CN205357320U - Automatic planting container that water storage was irrigated - Google Patents
Automatic planting container that water storage was irrigated Download PDFInfo
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- CN205357320U CN205357320U CN201620035663.1U CN201620035663U CN205357320U CN 205357320 U CN205357320 U CN 205357320U CN 201620035663 U CN201620035663 U CN 201620035663U CN 205357320 U CN205357320 U CN 205357320U
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Abstract
The utility model discloses an enough automatic planting container that water storage was irrigated, including main storage water tank, planting groove, water level control device and reserve storage water tank, wherein, the box of main storage water tank has the intermediate layer of ability water storage, and interbedded top and bottom are equipped with water filling port and outlet respectively, the intermediate layer of the middle part of main storage water tank bottom is upwards protruding, and bellied below is equipped with reserve storage water tank, establish and be equipped with the spillway hole between the planting groove of the bellied both sides the superiors and reserve storage water tank, use the buffer tank to collect and spill over moisture when being higher than the spillway hole when planting the inslot water level, be equipped with the logical mouth of a river between the planting groove of lower floor and the bottom of main storage water tank, be equipped with the water level control device and adjust the depth of water of planting in the container on leading to the mouth of a river, meeting automatic water supply irrigation when the water level is less than the controlling water level line in planting the container, the utility model discloses the device is multiplicable aquatic, hygrophyte's planting variety not only, can also effectively collect and utilize the rainwater and be used for irrigating, improves water resource utilization rate.
Description
Technical field
This utility model relates to a kind of planting container, particularly relate to a kind of can the planting container irrigated of automatic water-storing, belong to planting container field.
Background technology
At present, the planting container that urban road both sides use, although play an important role in road is beautified the environment, but plantation is wide in variety based on the drought-enduring flower plant of potted plant seasonality, aquatic, Wet land flowers plant is relatively fewer, the regular maintenances such as the irrigation after plantation costly, particularly in summer, it is necessary to every day carries out man-made irrigation, in irrigation process, owing to current are excessive, moisture has spilling, leakage, and the effective rate of utilization of water resource is relatively low.This not only needs consuming substantial amounts of manually, increases cost, also needs to more water resource.For some, there is the planting container of automatic irrigation function, rainwater catchment system ability is relatively low, concentrate season particularly in summer rainfall; not only rainwater catchment system efficiency is low; and rainwater often can wash away planting matrix, overflow container, causes planting matrix to run off, pollute urban environment water.
Utility model content
This utility model aim to provide a kind of can automatic water-storing irrigate planting container; with solve existing planting container exist can not effectively utilize rainwater, rainwater often can wash away planting matrix, overflow container, causes planting matrix to run off; water resource waste, pollutes the problems such as urban environment water.
In order to solve above-mentioned technical problem, technical solution adopted in the utility model is:
The planting container that a kind of automatic water-storing is irrigated, including main storage tank, planting groove, water-level control apparatus and standby storage tank；Wherein, the upper end of this main storage tank is unlimited, and the casing of main storage tank is with the interlayer of energy water storage, and the top of interlayer and bottom are respectively equipped with water filling port and discharge outlet；The interlayer of the middle part bottom main storage tank is upwardly formed boss, boss be connected with standby storage tank；The inclined-plane, both sides of boss is sequentially provided with the planting groove of multi-step shape from top to bottom；The planting groove of the superiors is connected by the spillway hole through interlayer with standby storage tank, is provided with outlet pass, equipped with water-level control apparatus on this outlet pass between undermost planting groove and the bottom phase of main storage tank.
As the preferred structure of one of the present utility model, described water-level control apparatus by buoyant spheres, scalable connecting rod, block water ball and scalable water service pipe forms；The upper/lower terminal of scalable water service pipe is provided with cone ports, is respectively equipped with buoyant spheres and the ball that blocks water, is connected scalable connecting rod in buoyant spheres with blocking water between ball in the cone ports of upper/lower terminal；The bottom of described scalable water service pipe is connected on described outlet pass.
As the preferred structure of another kind of the present utility model, described boss be shaped as isosceles triangle；The inclined-plane of the both sides of this isosceles triangle is respectively provided with three layers planting groove from top to bottom successively；
As the preferred structure of another kind of the present utility model, described spillway hole is located at the planting groove of the superiors and is connected with interlayer the middle part at position or bottom part；Wherein, it is connected with drainage screen at spillway hole.
As another preferred structure of the present utility model, absorbent material interlayer is arranged below at described planting groove.
Major advantage of the present utility model includes: is controlled the depth of water in conciliation planting container by water-level control apparatus, is irrigated by automatic water supplement when water level is lower than controlling water level line in planting container, when water level is higher than spillway hole in planting groove, uses buffer tank to collect and overflow moisture；Not only can increase Hydrophytes and Phreatophytes kind, it is also possible to collect use part rainwater in rainy season and be used for irrigating, recycling, improves water utilization rate, reduces irrigation frequency, save cost.
Accompanying drawing explanation
Fig. 1 is the sectional structure schematic diagram that this utility model is overall；
Fig. 2 is the top view of Fig. 1.
The main storage tank of description of reference numerals: 1-, 2-planting groove, 3-outlet pass, A-water-level control apparatus, the standby storage tank of 4-, the scalable connecting rod of 5-buoyant spheres, 6-, 7-block water ball, the scalable water service pipe of 8-, 9-water filling port, 10-spillway hole, 11-discharge outlet, 12-drainage screen, 13-absorbent material interlayer, the interlayer of 14-energy water storage.
Detailed description of the invention
Referring to Fig. 1 and Fig. 2, provided by the utility model a kind of can automatic water-storing irrigate planting container, including main storage tank 1, planting groove 2, water-level control apparatus A and standby storage tank 4；Main storage tank 1 is made up of the interlayer 14 with energy water storage, is respectively equipped with water filling port 9 and discharge outlet 11 on the top of this interlayer 14 and bottom；The upper end of this main storage tank 1 is unlimited；The interlayer of the middle part bottom main storage tank 1 is upwardly formed boss, is connected with standby storage tank 4 at boss；The inclined-plane, both sides of boss is sequentially provided with the planting groove 2 of multi-step shape from top to bottom；Through the spillway hole 10 of interlayer, the planting groove of the superiors is connected with standby storage tank 4, it is preferred that described spillway hole is located at the planting groove of the superiors and is connected with interlayer the middle part at position or bottom part；It is provided with outlet pass, equipped with water-level control apparatus A on this outlet pass between undermost planting groove and main storage tank 1.
Described water-level control apparatus A by buoyant spheres 5, scalable connecting rod 6, block water ball 7 and scalable water service pipe 8 forms；Wherein, the upper/lower terminal of scalable water service pipe 8 is provided with cone ports, is respectively equipped with buoyant spheres 5 and the ball 7 that blocks water, is connected scalable connecting rod 6 in buoyant spheres 5 with blocking water between ball 7 in the cone ports of upper/lower terminal；The bottom of described scalable water service pipe 8 is connected on outlet pass 3.
Described boss be preferably shaped to isosceles triangle；It is further preferred that be respectively provided with three layers planting groove 2 on the inclined-plane on the two sides of isosceles triangle, the difference in height of adjacent planting groove 2 is preferably 20cm；Wherein, absorbent material interlayer 13 is arranged below at described planting groove 2.
This utility model in use, by being positioned at the water injection hole 9 of the top of interlayer 14, injects irrigation water, provides moisture for plant growing.Three layers 2 points of upper, middle and lower-rankings of step-like planting groove, the planting groove on upper strata 2 kinds plants drought-enduring plant, and the planting groove in middle level 2 kinds plants the plant of moisture-proof, planting groove 2 planting aquatic plants of lower floor.In planting groove 2, the depth of water is controlled by water-level control apparatus A, when water level decreasing in planting groove 2, buoyant spheres 5 buoyancy reduces, the buoyancy reduced passes to, by scalable connecting rod 6, the ball 7 that blocks water, the ball 7 that blocks water synchronizes to decline under the pressure effect of scalable connecting rod 6, the gap that water in main storage tank 1 will pass through to block water between ball 7 and scalable water service pipe 8 enters planting groove 2, makes the water level in planting groove 2 return to controlling water level.
When needing to change the depth of water in planting groove 2, by stretching the length of scalable connecting rod 6 and scalable water service pipe 8 simultaneously, it is adjusted to the depth of water of needs.Summer or rainy season, when in planting groove 2, water level is higher than hygrophyte root, in planting groove 2, moisture passes through spillway hole 10 and drainage screen 12, flows to standby storage tank 4.After rainy season, it is possible to the water in standby storage tank 4 is fed in main storage tank 1, rainwater is recycled.When needing the water in more change owner storage tank 1, the osculum 11 opening interlayer 14 bottom position can the irrigation water of the main storage tank 1 of emptying.
A typical embodiment of the present utility model is of a size of: main storage tank 1 adopts polythene material, length 100cm, width 50cm, height 70cm.Buoyant spheres 5: have certain buoyancy, when waterline exceedes buoyant spheres, buoyancy is more than the weight summation of buoyant spheres 5, scalable connecting rod 6 and the ball 7 that blocks water.The flexible height of scalable connecting rod 6 is 40cm, and the scalable flexible height of water service pipe 8 is flexible highly consistent with scalable connecting rod 6.
Claims (7)
1. the planting container that an automatic water-storing is irrigated, it is characterised in that include main storage tank, planting groove, water-level control apparatus and standby storage tank；Wherein, the upper end of this main storage tank is unlimited, and the casing of main storage tank is with the interlayer of energy water storage, and the top of interlayer and bottom are respectively equipped with water filling port and discharge outlet；The interlayer of the middle part bottom main storage tank is upwardly formed boss, boss be connected with standby storage tank；The inclined-plane, both sides of boss is sequentially provided with the planting groove of multi-step shape from top to bottom, the planting groove of the superiors is connected by the spillway hole through interlayer with standby storage tank, it is provided with outlet pass, equipped with water-level control apparatus on this outlet pass between undermost planting groove and main storage tank.
2. the planting container that automatic water-storing according to claim 1 is irrigated, it is characterised in that described water-level control apparatus by buoyant spheres, scalable connecting rod, block water ball and scalable water service pipe forms；The upper/lower terminal of scalable water service pipe is provided with cone ports, is respectively equipped with buoyant spheres and the ball that blocks water, is connected scalable connecting rod in buoyant spheres with blocking water between ball in the cone ports of upper/lower terminal；The bottom of described scalable water service pipe is connected on described outlet pass.
3. automatic water-storing according to claim 1 irrigate planting container, it is characterised in that described boss be shaped as isosceles triangle.
4. the planting container that the automatic water-storing according to claim 1 or 3 is irrigated, it is characterised in that be respectively provided with three layers planting groove on the inclined-plane of the both sides of boss from top to bottom successively.
5. the planting container that automatic water-storing according to claim 1 is irrigated, it is characterised in that described spillway hole is located at the planting groove of the superiors and is connected with interlayer the middle part at position or bottom part.
6. the planting container that automatic water-storing is irrigated according to claim 1 or 5, it is characterised in that be connected with drainage screen at spillway hole.
7. the planting container that automatic water-storing according to claim 1 is irrigated, it is characterised in that absorbent material interlayer is arranged below at described planting groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620035663.1U CN205357320U (en) | 2016-01-14 | 2016-01-14 | Automatic planting container that water storage was irrigated |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620035663.1U CN205357320U (en) | 2016-01-14 | 2016-01-14 | Automatic planting container that water storage was irrigated |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205357320U true CN205357320U (en) | 2016-07-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620035663.1U Active CN205357320U (en) | 2016-01-14 | 2016-01-14 | Automatic planting container that water storage was irrigated |
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| Country | Link |
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| CN (1) | CN205357320U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107079686A (en) * | 2017-04-19 | 2017-08-22 | 金诚信 | A kind of field of aquatic crops and harvesting method |
| CN108738868A (en) * | 2018-08-15 | 2018-11-06 | 龙岩市农业科学研究所 | A kind of novel flowers and plants cultivation cup |
-
2016
- 2016-01-14 CN CN201620035663.1U patent/CN205357320U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107079686A (en) * | 2017-04-19 | 2017-08-22 | 金诚信 | A kind of field of aquatic crops and harvesting method |
| CN107079686B (en) * | 2017-04-19 | 2018-04-03 | 金诚信 | A kind of field of aquatic crops and harvesting method |
| CN108738868A (en) * | 2018-08-15 | 2018-11-06 | 龙岩市农业科学研究所 | A kind of novel flowers and plants cultivation cup |
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