The flowerpot of a kind of energy automatic water-storing feedwater
Technical field
The utility model belongs to brings up flowers and plants articles for use technical field, relates to the flowerpot of a kind of energy automatic water-storing feedwater.
Background technology
At present the structure of conventional flowerpot is: by a flowerpot body, bear, joins a pallet and form in bottom.This type of flowerpot in use exists many defects, as: water loss is fast, easily dry and cracked; Water above, large water gaging is along outside, direct current basin, crack, not only water wasting but also time-consuming; Fertilising water contaminated environment also, be not the windowsill of getting wet, and there is pallet on the floor of getting wet exactly, and the flowerpot of moving, outwells the water in pallet, then flowerpot is moved back to former pallet, continues to connect the water of seepage, be very trouble, and permeability is poor.
For often not arranging the people of flowers, the gas permeability of soil and the upgrowth situation of root system are the restriction conditions of the good growth of flowers.Sometimes go on business a period of time and family in nobody time, water the growth of flowers also seemed to very important.To the people who grows flower a have simple in structure, the feedwater of inner automatic water-storing, air capacity of soils is good, the flowerpot that is conducive to plant root growth is also to support colored basic condition.
Utility model content
The purpose of this utility model be to provide a kind of can automatic water-storing the flowerpot of feedwater, solved in prior art the problem to flower sprinkling inconvenience.
The technical scheme that the utility model adopts is, comprises flowerpot basin body, and the inside of flowerpot basin body is provided with interior basin, and the bottom of interior basin is provided with water storage separation layer.
Feature of the present utility model is also,
Interior basin upper opening place is provided with fertile mouthful of water filling and ventilation hole.
Interior basin is network structure, and its surrounding and bottom are provided with some apertures.
The bottom of water storage separation layer is provided with some spacer legs, and the space that spacer leg supports is water storage, water supply district.
Fertile mouthful of water filling and ventilation hole respectively arrange 4, and equi-spaced apart is arranged.
The degree of depth in water storage, water supply district is set to 4cm.
The beneficial effects of the utility model are, with storage area, replace the bottom of common flowerpot to be used for collecting, storing the moisture leaking out.Secondly, in blocking-up flowerpot, soil root system contacts with the direct of liquid manure source, from general directly different from top watering, fertilizing, but indirectly water in flowerpot outside, according to plant to liquid manure, thereby impel root system of plant to grow to surrounding, reach the effect of Promoting plant growth.In addition, interior basin is netted basin, and unnecessary moisture content flows out in time can to make soil, is used for ensureing the ventilation of soil inside and communication, the exchange of upper and lower water system.
Accompanying drawing explanation
Fig. 1 is the three-dimensional sectional drawing of the flowerpot of a kind of energy of the utility model automatic water-storing feedwater;
Fig. 2 is the separation layer schematic diagram of the flowerpot of a kind of energy of the utility model automatic water-storing feedwater;
Fig. 3 is the vertical view of the flowerpot of a kind of energy of the utility model automatic water-storing feedwater;
Fig. 4 is the inside and outside basin Separated type combination schematic diagram of the flowerpot of a kind of energy of the utility model automatic water-storing feedwater;
Fig. 5 be the utility model a kind of can automatic water-storing the trend schematic diagram of water storage moisture content of flowerpot of feedwater;
Fig. 6 be the utility model a kind of can automatic water-storing the trend schematic diagram of feedwater moisture content of flowerpot of feedwater;
In figure, 1. flowerpot basin body, 2. interior basin, 3. aperture, 4. water storage separation layer, 5. spacer leg, 6. water filling is fertile mouthful, 7. water storage, water supply district, 8. ventilation hole.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is elaborated.
The flowerpot of a kind of energy automatic water-storing feedwater, structure as shown in Figure 1, comprise flowerpot basin body 1, the inside of flowerpot basin body 1 is provided with interior basin 2, the bottom of interior basin 2 is provided with water storage separation layer 4, interior basin 2 upper opening places are provided with fertile mouthful 6 of equi-spaced apart water filling and ventilation hole 8 each four, and interior basin 2 is network structure, it surrounding and bottom be provided with some apertures 3.
The flowerpot of a kind of energy of the utility model automatic water-storing feedwater, as shown in Figure 2, the bottom of water storage separation layer 4 is provided with some spacer legs 5, and the space that spacer leg 5 supports is water storage, water supply district 7.
The flowerpot of a kind of energy of the utility model automatic water-storing feedwater, the moisture content trend of water storage, water supply is as Fig. 5, shown in Fig. 6, moisture content and fertilizers for potted flowers pour into for fertile mouthful 6 by being arranged on the water filling on flowerpot top, pour into unnecessary moisture content and can penetrate into water storage, water supply district 7 by interior basin 2 aperture 3 above, when again needing moisture and not watered in time in flowers, just can absorb moisture content and the nutrient in Lai Zhi water storage, water supply district 7.