CN102630514A - Isolation belt greening construction method - Google Patents

Isolation belt greening construction method Download PDF

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Publication number
CN102630514A
CN102630514A CN2011100362348A CN201110036234A CN102630514A CN 102630514 A CN102630514 A CN 102630514A CN 2011100362348 A CN2011100362348 A CN 2011100362348A CN 201110036234 A CN201110036234 A CN 201110036234A CN 102630514 A CN102630514 A CN 102630514A
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CN
China
Prior art keywords
planting groove
support
construction
discharge outlet
greening
Prior art date
Application number
CN2011100362348A
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Chinese (zh)
Inventor
孙希贤
Original Assignee
孙希贤
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by 孙希贤 filed Critical 孙希贤
Priority to CN2011100362348A priority Critical patent/CN102630514A/en
Publication of CN102630514A publication Critical patent/CN102630514A/en

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Abstract

The invention discloses an isolation belt greening construction method. Transverse members and bracings are adopted in the method, wherein the transverse members and the bracings are made of metals, plastic steel or glass reinforced plastics; the end faces or partial bottom faces of the bracings and the transverse members are connected together by welding or bolts; the transverse members and the level form angles of 0-30 degrees; and each transverse member is at least provided with a sunk planting groove. The construction method comprises the following steps: 1. manufacturing the transverse members and the bracings respectively; 2. fixing the bracings with the building or ground and ensuring the bracings to form angles of 0-90 degrees with the level; 3. ensuring the planting grooves of the transverse members to have upward or obliquely upward openings; 4. connecting the transverse members with the bracings into a whole by welding or bolts; 5. installing water inlet pipes on the planting grooves and connecting the water inlet pipes with water supply pipes; 6. putting planting media or flower pots in the sunk planting grooves of the transverse members; and 7. planting plants in the planting media or flower pots. The invention is achieved by implementing the method.

Description

Isolate the greening method of construction

Technical field

The present invention relates to a kind of greening installation, specially refer to a kind of isolation greening method of construction of planting plant above that.

Background technology

Up to the present, it all is bare that the viaduct guardrail is isolated, and skin and balcony be greening not; Even have, also be that mounting bracket is placed flowerpot again and carried out ornamental greening on guardrail, isolation or body of wall, not attractive in appearance not ecological yet; And cost is high; Isolation greening method of construction of the present invention is the isolation that planting groove is arranged self, even retaining and irrigation system are arranged, and the present invention can be widely used in viaduct, skin and balcony greening; And safety is good; Install with easy construction easily, the soil spatial accommodation is big, the plantation opening is big, planting effect good, the pouring convenient management is easy, the more important thing is the standardization that can make productions, installation, construction, plant and manage, thereby thoroughly changed the deficiency of prior art.

Summary of the invention

Technical problem to be solved by this invention is: provide a kind of structure very simple; Can the standardized production manufacturing, easy to use, construction is simple, safety is good, the soil spatial accommodation is big, the plantation opening is big, planting effect good, the isolation greening method of construction of pouring convenient management.

Technical scheme of the present invention is following:

Isolate the greening method of construction; Comprise cross member 1 and support 2; It is characterized in that: described cross member 1 is metal, plastic-steel or fiberglass with the material that supports 2, supports 2 and fixes with building or ground, and it supports 2 and becomes 0 °~90 ° settings with horizontal plane; Support 2 with end face, two end portions side or the part bottom surface of at least one cross member 1 with being welded to connect or bolt links together; Its cross member 1 is provided with 0 °~30o of horizontal plane angle, and described cross member 1 has one at least to recessed planting groove 3, and planting groove 3 has a discharge outlet 4 and water inlet pipe 5 at least; Discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4.

Its method of construction is following:

The first step; Be to manufacture cross member 1 respectively and support 2 with metal, plastic-steel or glass-reinforced plastic material; And make cross member 1 have one at least to recessed planting groove 3; Planting groove 3 has a discharge outlet 4 at least, and discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4;

In second step, fix support 2 and building or ground, and make it become 0 °~90 ° settings with horizontal plane;

In the 3rd step, planting groove 3 openings that make a cross member 1 at least upwards or be tilted to and make its cross member 1 and the setting of 0 °~30o of horizontal plane angle;

The 4th step is with being welded to connect or the bolt method of attachment links into an integrated entity cross member 1 and support 2;

The 5th step was installed into water pipe 5 on planting groove 3, water inlet pipe 5 is connected with feed pipe again;

In the 6th step, in recessed planting groove 3, place planting medium or flowerpot at cross member 1;

In the 7th step, plant plant in planting medium or in the flowerpot.

As the further optimization to technical scheme, the top of described cistern is equipped with dividing plate or water-absorbing sponge.

As further optimization, be connected with flexible pipe or hard tube on the described water inlet pipe 5 to technical scheme.

As further optimization, be connected with flexible pipe or hard tube on the described discharge outlet 4 to technical scheme.

As the further optimization to technical scheme, described support 2 parts are embedded on building or the ground.

As the further optimization to technical scheme, described support 2 is fixed through bolt and building or ground.

As the further optimization to technical scheme, described support 2 inside are hollow flowing water passage.

As further optimization, be welded to connect in the described support 2 or bolt is connected with gripper shoe or angle steel 6 technical scheme.

As the further optimization to technical scheme, described planting groove 3 cross sections are circular arc, square, V-arrangement, flat V-arrangement or aforementioned two kinds combination.

As the further optimization to technical scheme, the discharge outlet 4 usefulness flexible pipes of described upper strata planting groove 3 or hard tube connect, and its flexible pipe or hard tube are connected with the water inlet pipe 5 of lower floor planting groove 3 again.

Isolation greening method of construction advantage of the present invention is:

1. simple in structure, safety, cost are low, and 2. construction is simple and can produce cross member and support by standardization large-scale industry mechanization streamline, and it is big 3. kind to plant cavity; Thereby increase the capacity of earth, make plant more be prone to survival, 4. volume is little, occupation of land is few; Green coverage is big, and plumbing and water storage system are 5. arranged, and 6. emits oxygen, absorbing carbon dioxide, heat energy, noise, dust; Light pollution, is beautified the environment well at afforestation effect, and market prospects are good.

Description of drawings

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

Fig. 2 is the embodiment of the invention 2 schematic perspective views.

Fig. 3 is the embodiment of the invention 3 schematic perspective views.

Fig. 4 is the embodiment of the invention 4 schematic perspective views.

Wherein: 1---cross member, 2---support 3---planting groove, 4---discharge outlet, 5---water inlet pipe, 6---gripper shoe or angle steel.

Embodiment

Below in conjunction with specific embodiment and accompanying drawing the present invention is further specified:

Embodiment 1, sees Fig. 1, and this isolates the greening method of construction; Comprise cross member 1 and support 2, it is characterized in that: described cross member 1 is metal, plastic-steel or fiberglass with the material that supports 2, and support 2 is fixed with building or ground; It supports 2 and is set to 90 degrees with horizontal plane, and the end face that supports 2 and two cross members 1 is with being welded to connect or bolt links together, and its cross member 1 is horizontally disposed with; Described cross member 1 oriented recessed planting groove 3; Planting groove 3 has discharge outlet 4 and water inlet pipe 5, and discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4.

Its method of construction is following:

The first step; Be to manufacture cross member 1 respectively and support 2 with metal, plastic-steel or glass-reinforced plastic material, and make cross member 1 oriented recessed planting groove 3, planting groove 3 has discharge outlet 4; Discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4.

In second step, fix support 2 and building or ground, and itself and horizontal plane are set to 90 degrees.

In the 3rd step, planting groove 3 openings that make cross member 1 upwards or be tilted to and are horizontally disposed with its cross member 1.

The 4th step is with being welded to connect or the bolt method of attachment links into an integrated entity cross member 1 and support 2.

The 5th step was installed into water pipe 5 on planting groove 3, water inlet pipe 5 is connected with feed pipe again.

In the 6th step, in recessed planting groove 3, place planting medium or flowerpot at cross member 1.

In the 7th step, plant plant in planting medium or in the flowerpot.

As the further optimization to technical scheme, the top of described cistern is equipped with dividing plate or water-absorbing sponge.

As further optimization, be connected with flexible pipe or hard tube on the described water inlet pipe 5 to technical scheme.

As further optimization, be connected with flexible pipe or hard tube on the described discharge outlet 4 to technical scheme.

As the further optimization to technical scheme, described support 2 parts are embedded on building or the ground.

As the further optimization to technical scheme, described support 2 is fixed through bolt and building or ground.

As the further optimization to technical scheme, described support 2 inside are hollow flowing water passage.

As the further optimization to technical scheme, described planting groove 3 cross sections are circular arc.

As the further optimization to technical scheme, the discharge outlet 4 usefulness flexible pipes of described upper strata planting groove 3 or hard tube connect, and its flexible pipe or hard tube are connected with the water inlet pipe 5 of lower floor planting groove 3 again.

Embodiment 2, see Fig. 2, and this isolates the greening method of construction; Comprise cross member 1 and support 2, it is characterized in that: described cross member 1 is metal, plastic-steel or fiberglass with the material that supports 2, and support 2 is fixed with building or ground; It supports 2 and is set to 90 degrees with horizontal plane, and the end face that supports 2 and two cross members 1 is with being welded to connect or bolt links together, its cross member 1 horizontal plane setting; Described cross member 1 oriented recessed planting groove 3; Planting groove 3 has discharge outlet 4 and water inlet pipe 5, and discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4.

Its method of construction is following:

The first step; Be to manufacture cross member 1 respectively and support 2 with metal, plastic-steel or glass-reinforced plastic material, and make cross member 1 oriented recessed planting groove 3, planting groove 3 has discharge outlet 4; Discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4.

In second step, fix support 2 and building or ground, and itself and horizontal plane are set to 90 degrees.

In the 3rd step, planting groove 3 openings that make cross member 1 upwards or be tilted to and are horizontally disposed with its cross member 1.

The 4th step is with being welded to connect or the bolt method of attachment links into an integrated entity cross member 1 and support 2.

The 5th step was installed into water pipe 5 on planting groove 3, water inlet pipe 5 is connected with feed pipe again.

In the 6th step, in recessed planting groove 3, place planting medium or flowerpot at cross member 1.

In the 7th step, plant plant in planting medium or in the flowerpot.

As the further optimization to technical scheme, the top of described cistern is equipped with dividing plate or water-absorbing sponge.

As further optimization, be connected with flexible pipe or hard tube on the described water inlet pipe 5 to technical scheme.

As further optimization, be connected with flexible pipe or hard tube on the described discharge outlet 4 to technical scheme.

As the further optimization to technical scheme, described support 2 parts are embedded on building or the ground.

As the further optimization to technical scheme, described support 2 is fixed through bolt and building or ground.

As the further optimization to technical scheme, described support 2 inside are hollow flowing water passage.

As further optimization, be welded to connect in the described support 2 or bolt is connected with and supports angle steel 6 technical scheme

As the further optimization to technical scheme, described planting groove 3 cross sections are flat V-arrangement.

As the further optimization to technical scheme, the discharge outlet 4 usefulness flexible pipes of described upper strata planting groove 3 or hard tube connect, and its flexible pipe or hard tube are connected with the water inlet pipe 5 of lower floor planting groove 3 again.

Embodiment 3, see Fig. 3, and this isolates the greening method of construction; Comprise cross member 1 and support 2, it is characterized in that: described cross member 1 is metal, plastic-steel or fiberglass with the material that supports 2, and support 2 is fixed with building or ground; Its left side is supported 2 and is become to be obliquely installed with horizontal plane, and the right support 2 becomes vertical setting with horizontal plane, and the end face of 2 and two cross members 1 of support is with being welded to connect or bolt links together; Its cross member 1 is horizontally disposed with, and described cross member 1 oriented recessed planting groove 3, planting groove 3 have discharge outlet 4 and water inlet pipe 5; Discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4.

Its method of construction is following:

The first step; Be to manufacture cross member 1 respectively and support 2 with metal, plastic-steel or glass-reinforced plastic material, and make cross member 1 oriented recessed planting groove 3, planting groove 3 has discharge outlet 4; Discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4.

Second step, to fix with building or ground supporting 2, and make its left side support 2 to become to be obliquely installed with horizontal plane, the right support 2 becomes vertical setting with horizontal plane.

In the 3rd step, planting groove 3 openings that make cross member 1 upwards or be tilted to and are horizontally disposed with its cross member 1.

The 4th step is with being welded to connect or the bolt method of attachment links into an integrated entity cross member 1 and support 2.

The 5th step was installed into water pipe 5 on planting groove 3, water inlet pipe 5 is connected with feed pipe again.

In the 6th step, in recessed planting groove 3, place planting medium or flowerpot at cross member 1.

In the 7th step, plant plant in planting medium or in the flowerpot.

As the further optimization to technical scheme, the top of described cistern is equipped with dividing plate or water-absorbing sponge.

As further optimization, be connected with flexible pipe or hard tube on the described water inlet pipe 5 to technical scheme.

As further optimization, be connected with flexible pipe or hard tube on the described discharge outlet 4 to technical scheme.

As the further optimization to technical scheme, described support 2 parts are embedded on building or the ground.

As the further optimization to technical scheme, described support 2 is fixed through bolt and building or ground.

As the further optimization to technical scheme, described support 2 inside are hollow flowing water passage.

As the further optimization to technical scheme, described planting groove 3 cross sections are circular arc.

As the further optimization to technical scheme, the discharge outlet 4 usefulness flexible pipes of described upper strata planting groove 3 or hard tube connect, and its flexible pipe or hard tube are connected with the water inlet pipe 5 of lower floor planting groove 3 again.

Embodiment 4, see Fig. 4, and this isolates the greening method of construction; Comprise cross member 1 and support 2, it is characterized in that: described cross member 1 is metal, plastic-steel or fiberglass with the material that supports 2, and support 2 is fixed with building or ground; Support 2 about it and become to be obliquely installed with horizontal plane, the end face of 2 and two cross members 1 of support is with being welded to connect or bolt links together, and its cross member 1 is horizontally disposed with; Described cross member 1 oriented recessed planting groove 3; Planting groove 3 has discharge outlet 4 and water inlet pipe 5, and discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4.

Its method of construction is following:

The first step; Be to manufacture cross member 1 respectively and support 2 with metal, plastic-steel or glass-reinforced plastic material, and make cross member 1 oriented recessed planting groove 3, planting groove 3 has discharge outlet 4; Discharge outlet 4 has certain distance to the bottom of planting groove 3, is cistern under the discharge outlet 4.

In second step, fix with building or ground supporting 2, and support 2 becomes to be obliquely installed with horizontal plane about making.

In the 3rd step, planting groove 3 openings that make cross member 1 upwards or be tilted to and are horizontally disposed with its cross member 1.

The 4th step is with being welded to connect or the bolt method of attachment links into an integrated entity cross member 1 and support 2.

The 5th step was installed into water pipe 5 on planting groove 3, water inlet pipe 5 is connected with feed pipe again.

In the 6th step, in recessed planting groove 3, place planting medium or flowerpot at cross member 1.

In the 7th step, plant plant in planting medium or in the flowerpot.

As the further optimization to technical scheme, the top of described cistern is equipped with dividing plate or water-absorbing sponge.

As further optimization, be connected with flexible pipe or hard tube on the described water inlet pipe 5 to technical scheme.

As further optimization, be connected with flexible pipe or hard tube on the described discharge outlet 4 to technical scheme.

As the further optimization to technical scheme, described support 2 parts are embedded on building or the ground.

As the further optimization to technical scheme, described support 2 is fixed through bolt and building or ground.

As the further optimization to technical scheme, described support 2 inside are hollow flowing water passage.

As the further optimization to technical scheme, described planting groove 3 cross sections are square.

As the further optimization to technical scheme, the discharge outlet 4 usefulness flexible pipes of described upper strata planting groove 3 or hard tube connect, and its flexible pipe or hard tube are connected with the water inlet pipe 5 of lower floor planting groove 3 again.

Implement technique scheme and just realized the present invention.

The invention is not restricted to the embodiments described.

Claims (10)

1. isolate the greening method of construction; Comprise cross member (1) and support (2); It is characterized in that: the material of described cross member (1) and support (2) is metal, plastic-steel or fiberglass, supports (2) and fixes with building or ground, and its support (2) becomes 0 °~90 ° settings with horizontal plane; End face, two end portions side or the part bottom surface of supporting (2) and at least one cross member (1) is with being welded to connect or bolt links together; Its cross member (1) is provided with 0 °~30o of horizontal plane angle, and described cross member (1) has one at least to recessed planting groove (3), and planting groove (3) has a discharge outlet (4) and water inlet pipe (5) at least; Discharge outlet (4) has certain distance to the bottom of planting groove (3), and discharge outlet is a cistern under (4);
Its method of construction is following:
The first step; Be to manufacture cross member (1) respectively and support (2) with metal, plastic-steel or glass-reinforced plastic material; And make cross member (1) have one at least to recessed planting groove (3); Planting groove (3) has a discharge outlet (4) at least, and discharge outlet (4) has certain distance to the bottom of planting groove (3), and discharge outlet is a cistern under (4);
In second step, fix with building or ground supporting (2), and make it become 0 °~90 ° settings with horizontal plane;
In the 3rd step, planting groove (3) opening that makes a cross member (1) at least upwards or be tilted to and is provided with its cross member (1) and 0 °~30o of horizontal plane angle;
The 4th the step, be welded to connect or the bolt method of attachment cross member (1) and the support (2) link into an integrated entity;
The 5th step was installed into water pipe (5) on planting groove 3, water inlet pipe (5) is connected with feed pipe again;
In the 6th step, in recessed planting groove (3), place planting medium or flowerpot at cross member (1);
In the 7th step, plant plant in planting medium or in the flowerpot.
2. isolation greening method of construction according to claim 1, it is characterized in that: the top of described cistern is equipped with dividing plate or water-absorbing sponge.
3. isolation greening method of construction according to claim 1, it is characterized in that: described water inlet pipe is connected with flexible pipe or hard tube on (5).
4. isolation greening method of construction according to claim 1, it is characterized in that: described discharge outlet is connected with flexible pipe or hard tube on (4).
5. isolation greening method of construction according to claim 1, it is characterized in that: described support (2) part is embedded on building or the ground.
6. isolation according to claim 1 greening method of construction is characterized in that: described support (2) is fixed through bolt and building or ground.
7. isolation greening method of construction according to claim 1 is characterized in that: described support (2) is inner to be hollow flowing water passage.
8. isolation according to claim 1 greening method of construction is characterized in that: be welded to connect in the described support (2) or bolt is connected with gripper shoe or angle steel (6).
9. isolation according to claim 1 greening method of construction is characterized in that: described planting groove (3) cross section is circular arc, square, V-arrangement, flat V-arrangement or aforementioned two kinds combination.
10. isolation greening method of construction according to claim 1, it is characterized in that: the discharge outlet (4) of described upper strata planting groove (3) connects with flexible pipe or hard tube, and its flexible pipe or hard tube are connected with the water inlet pipe (5) of lower floor's planting groove (3) again.
CN2011100362348A 2011-02-11 2011-02-11 Isolation belt greening construction method CN102630514A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2011100362348A CN102630514A (en) 2011-02-11 2011-02-11 Isolation belt greening construction method

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2011100362348A CN102630514A (en) 2011-02-11 2011-02-11 Isolation belt greening construction method

Publications (1)

Publication Number Publication Date
CN102630514A true CN102630514A (en) 2012-08-15

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5175852U (en) * 1974-12-12 1976-06-15
JPH1146588A (en) * 1997-08-05 1999-02-23 Hiroshima Mikado:Kk Guard fence for planting
CN2796358Y (en) * 2005-05-09 2006-07-19 陈建 Automatic watering ecological planting pot
CN2860055Y (en) * 2005-12-26 2007-01-24 韩山师范学院 Automatic drip irrigation greening groove
CN201726695U (en) * 2009-12-11 2011-02-02 上海众通汽车配件有限公司 Plant cultivation container

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5175852U (en) * 1974-12-12 1976-06-15
JPH1146588A (en) * 1997-08-05 1999-02-23 Hiroshima Mikado:Kk Guard fence for planting
CN2796358Y (en) * 2005-05-09 2006-07-19 陈建 Automatic watering ecological planting pot
CN2860055Y (en) * 2005-12-26 2007-01-24 韩山师范学院 Automatic drip irrigation greening groove
CN201726695U (en) * 2009-12-11 2011-02-02 上海众通汽车配件有限公司 Plant cultivation container

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