CN2311130Y

CN2311130Y - Water-storing fertilizer-keeping flower pot

Info

Publication number: CN2311130Y
Application number: CN 97242785
Authority: CN
Inventors: 俞惠楚
Original assignee: Individual
Current assignee: Individual
Priority date: 1997-12-01
Filing date: 1997-12-01
Publication date: 1999-03-24
Anticipated expiration: 2007-12-01

Abstract

The utility model discloses a water storage fertilizer-keeping flower pot, which is characterized in that the lower part of a partition disk (16) is provided with a hollow cylinder (7); the air ventilation passage (9) of the hollow cylinder (7) is sheathed on an air inlet and water drainage pipe (6); the air ventilation passage (9) is connected with an air ventilation pipe (17) and is communicated with a planting cavity (2); an annular fertilizer water cavity (8) is also communicated with the planting cavity (2); the position which is along the inner wall of a pot body (1) and passes through the partition disk (16) is provided with at least a water filling observation pipe (3) and a fertilizer pipe (19); the fertilizer pipe (19) is extended to the bottom of a water storage cavity (4). The utility model has the advantages of large effective space of a flower pot and good air ventilation performance. Besides, flower roots and tree roots can not directly contact with water; the utility model can obtain sufficient fertilizer water and can not rot roots. The utility model is favorable to flower growth. The utility model realizes the purposes of no need of frequently watering and fertilizing.

Description

Flowerpot capable of storing water and preserving fertility

The utility model relates to a kind of flowerpot, particularly relates to a kind of flowerpot capable of storing water and preserving fertility.

Common flowerpot kind flower needs people often to water and applies fertilizer.The people makes the flowers and trees of can not in time watering and apply fertilizer and just may dry up if grow flower.A large amount of potted flowers will be placed in the both sides of present many public utilities such as highway, bridge, and the workload of watering like this and applying fertilizer is very big.Therefore, if flowerpot can retaining and protected fertilely, just can often go to water and apply fertilizer and to grow vigorous for flowers and trees often keep the moisture content of needs and fertilizer.In order to address this problem existing a kind of flowerpot is to adopt Double bottom, and promptly a storage chamber is arranged at the bottom of flowerpot, and upper base adopts absorbent material to manufacture.And the epicoele at flowerpot adopts double-decker to place fertilizer in interlayer.Southwestern China clematis stem is crossed absorbent material and is absorbed rich water.The shortcoming of this structure is that sandwich has reduced the useful space and the complex process of flowerpot, the capillary root direct contact water of flowers and trees, and the mashed root of the easy generation of ventilating air permeability difference.In addition, also can't grasp the water level in the storage chamber, so result of use is not ideal enough.

The purpose of this utility model is that the useful space of a kind of flowerpot of design is big, and the flowers and trees suction is inhaled fertile effective, again flowerpot capable of storing water and preserving fertility that can be ventilated.

The utility model is achieved in that flowerpot capable of storing water and preserving fertility is formed by basin body with every dish, an air inlet drainpipe is vertically upward arranged on the bottom of basin body, the supporting lug of three symmetries is arranged at the madial wall bottom of basin body, every coiling seat on supporting lug, the top that forms basin body is the plantation chamber, the bottom is a storage chamber, it is characterized in that there is a hollow cylinder in central authorities below dish, there is airway in the central authorities of hollow cylinder and is enclosed within on the air inlet drainpipe, airway extends upward and the breather pipe above dish joins and with plant the chamber and communicate, the airway outside is that an annular rich water chamber also communicates with the plantation chamber, and a vent cap is arranged at the top of breather pipe.In addition, along the inwall of basin body and pass every dish and have at least a water filling observation tube and fertilizer pipe to extend to the bottom of storage chamber, in the bottom of water filling observation tube apopore is arranged, there is fertile hole the bottom of fertilizer pipe, and the bottom of hollow cylinder has rich water to enter the hole.

Following accompanying drawing has provided embodiment of the present utility model, is described further in conjunction with the accompanying drawings.

Fig. 1 is a main cross-sectional schematic of the present utility model;

Fig. 2 is a schematic top plan view of the present utility model;

Fig. 3 is a basin body master cross-sectional schematic of the present utility model;

Fig. 4 is a basin body schematic top plan view of the present utility model;

Fig. 5 takes off the main cross-sectional schematic that is connected as a single entity every dish and hollow cylinder, water filling observation tube, fertilizer pipe of basin body for the utility model;

Fig. 6 is the schematic top plan view of Fig. 5.

Symbolic representation among Fig. 1-6 is as follows: basin body 1, plantation chamber 2, water filling observation tube 3, storage chamber 4, apopore 5, air inlet drainpipe 6, hollow cylinder 7, annular rich water chamber 8, airway 9, air inlet 10, basin pin 11, rich water enter hole 12, go out fertile hole 13, soil 14, aperture 15, every dish 16, breather pipe 17, vent cap 18, fertilizer pipe 19, pipe cover 20, supporting lug 21.

The utility model has the advantages that having substituted sandwich with the fertilizer pipe makes the useful space of flowerpot big, flower It is by the soil in the annular rich water chamber on the hollow cylinder rich water to be drawn onto kind that the wood root does not directly contact water Plant the chamber, the air permeable effect of breather pipe makes well flowers and trees can not rot root, can absorb rich water again. Can pass through when watering The water filling observation tube is observed the water level of storage chamber. When excessive rainfall or when watering dilutional hyponatremia, the water that storage chamber is too much Can discharge by the air inlet drainpipe along airway. Therefore, can accomplish not need often to add fertile and water Make flowers and trees obtain sufficient rich water and well-grown.

Among the embodiment, fertilizer pipe 19 has two, and water filling observation tube 3 has one.And all have pipe cover 20 on the mouth of pipe, every coiling the aperture 15 that is covered with 1-6mm on 16 the plane, the rainwater in the flowerpot can flow to storage chamber 4 by aperture 15 when raining heavyly instantly.The height of breather pipe 17 is apart from every dish 16 upper surface 1.5cm, can guarantee air permeability and good.Is to become one with plastics die casting in order to use reliable and convenient every dish 16, hollow cylinder 7, breather pipe 17, water filling observation tube 3 and fertilizer pipe 19.

Claims

1. a flowerpot capable of storing water and preserving fertility is formed by basin body (1) with every dish (16), an air inlet drainpipe (6) is vertically upward arranged on the bottom of basin body (1), the supporting lug (21) of three symmetries is arranged at the madial wall bottom of basin body (1), the top that forms basin body (1) every dish (16) seat on supporting lug (21) is plantation chamber (2), the bottom is storage chamber (4), it is characterized in that there is a hollow cylinder (7) in central authorities below dish (16), there is airway (9) in the central authorities of hollow cylinder (7) and is enclosed within on the air inlet drainpipe (6), airway (9) extend upward and every the breather pipe (17) of dish above (16) join and with plant chamber (2) and communicate, airway (9) outside is that an annular rich water chamber (8) also communicates with plantation chamber (2), a vent cap (18) is arranged at the top of breather pipe (17), in addition, along the inwall of basin body (1) and pass every dish (16) and have at least a water filling observation tube (3) and a fertilizer pipe (19) to extend to the bottom of storage chamber (4), apopore (5) is arranged in the bottom of water filling observation tube (3), there is fertile hole (13) bottom of fertilizer pipe (19), the bottom of hollow cylinder (7) has rich water to enter hole (12).

2. according to the described flowerpot capable of storing water and preserving fertility of claim 1, it is characterized in that described fertilizer pipe (19) has two, water filling observation tube (3) to have one, and pipe lid (20) is all arranged on the mouth of pipe separately.

3. according to claim 1,2 described flowerpot capable of storing water and preserving fertility, it is characterized in that at the aperture (15) that on the plane of dish (16), is covered with 1-6mm.

4. according to the described flowerpot capable of storing water and preserving fertility of claim 1, the height that it is characterized in that breather pipe (17) is that distance is every dish (16) upper surface 1.5cm.

5. according to the described flowerpot capable of storing water and preserving fertility of claim 1, it is characterized in that every dish (16), hollow cylinder (7), breather pipe (17), water filling observation tube (3) and fertilizer pipe (19) be to become one with plastics die casting.