KR20150092826A - water indicator at flowerpot - Google Patents

Abstract

The present invention relates to a device for displaying a period for providing water when watering a plant and, specifically, to an indicator for displaying a watering period by indicating a change of a quantity in accordance with water evaporation naturally generated in a display device during watering, as a device for displaying moisture evaporation and a watering period of a plant with respect to sunlight, temperature, humidity, etc., by an outdoor environment in the same growth condition by corresponding to the soil dry state or the like, after filling a watering period display device with water in the case of watering a plant.

Description

Water indicator at flowerpot

The present invention is a display device for notifying a time when water should be sprayed on a plant according to a change in indication scale according to evaporation amount of water put in a water reservoir of a certain standard.

The location of the plant is very important because the evaporation of water varies depending on the cultivation environment. In the case of pots, not only are the conditions for receiving pot plants different from each other, but also depending on the place where the same pots are placed indoors. It is very difficult to remember because the kinds of flower plants vary, and watering cycles are different from species to plant. Therefore, when one or more watering plants are used, irrigation is often carried out on other species of plants. For example, a flowering plant is located on a sunny side because it can not flow if there is no sunshine, which is often the standard of any place in the house. Therefore, it is used to indicate the time of watering on different kinds of plants depending on kinds, sizes, places, seasons of pots and plants.

The key point of the present invention is that the irrigation water should be irrigated regularly as the degree of drying of the pottery soil should be periodically performed. There is a need to have different irrigation cycles depending on the type of plant, green field, and large farming area. If you give too much or too frequent water, if the roots continue to stay watery, the roots will be broken. Basically, potatoes differ from each other depending on the type of plant, and drainage and drying conditions differ depending on the amount and degree of potatoes. Therefore, each plant has a basic relation to irrigation.

Places for plants are irrigated in a form that is drenched when the surface is dry and the inner soil is dry, even if it is a plant that grows rather well in weak light. On the other hand, plants such as San Severus, Alorcassia, which are resistant to drying, are plants that are close to flesh and they hate water. In the case of cultivating various plants as described above, it is necessary to have a suitable view point for each plant.

When purchasing pollen from a seller (flower shop), the notation for the irrigation cycle is delivered in the form of a verbal or memo, so accurate information or a large amount of precautions are not transmitted. In particular, water is a qualitative indicator of water quality and watering cycle, so it is in this patent to clarify the time of watering.

The solution of the present invention is made of a transparent plastic of a certain standard and is cylindrical in the vertical direction so that the inside thereof is filled with water. Water is watered at the time of irrigation, and transparent plastic is floated in water with buoys that are red or visible plastic floating signs. The buoy is a plastic float, which displays the elevation according to the height of the water. Cylindrical transparent plastic surfaces are marked with a scale to indicate the quantity through the buoy.

It is to determine the time of watering by expressing scale of moisture evaporation in pollen by water level. That is, it determines the period of watering through the water evaporation amount of the water volume proportional to the water evaporation amount of the soil or the pollen soil. As a means of changing the viewpoint of watering, the height of the cylinder is made variable by being made of a cylindrical cylinder under the vertical cylindrical transparent plastic.

If the plant is close to fleshy, such as the stronger Siberiania and Alocacia, which is strong in drying, the tee will descend downward and allow sufficient depth of water for a long time after sufficient watering. On the contrary, if the elevation is increased, it becomes a device for displaying the watering time for the short evaporation amount. Cylindrical Transparent plastic scales can make plant names or symbols to enhance understanding of watering time. The plastic bucket is cylindrical and can function well even if it is tilted to the nearest degree. It is also possible to cultivate crops in fields and outdoors without limiting to pots.

The effect of the present invention is to determine the period of irrigation of soil (such as pollen soil), and to provide a suitable time for improving the growth and cultivation efficiency of the plant. In addition, quantitative indicators are delivered at places where sales are made or where they are delivered, thereby clarifying the timing of watering.

FIG. 1 is a view showing a water supply time display device
2, the installation example in the flowerpot
FIG. 3 shows an embodiment of the present invention
FIG. 4 shows the annular watering time display device of the present invention

Hereinafter, embodiments of the present invention will be described in detail.

FIG. 1 shows the structure of the present invention in which the body is composed of (1) a transparent water bottle to facilitate the identification of the position of the inner buoy. (1) The shape of the transparent water bottle can be formed into a column shape without regard to the cylindrical shape or the square shape, and it is also possible to form a vertical transparent window of one or more cylinders to detect the inside water level. (2) Buoys are (1) made of plastic in primary colors so that the level of the inside of the transparent water bottle can be checked easily. When water is applied to the plant, the water is supplied to the water indicator device at the same time as the soil. The position of the water indicator device is positioned perpendicular to the soil, and the water is supplied together. (1) In case of filling the transparent water bottle with water (9) (2) The buoy is raised upward. (1) In order to prevent the water from escaping from the transparent water bottle, (1) ) It is possible to prevent departure of the buoy. (2) Buoys are always on the water, so they will show the water level on the water. (1) In the transparent water bottle, (4) scale can be displayed to indicate the change in water level, and each (4) scale has a plant-specific indicator (6) suitable for water level.

(1) On the outside of the transparent water bottle, (3) Level adjustment is located. (1) It constitutes the frame with the friction force enough to fix the position but it slides with the transparent water bottle. (3) The position of the level adjusting frame can be adjusted. (3) The leveling frame is opaque, and depending on the level, (2) the buoys can be concealed in (3) leveling frames. (3) The level adjustment frame can be set to (3) the level adjustment mode according to the type of the initial plant or any given number, if it can be located in each of the (6) indicators. (3) The level adjustments were made as follows: (1) at the bottom of the transparent water bottle (7), and (1) at the top of the transparent water bottle, (1) The upper trumpet shape of the transparent water bottle affects the filled water quantity, and it can be formed into the shape of a fall pipe so that water can be easily collected at the time of water supply (9) The lid shape is to prevent foreign matter from entering from the outside.

Watering period indicator located at the same place as the plant can be influenced by sunlight and weather such as wind, so that the change of condition such as soil or pollen soil to the plant is detected. Naturally, when the sun is high (8) the evaporation of water vapor through the evaporator increases, and (2) the position of the buoy is lowered. (8) The evaporator must be sized to prevent (2) detachment of the buoy, but the water vapor is easily evaporated and the water is used as the water passage.

FIG. 2 is a graph showing the drying degree of a potted soil (102) in a pot (101) as a watering time display device in a pot (101) Device. (102) To the flower pot (7) The cot is inserted next to the (103) plant, so that the evaporation state of the water is precisely detected and displayed. At this time, even if the (100) watering period display device is inclined at a certain angle (2) since the buoy is activated, the watering time due to water evaporation can be displayed. (7) The bed is placed in the direction perpendicular to the soil (102), or (7) it is attached to the plant on the almost vertical line without the bed, or it is configured to hang the hook on the branch It is possible.

Fig. 3 shows that the installation can be utilized according to the kind of plants of various kinds such as a field or a garden where the (100) watering period display device is installed.

4 illustrates a watering time display device (100) in which a (10) ring is used by hanging a (10) ring on a plant, a stand, a leaf or the like using a ring instead of a have.

1: transparent water bottle
2: Buoy
3: Level adjustment frame
4: graduation
5: hanging jaw
6: Indices
7:
8: Evaporation port
9: water
10: Ring
100: Watering period indicator
101: Flowerpot
102: Flower pot
103: Plants

Claims (4)

An apparatus for indicating the watering period for supplying water to a plant, comprising: an index indicating a columnar transparent water bottle; quantifying the amount of evaporation with the position of the buoy or the water level according to the evaporation amount of the water; And an apparatus for selecting an indicator to classify the degree of evaporation. The method according to claim 1,
Wherein a transparent window having at least one transparent portion of the transparent water container is formed or a symbol for distinguishing the name or identification is inserted in the indicator on the indicator. The method according to claim 1,
In order to prevent the departure of the buoy, the upper jaw is provided and at the same time, the evaporator is made into the passage of water vapor. In order to facilitate the water flow into the bucket or to prevent the deviation of the level adjusting frame, And a cover is provided to prevent foreign matter from entering. The method according to claim 1,
Wherein the water supply device is installed in the soil by using an embankment or can be installed on the ground in case the support stand or the plant stand is almost vertical,

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