CN2583964Y - Moist flowerpot - Google Patents

Abstract

The utility model relates to a moist flowerpot which belongs to an improved flowerpot for planting flowers and grass and making bonsai. The utility model is characterized in that an interlayer provided with an air hole is arranged in the flowerpot. The flowerpot can continuously provide right amount of moisture for soil in the flowerpot, and the growing environment for plant roots is improved effectively. The utility model has the advantages of reduced watering times and water consumption and extended water cycle, and thus, the purposes of saving water resources and reducing workload are realized.

Description

The flowerpot of preserving moisture

Technical field

The utility model belongs to a kind of modified flowerpot, and kind of grass and making potted landscape are used to grow flowers.

Technical background

Traditional flowerpot, function singleness can not provide an amount of moisture for the soil in the flowerpot lastingly effectively.The person of growing flowers otherwise periodically water for the flowers and plants in the flowerpot.Water dilutional hyponatremia, water will run off from the bottom of flowerpot, causes the waste of water resource, also will clear up the vestige that water flows through simultaneously, has increased workload virtually.Go on business or go out tourism more than two weeks if meet something, then very easily cause flowers and plants to thirst.

Summary of the invention

Problem to be solved in the utility model provides a kind of flowerpot of preserving moisture, and makes it enduringly effectively to improve the growing environment of plant root for the soil in the flowerpot provides an amount of moisture, avoids the waste of water resource, prolongs and waters the cycle.Also can prevent from simultaneously to rot because of watering the plant root that dilutional hyponatremia, impeded drainage cause.

The realization the technical solution of the utility model is: an interlayer is set in flowerpot, and this interlayer is provided with some air-vents.

When watering, too much water can flow under the flowerpot interlayer and store, when the soil on the interlayer was dry, the water that store the bottom came to provide an amount of moisture for the soil in the flowerpot by air-vent with the suction bar with absorbent function by the steam of natural evaporation under the normal temperature.Being located at the water in the layer that is filled with water of flowerpot bottom, is the main source of the required moisture of plant growing.

Description of drawings

Fig. 1 is the structural representation of one of the utility model;

Fig. 2 is two the structural representation of the utility model;

Fig. 3 is three the structural representation of the utility model;

Fig. 4 is four the structural representation of the utility model;

Each label is represented successively among the figure: flowerpot 1, interlayer 2, the layer 3 that is filled with water, suction bar 4, drainpipe 5, air-vent 6.

Embodiment

Referring to Fig. 1～4, be provided with an interlayer 2 in this flowerpot 1, this interlayer 2 is provided with some air-vents 6, and moisture is drained in the following layer 3 that is filled with water soon.

Fig. 1 is not for there being the preserve moisture structural representation of one of flowerpot of mouthful formula.Be provided with interlayer 2 in the flowerpot 1, interlayer 2 is divided into flowerpot two-layer up and down.The upper strata is used to contain the soil species flower, and lower floor is the layer 3 that is filled with water.When watering flowers, superfluous water can flow into and be kept at 3 li on the layer of being filled with water by the air-vent on the interlayer 26.3 li the water of layer that is filled with water after natural evaporation becomes steam, also is to enter soil and absorbed by soil by the air-vent on the interlayer 26.The plant that a this flowerpot suitable planting is more drought-enduring.

Fig. 2 is not for there being preserve moisture two structural representation of flowerpot of mouthful formula.Fig. 2 has increased suction bar 4 on the basis of Fig. 1, it is loaded in the air-vent 6 on the interlayer 2, to increase the dynamics to soil water supply.

Fig. 3 is the preserve moisture structural representation of one of flowerpot of open type.The drainage position of drainpipe 5 is located at the bottom of flowerpot 1, and the mouth of pipe height of drainpipe 5 must be lower than the interlayer 2 of 1 li in flowerpot.To guarantee that the soil in the flowerpot can not be immersed in water, avoid plant roots to occur rotting because of immersion, directly cause the growth that has influence on plant.

Fig. 4 is preserve moisture two structural representation of flowerpot of open type.Some suction bars 4 just on the basis of Fig. 3, have been increased.

The suction bar of the flowerpot of preserving moisture shown in Fig. 2,4 can adopt in the interior rigid material such as the pottery, cement of band micropore to make, and this class material can increase the service life because the existence of micropore has certain siphonage, and has corrosion resistant effect.The suction bar can be made solid or hollow, when plantation need be than the flowers and plants of juicy, can adopt hollowly, and is packed into water-absorption fiber in hollow cavity.

Claims (3)

1, a kind of flowerpot of preserving moisture is characterized in that being provided with in the flowerpot interlayer, and this interlayer is provided with air-vent.

2,, it is characterized in that in the part air-vent of interlayer, being equipped with the suction bar that feeds levels by the flowerpot of preserving moisture described in the right 1.

3, by the flowerpot of preserving moisture described in the right 2, the bar that it is characterized in that absorbing water is made with rigid materials such as the pottery of being with micropore, cement.

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