KR102039379B1 - multi-pot with a water tank which is easy for planting - Google Patents

Abstract

The present invention is a potted plant for growing young shrubs until they are sold or planted in the open field, and is a technology related to a water storage tank multi-potted plant that can be easily planted and can reduce water waste. A lattice body having a plurality of divided spaces formed in a form in which an upper side is opened by a horizontal bulkhead and a vertical bulkhead, the horizontal bulkhead being provided in a horizontal direction to be divided into an upper space and a lower space; A connection hole formed in the horizontal partition wall so as to be vertically opened in each of the divided spaces; A support container inserted into the division space such that a lower surface is positioned above the connection hole; It is inserted into the support container is seated in a concave shape, the lower region is passed through the support container to reach the lower space, the growth holder made of a material having an absorbent; characterized in that it comprises a.

Description

Multi-pot with a water tank which is easy for planting}

The present invention relates to a potted plant for growing young shrubs or growing them before they are planted in the open field.

Various shrubs are grown in open fields and plastic houses for sale as landscaping water, but hard labor is required to safely plant young shrubs rooted in the ground.

As the rural population ages, it is not easy to plant shrubs that require hard labor in the face of labor shortages.

On the other hand, using the pots to grow shrubs, but it is difficult to manage individual pots, and when planting, the roots do not easily fall out of the pots and often have to put a lot of power.

In addition, when using individual pots, water must be periodically supplied, which also adds to the labor shortage problem, and a significant amount of water sprayed is immediately drained away, resulting in waste of precious water resources. .

In the related art of the present invention, the "watering multi-use pot" of the Republic of Korea Utility Model No. 20-0367528 is known.

1 is a cross-sectional view showing an example of the use of the water-type multi-use pot according to the prior art.

As shown, the water supply-type multi-use pot according to the prior art, the upper opening type reservoir (1) that can hold water; A plurality of drainage holes 3 are formed around the installation pipe 2 placed in the center, and a wide bowl-shaped pot body 5 detachably installed at an upper portion of the water storage tank 1; The through hole 6 drilled in the center is inserted into the installation pipe 2, and a plurality of recesses 8 formed by drilling a plurality of water holes 7 are formed in the bottom surface, and the pot body 5 is formed. Pedestal (9) installed on the inner bottom of the; It is inserted into the installation pipe 2, the sprayer 10 is installed at the upper end, the lower end is inserted into the outlet of the pump 11 installed in the reservoir (1); It is done.

The prior art is characterized in that the automatic water supply is made while reducing the waste of water, but is suitable for use as a household pot, but has a problem that is not suitable for growing shrubs on a large scale.

Korean Utility Model Registration No. 20-0367528

Therefore, the present invention is intended to provide a water storage tank multi-potted plant that is easy to manage when planting shrubs on a large scale, easy to work when planting, and easy to prevent waste of water.

In the water storage tank multi-potted plant of the present invention for achieving the problem as described above, a plurality of divided spaces are formed in the form that the upper side is opened by a plurality of horizontal partitions and vertical partitions partitioning the space, the horizontal inside A grid including a horizontal partition wall provided in a direction to be divided into an upper space and a lower space; A connection hole formed in the horizontal partition wall so as to be vertically opened in each of the divided spaces; A support container inserted into the division space such that a lower surface is positioned above the connection hole; It is inserted into the support container is seated in a concave shape, the lower region is passed through the support container to reach the lower space, the growth holder made of a material having an absorbent; characterized in that it comprises a.

Preferably, the growth holder is made of a fiber material such as a non-woven fabric, characterized in that the upper portion of the upper portion is tied with a string to form a narrow bottleneck.

Preferably, the horizontal partition wall and the vertical partition wall partitioning the lower space is characterized in that the communication port for communicating the water is formed.

Preferably, a water supply port is provided on one side of the lattice body, and a drain port is provided at a position higher than the water supply port.

The water storage tank multi-potted plant according to the present invention can minimize the waste of water because it is equipped with a reservoir function to store the water, there is an effect that can be stored by utilizing rain water.

In addition, the water storage tank multi-potted plant of the present invention can be easily pulled out without a great deal of effort when extracting the shrub growing for planting, there is also an effect that can reduce the labor burden.

1 is a cross-sectional view showing an example of the use of a water-type multi-use pot according to the prior art.
Figure 2 is a perspective view of one embodiment of a water tank multi potted plant easy to plant according to the present invention.
3 is a cross-sectional view taken along the line AA in FIG.
4 is a cross-sectional view of the support container.

Hereinafter, a water reservoir multi-potted plant according to the present invention will be described in more detail, with reference to the accompanying drawings. However, the drawings and detailed description thereof will be described as one possible example according to the technical idea of the present invention, the technical protection scope of the present invention is not limited thereto.

Figure 2 is a perspective view of one embodiment of the water storage tank multi potted plant according to the present invention, Figure 3 is a cross-sectional view taken along line A-A in Figure 2, Figure 4 is a cross-sectional view of the base container.

As shown, the water tank multi-potted plant is easy to plant according to the present invention may include a lattice body 100, the connection hole 200, the support vessel 300 and the growth holder 400 as a main component.

The grid 100 may be formed in a substantially rectangular shape, and the space is partitioned by a plurality of horizontal partition walls 101 and vertical partition walls 102 so that a plurality of divided spaces 110 may be formed. 101 and the vertical partition 102 is provided in a form that crosses perpendicular to each other.

A horizontal partition 103 is provided in the horizontal direction in the grid 100, and the upper space 120 and the lower space 130 are divided by the horizontal partition 103. The size of the grid 100 may be variously modified, and the size of the divided space 110 constituting the grid 100 may also be adjusted in various sizes by adjusting the number of the horizontal bulkhead 101 and the vertical bulkhead 102. Can be used as

The upper part of the grid 100 is opened, and the partition space 110 divided by the horizontal partition wall 101 and the vertical partition wall 102 is provided, and the upper end of each partition space 110 is made circular. This is preferable.

In the horizontal partition 103, at least one or more connecting holes 200 are formed in each of the divided spaces 110. The connection hole 200 may be formed in a circle or may form a polygon such as a rectangle.

And the supporting container 300 is inserted into each divided space 110, the supporting container 300 is sufficient if the container of the concave potted form, the supporting container 300 is inserted into the partition space 110, the supporting container 300 The bottom surface of) is located above the connection hole 200.

The shape or material of the support container 300 is not particularly limited, and in particular, the through hole 310 is formed at the center of the lower surface of the support container 300.

A growth holder 400 separate from the support container 300 is provided, and the growth holder 400 is inserted into the support container 300 and seated in a concave shape. Growth holder 400 is made of a material having an absorbent, to make a concave shape of the cloth using a fiber material such as a non-woven fabric to be inserted into the support container 300.

For example, the growth holder 400 may be manufactured using fibers making a sack bag, and in particular, the lower region of the growth holder 400 passes through a through hole 310 formed in the lower surface of the support container 300. To reach the lower space 130 of the grid body.

Growth holder 400 contains the soil and nutrients for the growth of the shrub, so that the upper portion of the lower area 410 of the growth holder 400 is tied with a string so as to prevent the soil and nutrients are discharged bottleneck section ( 420 is preferably formed.

More preferably, in the water storage tank multi-potted plant according to the present invention, since the lower space 130 of the lattice 100 is also divided by the horizontal partition 101 and the vertical partition 102, water can be communicated as a whole. It is necessary to ensure that the horizontal bulkhead 101 and the vertical bulkhead 102 are provided with at least one communication port 104 to allow the water to move freely.

In addition, the lower space 130 inside the grid 100 needs to store an appropriate level of water, and the water supply port 140 is provided on one side of the grid 100 and the water supply 140 ) To allow automatic water supply.

On the other hand, even if too much water is stored in the lower space 130 inside the grid 100 may interfere with the growth of the plant, so that the drain port 150 at a position higher than the water inlet 140 to maintain the proper level ) So that the water level does not rise above a certain level. That is, when the water level is too high, it is preferable to allow the water to drain through the drain port 150.

More preferably, the water level sensor is installed in the lower space inside the lattice 100 to check the water level change of the water stored in the lower space, and the lower water level sensor S1 and the upper limit water level sensor S2 are provided. When the water level is lowered to the lower limit level sensor S1, the water supply is automatically made, and when the water level rises to the upper limit level sensor S2, the water supply is controlled to be stopped.

A controller (C) is provided for this purpose, and the controller (C) is connected to the lower limit water sensor (S1) and the upper limit water level sensor (S2) to receive a signal, and the feed water pump () is controlled by the control signal of the controller (C). It is desirable to allow the operation of P) to be controlled.

In addition, the water supply port of the lattice 100 can be used by connecting the rainwater inlet pipe to receive rainwater.

The water storage tank multi-potted plant according to the present invention as described above is to put a predetermined amount of soil and other active ingredients in the growth holder inserted into the support container to plant young shrubs, the appropriate amount in the lower space inside the grid By managing the water to be stored, the water is raised by capillary action through the growth holder, and it is possible to supply water naturally to the root of the shrub.

This water supply structure reduces the waste of water resources and offers the advantage of saving labor for water supply.

And if the shrub grows to a certain extent and is sold or needs to be transferred to a wider pot or open field, simply grasping the growth holder can be separated from the supporting container, thereby reducing the burden of labor and digging. This has the advantage of being possible.

The water storage tank multi-potted plant according to the present invention is suitable for use in growing shrubs.

100: lattice
101: horizontal bulkhead 102: vertical bulkhead
103: horizontal bulkhead 104: communication port
110: partition space 120: upper space
130: lower space 140: water supply port
150: drain port
200: connection hole
300: support container
310: through hole
400: Growth Holder
410: lower area 420: bottleneck
S1: Lower limit water level sensor S2: Upper limit water level sensor
C: Controller P: Water Pump

Claims (4)

A plurality of divided spaces are formed in a form in which the upper side is opened by a plurality of horizontal partitions and vertical partitions partitioning a space, horizontal partitions are provided in the horizontal direction to be divided into an upper space and a lower space, and the lower space A lattice body including a communication port formed to allow the water to communicate with the horizontal partition wall and the vertical partition wall;
A connection hole formed in the horizontal partition wall so as to be opened upward and downward for each of the divided spaces;
A support container inserted into the division space such that a lower surface is positioned above the connection hole;
The lower region is inserted into the support container and seated in a concave shape, the lower area is passed through the support container to reach the lower space, made of a fiber material such as non-woven fabric having absorbency, and the upper portion of the lower area is tied with a string, the bottleneck section The growth holder is formed;
A water supply port provided on one side of the grid;
A drain port provided at a position higher than the water supply port;
A water level sensor including a lower limit water level sensor and an upper limit water level sensor installed at an upper and lower portion of a lower space inside the lattice; And
And a controller connected to the lower limit water level sensor and the upper limit water level sensor to receive a signal and control an operation of a water supply pump by a control signal.
The controller, when the water level drops to the lower limit water level sensor to operate the water supply pump so that the water is made, and when the water level rises to the upper limit water level sensor is easy to plant water reservoir multi-potted plant, characterized in that to stop the operation of the water supply pump .
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