希贤 Series-wounded and over-headed multi-level green long isolation groove with irrigation system
CN102733331B (en) * 2012-06-17 2016-05-11 苏州汇诚智造工业设计有限公司 A kind of Green protection fence and manufacture method thereof
CN105369755A (en) * 2012-06-17 2016-03-02 苏州汇诚智造工业设计有限公司 Afforest guardrail pier manufacture method
CN102704422A (en) * 2012-06-17 2012-10-03 张朝峰 Guardrail plate with greening groove and manufacturing method for guardrail plate
CN103563669B (en) * 2012-07-25 2017-07-25 上海市政工程设计研究总院(集团)有限公司 A kind of anticollision barrier greening method
CN104213524A (en) * 2013-05-30 2014-12-17 孙希贤 Small movable simple greening guard bar convenient to assemble and disassemble
CN103556869B (en) * 2013-08-19 2016-09-07 国家电网公司 A kind of box-type electric power security tensile fence mesh
CN103875514A (en) * 2014-03-04 2014-06-25 安徽机电职业技术学院 Road fence with water tanks and flowerpots
CN104772185A (en) * 2015-04-01 2015-07-15 刘银明 Bilateral protection rack for running water channel
CN107558317B (en) * 2017-10-14 2019-12-06 东阳市琰安建筑工程有限公司 Road with greenbelt
CN107905622A (en) * 2017-10-30 2018-04-13 湖南诚友绿色建材科技有限公司 A kind of prefabricated reinforced concrete Green protection fence
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CN102251705A (en) 2011-11-23
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CN102278001A (en) 2011-12-14
CN202298515U (en) 2012-07-04
CN202000279U (en) 2011-10-05
CN102242574A (en) 2011-11-16
WO2011140935A1 (en) 2011-11-17
CN102242574B (en) 2016-04-20
CN103228841B (en) 2016-08-24
CN202055616U (en) 2011-11-30

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