CN202787191U - Water and soil separation dam - Google Patents
Water and soil separation dam Download PDFInfo
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- CN202787191U CN202787191U CN 201220368799 CN201220368799U CN202787191U CN 202787191 U CN202787191 U CN 202787191U CN 201220368799 CN201220368799 CN 201220368799 CN 201220368799 U CN201220368799 U CN 201220368799U CN 202787191 U CN202787191 U CN 202787191U
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Abstract
The utility model belongs to a water and soil separation dam which is mainly composed of a dam body, an outer dam slope body and an inner dam slope body. The outer dam slope body is located on the outer side of the dam body, the inner dam slope body is located on the inner side of the dam body, and water and soil separation structures are arranged at the bottom in a reservoir area defined by the inner dam slope body and peripheral terrain; or the water and soil separation structures are arranged at the bottom in the reservoir area defined by the inner dam slope body and the peripheral terrain and the inner dam slope body. Each of the water and soil separation structures comprises a sand seepage layer, a water seepage pipe, a water collection channel and a water draining channel. By means of the water and soil separation dam, water and silt in waterflood containing a large amount of silt can be rapidly separated in a reservoir, double functions of land reclaiming and water storing can be achieved, the silt deposited in the dam can be used for revegetation, and the water and soil separation dam has the advantages that investment is little, conservation of water and soil is good, ecological environment can be improved, drought and flood can be prevented, good conditions cab be created for crop growing, and production and income increasing can be achieved.
Description
Technical field
The utility model relates to a kind of water and soil and separates the dam.
Background technology
China's geographical environment determines that one rains in torrents, rainwater is rolled earth's surface silt and is descended along height, pool violent a large amount of floods, destroy by rush of water on the way farmland and house stop up the river course, cause serious harm not only for for a long time human property, and make environmental destruction, and flood is soil erosion on the way, and rock is exposed, the poor ridge in soil, not even a blade of grass grows.
World's water conservancy difficult problem to the improvement that contains a large amount of silt floods, this is because violent a large amount of flood is difficult to interception, even if build flood storage natural sedimentation silt in reservoir that will contain a large amount of silts after the dam is tackled, must build the large reservoir of stock's water yield but exist, to be large enough to hold flood, but the construction investment of this reservoir is large, often the incline power of state, several years builds up, and also need take farmlands a large amount of in the reservoir area and immigrant, and the more important thing is that the reservoir area after building up can only water storage, the again plant development of can not building up fields.On the other hand, the flood that holds a large amount of silts slowly deposits in the reservoir area, and the reservoir area volume is reduced, and reservoir shortening service life need spend the huge fund sand discharge toward contact.And from the water conservancy aspect, contain the large area of silt flood discharge and be unfavorable for that also building the dam makes reservoir.And for little reservoir, quantity in stock determines that the flood that can not allow to hold a large amount of silts slowly deposits naturally in the reservoir area, otherwise flood did not have or the dam body that destroys by rush of water, and loses the effect of administering flood.
Summary of the invention
The purpose of this utility model provides a kind of water and soil and separates the dam, can in the storehouse, carry out separating of water and silt fast containing the large flood of quantity of sand and mud, the dual-use function of building up fields with water storage is arranged, the silt that makes in the dam deposition is plant development again, has small investment, and water and soil conservation is good, improve the ecological environment, prevent that drought and waterlogging from occuring, create a good condition to crop growth, reach the advantage of increasing both production and income.
The utility model mainly is comprised of dam body, the Nei Ba slope body that is positioned at the Wai Ba slope body in the dam body outside and is positioned at the dam body inboard for this reason, and the reservoir area inner bottom part that surrounds in Nei Ba slope body and peripheral landform is provided with the water and soil isolating construction; Or be provided with the water and soil isolating construction at reservoir area inner bottom part and the Nei Ba slope body that Nei Ba slope body and peripheral landform surround.Described water and soil isolating construction comprises:
The infiltration sand bed, for water and the silt of isolated by filtration water, the infiltration sand bed is positioned at the reservoir area inner bottom part, or is positioned on reservoir area inner bottom part and the Nei Ba slope body;
Soakaway trench, be used for the water of isolated by filtration water and silt and the water behind the separation of sediment is imported in the gallery, soakaway trench is several, the soakaway trench spacing distance is distributed in the infiltration sand bed that is arranged in the reservoir area inner bottom part, or the soakaway trench spacing distance is distributed in the infiltration sand bed that the infiltration sand bed that is arranged in the reservoir area inner bottom part and spacing distance are distributed in Nei Ba slope body, one end of every soakaway trench is sealing end, and the other end of every soakaway trench communicates with gallery;
Gallery is used for compiling the water that transmission is imported by each soakaway trench, and gallery is positioned at body bottom, Nei Ba slope, and gallery communicates with sluice way;
Sluice way is used for control and discharges water in the gallery outside dam body, and an end of sluice way communicates with gallery, and the other end of sluice way passes inside and outside dam slope body and dam body bottom, and to be positioned at the Wai Ba slope external, and sluice way is provided with the gate of this sluice way of keying.
The periphery of described every soakaway trench is equipped with the infiltration sand bed.The axial line of described every soakaway trench and gallery axial line angle are 30 °～90 °.Domatic the be arrangeding in parallel of the external wall of soakaway trench and Nei Ba slope on the body of the described Nei Ba of being positioned at slope.Infiltration sand bed on the body of the described Nei Ba of being positioned at slope is provided with Sand-fixation net outward.The described soakaway trench that is positioned on the body of Nei Ba slope is tilting.Described soakaway trench is the infiltration sand tube, or is the pipe of the densely covered water seepage hole of tube wall.Described soakaway trench is infiltration channel, and the infiltration channel upper end open is established the infiltration orifice plate.Described several are 2～ten thousand.The thickness of the infiltration sand bed of described soakaway trench periphery is for being at least 2cm.The said structure design has realized the purpose of this utility model.
The utility model can carry out in the storehouse separating of water and silt fast with containing the large flood of quantity of sand and mud, the dual-use function of building up fields with water storage is arranged, the silt that makes in the dam deposition is plant development again, has small investment, water and soil conservation is good, improves the ecological environment, and prevents that drought and waterlogging from occuring, create a good condition to crop growth, reach the advantage of increasing both production and income.Specifically have the following advantages:
(1) can in the storehouse, carry out separating of water and silt fast containing the large flood of quantity of sand and mud, the dual-use function of building up fields with water storage is arranged.According to example test, water and soil separates the dam can carry out in the storehouse separating of water and silt fast with containing the large flood of quantity of sand and mud, has suppressed flood, has overcome the grievous injury that flood causes to human property and has made environmental destruction.Thoroughly change lack of water and scarce earthy attitude in the control zone (reservoir area), increase combines economic benefit.The utility model can make the rocky ground in the reservoir area deposit the earth that is fit to crop growth at 1～2 water storage phase inside shoe lid, can carry out the plantation of crops, and the water after separating can be stored in another reservoir area, downstream for using.If use closed shutter to get final product as reservoir.
(2) small investment, instant effect.Show according to experiment, every mu average expensive about hundred yuan, these other investment of water project of investment amount comparison to lack many.
(3) duration is short, technique is simple, easy popularizing.This project does not need extensive construction, does not destroy existing water engineering facility, does not take the farmland, and construction is simple, and the duration is short, easily popularizes.
(4) large, the long service life of income.After this project is built up, take the nature control method, do not have power consumption, can increase crop yield, reduce disaster, increase economic efficiency significantly.Long service life, maintenance cost are extremely low, once investment, and long-term being benefited, the reservoir area finally also forms terraced fields, is beneficial to agricultural production.
(5) flexible and changeable, practical.This project is changeable, and is little then one square kilometre, and zone greatly then can Points replacing surfaces, and multiple spot reaches in flakes to the improvement of large and small regional water resources situation and the improvement of flood.Make regional water resources reach the equilibrium of supply and demand, allow the Nature better be human community service, can thoroughly solve China's some areas water resource and lack problem.
Example test of the present utility model: 2009, the Shaanxi Province county builds up dam body of the present utility model and slope, inside and outside dam body at flooded area, dam body is high 60 meters, long 700 meters, about 15 square kilometres of the reservoir area area that dam body and peripheral mountain shape surround, the reservoir area inner bottom surface is rock and stone riprap face, and not even a blade of grass grows.When building dam body and Wai Ba slope body, reservoir area inner bottom part under the body of slope, dam is established the infiltration sand bed outside, spacing distance is established 140 soakaway trenchs in the infiltration sand bed, 0.5～2 meter of soakaway trench diameter, length is at least 50 meters, establishes the infiltration sand bed on the body of slope, dam outside, and spacing distance is established 70 soakaway trenchs in the infiltration sand bed, 0.5～1 meter of this soakaway trench diameter, length are 30～50 meters.Soakaway trench periphery infiltration burial depth is 2～30cm.6～August of the same year, meet Storm Flood Disasters, the reservoir area storage contains the flood of a large amount of silts, one day the depth of water (bosom) reach 30 meters, through the utility model isolated by filtration, after 30 hours in the reservoir area bosom water level be down to 1 meter of less than, and the average silt of carrying out the about 10cm of lid in all the other places, through put in order can be then Planting Crops thereon.The water storage of oozing out is used at lower storage basin.According to measuring and calculating, can make stone riprap ground, reservoir area become the good farmland about 10 years, comprehensive benefit is remarkable.
Description of drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the A-A cross-sectional view of Fig. 1.
Fig. 3 is partial structurtes schematic diagram of the present utility model.
Fig. 4 is another embodiment schematic diagram of soakaway trench of the present utility model.
The specific embodiment
As shown in Figures 1 to 4, a kind of water and soil separates the dam, mainly is comprised of dam body 3, the Nei Ba slope body 8 that is positioned at the Wai Ba slope body 2 in the dam body outside and is positioned at the dam body inboard.The reservoir area inner bottom part that surrounds in Nei Ba slope body and peripheral landform 1 is provided with the water and soil isolating construction; Or be provided with the water and soil isolating construction at reservoir area inner bottom part and the Nei Ba slope body that Nei Ba slope body and peripheral landform surround.
Described water and soil isolating construction comprises:
Infiltration sand bed 5,9, for water and the silt of isolated by filtration water, infiltration sand bed 9 is positioned at the reservoir area inner bottom part, or is positioned on reservoir area inner bottom part and the Nei Ba slope body.The infiltration sand bed is positioned at every soakaway trench periphery, and when soakaway trench was substituted by infiltration channel, the infiltration sand bed was positioned at every infiltration channel periphery.The periphery of described every soakaway trench is equipped with the infiltration sand bed.The thickness of the infiltration sand bed of described soakaway trench periphery is for being at least 2cm, so that the silt in effective filtered water.Infiltration sand bed on the body of the described Nei Ba of being positioned at slope is provided with Sand-fixation net 13 outward, and Sand-fixation net can be cement web plate with holes, so that the sand bed that will seep water is installed on the body of Nei Ba slope.The infiltration sand bed is comprised of the sand of particle diameter 0.5～2mm, can be fine sand layer 0.5～1mm at the sand near the soakaway trench periphery, and all the other positions are rough sand layer 1.2～2mm, and the best gland blinding in infiltration sand bed upper end prevents the flood infiltration sand bed that destroys by rush of water.The infiltration sand bed preferably is arranged on the bottom surface, reservoir area or Nei Ba slope body of body front side, Nei Ba slope, and infiltration sand bed upper surface should be lower than the bottom surface, reservoir area or be lower than the external end face in Nei Ba slope.
The axial line of described every soakaway trench and gallery axial line angle are 30 °～90 °.
Domatic the be arrangeding in parallel of the external wall of soakaway trench and Nei Ba slope on the body of the described Nei Ba of being positioned at slope.The described soakaway trench 4 that is positioned on the body of Nei Ba slope is tilting.Described soakaway trench is the infiltration sand tube, or for the gather pipe of water seepage hole 14 of tube wall, such as cast iron pipe, pipe of cement or the plastic pipe etc. of the densely covered water seepage hole of tube wall.
Described soakaway trench is infiltration channel 16, and the infiltration channel upper end open is established infiltration orifice plate 15.Infiltration channel wall 17 is the cement web plate of the water seepage hole that gathers.Described several are 2～ten thousand, and namely several of soakaway trench refer to 2～ten thousand, set as required.
Gallery 11 is used for compiling the water that transmission is imported by each soakaway trench, and gallery is positioned at body bottom, Nei Ba slope, and gallery communicates with sluice way.
Sluice way 7, be used for control and discharge the interior water of gallery outside dam body, one end of sluice way communicates with gallery, and the other end of sluice way passes inside and outside dam slope body and dam body bottom, and to be positioned at the Wai Ba slope external, and sluice way is provided with the gate 6 that opens and closes this sluice way.Obviously, the sluice way lower storage basin that can communicate is with convenient water recycling of separating.Obviously, open the water of sluice way after with separation of sediment in the reservoir area flood period and discharge, the silt of reservoir area precipitation can form the farmland and cultivate.Can keep the suitable waterline in ground in the reservoir area if the water yield is discharged in control, be beneficial to farming with growing; Or formation eminence farmland, reservoir area, lower water storage coexistence effect.Then can form reservoir if close sluice way.
Meet Storm Flood Disasters, enter the flood 12 (or various water that contains a large amount of silts) that the reservoir area includes a large amount of silts, infiltrate rapidly in each soakaway trench at permeable layer place water, the infiltration in each soakaway trench compiles and flows into gallery again outside sluice way is discharged the storehouse, and infiltration stores recycling in lower storage basin.The silt of filter deposition forms the good farmland in the reservoir area.Control or close the gate of sluice way, the reservoir area capable of storing water, also capable of storing water is built up fields and is got both.
In a word, the utility model can carry out in the storehouse separating of water and silt fast with containing the large flood of quantity of sand and mud, the dual-use function of building up fields with water storage is arranged, the silt that makes in the dam deposition is plant development again, has small investment, and water and soil conservation is good, improve the ecological environment, prevent that drought and waterlogging from occuring, create a good condition to crop growth, reach the advantage of increasing both production and income.
Claims (10)
1. a water and soil separates the dam, mainly is comprised of dam body, the Nei Ba slope body that is positioned at the Wai Ba slope body in the dam body outside and is positioned at the dam body inboard, it is characterized in that:
The reservoir area inner bottom part that surrounds in Nei Ba slope body and peripheral landform is provided with the water and soil isolating construction;
Or be provided with the water and soil isolating construction at reservoir area inner bottom part and the Nei Ba slope body that Nei Ba slope body and peripheral landform surround.
2. water and soil according to claim 1 separates the dam, it is characterized in that: described water and soil isolating construction comprises,
The infiltration sand bed, for water and the silt of isolated by filtration water, the infiltration sand bed is positioned at the reservoir area inner bottom part, or is positioned on reservoir area inner bottom part and the Nei Ba slope body;
Soakaway trench, be used for the water of isolated by filtration water and silt and the water behind the separation of sediment is imported in the gallery, soakaway trench is several, the soakaway trench spacing distance is distributed in the infiltration sand bed that is arranged in the reservoir area inner bottom part, or the soakaway trench spacing distance is distributed in the infiltration sand bed that the infiltration sand bed that is arranged in the reservoir area inner bottom part and spacing distance are distributed in Nei Ba slope body, one end of every soakaway trench is sealing end, and the other end of every soakaway trench communicates with gallery;
Gallery is used for compiling the water that transmission is imported by each soakaway trench, and gallery is positioned at body bottom, Nei Ba slope, and gallery communicates with sluice way;
Sluice way is used for control and discharges water in the gallery outside dam body, and an end of sluice way communicates with gallery, and the other end of sluice way passes inside and outside dam slope body and dam body bottom, and to be positioned at the Wai Ba slope external, and sluice way is provided with the gate of this sluice way of keying.
3. water and soil according to claim 2 separates the dam, and it is characterized in that: the periphery of described every soakaway trench is equipped with the infiltration sand bed.
4. water and soil according to claim 2 separates the dam, and it is characterized in that: the axial line of described every soakaway trench and gallery axial line angle are 30 °～90 °.
5. water and soil according to claim 2 separates the dam, it is characterized in that: domatic the be arrangeding in parallel of the external wall of soakaway trench and Nei Ba slope on the body of the described Nei Ba of being positioned at slope.
6. water and soil according to claim 2 separates the dam, and it is characterized in that: the infiltration sand bed on the body of the described Nei Ba of being positioned at slope is provided with Sand-fixation net outward.
7. water and soil according to claim 2 separates the dam, and it is characterized in that: the soakaway trench on the body of the described Nei Ba of being positioned at slope is tilting.
8. water and soil according to claim 2 separates the dam, it is characterized in that: described soakaway trench is the infiltration sand tube, or is the pipe of the densely covered water seepage hole of tube wall.
According to claim 2 or 7 described water and soil separate dams, it is characterized in that: described soakaway trench is infiltration channel, and the infiltration channel upper end open is established the infiltration orifice plate.
10. water and soil according to claim 2 separates the dam, and it is characterized in that: the thickness of the infiltration sand bed of described soakaway trench periphery is for being at least 2cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220368799 CN202787191U (en) | 2012-07-30 | 2012-07-30 | Water and soil separation dam |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220368799 CN202787191U (en) | 2012-07-30 | 2012-07-30 | Water and soil separation dam |
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| Publication Number | Publication Date |
|---|---|
| CN202787191U true CN202787191U (en) | 2013-03-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220368799 Expired - Fee Related CN202787191U (en) | 2012-07-30 | 2012-07-30 | Water and soil separation dam |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102758417A (en) * | 2012-07-30 | 2012-10-31 | 黄海宽 | Method for water control and farmland building for environmental protection through water and soil separation and water and soil separation structure |
| CN106088108A (en) * | 2016-07-05 | 2016-11-09 | 武汉科技大学 | A kind of drainage wall for upstream type Tailings Dam |
-
2012
- 2012-07-30 CN CN 201220368799 patent/CN202787191U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102758417A (en) * | 2012-07-30 | 2012-10-31 | 黄海宽 | Method for water control and farmland building for environmental protection through water and soil separation and water and soil separation structure |
| CN102758417B (en) * | 2012-07-30 | 2016-01-13 | 黄海宽 | A kind of water and soil is separated the method for environmental protection and the water and soil isolating construction thereof of building up fields of harnessing the river |
| CN106088108A (en) * | 2016-07-05 | 2016-11-09 | 武汉科技大学 | A kind of drainage wall for upstream type Tailings Dam |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130313 Termination date: 20150730 |
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| EXPY | Termination of patent right or utility model |