CN103132476B - Removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height - Google Patents
Removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height Download PDFInfo
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- CN103132476B CN103132476B CN201210019669.6A CN201210019669A CN103132476B CN 103132476 B CN103132476 B CN 103132476B CN 201210019669 A CN201210019669 A CN 201210019669A CN 103132476 B CN103132476 B CN 103132476B
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Abstract
nullThe invention discloses a kind of removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height，Bearing is positioned over ground，Cell body is built on stilts to be connected on bearing，The manufacture method of cell body is welding or punching press or bending，Its material is corrosion resistant plate or carbon steel sheet，Cell body is all around symmetrical structure and oriented recessed plantation groove，The method manufacturing bearing is with corrosion resistant plate welding or with general steel plate welding or to pour into a mould with plastic injection or with fiberglass，Bearing is to have material charging port on hollow box body and side，It is capped with closed cover in material charging port，In hollow box body, solid material is placed by material charging port，All there is horizontal supply and discharge water hole and have lateral connection hole on the wall of plantation groove left and right，Cistern is had to hold concurrently horizontal pipelined channel in plantation groove，The horizontal supply and discharge water hole of two cell bodies being connected in series and cistern hold concurrently horizontal pipelined channel be mutually communicated formation water supply air supply channel，Implement technique scheme and be achieved that the purpose of the present invention.
Description
Technical field
The present invention relates to a kind of movable isolated column, being related specifically to the removable of a kind of planting plants thereon arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height.
Background technology
Up to the present only has guardrail, also there is no Green protection fence, more there is no movable green barrier, existing guardrail is intended merely to isolation, itself is the lightest, center of gravity is the lowest, it is not easy overturning, so the requirement to bearing is the lowest, if the guardrail height used between in the road is inadequate, pedestrian just can arbitrarily cross over or cross, cause a lot of vehicle accidents, and the load of movable green barrier is the biggest, center of gravity is high, make the top-heavy easy overturning of movable green barrier, if it is desired that it is not easy overturning, it is necessary for the bearing to do the biggest, thus can take path resource, cannot use on road at all, on the premise of the Green protection fence isolated column of the present invention seeks to meet plant growing, the problem solving the top-heavy easy overturning of big load.
Summary of the invention
It is an object of the invention to: take path resource less, the problem solving the top-heavy easy overturning that big load produces with little movable bearing support, the center of gravity of combination isolated column is reduced in being filled into the bearing hollow box body of closing with urban architecture refuse etc., save costliness cost of transportation, and make simple in construction, low cost, safe and reliable, assemble easy to use, at one pouring can be achieved with greening maintenance management greening wire mesh grating.
Technical scheme is as follows:
nullRemovable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height，Including cell body 1，It is characterized in that: described bearing 6 is positioned over ground，Described cell body 1 is built on stilts to be connected on bearing 6，The manufacture method of cell body 1 is welding side or punching press or bending，Its material is corrosion resistant plate or carbon steel sheet，Described cell body 1 is bilateral symmetry or front and back symmetrical structure and oriented recessed plantation groove 2，The method manufacturing bearing 6 is with corrosion resistant plate welding or with general steel plate welding or to pour into a mould with plastic injection or with fiberglass，Described bearing 6 is hollow box body 7，Hollow box body 7 is made up of end face and bottom surface and wall，Material charging port 8 is had in hollow box body 7，It is capped with closed cover 9 in described material charging port 8，In hollow box body 7, the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing is placed by material charging port 8，Described cell body 1 is maked somebody a mere figurehead the method being connected on bearing 6 and is:
Method A: the first step, makes somebody a mere figurehead cell body 1；
Second step, is connected built on stilts cell body 1 with bearing 6 with bolt or nut；
3rd step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing by material charging port 8 in hollow box body 7；
4th step, closes material charging port 8 with closed cover 9；
5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove 2, or planting medium is put in recessed plantation groove 2, then at planting medium planting plants；
Method B: the first step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material waste material of buildings material and the material of aforementioned mixing by material charging port 8 in hollow box body 7；
Second step, closes material charging port 8 with closed cover 9；
3rd step, makes somebody a mere figurehead cell body 1；
4th step, is connected built on stilts cell body 1 with bearing 6 with bolt or nut；
5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove 2, or planting medium is put in recessed plantation groove 2, then at planting medium planting plants；
It provides the benefit that, 1. solve, with little movable bearing support, the problem of top-heavy easy overturning that big load produces to achieve and the fewest take path resource, the density solid material more than 1 is filled up completely with full hollow body and greatly reduces cell body and bearing is combined into the center of gravity after guardrail, also will not overturning even if people pushes away isolated column, will not leak in being enclosed in hollow body, it is ensured that the safety and reliability of use；2., because fill is solid material and for powder or graininess or bulk, can gather materials on the spot as filled husky, soil or construction waste, therefore eliminate cost of transportation；3. cell body and bearing are symmetrical structures, and combination isolated column is also symmetrical structure, are therefore used for doing isolated column, and especially guardrail for road is safe and reliable, and has been connected in series to form good integrated greening effect；4. because cell body is arranged on bearing end face, can be by complete to cell body and bearing installation or removal or be partially adjusted installation or removal, it is achieved that isolate and while two kinds of functions of greening, it is also convenient for road traffic and adjusts change at any time, and the continuous print greening wire mesh grating the most beautiful unprecedented ecoscape that is urban road；5. because cell body and support material are steel plates, therefore intensity is high and rigidity is big, and in the case of proof strength and rigidity, cell body wall thickness minimum makes planting medium receiving space reach maximum；6. simple in construction low cost, installation is convenient；7. service life is long.
nullAs the optimization to technical scheme，Described plantation groove 2 has the left and right wall of two distances 1 to 4 meters，The most horizontal supply and discharge water hole 3 on the wall of left and right，Laterally position and the size in supply and discharge water hole 3 are substantially mutually corresponding，Laterally the summit in supply and discharge water hole 3 is that cistern is held concurrently horizontal pipelined channel 5 to the space planting groove 2 bottom surface，Laterally it is connected in series bolt 10 to be then passed through the horizontal supply and discharge water hole 3 of another cell body 1 through the horizontal supply and discharge water hole 3 of cell body 1 and be connected with nut and tighten and be connected in series by two cell bodies 1，The horizontal supply and discharge water hole 3 of two cell bodies being connected in series 1 and cistern hold concurrently horizontal pipelined channel 5 be mutually communicated formation water supply air supply channel，Its provide the benefit that horizontal supply and discharge water hole and cistern hold concurrently horizontal pipelined channel be mutually communicated formation water supply air supply channel，And have only to pouring at and just can realize the pouring of the whole isolated column being infinitely connected in series.
nullAs the optimization to technical scheme，Described plantation groove 2 has the left and right wall of two distances 1 to 4 meters，A most horizontal supply and discharge water hole 3 and at least a lateral connection hole 4 on the wall of left and right，Laterally supply and discharge water hole 3 and the position in lateral connection hole 4 and size are substantially mutually corresponding，Laterally the summit in supply and discharge water hole 3 is that cistern is held concurrently horizontal pipelined channel 5 to the space planting groove 2 bottom surface，Laterally it is connected in series bolt 10 to be then passed through the lateral connection hole 4 of another cell body 1 through the lateral connection hole 4 of cell body 1 and be connected with nut and tighten and be connected in series by two cell bodies 1，The horizontal supply and discharge water hole 3 of two cell bodies being connected in series 1 and cistern hold concurrently horizontal pipelined channel 5 be mutually communicated formation water supply air supply channel，Its provide the benefit that horizontal supply and discharge water hole and cistern hold concurrently horizontal pipelined channel be mutually communicated formation water supply air supply channel，And have only to pouring at and just can realize the pouring of the whole isolated column being infinitely connected in series.
As the optimization to technical scheme, described plantation groove 2 has the left and right wall of two distances 1 to 4 meters, an at least lateral connection hole 4 on the wall of left and right, the position in lateral connection hole 4 and size are substantially mutually corresponding, laterally being connected in series bolt 10 to be then passed through the lateral connection hole 4 of another cell body 1 through the lateral connection hole 4 of cell body 1 and be connected with nut and tighten and be connected in series by two cell bodies 1, it provides the benefit that and forms integrated greening isolation effect.
As the optimization to technical scheme, the described bottom surface that closed cover 9 is cell body 1, it provides the benefit that, efficiently solves the closed question of material charging port, and makes Green protection fence attractive in appearance.
As the optimization to technical scheme, two adjacent cell bodies 1 and sealing gasket are connected in series by the described bolt 10 that is laterally connected in series through lateral connection hole 4 and the nut connection of the lateral connection hole 4 of cell body 1 and sealing gasket and another cell body 1 and tightening, or two adjacent cell bodies 1 and sealing gasket are connected in series by the described bolt 10 that is laterally connected in series through horizontal supply and discharge water hole 3 and the nut connection of the horizontal supply and discharge water hole 3 of cell body 1 and sealing gasket and another cell body 1 and tightening, the horizontal supply and discharge water hole 3 of two adjacent cell body 1 and the limbers of sealing gasket and cistern hold concurrently horizontal pipelined channel 5 directly be mutually communicated formation water supply air supply channel, it provides the benefit that, water-tight, do not pollute ground environment, thereby ensure that plant can obtain moisture and nutrition for a long time.
As the optimization to technical scheme, described plantation groove 2 opening part has flange outwardly or inwardly, in described plantation groove 2, the mesh-shape division board 11 having with a certain distance from bottom is installed, software absorbent material layer is had on mesh-shape division board 11, software absorbent material layer upper surface has the medium of planting plants or bottom to have the soft flowerpot of suction hole, software absorbent material connects water sucting belt, water sucting belt extends to the bottom of cell body 1 through mesh-shape division board 11, it provides the benefit that, strengthen intensity and the rigidity of cell body, cistern separates with planting medium, all plants absorb uniform moisture and nutrition by water sucting belt.
As the optimization to technical scheme, described removable can arbitrarily center-of-gravity regulating height have the greening wire mesh grating of irrigation system be arranged on acclive on the basis of, vertical reservoir storage is had to regulate dividing plate 12 in described cell body 1, vertically reservoir storage regulation dividing plate 12 horizontal pipelined channel 5 of being held concurrently by cistern is separated into staged cistern, it provides the benefit that, isolated column tilts makes plant obtain the supply of water the most continuously and uniformly when installing.
As the optimization to technical scheme, described bearing 6 bottom surface is welded with on nut and nut to tight a bolt or tighten and is provided with pulley or bearing 6 bottom surface has in blind hole and blind hole and is provided with support column or is provided with pulley, it provides the benefit that, center-of-gravity regulating height and isolation height, and it is moved easily use.
As the optimization to technical scheme, the outside wall surface of described cell body 1 end has rubber gasket with connecting in the middle of the overlapping part in series of internal face of another cell body 1 end or has fluid sealant, it provides the benefit that, water-tight, do not pollute ground environment, thereby ensure that plant can obtain moisture and nutrition for a long time.
It is an advantage of the current invention that: 1. solve, with little movable bearing support, the problem of top-heavy easy overturning that big load produces and achieve and the fewest take path resource, the density solid material more than 1 is filled up completely with full hollow body and greatly reduces cell body and bearing is combined into the center of gravity after guardrail, also will not overturning even if people pushes away isolated column, will not leak in being enclosed in hollow body, it is ensured that the safety and reliability of use；2., because fill is solid material and for powder or graininess or bulk, can gather materials on the spot as filled husky, soil or construction waste, therefore eliminate cost of transportation；3. cell body and bearing are symmetrical structures, and combination isolated column is also symmetrical structure, are therefore used for doing isolated column, and especially guardrail for road is safe and reliable, and has been connected in series to form good integrated greening effect；4. because cell body is arranged on bearing end face, can be by complete to cell body and bearing installation or removal or be partially adjusted installation or removal, it is achieved that isolate and while two kinds of functions of greening, it is also convenient for road traffic and adjusts change at any time, and the continuous print greening wire mesh grating the most beautiful unprecedented ecoscape that is urban road；5. because cell body and support material are steel plates, therefore intensity is high and rigidity is big, and in the case of proof strength and rigidity, cell body wall thickness minimum makes planting medium receiving space reach maximum；6. simple in construction low cost, installation is convenient；7. service life is long；8. laterally supply and discharge water hole and cistern horizontal pipelined channel of holding concurrently is mutually communicated formation water supply air supply channel, and has only to pouring at and just can realize the whole isolated column being infinitely connected in series and water.
Accompanying drawing explanation
Fig. 1 is the bearing schematic perspective view of the embodiment of the present invention 1 and example 2.
Fig. 2 is the schematic perspective view that the embodiment of the present invention 1 bearing and cell body are combined into isolated column.
Fig. 3 is the schematic perspective view that the embodiment of the present invention 2 bearing and cell body are combined into isolated column.
Fig. 4 is the bearing schematic perspective view of the embodiment of the present invention 3.
Fig. 5 is the schematic perspective view that the embodiment of the present invention 3 bearing and cell body are combined into isolated column.
Wherein: 1 cell body, 2 kinds plant groove, 3 horizontal supply and discharge water holes, 4 lateral connection holes, 5 cisterns hold concurrently horizontal pipelined channel, 6 bearings, 7 hollow box body, 8 material charging ports, 9 closed covers, 10 are laterally connected in series bolt, 11 mesh-shape division boards, 12 vertical reservoir storages regulation dividing plates.
Detailed description of the invention
Below in conjunction with specific embodiments and the drawings, the present invention will be further described:
nullEmbodiment 1: see Fig. 1、Fig. 2，Removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height，Including cell body 1，It is characterized in that: described bearing 6 is positioned over ground，Described cell body 1 is built on stilts to be connected on bearing 6，The manufacture method of cell body 1 is welding or punching press or bending，Its material is corrosion resistant plate or carbon steel sheet，Described cell body 1 is all around symmetrical structure and oriented recessed plantation groove 2，The method manufacturing bearing 6 is with corrosion resistant plate welding or with general steel plate welding or to pour into a mould with plastic injection or with fiberglass，Described bearing 6 is hollow box body 7，Hollow box body 7 is made up of end face and bottom surface and wall，Hollow box body 7 has material charging port 8 on side，It is capped with closed cover 9 in described material charging port 8，In hollow box body 7, the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing is placed by material charging port 8，Described cell body 1 is maked somebody a mere figurehead the method being connected on bearing 6 and is:
Method A: the first step, makes somebody a mere figurehead cell body 1；
Second step, is connected built on stilts cell body 1 with bearing 6 with bolt or nut；
3rd step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing by material charging port 8 in hollow box body 7；
4th step, closes material charging port 8 with closed cover 9；
5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove 2, or planting medium is put in recessed plantation groove 2, then at planting medium planting plants；
Method B: the first step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing by material charging port 8 in hollow box body 7；
Second step, closes material charging port 8 with closed cover 9；
3rd step, makes somebody a mere figurehead cell body 1；
4th step, is connected built on stilts cell body 1 with bearing 6 with bolt or nut；
5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove 2, or planting medium is put in recessed plantation groove 2, then at planting medium planting plants；
It provides the benefit that, 1. solve, with little movable bearing support, the problem of top-heavy easy overturning that big load produces to achieve and the fewest take path resource, the density solid material more than 1 is filled up completely with full hollow body and greatly reduces cell body and bearing is combined into the center of gravity after guardrail, also will not overturning even if people pushes away isolated column, will not leak in being enclosed in hollow body, it is ensured that the safety and reliability of use；2., because fill is solid material and for powder or graininess or bulk, can gather materials on the spot as filled husky, soil or construction waste, therefore eliminate cost of transportation；3. cell body and bearing are symmetrical structures, and combination isolated column is also symmetrical structure, are therefore used for doing isolated column, and especially guardrail for road is safe and reliable, and has been connected in series to form good integrated greening effect；4. because cell body is arranged on bearing end face, can be by complete to cell body and bearing installation or removal or be partially adjusted installation or removal, it is achieved that isolate and while two kinds of functions of greening, it is also convenient for road traffic and adjusts change at any time, and the continuous print greening wire mesh grating the most beautiful unprecedented ecoscape that is urban road；5. because cell body and support material are steel plates, therefore intensity is high and rigidity is big, and in the case of proof strength and rigidity, cell body wall thickness minimum makes planting medium receiving space reach maximum；6. simple in construction low cost, installation is convenient；7. service life is long.
nullAs the optimization to technical scheme，Described plantation groove 2 has the left and right wall of two distances 1 to 4 meters，All there is a horizontal supply and discharge water hole 3 on the wall of left and right and have two lateral connection holes 4，Laterally supply and discharge water hole 3 and the position in lateral connection hole 4 and size are substantially mutually corresponding，Laterally the summit in supply and discharge water hole 3 is that cistern is held concurrently horizontal pipelined channel 5 to the space planting groove 2 bottom surface，Laterally it is connected in series bolt 10 to be then passed through the lateral connection hole 4 of another cell body 1 through the lateral connection hole 4 of cell body 1 and be connected with nut and tighten and be connected in series by two cell bodies 1，The horizontal supply and discharge water hole 3 of two cell bodies being connected in series 1 and cistern hold concurrently horizontal pipelined channel 5 be mutually communicated formation water supply air supply channel，Its provide the benefit that horizontal supply and discharge water hole and cistern hold concurrently horizontal pipelined channel be mutually communicated formation water supply air supply channel，And have only to pouring at and just can realize the pouring of the whole isolated column being infinitely connected in series.
As the optimization to technical scheme, two adjacent cell bodies 1 and sealing gasket are connected in series by the described bolt 10 that is laterally connected in series through lateral connection hole 4 and the nut connection of the lateral connection hole 4 of cell body 1 and sealing gasket and another cell body 1 and tightening, the horizontal supply and discharge water hole 3 of two adjacent cell body 1 and the limbers of sealing gasket and cistern hold concurrently horizontal pipelined channel 5 directly be mutually communicated formation water supply air supply channel, it provides the benefit that, water-tight, do not pollute ground environment, thereby ensure that plant can obtain moisture and nutrition for a long time.
As the optimization to technical scheme, described plantation groove 2 opening part has flange outwardly or inwardly, in described plantation groove 2, the mesh-shape division board 11 having with a certain distance from bottom is installed, software absorbent material layer is had on mesh-shape division board 11, software absorbent material layer upper surface has the medium of planting plants or bottom to have the soft flowerpot of suction hole, software absorbent material connects water sucting belt, water sucting belt extends to the bottom of cell body 1 through mesh-shape division board 11, it provides the benefit that, strengthen intensity and the rigidity of cell body, cistern separates with planting medium, all plants absorb uniform moisture and nutrition by water sucting belt.
As the optimization to technical scheme, described removable can arbitrarily center-of-gravity regulating height have the greening wire mesh grating of irrigation system be arranged on acclive on the basis of, vertical reservoir storage is had to regulate dividing plate 12 in described cell body 1, vertically reservoir storage regulation dividing plate 12 horizontal pipelined channel 5 of being held concurrently by cistern is separated into staged cistern, it provides the benefit that, isolated column tilts makes plant obtain the supply of water the most continuously and uniformly when installing.
As the optimization to technical scheme, described bearing 6 bottom surface is welded with on nut and nut to tight a bolt or tighten and is provided with pulley or bearing 6 bottom surface has in blind hole and blind hole and is provided with support column or is provided with pulley, it provides the benefit that, center-of-gravity regulating height and isolation height, and it is moved easily use.
As the optimization to technical scheme, the outside wall surface of described cell body 1 end has rubber gasket with connecting in the middle of the overlapping part in series of internal face of another cell body 1 end or has fluid sealant, it provides the benefit that, water-tight, do not pollute ground environment, thereby ensure that plant can obtain moisture and nutrition for a long time.
nullEmbodiment 2: see Fig. 1、Fig. 3，This is removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height，Including cell body 1，It is characterized in that: described bearing 6 is positioned over ground，Described cell body 1 is built on stilts to be connected on bearing 6，The manufacture method of cell body 1 is welding or punching press or bending，Its material is corrosion resistant plate or carbon steel sheet，Described cell body 1 is left-right and front-back symmetrical structure and oriented recessed plantation groove 2，The method manufacturing bearing 6 is with corrosion resistant plate welding or with general steel plate welding or to pour into a mould with plastic injection or with fiberglass，Described bearing 6 is hollow box body 7，Hollow box body 7 is made up of end face and bottom surface and wall，Hollow box body 7 has material charging port 8 on side，It is capped with closed cover 9 in described material charging port 8，In hollow box body 7, the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing is placed by material charging port 8，Described cell body 1 is maked somebody a mere figurehead the method being connected on bearing 6 and is:
Method A: the first step, makes somebody a mere figurehead cell body 1；
Second step, is connected built on stilts cell body 1 with bearing 6 with bolt or nut；
3rd step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing by material charging port 8 in hollow box body 7；
4th step, closes material charging port 8 with closed cover 9；
5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove 2, or planting medium is put in recessed plantation groove 2, then at planting medium planting plants；
Method B: the first step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing by material charging port 8 in hollow box body 7；
Second step, closes material charging port 8 with closed cover 9；
3rd step, makes somebody a mere figurehead cell body 1；
4th step, is connected built on stilts cell body 1 with bearing 6 with bolt or nut；
5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove 2, or planting medium is put in recessed plantation groove 2, then at planting medium planting plants；
It provides the benefit that, 1. solve, with little movable bearing support, the problem of top-heavy easy overturning that big load produces to achieve and the fewest take path resource, the density solid material more than 1 is filled up completely with full hollow body and greatly reduces cell body and bearing is combined into the center of gravity after guardrail, also will not overturning even if people pushes away isolated column, will not leak in being enclosed in hollow body, it is ensured that the safety and reliability of use；2., because fill is solid material and for powder or graininess or bulk, can gather materials on the spot as filled husky, soil or construction waste, therefore eliminate cost of transportation；3. cell body and bearing are symmetrical structures, and combination isolated column is also symmetrical structure, are therefore used for doing isolated column, and especially guardrail for road is safe and reliable, and has been connected in series to form good integrated greening effect；4. because cell body is arranged on bearing end face, can be by complete to cell body and bearing installation or removal or be partially adjusted installation or removal, it is achieved that isolate and while two kinds of functions of greening, it is also convenient for road traffic and adjusts change at any time, and the continuous print greening wire mesh grating the most beautiful unprecedented ecoscape that is urban road；5. because cell body and support material are steel plates, therefore intensity is high and rigidity is big, and in the case of proof strength and rigidity, cell body wall thickness minimum makes planting medium receiving space reach maximum；6. simple in construction low cost, installation is convenient；7. service life is long.
nullAs the optimization to technical scheme，Described plantation groove 2 has the left and right wall of two distances 1 to 4 meters，A horizontal supply and discharge water hole 3 is all had on the wall of left and right，Laterally position and the size in supply and discharge water hole 3 are substantially mutually corresponding，Laterally the summit in supply and discharge water hole 3 is that cistern is held concurrently horizontal pipelined channel 5 to the space planting groove 2 bottom surface，Laterally it is connected in series bolt 10 to be then passed through the horizontal supply and discharge water hole 3 of another cell body 1 through the horizontal supply and discharge water hole 3 of cell body 1 and be connected with nut and tighten and be connected in series by two cell bodies 1，The horizontal supply and discharge water hole 3 of two cell bodies being connected in series 1 and cistern hold concurrently horizontal pipelined channel 5 be mutually communicated formation water supply air supply channel，Its provide the benefit that horizontal supply and discharge water hole and cistern hold concurrently horizontal pipelined channel be mutually communicated formation water supply air supply channel，And have only to pouring at and just can realize the pouring of the whole isolated column being infinitely connected in series.
As the optimization to technical scheme, the described bottom surface that closed cover 9 is cell body 1, it provides the benefit that, efficiently solves the closed question of material charging port, and makes Green protection fence attractive in appearance.
As the optimization to technical scheme, two adjacent cell bodies 1 and sealing gasket are connected in series by the described bolt 10 that is laterally connected in series through horizontal supply and discharge water hole 3 and the nut connection of the horizontal supply and discharge water hole 3 of cell body 1 and sealing gasket and another cell body 1 and tightening, the horizontal supply and discharge water hole 3 of two adjacent cell body 1 and the limbers of sealing gasket and cistern hold concurrently horizontal pipelined channel 5 directly be mutually communicated formation water supply air supply channel, it provides the benefit that, water-tight, do not pollute ground environment, thereby ensure that plant can obtain moisture and nutrition for a long time.
As the optimization to technical scheme, described plantation groove 2 opening part has flange outwardly or inwardly, in described plantation groove 2, the mesh-shape division board 11 having with a certain distance from bottom is installed, software absorbent material layer is had on mesh-shape division board 11, software absorbent material layer upper surface has the medium of planting plants or bottom to have the soft flowerpot of suction hole, software absorbent material connects water sucting belt, water sucting belt extends to the bottom of cell body 1 through mesh-shape division board 11, it provides the benefit that, strengthen intensity and the rigidity of cell body, cistern separates with planting medium, all plants absorb uniform moisture and nutrition by water sucting belt.
As the optimization to technical scheme, described removable can arbitrarily center-of-gravity regulating height have the greening wire mesh grating of irrigation system be arranged on acclive on the basis of, vertical reservoir storage is had to regulate dividing plate 12 in described cell body 1, vertically reservoir storage regulation dividing plate 12 horizontal pipelined channel 5 of being held concurrently by cistern is separated into staged cistern, it provides the benefit that, isolated column tilts makes plant obtain the supply of water the most continuously and uniformly when installing.
As the optimization to technical scheme, described bearing 6 bottom surface is welded with on nut and nut to tight a bolt or tighten and is provided with pulley or bearing 6 bottom surface has in blind hole and blind hole and is provided with support column or is provided with pulley, it provides the benefit that, center-of-gravity regulating height and isolation height, and it is moved easily use.
As the optimization to technical scheme, the outside wall surface of described cell body 1 end has rubber gasket with connecting in the middle of the overlapping part in series of internal face of another cell body 1 end or has fluid sealant, it provides the benefit that, water-tight, do not pollute ground environment, thereby ensure that plant can obtain moisture and nutrition for a long time.
nullEmbodiment 3: see Fig. 4、Fig. 5，This is removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height，Including cell body 1，It is characterized in that: described bearing 6 is positioned over ground，Described cell body 1 is built on stilts to be connected on bearing 6，The manufacture method of cell body 1 is welding or punching press or bending，Its material is corrosion resistant plate or carbon steel sheet，Described cell body 1 is bilateral symmetry or front and back symmetrical structure and oriented recessed plantation groove 2，The method manufacturing bearing 6 is with corrosion resistant plate welding or with general steel plate welding or to pour into a mould with plastic injection or with fiberglass，Described bearing 6 is hollow box body 7，Hollow box body 7 is made up of end face and bottom surface and wall，Material charging port 8 is had on hollow box body 7 end face，It is capped with closed cover 9 in described material charging port 8，In hollow box body 7, the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing is placed by material charging port 8，Described cell body 1 is maked somebody a mere figurehead the method being connected on bearing 6 and is:
Method A: the first step, makes somebody a mere figurehead cell body 1；
Second step, is connected built on stilts cell body 1 with bearing 6 with bolt or nut；
3rd step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing by material charging port 8 in hollow box body 7；
4th step, closes material charging port 8 with closed cover 9；
5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove 2, or planting medium is put in recessed plantation groove 2, then at planting medium planting plants；
Method B: the first step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material and the material of aforementioned mixing by material charging port 8 in hollow box body 7；
Second step, closes material charging port 8 with closed cover 9；
3rd step, makes somebody a mere figurehead cell body 1；
4th step, is connected built on stilts cell body 1 with bearing 6 with bolt or nut；
5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove 2, or planting medium is put in recessed plantation groove 2, then at planting medium planting plants；
It provides the benefit that, 1. solve, with little movable bearing support, the problem of top-heavy easy overturning that big load produces to achieve and the fewest take path resource, the density solid material more than 1 is filled up completely with full hollow body and greatly reduces cell body and bearing is combined into the center of gravity after guardrail, also will not overturning even if people pushes away isolated column, will not leak in being enclosed in hollow body, it is ensured that the safety and reliability of use；2., because fill is solid material and for powder or graininess or bulk, can gather materials on the spot as filled husky, soil or construction waste, therefore eliminate cost of transportation；3. cell body and bearing are symmetrical structures, and combination isolated column is also symmetrical structure, are therefore used for doing isolated column, and especially guardrail for road is safe and reliable, and has been connected in series to form good integrated greening effect；4. because cell body is arranged on bearing end face, can be by complete to cell body and bearing installation or removal or be partially adjusted installation or removal, it is achieved that isolate and while two kinds of functions of greening, it is also convenient for road traffic and adjusts change at any time, and the continuous print greening wire mesh grating the most beautiful unprecedented ecoscape that is urban road；5. because cell body and support material are steel plates, therefore intensity is high and rigidity is big, and in the case of proof strength and rigidity, cell body wall thickness minimum makes planting medium receiving space reach maximum；6. simple in construction low cost, installation is convenient；7. service life is long.
As the optimization to technical scheme, described plantation groove 2 has the left and right wall of two distances 1 to 4 meters, two lateral connection holes 4 are had on the wall of left and right, laterally supply and discharge water hole 3 and the position in lateral connection hole 4 and size are substantially mutually corresponding, laterally being connected in series bolt 10 to be then passed through the lateral connection hole 4 of another cell body 1 through the lateral connection hole 4 of cell body 1 and be connected with nut and tighten and be connected in series by two cell bodies 1, it provides the benefit that and forms integrated greening isolation effect.
As the optimization to technical scheme, the described bottom surface that closed cover 9 is cell body 1, it provides the benefit that, efficiently solves the closed question of material charging port, and makes Green protection fence attractive in appearance.
As the optimization to technical scheme, two adjacent cell bodies 1 and sealing gasket are connected in series by the described bolt 10 that is laterally connected in series through lateral connection hole 4 and the nut connection of the lateral connection hole 4 of cell body 1 and sealing gasket and another cell body 1 and tightening, the horizontal supply and discharge water hole 3 of two adjacent cell body 1 and the limbers of sealing gasket and cistern hold concurrently horizontal pipelined channel 5 directly be mutually communicated formation water supply air supply channel, it provides the benefit that, water-tight, do not pollute ground environment, thereby ensure that plant can obtain moisture and nutrition for a long time.
As the optimization to technical scheme, described plantation groove 2 opening part has flange outwardly or inwardly, in described plantation groove 2, the mesh-shape division board 11 having with a certain distance from bottom is installed, software absorbent material layer is had on mesh-shape division board 11, software absorbent material layer upper surface has the medium of planting plants or bottom to have the soft flowerpot of suction hole, software absorbent material connects water sucting belt, water sucting belt extends to the bottom of cell body 1 through mesh-shape division board 11, it provides the benefit that, strengthen intensity and the rigidity of cell body, cistern separates with planting medium, all plants absorb uniform moisture and nutrition by water sucting belt.
As the optimization to technical scheme, described removable can arbitrarily center-of-gravity regulating height have the greening wire mesh grating of irrigation system be arranged on acclive on the basis of, vertical reservoir storage is had to regulate dividing plate 12 in described cell body 1, vertically reservoir storage regulation dividing plate 12 horizontal pipelined channel 5 of being held concurrently by cistern is separated into staged cistern, it provides the benefit that, isolated column tilts makes plant obtain the supply of water the most continuously and uniformly when installing.
As the optimization to technical scheme, described bearing 6 bottom surface is welded with on nut and nut to tight a bolt or tighten and is provided with pulley or bearing 6 bottom surface has in blind hole and blind hole and is provided with support column or is provided with pulley, it provides the benefit that, center-of-gravity regulating height and isolation height, and it is moved easily use.
As the optimization to technical scheme, the outside wall surface of described cell body 1 end has rubber gasket with connecting in the middle of the overlapping part in series of internal face of another cell body 1 end or has fluid sealant, it provides the benefit that, water-tight, do not pollute ground environment, thereby ensure that plant can obtain moisture and nutrition for a long time.
The invention is not restricted to the embodiments described.
Claims (10)
- null1. removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height，Including cell body (1)，It is characterized in that: bearing (6) is positioned over ground，Described cell body (1) is built on stilts to be connected on bearing (6)，The manufacture method of cell body (1) is welding or punching press or bending，Its material is corrosion resistant plate or carbon steel sheet，Described cell body (1) is bilateral symmetry or front and back symmetrical structure and oriented recessed plantation groove (2)，The method manufacturing bearing (6) is with corrosion resistant plate welding or with general steel plate welding or to pour into a mould with plastic injection or with fiberglass，Described bearing (6) is hollow box body (7)，Hollow box body (7) is made up of end face and bottom surface and wall，Material charging port (8) is had in hollow box body (7)，It is capped with closed cover (9) in described material charging port (8)，In hollow box body (7), the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material or the mixed material of afore-mentioned materials is placed by material charging port (8)，Described cell body (1) makes somebody a mere figurehead the method being connected on bearing (6):Method A: the first step, makes somebody a mere figurehead cell body (1)；Second step, is connected built on stilts cell body (1) with bearing (6)；3rd step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material or aforementioned mixture material by material charging port (8) in hollow box body (7)；4th step, closes material charging port (8) with closed cover (9)；5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove (2), or planting medium is put in recessed plantation groove (2), then at planting medium planting plants；Method B: the first step, is placed the density powder material more than 1.1 or granule materials or multiple little lump material or waste material of buildings material or aforementioned mixture material by material charging port (8) in hollow box body (7)；Second step, closes material charging port (8) with closed cover (9)；3rd step, makes somebody a mere figurehead cell body (1)；4th step, is connected built on stilts cell body (1) with bearing (6)；5th step, the flowerpot that kind is implanted with plant is put in recessed plantation groove (2), or planting medium is put in recessed plantation groove (2), then at planting medium planting plants.
- nullThe most according to claim 1 removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height，It is characterized in that: described plantation groove (2) has the left and right wall of two distances 1 to 4 meters，The most horizontal supply and discharge water hole (3) on the wall of left and right，Laterally position and the size in supply and discharge water hole (3) are substantially mutually corresponding，Laterally the summit in supply and discharge water hole (3) is that cistern is held concurrently horizontal pipelined channel (5) to the space planting groove (2) bottom surface，Laterally it is connected in series bolt (10) to be then passed through the horizontal supply and discharge water hole (3) of another cell body (1) through the horizontal supply and discharge water hole (3) of cell body (1) and be connected with nut and tighten and two cell bodies (1) be connected in series，The horizontal supply and discharge water hole (3) of two cell bodies being connected in series (1) and cistern hold concurrently horizontal pipelined channel (5) be mutually communicated formation water supply air supply channel.
- nullThe most according to claim 1 removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height，It is characterized in that: described plantation groove (2) has the left and right wall of two distances 1 to 4 meters，A most horizontal supply and discharge water hole (3) and at least a lateral connection hole (4) on the wall of left and right，Laterally supply and discharge water hole (3) and the position of lateral connection hole (4) and size are substantially mutually corresponding，Laterally the summit in supply and discharge water hole (3) is that cistern is held concurrently horizontal pipelined channel (5) to the space planting groove (2) bottom surface，Laterally it is connected in series bolt (10) to be then passed through the lateral connection hole (4) of another cell body (1) through the lateral connection hole (4) of cell body (1) and be connected with nut and tighten and two cell bodies (1) be connected in series，The horizontal supply and discharge water hole (3) of two cell bodies being connected in series (1) and cistern hold concurrently horizontal pipelined channel (5) be mutually communicated formation water supply air supply channel.
- The most according to claim 1 removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height, it is characterized in that: described plantation groove (2) has the left and right wall of two distances 1 to 4 meters, an at least lateral connection hole (4) on the wall of left and right, the position in lateral connection hole (4) and size are substantially mutually corresponding, are laterally connected in series bolt (10) and are then passed through the lateral connection hole (4) of another cell body (1) through the lateral connection hole (4) of cell body (1) and are connected with nut and tighten and two cell bodies (1) be connected in series.
- The most according to claim 1 removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height, it is characterised in that: the described bottom surface that closed cover (9) is cell body (1).
- null6. arbitrarily can there is the greening wire mesh grating of irrigation system by center-of-gravity regulating height according to removable described in Claims 2 or 3，It is characterized in that: two adjacent cell bodies (1) and sealing gasket are connected in series by the described bolt (10) that is laterally connected in series through lateral connection hole (4) and the nut connection of the lateral connection hole (4) of cell body (1) and sealing gasket and another cell body (1) and tightening，Or two adjacent cell bodies (1) and sealing gasket are connected in series by the described bolt (10) that is laterally connected in series through horizontal supply and discharge water hole (3) and the nut connection of the horizontal supply and discharge water hole (3) of cell body (1) and sealing gasket and another cell body (1) and tightening，The horizontal supply and discharge water hole (3) of two adjacent cell body (1) and the limbers of sealing gasket and cistern hold concurrently horizontal pipelined channel (5) directly be mutually communicated formation water supply air supply channel.
- 7. arbitrarily can there is the greening wire mesh grating of irrigation system by center-of-gravity regulating height according to removable one of Claims 1-4 Suo Shu, it is characterized in that: described plantation groove (2) opening part has flange outwardly or inwardly, the mesh-shape division board (11) having with a certain distance from bottom is installed in described plantation groove (2), mesh-shape division board has software absorbent material layer on (11), software absorbent material layer upper surface has the medium of planting plants or bottom to have the soft flowerpot of suction hole, software absorbent material connects water sucting belt, water sucting belt extends to the bottom of cell body (1) through mesh-shape division board (11).
- 8. arbitrarily can there is the greening wire mesh grating of irrigation system by center-of-gravity regulating height according to removable one of Claims 1-4 Suo Shu, it is characterized in that: described removable can arbitrarily center-of-gravity regulating height have the greening wire mesh grating of irrigation system be arranged on acclive on the basis of, vertical reservoir storage regulation dividing plate (12), vertical reservoir storage regulation dividing plate (12) horizontal pipelined channel (5) of being held concurrently by cistern is had to be separated into staged cistern in described cell body (1).
- The most according to claim 1 removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height, it is characterised in that: described bearing (6) bottom surface is welded with on nut and nut to tight a bolt or tighten and is provided with pulley or bearing (6) bottom surface has in blind hole and blind hole and is provided with support column or is provided with pulley.
- The most according to claim 1 removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height, it is characterised in that: the outside wall surface of described cell body (1) end has rubber gasket with the centre connection of the overlapping part in series of internal face of another cell body (1) end or has fluid sealant.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210019669.6A CN103132476B (en) | 2011-11-27 | 2012-01-29 | Removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height |
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110381404 | 2011-11-27 | ||
| CN2011103814046 | 2011-11-27 | ||
| CN201110381404.6 | 2011-11-27 | ||
| CN201210019669.6A CN103132476B (en) | 2011-11-27 | 2012-01-29 | Removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height |
Publications (2)
| Publication Number | Publication Date |
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| CN103132476A CN103132476A (en) | 2013-06-05 |
| CN103132476B true CN103132476B (en) | 2016-09-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200282377U Withdrawn - After Issue CN202466477U (en) | 2011-11-27 | 2012-01-29 | Movable greening separation fence with optionally adjustable height of gravitational center and irrigation system |
| CN201210019669.6A Active CN103132476B (en) | 2011-11-27 | 2012-01-29 | Removable arbitrarily can have the greening wire mesh grating of irrigation system by center-of-gravity regulating height |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200282377U Withdrawn - After Issue CN202466477U (en) | 2011-11-27 | 2012-01-29 | Movable greening separation fence with optionally adjustable height of gravitational center and irrigation system |
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| CN (2) | CN202466477U (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202466477U (en) * | 2011-11-27 | 2012-10-03 | 成都创新景观工程有限公司 | Movable greening separation fence with optionally adjustable height of gravitational center and irrigation system |
| CN104772185A (en) * | 2015-04-01 | 2015-07-15 | 刘银明 | Bilateral protection rack for running water channel |
| CN106012910B (en) * | 2016-05-20 | 2018-03-02 | 四川农业大学 | A kind of ecological afforestation hard shoulder and its water storage processing method |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB1545700A (en) * | 1976-06-17 | 1979-05-10 | Fjeldhammer Brug As | Walls or fences |
| DE4333577A1 (en) * | 1993-10-01 | 1995-04-06 | Sps Schutzplanken Gmbh | Reusable passive protection device for placing on roadways |
| CN2579159Y (en) * | 2002-11-14 | 2003-10-15 | 赖元俊 | Stereo panel type pant cultivating device |
| KR100844108B1 (en) * | 2007-04-24 | 2008-07-07 | 한국건설기술연구원 | Bending structure for green wall unit and green wall system using the same |
| CN102017874A (en) * | 2009-09-14 | 2011-04-20 | 孙希贤 | Building method of combined-type greening body |
| CN202466477U (en) * | 2011-11-27 | 2012-10-03 | 成都创新景观工程有限公司 | Movable greening separation fence with optionally adjustable height of gravitational center and irrigation system |
-
2012
- 2012-01-29 CN CN2012200282377U patent/CN202466477U/en not_active Withdrawn - After Issue
- 2012-01-29 CN CN201210019669.6A patent/CN103132476B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB1545700A (en) * | 1976-06-17 | 1979-05-10 | Fjeldhammer Brug As | Walls or fences |
| DE4333577A1 (en) * | 1993-10-01 | 1995-04-06 | Sps Schutzplanken Gmbh | Reusable passive protection device for placing on roadways |
| CN2579159Y (en) * | 2002-11-14 | 2003-10-15 | 赖元俊 | Stereo panel type pant cultivating device |
| KR100844108B1 (en) * | 2007-04-24 | 2008-07-07 | 한국건설기술연구원 | Bending structure for green wall unit and green wall system using the same |
| CN102017874A (en) * | 2009-09-14 | 2011-04-20 | 孙希贤 | Building method of combined-type greening body |
| CN202466477U (en) * | 2011-11-27 | 2012-10-03 | 成都创新景观工程有限公司 | Movable greening separation fence with optionally adjustable height of gravitational center and irrigation system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103132476A (en) | 2013-06-05 |
| CN202466477U (en) | 2012-10-03 |
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