KR102580157B1 - A Pollen With Centralized Flowerpots - Google Patents

Abstract

The present invention relates to a pot-dense pot in which a large number of plants are densely packed, and a main body disposed on the pot body (1) and having a plurality of pots (21) formed on the surface to plant plants in the culture soil provided in the pots. (2), a nutrient reservoir (3) for storing the nutrient solution inside the pollen body (1) and a pump (31) built into the reservoir (3), which is connected to the discharge part of the pump and extends upward, and is connected to the main body. It is configured to supply nutrient solution to the plants in the pot, including nutrient solution supply pipes 32 branched in each direction, so that a number of plants are densely vegetated in a compact structure in the form of a flower basket, and a conventional method requires a number of flower pots. Compared to other technologies, it is possible to efficiently implement indoor interior functions with plants while minimizing the occupied space, and by supplying nutrient solution to the filling provided in the main body through a pump, nutrient solution can be continuously supplied to the plants planted in each pot. This has the effect of improving the convenience of management.

Description

A Pollen With Centralized Flowerpots}

The present invention relates to a pot-dense flower pot, and in particular, to a pot-dense flower pot with an improved structure that occupies a reduced space and has a large number of plant pots densely packed in a compact structure so that many plants can grow even in a narrow space.

In general, flower pots are widely used as containers for planting plants indoors and outdoors, and flower pots with these plants are also used as indoor interiors.

As an example of using a flower pot as an indoor interior element, Registered Patent No. 10-1079974 (registration date October 28, 2011) includes a picture frame with an open front in the shape of a hexahedron and a storage portion formed inside; The receiving portion of the picture frame includes a plurality of partition walls installed to separate the space of the receiving portion into upper and lower portions; A plurality of planting pots are installed in the storage portion, the upper side of which is open, and the lower side has a drainage hole so that plants can be planted; A vegetation base material made of a mixture of 50 to 60% by weight of sawdust, 30 to 40% by weight of jute fiber, 5% by weight of fertilizer, and 5% by weight of charcoal or activated carbon is inserted into the receiving portion separated by the partition, and the front of the vegetation base material is A vegetation mat on which grass is planted is laminated, and a penetration part having the same width and height as the planting pot is formed in the vegetation base material and the vegetation mat so that the planting pot protrudes to the front of the vegetation mat, and the vegetation mat is formed on the vegetation base material. A frame-type wall-mounted flower pot is disclosed, which is characterized by installing a fixing pin on the front of the vegetation mat so that it is fixed to.

However, these conventional interior flower pots with densely packed flower pots require a large space to place a large number of flower pots, making it difficult to grow many plants indoors.

Registered Patent No. 10-1079974 (registration date: October 28, 2011)

The purpose of the present invention is to solve the problems with the conventional dense flower pots described above, by forming a plurality of pots for vegetation on the outer peripheral surface of the spherical body formed on the upper part of the flower pot, and providing a nutrient solution water supply device inside the flower pot to form a flower basket. The compact structure allows multiple plants to be grown, minimizing the space occupied and providing an improved structure of pot-dense flower pots that can grow plants along with indoor interior functions.

In order to achieve the above object, the pot dense pot according to the present invention is a pot in which a large number of plants are densely packed, a pot body is placed on top of the pot and a plurality of pots are formed on the surface, and plants are placed in the culture soil provided in the pots. It includes a main body for planting, a nutrient reservoir for storing nutrient solution inside the pollen body, a pump built into the reservoir, and a nutrient solution supply pipe connected to the discharge part of the pump, extending upward, and branching in each direction of the main body. It is configured to supply nutrients to the plants in the pot.

The main body has a plurality of concave ports formed on the upper surface of a spherical body made of plastic material, and holes are formed at the bottom of each port.

It is preferable to include a filling that is filled in the main body to hold the nutrient solution supplied from the nutrient solution supply pipe and continuously supply the nutrient solution to the plants in the pot.

The filler may be any one selected from sponges, natural cotton, and palm fibers used as vegetation mats.

In addition, the bottom of the main body is at least partially cut to form a first bottom and a second bottom with ends spaced apart from the first bottom to form a gap, and the first and second bottoms are inclined downward toward the gap to form a filling. The nutrient solution that falls from the bottom of the main body may be collected in a water container retractably inserted into the pollen body through the gap.

According to the present invention, a plurality of ports are formed in a spherical body, a supply device for supplying nourishing liquid is built into the flowerpot, and a large number of plants are densely vegetated to form a compact structure in the form of a flower basket, and a plurality of flowerpots are required. Compared to the conventional technology, it is possible to efficiently implement indoor interior functions by plants while minimizing the occupied space, and by supplying the nutrient solution to the filling provided in the main body by a pump, it is possible to continuously supply the nutrient solution to the plants planted in each pot. This has the effect of improving the convenience of management.

Figure 1 is a schematic front view of the pot-dense pot of the present invention in which a plurality of edible pots are formed on the surface of a spherical body.
FIG. 2 is a schematic cross-sectional view of FIG. 1 and shows a nutrient supply device for supplying nutrient fluid inside the main body.
Figure 3 is a cross-sectional view showing a state in which the main body and the water reservoir are separated from the flower pot in Figure 2.
Figure 4 is a cross-sectional view showing the state of use in which the inside of the main body in Figure 2 is filled with hygroscopic material so that nutrient solution can be continuously supplied to the pots, and plants are planted in each pot.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings showing embodiments of the present invention.

1 to 3, the pot dense flowerpot according to the present invention includes a flowerpot body (1), a body (2) on the top of which is a spherical body with a plurality of ports (21) formed on the surface, and an interior of the flowerpot body (1). a nutrient storage tank (3) for storing the nutrient fluid, a pump (31) built into the storage tank (3), and a nutrient supply pipe (32) connected to the discharge part of the pump, extending upward, and branching in each direction of the main body. , It includes a filling (4) made of a material that is filled in the main body (2) and can continuously retain the nourishing fluid supplied from the nourishing fluid supply pipe.

The flower pot body (1) has a structure similar to a regular flower pot with an empty interior, and can be provided with a handle (11) that can be tilted. Wheels (12) are provided at the lower end to facilitate movement, and one side The water container 10 can be removably inserted.

The main body 2 is disposed at the top of the flower pot body 1, and a flange 24 protruding radially outward is formed at the lower end where the handle 11 is integrally formed, and the bottom 25 is at least partially For example, it is cut in an arc shape to form a first bottom portion 26 and a second bottom portion 28 whose ends are spaced apart from each other to form a gap 27. The first and second bottom portions 26 and 27 are formed to slope downward toward the gap 27.

Clamp members 15 rotatable with pins 14 are provided at a plurality of locations on the flange 13 formed at the top of the pot body 1 to protrude outward in the radial direction. Accordingly, with the main body 2 placed on the top of the flower pot body 1, the clamp member 15 is rotated so that it hangs on the flange 24 of the main body 2, thereby coupling the main body to the flower pot body.

As shown in FIG. 3, the main body 2 has a plurality of concave ports 21 made of plastic material formed on the upper surface, and a hole 23 is formed at the bottom of each port 21. . For example, horticultural culture soil 25 is placed in each of the pots 21 so that plants can be planted.

The pollen body 1 has a nutrient storage tank 3 disposed at the bottom, and a pump 31 is provided to supply the nutrient fluid to the filling water 4 provided in the main body 2 through the nutrient fluid supply pipe 32 by the pump. It is designed to do so (see Figure 4).

The filling (4) is made of sponge or vegetable fiber, such as natural cotton or coconut fiber used as a vegetable mat, and the nutrient solution supplied through the supply pipe (32) is contained in the filling (4) and is supplied to each port. Nutrient solution is supplied to the culture soil placed in the pot through the hole 23 in (21), thereby ensuring that nutrients are continuously supplied to the plants planted in the pot.

At this time, when the nourishing liquid supplied by the pump flows downward from the filling (4) in the main body (2), it falls to the first and second inclined bottom parts (26, 28) of the bottom (25) of the main body (25). It can be collected from the lower side through the gap 27 formed by cutting into the water container 10 disposed on the flower pot body 1 and reused or discarded.

The pot-dense flowerpot according to the present invention is filled with vegetable fibers in the body (1) and can be maintained for a considerable period of time by supplying nutrient solution by the pump (31) provided in the flower pot body (1), so that a plurality of ports formed on the upper surface of the body ( 21) You can plant plants in each and grow them.

As shown in FIG. 4, the pot dense flower pot according to the present invention has a compact, flower basket-like shape in which pots with a large number of plants planted are densely packed on the upper surface of the spherical body, so that it can be used indoors without occupying a large amount of indoor space. It can be excellently used as an interior, and it is also convenient to manage because the pump 31 provided in the flower pot pumps the nutrient solution into the filling at preset time intervals using a timer (not shown in the drawing).

The present invention can be used as an interior element placed indoors, such as a flower basket in which a large number of pots planted with plants are densely packed.

1: Pollen body 2: Main body
3: (Nutrient fluid) storage tank 4: Filling material
11: handle 21: port
23: Hole 25: Culture soil
31: Pump 32: (Nutrient fluid) supply pipe

Claims (5)

A pot in which a large number of plants are densely packed, including a pot body (1), a main body (2) disposed on the top of the pot and having a plurality of pots (21) formed on the surface to plant plants in the culture soil provided in the pots, the pot body (2) (1) a nutrient storage tank (3) for storing nourishment fluid inside, a pump (31) built into the storage tank (3), a nourishment fluid supply pipe (32) connected to the discharge part of the pump, extending upward, and branching to the main body. ) in a pot dense pot equipped with a pot to supply nutrients to the plants in the pot,
The main body 2 has a plurality of ports 21 formed in a concave shape on the upper surface of a spherical body made of a plastic material and with holes 23 formed at the bottom to supply nutrient solution to the culture soil placed in the pots. ) to retain the nutrient solution supplied from the nutrient solution supply pipe and to continuously supply the nutrient solution to the plants in the pot. Includes,
The bottom 25 of the main body 2 is at least partially cut to form a first bottom 26 and a second bottom 28 whose ends are spaced apart from the second bottom 28 to form a gap 27. 2 The bottom portions (26, 27) are formed to be inclined downward toward the gap (27) so that the nutrient solution falling from the filling (4) to the bottom of the main body (2) passes through the gap (27) into the pollen body (1). A pot-dense flower pot, characterized in that it is configured to be collected in a water reservoir (10) retractably inserted into. delete delete delete delete