KR20200038403A - Potted water supplied by the water level control means - Google Patents

Abstract

The present invention relates to a flowerpot which is water supplied by a water level control means. More specifically, the present invention relates to a flower pot which is installed in the flowerpot storing water at a certain level to supply water to keep the water level constant, and to provide water by controlling the water level of water stored in the flowerpot, thereby being able to save water.

Description

Pollen watered by water level control means {POTTED WATER SUPPLIED BY THE WATER LEVEL CONTROL MEANS}

The present invention relates to a pot that is watered by a water level control means, and more particularly, by installing a pot that stores water at a certain level, supplies water to always maintain a constant level, and adjusts the level of water stored in the pot. It relates to a pot that is watered by a water level control means capable of saving water.

In general, plant cultivation uses pots, and there is a hassle of supplying water at regular intervals to cultivate plants. If water is supplied to pots excessively, the plant may become ill and die, and a small amount of water If you supply the plant has a problem that the plant is dry.

In addition, there is a problem of wasting water because a large amount of water is supplied to a pot.

The prior art for supplying water to cultivate a plant is a prior art for supplying water to cultivate the plant, and the bottom of the planter is equipped with a water jacket on the outer wall and a protrusion having a walking net and drainage / ventilation at the bottom. A water supply device is attached to one surface, and the water supply device includes a supply tank having a drain hole at the bottom and a supply tank case through which the inlet flows out of the protrusion while covering the supply tank, at the lower side of the flower pot, through the flow path. While in communication with the water jacket, the opening and closing member for opening and closing of the lower outlet of the flow path is provided with a working piece extending over one side, and a water tank equipped with a water tank case at the upper part, and a connecting port protruding from the upper surface of the water tank to communicate with the supply tank. The upper part has a ball tap fixed to the upper end of the support that is connected to the working piece and a water supply device comprising an expansion member installed below it. The plant is supplied with a certain amount of water through a pot.

However, in the case of pots for plant cultivation, it is possible to supply a certain amount of water, but there is a problem in that the water supply amount can not be adjusted according to various plants because the water level and the amount of water to be supplied are determined.

The present invention has been devised to solve the above problems, and the object of the present invention is to maintain the water level by constantly supplying the necessary water to the inside of the pot, and to adjust the water level according to the amount of water required. It is to provide a pot that is watered by the adjusting means.

Another object of the present invention is to provide a pot that is water-supplied by a water level control means that is installed inside the pot to grow the plant to maintain a certain amount of water level at all times to maintain the water required for plant cultivation at all times.

Another object of the present invention is to adjust the position according to the amount of water required to determine the water level, and can supply the water to be supplied according to the water level, thereby preventing the waste of water and watering by a water level control means capable of saving water. To provide.

The present invention for achieving the above object is to store the water at a certain level, a pot formed with a discharge hole for discharging water above a certain level; It consists of a water level control means arranged inside the pot to adjust the water level of the supplied water, wherein the water level control means is located inside the pot, the supply pipe receiving water from the top, and discharging water from the bottom It characterized in that it consists of a storage unit having a discharge pipe formed therein, and a water level control unit coupled to the supply pipe inside the storage unit and controlling water flowing from the supply pipe according to the stored water level.

The water level control unit is connected to one side of the supply pipe, a body having an inflow hole through which water flows, a stopper coupled to the other side of the body, and a cap opened and closed, and moved according to the water level stored in the storage unit to open the stopper. It is preferably made of a buoyant container.

The water level control unit, one side of the supply pipe is connected, the other side is disposed inside the storage unit, the body is formed with an inlet hole through which water flows, and one side is connected to the other end of the body, and gradually expands from top to bottom It is preferable that an expansion hole for introducing water is formed, and a stopper having a plurality of through holes through which water is discharged is formed at an end of the expansion hole, and a buoyant tube inserted into the inlet hole to open and close the expansion hole according to the water level.

Composed between the supply pipe and the body, the bracket is exposed to the outside on one side, and is made of a moving member that is connected to one end of the bracket to move the bracket in the longitudinal direction through rotation to adjust the height of the water level control unit It is preferred.

It is preferably coupled to the supply pipe, further includes a supply hose for moving the water supplied from the outside to the inside of the storage unit.

The storage portion is preferably made of a partition partitioning the inside of the pot to store water, and a cover coupled to the top of the partition.

The storage unit is preferably made of a case that can be fixed to a specific position through a coupling portion inside the pot, and a cover coupled to the top of the case.

According to the flowerpot watered by the water level control means according to the present invention, the water required inside the flowerpot is always supplied constantly to maintain the water level, and the water level is always supplied to the plants by adjusting the water level according to the amount of water required. It has the effect of cultivating plants.

According to the present invention, there is an advantage that can be installed in the pot to grow the plant to maintain a certain amount of water level at all times to always maintain the water required for plant cultivation.

According to the present invention, the water level can be determined by adjusting the position according to the required amount of water, and the supplied water can be supplied according to the water level, thereby preventing waste of water and saving water. It also has the advantage of cultivating plants.

1 is a cross-sectional view showing a pot that is watered by the water level control means according to the present invention,
2 is a conceptual diagram showing various forms of the water level control unit according to the present invention,
3 is a conceptual diagram showing various forms of a storage unit according to the present invention;
4 is a conceptual diagram showing a moving state of the water level control unit according to the present invention,
5 is a conceptual diagram showing various forms of a coupling portion according to the present invention,
6 is an operation diagram showing a supply state of water according to the present invention.

Hereinafter will be described in detail with reference to the accompanying drawings with respect to the pot that is watered by the water level control means according to the present invention.

1 is a cross-sectional view showing a pot that is watered by the water level control means according to the present invention, Figure 2 is a conceptual diagram showing various forms of the water level control unit according to the present invention, Figure 3 is a variety of storage unit according to the present invention 4 is a conceptual diagram showing a moving state of a water level control unit according to the present invention, FIG. 5 is a conceptual diagram showing various forms of a coupling unit according to the present invention, and FIG. 6 is a supply of water according to the present invention It is an operation diagram showing the state.

The present invention in Figures 1 to 6 relates to a pot that is watered by the water level control means, and more particularly, by installing a pot that stores a certain level of water to supply water to always maintain a constant water level, to the pot It relates to a pot that is watered by a water level control means capable of saving water supplied by adjusting the water level of the stored water.

The present invention consists of a pot (100) and a water level control means (200) so that water can always be supplied and stored at a certain level when growing a plant.

The pot 100 stores water at a certain level, and a discharge hole 110 for discharging water at a certain level or more is formed.

Therefore, the pot 100 stores water at a certain level, but when the water level is increased by water supplied from the outside, it can be discharged to the outside through the discharge hole 110.

In addition, the discharge hole 110 is located in the lower portion of the pot 100, air may be introduced from the bottom.

And the water level control means 200 is disposed inside the pot 100 to adjust the water level of the water supplied.

The water level control means 200 is located inside the pot 100, a supply pipe 211 for receiving water from the top, and a storage unit 210 formed with a discharge pipe 212 for discharging water from the bottom. , It is coupled to the supply pipe 211 inside the storage unit 210, it is composed of a water level control unit 220 for controlling the water flowing from the supply pipe 211 according to the stored water level.

At this time, the supply pipe 211 may be located on the top or side of the storage unit 210, when placed on the inside of the pot 100, if placed on the side of the pot 100 It is positioned to protrude from the side to the outside.

And it is coupled to the supply pipe 211, the supply hose 250 for moving the water supplied from the outside into the interior of the storage unit 210 is further included.

The supply hose 250 is coupled to the supply pipe 211 exposed to the inside or outside of the flower pot 100 to induce water flowing from the outside to supply it to the storage unit 210.

In addition, the discharge pipe 212 is disposed at a low position so as to match the water level to the pot 100 and the storage 210.

Therefore, the water introduced through the supply pipe 211 is discharged through the discharge pipe 212 so that the water stored in the pot 100 and the storage unit 210 maintains the same water level and is supplied in accordance with the changed water level. Water can be adjusted.

In addition, the supply appeal 250 receives water from the outside, is connected to a discharge means for discharging water, such as a faucet, and can receive water through water pressure, a pump, or the like.

Here, the water level control unit 220 is configured as follows.

As shown in (a) of Figure 2, the water level control unit 220, one side is connected to the supply pipe 211, the body 221 formed with an inlet hole through which water flows, and the body 221 of It is composed of a stopper 222 coupled to the other side and opened and closed, and a buoyancy tube 223 that moves to match the water level stored in the storage unit 210 to open and close the stopper 222.

That is, the buoyancy cylinder 223 moves according to the water level of the introduced water, and the stopper 222 moves by the water level of the buoyancy container 223 to open and close the inlet hole 221a.

As shown in (b) of Figure 2, the water level control unit 220, one side of the supply pipe 211 is connected, the other side is disposed inside the storage unit 210, the inlet hole through which water flows The body 221 formed with (221a) and one side is connected to the other end of the body 221, and gradually expands gradually from top to bottom to form an expansion hole 222a for introducing water and the expansion hole 222a At the end of), a stopper 222 having a plurality of through holes 222b through which water is discharged, and a buoyancy tube 223 inserted into the inlet hole 221a to open and close the expansion hole 222a according to the water level. Is done.

That is, the buoyancy cylinder 223 moves according to the water level of the introduced water, and is configured to open and close the expansion hole 222a through the buoyancy cylinder 223.

In this way, the water level control unit 220 through the floating buoyancy tube 223, which is changed by the water level of the introduced water, the inlet hole 221a through the stopper 222 or the buoyancy tube 223 The amount of water introduced and closed can be adjusted according to the water level.

And coupled between the supply pipe 211 and the body, one side of the bracket 230 is exposed to the outside, and is connected to one end of the bracket 230 to move the bracket 230 through the rotation in the longitudinal direction It further includes a moving member 240 to adjust the height of the water level control unit 220.

Here, at one end of the bracket 230 and the end of the moving member 240, the height of the bracket 230 is adjusted by rotating the bracket 230 through a coupling structure such as a bolt or a nut.

In addition, one side of the movable member 240 is connected to the bracket 230 and the other side is made of a flexible tube, so that the pot member 100 can be operated outside or at a predetermined distance or more.

At this time, the bracket 230 and the supply pipe 211 are made to move up and down when the bracket 230 is rotated through screwing.

In addition, the movable member 240 is inserted along the inside or outside of the supply hose 250 so as to be easily combined with the bracket 230, so that the user's operation is convenient and can be easily used within a complex structure. You can.

Here, even if the buoyancy cylinder 223 rotates like the bracket, it is in close contact with the storage unit 210 and can no longer be rotated, so that the height can be adjusted.

And the storage unit 210 is configured as follows.

As illustrated in (a) of FIG. 3, the storage unit 210 partitions the inside of the flowerpot 100 to store water, and a cover coupled to the upper end of the partition wall 213 ( 215).

As shown in (b) of FIG. 3, the storage unit 210 includes a case 214 that can be fixed to a specific location through a coupling unit 260 inside the flowerpot 100, and the case 214 ) Is composed of a cover 215 coupled to the top.

That is, the storage unit 210 is made of the partition wall 213 or the case 214 so as to be partitioned from the flowerpot 100 so as to store the inflowing water, and prevents the upper portion through the cover 215. You can.

At this time, the partition wall 213 is integrally formed with the flowerpot 100 to lower the manufacturing cost, and can be conveniently used with the flowerpot 100.

In addition, the case 214 can be easily used because the water level can be adjusted by changing the position in the pot 100 according to the type of plant planted in the pot 100.

Here, the coupling portion formed in the case 214 is made as follows so that the case 214 can be fixed inside the flower pot 100.

Therefore, the coupling part 260 is made of various configurations, and is composed of a pressing plate 261, a fixed support 262 and a movable support 263, a guide rod 264 and a guide member 265.

As shown in (a) of FIG. 5, the coupling part 260 is composed of the pressing plate 261 that is coupled to the outer surface of the case 214 and fixed to the wall surface of the flower pot.

That is, the pressing plate 261 of a rubber material, which is commonly used, is selectively coupled to a plurality of side and bottom surfaces of the case 214 to fix the inner surface according to the required water level in the pot 100.

At this time, the number of the pressing plate 261 can be adjusted according to the use environment fixed to the case 214 through a fitting engagement.

As shown in (b) of Figure 5, the coupling portion 260 is coupled to the fixed support 262 coupled to the lower portion of the case 214 and the fixed support 262 to adjust the height, the It consists of a mobile support 263 to support the case 214.

Here, the fixed support 262 is coupled to one or more of the lower portion of the case 214, it is preferable to use four to support stably.

In addition, the movable support 263 is inserted into the fixed support 262 to enable height adjustment, and can be fixed by adjusting the height of the movable support 263 through a general configuration such as screwing and projection.

Here, the plurality of the movable supports 263 can be individually adjusted in height, so that it can be installed in a horizontal state in accordance with a slope, a step, etc. of the bottom surface of the pot 100.

In addition, the pressing plate 261 may be installed on the side surface of the case 214, and the fixing support 262 and the moving support 263 may be installed on the lower surface to be used in combination.

Through this, the case 214 supports the horizontal level stably on the bottom surface of the flowerpot 100 through the fixing support 262 and the moving support 263, and the side surface through the pressing plate 261 It can be prevented from being moved arbitrarily due to stored water or shock by attaching to the inner wall of the pot 100.

As shown in (c) of FIG. 5, the coupling part 260 is coupled to the outside of the case 214 and the guide bar 264 vertically disposed in the flowerpot 100 and the guide bar 264. Accordingly, it is made of a guide member 265 that moves up and down, and the guide member 265 further includes a fixing member 267 that can be fixed at a specific position by pressing the guide rod 264.

That is, the guide member 265 is inserted into the guide rod 264 disposed in the vertical direction inside the flower pot 100.

At this time, the guide member 265 is formed with an insertion groove 266 into which the guide rod 264 is inserted, and the fixing member 267 is provided with the guide rod 264 on the inner surface of the insertion groove 266. It is made to be operated from the outside of the guide member 265 so as to fix the guide member 265 by pressing.

Through this, the case 214 can be fixed by adjusting the height according to the water level required for the pot through the shanghai east along the guide rod 264.

As described above, when the case 214 is formed, the water level adjusting means 200 may be fixed to a desired position inside the pot 100 through the coupling part 260.

After that, the pot 100 may contain soil, fertilizer, etc. to grow the plant.

In addition, the water level adjusting means 200 using the case 214 can be used in addition to the pot 100, a sink, a sink, and a water tank for a barn to supply a constant amount of water to maintain the water level at all times.

In this way, water can be stored and used in various places where a constant water level needs to be maintained to save water and provide convenience.

Next, an operation state in which water is supplied to the pot 100 will be described.

As shown in Figure 6, the water flowing in from the outside flows into the case 214 through the inlet hole 221a along the supply hose 250, and the introduced water flows through the outlet pipe 212. It is stored in the pot (100).

In this way, water is stored in the pot 100 and the water level increases, and the water level in the case 214 increases in accordance with the water level of the pot 100.

In addition, when the water level increases in the case 214, buoyancy is applied to the buoyancy cylinder 223 to block the inflow hole 221a through the water level control unit 220 to prevent water from entering.

Thereafter, when the water level stored in the flowerpot 100 and the case 214 decreases, the water level control unit 220 is opened, and the flowerpot 100 is subjected to a repeated operation in which water is introduced through the inlet hole 221a. ), Water is always stored at a constant level.

Here, the water level in the flowerpot 100 can be adjusted according to the position of the case 214, and the case 214 can be selectively fixed to a required position in the flowerpot 100 through the coupling part 260. have.

In addition, by adjusting the position of the buoyancy tube 223 from outside without additional manipulation within the flowerpot 100 using the moving member 240 without moving the case 214 to adjust the water level within a narrow range. You can.

Through this, it is possible to efficiently control the amount of water supplied to the cultivation of plants and the drinking water of livestock by adjusting the water level according to changes in the weather, surrounding environment, and the like.

As described above, the rights of the present invention are not limited to the embodiments described above, but are defined by the claims, and various modifications and adaptations within the scope of the rights described in the claims by those skilled in the art of the present invention It is obvious that you can do it.

100: pot 110: vent hole
200: water level control means 210: storage unit
211: supply pipe 212: discharge pipe
213: bulkhead 214: case
215: cover 220: water level control
221: body 221a: inlet hole
222: stopper 222a: expansion hole
222b: through 223: buoyancy tank
230: bracket 240: moving member
250: supply hose 260: coupling
261: pressure plate 262: fixed support
263: moving support 264: guide rod
265: guide member 266: insertion groove
267: fixing member

Claims (7)

A potted plant 100 having a discharge hole 110 for storing water at a certain level and discharging water at a certain level or more;
It is arranged inside the flowerpot 100 is made of a water level adjusting means 200 for adjusting the water level of the supplied water,
The water level control means 200,
It is located inside the pot 100, a supply pipe 211 for receiving water from the top, and a storage unit 210 formed with a discharge pipe 212 for discharging water from the bottom,
Water level control, characterized in that consisting of; coupled to the supply pipe 211 inside the storage unit 210, to control the water flowing in from the supply pipe 211 according to the stored water level; Potted plant watered by means. According to claim 1,
The water level control unit 220,
A body 221 having one side connected to the supply pipe 211 and having an inlet hole 221a through which water flows,
A stopper 222 that is coupled to the other side of the body 221 to open and close,
A pot that is watered by a water level control means, characterized in that it consists of a buoyant tube (223) that moves to match the water level stored in the storage unit (210) to open and close the stopper (222). According to claim 1,
The water level control unit 220,
One side of the supply pipe 211 is connected, the other side is disposed inside the storage unit 210, the body 221 is formed with an inlet hole through which water flows,
One side is connected to the other end of the body 221, and gradually expands from top to bottom to form an expansion hole 222a for introducing water, and a plurality of through-holes through which water is discharged at the end of the expansion hole 222a The stopper 222 is formed (222b),
Potted by the water level control means, characterized in that it is inserted into the inlet hole (221a) is made of a buoyancy tube (223) to open and close the expansion hole (222a) according to the water level. The method according to claim 1 or 2,
It is coupled between the supply pipe 211 and the body, the bracket 230, one side of which is exposed to the outside,
Water level adjustment, characterized in that it consists of a moving member (240) that is connected to one end of the bracket (230) and moves the bracket (230) in the longitudinal direction through rotation to adjust the height of the water level control unit (220). Potted plant watered by means. According to claim 1,
A pot that is coupled to the supply pipe 211 and is supplied by a water level control means further comprising a supply hose 250 that moves water supplied from the outside into the storage unit. According to claim 1,
The storage unit 210 is divided by the inside of the pot to store the water, and the water supply by the water level control means, characterized in that consisting of a cover 215 coupled to the top of the partition wall 213 Potted plants. According to claim 1,
The storage unit 210 is characterized in that it consists of a case 214 that can be fixed to a specific location through a coupling unit 260 inside the pot, and a cover 215 coupled to the top of the case 214. A pot that is watered by a water level control means.

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