CN208956593U - A kind of plant watering device based on cast-in-place ecological slope protection - Google Patents

A kind of plant watering device based on cast-in-place ecological slope protection Download PDF

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Publication number
CN208956593U
CN208956593U CN201821382672.3U CN201821382672U CN208956593U CN 208956593 U CN208956593 U CN 208956593U CN 201821382672 U CN201821382672 U CN 201821382672U CN 208956593 U CN208956593 U CN 208956593U
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water
grid
cast
supply
slope protection
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CN201821382672.3U
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王建军
温楠
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Shenzhen Hua Guo Shan Ecological Technology Co Ltd
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Shenzhen Hua Guo Shan Ecological Technology Co Ltd
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Abstract

The utility model discloses a kind of plant watering devices based on cast-in-place ecological slope protection, it include: more reinforcing bars being staggeredly laid in slope surface, more reinforcing bars connect to form the steel mesh comprising multiple steels grid, more water-supply-pipes being laid in slope surface, more water-supply-pipes are connected to form water-conveying network, and the water-conveying network includes multiple water delivery grids corresponding with steel grid;The multiple grid beams to be formed are poured using mold, multiple grid beams connect to form netted slope protection, and the netted slope protection has multiple revetment grids corresponding with water delivery grid and steel grid;Wherein, the reinforcing bar and water-supply-pipe are cast in grid beams, and at least one water-supply-pipe for forming each water delivery grid is equipped with the weep pipe for carrying out trickle irrigation to plant, and the water dropping head of weep pipe is stretched out out of grid beams to be embedded in the soil body that each revetment grid surrounds.The utility model realizes that evaporation from topsoil is few, plant water absorption rate is high, the purpose of water-saving saving of labor.

Description

A kind of plant watering device based on cast-in-place ecological slope protection
Technical field
The utility model relates to technical field of ecological slope protection more particularly to a kind of irrigating plants based on cast-in-place ecological slope protection Device.
Background technique
Cast-in-place ecological slope protection, be using tailored template on side slope surface cast in situs reinforced concrete revetment grid, And anchor pole is disposed in Slope body, form the fish scale pit type stereoscopic grid slope protection of neat and consistent;And it is planted in revetment grid Slope-protecting plant, the slope surface in revetment grid are laid with antiscour host material, reach slope stabilization, water and soil conservation, revegetation Purpose.Cast-in-place ecological slope protection can be applied in the ecological engineerings such as slope of highway, railway slope, mine slope, Channel slope.
When the plant planted in the grid to cast-in-place ecological slope protection at present conserves, frequently with watering mode be water Pipe pours, sprays, and there are water wastings to take a lot of work arduously for these pouring modes, and plant absorption is few, and surface evaporation is big, and effective rate of utilization is low The problems such as.
Utility model content
The purpose of this utility model is exactly to provide a kind of based on cast-in-place life to overcome the above-mentioned problems of the prior art The plant watering device of state slope protection pours slope-protecting plant root using the pvc pipe being cast in grid beams with water dropping head It fills, realizes that evaporation from topsoil is few, plant water-taking efficiency is high, the water-saving purpose to save labor.
In order to realize the above-mentioned purpose of the utility model, the following technical schemes are provided:
A kind of plant watering device based on cast-in-place ecological slope protection, comprising: more reinforcing bars being staggeredly laid in slope surface are more Root reinforcing bar connects to form the steel mesh comprising multiple steels grid, more water-supply-pipes being laid in slope surface, and more water-supply-pipes connect Logical to form water-conveying network, the water-conveying network includes multiple water delivery grids corresponding with steel grid;Poured using mold to be formed it is more A grid beams, multiple grid beams connect to form netted slope protection, and the netted slope protection has corresponding with water delivery grid and steel grid Multiple revetment grids;Wherein, the reinforcing bar and water-supply-pipe are cast in grid beams, and form at least the one of each water delivery grid Root water-supply-pipe is equipped with the weep pipe for carrying out trickle irrigation to plant, and it is every that the water dropping head of the weep pipe stretches out embedment out of grid beams In the soil body that a revetment grid surrounds.
Preferably, corresponding more water-supply-pipes being laid with are fixedly connected with reinforcing bar in slope surface.
Preferably, the water-conveying network at least has a water inlet.
It preferably, further include the grid planting area being formed in the region that each revetment grid surrounds, the grid kind Growing area domain includes: the plantation hole for excavate by the region for surrounding revetment grid formation;Pass through the remaining mound that will be excavated The wall of conserving water and soil higher than plantation hole that product is formed in the slope surface being located at below plantation hole.
Preferably, the water dropping head is embedded in the soil body of corresponding plantation hole.
Preferably, the water-supply-pipe uses pvc pipe.
The beneficial effects of the utility model embody in the following areas:
1) the utility model is based on cast-in-place ecological slope protection technology, and mold using cast-in-place ecological slope protection is to being correspondingly arranged reinforcing bar Grid and water delivery grid are poured, and the revetment grid for having the function of to pour and protective slope structure is stable is ultimately formed, and realize water-saving The purpose that saving of labor irrigates;
2) the utility model pours mode using flush type water dropping head, directly by moisture supply to root system of plant, reduces ground The evaporation of table moisture, improves efficiency of water application.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of plant watering device of the utility model based on cast-in-place ecological slope protection;
Fig. 2 is the cross-sectional view of plant watering device of the utility model based on cast-in-place ecological slope protection;
Fig. 3 is the elevation that steel mesh and anchor pole are fixed;
Fig. 4 is one embodiment elevation that more water-supply-pipes form water-conveying network.
Description of symbols: 1- anchor pole;2- reinforcing bar;2a- steel grid;3- water-supply-pipe;3a- water delivery grid;31- tetra- is connected Head;32- three-way connection;32a- water inlet;33- two-way joint;4- weep pipe;5- grid beams;5a- revetment grid;6- spats;7- Ground;8- side slope.
Specific embodiment
The utility model is suitable for the slope ecologicals engineerings such as slope of highway, railway slope, mine slope, Channel slope.
As shown in Figures 1 to 4, the utility model provides a kind of plant watering device based on cast-in-place ecological slope protection, comprising: hands over Mistake is laid on more reinforcing bars 2 in slope surface, and more reinforcing bars connect to form the steel mesh comprising multiple steel grid 2a;It is laid on slope More water-supply-pipes 3 on face, more water-supply-pipes are connected to form water-conveying network, which includes multiple corresponding with steel grid defeated Network of rivers lattice 3a;The multiple grid beams 5 to be formed are poured using mold, multiple grid beams connect to form netted slope protection, the netted slope protection With multiple revetment grid 5as corresponding with water delivery grid and steel grid;Wherein, reinforcing bar 2 and water-supply-pipe 3 are cast in grid beams 5 It is interior, and at least one water-supply-pipe for forming each water delivery grid is equipped with the weep pipe 4 for carrying out trickle irrigation to plant, weep pipe Water dropping head is stretched out out of grid beams to be embedded in the soil body that each revetment grid surrounds.
Plant watering device to the utility model based on cast-in-place ecological slope protection and in fact with reference to the accompanying drawings and examples Existing method is described in detail.
Firstly, side slope slope surface is flattened substantially.
Slope surface carries out after flattening substantially, as shown in figure 3, installing more anchor poles 1 in slopes, the utility model anchor pole is applied Work method uses the anchor rod construction method of prior art cast-in-place ecological slope protection.
After the completion of rockbolt installation, more reinforcing bars 2 staggeredly are laid in slope surface, as shown in figure 3, making the more formation of reinforcing bar 2 Steel mesh comprising multiple steel grid 2a.The present embodiment steel grid 2a is equilateral quadrangle, and the shape of steel grid 2a can It is set as needed.When being laid with reinforcing bar 2, two reinforcing bars 2 of intersection are bound admittedly using steel wire at the node of steel grid 2a It is fixed, and node corresponding with anchor pole 1 will be with 1 binding and fixing of anchor pole.Binding and fixing and reinforcing bar section between the reinforcing bar 2 of the present embodiment The method that the method for point and anchor pole binding and fixing uses prior art cast-in-place ecological slope protection.After the completion of steel mesh and anchor pole are fixed, Realize 3 D stereo slope protection, it is ensured that stability of slope.
While being laid with reinforcing bar 2, as shown in figure 4, corresponding reinforcing bar 2 is laid with more water-supply-pipes 3 parallel in slope surface and (does not show Reinforcing bar 2 out, reinforcing bar 2 can be located at 3 either above or below of water-supply-pipe parallel, show reinforcing bar 2 determines according to actual conditions, in Fig. 2 Above water-supply-pipe 3), more water-supply-pipes 3 are connected using four-way connection 31, three-way connection 32 and two-way joint 33, make water delivery Pipe 3, which is interconnected, forms the water-conveying network comprising multiple water delivery grid 3a, as shown in Figures 3 and 4, water delivery grid 3a and steel grid 2a It is arranged in a one-to-one correspondence, and size shape is identical, when being poured in order to the later period using mold, reinforcing bar 2 and water-supply-pipe 3 is cast in In grid beams.
When being laid with more water-supply-pipes 3 and reinforcing bar 2 parallel, using binding strap by water-supply-pipe and reinforcing bar binding and fixing, after being convenient for Phase is poured.
The present embodiment is constituted to be connected between all water-supply-pipes 3 of water-conveying network, can be with after water-conveying network is connected to external source The region surrounded to any one water delivery grid 3a conveys water source.Specific implementation method is as follows: the water-conveying network of the present embodiment is at least One water inlet 32a is set, for connecting external source, so that water source is introduced water-conveying network;After water source is directed to water-conveying network, it is The region for surrounding each water delivery grid 3a can be irrigated, each water delivery grid 3a at least water delivery of the present embodiment Pipe 3 has water outlet, which connects weep pipe 4, and the water dropping head of weep pipe 4, which is earthed, in vivo directly carries out root system of plant Trickle irrigation, moisture caused by avoiding earth's surface from pouring evaporate.It should be noted that the water-conveying network of the present embodiment removes inlet and outlet Outside, it is not provided with remaining outlet pass, water source is avoided to outflow, causes to waste.The bore of water inlet, quantity and water outlet bore, Quantity is determined according to plant planted in grid.
Specifically, as shown in figure 4, the water-conveying network of the present embodiment has a water inlet 32a.Concrete methods of realizing is as follows: It is located at two water-supply-pipes 3 at water-conveying network edge using two interfaces connection of three-way connection 32, another interface is as connection The water inlet 32a of external source.Each water delivery grid 3a of the present embodiment has two water-supply-pipes 3 to be arranged for connecting weep pipe 4 Water outlet.
Certainly, water-supply-pipe 3 builds the mode of water-conveying network more than that, can also be in such a way that direct pouring forms etc..
After water-conveying network and steel mesh are laid with completion and fix, multiple grid beams 5 are poured using mold.It is poured using mold The method of multiple grid beams uses the construction method of existing cast-in-place ecological slope protection, when only pouring, to reserve connection water inlet The mouth intake tunnel of 32a and the water dropping head extraction channel of reserved weep pipe 4.After the completion of pouring, as shown in Figure 1, multiple grids The connection of beam 5 forms netted slope protection, which has multiple revetment grids corresponding with water delivery grid 3a and steel grid 2a 5a.Wherein, 2 (not shown) of reinforcing bar and water-supply-pipe 3 are cast in grid beams 5, and the water dropping head of weep pipe 4 is via reserved drop Head extraction channel is stretched out out of grid beams, in the soil body that embedment revetment grid surrounds.
After revetment grid is formed, the region surrounded to each revetment grid is modified, and forms multiple grid planting areas, Its step includes: that the region surrounded to revetment grid is excavated, to form plantation hole;It, will during forming plantation hole The remaining mound product excavated is in the slope surface being located at below plantation hole, in order to form the storage for being higher than plantation hole below plantation hole Water soil conservation wall.The grid planting area formed in the above manner, on the one hand can in plantation hole planting plants, carry out ecology Restore, water and soil conservation;On the other hand it can use wall accumulation rainwater of conserving water and soil, carry out water and soil conservation.
Wherein, water dropping head is embedded into the soil body of corresponding plantation hole, convenient for directly to root system of plant trickle irrigation, improving water conservancy and using Rate.
The water-supply-pipe of the present embodiment uses pvc pipe, is also possible to the hoses such as PE pipe, PC pipe, PEC pipe;It is also possible to stainless Steel pipe etc..
Although above-mentioned elaborate the utility model, the utility model is without being limited thereto, the skill of the art Art personnel can be modified with principle according to the present utility model, therefore, all according to the various of the principles of the present invention progress Modification all should be understood as falling into the protection scope of the utility model.

Claims (6)

1. a kind of plant watering device based on cast-in-place ecological slope protection, comprising: more reinforcing bars being staggeredly laid in slope surface, more Reinforcing bar connects to form the steel mesh comprising multiple steels grid, which is characterized in that further include:
More water-supply-pipes being laid in slope surface, more water-supply-pipes are connected to form water-conveying network, and the water-conveying network includes multiple and steel The corresponding water delivery grid of reinforced net;
The multiple grid beams to be formed are poured using mold, multiple grid beams connect to form netted slope protection, and the netted slope protection has Multiple revetment grids corresponding with water delivery grid and steel grid;
Wherein, the reinforcing bar and water-supply-pipe are cast in grid beams, and at least one water-supply-pipe for forming each water delivery grid is set There is the weep pipe for carrying out trickle irrigation to plant, the water dropping head of the weep pipe stretches out each revetment grid of embedment out of grid beams In the soil body of encirclement.
2. the plant watering device according to claim 1 based on cast-in-place ecological slope protection, which is characterized in that corresponding in slope surface More water-supply-pipes being laid with are fixedly connected with reinforcing bar.
3. the plant watering device according to claim 2 based on cast-in-place ecological slope protection, which is characterized in that the water-conveying network At least there is a water inlet.
4. the plant watering device according to claim 3 based on cast-in-place ecological slope protection, which is characterized in that further include shape At the grid planting area in the region that each revetment grid surrounds, the grid planting area includes:
Excavate by the region for surrounding revetment grid the plantation hole of formation;
It is higher than conserving water and soil for plantation hole by form the remaining mound excavated product in the slope surface being located at below plantation hole Wall.
5. the plant watering device according to claim 4 based on cast-in-place ecological slope protection, which is characterized in that the water dropping head It is embedded in the soil body of corresponding plantation hole.
6. the plant watering device according to claim 1 based on cast-in-place ecological slope protection, which is characterized in that the water-supply-pipe Using pvc pipe.
CN201821382672.3U 2018-08-27 2018-08-27 A kind of plant watering device based on cast-in-place ecological slope protection Active CN208956593U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821382672.3U CN208956593U (en) 2018-08-27 2018-08-27 A kind of plant watering device based on cast-in-place ecological slope protection

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821382672.3U CN208956593U (en) 2018-08-27 2018-08-27 A kind of plant watering device based on cast-in-place ecological slope protection

Publications (1)

Publication Number Publication Date
CN208956593U true CN208956593U (en) 2019-06-11

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Family Applications (1)

Application Number Title Priority Date Filing Date
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Country Status (1)

Country Link
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