CN201754693U - Convenient flower growing device - Google Patents

Abstract

The utility model belongs to the technical field of flower cultivation, in particular to a convenient flower cultivation device. It consists of nutrient solution, nutrient solution bottle, siphon sheath, siphon, flower pot, substrate, plant, siphon sleeve and flower pot tray. Ventilation openings are added around the bottom of the flowerpot, in order to allow the bottom to ventilate smoothly during use, enhance the absorption of oxygen in the air inside the flowerpot, and facilitate the growth of crop roots. The flower pot is placed in the center above the tray, and the nutrient solution bottle is located next to the tray. The material filled in the siphon protection tube constitutes a siphon tube. When in use, the siphon tube connects the nutrient solution bottle with the substrate in the flower pot to achieve plant growth. irrigation; when idle, use a siphon sleeve to cover one end of the siphon to avoid wastage of nutrient solution. The siphon tube of the utility model realizes the function of watering the plants, and comprehensively utilizes capillary and siphon phenomena. The utility model has the advantages of convenient installation, plug-and-play, no manual supervision, low cost and energy saving.

Description

Convenient flower growing device

technical field

The utility model belongs to the technical field of flower cultivation, in particular to a convenient flower cultivation device.

Background technique

With the steady development of the social economy and the continuous improvement of people's living standards, growing flowers has become a favorite of many families and urban white-collar workers. Growing flowers can pass the time and adjust the usual fast and hurried pace of life; growing flowers can add greenery to the family and purify the air; growing flowers can add poetry to people and improve the quality of life. As we all know, growing flowers is a careful job. Flower growers need to take good care of the flowers they grow, such as regular watering, fertilization, loosening soil, repairing, etc., to meet the growth conditions of flowers as much as possible, so that they can grow comfortably and bloom as much as possible , even if it is short-lived. But in today's fast-paced society, many people need to travel frequently for work reasons, or family vacations, so they will inevitably be away from home for a period of time, leaving the flowers in an unattended state, which seriously affects the growth of flowers. Even due to long-term lack of water, the flowers and leaves will wither and wither. Based on these problems, we have carried out analysis research and experiments, and invented a kind of convenient flower growing device. The device can water and fertilize the flowers according to the moisture content of the soil in the flower pots in an unmanned state, so that the flowers can grow well under sufficient water and fertilizer conditions.

Contents of the invention

The purpose of the utility model is to provide a convenient flower growing device.

A convenient flower growing device proposed by the utility model is composed of a nutrient solution 1, a nutrient solution bottle 2, a siphon 4, a flower pot 5, a substrate 6, a plant 7, a siphon tube casing 8 and a flower pot tray 9. As shown in Figure 1 and Figure 2. Wherein, the nutrient solution 1 is contained in the nutrient solution bottle 2, the substrate 6 and the plant 7 are placed in the flowerpot 5, the flowerpot 5 is placed on the flowerpot tray 9, and one end of the siphon 4 is placed on the bottom of the nutrient solution bottle 2, During use, the other end of siphon tube 4 is inserted in the flower pot 5, and when idle, the other end of siphon tube 4 is put on siphon tube sleeve 8; During the process, the bottom of the pot can be ventilated smoothly, which can enhance the absorption of oxygen in the air inside the flower pot. The inside of the flower pot 5 is equipped with substrates and flowers suitable for growth; the bottom of the flower pot 5 is evenly distributed with round holes, and the number of the round holes depends on the specific conditions, and the middle and lower parts of the flower pot 5 are evenly distributed with round holes.

In the utility model, the siphon tube 4 is covered with a siphon tube sheath 3 .

In the utility model, there are 3-5 ventilation grooves at the bottom of the faceplate 5 .

In the utility model, there are 1-3 rows of circular holes evenly distributed in the middle and lower parts around the faceplate 5 .

In the utility model, the flowerpot tray 9 can adopt common trays, such as common trays purchased on the flower and bird market, placed at the bottom of the flowerpots to prevent the loss of nutrient solution or moisture inside the flowerpots.

In the utility model, the nutrient solution bottle 2 can adopt the mineral water bottle that reclaims or the plastic bottle that is similar to the mineral water bottle to make. Open a small hole on the bottle cap of the nutrient solution bottle 2. This small hole is used to pass through one end of the siphon tube 4. In order to make full use of the nutrient solution 1 in the nutrient solution bottle 2, one end of the siphon tube 4 needs to extend into the nutrient solution bottle. 2 bottom.

In the utility model, the nutrient solution 1 in the nutrient solution bottle 2 can inject different water and fertilizer ratio nutrient solutions according to the different kinds of plants 7 planted in the flower pot 5 .

In the utility model, what the siphon sheath 3 can adopt is the common hose used when drinking beverages, and the filters or cotton threads of cigarettes are used to fill in the siphon sheath 3 to serve as the siphon 4 .

In the utility model, the siphon tube 4 is the core unit of the whole convenient flower growing device, and it is the bridge of the whole device. The water content of the nutrient soil in the pot 5 sends the nutrient solution 1 with different water and fertilizer ratios from the nutrient solution bottle 2 to the flowerpot 5 to meet the growth of the plant 7 in the flowerpot 5 . In the idle state, only one end of the siphon inserted in the matrix 6 is pulled out, and the siphon casing 8 is put on.

In the utility model, the working principle of the siphon tube 4 is to combine the capillary phenomenon and the siphon phenomenon in physics.

The utility model work process is as follows:

Put the flower pot 5 in a ventilated place, put a suitable substrate 6 and plant 7 in the flower pot 5, place the flower pot 5 in the center of the flower pot tray 9, and fill the nutrient solution bottle 2 with suitable flowers. The water and fertilizer ratio nutrient solution 1 for the growth of plants 7 in the pot 5, put the nutrient solution bottle 2 next to the flowerpot tray 9, put the siphon tube 4 into the siphon tube sheath 3, and extend one end of the siphon tube 4 into the nutrient solution bottle 2, the other end is covered with a siphon sleeve 8, and the nutrient solution 1 in the nutrient solution bottle 2 will fill the entire siphon 4 according to the capillary principle. Such a set of convenient flower growing device has just been installed successfully.

After the convenient flower growing device is successfully installed, one end of the siphon sleeve 8 will be put on during use, the siphon sleeve 8 will be pulled out, and this end will be inserted in the matrix 6 in the flowerpot 5, and the nutrient solution bottle 2 The nutrient solution 1 will automatically send the nutrient solution 1 with different water and fertilizer ratios from the nutrient solution bottle 2 to the flowerpot 5 according to the moisture content of the nutrient soil in the flowerpot 5 through the siphon principle through the siphon tube 4, so as to meet the needs of the flowerpot 5. Growth of Plant 7. In the idle state, only the siphon tube 4 inserted in the matrix 6 is pulled out, and the siphon tube casing 8 is put on.

The utility model is characterized in that:

(1) Easy to install

The utility model only needs to add a nutrient solution bottle, siphon tube and siphon tube sheath beside the original designed flowerpot, without other requirements, and the size of the nutrient solution bottle can be selected according to one's own needs.

(2) Plug and Play

The siphon in the utility model can be plugged and played. When there are people at home, you can choose manual watering or automatic watering according to your personal preferences. If you choose manual watering, you only need to pull out the siphon from the flower pot and put on the siphon sleeve. , without contact with the substrate in the flower pot; if you choose automatic irrigation, you only need to insert the siphon into the substrate of the flower pot, and then it can irrigate by itself, which is truly plug-and-use.

(3) No human supervision required

After the utility model is installed, the siphon tube can be inserted into the flowerpot to work without manual supervision. It only needs to roughly calculate how many days the nutrient solution in the nutrient solution bottle can be used for irrigation, and replace it with a new nutrient solution when it is used up. Liquid bottle or in original nutrient solution bottle, fill the nutrient solution that is suitable for planting growth and get final product.

(4) Cheap and energy-saving

The nutrient solution bottle in the utility model is a mineral water bottle or a plastic bottle similar to a mineral water bottle. What the siphon sheath adopts is an ordinary hose used when drinking beverages, and the filter tip or cotton thread of a cigarette is used to fill in the siphon sheath to serve as siphon. These things are recycled and used for the second time, which is cheap and energy-saving.

Description of drawings

Fig. 1 is a structural representation of the utility model in use.

Fig. 2 is a structural diagram of the utility model in idle state.

Fig. 3 is a structural illustration of the bottom of the flowerpot of Embodiment 1.

Fig. 4 is the front view of the flowerpot of Embodiment 1.

Fig. 5 is an unfolded view of the flowerpot of Embodiment 1.

Numbers in the figure: 1 is the nutrient solution, 2 is the nutrient solution bottle, 3 is the siphon sheath, 4 is the siphon, 5 is the flowerpot, 6 is the substrate, 7 is the plant, 8 is the siphon sleeve, 9 is the flowerpot tray .

Detailed ways

Further describe the utility model below by embodiment.

Embodiment 1, place a face plate tray 9 on the ventilated balcony at home, its external diameter is 180mm, and material is plastics. Place a flower pot 5 on the flower tray 9, put into substrate 6 and plant 7 in the flower pot 5, the design of the flower pot 5 calibers is 200mm, and the bottom is 140mm, Fig. 3 is the bottom dimension figure of embodiment 1 flower pot, Fig. 4 is a front view of the flowerpot of Embodiment 1, and FIG. 5 is an expanded view of the flowerpot of Embodiment 1. The structure of the bottom of the flower pot is shown in Figure 3. In Figure 3, the radius of the circle with the center as the dot from the inside to the outside is 25mm, 39mm, 53mm, and 70mm; The diameter of the hole is 12mm; there are 8 arc holes at the bottom, and the arc of each arc hole is 15 degrees; the width of the slot at the bottom of the flowerpot is 16mm, and the specific distribution is shown in Figure 3. Figure 4. The front view of the flowerpot. The diameter of the upper side is 200mm, the diameter of the lower bottom is 140mm, and the height of the flowerpot is 200mm. There are 24 ventilating holes around the body of the flowerpot. The diameter of each hole is 5mm, and they are evenly distributed on the side of the flowerpot. , see Figure 4 for details.

Plant 5 here selects Chlorophytum laceum for use. Put the nutrient solution bottle next to the flower plate tray 9, the nutrient solution bottle adopts the Nongfu Spring bottle that has been drunk at home, and a small round hole is opened on the nutrient solution bottle 2 bottle cap, its diameter is 6mm, and it is suitable for the growth of Chlorophytum in the bottle. The nutrient solution 1 and the siphon sheath 3 use soft straws for drinking. The diameter of each straw is 6mm and the length is 200mm. If the length is not enough, you can connect the two straws and use them. After the filter tip of the cigarette and the siphon tube 4 are completed, one end of the siphon tube 4 is passed from the small round hole of the bottle cap of the nutrient solution bottle 2 to the bottom of the nutrient solution bottle 2, and the other end is covered with a siphon tube sheath 3, which is convenient The flower growing device is made successfully. When it is necessary to irrigate the Chlorophytum laceum in the flowerpot, as long as the siphon sheath 3 on the siphon 4 is pulled out, this end is inserted into the substrate 6 in the flowerpot, and the irrigation of the Chlorophytum laceae can be realized.

Claims (4)

1. A convenient flower growing device, consisting of a nutrient solution (1), a nutrient solution bottle (2), a siphon (4), a flower pot (5), a substrate (6), a siphon sleeve (8) and a flower pot tray (9) The composition is characterized in that the nutrient solution (1) is contained in the nutrient solution bottle (2), the matrix (6) is placed in the flowerpot (5), and the flowerpot (5) is placed on the flowerpot tray (9) One end of the siphon tube (4) is placed at the bottom of the nutrient solution bottle (2). When in use, the other end of the siphon tube (4) is inserted into the flower pot (5). When not in use, the other end of the siphon tube (4) is covered with a siphon sleeve tube (8); the bottom of the flowerpot (5) is a circular structure, and ventilation slots are evenly distributed along the surroundings; the bottom of the flowerpot (5) is evenly distributed with round holes; and the middle and lower parts of the flowerpot (5) are evenly distributed with round holes hole. 2. The convenient flower growing device according to claim 1, characterized in that the siphon tube (4) is covered with a siphon tube sheath (3). 3. The convenient flower growing device according to claim 1, characterized in that there are 3-5 ventilation slots at the bottom of the flower tray (5). 4. The convenient flower growing device according to claim 1, characterized in that 1-3 rows of round holes are evenly distributed in the middle and lower parts around the flower tray (5). the

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