CN203015567U - Device constantly supplying moisture for ornamental plant bonsai - Google Patents

Abstract

The utility model relates to the field of biology and provides a device for continuously supplying water to flower bonsai. The utility model device is composed of a water storage device and a capillary water absorption device. The water storage device includes a water storage device, a water inlet pipe, a drain pipe, a valve, a water barrier, and a water outlet hole. The capillary water absorption device includes a capillary water suction pipe. Utilizes capillary principle to absorb water from the water reservoir to supply flower growth. The device provided by the utility model can continuously and stably supply water for flower bonsai, and has simple structure, low cost and convenient use.

Description

A device for continuously supplying water to flower bonsai

technical field

The invention relates to the biological field, in particular to a device for continuously supplying water to flower bonsai.

Background technique

At present, most of the flower bonsai cultivated in my country's families or gardens adopt the method of irrigating the soil surface, and this irrigation method must be irrigated every few days. Since this irrigation method is to irrigate every few days, the actual soil humidity in the flower pot is not constant, but alternately dry and wet. When it is dry, it may affect the growth of plants, and when the water is too much, it will cause root rot. If a small amount of irrigation is used many times, it will increase the management frequency and labor costs, and there will be many inconveniences; for people who go out for a long time, the flower bonsai will die because of neglect of management. Zhou Zongli discloses a bonsai watering device, which uses an electromagnetic switch to control irrigation every few days, which solves the problem of management frequency, but the device is too complicated and expensive, and is not suitable for home use. Yang Jianbo disclosed an automatic watering device for household bonsai, which uses the siphon principle to siphon the water in the water container into the bonsai for irrigation, which solves the problem of management frequency, and the cost is also low, but the actual application will cause too much siphon water , Water overflows in the bonsai.

Contents of the invention

In order to solve the problems existing in the prior art, the utility model provides a low-cost, simple-structured and easy-to-manage device for continuously supplying water to the flower bonsai, so as to realize the improvement of the flower bonsai.

In order to achieve this purpose, the utility model provides the following solutions, providing a device for continuously supplying water to flower bonsai, which is composed of a water storage device and a capillary water absorption device.

The water storage device includes a water storage device 11 , a water inlet pipe 12 , a drain pipe 13 , a valve 14 , a water barrier 15 , and a water outlet hole 16 ; the capillary water suction device includes a capillary water suction pipe 21 .

One side of the water storage device 11 is equipped with a water inlet pipe 12, and the other side is equipped with a drain pipe 13. The drain pipe 13 is equipped with a valve 14. The upper surface of the water storage device 11 is provided with a water outlet hole 16, and a water barrier is provided around the upper surface. 15. One end of the capillary suction pipe 21 is inserted into the water storage 11 from the outlet hole 16, and the other end is scattered and buried in the flowerpot 31, distributed intricately with the roots of the flowers 32, and absorbs water from the water storage 11 using the capillary principle.

Description of drawings

Fig. 1 is a side view structural representation of the present invention;

Fig. 2 is the top view structure schematic diagram of the present invention;

Among the figure: 11 is water reservoir, and 12 is water inlet pipe, and 13 is drain pipe, and 14 is valve, and 15 is water barrier, and 16 is water outlet hole, and 21 capillary suction pipes, and 31 is flowerpot, and 32 is flowers.

Detailed ways

The utility model provides the following solutions. It provides a device for continuously supplying water to flower bonsai, which is composed of a water storage device and a capillary water absorption device.

The water storage device includes a water storage device 11 , a water inlet pipe 12 , a drain pipe 13 , a valve 14 , a water barrier 15 , and a water outlet 16 ; the capillary suction device includes a capillary suction pipe 21 .

One side of the water storage device 11 is equipped with a water inlet pipe 12, and the other side is equipped with a drain pipe 13. The drain pipe 13 is equipped with a valve 14. The upper surface of the water storage device 11 is provided with a water outlet hole 16, and a water barrier is provided around the upper surface. 15. The flower pot 31 is placed on the upper surface of the water container 11 so that the overflow hole at the bottom of the flower pot 31 is opposite to the water outlet hole 16 on the upper surface of the water container 11 . One end of the capillary suction pipe 21 is inserted into the water reservoir 11 from the outlet hole 16 , and the other end is scattered and buried in the flowerpot 31 , and is intricately distributed with the roots of the flowers 32 .

The water storage 11 is made of glass or transparent plastic, the water quantity in the water storage 11 can be observed, and water can be added from the water inlet pipe 12 in time.

The capillary suction pipe 21 is made of cotton fiber or plastic capillary, absorbs water from the water storage 11 by using the capillary principle, and supplies the flowers 32 in the flowerpot 31 to grow.

Example:

A device for continuously supplying water to flower bonsai, as shown in Figure 1-2. It is composed of water storage device and capillary water absorption device.

The water storage device includes a water storage device 11 , a water inlet pipe 12 , a drain pipe 13 , a valve 14 , a water barrier 15 , and a water outlet hole 16 ; the capillary water suction device includes a capillary water suction pipe 21 .

One side of the water reservoir 11 is equipped with a water inlet pipe 12, and the other side is equipped with a drain pipe 13. The drain pipe 13 is equipped with a valve 14. The water reservoir 11 is made of glass or transparent plastic, and the water in the water reservoir 11 can be observed. For the amount of water, the upper surface of the water storage device 11 is provided with a water outlet hole 16, and a water barrier 15 is arranged around the upper surface. The flower pot 31 is placed on the upper surface of the water storage 11 so that the overflow hole at the bottom of the flower pot 31 is opposite to the water outlet hole 16 on the upper surface of the water storage 11 . Capillary suction pipe 21 is made of cotton fiber or plastic capillary, and one end is inserted in the water reservoir 11 from outlet hole 16, and the other end is scattered and buried in flowerpot 31, and the root system of flower 32 is intricately distributed.

When using this device, when planting flowers 32 in the flower pot 31, one end of the capillary suction pipe 21 is dispersed and buried in the flower pot 31, and one end is inserted into the water reservoir 11 from the water outlet 16, and the flower pot 31 Place it on the upper surface of the water reservoir 11. Add water from water inlet pipe 12, until water is full of water storage device 11, if add water too much, can overflow water storage device 11 from water outlet hole 16, but owing to have water barrier 15 to intercept, water can not overflow to the ground, more than The moisture can be released by opening the valve 14 on the drain pipe 13. When the water storage 11 is filled with water, the capillary suction pipe 21 absorbs water from the water storage 11 by using the capillary principle, and supplies the flowers 32 in the flowerpot 31 to grow.

In the above scheme, the specification and size of the device can be changed. The description of the above embodiment is only proposed as an example of the technical solution of a device for continuously supplying water to flower bonsai according to the present invention, and is not a single restriction on its structure and function.

Claims (3)

1. a device that continues supply moisture for flower landscape, be made of water storage device, capillary water absorption device;

Described water storage device comprises water receiver (11), water inlet pipe (12), drainpipe (13), valve (14), blocks boom (15), apopore (16); The capillary water absorption device comprises capillary water absorption pipe (21);

One side of water receiver (11) is equipped with water inlet pipe (12), and opposite side is equipped with drainpipe (13), and valve (14) is housed on drainpipe (13), and water receiver (11) upper surface is provided with apopore (16), is provided with around upper surface and blocks boom (15); Flowerpot (31) is placed on the upper surface of water receiver (11), makes the spillway hole of flowerpot (31) bottom relative with the apopore (16) of hydrophone (11) upper surface; One end of capillary water absorption pipe (21) is inserted in water receiver (11) from apopore (16), and the other end disperses to be embedded in flowerpot (31), with the crisscross distribution of root system of flowers (32).

2. device as claimed in claim 1 is characterized in that:

Described water receiver (11) is made by glass or transparent plastic, can observe the water yield in water receiver (11).

3. device as claimed in claim 1 is characterized in that:

Described capillary water absorption pipe (21) is made by cotton fibriia or plastic capillary, utilizes capillary theory to absorb water from water receiver (11), flowers (32) growth in supply flowerpot (31).

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