CN204676572U - A kind of ecological slope protection device of rock side slope - Google Patents
A kind of ecological slope protection device of rock side slope Download PDFInfo
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- CN204676572U CN204676572U CN201520293039.7U CN201520293039U CN204676572U CN 204676572 U CN204676572 U CN 204676572U CN 201520293039 U CN201520293039 U CN 201520293039U CN 204676572 U CN204676572 U CN 204676572U
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Abstract
The utility model relates to a kind of ecological slope protection device of rock side slope, belongs to rock side slope slope protecting technique field.Comprise aqueduct, branch valve, retainer ring, cultivation pipe, directly, the connection of end cap, gutter, four-way, main valve, pond; First computational analysis and finishing are carried out to the stability on rock slope; Make single-unit cultivation pipe again; Organic soil is filled in single-unit cultivation pipe; Pipe network line layout is carried out to rock side slope cultivation pipe; The formation cultivation pipeline that combines installed by the single-unit cultivation pipe filling organic soil according to the pipe network bundle of lines arranged; Cultivated plant in the cultivation pipe of mounted cultivation pipeline; Arrange pond; That cultivation is managed to growing plants carries out conservation and management again; Realize the greening to rock side slope by the growth of plant, the utility model not only can achieve the greening of rock side slope, nor can affect the stable of rock side slope.
Description
Technical field
The utility model relates to a kind of ecological slope protection device of rock side slope, belongs to rock side slope slope protecting technique field.
Background technology
Along with the fast development of China's economy, need to build a large amount of infrastructure, such as: highway, railway, water conservancy, electric power, mine etc., these civil workss can form a large amount of height, precipitous rock slope in construction, bring very large destruction to environment, cause being discord of engineering and environment.Therefore, take engineering measure to carry out artificial ecology bank protection, protection of the environment, restore engineering district ecological functions are very necessary.Meanwhile, along with the enhancing of environmental protection consciousness, the intensification of green concept, domaticly set up the attention that vegetation is more and more subject to engineering circles.
At present, bank protecting method is varied, comprising: pneumatically placed concrete, subsides slope concrete, mold-bagged concrete, reinforcing cage, stone-laying, geotextile and vegetative coverage etc.Wherein, using more is utilize concrete or stone paving, although this method protection effect is pretty good, cannot afforest, environmental disruption is serious.In order to afforest bank protection, people adopt prefabricated concrete brick side slope to be built, and the space place planting plants in the middle of brick, although this method reaches the effect of greening, but be difficult between brick and brick form entirety, easily cave under the washing away of current.For the greening of rock side slope, these methods are not all proved effective.For rock side slope, because side slope is very precipitous, usually reach 90 ° nearly, even occur adverse grade, and surface irregularity, height can reach tens of rice, without any soil or loose matrix, causes vegetation recovery abnormal difficult.Method common at present mainly contains: sow grass seeds by duster, cliff built " bird's nest nest " or climbs wall plant in Yan Po top plantation suspension plant, bottom kind.There is obvious shortcoming in these methods, the matrix of sowing grass seeds by duster will be washed away by rainwater or oneself comes off; Build " bird's nest nest " cost too high, and effect is also difficult to ensure lastingly; Overhang in the upper and lower plantation in rock slope and climb wall plant, coverage speed is then quite slow, cannot realize rapid Cover, for too high rock side slope, even not can realize whole covering.Also there is the growth substrate that plant is set by engineering measure on rock side slope, realizing the greening on rock slope by cultivating plant on growth substrate.But the method also exists obvious shortcoming, for steep especially or reverse rock slope, growth substrate is difficult to be attached on rock slope, and the turf of maintenance simultaneously also will spend many man power and materials.The utility model proposes a kind of greening method of novel rock side slope, effectively can realize the greening on rock slope, convenient management, also can not bring impact by Slope Stability.
Utility model content
The utility model provides a kind of ecological slope protection device of rock side slope, and be difficult to attachment for solution rock side slope soil, vegetation is difficult to the difficult problem grown, and realizes the greening of rock side slope, ensures that the safety on rock slope is unaffected simultaneously.The utility model proposes a kind of application of ecological slope protection device, achieve the greening of rock side slope, add the aesthetic property on rock slope, do not affect the stable of rock slope, convenient management is simple simultaneously, solves rock side slope and the discordant situation of environment.
The ecological slope protection device of a kind of rock side slope of the utility model, comprise aqueduct 1, branch valve 2, retainer ring 3, cultivation pipe 5, direct 6, end cap 7, gutter 8, four-way connect 9, main valve 10, pond 11; Described cultivation pipe 5 pitch arrangement is on rock slope, described cultivation pipe 5 adopts lateral arrangement, namely domatic strike line is arranged, the cultivation two ends of pipe 5 are connected 9 upper and lower ends and adopt thin pvc pipe to communicate with each other with the four-way at middle part, the thin pvc pipe at two ends is as aqueduct 1, the thin pvc pipe at middle part is as gutter 8, and cultivation pipe 5, aqueduct 1, gutter 8 form pipe network system jointly;
Tube wall one STH of described cultivation pipe 5, the position of perforate on described cultivation pipe 5, for sowing grass-seed or transplanting flowers and plants seedling, by the growth of plant, realize the greening on rock slope, often joint cultivation pipe 5 is interconnected by direct 6, cultivation pipe adopts lateral arrangement, cultivation pipe 5 in the middle part of every bar pipeline connects a four-way and connects 9, and the left and right port of four-way connection 9 is connected with cultivation pipe 5, the left and right port of the cultivation pipe 5 of every bar end of line, closed by end cap 7, end cap 7 has aperture, and aperture is equal with aqueduct 1 caliber, and is connected with aqueduct 1;
The upper and lower port end cap 7 of described four-way connection 9 is closed, and end cap 7 has aperture, and aperture is equal with gutter 8 caliber, and is connected with gutter 8, and aqueduct 1 other end is connected to the pond 11 on top, rock slope, and aqueduct 1 is provided with main valve 10, branch valve 2.
Described cultivation pipe 5 adopts longitudinal layout, namely arrange perpendicular to domatic strike line, often joint cultivation pipe 5 is interconnected by direct 6, the upper end of cultivation pipe 5 adopts thin pvc pipe to communicate with each other, as aqueduct 1, the lower end of cultivation pipe 5 arranges thin pvc and manages, and as gutter 8, cultivation pipe 5, aqueduct 1, gutter 8 form pipe network system jointly;
The upper and lower port of the cultivation pipe 5 of described every bar end of line, closed by end cap 7, end cap 7 has aperture, it is equal with the caliber of aqueduct 1 that the end cap 7 of the cultivation pipe 5 of upper end end opens foraminate aperture, and be connected with aqueduct 1, it is equal with gutter 8 caliber that the end cap 7 of the cultivation pipe 5 of lower end end opens foraminate aperture, and be connected with gutter 8.
The pipeline needing layout cultivation pipe 5 installs a support anchors 4 every 3 ~ 5m, cultivation pipe 5 is placed in support anchors 4, cultivation pipe 5 perforate side upward, and fix with retainer ring 3, often joint cultivation pipe 5 connects by direct 6, every a segment distance, one section of bellows is set, for the change of adaptive temperature, by cultivation pipe about 5 two ends of lateral arrangement or longitudinal cultivation pipe 5 upper end arranged, use pvc pipeline communication, vertical or horizontal cultivation pipe 5 is interconnected, determine that lateral arrangement cultivation pipe 5 is left, the pipeline of right two ends or longitudinally cultivation pipe 5 upper end of layout is for irrigating aqueduct 1, the thin pvc pipe being connected to cultivation pipe 5 lower end that the four-way thin pvc connected on 9 manages or longitudinally arranges in the middle part of lateral arrangement cultivation pipe 5 pipeline is gutter 8, the support anchors 4 of described cultivation pipe 5 should combine with the reinforcing anchor pole 14 of side slope.
Described cultivation pipe 5 is the pvc pipe of diameter about 20cm, and every 30 ~ 40cm scope open interior on tube wall side, aperture 5 ~ 10cm, fills organic soil in described cultivation pipe 5, and described cultivation pipe 5 spacing gets 0.5 ~ 1.0m.
Described pond 11 is provided with a water inlet, outfall, delivery port; At pond 11 water inlet arranged in front one grit chamber 12, for filtering the silt particle carried in rainwater, the water inlet in pond 11 is communicated with grit chamber 12, and the rainwater collected in grit chamber 12 flows into pond 11 by water inlet; Outfall is for draining unnecessary rainwater; Delivery port connects irrigates aqueduct 1 for supplying water to cultivation pipe 5, arranging a channel of approach 13 above, for collecting the rainwater on hillside, and being incorporated in grit chamber 12 at grit chamber 12.
The process that the ecological slope protection device of described rock side slope uses is:
First computational analysis and finishing are carried out to the stability on rock slope; Make single-unit cultivation pipe 5 again; Organic soil is filled in single-unit cultivation pipe 5; Pipe network line layout is carried out to rock side slope cultivation pipe 5; The formation cultivation pipeline that combines installed by the single-unit cultivation pipe 5 filling organic soil according to the pipe network bundle of lines arranged; Cultivated plant in the cultivation pipe 5 of mounted cultivation pipeline; Arrange pond; Again to cultivation pipe 5 on growing plants carry out conservation and management.
The concrete steps of the application of the ecological slope protection device of described rock side slope are as follows:
Step1, computational analysis and finishing are carried out to the stability on rock slope; First remove the float stone on rock slope, outstanding domatic raised body is scabbled, makes rock slope smooth-going; Then adopt balance method of rigid-body limit, numerical analysis method to analyze the stability on rock slope according to the geological conditions on rock slope and architectural feature, if stability of rock slope coefficient is lower than code requirement, then needs to arrange and reinforce anchor pole 14, reinforce anchor pole 14 and to embark on journey in column being evenly arranged;
Step2, making single-unit cultivation pipe 5; Select pvc pipe as cultivation pipe 5, at cultivation pipe 5 tube wall one STH, aperture is 5 ~ 10cm, then is sealed in aperture with adhesive plaster temporarily;
Step3, toward single-unit cultivation pipe 5 in fill organic soil; In the single-unit cultivation pipe 5 processed, fill organic soil, pipe end is sealed temporarily;
Step4, to rock side slope cultivation pipe 5 carry out pipe network line layout; Adopt the cultivation pipe 5 on rock slope and longitudinally arrange or lateral arrangement, cultivation pipe 5 spacing gets 0.5 ~ 1.0m;
The formation cultivation pipeline that combines installed by the single-unit cultivation pipe 5 that the pipe network bundle of lines that Step5, basis arrange fills organic soil; The pipeline needing layout cultivation pipeline installs a support anchors 4 every 3m, carry out supporting culture pipe 5, when running into reinforcing anchor pole 14 if install, then adopt and reinforce anchor pole 14 as support anchors 4, be placed on by cultivation pipe 5 in support anchors 4, perforate side upward, and fix with retainer ring 3, often joint cultivation pipe 5 is interconnected by direct 6, in order to the change of adaptive temperature, cultivation pipe 5 arranges a bellows every a segment distance;
Step6, in the cultivation pipe 5 of mounted cultivation pipeline cultivated plant; The position of perforate on cultivation pipe 5, sows grass-seed or directly transplants seedling, for realizing the greening of rock side slope fast;
Step7, layout pond; The place layout pond 11 low-lying at Yan Po top, pond 11 is excavated on the spot, volume 2 ~ 3m
3, pond 11 inwall adopts cement sand plaster, and pond 11 is provided with a water inlet, outfall, delivery port; At pond 11 water inlet arranged in front one grit chamber 12, for filtering the silt particle carried in rainwater, the water inlet in pond 11 is communicated with grit chamber 12, and the rainwater collected in grit chamber 12 flows into pond 11 by water inlet; Outfall is for draining unnecessary rainwater; Delivery port connects irrigates aqueduct 1 for supplying water to cultivation pipe 5, arranging a channel of approach 13 above, for collecting the rainwater on hillside, and being incorporated in grit chamber 12 at grit chamber 12;
Step8, to cultivation pipe 5 on growing plants carry out conservation and management; When cultivating growing plants on pipe 5 and needing pouring, open main valve 10 and branch valve 2, water flows out from the pond 11 at Yan Po top, flow in cultivation pipe 5 through irrigating aqueduct 1, the pouring of realization to plant, unnecessary moisture is discharged by the gutter 8 that cultivation pipe 5 is arranged, if when plant occurs death or needs to change kind, directly former plant is excavated, fill new talent or new varieties.
In described step Step5, when adopting lateral arrangement cultivation pipe 5:
Tube wall one STH of described cultivation pipe 5, the position of perforate on described cultivation pipe 5, be used for sowing grass-seed or transplant flowers and plants seedling, often joint cultivation pipe 5 is interconnected by direct 6, the cultivation pipe 5 in the middle part of every bar pipeline connects a four-way and connects 9, the left and right port of four-way connection 9 is connected with cultivation pipe 5, the left and right port of the cultivation pipe 5 of every bar end of line, is closed by end cap 7, end cap 7 has aperture, aperture is equal with aqueduct 1 caliber, and is connected with aqueduct 1;
The upper and lower port end cap 7 of described four-way connection 9 is closed, and end cap 7 has aperture, and aperture is equal with gutter 8 caliber, and is connected with gutter 8, and aqueduct 1 other end is connected to the pond 11 on top, rock slope, and aqueduct 1 is provided with main valve 10, branch valve 2.
In described step Step5, when adopting longitudinal layout cultivation pipe 5:
When cultivating pipe 5 and adopting longitudinal layout, namely arrange perpendicular to domatic strike line, often joint cultivation pipe 5 is interconnected by direct 6, the upper end of cultivation pipe 5 adopts thin pvc pipe to communicate with each other, as aqueduct 1, the lower end of cultivation pipe 5 arranges thin pvc and manages, and as gutter 8, cultivation pipe 5, aqueduct 1, gutter 8 form pipe network system jointly;
The upper and lower port of the cultivation pipe 5 of described every bar end of line, closed by end cap 7, end cap 7 has aperture, it is equal with the caliber of aqueduct 1 that the end cap 7 of the cultivation pipe 5 of upper end end opens foraminate aperture, and be connected with aqueduct 1, it is equal with gutter 8 caliber that the end cap 7 of the cultivation pipe 5 of lower end end opens foraminate aperture, and be connected with gutter 8.
In described step Step4, cultivation pipe 5 is arranged on rock side slope, and the cultivation pipe 5 pushing up toe from slope is encrypted successively.
Described pond 11, for collecting rock slope top rainwater, is cultivated needed for the plant growth in pipe by aqueduct supply.
Described rock slope greening method is not limited to rock side slope, is also suitable for for concrete side slope.
In described step Step5, the pipeline needing layout cultivation pipeline installs a support anchors 4 every 3m, carry out supporting culture pipe 5, when running into reinforcing anchor pole 14 if install, then adopt and reinforce anchor pole 14 as support anchors 4, the anchorage length of support anchors 4 gets 40 ~ 50cm, also can get about 70 ~ 80cm outward, and dew part is got about 30cm and is advisable;
Described often joint cultivation pipe is by being directly interconnected.The end of the cultivation pipe of every bar end of line, is closed by end cap.End cap has aperture, and aperture is equal with aqueduct or drain pipe diameter, and is connected with aqueduct or gutter;
In described step Step5, if macrorelief is compared in domatic existence, then single-unit cultivation pipe need be connected by elbow, or by the embowment of cultivation pipe, the degree of crook of arc should be determined according to domatic fluctuating quantity, guarantees that cultivation pipe can be close to domatic;
In described step Step6, the selection of plant can be selected flexibly according to local climate condition, and also choosing multiple plant carries out matched combined, to strengthen sight.In addition, should select perennial plant, root system of plant should not be too thick.The plant that suggestion is selected, based on herbaceous plant, pteridophyte, suitably can select some short bamboo plants, brushwood plant and a small amount of liana.Herbaceous plant mainly contains: canna, clover, stone green onion, Calathea insignis, pink reineckea herb, dayflower, eight treasures (choice ingredients of certain special dishes) red-spotted stonecrop, pseudo-ginseng red-spotted stonecrop, frost flower, dwarf lilyturf, golden doll tawny daylily, the white grass of rock, gold leaf sedge; Pteridophyte mainly contains: ciliate desert-grass, maidenhair spleenwort; Short bamboo plant mainly contains: Sasa fortunei; Liana mainly contains: ivy.
In described step Step7, pond 11 number can be determined according to the scale on weather conditions and rock slope.If this area's rainfall is on the low side, or rock slope is larger, should adopt 2 or multiple pond 11; If rainfall is abundant, or rock battering rule mould is less, can adopt 1 pond 11;
In described step Step8, the replacing of plant variety, plant variety that can be different according to different Season selects, what meet people views and admires requirement.Because soil buries the evaporation of filling out and significantly can reduce soil in the duct, significantly alleviate the work of manual watering;
For the ecological slope protection device of a kind of rock side slope described in the utility model, for high, scaur, cultivation pipe should adopt lateral arrangement, and for low, mild rock slope, cultivation pipe can adopt longitudinal layout, also can adopt lateral arrangement.
The beneficial effects of the utility model are:
(1) plant grows in pvc pipeline, achieves the greening to rock slope, also can not have an impact to stability of rock slope simultaneously;
(2) soil needed for plant growth buries to be filled out in pipeline, and therefore soil is significantly reduced by the probability of rain drop erosion, slump;
(3) pouring of plant easily can be realized by the diversion of pipeline, simultaneously soil buries the evaporation of filling out and significantly can reduce soil moisture in the duct, in addition the pond in rock slope top layout, for collecting the rainwater on hillside, needed for cultivation pipeline plant, significantly alleviate the work of manual watering;
(4) replacing of plant variety is convenient, plant variety that can be different according to different Season selects, and what meet people views and admires requirement;
(5) pvc pipe there is tube surfaces hardness and tensile strength high, ageing resistance is good, and anti-ice freezes function admirable, and normal service life can reach more than 50 years; Pipeline is to inorganic acid, alkali, salt fine corrosion resistance; The connection of tubing, pipe fitting can adopt bonding, and construction method is simple, easy to operate.
Accompanying drawing explanation
Fig. 1 is cultivation tubular structure schematic diagram;
Layout plan when Fig. 2 is cultivation pipe network lateral arrangement;
Section arrangement diagram when Fig. 3 is cultivation pipe network lateral arrangement;
Fig. 4 is pond layout plan;
Fig. 5 is pond section arrangement diagram;
Fig. 6 cultivates layout plan when pipe network is longitudinally arranged;
Fig. 7 cultivates section arrangement diagram when pipe network is longitudinally arranged.
Each label in Fig. 1-7: 1-aqueduct; 2-branch valve; 3-retainer ring; 4-support anchors; 5-cultivates pipe; 6-is direct; 7-end cap; 8-gutter; 9-four-way connects; 10-main valve; 11-pond; 12-grit chamber; 13-channel of approach; 14-reinforces anchor pole.
Detailed description of the invention
Embodiment 1: as Figure 1-5, a kind of ecological slope protection device of rock side slope, the wherein ecological slope protection device of rock side slope, comprise aqueduct 1, branch valve 2, retainer ring 3, cultivation pipe 5, direct 6, end cap 7, gutter 8, four-way connect 9, main valve 10, pond 11; Described cultivation pipe 5 pitch arrangement is on rock slope, described cultivation pipe 5 adopts lateral arrangement, namely domatic strike line is arranged, the cultivation two ends of pipe 5 are connected 9 upper and lower ends and adopt thin pvc pipe to communicate with each other with the four-way at middle part, the thin pvc pipe at two ends is as aqueduct 1, the thin pvc pipe at middle part is as gutter 8, and cultivation pipe 5, aqueduct 1, gutter 8 form pipe network system jointly;
Tube wall one STH of described cultivation pipe 5, the position of perforate on described cultivation pipe 5, for sowing grass-seed or transplanting flowers and plants seedling, by the growth of plant, realize the greening on rock slope, often joint cultivation pipe 5 is interconnected by direct 6, cultivation pipe adopts lateral arrangement, cultivation pipe 5 in the middle part of every bar pipeline connects a four-way and connects 9, and the left and right port of four-way connection 9 is connected with cultivation pipe 5, the left and right port of the cultivation pipe 5 of every bar end of line, closed by end cap 7, end cap 7 has aperture, and aperture is equal with aqueduct 1 caliber, and is connected with aqueduct 1;
The upper and lower port end cap 7 of described four-way connection 9 is closed, and end cap 7 has aperture, and aperture is equal with gutter 8 caliber, and is connected with gutter 8, and aqueduct 1 other end is connected to the pond 11 on top, rock slope, and aqueduct 1 is provided with main valve 10, branch valve 2.
The pipeline needing layout cultivation pipe 5 installs a support anchors 4 every 3 ~ 5m, cultivation pipe 5 is placed in support anchors 4, cultivation pipe 5 perforate side upward, and fix with retainer ring 3, often joint cultivation pipe 5 connects by direct 6, every a segment distance, one section of bellows is set, for the change of adaptive temperature, by cultivation pipe about 5 two ends of lateral arrangement, use pvc pipeline communication, laterally cultivation pipe 5 is interconnected, determine that lateral arrangement cultivation pipe 5 is left, the pipeline at right two ends is for irrigating aqueduct 1, being connected to the four-way thin pvc connected on 9 in the middle part of lateral arrangement cultivation pipe 5 pipeline manages as gutter 8, the support anchors 4 of described cultivation pipe 5 should combine with the reinforcing anchor pole 14 of side slope.
Described cultivation pipe 5 is the pvc pipe of diameter 20cm, and every 30 ~ 40cm scope open interior on tube wall side, aperture 5 ~ 10cm, fills organic soil in described cultivation pipe 5, and described cultivation pipe 5 spacing gets 0.5 ~ 1.0m.
Described pond 11 is provided with a water inlet, outfall, delivery port; At pond 11 water inlet arranged in front one grit chamber 12, for filtering the silt particle carried in rainwater, the water inlet in pond 11 is communicated with grit chamber 12, and the rainwater collected in grit chamber 12 flows into pond 11 by water inlet; Outfall is for draining unnecessary rainwater; Delivery port connects irrigates aqueduct 1 for supplying water to cultivation pipe 5, arranging a channel of approach 13 above, for collecting the rainwater on hillside, and being incorporated in grit chamber 12 at grit chamber 12.
The use procedure of the ecological slope protection device of described rock side slope is: first carry out computational analysis and finishing to the stability on rock slope; Make single-unit cultivation pipe 5 again; Organic soil is filled in single-unit cultivation pipe 5; Pipe network line layout is carried out to rock side slope cultivation pipe 5; The formation cultivation pipeline that combines installed by the single-unit cultivation pipe 5 filling organic soil according to the pipe network bundle of lines arranged; Cultivated plant in the cultivation pipe 5 of mounted cultivation pipeline; Arrange pond; Again to cultivation pipe 5 on growing plants carry out conservation and management.
The application concrete steps of the ecological slope protection device of described rock side slope are as follows:
Step1, computational analysis and finishing are carried out to the stability on rock slope; First remove the float stone on rock slope, outstanding domatic raised body is scabbled, makes rock slope smooth-going; Then adopt balance method of rigid-body limit, numerical analysis method to analyze the stability on rock slope according to the geological conditions on rock slope and architectural feature, if stability of rock slope coefficient is lower than code requirement, then needs to arrange and reinforce anchor pole 14, reinforce anchor pole 14 and to embark on journey in column being evenly arranged;
Step2, making single-unit cultivation pipe 5; Select pvc pipe as cultivation pipe 5, at cultivation pipe 5 tube wall one STH, aperture is 5 ~ 10cm, then is sealed in aperture with adhesive plaster temporarily;
Step3, toward single-unit cultivation pipe 5 in fill organic soil; In the single-unit cultivation pipe 5 processed, fill organic soil, pipe end is sealed temporarily;
Step4, to rock side slope cultivation pipe 5 carry out pipe network line layout; Adopt lateral arrangement to the cultivation pipe 5 on rock slope, cultivation pipe 5 spacing gets 0.5 ~ 1.0m;
The formation cultivation pipeline that combines installed by the single-unit cultivation pipe 5 that the pipe network bundle of lines that Step5, basis arrange fills organic soil; The pipeline needing layout cultivation pipeline installs a support anchors 4 every 3m, carry out supporting culture pipe 5, when running into reinforcing anchor pole 14 if install, then adopt and reinforce anchor pole 14 as support anchors 4, be placed on by cultivation pipe 5 in support anchors 4, perforate side upward, and fix with retainer ring 3, often joint cultivation pipe 5 is interconnected by direct 6, in order to the change of adaptive temperature, cultivation pipe 5 arranges a bellows every a segment distance;
Step6, in the cultivation pipe 5 of mounted cultivation pipeline cultivated plant; The position of perforate on cultivation pipe 5, sows grass-seed or directly transplants seedling, for realizing the greening of rock side slope fast;
Step7, layout pond; The place layout pond 11 low-lying at Yan Po top, pond 11 is excavated on the spot, volume 2 ~ 3m
3, pond 11 inwall adopts cement sand plaster, and pond 11 is provided with a water inlet, outfall, delivery port; At pond 11 water inlet arranged in front one grit chamber 12, for filtering the silt particle carried in rainwater, the water inlet in pond 11 is communicated with grit chamber 12, and the rainwater collected in grit chamber 12 flows into pond 11 by water inlet; Outfall is for draining unnecessary rainwater; Delivery port connects irrigates aqueduct 1 for supplying water to cultivation pipe 5, arranging a channel of approach 13 above, for collecting the rainwater on hillside, and being incorporated in grit chamber 12 at grit chamber 12;
Step8, to cultivation pipe 5 on growing plants carry out conservation and management; When cultivating growing plants on pipe 5 and needing pouring, open main valve 10 and branch valve 2, water flows out from the pond 11 at Yan Po top, flow in cultivation pipe 5 through irrigating aqueduct 1, the pouring of realization to plant, unnecessary moisture is discharged by the gutter 8 that cultivation pipe 5 is arranged, if when plant occurs death or needs to change kind, directly former plant is excavated, fill new talent or new varieties.
In described step Step5, when adopting lateral arrangement cultivation pipe 5:
Tube wall one STH of described cultivation pipe 5, the position of perforate on described cultivation pipe 5, be used for sowing grass-seed or transplant flowers and plants seedling, often joint cultivation pipe 5 is interconnected by direct 6, the cultivation pipe 5 in the middle part of every bar pipeline connects a four-way and connects 9, the left and right port of four-way connection 9 is connected with cultivation pipe 5, the left and right port of the cultivation pipe 5 of every bar end of line, is closed by end cap 7, end cap 7 has aperture, aperture is equal with aqueduct 1 caliber, and is connected with aqueduct 1;
The upper and lower port end cap 7 of described four-way connection 9 is closed, and end cap 7 has aperture, and aperture is equal with gutter 8 caliber, and is connected with gutter 8, and aqueduct 1 other end is connected to the pond 11 on top, rock slope, and aqueduct 1 is provided with main valve 10, branch valve 2.
In described step Step4, cultivation pipe 5 is arranged on rock side slope, and the cultivation pipe 5 pushing up toe from slope is encrypted successively.
Embodiment 2: as Fig. 1, shown in Fig. 4-7, an ecological slope protection device for rock side slope, the wherein ecological slope protection device of rock side slope, comprise aqueduct 1, branch valve 2, retainer ring 3, cultivation pipe 5, direct 6, end cap 7, gutter 8, four-way connect 9, main valve 10, pond 11; Described cultivation pipe 5 pitch arrangement is on rock slope;
Described cultivation pipe 5 adopts longitudinal layout, namely arrange perpendicular to domatic strike line, often joint cultivation pipe 5 is interconnected by direct 6, the upper end of cultivation pipe 5 adopts thin pvc pipe to communicate with each other, as aqueduct 1, the lower end of cultivation pipe 5 arranges thin pvc and manages, and as gutter 8, cultivation pipe 5, aqueduct 1, gutter 8 form pipe network system jointly;
The upper and lower port of the cultivation pipe 5 of described every bar end of line, closed by end cap 7, end cap 7 has aperture, it is equal with the caliber of aqueduct 1 that the end cap 7 of the cultivation pipe 5 of upper end end opens foraminate aperture, and be connected with aqueduct 1, it is equal with gutter 8 caliber that the end cap 7 of the cultivation pipe 5 of lower end end opens foraminate aperture, and be connected with gutter 8.
The pipeline needing layout cultivation pipe 5 installs a support anchors 4 every 3 ~ 5m, cultivation pipe 5 is placed in support anchors 4, cultivation pipe 5 perforate side upward, and fix with retainer ring 3, often joint cultivation pipe 5 connects by direct 6, every a segment distance, one section of bellows is set, for the change of adaptive temperature, by cultivation pipe 5 upper end longitudinally arranged, use pvc pipeline communication, longitudinally cultivation pipe 5 is interconnected, determine that the pipeline of cultivation pipe 5 upper end longitudinally arranged is for irrigating aqueduct 1, the thin pvc pipe of cultivation pipe 5 lower end longitudinally arranged is gutter 8, the support anchors 4 of described cultivation pipe 5 should combine with the reinforcing anchor pole 14 of side slope.
Described cultivation pipe 5 is the pvc pipe of diameter 20cm, and every 30 ~ 40cm scope open interior on tube wall side, aperture 5 ~ 10cm, fills organic soil in described cultivation pipe 5, and described cultivation pipe 5 spacing gets 0.5 ~ 1.0m.
Described pond 11 is provided with a water inlet, outfall, delivery port; At pond 11 water inlet arranged in front one grit chamber 12, for filtering the silt particle carried in rainwater, the water inlet in pond 11 is communicated with grit chamber 12, and the rainwater collected in grit chamber 12 flows into pond 11 by water inlet; Outfall is for draining unnecessary rainwater; Delivery port connects irrigates aqueduct 1 for supplying water to cultivation pipe 5, arranging a channel of approach 13 above, for collecting the rainwater on hillside, and being incorporated in grit chamber 12 at grit chamber 12.
The use procedure of the ecological slope protection device of described rock side slope is: first carry out computational analysis and finishing to the stability on rock slope; Make single-unit cultivation pipe 5 again; Organic soil is filled in single-unit cultivation pipe 5; Pipe network line layout is carried out to rock side slope cultivation pipe 5; The formation cultivation pipeline that combines installed by the single-unit cultivation pipe 5 filling organic soil according to the pipe network bundle of lines arranged; Cultivated plant in the cultivation pipe 5 of mounted cultivation pipeline; Arrange pond; Again to cultivation pipe 5 on growing plants carry out conservation and management.
The application concrete steps of the ecological slope protection device of described rock side slope are as follows:
Step1, computational analysis and finishing are carried out to the stability on rock slope; First remove the float stone on rock slope, outstanding domatic raised body is scabbled, makes rock slope smooth-going; Then adopt balance method of rigid-body limit, numerical analysis method to analyze the stability on rock slope according to the geological conditions on rock slope and architectural feature, if stability of rock slope coefficient is lower than code requirement, then needs to arrange and reinforce anchor pole 14, reinforce anchor pole 14 and to embark on journey in column being evenly arranged;
Step2, making single-unit cultivation pipe 5; Select pvc pipe as cultivation pipe 5, at cultivation pipe 5 tube wall one STH, aperture is 5 ~ 10cm, then is sealed in aperture with adhesive plaster temporarily;
Step3, toward single-unit cultivation pipe 5 in fill organic soil; In the single-unit cultivation pipe 5 processed, fill organic soil, pipe end is sealed temporarily;
Step4, to rock side slope cultivation pipe 5 carry out pipe network line layout; Adopt longitudinal layout to the cultivation pipe 5 on rock slope, cultivation pipe 5 spacing gets 0.5 ~ 1.0m;
The formation cultivation pipeline that combines installed by the single-unit cultivation pipe 5 that the pipe network bundle of lines that Step5, basis arrange fills organic soil; The pipeline needing layout cultivation pipeline installs a support anchors 4 every 3m, carry out supporting culture pipe 5, when running into reinforcing anchor pole 14 if install, then adopt and reinforce anchor pole 14 as support anchors 4, be placed on by cultivation pipe 5 in support anchors 4, perforate side upward, and fix with retainer ring 3, often joint cultivation pipe 5 is interconnected by direct 6, in order to the change of adaptive temperature, cultivation pipe 5 arranges a bellows every a segment distance;
Step6, in the cultivation pipe 5 of mounted cultivation pipeline cultivated plant; The position of perforate on cultivation pipe 5, sows grass-seed or directly transplants seedling, for realizing the greening of rock side slope fast;
Step7, layout pond; The place layout pond 11 low-lying at Yan Po top, pond 11 is excavated on the spot, volume 2 ~ 3m
3, pond 11 inwall adopts cement sand plaster, and pond 11 is provided with a water inlet, outfall, delivery port; At pond 11 water inlet arranged in front one grit chamber 12, for filtering the silt particle carried in rainwater, the water inlet in pond 11 is communicated with grit chamber 12, and the rainwater collected in grit chamber 12 flows into pond 11 by water inlet; Outfall is for draining unnecessary rainwater; Delivery port connects irrigates aqueduct 1 for supplying water to cultivation pipe 5, arranging a channel of approach 13 above, for collecting the rainwater on hillside, and being incorporated in grit chamber 12 at grit chamber 12;
Step8, to cultivation pipe 5 on growing plants carry out conservation and management; When cultivating growing plants on pipe 5 and needing pouring, open main valve 10 and branch valve 2, water flows out from the pond 11 at Yan Po top, flow in cultivation pipe 5 through irrigating aqueduct 1, the pouring of realization to plant, unnecessary moisture is discharged by the gutter 8 that cultivation pipe 5 is arranged, if when plant occurs death or needs to change kind, directly former plant is excavated, fill new talent or new varieties.
In described step Step5, when adopting longitudinal layout cultivation pipe 5:
When cultivating pipe 5 and adopting longitudinal layout, namely arrange perpendicular to domatic strike line, often joint cultivation pipe 5 is interconnected by direct 6, the upper end of cultivation pipe 5 adopts thin pvc pipe to communicate with each other, as aqueduct 1, the lower end of cultivation pipe 5 arranges thin pvc and manages, and as gutter 8, cultivation pipe 5, aqueduct 1, gutter 8 form pipe network system jointly;
The upper and lower port of the cultivation pipe 5 of described every bar end of line, closed by end cap 7, end cap 7 has aperture, it is equal with the caliber of aqueduct 1 that the end cap 7 of the cultivation pipe 5 of upper end end opens foraminate aperture, and be connected with aqueduct 1, it is equal with gutter 8 caliber that the end cap 7 of the cultivation pipe 5 of lower end end opens foraminate aperture, and be connected with gutter 8.
In described step Step4, cultivation pipe 5 is arranged on rock side slope, and the cultivation pipe 5 pushing up toe from slope is encrypted successively.
Embodiment 3: as shown in figs. 1-7, a kind of ecological slope protection device of rock side slope, the wherein ecological slope protection device of rock side slope, comprise aqueduct 1, branch valve 2, retainer ring 3, cultivation pipe 5, direct 6, end cap 7, gutter 8, four-way connect 9, main valve 10, pond 11; Described cultivation pipe 5 pitch arrangement is on rock slope, described cultivation pipe 5 adopts lateral arrangement, namely domatic strike line is arranged, the cultivation two ends of pipe 5 are connected 9 upper and lower ends and adopt thin pvc pipe to communicate with each other with the four-way at middle part, the thin pvc pipe at two ends is as aqueduct 1, the thin pvc pipe at middle part is as gutter 8, and cultivation pipe 5, aqueduct 1, gutter 8 form pipe network system jointly;
Tube wall one STH of described cultivation pipe 5, the position of perforate on described cultivation pipe 5, for sowing grass-seed or transplanting flowers and plants seedling, by the growth of plant, realize the greening on rock slope, often joint cultivation pipe 5 is interconnected by direct 6, cultivation pipe adopts lateral arrangement, cultivation pipe 5 in the middle part of every bar pipeline connects a four-way and connects 9, and the left and right port of four-way connection 9 is connected with cultivation pipe 5, the left and right port of the cultivation pipe 5 of every bar end of line, closed by end cap 7, end cap 7 has aperture, and aperture is equal with aqueduct 1 caliber, and is connected with aqueduct 1;
The upper and lower port end cap 7 of described four-way connection 9 is closed, and end cap 7 has aperture, and aperture is equal with gutter 8 caliber, and is connected with gutter 8, and aqueduct 1 other end is connected to the pond 11 on top, rock slope, and aqueduct 1 is provided with main valve 10, branch valve 2.
Described cultivation pipe 5 adopts longitudinal layout, namely arrange perpendicular to domatic strike line, often joint cultivation pipe 5 is interconnected by direct 6, the upper end of cultivation pipe 5 adopts thin pvc pipe to communicate with each other, as aqueduct 1, the lower end of cultivation pipe 5 arranges thin pvc and manages, and as gutter 8, cultivation pipe 5, aqueduct 1, gutter 8 form pipe network system jointly;
The upper and lower port of the cultivation pipe 5 of described every bar end of line, closed by end cap 7, end cap 7 has aperture, it is equal with the caliber of aqueduct 1 that the end cap 7 of the cultivation pipe 5 of upper end end opens foraminate aperture, and be connected with aqueduct 1, it is equal with gutter 8 caliber that the end cap 7 of the cultivation pipe 5 of lower end end opens foraminate aperture, and be connected with gutter 8.
The pipeline needing layout cultivation pipe 5 installs a support anchors 4 every 3 ~ 5m, cultivation pipe 5 is placed in support anchors 4, cultivation pipe 5 perforate side upward, and fix with retainer ring 3, often joint cultivation pipe 5 connects by direct 6, every a segment distance, one section of bellows is set, for the change of adaptive temperature, by cultivation pipe about 5 two ends of lateral arrangement or longitudinal cultivation pipe 5 upper end arranged, use pvc pipeline communication, vertical or horizontal cultivation pipe 5 is interconnected, determine that lateral arrangement cultivation pipe 5 is left, the pipeline of right two ends or longitudinally cultivation pipe 5 upper end of layout is for irrigating aqueduct 1, the thin pvc pipe being connected to cultivation pipe 5 lower end that the four-way thin pvc connected on 9 manages or longitudinally arranges in the middle part of lateral arrangement cultivation pipe 5 pipeline is gutter 8, the support anchors 4 of described cultivation pipe 5 should combine with the reinforcing anchor pole 14 of side slope.
Described cultivation pipe 5 is the pvc pipe of diameter 20cm, and every 30 ~ 40cm scope open interior on tube wall side, aperture 5 ~ 10cm, fills organic soil in described cultivation pipe 5, and described cultivation pipe 5 spacing gets 0.5 ~ 1.0m.
Described pond 11 is provided with a water inlet, outfall, delivery port; At pond 11 water inlet arranged in front one grit chamber 12, for filtering the silt particle carried in rainwater, the water inlet in pond 11 is communicated with grit chamber 12, and the rainwater collected in grit chamber 12 flows into pond 11 by water inlet; Outfall is for draining unnecessary rainwater; Delivery port connects irrigates aqueduct 1 for supplying water to cultivation pipe 5, arranging a channel of approach 13 above, for collecting the rainwater on hillside, and being incorporated in grit chamber 12 at grit chamber 12.
The use procedure of the ecological slope protection device of described rock side slope is: first carry out computational analysis and finishing to the stability on rock slope; Make single-unit cultivation pipe 5 again; Organic soil is filled in single-unit cultivation pipe 5; Pipe network line layout is carried out to rock side slope cultivation pipe 5; The formation cultivation pipeline that combines installed by the single-unit cultivation pipe 5 filling organic soil according to the pipe network bundle of lines arranged; Cultivated plant in the cultivation pipe 5 of mounted cultivation pipeline; Arrange pond; Again to cultivation pipe 5 on growing plants carry out conservation and management.
The application concrete steps of the ecological slope protection device of described rock side slope are as follows:
Step1, computational analysis and finishing are carried out to the stability on rock slope; First remove the float stone on rock slope, outstanding domatic raised body is scabbled, makes rock slope smooth-going; Then adopt balance method of rigid-body limit, numerical analysis method to analyze the stability on rock slope according to the geological conditions on rock slope and architectural feature, if stability of rock slope coefficient is lower than code requirement, then needs to arrange and reinforce anchor pole 14, reinforce anchor pole 14 and to embark on journey in column being evenly arranged;
Step2, making single-unit cultivation pipe 5; Select pvc pipe as cultivation pipe 5, at cultivation pipe 5 tube wall one STH, aperture is 5 ~ 10cm, then is sealed in aperture with adhesive plaster temporarily;
Step3, toward single-unit cultivation pipe 5 in fill organic soil; In the single-unit cultivation pipe 5 processed, fill organic soil, pipe end is sealed temporarily;
Step4, to rock side slope cultivation pipe 5 carry out pipe network line layout; Adopt the cultivation pipe 5 on rock slope and longitudinally arrange or lateral arrangement, cultivation pipe 5 spacing gets 0.5 ~ 1.0m;
The formation cultivation pipeline that combines installed by the single-unit cultivation pipe 5 that the pipe network bundle of lines that Step5, basis arrange fills organic soil; The pipeline needing layout cultivation pipeline installs a support anchors 4 every 3m, carry out supporting culture pipe 5, when running into reinforcing anchor pole 14 if install, then adopt and reinforce anchor pole 14 as support anchors 4, be placed on by cultivation pipe 5 in support anchors 4, perforate side upward, and fix with retainer ring 3, often joint cultivation pipe 5 is interconnected by direct 6, in order to the change of adaptive temperature, cultivation pipe 5 arranges a bellows every a segment distance;
Step6, in the cultivation pipe 5 of mounted cultivation pipeline cultivated plant; The position of perforate on cultivation pipe 5, sows grass-seed or directly transplants seedling, for realizing the greening of rock side slope fast;
Step7, layout pond; The place layout pond 11 low-lying at Yan Po top, pond 11 is excavated on the spot, volume 2 ~ 3m
3, pond 11 inwall adopts cement sand plaster, and pond 11 is provided with a water inlet, outfall, delivery port; At pond 11 water inlet arranged in front one grit chamber 12, for filtering the silt particle carried in rainwater, the water inlet in pond 11 is communicated with grit chamber 12, and the rainwater collected in grit chamber 12 flows into pond 11 by water inlet; Outfall is for draining unnecessary rainwater; Delivery port connects irrigates aqueduct 1 for supplying water to cultivation pipe 5, arranging a channel of approach 13 above, for collecting the rainwater on hillside, and being incorporated in grit chamber 12 at grit chamber 12;
Step8, to cultivation pipe 5 on growing plants carry out conservation and management; When cultivating growing plants on pipe 5 and needing pouring, open main valve 10 and branch valve 2, water flows out from the pond 11 at Yan Po top, flow in cultivation pipe 5 through irrigating aqueduct 1, the pouring of realization to plant, unnecessary moisture is discharged by the gutter 8 that cultivation pipe 5 is arranged, if when plant occurs death or needs to change kind, directly former plant is excavated, fill new talent or new varieties.
In described step Step5, when adopting lateral arrangement cultivation pipe 5:
Tube wall one STH of described cultivation pipe 5, the position of perforate on described cultivation pipe 5, be used for sowing grass-seed or transplant flowers and plants seedling, often joint cultivation pipe 5 is interconnected by direct 6, the cultivation pipe 5 in the middle part of every bar pipeline connects a four-way and connects 9, the left and right port of four-way connection 9 is connected with cultivation pipe 5, the left and right port of the cultivation pipe 5 of every bar end of line, is closed by end cap 7, end cap 7 has aperture, aperture is equal with aqueduct 1 caliber, and is connected with aqueduct 1;
The upper and lower port end cap 7 of described four-way connection 9 is closed, and end cap 7 has aperture, and aperture is equal with gutter 8 caliber, and is connected with gutter 8, and aqueduct 1 other end is connected to the pond 11 on top, rock slope, and aqueduct 1 is provided with main valve 10, branch valve 2.
In described step Step5, when adopting longitudinal layout cultivation pipe 5:
When cultivating pipe 5 and adopting longitudinal layout, namely arrange perpendicular to domatic strike line, often joint cultivation pipe 5 is interconnected by direct 6, the upper end of cultivation pipe 5 adopts thin pvc pipe to communicate with each other, as aqueduct 1, the lower end of cultivation pipe 5 arranges thin pvc and manages, and as gutter 8, cultivation pipe 5, aqueduct 1, gutter 8 form pipe network system jointly;
The upper and lower port of the cultivation pipe 5 of described every bar end of line, closed by end cap 7, end cap 7 has aperture, it is equal with the caliber of aqueduct 1 that the end cap 7 of the cultivation pipe 5 of upper end end opens foraminate aperture, and be connected with aqueduct 1, it is equal with gutter 8 caliber that the end cap 7 of the cultivation pipe 5 of lower end end opens foraminate aperture, and be connected with gutter 8.
In described step Step4, cultivation pipe 5 is arranged on rock side slope, and the cultivation pipe 5 pushing up toe from slope is encrypted successively.
By reference to the accompanying drawings detailed description of the invention of the present utility model is explained in detail above, but the utility model is not limited to above-mentioned embodiment, in the ken that those of ordinary skill in the art possess, various change can also be made under the prerequisite not departing from the utility model aim.
Claims (5)
1. an ecological slope protection device for rock side slope, is characterized in that: comprise aqueduct (1), branch valve (2), retainer ring (3), cultivation pipe (5), directly (6), end cap (7), gutter (8), four-way connection (9), main valve (10), pond (11); Described cultivation pipe (5) pitch arrangement is on rock slope, described cultivation pipe (5) adopts lateral arrangement, namely domatic strike line is arranged, the cultivation pipe two ends of (5) are connected (9) upper and lower end and adopt thin pvc pipe to communicate with each other with the four-way at middle part, the thin pvc pipe at two ends is as aqueduct (1), the thin pvc pipe at middle part is as gutter (8), and cultivation pipe (5), aqueduct (1), gutter (8) form pipe network system jointly;
Tube wall one STH of described cultivation pipe (5), the position of the upper perforate of described cultivation pipe (5), for sowing grass-seed or transplanting flowers and plants seedling, by the growth of plant, realize the greening on rock slope, often joint cultivation pipe (5) is interconnected by direct (6), cultivation pipe adopts lateral arrangement, cultivation pipe (5) in the middle part of every bar pipeline connects a four-way and connects (9), four-way connects the left side of (9), right output port is managed (5) with cultivation and is connected, a left side for the cultivation pipe (5) of every bar end of line, right output port, closed by end cap (7), (7) have aperture to end cap, aperture is equal with aqueduct (1) caliber, and be connected with aqueduct (1),
The upper and lower port end cap (7) that described four-way connects (9) is closed, (7) have aperture to end cap, aperture is equal with gutter (8) caliber, and be connected with gutter (8), aqueduct (1) other end is connected to the pond (11) on top, rock slope, and aqueduct (1) is provided with main valve (10), branch valve (2).
2. the ecological slope protection device of rock side slope according to claim 1, it is characterized in that: described cultivation pipe (5) adopts longitudinally arranges, namely arrange perpendicular to domatic strike line, often joint cultivation pipe (5) is interconnected by direct (6), the upper end of cultivation pipe (5) adopts thin pvc pipe to communicate with each other, and as aqueduct (1), the lower end of cultivation pipe (5) arranges thin pvc and manages, as gutter (8), cultivation pipe (5), aqueduct (1), gutter (8) form pipe network system jointly;
The upper and lower port of the cultivation pipe (5) of described every bar end of line, closed by end cap (7), (7) have aperture to end cap, it is equal with the caliber of aqueduct (1) that the end cap (7) of the cultivation pipe (5) of upper end end opens foraminate aperture, and be connected with aqueduct (1), it is equal with gutter (8) caliber that the end cap (7) of the cultivation pipe (5) of lower end end opens foraminate aperture, and be connected with gutter (8).
3. the ecological slope protection device of rock side slope according to claim 1 and 2, it is characterized in that: arrange at needs and the pipeline of cultivating pipe (5) installs a support anchors (4) every 3 ~ 5m, cultivation pipe (5) is placed in support anchors (4), cultivation pipe (5) perforate side upward, and fix with retainer ring (3), often joint cultivation pipe (5) is connected by direct (6), every a segment distance, one section of bellows is set, for the change of adaptive temperature, by cultivation pipe (5) two ends, left and right of lateral arrangement or longitudinal cultivation pipe (5) upper end arranged, use pvc pipeline communication, make vertical or horizontal cultivation manage (5) to be interconnected, determine that lateral arrangement cultivation pipe (5) is left, the pipeline of right two ends or longitudinally cultivation pipe (5) upper end of layout is for irrigating aqueduct (1), the thin pvc pipe being connected to cultivation pipe (5) lower end that the four-way thin pvc connected on (9) manages or longitudinally arranges in the middle part of lateral arrangement cultivation pipe (5) pipeline is gutter (8), the support anchors (4) of described cultivation pipe (5) should combine with the reinforcing anchor pole (14) of side slope.
4. the ecological slope protection device of rock side slope according to claim 1, it is characterized in that: the pvc that described cultivation pipe (5) is diameter 20cm manages, every 30 ~ 40cm scope open interior on tube wall side, aperture 5 ~ 10cm, fill organic soil in described cultivation pipe (5), described cultivation pipe (5) spacing gets 0.5 ~ 1.0m.
5. the ecological slope protection device of rock side slope according to claim 1, is characterized in that: described pond (11) are provided with a water inlet, outfall, delivery port; In pond (11) water inlet arranged in front one grit chamber (12), for filtering the silt particle carried in rainwater, the water inlet of pond (11) is communicated with grit chamber (12), and the rainwater collected in grit chamber (12) flows into pond (11) by water inlet; Outfall is for draining unnecessary rainwater; Delivery port connects irrigates aqueduct (1) for supplying water to cultivation pipe (5), arranging a channel of approach (13) above, for collecting the rainwater on hillside, and being incorporated in grit chamber (12) at grit chamber (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201520293039.7U CN204676572U (en) | 2015-05-08 | 2015-05-08 | A kind of ecological slope protection device of rock side slope |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520293039.7U CN204676572U (en) | 2015-05-08 | 2015-05-08 | A kind of ecological slope protection device of rock side slope |
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| CN204676572U true CN204676572U (en) | 2015-09-30 |
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| CN201520293039.7U Withdrawn - After Issue CN204676572U (en) | 2015-05-08 | 2015-05-08 | A kind of ecological slope protection device of rock side slope |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104863165A (en) * | 2015-05-08 | 2015-08-26 | 昆明理工大学 | Ecological slope protective apparatus for rock slopes and applications thereof |
| CN105660224A (en) * | 2016-01-28 | 2016-06-15 | 重庆亦凡矿产品有限公司 | Slope stereoscopic agroecological system construction method |
| CN105850553A (en) * | 2016-04-09 | 2016-08-17 | 成都易禧科技管理发展有限公司 | Green natural-like landfill-process pipelined filtering-type reclaiming and planting device system with intelligent water and fertilizer supply and method of installation and use |
| CN106702984A (en) * | 2017-03-20 | 2017-05-24 | 重庆工业职业技术学院 | Rock slope landscape draining device |
-
2015
- 2015-05-08 CN CN201520293039.7U patent/CN204676572U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104863165A (en) * | 2015-05-08 | 2015-08-26 | 昆明理工大学 | Ecological slope protective apparatus for rock slopes and applications thereof |
| CN105660224A (en) * | 2016-01-28 | 2016-06-15 | 重庆亦凡矿产品有限公司 | Slope stereoscopic agroecological system construction method |
| CN105660224B (en) * | 2016-01-28 | 2019-05-03 | 重庆亦凡矿产品有限公司 | Hillside fields three-dimensional agriculture ecosystem construction method |
| CN105850553A (en) * | 2016-04-09 | 2016-08-17 | 成都易禧科技管理发展有限公司 | Green natural-like landfill-process pipelined filtering-type reclaiming and planting device system with intelligent water and fertilizer supply and method of installation and use |
| CN106702984A (en) * | 2017-03-20 | 2017-05-24 | 重庆工业职业技术学院 | Rock slope landscape draining device |
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