CN102242574A - Spliced greening isolation barrier - Google Patents

Spliced greening isolation barrier Download PDF

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Publication number
CN102242574A
CN102242574A CN2010105722129A CN201010572212A CN102242574A CN 102242574 A CN102242574 A CN 102242574A CN 2010105722129 A CN2010105722129 A CN 2010105722129A CN 201010572212 A CN201010572212 A CN 201010572212A CN 102242574 A CN102242574 A CN 102242574A
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CN
China
Prior art keywords
transverse
support
splicing
spliced
location
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CN2010105722129A
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Chinese (zh)
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CN102242574B (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 CN201010572212.9A priority patent/CN102242574B/en
Publication of CN102242574A publication Critical patent/CN102242574A/en
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Publication of CN102242574B publication Critical patent/CN102242574B/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

The invention discloses a spliced greening isolation barrier. The isolation barrier comprises a support and a transverse component, wherein a downward concave planting groove is formed on the transverse component; a water supply and drainage hole is formed on the wall of the planting groove, positioning splice structures at two ends of the wall surface of the planting groove are horizontal holes; the body of the support, except the positioning splice structures, is a part which is axially symmetric relative to the central shaft of the support in the vertical direction, and the positioning splice structure on the part is a horizontal raised head; partial or whole positioning splice structures at two ends of the transverse component and partial or whole positioning splice structures of the support are indirectly or directly spliced into a substrate, the directly splicing is that only partial or whole positioning splice structures on the transverse component are spliced with partial or whole positioning splice structures on the support to form the substrate, namely splicing of the horizontal holes and horizontal nose; and extension or pointing direction of the splicing is vertical to the splicing surface of the support and the transverse component. Therefore, the aim of the invention is achieved by implementing the technical scheme.

Description

Spliced greening wire mesh grating

Technical field

The present invention relates to a kind of greening installation, specially refer to a kind of spliced greening wire mesh grating or guardrail of planting plant thereon or putting flowerpot.

Background technology

As everyone knows, existing isolated column all is to adopt steel work, concrete structure etc., not greening, or on the isolated column that does not have greening, flower pot frame is installed, the flowerpot that to plant flowers and plants again is installed in and decorates isolated column on the flower pot frame, because therefore the pouring management is very difficult not have supply and drain water system between the flowerpot, and cost height, dangerous, and spliced greening wire mesh grating of the present invention not only has isolation features but also can be directly the plant of portion's plantation within it, also can place flowerpot within it, not only have penetrating afforestation effect, and just can change planting effect by any replacing support or transverse member, appreciation effect and penetrating effect, it is simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance, change the deficiencies in the prior art, realized the present invention.

Summary of the invention

Purpose of the present invention and the technical problem that will solve are: 1. make the internal construction of guardrail or isolation space own ingenious and have planting groove, retaining and water supply and draining structure fully, and isolation that is used for road and architecture greening or guardrail with penetrating effect, 2. just can change the greening isolation or the guardrail of planting effect, appreciation effect and penetrating effect by any replacing support or transverse member, spliced greening wire mesh grating 3. simple in structure, easy to install, with low cost, as to be convenient to water management maintenance.

Technical scheme of the present invention is as follows:

Spliced greening wire mesh grating, comprise support 1 and transverse member 2, it is characterized in that: support 1 and transverse member 2 are to make respectively, described transverse member 2 has one at least to recessed planting groove 3, the wall of planting groove 3 has the plumbing hole 5 of plumbing hole 4 or tubulose, the location splicing construction at its two ends is lateral apertures 6, horizontal tongue 7, horizontal nose 8, upright opening 9 or vertical plush copper 10, support 1 main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is a lateral aperture 11, horizontal nose 12, horizontal groove 13, upright opening 14, the hole 16 of vertical plush copper 15 or the protruding pipe of level, side that the main body of support 1 and transverse member 2 comes close to or in contact with mutually and side or end face and bottom surface are Mosaic faces 17, transverse member 2 or at least two and to the location splicing construction at the two ends of the not a half overlapping transverse member 2 that distance arranged part or all with support the indirect or direct splicing of part or all of 1 location splicing construction and become matrix, its indirectly splicing be that at least one slender rectangular tube 18 runs through at least one transverse member 2 and makes its part outside become the plush copper of transverse member 2 or the location splicing construction in hole and the support 1 is spliced into matrix, direct splicing be only by the location splicing construction on the transverse member 2 part or all with support location splicing construction on 1 part or all be spliced into matrix, be lateral aperture 6 and horizontal nose 12, horizontal tongue 7 and lateral aperture 11 or horizontal groove 13, horizontal nose 8 and lateral aperture 11 or horizontal groove 13, upright opening 9 and vertical plush copper 15, vertical plush copper 10 and upright opening 14, the splicing of one or several of the hole 16 of horizontal nose 8 and the protruding pipe of level, the extension of its splicing or pointing direction are vertical with the Mosaic face 17 of support 1 and transverse member 2, the face that the main body of support 1 and transverse member 2 comes close to or in contact with mutually is a Mosaic face 17, its beneficial effect is not have the isolated column or the guardrail of greening to become kind of the ecology isolation hurdle or the guardrail that are implanted with plant, it is: 1. the greening isolation or the guardrail that have penetrating effect, 2. just can change planting effect by any replacing support or transverse member, the greening isolation or the guardrail of appreciation effect and penetrating effect, 3. simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance.

As optimization to technique scheme, described support 1 is embedded in the concrete for part or is can be portable, the location splicing construction that continues splicing support 1 and transverse member 2 is still arranged on the described matrix, splicing has the transverse member 2 of 0 ° to 180 ° of at least two levels or vertical direction angle in the described support 1, the cross section of described transverse member 2 is V-arrangement, U-shaped, circular arc or polygon, and its beneficial effect is to satisfy different fields of employment to function and requirement attractive in appearance.

As optimization to technique scheme, in described lateral aperture 6, the horizontal nose 8 is hollow flowing water passage 19, or be hollow flowing water passage 20 in the described lateral aperture 11, horizontal nose 12, its beneficial effect is a structure of having brought into play support and transverse member cleverly, water drainage-supply system is arranged on isolated column or guardrail inside, greatly reduce cost, and outward appearance is succinctly attractive in appearance.

As optimization to technique scheme, two horizontal nose 8 or two lateral apertures 6 on the sidewall of described transverse member 2 are connected by the member 21 that hollow flowing water passage is arranged, there is the wall of the member 21 of hollow flowing water passage that water hole 22 is arranged, its beneficial effect is the rigidity that strengthens transverse member 2, also makes member 21 and auxiliary part water hole 22 become the water supply and draining passage dexterously.

As the optimization to technique scheme, the wall of described slender rectangular tube 18 has water hole 31, and its beneficial effect is a part that becomes the irrigating plant management system.

As optimization to technique scheme, in the described planting groove 3 water-stop sheet 23 is installed, it on the water-stop sheet 23 soil spatial accommodation 24, under be water evaporates soil suction space 25, the plumbing hole 5 of described plumbing hole 4 or tubulose is a spillway hole, and spillway hole is positioned under the water-stop sheet 23, and adjacent spillway hole connects with pipe, its beneficial effect is that soil spatial accommodation 24 and water evaporates soil suction space 25 are isolated, and makes plant continue evenly to absorb moisture and nutrition.

As the optimization to technique scheme, the oriented recessed planting groove 33 in the top of described support 1, its beneficial effect are to support 1 promptly to support transverse member and can plant plant again and make and isolate greening continuous landscape effect is arranged.

As optimization to technique scheme, in the described planting groove 3 gusset is arranged, its beneficial effect is to strengthen the flexural strength of planting groove and support water-stop sheet.

As optimization to technique scheme, described support 1 has catch basin 26, the wall of catch basin 26 has one-level delivery port 27 at least, and its delivery port 27 is flat mouthful or the mouth of pipe, and its beneficial effect is that the space structures that makes full use of support becomes constantly to reservoir it.

As optimization to technique scheme, the splicing construction 30 of mutual coupling is arranged on the end face of described support 1 and the bottom surface, its beneficial effect is to build tall and big isolation with standardized modular structure.

As optimization to technique scheme, described transverse member 2 is provided with and connects the connecting elements 29 of transverse member 2 up and down, the alternate structure 32 of horizontal or vertical strip convex-concave is arranged the wall of described transverse member 2 or laterally and vertically have alternate structure 32 of strip convex-concave or top that flange 28 is arranged simultaneously, its beneficial effect is to strengthen structural rigidity.

As optimization to technique scheme, between described support 1 and the transverse member 2 adhesive linkage is arranged, its beneficial effect is to strengthen support and transverse member bonding strength or make the flowing water passage water-tight.

Implement technique scheme and just realized purpose of the present invention.

The invention has the advantages that: 1. structure is very simple, and is effective, and transparent effect is good; 2. fully industrial flow-line large-scale production supports 1 and transverse member 2, and costs such as production, storage and transportation are low; 3. change transverse member 2 and support any one physical dimension in 1 or the position can change the beautification of landscape effect of greening wire mesh grating or guardrail, just can reach different instructions for uses; 4. water storage structure that spliced greening wire mesh grating forms naturally and irrigation system structure have satisfied the growth requirement of plant; 5. take up an area of that little, green coverage is big, moulding arbitrarily, natural drip plumbing, emit oxygen, absorbing carbon dioxide, heat energy, noise, dust, light pollution do not run off because of soil can be placed in the container, thereby afforestation effect is very good, beautifies the environment.

Description of drawings

Fig. 1 is the schematic perspective view of the embodiment of the invention 1.

Fig. 2 is transverse member 2 schematic perspective views of the embodiment of the invention 1.

Fig. 3 is support 1 schematic perspective view of the embodiment of the invention 1.

Fig. 4 be the embodiment of the invention 2 schematic perspective view.

Fig. 5 is support 1 schematic perspective view of the embodiment of the invention 2.

Fig. 6 is upper strata transverse member 2 schematic perspective views of the embodiment of the invention 2.

Fig. 7 is lower floor's transverse member 2 schematic perspective views of the embodiment of the invention 2.

Fig. 8 is transverse member 2 schematic perspective views of the embodiment of the invention 3.

Fig. 9 is the schematic perspective view of the embodiment of the invention 3.

Figure 10 is support 1 schematic perspective view of the embodiment of the invention 3.

Figure 11 is transverse member 2 schematic perspective views of the embodiment of the invention 4.

Figure 12 is the schematic perspective view of the embodiment of the invention 4.

Figure 13 is support 1 schematic perspective view of the embodiment of the invention 4.

Figure 14 is the schematic perspective view of the embodiment of the invention 5.

Figure 15 is support 1 schematic perspective view of the embodiment of the invention 5.

Figure 16 is transverse member 2 schematic perspective views of the embodiment of the invention 5.

Figure 17 is support 1 schematic perspective view of the embodiment of the invention 6.

Figure 18 is upper strata transverse member 2 schematic perspective views of the embodiment of the invention 6.

Figure 19 is lower floor's transverse member 2 schematic perspective views of the embodiment of the invention 6.

Figure 20 is the schematic perspective view of the embodiment of the invention 6.

Figure 21 is the schematic perspective view of the embodiment of the invention 7.

Figure 22 is transverse member 2 schematic perspective views of the embodiment of the invention 7.

Figure 23 is support 1 schematic perspective view of the embodiment of the invention 7.

Figure 24 is the schematic perspective view of the embodiment of the invention 8.

1---support, 2---transverse member, 3---planting groove, 4---the plumbing hole, 5---the plumbing hole of tubulose, 6---lateral aperture, 7---horizontal tongue, 8---horizontal nose, 9---upright opening, 10---vertical plush copper, 11---lateral aperture, 12---horizontal nose, 13---horizontal groove, 14---upright opening, 15---vertical plush copper, 16---the hole of the protruding pipe of level, 17---Mosaic face, 18---slender rectangular tube, 19---hollow flowing water passage, 20---hollow flowing water passage, 21---the member of hollow flowing water passage, 22---the water hole, 23---water-stop sheet, 24---the soil spatial accommodation, 25-water evaporates soil suction space, 26---catch basin, 27---delivery port, 28---flange, 29---connecting elements up and down, 30---splicing construction, 31---the water hole, 32---the alternate structure of strip convex-concave, 33---planting groove.

The specific embodiment

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

Embodiment 1: see Fig. 1, Fig. 2, Fig. 3, the described spliced greening wire mesh grating of this example, comprise support 1 and transverse member 2, it is characterized in that: support 1 and transverse member 2 are to make respectively, described transverse member 2 has one at least to recessed planting groove 3, the wall of planting groove 3 has plumbing hole 4, the location splicing construction at its two ends is lateral apertures 6, support 1 main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is a horizontal nose 12, side and side that the main body of support 1 and transverse member 2 comes close to or in contact with mutually are Mosaic faces 17, part or all of the location splicing construction at the two ends of a transverse member 2 with support 1 location splicing construction part or all indirectly or direct splicing become matrix, its direct splicing be only by the location splicing construction on the transverse member 2 part or all with support location splicing construction on 1 part or all be spliced into matrix, it is the splicing of lateral aperture 6 and horizontal nose 12, the extension of its splicing or pointing direction are vertical with the Mosaic face 17 of support 1 and transverse member 2, the face that the main body of support 1 and transverse member 2 comes close to or in contact with mutually is a Mosaic face 17, its beneficial effect is not have the isolated column or the guardrail of greening to become kind of the ecology isolation hurdle or the guardrail that are implanted with plant, it is: 1. the greening isolation or the guardrail that have penetrating effect, 2. just can change planting effect by any replacing support or transverse member, the greening isolation or the guardrail of appreciation effect and penetrating effect, 3. simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance.

As optimization to technique scheme, described support 1 is embedded in the concrete for part or is can be portable, the location splicing construction that continues splicing support 1 and transverse member 2 is still arranged on the described matrix, splicing has the transverse member 2 of 0 ° to 180 ° of at least two levels or vertical direction angle in the described support 1, the cross section of described transverse member 2 is V-arrangement, U-shaped, circular arc or polygon, and its beneficial effect is to satisfy different fields of employment to function and requirement attractive in appearance.

As optimization to technique scheme, in the described lateral aperture 6 is hollow flowing water passage 19, in the described horizontal nose 12 is hollow flowing water passage 20, its beneficial effect is a structure of having brought into play support and transverse member cleverly, water drainage-supply system is arranged on isolated column or guardrail inside, greatly reduce cost, and outward appearance is succinctly attractive in appearance.

As optimization to technique scheme, two lateral apertures 6 on the sidewall of described transverse member 2 are connected by the member 21 that hollow flowing water passage is arranged, there is the wall of the member 21 of hollow flowing water passage that water hole 22 is arranged, its beneficial effect is the rigidity that strengthens transverse member 2, also makes member 21 and auxiliary part water hole 22 become the water supply and draining passage dexterously.

As the optimization to technique scheme, the oriented recessed planting groove 33 in the top of described support 1, its beneficial effect are to support 1 promptly to support transverse member and can plant plant again and make and isolate greening continuous landscape effect is arranged.

As optimization to technique scheme, in the described planting groove 3 gusset is arranged, its beneficial effect is to strengthen the flexural strength of planting groove and support water-stop sheet.

As optimization to technique scheme, described support 1 has catch basin 26, the wall of catch basin 26 has one-level delivery port 27 at least, and its delivery port 27 is flat mouthful or the mouth of pipe, and its beneficial effect is that the space structures that makes full use of support becomes constantly to reservoir it.

As optimization to technique scheme, between described support 1 and the transverse member 2 adhesive linkage is arranged, its beneficial effect is to strengthen support and transverse member bonding strength or make the flowing water passage water-tight.

Embodiment 2: see Fig. 4, Fig. 5, Fig. 6, Fig. 7, the described spliced greening wire mesh grating of this example, comprise support 1 and transverse member 2, it is characterized in that: support 1 and transverse member 2 are to make respectively, described transverse member 2 has one at least to recessed planting groove 3, the wall of planting groove 3 has the plumbing hole 5 of tubulose, the location splicing construction at its two ends is lateral aperture 6 or horizontal tongue 7, support 1 main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is horizontal nose 12 or horizontal groove 13, side that the main body of support 1 and transverse member 2 comes close to or in contact with mutually and side and end face and bottom surface are Mosaic faces 17, two and to the location splicing construction at the two ends of the not a half overlapping transverse member 2 that distance arranged part or all with support the indirect or direct splicing of part or all of 1 location splicing construction and become matrix, direct splicing be only by the location splicing construction on the transverse member 2 part or all with support location splicing construction on 1 part or all be spliced into matrix, be lateral aperture 6 and horizontal nose 12, the splicing of horizontal tongue 7 and horizontal groove 13, the extension of its splicing or pointing direction are vertical with the Mosaic face 17 of support 1 and transverse member 2, the face that the main body of support 1 and transverse member 2 comes close to or in contact with mutually is a Mosaic face 17, its beneficial effect is not have the isolated column or the guardrail of greening to become kind of the ecology isolation hurdle or the guardrail that are implanted with plant, it is: 1. the greening isolation or the guardrail that have penetrating effect, 2. just can change planting effect by any replacing support or transverse member, the greening isolation or the guardrail of appreciation effect and penetrating effect, 3. simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance.

As optimization to technique scheme, described support 1 is can be portable, the location splicing construction that continues splicing support 1 and transverse member 2 is still arranged on the described matrix, splicing has the transverse member 2 of 0 ° to 180 ° of at least two levels or vertical direction angle in the described support 1, the cross section of described transverse member 2 is V-arrangement, U-shaped, circular arc or polygon, and its beneficial effect is to satisfy different fields of employment to function and requirement attractive in appearance.

As optimization to technique scheme, in the described horizontal nose 12 is hollow flowing water passage 20, and its beneficial effect is a structure of having brought into play support and transverse member cleverly, and water drainage-supply system is arranged on isolated column or guardrail inside, greatly reduce cost, and outward appearance is succinctly attractive in appearance.

As optimization to technique scheme, in the described planting groove 3 water-stop sheet 23 is installed, it on the water-stop sheet 23 soil spatial accommodation 24, under be water evaporates soil suction space 25, the plumbing hole 5 of described tubulose is a spillway hole, and spillway hole is positioned under the water-stop sheet 23, and adjacent spillway hole connects with pipe, its beneficial effect is that soil spatial accommodation 24 and water evaporates soil suction space 25 are isolated, and makes plant continue evenly to absorb moisture and nutrition.

As optimization to technique scheme, in the described planting groove 3 gusset is arranged, its beneficial effect is to strengthen the flexural strength of planting groove and support water-stop sheet.

As optimization to technique scheme, between described support 1 and the transverse member 2 adhesive linkage is arranged, its beneficial effect is to strengthen support and transverse member bonding strength or make the flowing water passage water-tight.

Embodiment 3: see Fig. 8, Fig. 9, Figure 10, the described spliced greening wire mesh grating of this example, comprise support 1 and transverse member 2, it is characterized in that: support 1 and transverse member 2 are to make respectively, described transverse member 2 has one to recessed planting groove 3, the wall of planting groove 3 has plumbing hole 4, the location splicing construction at its two ends is horizontal nose 8, support 1 main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is lateral aperture 11 and horizontal groove 13, side and side that the main body of support 1 and transverse member 2 comes close to or in contact with mutually are Mosaic faces 17, two and to the location splicing construction at the two ends of the not a half overlapping transverse member 2 that distance arranged part or all with support the indirect or direct splicing of part or all of 1 location splicing construction and become matrix, its direct splicing be only by the location splicing construction on the transverse member 2 part or all with support location splicing construction on 1 part or all be spliced into matrix, it is the splicing of horizontal nose 8 and lateral aperture 11 or horizontal groove 13, the extension of its splicing or pointing direction are vertical with the Mosaic face 17 of support 1 and transverse member 2, the face that the main body of support 1 and transverse member 2 comes close to or in contact with mutually is a Mosaic face 17, its beneficial effect is not have the isolated column or the guardrail of greening to become kind of the ecology isolation hurdle or the guardrail that are implanted with plant, it is: 1. the greening isolation or the guardrail that have penetrating effect, 2. just can change planting effect by any replacing support or transverse member, the greening isolation or the guardrail of appreciation effect and penetrating effect, 3. simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance.

As optimization to technique scheme, described support 1 is can be portable, the location splicing construction that continues splicing support 1 and transverse member 2 is still arranged on the described matrix, splicing has the transverse member 2 of 0 ° to 180 ° of at least two levels or vertical direction angle in the described support 1, the cross section of described transverse member 2 is a polygon, and its beneficial effect is to satisfy different fields of employment to function and requirement attractive in appearance.

As optimization to technique scheme, in the described horizontal nose 8 is hollow flowing water passage 19, or be hollow flowing water passage 20 in the described lateral aperture 11, its beneficial effect is a structure of having brought into play support and transverse member cleverly, water drainage-supply system is arranged on isolated column or guardrail inside, greatly reduce cost, and outward appearance is succinctly attractive in appearance.

As optimization to technique scheme, in the described planting groove 3 gusset is arranged, its beneficial effect is to strengthen the flexural strength of planting groove and support water-stop sheet.

As optimization to technique scheme, described support 1 has catch basin 26, the wall of catch basin 26 has one-level delivery port 27 at least, and its delivery port 27 is flat mouthful or the mouth of pipe, and its beneficial effect is that the space structures that makes full use of support becomes constantly to reservoir it.

As the optimization to technique scheme, the wall of described transverse member 2 has the alternate structure 32 of horizontal or vertical strip convex-concave or the alternate structure 32 of strip convex-concave, its beneficial effect laterally and are vertically arranged simultaneously is to strengthen structural rigidity.

As optimization to technique scheme, between described support 1 and the transverse member 2 adhesive linkage is arranged, its beneficial effect is to strengthen support and transverse member bonding strength or make the flowing water passage water-tight.

Embodiment 4: see Figure 11, Figure 12, Figure 13, the described spliced greening wire mesh grating of this example, comprise support 1 and transverse member 2, it is characterized in that: support 1 and transverse member 2 are to make respectively, described transverse member 2 has one to recessed planting groove 3, the wall of planting groove 3 has plumbing hole 4, the location splicing construction at its two ends is lateral apertures 6, support 1 main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is a lateral aperture 11, side and side that the main body of support 1 and transverse member 2 comes close to or in contact with mutually are Mosaic faces 17, at least two and to the location splicing construction at the two ends of the not a half overlapping transverse member 2 that distance arranged part or all with support 1 location splicing construction part or all be spliced into matrix indirectly, its indirectly splicing be that at least one slender rectangular tube 18 runs through at least one transverse member 2 and makes its part outside become the plush copper of transverse member 2 or the location splicing construction in hole and the support 1 is spliced into matrix, the extension of its splicing or pointing direction are vertical with the Mosaic face 17 of support 1 and transverse member 2, the face that the main body of support 1 and transverse member 2 comes close to or in contact with mutually is a Mosaic face 17, its beneficial effect is not have the isolated column or the guardrail of greening to become kind of the ecology isolation hurdle or the guardrail that are implanted with plant, it is: 1. the greening isolation or the guardrail that have penetrating effect, 2. just can change planting effect by any replacing support or transverse member, the greening isolation or the guardrail of appreciation effect and penetrating effect, 3. simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance.

As optimization to technique scheme, described support 1 is can be portable, the location splicing construction that continues splicing support 1 and transverse member 2 is still arranged on the described matrix, splicing has the transverse member 2 of 0 ° to 180 ° of at least two levels or vertical direction angle in the described support 1, the cross section of described transverse member 2 is V-arrangement, U-shaped, circular arc or polygon, and its beneficial effect is to satisfy different fields of employment to function and requirement attractive in appearance.

As the optimization to technique scheme, the wall of described slender rectangular tube 18 has water hole 31, and its beneficial effect is a part that becomes the irrigating plant management system.

As optimization to technique scheme, be soil spatial accommodation 24 in the described planting groove 3, described plumbing hole 4 is a spillway hole, its beneficial effect is that to make be that the maintenance plant is nature drip irrigation stream.

As optimization to technique scheme, in the described planting groove 3 gusset is arranged, its beneficial effect is to strengthen the flexural strength of planting groove and support water-stop sheet.

As optimization to technique scheme, described support 1 has catch basin 26, the wall of catch basin 26 has one-level delivery port 27 at least, and its delivery port 27 is flat mouthful or the mouth of pipe, and its beneficial effect is that the space structures that makes full use of support becomes constantly to reservoir it.

As optimization to technique scheme, the splicing construction 30 of mutual coupling is arranged on the end face of described support 1 and the bottom surface, its beneficial effect is to build tall and big isolation with standardized modular structure.

As the optimization to technique scheme, described transverse member 2 is provided with and connects the connecting elements 29 of transverse member 2 up and down, and its beneficial effect is to strengthen structural rigidity.

As optimization to technique scheme, between described support 1 and the transverse member 2 adhesive linkage is arranged, its beneficial effect is to strengthen support and transverse member bonding strength or make the flowing water passage water-tight.

Embodiment 5: see Figure 14, Figure 15, Figure 16, the described spliced greening wire mesh grating of this example, comprise support 1 and transverse member 2, it is characterized in that: support 1 and transverse member 2 are to make respectively, described transverse member 2 has one at least to recessed planting groove 3, the wall of planting groove 3 has plumbing hole 4, the location splicing construction at its two ends is vertical plush coppers 10, support 1 main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is a upright opening 14, end face and bottom surface that the main body of support 1 and transverse member 2 comes close to or in contact with mutually are Mosaic faces 17, part or all of the location splicing construction at the two ends of a transverse member 2 becomes matrix with part or all direct splicing of the location splicing construction of support 1, its direct splicing be only by the location splicing construction on the transverse member 2 part or all with support location splicing construction on 1 part or all be spliced into matrix, it is the splicing of vertical plush copper 10 and upright opening 14, the extension of its splicing or pointing direction are vertical with the Mosaic face 17 of support 1 and transverse member 2, the face that the main body of support 1 and transverse member 2 comes close to or in contact with mutually is a Mosaic face 17, its beneficial effect is not have the isolated column or the guardrail of greening to become kind of the ecology isolation hurdle or the guardrail that are implanted with plant, it is: 1. the greening isolation or the guardrail that have penetrating effect, 2. just can change planting effect by any replacing support or transverse member, the greening isolation or the guardrail of appreciation effect and penetrating effect, 3. simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance.

As optimization to technique scheme, described support 1 is embedded in the concrete for part or is can be portable, the location splicing construction that continues splicing support 1 and transverse member 2 is still arranged on the described matrix, splicing has the transverse member 2 of 0 ° to 180 ° of at least two levels or vertical direction angle in the described support 1, the cross section of described transverse member 2 is V-arrangement, U-shaped, circular arc or polygon, and its beneficial effect is to satisfy different fields of employment to function and requirement attractive in appearance.

As optimization to technique scheme, in the described planting groove 3 gusset is arranged, its beneficial effect is to strengthen the flexural strength of planting groove and support water-stop sheet.

As the optimization to technique scheme, flange 28 is arranged at the top of described transverse member 2, and its beneficial effect is to strengthen structural rigidity.

As optimization to technique scheme, between described support 1 and the transverse member 2 adhesive linkage is arranged, its beneficial effect is to strengthen support and transverse member bonding strength or make the flowing water passage water-tight.

Embodiment 6: see Figure 17, Figure 18, Figure 19, Figure 20, the described spliced greening wire mesh grating of this example, comprise support 1 and transverse member 2, it is characterized in that: support 1 and transverse member 2 are to make respectively, described transverse member 2 has one to recessed planting groove 3, the wall of planting groove 3 has plumbing hole 4, the location splicing construction at its two ends is lateral aperture 6 and horizontal nose 8, support 1 main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is a lateral aperture 11, side and side that the main body of support 1 and transverse member 2 comes close to or in contact with mutually are Mosaic faces 17, transverse member 2 or at least two and to the location splicing construction at the two ends of the not a half overlapping transverse member 2 that distance arranged part or all with support the indirect or direct splicing of part or all of 1 location splicing construction and become matrix, its indirectly splicing be that at least one slender rectangular tube 18 runs through at least one transverse member 2 and makes its part outside become the plush copper of transverse member 2 or the location splicing construction in hole and the support 1 is spliced into matrix, direct splicing be only by the location splicing construction on the transverse member 2 part or all with support location splicing construction on 1 part or all be spliced into matrix, it is the splicing of horizontal nose 8 and lateral aperture 11, the extension of its splicing or pointing direction are vertical with the Mosaic face 17 of support 1 and transverse member 2, the face that the main body of support 1 and transverse member 2 comes close to or in contact with mutually is a Mosaic face 17, its beneficial effect is not have the isolated column or the guardrail of greening to become kind of the ecology isolation hurdle or the guardrail that are implanted with plant, it is: 1. the greening isolation or the guardrail that have penetrating effect, 2. just can change planting effect by any replacing support or transverse member, the greening isolation or the guardrail of appreciation effect and penetrating effect, 3. simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance.

As optimization to technique scheme, described support 1 is can be portable, the location splicing construction that continues splicing support 1 and transverse member 2 is still arranged on the described matrix, splicing has the transverse member 2 of 0 ° to 180 ° of at least two levels or vertical direction angle in the described support 1, the cross section of described transverse member 2 is V-arrangement and polygon, and its beneficial effect is to satisfy different fields of employment to function and requirement attractive in appearance.

As optimization to technique scheme, in the described horizontal nose 8 is hollow flowing water passage 19, described lateral aperture 11, interior be hollow flowing water passage 20, its beneficial effect is a structure of having brought into play support and transverse member cleverly, water drainage-supply system is arranged on isolated column or guardrail inside, greatly reduce cost, and outward appearance is succinctly attractive in appearance.

As the optimization to technique scheme, the wall of described slender rectangular tube 18 has water hole 31, and its beneficial effect is a part that becomes the irrigating plant management system.

As optimization to technique scheme, in the described planting groove 3 water-stop sheet 23 is installed, it on the water-stop sheet 23 soil spatial accommodation 24, under be water evaporates soil suction space 25, described plumbing hole 4 is a spillway hole, and spillway hole is positioned under the water-stop sheet 23, and adjacent spillway hole connects with pipe, its beneficial effect is that soil spatial accommodation 24 and water evaporates soil suction space 25 are isolated, and makes plant continue evenly to absorb moisture and nutrition.

As optimization to technique scheme, in the described planting groove 3 gusset is arranged, its beneficial effect is to strengthen the flexural strength of planting groove and support water-stop sheet.

As optimization to technique scheme, between described support 1 and the transverse member 2 adhesive linkage is arranged, its beneficial effect is to strengthen support and transverse member bonding strength or make the flowing water passage water-tight.

Embodiment 7: see Figure 21, Figure 22, Figure 23, the described spliced greening wire mesh grating of this example, comprise support 1 and transverse member 2, it is characterized in that: support 1 and transverse member 2 are to make respectively, described transverse member 2 has one at least to recessed planting groove 3, the wall of planting groove 3 has plumbing hole 4, the location splicing construction at its two ends is upright openings 9, support 1 main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is vertical plush copper 15, end face and bottom surface that the main body of support 1 and transverse member 2 comes close to or in contact with mutually are Mosaic faces 17, transverse member 2 or at least two also become matrix with part or all direct splicing of the location splicing construction of support 1 to part or all of the location splicing construction at the two ends of the not a half overlapping transverse member 2 that distance arranged, its direct splicing be only by the location splicing construction on the transverse member 2 part or all with support location splicing construction on 1 part or all be spliced into matrix, it is upright opening 9 and the splicing of vertical plush copper 15, the extension of its splicing or pointing direction are vertical with the Mosaic face 17 of support 1 and transverse member 2, the face that the main body of support 1 and transverse member 2 comes close to or in contact with mutually is a Mosaic face 17, its beneficial effect is not have the isolated column or the guardrail of greening to become kind of the ecology isolation hurdle or the guardrail that are implanted with plant, it is: 1. the greening isolation or the guardrail that have penetrating effect, 2. just can change planting effect by any replacing support or transverse member, the greening isolation or the guardrail of appreciation effect and penetrating effect, 3. simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance.

As optimization to technique scheme, described support 1 is embedded in the concrete for part or is can be portable, the location splicing construction that continues splicing support 1 and transverse member 2 is still arranged on the described matrix, splicing has the transverse member 2 of 0 ° to 180 ° of at least two levels or vertical direction angle in the described support 1, the cross section of described transverse member 2 is V-arrangement, U-shaped, circular arc or polygon, and its beneficial effect is to satisfy different fields of employment to function and requirement attractive in appearance.

As optimization to technique scheme, in the described planting groove 3 gusset is arranged, its beneficial effect is to strengthen the flexural strength of planting groove and support water-stop sheet.

As optimization to technique scheme, between described support 1 and the transverse member 2 adhesive linkage is arranged, its beneficial effect is to strengthen support and transverse member bonding strength or make the flowing water passage water-tight.

Embodiment 8: see Figure 24, the described spliced greening wire mesh grating of this example, comprise support 1 and transverse member 2, it is characterized in that: support 1 and transverse member 2 are to make respectively, described transverse member 2 has one at least to recessed planting groove 3, the wall of planting groove 3 has plumbing hole 4, the location splicing construction at its two ends is horizontal nose 8, support 1 main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is the hole 16 of the protruding pipe of level, side and side that the main body of support 1 and transverse member 2 comes close to or in contact with mutually are Mosaic faces 17, transverse member 2 or at least two also become matrix with part or all direct splicing of the location splicing construction of support 1 to part or all of the location splicing construction at the two ends of the not a half overlapping transverse member 2 that distance arranged, its direct splicing be only by the location splicing construction on the transverse member 2 part or all with support location splicing construction on 1 part or all be spliced into matrix, it is the splicing in the hole 16 of horizontal nose 8 and the protruding pipe of level, the extension of its splicing or pointing direction are vertical with the Mosaic face 17 of support 1 and transverse member 2, the face that the main body of support 1 and transverse member 2 comes close to or in contact with mutually is a Mosaic face 17, its beneficial effect is not have the isolated column or the guardrail of greening to become kind of the ecology isolation hurdle or the guardrail that are implanted with plant, it is: 1. the greening isolation or the guardrail that have penetrating effect, 2. just can change planting effect by any replacing support or transverse member, the greening isolation or the guardrail of appreciation effect and penetrating effect, 3. simple in structure, easy to install, with low cost, be convenient to water the spliced greening wire mesh grating of management maintenance.

As optimization to technique scheme, described support 1 is can be portable, the location splicing construction that continues splicing support 1 and transverse member 2 is still arranged on the described matrix, splicing has the transverse member 2 of 0 ° to 180 ° of at least two levels or vertical direction angle in the described support 1, the cross section of described transverse member 2 is V-arrangement, U-shaped, circular arc or polygon, and its beneficial effect is to satisfy different fields of employment to function and requirement attractive in appearance.

As optimization to technique scheme, in the described planting groove 3 gusset is arranged, its beneficial effect is to strengthen the flexural strength of planting groove and support water-stop sheet.

As optimization to technique scheme, between described support 1 and the transverse member 2 adhesive linkage is arranged, its beneficial effect is to strengthen support and transverse member bonding strength or make the flowing water passage water-tight.

Implement technique scheme and just realized purpose of the present invention.

Claims (11)

1. spliced greening wire mesh grating, comprise support (1) and transverse member (2), it is characterized in that: supporting (1) and transverse member (2) is to make respectively, described transverse member (2) has one at least to recessed planting groove (3), the wall of planting groove (3) has the plumbing hole (5) of plumbing hole (4) or tubulose, the location splicing construction at its two ends is lateral aperture (6), horizontal tongue (7), horizontal nose (8), upright opening (9) or vertical plush copper (10), support (1) main body except that the splicing construction of location and be one about the axisymmetric parts of its vertical direction central axis, location splicing construction on it is lateral aperture (11), horizontal nose (12), horizontal groove (13), upright opening (14), the hole (16) of vertical plush copper (15) or the protruding pipe of level, side that the main body of support (1) and transverse member (2) comes close to or in contact with mutually and side or end face and bottom surface are Mosaic face (17), a transverse member (2) or at least two and to part or all of the location splicing construction at the two ends of the not a half overlapping transverse member (2) that distance arranged or direct splicing indirect with part or all of the location splicing construction that supports (1) becomes matrix, its indirectly splicing be that at least one slender rectangular tube (18) runs through at least one transverse member (2) and makes its part outside become the plush copper of transverse member (2) or the location splicing construction in hole and the support (1) is spliced into matrix, direct splicing be only by the location splicing construction on the transverse member (2) part or all with support location splicing construction on (1) part or all be spliced into matrix, be lateral aperture (6) and horizontal nose (12), horizontal tongue (7) and lateral aperture (11) or horizontal groove (13), horizontal nose (8) and lateral aperture (11) or horizontal groove (13), upright opening (9) and vertical plush copper (15), vertical plush copper (10) and upright opening (14), the splicing of one or several of the hole (16) of horizontal nose (8) and the protruding pipe of level, the extension of its splicing or pointing direction are vertical with the Mosaic face (17) of support (1) and transverse member (2), and the face that the main body of support (1) and transverse member (2) comes close to or in contact with mutually is Mosaic face (17).
2. spliced greening wire mesh grating according to claim 1, it is characterized in that: described support (1) is embedded in the concrete for part or is can be portable, still have on the described matrix and continue the location splicing construction that (1) and transverse member (2) are supported in splicing, the transverse member (2) that splicing has 0 ° to 180 ° of at least two levels or vertical direction angle is gone up in described support (1), and the cross section of described transverse member (2) is V-arrangement, U-shaped, circular arc or polygon.
3. spliced greening wire mesh grating according to claim 1 is characterized in that: be hollow flowing water passage (19) in the described lateral aperture (6), horizontal nose (8), or be hollow flowing water passage (20) in the described lateral aperture (11), horizontal nose (12).
4. spliced greening wire mesh grating according to claim 1, it is characterized in that: two horizontal nose (8) on the sidewall of described transverse member (2) or two lateral apertures (6) are connected by the member that hollow flowing water passage is arranged (21), have the wall of the member (21) of hollow flowing water passage that water hole (22) is arranged.
5. spliced greening wire mesh grating according to claim 1 is characterized in that: the wall of described slender rectangular tube (18) has water hole (31).
6. spliced greening wire mesh grating according to claim 1, it is characterized in that: water-stop sheet (23) is installed in the described planting groove (3), on the water-stop sheet (23) soil spatial accommodation (24), under be water evaporates soil suction space (25), the plumbing hole (5) of described plumbing hole (4) or tubulose is a spillway hole, spillway hole is positioned under the water-stop sheet (23), and adjacent spillway hole connects with pipe.
7. spliced greening wire mesh grating according to claim 1 is characterized in that: described support (1) has catch basin (26), and the wall of catch basin (26) has one-level delivery port (27) at least, and its delivery port (27) is flat mouthful or the mouth of pipe.
8. spliced greening wire mesh grating according to claim 1 is characterized in that: the top of described support (1) is inlaid with to recessed planting groove (33).
9. spliced greening wire mesh grating according to claim 1 is characterized in that: the splicing construction (30) that mutual coupling is arranged on the end face of described support (1) and the bottom surface.
10. spliced greening wire mesh grating according to claim 1, it is characterized in that: described transverse member (2) is provided with and connects the connecting elements (29) of transverse member (2) up and down, and the wall of described transverse member (2) has alternate structure of strip convex-concave (32) or top that flange (28) is arranged.
11. spliced greening wire mesh grating according to claim 1 is characterized in that: between described support (1) and the transverse member (2) adhesive linkage is arranged.
CN201010572212.9A 2010-05-11 2010-11-26 Spliced greening isolation barrier CN102242574B (en)

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CN201010168918.9 2010-05-11
CN2010101689189 2010-05-11
CN201010168918 2010-05-11
CN201010572212.9A CN102242574B (en) 2010-05-11 2010-11-26 Spliced greening isolation barrier

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Application Number Title Priority Date Filing Date
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
CN201110119986.0A CN102278001B (en) 2010-05-11 2011-05-10 Combination greening wire mesh grating

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Application Number Title Priority Date Filing Date
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
CN201110119986.0A CN102278001B (en) 2010-05-11 2011-05-10 Combination greening wire mesh grating

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CN (7) CN102242574B (en)
WO (1) WO2011140935A1 (en)

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CN104772185A (en) * 2015-04-01 2015-07-15 刘银明 Bilateral protection rack for running water channel
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

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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
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CN102704422A (en) * 2012-06-17 2012-10-03 张朝峰 Guardrail plate with greening groove and manufacturing method for guardrail plate
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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
CN107558317B (en) * 2017-10-14 2019-12-06 东阳市琰安建筑工程有限公司 Road with greenbelt
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CN102251705B (en) 2016-03-30
CN102251705A (en) 2011-11-23
CN103228841A (en) 2013-07-31
CN102278001A (en) 2011-12-14
CN202298515U (en) 2012-07-04
CN202000279U (en) 2011-10-05
WO2011140935A1 (en) 2011-11-17
CN102278001B (en) 2016-04-20
CN102242574B (en) 2016-04-20
CN103228841B (en) 2016-08-24
CN202055616U (en) 2011-11-30

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