KR200309843Y1 - Soil and pollen water supply using atmospheric pressure difference - Google Patents

Abstract

The present invention relates to a pollen pollinator using an atmospheric pressure difference supplying moisture to soil and pollen soil for a long time by using an atmospheric pressure difference.

According to the present invention, a water bottle with an air hole is formed at the bottom so that water can be put therein and screwed into a soil hole with a water hole at the bottom to be inserted into the soil and pollen soil. As water is absorbed from the air, the air pressure inside the water bottle is kept lower than atmospheric pressure, and air bubbles flow into the water bottle from the air hole through the micro air hole formed in the water bottle.

This phenomenon occurs periodically over a long period of time, water does not leak from under the pot, and evenly distributes moisture throughout the soil and pollen soil through capillary phenomenon, so there is no loss of nutrients and the pollen soil does not harden, so it can always maintain soft pot soil. The flowers grow well. It also puts a buoyant thin disc in the water bottle so that the water level can be read.

Description

Soil and pollen moisture supply using atmospheric pressure difference {omitted}

The present invention relates to a pollinator water supply using the atmospheric pressure difference, more specifically, to supply a large amount of water and gourd when supplying water to the planted trees or pots. However, there is a case that the water is often supplied because the water is instantaneously overflowing or leaking down and the soil and pollen soil are drained within a short time. At this time, the flower may dry out due to inadequate moisture, or the soil and pollen soil become hard, which may make air circulation difficult and weaken the flower. In addition, even if you drop a drop continuously through the water pipe on the surface of the pollen soil, atmospheric pressure acts on the surface of the water, making it difficult to fine-tune water, so that the water infiltrate the pollen soil excessively, the roots of the flower may not be able to stick and dry. In some cases, the plants are weakened by forgetting to empty the house for a long time or water supply.

However, flowers and vegetables grown in the open field do not dry out or weaken because the moisture under the ground continuously causes capillary phenomena to maintain a small amount of moisture.

Therefore, the present invention does not leak water under the pollen by supplying fine moisture to the soil and pollen soil for a long time by using atmospheric pressure difference, capillary phenomenon occurs in the soil and pollen soil itself, so that a small amount of moisture in the soil and pollen soil for a long time It's about delivering.

The present invention relates to a water supply device designed in view of such a point, and after inserting water into a water bottle with an air hole at the bottom and screwing it into a soil flower with a water hole at the bottom, the inverted shape is directly inserted into the soil and pollen soil to make fine. Due to the supply of moisture, due to capillary phenomenon that the atmospheric pressure difference and the soil suck water, if a small amount of fine water is forced out of the water hole of the soil holder, the space filled with air inside the water bottle becomes lower than the atmospheric pressure. Air is sucked naturally in the water bottle and the air-filled space inside the water bottle is kept at a low pressure state, at least slightly lower than the low pressure above, so that no water leaks from the air hole and the water in the water hole formed in the soil holder When it touches, a small amount of water is forced out and provides a small amount of moisture to the pot for a long time, so that the soil in the pot itself Because symptoms can go soak up the side of a juicy little moisture it can always adequately maintain moisture in the pot.

Then, put a buoyant disc so that you can see the amount of water left in the water bottle.

1 is a cross-sectional view of an embodiment of the present invention

2: Assembled front view of the present invention

3: Right side view of FIG. 2

4: A-A 'cross section figure of FIG.

5: B detail of FIG. 4

<Description of Codes for Main Parts of Drawings>

1. Pollen 2. Pollen Soil

3. flower 4. water bottle

5. Trowel 6. Disc

10. Moisture supply 1a. Air hole

2a. Water hole 3a. Graduation

When water is inserted into a perforated water bottle according to the present invention and screwed into a perforated earthenware, it is related to soil and pollen pollinator using atmospheric pressure difference as shown in FIG. As follows.

Construct a male screw thread so that water can be screwed into the water bottle (4) and put a fine air hole (1a) at the bottom to guide the air bubbles into the water bottle 4 (4) Form a female thread on the soil holder (5) to be screwed in to form water holes (2a) at the bottom of the soil holder that can be inserted into the soil to induce moisture.

Put a thin disc (6) that can have buoyancy in this configuration into a water bottle (4), put water and fasten it with a soil holder (5), deeply plugged into the soil and pollen soil, using a potable moisture feeder that uses atmospheric pressure difference. By supplying a small amount of water directly to the inside of the soil periodically, the capillary phenomenon of the soil and pollen soil can deliver moisture throughout, and the water level inside the water bottle can be read due to the buoyancy of the thin disc (6) in the water bottle. have.

As described above, the present invention is to fasten the soil holder to the water bottle containing water or fertilizer mixed with water and put it in the soil or potted soil, so that the soil reaching the water hole of the soil holder sucks water, the upper space inside the water bottle is atmospheric pressure. When the pressure is lowered and there is a force not to supply the maximum amount of water, the water is sucked again over time, and a small air bubble rises from the bottom to maintain a lower pressure than the above atmospheric pressure.Therefore, a small amount of water penetrates into the capillary phenomenon. Therefore, moisture is transferred from bottom to top and bottom to side, so that water does not leak out of the pot, keeping moisture in the soil and potted soil. Therefore, pollen soil does not harden and does not give a large amount of water to the soil and pots at once, so there is no loss of nutrients, so the flower grows well.

In addition, it is a soil and pollen moisture supplyer using atmospheric pressure difference that can directly check the number of water by putting a thin disc with buoyancy inside the water bottle.

Claims (2)

It constitutes a micro-air hole (1a) at the bottom of the water bottle (4) formed with a male thread that can accommodate water, and a female hole and a water hole (2a) at the bottom of the soil thread (5) that can be inserted into the soil and pollen soil. Water into the soil and pots to deliver a small amount of water directly to the inside for a long time, so that the internal space of the water bottle (4) is always maintained at a lower air pressure than atmospheric pressure, soil using atmospheric pressure difference And pollen hydrators. The soil and pot water supply using the atmospheric pressure difference according to claim 1, wherein the water bottle (4) has a buoyancy thin disc (6) and a soil holder (5) is fastened to read the water level.