CN202298515U

CN202298515U - Combined greening isolation fence

Info

Publication number: CN202298515U
Application number: CN2011201462372U
Authority: CN
Inventors: 孙希贤
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-05-11
Filing date: 2011-05-10
Publication date: 2012-07-04
Anticipated expiration: 2021-05-10
Also published as: CN103228841A; CN102242574B; CN102251705A; CN102242574A; CN102278001A; CN202055616U; WO2011140935A1; CN102251705B; CN202000279U; CN103228841B; CN102278001B

Abstract

The utility model discloses a combined greening isolation fence, which comprises supports and transverse isolation bars. The combined greening isolation fence is characterized in that: the contours of the supports and the transverse isolation bars are front-rear and left-right symmetrical structures; a planting space is formed on the upper part of each transverse isolation bar; a reservoir is arranged on the lower part of each transverse isolation bar, and also serves as a flowing water channel; a water supply and drainage connecting hole is formed in each of the left and right end faces of each transverse isolation bar, and the positions of the water supply and drainage connecting holes in the left and right end faces of each transverse isolation bar correspond to each other; each support is provided with a through hole from one lateral surface to the other lateral surface; any section of the whole outer surface of each transverse isolation bar is enclosed by the through holes of the supports, and is overhead spliced, and the supports can randomly be spliced and move on the whole outer surface of the transverse isolation bar; the end faces of adjacent transverse isolation bars are connected in series by bolts or hollow tube bolts directly or indirectly in a way of arranging plastic sealing gaskets through the water supply and drainage connecting holes, and simultaneously, the reservoirs which can also serve as the flowing water channels on the lower parts of the transverse isolation bars are communicated to form the combined greening isolation fence; and a part between any support and a corresponding transverse isolation bar which are adjacent in the combined greening isolation fence has a symmetrical structure.

Description

The combination greening wire mesh grating

Technical field

The utility model relates to a kind of isolated column, specially refers to a kind of combination greening wire mesh grating of planting plant within it or putting flowerpot.

Background technology

The support of Chinese patent CN2542716 is exactly guardrail or isolated column; It is that to be employed on guardrail itself that not have to afforest or the isolated column be will spend groove to be installed on guardrail or the flower stand with fixed connecting piece on the support of number of patent application 02220331.1; Again flowers and plants are planted on the colored groove; Consequently spend groove to make the scale of construction of steel work guardrail or flower stand and load make guardrail generation turning torque not have security and stability too greatly, promptly top-heavy be very easy to tumble collapse, and take up an area of wide; External pouring pipe makes its guard bar structure complicated, not attractive in appearance and cost is higher; The more important thing is the safety that external additional colored groove and pouring pipe have seriously endangered road traffic and pedestrian, if with this technical application on highrise building, be very easy to by fall harm people's life security of wind.

Summary of the invention

The utility model technical problem to be solved provides a kind of combination greening wire mesh grating, and this combination greening wire mesh grating has following advantage: 1. make the lateral isolation bar of combination greening wire mesh grating itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot; 2. the combination greening wire mesh grating only need be changed bearing or lateral isolation bar and just can satisfy different insulation requests simultaneously and afforest requirement attractive in appearance; 3. bearing only receives vertical pressure and does not have turning torque, promptly is the combination greening wire mesh grating with greening function of the stable and safeguard construction of center of gravity on the plane of symmetry; 4. simple in structure, installation and easy accessibility, the combination greening wire mesh grating with greening function with low cost; 5. make the bottom of lateral isolation bar be connected to form the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating naturally; 6. be spliced in the whole combination greening wire mesh grating structure between any two the adjacent bearings 1 and lateral isolation bar 2 and all be support force on two adjacent bearings 1 and be symmetrical rock-steady structure.

The utility model solves the problems of the technologies described above the technical scheme of being taked: the combination greening wire mesh grating; Comprise bearing 1 and lateral isolation bar 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described lateral isolation bar 2 tops are plantation spaces; The bottom is the reservoir flowing water passage 3 of holding concurrently; The corresponding water supply and draining in the position connecting hole 4 of holding concurrently is arranged on lateral isolation bar 2 left and right sides end faces; Bearing 1 has by the through hole 5 of a side to another side; The vertical plane of symmetry of through hole 5 parallel with the vertical plane of symmetry of bearing 1 and the distance in 6 centimetres; Any one section the through hole 5 interior and built on stilts splicing that are enclosed in bearing 1 of the whole outer surface of described lateral isolation bar 2; Its bearing 1 can splice arbitrarily on the whole outer surface of lateral isolation bar 2 and move; The end face of adjacent transverse spacer bar 2 is held concurrently connecting hole 4 directly or add indirect being connected in series with bolt or hollow tube bolt of plastic cement sealing mat through water supply and draining, and the reservoir of the lateral isolation bar 2 bottoms flowing water passage 3 of holding concurrently connects into the combination greening wire mesh grating simultaneously, and the part that interconnects between any two adjacent bearings 1 of part and the lateral isolation bar 2 of removing the adjacent transverse bar in the described combination greening wire mesh grating is a symmetrical structure; Its beneficial effect is that the greening of this combined type makes the lateral isolation bar 2 of isolated column itself not only have isolation features but also has the greening function of directly planting plant within it or putting flowerpot; And only need change bearing 1 or lateral isolation bar 2 and just can satisfy different insulation requests and greening requirement attractive in appearance, this is the function that prior art does not have, and has realized simple in structure, installation and easy accessibility, with low cost simultaneously; The profile of bearing 1 and lateral isolation bar all is front and back and bilateral symmetry structure; Having guaranteed bearing only to receive vertical pressure and do not have turning torque, promptly is the stable and safeguard construction of center of gravity on the plane of symmetry, and reservoir flowing water passage 3 and the water supply and draining connecting hole 4 of holding concurrently of holding concurrently has formed the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating; The deviation of the vertical plane of symmetry of through hole 5 and the vertical plane of symmetry of bearing 1 is effectively protected a wherein side safety in 6 centimetres; In any one section through hole that is enclosed in bearing 15 of the whole outer surface of lateral isolation bar 2 and built on stilts splicing, its bearing 1 can splice arbitrarily on the whole outer surface of lateral isolation bar 2 and slide and can effectively adjust span and the rugged installation requirement of adaptation Different Ground arbitrarily, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the combination greening wire mesh grating of integral body and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

The combination greening wire mesh grating; Comprise bearing 1 and lateral isolation bar 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described lateral isolation bar 2 tops are plantation spaces; The bottom is the reservoir flowing water passage 3 of holding concurrently; The outer face of 2 two symmetries of lateral isolation bar has corresponding being used in position to splice the straight pipe 6 with flowing water; Bearing 1 has by a side and is useful on splicing and the clear opening 7 that supports or end face to recessed groove 12 to another side; Be used to splice parallel with the vertical plane of symmetry of bearing 1 and to the vertical plane of symmetry of recessed groove 12 apart from 6 centimetres with the clear opening 7 that supports or end face; Lateral isolation bar 2 two ends are used to splice inserts directly or embeds that left and right sides bearing 1 is used to splice and the clear opening 7 or the end face that support splice to recessed groove 12 along horizontal direction with 6 need of straight pipe of flowing water; The structure division that its lateral isolation bar 2 is maked somebody a mere figurehead between two bearings 1 is a symmetrical structure; Bearing 1 is alternately connected continuously more successively with lateral isolation bar 2 and is spliced into the combination greening wire mesh grating; Again with bolt or hollow tube bolt pass on the same bearing 1 about two lateral isolation bars 2 be used to splice and two lateral isolation bars 2 about adjacent be connected fixing with bearing 1 three with the straight pipe 6 of flowing water, the reservoir of the adjacent transverse spacer bar 2 flowing water passage 3 of holding concurrently connects through the straight pipe 6 that is used to splice with flowing water simultaneously, two bearings 1 of described combination greening wire mesh grating and the structure division between the lateral isolation bar 2 are symmetrical structures; Its beneficial effect is to make the lateral isolation bar 2 of isolated column itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot; And only need change bearing 1 or lateral isolation bar 2 and just can satisfy different insulation requests and greening requirement attractive in appearance simultaneously, this is the function that prior art does not have, and has realized simple in structure, installation and easy accessibility, with low cost simultaneously; The profile of bearing 1 and lateral isolation bar all is front and back and bilateral symmetry structure; Having guaranteed 1 of bearing to receive vertical pressure and do not have turning torque, promptly is the stable and safeguard construction of center of gravity on the plane of symmetry, and the reservoir flowing water passage 3 of holding concurrently has formed the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating with the straight pipe 6 that is used to splice with flowing water; The deviation of the vertical plane of symmetry of through hole 5 and the vertical plane of symmetry of bearing 1 effective protection safety of a side wherein in 6 centimetres, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the combination greening wire mesh grating of integral body and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

The combination greening wire mesh grating; Comprise bearing 1 and lateral isolation bar 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described lateral isolation bar 2 tops are plantation spaces; The bottom is the reservoir flowing water passage 3 of holding concurrently; The corresponding water supply and draining in the position connecting hole 4 of holding concurrently is arranged on lateral isolation bar 2 left and right sides end faces; Bearing 1 has by the clear opening 7 that be useful on splicing and support of a side to another side; Be used to splice parallel with the vertical plane of symmetry of bearing 1 and apart from 6 centimetres with the vertical plane of symmetry of the clear opening 7 that supports; Lateral isolation bar 2 passes through bolt or hollow tube bolt that bearing 1 is used to splice and the water supply and draining that is used for of the clear opening 7 that supports and lateral isolation bar 2 holds concurrently that connecting hole 4 is built on stilts to be fastened on two bearings 1; The structure division that its lateral isolation bar 2 is maked somebody a mere figurehead between two bearings 1 is a symmetrical structure; Simultaneously the reservoir of two the lateral isolation bars 2 in the bearing 1 left and right side flowing water passage 3 of holding concurrently connects through the water supply and draining connecting hole 4 of holding concurrently, bearing 1 and lateral isolation bar 2 successively more continuously alternately series connection be spliced into the combination greening wire mesh grating, the structure division between any two bearings 1 of described combination greening wire mesh grating and the lateral isolation bar 2 is a symmetrical structure; Its beneficial effect is to make the lateral isolation bar 2 of isolated column itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot; And only need change bearing 1 or lateral isolation bar 2 and just can satisfy different insulation requests and greening requirement attractive in appearance simultaneously, this is the function that prior art does not have, and has realized simple in structure, installation and easy accessibility, with low cost simultaneously; The profile of bearing 1 and lateral isolation bar 2 all is front and back and bilateral symmetry structure; Having guaranteed 1 of bearing to receive vertical pressure and do not have turning torque, promptly is the stable and safeguard construction of center of gravity on the plane of symmetry, and reservoir flowing water passage 3 and the water supply and draining connecting hole 4 of holding concurrently of holding concurrently has formed the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating; The deviation of the vertical plane of symmetry of the clear opening 7 that is used to splice and supports and the vertical plane of symmetry of bearing 1 effective protection safety of a side wherein in 6 centimetres, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the combination greening wire mesh grating of integral body and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

As optimization to technique scheme; Described bearing 1 splices the lateral isolation bar 2 that two-layer consistency from top to bottom is arranged at least; And make lateral isolation bar 2 front and back of bearing 1 and two-layer consistency from top to bottom that penetrating plant growing space arranged, its beneficial effect is to form better landscape effect and help plant growing.

As optimization to technique scheme; The splicing construction that mutual coupling is arranged on the end face of described bearing 1 and the bottom surface; Bearing 1 is connected in series up and down through the splicing construction of mutual coupling; Lateral isolation bar 2, its beneficial effect are arranged is that the lateral isolation bar 2 of standardized production just can realize being combined into as required all size and combination greening wire mesh grating highly with bearing 1 in splicing between the same layer of the bearing 1 that is connected in series up and down.

As optimization to technique scheme; Described adjacent transverse spacer bar 2 water supply and draining holes hold concurrently between the connecting hole 4 or be used to splice and the straight pipe 6 of flowing water between be connected with sealing mat; The hold concurrently straight pipe 6 and the space between the bolt of connecting hole 4 or splicing and flowing water, described water supply and draining hole is the flowing water passage, and its beneficial effect is that creationary making connects and the flowing water passage merges.

As the optimization to technique scheme, planting groove 8 or reservoir 9 are arranged at the top of described bearing 1, and its beneficial effect is to make full use of the bearing occupation space to make it become the part of plantation plant.

The combination greening wire mesh grating; Comprise bearing 1 and lateral isolation railing 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described bearing 1 is hexahedron or cylinder; Described lateral isolation bar 2 tops are plantation spaces; The bottom is the reservoir flowing water passage 3 of holding concurrently; There is hold concurrently connecting hole 4 or be used to of the corresponding water supply and draining in position to splice the straight pipe 6 with flowing water on lateral isolation bar 2 left and right sides end faces; The external surface of lateral isolation bar 2 any one section in the horizontal top surface of at least one bearing 1 or move arbitrarily on the spill end face down and splicing at an arbitrary position; Water supply and draining hold concurrently connecting hole 4 or be used to splice parallel with the vertical plane of symmetry of bearing 1 with the vertical plane of symmetry of the straight pipe 6 of flowing water and distance in 6 centimetres; Splicing lateral isolation bar 2 usefulness connection assists or bonding agent at an arbitrary position is connected with bearing 1; Connection assist is bolt or inverted U-shaped member; Adjacent transverse spacer bar 2 through water supply and draining hold concurrently connecting hole 4 or be used to splice with the straight pipe 6 of flowing water directly or add the plastic cement sealing mat indirect be serially connected in the combination greening wire mesh grating with bolt or hollow tube bolt, the reservoir of adjacent transverse spacer bar 2 bottoms is held concurrently simultaneously, and flowing water passage 3 is held concurrently connecting hole 4 through water supply and draining or the straight pipe 6 that is used to splice with flowing water connects, and except that the coupling part of adjacent transverse spacer bar 2, is symmetrical structure between any two adjacent bearings 1 and the lateral isolation bar 2 in the described combination greening wire mesh grating; Its beneficial effect is to make the lateral isolation bar 2 of isolated column itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot; And only need change bearing 1 or lateral isolation bar 2 and just can satisfy different insulation requests and greening requirement attractive in appearance simultaneously, this is the function that prior art does not have, and has realized simple in structure, installation and easy accessibility, with low cost simultaneously; The profile of bearing 1 and lateral isolation bar 2 all is front and back and bilateral symmetry structure; Having guaranteed bearing only to receive vertical pressure and do not have turning torque, promptly is the stable and safeguard construction of center of gravity on the plane of symmetry, and reservoir is held concurrently, and flowing water passage 3 is held concurrently connecting hole 4 with water supply and draining or the straight pipe 6 that is used to splice with flowing water has formed the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating; Hold concurrently connecting hole 4 or be used to of water supply and draining splices deviation with the vertical plane of symmetry of the vertical plane of symmetry of the straight pipe 6 of flowing water and bearing 1 an effective protection side safety wherein in 6 centimetres, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the combination greening wire mesh grating of integral body and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

The combination greening wire mesh grating; Comprise bearing 1 and lateral isolation bar 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described bearing 1 is hexahedron or cylinder; Described lateral isolation bar 2 is the continuous grooves from an end face to the other end; Groove top is the plantation space continuously; The bottom is the reservoir flowing water passage 3 of holding concurrently; The external surface of lateral isolation bar 2 any one section in the horizontal top surface of at least one bearing 1 or move arbitrarily on the spill end face down and splicing at an arbitrary position, the vertical plane of symmetry of lateral isolation bar 2 and distance parallel with the vertical plane of symmetry of bearing 1 is in 6 centimetres, the lateral isolation bar 2 usefulness connection assists or the bonding agent that splice at an arbitrary position are connected with bearing 1; Connection assist is bolt or inverted U-shaped member; Two adjacent lateral isolation bars 2 are overlapped or are alignd and are connected in series with bolt or bonding agent, connect vertically in the lateral isolation bar 2 that combination laterally is connected in series on the greening wire mesh grating and cut off 10, in the described combination greening wire mesh grating except that vertical partition 10 and two adjacent lateral isolation bars 2 connect the structure division between any two adjacent bearings 1 and the lateral isolation bar 2 be symmetrical structure; Its beneficial effect is to make the lateral isolation bar 2 of isolated column itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot; And only need change bearing or lateral isolation bar 2 and just can satisfy different insulation requests and greening requirement attractive in appearance simultaneously, this is the function that prior art does not have, and has realized simple in structure, installation and easy accessibility, with low cost simultaneously; The profile of bearing 1 and lateral isolation bar 2 all is front and back and bilateral symmetry structure; Having guaranteed 1 of bearing to receive vertical pressure and do not have turning torque, promptly is the stable and safeguard construction of center of gravity on the plane of symmetry, and the reservoir flowing water passage 3 of holding concurrently connects the water supply and draining pouring management maintenance system of whole combination greening wire mesh grating; The deviation of the vertical plane of symmetry of lateral isolation bar 2 and the vertical plane of symmetry of bearing 1 effective protection safety of a side wherein in 6 centimetres, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the combination greening wire mesh grating of integral body and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

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

As optimization to technique scheme; Described bearing 1 is metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete with lateral isolation bar 2 materials; Described bearing 1 becomes 0 °～90 ° installations with horizontal plane; The cross section of described lateral isolation bar 2 be V-arrangement, U-shaped, on have opening rectangle, on trapezoidal, the circular arc or the polygon of opening are arranged; Described reservoir is held concurrently and water-stop sheet is installed in the flowing water passage 3, and its beneficial effect is a water logging bubble part planting medium, makes medium fast Absorption moisture provide nutrient to satisfy demand of plant growth to plant and the pouring efficiency of management is provided.

As optimization to technique scheme, on described lateral isolation bar 2 walls plumbing hole 11 is arranged, connect with flexible pipe or hard tube serial or parallel connection between the plumbing hole 11, its beneficial effect is to realize unified fast pouring management.

As optimization to technique scheme; Described bearing 1 part is embedded in the concrete or with bolt and is fastened on the concrete structure, and bearing 1 and lateral isolation bar 2 integrally welded its beneficial effects of affiliated combination greening wire mesh grating are to be applied to architecture greening.

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

The lateral isolation bar of the combination greening wire mesh grating of the utility model itself not only has isolation features but also has the function of directly planting plant or putting flowerpot within it; Only need to change bearing or lateral isolation bar and just can satisfy different insulation requests and greening requirement attractive in appearance simultaneously; Bearing only receives vertical pressure and does not have turning torque; Promptly be the stable safeguard construction of center of gravity on the plane of symmetry; And be spliced into that the part support force between any two the adjacent bearings 1 and lateral isolation bar 2 is on two adjacent bearings 1 and is symmetrical rock-steady structure in the whole combination greening wire mesh grating; It is simple in structure, easy to loading and unloading, with low cost, the syndeton between lateral isolation bar bottom and the lateral isolation bar forms the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating greening naturally, thereby realized the utility model.

The utility model compared with prior art has the following advantages: 1. make the lateral isolation bar 2 of combination greening wire mesh grating itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot; 2. can regulate bearing 1 arbitrarily according to different mounting conditions and the combination greening wire mesh grating of stitching position or span is installed with lateral isolation bar 2; The combination greening wire mesh grating is the stable and safe structure of center of gravity on the plane of symmetry, it is simple in structure, installation and easy accessibility, with low cost, have pouring management maintenance system, afforestation effect good; 3. fully industrial flow-line large-scale production bearing 1 and lateral isolation bar 2, and costs such as production, storage and transportation are low; 4. any one physical dimension or position can change the beautification of landscape effect in change lateral isolation bar 2 and the bearing 1, just can reach different instructions for uses; 5. the water storage structure, flowing water passage and the spilling water structure that form naturally of combination greening wire mesh grating satisfied the growth requirement of plant; 6. take up an area of that little, green coverage is big, moulding arbitrarily, 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 lateral isolation bar 2 of a kind of form of structure of the utility model embodiment 1.

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

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

Fig. 4 is the schematic perspective view of combination greening wire mesh grating of a kind of compound mode of the utility model embodiment 1.

Fig. 5 is the schematic perspective view of combination greening wire mesh grating of the another kind of compound mode of the utility model embodiment 1.

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

Fig. 7 is lateral isolation bar 2 schematic perspective views of a kind of form of structure of the utility model embodiment 2.

Fig. 8 is the schematic perspective view of combination greening wire mesh grating of a kind of compound mode of the utility model embodiment 2.

Fig. 9 is lateral isolation bar 2 schematic perspective views of a kind of form of structure of the utility model embodiment 2.

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

Figure 11 is the schematic perspective view of combination greening wire mesh grating of the another kind of compound mode of the utility model embodiment 2.

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

Figure 13 is lateral isolation bar 2 schematic perspective views of a kind of form of structure of the utility model embodiment 2.

Figure 14 is the schematic perspective view of combination greening wire mesh grating of another compound mode of the utility model embodiment 2.

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

Figure 16 is lateral isolation bar 2 schematic perspective views of a kind of form of structure of the utility model embodiment 3.

Figure 17 is the schematic perspective view of combination greening wire mesh grating of another compound mode of the utility model embodiment 3.

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

Figure 19 is lateral isolation bar 2 schematic perspective views of a kind of form of structure of the utility model embodiment 3.

Figure 20 is the schematic perspective view of combination greening wire mesh grating of another compound mode of the utility model embodiment 3.

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

Figure 22 is the schematic perspective view of combination greening wire mesh grating of another compound mode of the utility model embodiment 3.

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

Figure 24 is lateral isolation bar 2 schematic perspective views of a kind of form of structure of the utility model embodiment 3.

Figure 25 is the schematic perspective view of combination greening wire mesh grating of another compound mode of the utility model embodiment 3.

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

Figure 27 is lateral isolation bar 2 schematic perspective views of a kind of form of structure of the utility model embodiment 4.

Figure 28 is the schematic perspective view of combination greening wire mesh grating of another compound mode of the utility model embodiment 4.

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

Figure 30 is lateral isolation bar 2 schematic perspective views of a kind of form of structure of the utility model embodiment 5.

Figure 31 is the schematic perspective view of combination greening wire mesh grating of another compound mode of the utility model embodiment 5.

The pairing component name of Reference numeral is called among the figure: 1, and---------------------------reservoir, 10---vertically cuts off, 11---plumbing hole, 12---groove planting groove, 9 through hole, 6 the water supply and draining connecting hole, 5 of holding concurrently the reservoir flowing water passage, 4 of holding concurrently lateral isolation bar, 3 bearing, 2 to be used to the clear opening, 8 that splices and support to be used to splice the straight pipe, 7 with flowing water.

The specific embodiment

Below in conjunction with specific embodiment and accompanying drawing, the utility model is done further detailed description, but the embodiment of the utility model is not limited thereto.

Embodiment 1: like Fig. 1, Fig. 2, Fig. 4; Combination greening wire mesh grating as a kind of embodiment 1 of this example; Comprise bearing 1 and lateral isolation bar 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described lateral isolation bar 2 tops are plantation spaces; The bottom is the reservoir flowing water passage 3 of holding concurrently; The corresponding water supply and draining in the position connecting hole 4 of holding concurrently is arranged on lateral isolation bar 2 left and right sides end faces; Bearing 1 has by the through hole 5 of a side to another side; The vertical plane of symmetry of through hole 5 parallel with the vertical plane of symmetry of bearing 1 and the distance in 6 centimetres; In any one section through hole that is enclosed in bearing 15 of the whole outer surface of described lateral isolation bar 2 and built on stilts splicing, its bearing 1 can splice arbitrarily on the whole outer surface of lateral isolation bar 2 and move, and the end face of adjacent transverse spacer bar 2 is held concurrently through water supply and draining, and connecting hole 4 is direct perhaps to add indirect being connected in series with bolt or hollow tube bolt of plastic cement sealing mat; Simultaneously the reservoir of the lateral isolation bar 2 bottoms flowing water passage 3 of holding concurrently connects into the combination greening wire mesh grating; The part that interconnects between any two adjacent bearings 1 of part and the lateral isolation bar 2 of removing adjacent transverse spacer bar 2 in the described combination greening wire mesh grating is a symmetrical structure, and its beneficial effect is to make the lateral isolation bar 2 of isolated column itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot, and only need change bearing 1 or lateral isolation bar 2 just can satisfy different insulation requests and afforest requirement attractive in appearance; This is the function that prior art does not have; Realized simple in structure, installation and easy accessibility, with low cost simultaneously, the profile of bearing 1 and lateral isolation bar 2 all be before and after and the bilateral symmetry structure, guaranteed that bearing only receives vertical pressure and do not have turning torque; Promptly be the stable and safeguard construction of center of gravity on the plane of symmetry; Reservoir flowing water passage 3 and the water supply and draining connecting hole 4 of holding concurrently of holding concurrently has formed the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating, and the deviation of the vertical plane of symmetry of through hole 5 and the vertical plane of symmetry of bearing 1 effective protection safety of a side wherein in 6 centimetres is in any one section through hole 5 that is enclosed in bearing 1 of the whole outer surface of lateral isolation bar 2 and make somebody a mere figurehead and splice; Its bearing 1 can on the whole outer surface of lateral isolation bar 2, splice arbitrarily and slide can be arbitrarily effectively the adjustment span with adapt to the rugged installation requirement of Different Ground, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the whole combination greening wire mesh grating and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

To the optimization of technique scheme, planting groove 8 or reservoir 9 are arranged at the top of described bearing 1, and its beneficial effect is to make full use of bearing 1 occupation space to make it become the part of plantation plant.

Like Fig. 1, Fig. 3, Fig. 5; Another kind of embodiment as this example; This embodiment and embodiment 1 are basic identical; Do not coexist the splicing construction of mutual coupling is arranged on end face and the bottom surface of described bearing 1; Bearing 1 is connected in series up and down through the splicing construction of mutual coupling, and lateral isolation bar 2, its beneficial effect are arranged is that the lateral isolation bar 2 of standardized production just can realize being combined into as required all size and combination greening wire mesh grating highly with bearing 1 in splicing between the same layer of the bearing 1 that is connected in series up and down.

As optimization to technique scheme; Described bearing 1 splicing has the lateral isolation bar 2 of two-layer consistency from top to bottom; And make the penetrating plant growing space, lateral isolation bar 2 front and back of bearing 1 and two-layer consistency from top to bottom, its beneficial effect is to form better landscape effect and help plant growing.

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

Optimization to above-mentioned two kinds of embodiments; Described bearing 1 is metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete with lateral isolation bar 2 materials; Described bearing 1 becomes 0 °～90 ° installations with horizontal plane, the cross section of lateral isolation bar 2 has the rectangle of opening on being, described reservoir is held concurrently and water-stop sheet is installed in the flowing water passage 3; Its beneficial effect is a water logging bubble part planting medium, makes medium fast Absorption moisture provide nutrient to satisfy demand of plant growth to plant and the pouring efficiency of management is provided.

To the optimization of above-mentioned two kinds of embodiments, on described lateral isolation bar 2 walls plumbing hole 11 is arranged, connect with flexible pipe or hard tube serial or parallel connection between the plumbing hole 11, its beneficial effect is to realize unified fast pouring management.

Optimization to above-mentioned two kinds of embodiments; Described bearing 1 part is embedded in the concrete or with bolt and is fastened on the concrete structure; The bearing 1 of affiliated combination greening wire mesh grating is integrally welded with lateral isolation bar 2, and its beneficial effect is to be applied to architecture greening.

Optimization to above-mentioned two kinds of embodiments; The top edge of described lateral isolation bar 2 has inside or outside horizontal flange or level to add vertical compound flange; Its beneficial effect is the intensity that flanging strengthens lateral isolation bar 2, and in-flanges makes its water evaporates area that has reduced the plantation space and the intensity of lateral isolation bar 2.

Embodiment 2: like Fig. 6, Fig. 7, Fig. 8; Combination greening wire mesh grating as a kind of embodiment 1 of this example; Comprise bearing 1 and lateral isolation bar 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described lateral isolation bar 2 tops are plantation spaces; The bottom is the reservoir flowing water passage 3 of holding concurrently; The outer face of 2 two symmetries of lateral isolation bar has corresponding being used in position to splice the straight pipe 6 with flowing water; Bearing 1 has by a side to the clear opening 7 that is useful on splicing and supports of another side and end face to recessed groove 12; Be used to splice parallel with the vertical plane of symmetry of bearing 1 and to the vertical plane of symmetry of recessed groove 12 apart from 6 centimetres with the clear opening 7 that supports or end face; Lateral isolation bar 2 two ends are used to splice and directly insert left and right sides bearing 1 with 6 need of straight pipe of flowing water respectively along horizontal direction and be used to the clear opening 7 and downward groove 12 splicings of end face that splice and support up and down; The structure division that its lateral isolation bar 2 is maked somebody a mere figurehead between two bearings 1 is a symmetrical structure; Bearing 1 is alternately connected continuously more successively with lateral isolation bar 2 and is spliced into the combination greening wire mesh grating; Again with bolt or hollow tube bolt pass on the same bearing 1 about two lateral isolation bars 2 be used to splice and two lateral isolation bars 2 about adjacent be connected fixing with bearing 1 three with the straight pipe 6 of flowing water, the reservoir of the adjacent transverse spacer bar 2 flowing water passage 3 of holding concurrently connects through the straight pipe 6 that is used to splice with flowing water simultaneously, two bearings 1 of described combination greening wire mesh grating and the structure division between the lateral isolation bar 2 are symmetrical structures; Its beneficial effect is to make the lateral isolation bar 2 of isolated column itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot; And only need change bearing 1 or lateral isolation bar 2 and just can satisfy different insulation requests and greening requirement attractive in appearance, this is the function that prior art does not have, and has realized simple in structure, installation and easy accessibility, with low cost simultaneously; The profile of bearing 1 and lateral isolation bar 2 all is front and back and bilateral symmetry structure; Having guaranteed 1 of bearing to receive vertical pressure and do not have turning torque, promptly is the stable and safeguard construction of center of gravity on the plane of symmetry, and the reservoir flowing water passage 3 of holding concurrently has formed the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating with the straight pipe 6 that is used to splice with flowing water; The deviation of the vertical plane of symmetry of through hole 5 and the vertical plane of symmetry of bearing 1 effective protection safety of a side wherein in 6 centimetres, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the combination greening wire mesh grating of integral body and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

As optimization to technique scheme; Described bearing 1 splicing has the lateral isolation bar 2 of two-layer consistency from top to bottom; And make lateral isolation bar 2 front and back of bearing 1 and two-layer consistency from top to bottom that penetrating plant growing space arranged, its beneficial effect is to form better landscape effect and help plant growing.

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

As optimization to technique scheme; Be used between the described adjacent transverse spacer bar 2 to splice and the straight pipe 6 of flowing water between be connected with sealing mat; The straight pipe 6 and the space between the bolt of described splicing and flowing water are the flowing water passage, and its beneficial effect is that creationary connection and the flowing water passage of making merges.

Like Fig. 9, Figure 10, Figure 11; Another kind of embodiment as this example; This embodiment and embodiment 1 are basic identical, described lateral isolation bar 2 two ends that do not coexist be used to splice with 6 need of straight pipe of flowing water along horizontal direction embed directly that left and right sides bearing 1 is used to splice and the clear opening 7 that supports in splicing.

Like Figure 12, Figure 13, Figure 14; Another embodiment as this example; This embodiment and embodiment 1 are basic identical, and planting groove 8 or reservoir 9 are arranged at the top of the described bearing 1 that do not coexist, and its beneficial effect is to make full use of bearing 1 occupation space to make it become the part of plantation plant.

Optimization to above-mentioned three kinds of embodiments; Described bearing 1 is metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete with lateral isolation bar 2 materials; Bearing 1 becomes 90 ° of installations with horizontal plane, the cross section of described lateral isolation bar 2 has the rectangle of opening on being, described reservoir is held concurrently and water-stop sheet is installed in the flowing water passage 3; Its beneficial effect is to have water section to soak planting medium, makes medium fast Absorption moisture provide nutrient to satisfy demand of plant growth to plant and the pouring efficiency of management is provided.

To the optimization of above-mentioned three kinds of embodiments, on described lateral isolation bar 2 walls plumbing hole 11 is arranged, connect with flexible pipe or hard tube serial or parallel connection between the plumbing hole 11, its beneficial effect is to realize unified fast pouring management.

Optimization to above-mentioned three kinds of embodiments; Described bearing 1 part is embedded in the concrete or with bolt and is fastened on the concrete structure; The bearing 1 of affiliated combination greening wire mesh grating is integrally welded with lateral isolation bar 2, and its beneficial effect is to be applied to architecture greening.

Optimization to above-mentioned three kinds of embodiments; The top edge of described lateral isolation bar 2 has inside or outside horizontal flange or level to add vertical compound flange; Its beneficial effect is the intensity that flanging strengthens lateral isolation bar 2, and in-flanges makes its water evaporates area that has reduced the plantation space and the intensity of lateral isolation bar 2.

Embodiment 3: like Figure 15, Figure 16, Figure 17; Combination greening wire mesh grating as a kind of embodiment 1 of this example; Comprise bearing 1 and lateral isolation bar 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described lateral isolation bar 2 tops are plantation spaces; The bottom is the reservoir flowing water passage 3 of holding concurrently; The corresponding water supply and draining in the position connecting hole 4 of holding concurrently is arranged on lateral isolation bar 2 left and right sides end faces; Bearing 1 has by the clear opening 7 that be useful on splicing and support of a side to another side; Be used to splice parallel with the vertical plane of symmetry of bearing 1 and apart from 6 centimetres with the vertical plane of symmetry of the clear opening 7 that supports; Lateral isolation bar 2 passes through bolt or hollow tube bolt that bearing 1 is used to splice and the water supply and draining that is used for of the clear opening 7 that supports and lateral isolation bar 2 holds concurrently that connecting hole 4 is built on stilts to be fastened on two bearings 1, and the structure division that its lateral isolation bar 2 is maked somebody a mere figurehead between two bearings 1 is a symmetrical structure, and the reservoir of two the lateral isolation bars 2 in the bearing 1 left and right side flowing water passage 3 of holding concurrently connects through the water supply and draining connecting hole 4 of holding concurrently simultaneously; Bearing 1 is alternately connected continuously more successively with lateral isolation bar 2 and is spliced into the combination greening wire mesh grating; Structure division between any two bearings 1 of described combination greening wire mesh grating and the lateral isolation bar 2 is a symmetrical structure, and its beneficial effect is to make the lateral isolation bar 2 of isolated column itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot, and only need change bearing 1 or lateral isolation bar 2 just can satisfy different insulation requests and greening requirement attractive in appearance simultaneously; This is the function that prior art does not have; Realized simple in structure, installation and easy accessibility, with low cost simultaneously, the profile of bearing 1 and lateral isolation bar 2 all be before and after and the bilateral symmetry structure, guaranteed that 1 of bearing receives vertical pressure and do not have turning torque; Promptly be the stable and safeguard construction of center of gravity on the plane of symmetry; Reservoir flowing water passage 3 and the water supply and draining connecting hole 4 of holding concurrently of holding concurrently has formed the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating, is used to splice and the vertical plane of symmetry of the clear opening 7 that supports is effectively protected a wherein side safety with the deviation of the vertical plane of symmetry of bearing 1 in 6 centimetres, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the combination greening wire mesh grating of integral body and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

As optimization to technique scheme; Hold concurrently and be connected with sealing mat between the connecting hole 4 in described adjacent transverse spacer bar 2 water supply and draining holes; The space of holding concurrently between connecting hole 4 and the bolt in described water supply and draining hole is the flowing water passage, and its beneficial effect is that creationary connection and the flowing water passage of making merges.

As optimization to technique scheme; Described bearing 1 is metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete with lateral isolation bar 2 materials; Described bearing 1 becomes 0 °～90 ° installations with horizontal plane, the cross section of described lateral isolation bar 2 is a U-shaped, and described reservoir is held concurrently and water-stop sheet is installed in the flowing water passage 3; Its beneficial effect is a water logging bubble part planting medium, makes medium fast Absorption moisture provide nutrient to satisfy demand of plant growth to plant and the pouring efficiency of management is provided.

As optimization to technique scheme; Described bearing 1 part is embedded in the concrete or with bolt and is fastened on the concrete structure; The bearing 1 of affiliated combination greening wire mesh grating is integrally welded with lateral isolation bar 2, and its beneficial effect is to be applied to architecture greening.

Like Figure 18, Figure 19, Figure 20, as the another kind of embodiment of this example, this embodiment and embodiment 1 are basic identical, and the T shape structure of bearing 1 for standing upside down do not coexist.

Like Figure 19, Figure 21, Figure 22; Another embodiment as this example; This embodiment and embodiment 1 are basic identical; Do not coexist the splicing construction of mutual coupling is arranged on end face and the bottom surface of described bearing 1; Bearing 1 is connected in series up and down through the splicing construction of mutual coupling, and lateral isolation bar 2, its beneficial effect are arranged is that the lateral isolation bar 2 of standardized production just can realize being combined into as required all size and combination greening wire mesh grating highly with bearing 1 in splicing between the same layer of the bearing 1 that is connected in series up and down.

Embodiment 4: like Figure 23, Figure 24, Figure 25; Combination greening wire mesh grating as an embodiment 1 of this example; Comprise bearing 1 and lateral isolation railing 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described bearing 1 is a hexahedron; Described lateral isolation bar 2 tops are plantation spaces; The bottom is the reservoir flowing water passage 3 of holding concurrently; There is corresponding being used in position to splice the straight pipe 6 with flowing water on lateral isolation bar 2 left and right sides end faces; Any one section of the external surface of lateral isolation bar 2 is moved arbitrarily on the horizontal top surface of two bearings 1 and splices at an arbitrary position; Be used to splice parallel with the vertical plane of symmetry of bearing 1 with the vertical plane of symmetry of the straight pipe 6 of flowing water and distance in 6 centimetres; At an arbitrary position lateral isolation bar 2 usefulness connection assists or bonding agent of splicing is connected with bearing 1, and connection assist is bolt or inverted U-shaped member, adjacent transverse spacer bar 2 through be used to splice with the square straight pipe of flowing water 6 direct or add the plastic cement sealing mat indirect be serially connected in the combination greening wire mesh grating with bolt or hollow tube bolt; Simultaneously the reservoir of the adjacent transverse spacer bar 2 bottoms straight pipe 6 that flowing water passage 3 splices with flowing water through square being used to of holding concurrently connects; Except that the coupling part of adjacent transverse spacer bar 2, be symmetrical structure between any two adjacent bearings 1 and the lateral isolation bar 2 in the described combination greening wire mesh grating, its beneficial effect is to make the lateral isolation bar 2 of isolated column itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot, and only need change bearing 1 or lateral isolation bar 2 just can satisfy different insulation requests and greening requirement attractive in appearance simultaneously; This is the function that prior art does not have; Realized simple in structure, installation and easy accessibility, with low cost simultaneously, the profile of bearing 1 and lateral isolation bar 2 all be before and after and the bilateral symmetry structure, guaranteed that 1 of bearing receives vertical pressure and do not have turning torque; Promptly be the stable and safeguard construction of center of gravity on the plane of symmetry; Hold concurrently flowing water passage 3 of reservoir has formed the water supply and draining pouring management maintenance system that connects whole combination greening wire mesh grating with the straight pipe 6 that is used to splice with flowing water, is used to splice deviation with the vertical plane of symmetry of the straight pipe 6 of flowing water and the vertical plane of symmetry of bearing 1 an effective protection side safety wherein in 6 centimetres, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the combination greening wire mesh grating of integral body and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

Like Figure 26, Figure 27, Figure 28, as the another kind of embodiment of this example, this embodiment and embodiment 1 are basic identical, have corresponding being used in position to splice straight pipe 6 with flowing water on the lateral isolation that do not coexist bar 2 left and right sides end faces and change the water supply and draining connecting hole 4 of holding concurrently into.

Optimization to above-mentioned two kinds of embodiments; Described bearing 1 is metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete with lateral isolation bar 2 materials; Described bearing 1 becomes 0 °～90 ° installations with horizontal plane; The cross section of described lateral isolation bar 2 has the rectangle of opening on being; Described reservoir is held concurrently and water-stop sheet is installed in the flowing water passage 3, and its beneficial effect is a water logging bubble part planting medium, makes medium fast Absorption moisture provide nutrient to satisfy demand of plant growth to plant and the pouring efficiency of management is provided.

Embodiment 5: like Figure 29, Figure 30, Figure 31; Combination greening wire mesh grating as a kind of embodiment of this example; Comprise bearing 1 and lateral isolation bar 2; It is characterized in that: described bearing 1 all is front and back and bilateral symmetry structure with lateral isolation bar 2 appearance profiles; Described bearing 1 is a hexahedron; Described lateral isolation bar 2 is the continuous grooves from an end face to the other end; Groove top is the plantation space continuously; The bottom is the reservoir flowing water passage 3 of holding concurrently, the external surface of lateral isolation bar 2 any one section on the horizontal top surface of two bearings 1, move arbitrarily and splicing at an arbitrary position, the vertical plane of symmetry of lateral isolation bar 2 is parallel with the vertical plane of symmetry of bearing 1 and apart from 6 centimetres; Splicing lateral isolation bar 2 usefulness connection assists or bonding agent at an arbitrary position is connected with bearing 1; Connection assist is bolt or inverted U-shaped member, and two adjacent lateral isolation bar 2 alignment are connected in series with bolt or bonding agent, are connected with vertical partition 10 in the lateral isolation bar 2 that laterally is connected in series on the combination greening wire mesh grating; Be that two ends and middle part are connected with vertical partition 10; The structure division that connects between any two adjacent bearings 1 and the lateral isolation bar 2 except that vertical partition 10 and two adjacent lateral isolation bars 2 in the described combination greening wire mesh grating is a symmetrical structure, and its beneficial effect is to make the lateral isolation bar of isolated column itself not only have isolation features but also have the greening function of directly planting plant within it or putting flowerpot, and only need change bearing or the lateral isolation bar just can satisfy different insulation requests simultaneously and afforest requirement attractive in appearance; This is the function that prior art does not have; Realized simple in structure, installation and easy accessibility, with low cost simultaneously, the profile of bearing 1 and lateral isolation bar 1 all be before and after and the bilateral symmetry structure, guaranteed that bearing only receives vertical pressure and do not have turning torque; Promptly be the stable and safeguard construction of center of gravity on the plane of symmetry; Hold concurrently flowing water passage 3 of reservoir connects whole combination greening wire mesh grating and helps the pouring management, the deviation of the vertical plane of symmetry of lateral isolation bar 2 and the vertical plane of symmetry of bearing 1 effective protection safety of a side wherein in 6 centimetres, be spliced into the part between any two the adjacent bearings 1 and lateral isolation bar 2 in the combination greening wire mesh grating of integral body and all be support force on two bearings 1 and symmetrical rock-steady structure partly guaranteed the overall security and the stability of isolated column.

As optimization to technique scheme; Described bearing 1 is metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete with lateral isolation bar 2 materials; Described bearing 1 becomes 0 °～90 ° installations with horizontal plane; The cross section of described lateral isolation bar 2 has the rectangle of opening on being; Described reservoir is held concurrently and water-stop sheet is installed in the flowing water passage 3, and its beneficial effect is a water logging bubble part planting medium, makes medium fast Absorption moisture provide nutrient to satisfy demand of plant growth to plant and the pouring efficiency of management is provided.

As stated, implement technique scheme and just can realize the utility model.

Claims

1. combination greening wire mesh grating; Comprise bearing (1) and lateral isolation bar (2); It is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile all are front and back and bilateral symmetry structure; Described lateral isolation bar (2) top is the plantation space; The bottom is the reservoir flowing water passage (3) of holding concurrently; The corresponding water supply and draining in the position connecting hole (4) of holding concurrently is arranged on the end face of lateral isolation bar (2) left and right sides; Bearing (1) has by the through hole (5) of a side to another side, and the vertical plane of symmetry of through hole (5) is parallel with the vertical plane of symmetry of bearing (1) and apart from 6 centimetres, any one section interior also the making somebody a mere figurehead of through hole (5) that is enclosed in bearing (1) of the whole outer surface of described lateral isolation bar (2) is spliced; Its bearing (1) can splice arbitrarily on the whole outer surface of lateral isolation bar (2) and move; The end face of adjacent transverse spacer bar (2) is held concurrently connecting hole (4) directly or add indirect being connected in series with bolt or hollow tube bolt of plastic cement sealing mat through water supply and draining, simultaneously the reservoir of lateral isolation bar (2) the bottom flowing water passage (3) of holding concurrently is connected into the combination greening wire mesh grating, and the part that interconnects between any two adjacent bearings of part (1) and the lateral isolation bar (2) of removing adjacent transverse spacer bar (2) in the described combination greening wire mesh grating is a symmetrical structure.

2. combination greening wire mesh grating; Comprise bearing (1) and lateral isolation bar (2); It is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile all are front and back and bilateral symmetry structure; Described lateral isolation bar (2) top is the plantation space; The bottom is the reservoir flowing water passage (3) of holding concurrently; The outer face of (2) two symmetries of lateral isolation bar has corresponding being used in position to splice the straight pipe (6) with flowing water; Bearing (1) has by a side and is useful on splicing and the clear opening (7) that supports or end face to recessed groove (12) to another side; Be used to splice parallel with the vertical plane of symmetry of bearing (1) and to the vertical plane of symmetry of recessed groove (12) apart from 6 centimetres with the clear opening (7) that supports or end face; Lateral isolation bar (2) two ends are used to splice straight pipe (6) with flowing water only needs directly to insert or embed along horizontal direction that left and right sides bearing (1) is used to splice and the clear opening (7) or the end face that support splice to recessed groove (12); The structure division that its lateral isolation bar (2) is maked somebody a mere figurehead between two bearings (1) is a symmetrical structure; Bearing (1) and lateral isolation bar (2) are alternately connected continuously more successively and are spliced into the combination greening wire mesh grating; Again with bolt or hollow tube bolt pass on the same bearing (1) about two lateral isolation bars (2) be used to splice and two lateral isolation bars (2) about adjacent be connected fixing with bearing (1) three with the straight pipe (6) of flowing water, simultaneously the reservoir of adjacent transverse spacer bar (2) the flowing water passage (3) of holding concurrently connects through the straight pipe (6) that is used to splice with flowing water, two bearings (1) of described combination greening wire mesh grating and the structure division between the lateral isolation bar (2) they are symmetrical structures.

3. combination greening wire mesh grating; Comprise bearing (1) and lateral isolation bar (2); It is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile all are front and back and bilateral symmetry structure; Described lateral isolation bar (2) top is the plantation space; The bottom is the reservoir flowing water passage (3) of holding concurrently; The corresponding water supply and draining in the position connecting hole (4) of holding concurrently is arranged on the end face of lateral isolation bar (2) left and right sides; Bearing (1) has by the clear opening (7) that be useful on splicing and support of a side to another side; Be used to splice parallel with the vertical plane of symmetry of bearing (1) and apart from 6 centimetres with the vertical plane of symmetry of the clear opening (7) that supports; Lateral isolation bar (2) passes through bolt or hollow tube bolt that bearing (1) is used to splice and the water supply and draining that is used for of the clear opening (7) that supports and lateral isolation bar (2) holds concurrently that connecting hole (4) is built on stilts to be fastened on two bearings (1), and the structure division that its lateral isolation bar (2) is maked somebody a mere figurehead between two bearings (1) is a symmetrical structure, and the reservoir of bearing (1) two the lateral isolation bars in left and right side (2) the flowing water passage (3) of holding concurrently connects through the water supply and draining connecting hole (4) of holding concurrently simultaneously; Bearing (1) and lateral isolation bar (2) are alternately connected continuously more successively and are spliced into the combination greening wire mesh grating, and the structure division between any two bearings of described combination greening wire mesh grating (1) and the lateral isolation bar (2) is a symmetrical structure.

4. according to the described combination greening wire mesh grating of one of claim 1 to 3; It is characterized in that: described bearing (1) splices at least has the lateral isolation bar of two-layer consistency from top to bottom (2), and makes lateral isolation bar (2) front and back of bearing (1) and two-layer consistency from top to bottom that penetrating plant growing space arranged.

5. according to the described combination greening wire mesh grating of one of claim 1 to 3; It is characterized in that: the splicing construction that mutual coupling is arranged on the end face of described bearing (1) and the bottom surface; Bearing (1) is connected in series up and down through the splicing construction of mutual coupling, and splicing has lateral isolation bar (2) between the same layer of the bearing that is connected in series up and down (1).

6. according to the described combination greening wire mesh grating of one of claim 1 to 3; It is characterized in that: the water supply and draining of described adjacent transverse spacer bar (2) hold concurrently between the connecting hole (4) or be used to splice and the straight pipe (6) of flowing water between be connected with sealing mat, hold concurrently connecting hole (4) or be used to splice and the straight pipe (6) of flowing water and the space between the bolt are the flowing water passage of described water supply and draining.

7. according to the described combination greening wire mesh grating of one of claim 1 to 3, it is characterized in that: planting groove (8) or reservoir (9) are arranged at the top of described bearing (1).

8. combination greening wire mesh grating; Comprise bearing (1) and lateral isolation railing (2); It is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile all are front and back and bilateral symmetry structure; Described bearing (1) is hexahedron or cylinder; Described lateral isolation bar (2) top is the plantation space; The bottom is the reservoir flowing water passage (3) of holding concurrently; There is hold concurrently connecting hole (4) or be used to of the corresponding water supply and draining in position to splice the straight pipe (6) with flowing water on the end face of lateral isolation bar (2) left and right sides; The external surface of lateral isolation bar (2) any one section in the horizontal top surface of at least one bearing (1) or move arbitrarily on the spill end face down and splicing at an arbitrary position; Water supply and draining hold concurrently connecting hole (4) or be used to splice parallel with the vertical plane of symmetry of bearing (1) with the vertical plane of symmetry of the straight pipe (6) of flowing water and distance in 6 centimetres; Splicing lateral isolation bar (2) at an arbitrary position is connected with bearing (1) with connection assist or bonding agent; Adjacent transverse spacer bar (2) through water supply and draining hold concurrently connecting hole (4) or be used to splice with the straight pipe (6) of flowing water directly or add the plastic cement sealing mat indirect be serially connected in the combination greening wire mesh grating with bolt or hollow tube bolt, the reservoir of adjacent transverse spacer bar (2) bottom is held concurrently simultaneously, and flowing water passage (3) is held concurrently connecting hole (4) through water supply and draining or the straight pipe (6) that is used to splice with flowing water connects, and except that the coupling part of adjacent transverse spacer bar (2), is symmetrical structure between any two adjacent bearings (1) and the lateral isolation bar (2) in the described combination greening wire mesh grating.

9. combination greening wire mesh grating; Comprise bearing (1) and lateral isolation bar (2); It is characterized in that: described bearing (1) and lateral isolation bar (2) appearance profile all are front and back and bilateral symmetry structure; Described bearing (1) is hexahedron or cylinder; Described lateral isolation bar (2) is the continuous groove from an end face to the other end; Groove top is the plantation space continuously; The bottom is the reservoir flowing water passage (3) of holding concurrently, the external surface of lateral isolation bar (2) any one section in the horizontal top surface of at least one bearing (1) or move arbitrarily on the spill end face down and splicing at an arbitrary position, the vertical plane of symmetry of lateral isolation bar (2) is parallel with the vertical plane of symmetry of bearing (1) and apart from 6 centimetres; Splicing lateral isolation bar (2) at an arbitrary position is connected with bearing (1) with connection assist or bonding agent; Two adjacent lateral isolation bars (2) are overlapped or are alignd and are connected in series with bolt or bonding agent, are connected with vertical partition (10) in the lateral isolation bar (2) that combination laterally is connected in series on the greening wire mesh grating, remove in the described combination greening wire mesh grating to cut off vertically that the structure division between any two the adjacent bearings (1) and lateral isolation bar (2) is a symmetrical structure (10) and two adjacent lateral isolation bars (2) connections.

10. according to Claim 8 or 9 described combination greening wire mesh gratings; It is characterized in that: there is the syndeton of mating each other with the top and bottom of bearing (1) top and bottom of described lateral isolation bar (2); Reservoir (9) is arranged at the top of described bearing (1), and bearing (1) and lateral isolation bar (2) alternatively up and down are serially connected in the combination greening wire mesh grating of multilayer lateral isolation bar (2).

11. according to claim 1,2,3, one of 8 and 9 described greening wire mesh gratings; It is characterized in that: described bearing (1) and lateral isolation bar (2) material are metal, plastics, plastic-steel, glass fiber reinforced plastic or steel concrete; Described bearing (1) becomes 0 °～90 ° installations with horizontal plane; The cross section of described lateral isolation bar (2) be V-arrangement, U-shaped, on have opening rectangle, on have trapezoidal, the circular arc or the polygon of opening, described reservoir to hold concurrently water-stop sheet to be installed in the flowing water passage (3).

12., it is characterized in that: on described lateral isolation bar (2) wall plumbing hole (11) is arranged, connect with flexible pipe or hard tube serial or parallel connection between plumbing hole (11) according to claim 1,2,3, one of 8 and 9 described combination greening wire mesh gratings.

13. according to claim 1,2,3, one of 8 and 9 described combination greening wire mesh gratings; It is characterized in that: described bearing (1) part is embedded in the concrete or with bolt and is fastened on the concrete structure, and the bearing (1) and the lateral isolation bar (2) of affiliated combination greening wire mesh grating are integrally welded.