CN2551020Y - Soil plant, water plant, and breeding symbiotic water basin - Google Patents

Abstract

The utility model relates to a water basin for soil planting, water planting and cultivation symbiosis, which provides a water basin for simultaneously planting terrestrial plants, flowers and trees, aquatic plants and cultivating ornamental fishes, so that the water basin has better practical efficacy; mainly comprises the following steps: the water storage space of the outer pot is controlled by the ration and the absorption of the plants in the inner pot to be input into the inner pot, so that excessive problems can be avoided, and the effect of symbiosis of soil planting, water planting and cultivation of three bodies can be achieved.

Description

Soil plant, water plant, and breeding symbiotic water basin

technical field

The utility model relates to a water basin, in particular to a water basin in which soil plants, water plants and breeding coexist.

Background technique

Existing water basins can only be used as simple planting aquatic plants (for example: long grass, water lily, duckweed) and raising ornamental fish, but cannot be used as planting terrestrial plant flowers and trees, because the roots of terrestrial plants need to have ventilation, moisture Not too many characteristics, so the existing water basins are simply used to hold water for planting aquatic plants and stocking ornamental fish.

Utility model content

In order to overcome the deficiencies in the prior art, the purpose of this utility model is to provide a water basin in which soil plants, water plants and culture coexist, so that the water basin has the functions of planting aquatic plants and cultivating ornamental plants, and also has the function of planting terrestrial plants. The effect of raw plant flowers and trees, and the planted flowers and trees will not have the problem of excessive water, insufficient water and airtightness of the roots, achieving the unique effect of three-body symbiosis.

In order to achieve the above purpose, the utility model provides a symbiotic water basin for soil planting, water planting and breeding, comprising: an outer basin body, an inner basin body, a top cover, and a water control part; wherein, the outer basin body , the bottom is provided with a through hole, a certain height of the main ventilation pipe, the bottom surface of the upper peripheral edge is provided with a flange for the upper cover to fit together; the inner basin, the soil for planting terrestrial plants can be placed in the basin, and the inner basin The volume of the basin body is smaller than that of the outer basin body, and it is put into the outer basin body. The corresponding main ventilation pipe is provided at the bottom, and the main ventilation pipe also has a through hole, which can be fitted and positioned with the main ventilation pipe of the outer basin body. Moreover, the inner basin body The inner surface of the bottom of the basin is provided with a penetrating water inlet pipe for the assembly of water control parts. The water control parts can be automatically opened to allow water to enter when the water level (quantity) in the inner basin is insufficient. When the water level reaches the set volume, it will automatically open and close. Water; the combination of the inner and outer basins forms a water storage space therebetween, which can store water, and be used for planting aquatic plants and raising ornamental fish. Moreover, the water in the water storage space can be controlled by the water control parts. Input in the inner basin body, just can supply the water required by the inner basin body terrestrial plants; 1. The upper edge of the outer basin is fitted together to form the top of the water storage space, and the upper cover can also be removed when planting aquatic plants. Through the above structure, it can be disassembled and assembled to form an inner basin that can be planted. The terrestrial plants and the inner and outer basins can be used for planting aquatic plants and stocking ornamental fish, and the water storage between the inner and outer basins can be quantitatively supplied to the use of terrestrial plants in the inner basin and the storage of terrestrial plants in the inner basin. The roots still maintain a normal ventilation effect, achieving the effect of the symbiosis and coexistence of soil planting, water planting and breeding in a water basin.

The utility model has the advantages of:

First, it is set to be composed of an inner basin body, an outer basin body, an upper cover, and a water control member. The inner basin body is placed in the outer basin body, and a water storage space is formed therebetween, and the inner basin body can be used for planting terracotta. The living plants, flowers and trees, and the water storage and cutting space are used for planting aquatic plants and stocking ornamental fish, so as to achieve the beautiful and unique effect of making the water basin have better practicability and diversification of uses.

Second, both the inner and outer basins are equipped with main air pipes, which have the effect of not affecting water storage, but allowing the roots of terrestrial plants in the inner basin to breathe without affecting growth; The water storage space, with the water control parts, can make the water in the water storage space supply the terrestrial plants in the inner basin, but there will be no problem of excess or shortage, and the water can be controlled according to the absorption amount, and the water can be stopped to achieve automatic The efficacy of water supply.

Thirdly, in the upper cover, a circuit board LED light can be arranged, and can be energized to emit light, so that the water storage space has the effect of beautifying the light.

Fourth, the whole can be disassembled and assembled according to needs, providing the effect of conveniently replacing different flowers and trees and cleaning the water storage space.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is described in detail;

Fig. 1 is a three-dimensional decomposition and a partial sectional view of a preferred embodiment of the present invention;

Fig. 2 is a schematic diagram of the structure of the upper cover and the LED lamp of the utility model;

Fig. 3 is a schematic view of the utility model combined cross-sectional use state and (a) configuration of the inflating tube;

Fig. 4 is the schematic diagram of the utility model control water level state (A) high water level water stop (B) low water level water entry;

Fig. 5 is a diagram of a usage example of the utility model in a state where the upper cover is not used and the upper end is not closed.

Explanation of symbols in the figure:

10 Outer Basin 33 Fitting Groove

11, 21 Main vent pipe 34 Circuit board

110, 210, 300, 45 through-hole 35 LED lights

12 Screw thread 40 Water control parts

13 Flange 41 Soft hose

14 Auxiliary ventilation tube 42 Split seam

15 Capping 43 Floater

16 stopper rod 44 pallet

20 inner basin body H air

22 Inlet pipe L1 Land plants

23 Hollow locking bolt L2 Aquatic plants

30 cover L3 fish

31 Fitting flange W Water storage space

32 Tabs

Detailed ways

Please refer to Figures 1, 2, and 3, the utility model includes: an outer basin body 10, an inner basin body 20, an upper cover 30, and a water control member 40; wherein,

An outer basin body 10, the bottom is provided with a through hole 110, a certain height of the main air pipe 11, the bottom surface of the upper peripheral edge is provided with a flange 13 for the integration of the upper cover 30; and, the main air pipe 11 inner surface can be provided with Thread 12, and the bottom can be provided with auxiliary vent pipe 14, and auxiliary vent pipe 14 is equipped with the capping 15 of tool stopper rod 16, and can be used for the auxiliary input air of air pump 17 that connects air pump after capping 15 is removed, or also The inflating tube 17 may not be connected, and the cover 15 is used to close it, and the plug rod 16 is inserted into the auxiliary ventilation arm 14, which has the effect of preventing water from leaking out;

An inner basin body 20, soil can be placed in the basin for planting terrestrial plants L1, the volume of the inner basin body 20 is smaller than the outer basin body 10 and loaded into the outer basin body 10, and the corresponding main ventilation pipe 21 is provided at the bottom thereof, The main ventilation pipe 21 also has a through hole 210, which can be fitted and positioned with the main ventilation pipe 11 of the outer basin body 10 to form a sealed and positioned body, allowing external air to pass into the inner basin body 20, and the inner basin body 20 The inner surface of the bottom of the basin is provided with a penetrating water inlet pipe 22 for assembling the water control part 40. When the water level (quantity) in the inner basin body 20 is insufficient, the water control part 40 can be automatically opened to allow water input and the water level to reach the set value. Automatically close the water stop when measuring;

A combination of inner and outer basins 20, 10 forms a water storage space W therebetween, and can store water, and for planting aquatic plants L2, stocking ornamental fish L3 (as shown in Figure 5), and the water storage space The water of W, cooperates the control of water control part 40, can input in the interior basin body 20, just can supply interior basin body 10 required moisture of terrestrial plant L1; After fitting, a hollow locking bolt 23 with external threads can be set, and it can be locked with the thread 12 of the main ventilation pipe 11 of the outer basin body 10 to form a tight connection between the main ventilation pipes 21, 11 of the inner and outer basin bodies. function, so that the main ventilation pipes 11 and 21 of the inner and outer basins will not leak water;

An upper cover 30 is provided with a through hole 300 corresponding to the diameter of the inner basin body 30 and a fitting flange 31 of the flange 13 of the outer basin body 10, and can be integrated with the upper edge of the inner and outer basin bodies 10, 20, On the top of the water storage space W that is formed to protect the water storage space, the upper cover 30 can also be removed when planting aquatic plants L2 (as shown in Figure 5); An insertion groove 33 is formed, and a circuit board 34 (as shown in FIG. 2 ) with a plurality of LED lamps 35 can be plugged in, and has the power to emit light to form a lighting effect;

A water control part 40 is set at the end of a soft rubber tube 41 (rubber tube) and is provided with a floating block 43, and the setting position is provided with a slit 42, and the front end is then installed on the water inlet pipe 22 in the inner basin body 20. When the water level in the basin is high, the floating block 43 rises so that the split seam 42 is squeezed to form a water-stopping effect in a closed state; , forming the effect of opening the slit 42 and allowing water to flow in;

Through above-mentioned structure, the use, effect, effect of the present utility model, again detailed explanation is as follows:

As shown in Figures 3 and 5, a pallet 44 with a through hole 45 and a high height is matched in the inner basin body 10, and soil can be placed and land plants L1 flowers and trees can be planted, and can be selected as shown in Figure 3 Cover and close loam cake 30, and put in a suitable place to breed ornamental fish L3 in the water storage space W, or choose not to use loam cake 30 as shown in Fig. Aesthetic effect.

In terms of supplying 20 terrestrial plants L1 water in the inner basin body: as shown in Figure 4, when at a high water level (no need to enter the water), it is in the state of Figure 4 (A), and the water level makes the floating block 43 of the water control part 40 rise , and can make the soft rubber tube 41 also be promoted jointly, make the effect that squeezes and seals is formed at slit 42 places, and can allow water to be sealed and can not enter the effect in the basin body 20. The soil is soaked in water (soil can be filled in the supporting feet of the pallet 44, and the supporting feet have through holes to pass into water), when the roots of the terrestrial plant L1 absorb the soil moisture, the moisture in the inner basin volume 20 is used and drops to a minimum When the water level is at the water level, as shown in Figure 4(B), the floating block 43 descends, and the soft rubber hose 41 can be bent downwards, so that the slit 42 is opened, and the water in the water storage space W can pass through the water inlet pipe 22, the slit The slit 42 is input in the inner basin body 20 to form the effect of automatically supplying water and stopping water.

Again, it is worth mentioning that the inner and outer basins 20, 10 of the present utility model are provided with main ventilation pipes 21, 11, and the water level height set by the inner basin body 20 is lower than the height of the main ventilation pipe 21, Therefore, the external air H can be allowed to circulate in the inner basin body and the bottom surface of the pallet 44 through the main ventilation pipes 21, 11 and the hollow locking bolt 23, and the pallet 44 has a through hole 45, so that the land The root of the raw plant L1 has the effect of ventilation, which can be said to be no different from that of ordinary flower pots. It does not have the problem of not being able to provide ventilation to the roots due to water storage, and achieves the effect of not affecting the growth of plants.

As can be seen from the above description, the utility model has the functions of simultaneously planting terrestrial plants L1, aquatic plants L2, and stocking small ornamental fish L3, and is required for water storage and supply of aquatic plants, fish, and terrestrial plants. In the water basin (outer basin 10), the water quantity is automatically controlled to supply terrestrial plants, allowing air to circulate in the inner basin 20, forming a unique structure and effect of symbiosis of the three, so that the basin body is both a flowerpot and a water basin. , It is also the unique landscape of the aquarium, which has excellent practicality, uniqueness and enhancement effect.

In terms of the LED lamp 35 on the circuit board 34 of the loam cake 30: the LED lamp 35 can be energized to emit light, and the LED lamp 35 can also be selected or white light, or blue light, or red light, or orange light, or yellow light, and illuminate the water surface to form a pole. Beautiful lighting effect, which is an effect that cannot be achieved by existing water pots and flower pots. Again, also can as shown in Figure 3 (a), connect the inflating tube 17 with inflating function, and can inject the dissolved air amount of the water in the air, auxiliary water storage space W, be the state function of just an aquarium.

In addition, according to the above-mentioned technology and structural ideas, the utility model can also be implemented as follows: the shape of the outer basin body 10 and the inner basin body 20 can be set into geometric shapes such as square, polygonal, or elliptical , and the outer basin body 10, the loam cake can also choose to use transparent material or non-transparent material, all belong to the equivalent structure creativity category of the present utility model. The structure of the utility model is indeed an unprecedented utility model in the field of water basin articles, and the effect achieved also has excellent practicability and enhanced effect, which meets the requirements of utility model patents, and a patent application is hereby filed.

Claims (4)

1. The utility model provides a soil is planted, water is planted, breed intergrowth basin which characterized in that: comprises the following steps: an outer pot body, an inner pot body, an upper cover and a water control part; wherein,

the bottom of the outer pot body is provided with a main vent pipe with a through hole and a certain height, and the bottom surface of the periphery of the upper end is provided with a flange for the upper cover to be embedded into a whole;

the inner pot body can be used for placing soil for planting terrestrial plants, the inner pot body is smaller than the outer pot body and is arranged in the outer pot body, the bottom of the inner pot body is provided with a corresponding main vent pipe, the main vent pipe is also provided with a through hole and can be sleeved and positioned with the main vent pipe of the outer pot body, and the inner surface of the bottom of the inner pot body is provided with a through water inlet pipe for assembling a water control part for automatically opening and closing water;

the inner pot body and the outer pot body are combined into a whole, and a water storage space is formed between the inner pot body and the outer pot body;

the upper cover is provided with a through hole corresponding to the diameter of the inner pot body and an embedded flange of the outer pot body, and can be detachably embedded with the upper end edges of the inner pot body and the outer pot body into a whole to form a cover for protecting the upper surface of the water storage space.

2. The soil-planted, water-planted, aquaculture symbiotic water pot of claim 1, wherein: the bottom surface of the upper cover can be provided with two annular convex sheets, and an insertion groove is formed between the two annular convex sheets, so that a circuit board with a plurality of LED lamps can be inserted and assembled.

3. The soil-planted, water-planted, aquaculture symbiotic water pot of claim 1, wherein: after the main vent pipes of the inner pot body and the outer pot body are sleeved, a hollow locking bolt with outer screw teeth can be arranged and locked with the screw teeth of the main vent pipe of the outer pot body.

4. The soil-planted, water-planted, aquaculture symbiotic water pot of claim 1, wherein: the bottom of the outer pot can be provided with an auxiliary vent pipe, and the auxiliary vent pipe is detachably provided with a sealing cover with a plug rod.

Images