KR20100129974A - Flowerpot unit for water culture and moudle type flowerpot using the same - Google Patents

Abstract

PURPOSE: A flowerpot unit for water culture and a module type flowerpot using the same are provided to enable arrangement at various locations such as partition within office, window frame, and furniture by excluding soil and drainage outlet. CONSTITUTION: A flowerpot unit(110) for water culture is a quadrilateral container in which the top is opened. One or more water through holes are punched on the floor and the lower lateral sides. A semicircle recess portion is formed in arbitrary one side. A fixing unit with cyclic holes is formed at the upper end thereof. A module type flowerpot(100) is attached to a water level gauge fixing unit.

Description

Hydroponic cultivation flower pot unit and modular flower pot using it {Flowerpot unit for water culture and moudle type flowerpot using the same}

The present invention is a modular flower pot (moudle type flowerpot) that can be easily managed to supply water and planting, more specifically, to be installed in the office that needs to improve indoor environment and harmful electromagnetic waves, hydroponic unit plant pot unit, And it relates to a modular potted plant including an external planting box containing the plurality of unit planter units, and a water reservoir for preventing water supplied to the planter unit from penetrating the outer planter.

In general, indoor air not only generates a lot of fine dust according to daily activities, but also adversely affects the health of residents due to contamination of microorganisms and air contained in the fine dust.

In particular, with the rapid development of the industry in recent years, the air in the office is severely cloudy and polluted by harmful electromagnetic waves, fine dust, etc. generated from various office equipment and papers in the office. Therefore, various attempts have been made to purify indoor air and decorate the indoor atmosphere with a more humane and environmentally friendly atmosphere.

As one of these attempts, most homes and offices today are planting flowers for ornamental or health purposes. In particular, various systems for regularly managing plants placed in the office under constant contracts with nearby flower gardens have been utilized. .

Accordingly, there is a need for the development of modular potted plants installed in the office, especially on partitions, which can satisfy both aesthetic, ecological and administrative functions as well as environmental improvement effects while pursuing indoor air purification.

As an example of a conventionally proposed modular potted plant, as shown in FIG. 1, by constructing a flower tower 10 for supporting plants such as flowers, a pedestal 11 for supporting the lower end and a cover for covering the upper part Between the 14, the support 12, the water reservoir 15 for storing water is mounted therein, and a plurality of circular holes that are mounted on top of the support, filled with soil, planted with flowers, etc. on the surface perforated There is a modular flower tower (Open Patent No. 2001-0082883) configured by assembling and assembling the required number of modules consisting of the body 13, this configuration is mainly used to refurbish the street, etc. It is possible to assemble and install easily in the desired shape, but there is a significant difference from the composition of the 'flower pot' in the pure sense. Reference numeral 16 is a water inlet, 17 is soil, 18 is stored water, 19 is a funnel.

In addition, as another example of the prior art for the purpose of purifying indoor air, as shown in Figure 2, the plant cultivation container (21) and the plant cultivation container is soaked in a predetermined height of water and filled with a hydroball to plant plants A built-in planter 22, an air intake port 23 for sucking indoor air into the planter, a fan 24 for discharging the purified air in the planter to the room, and illuminating the inside of the planter A plurality of lighting means 25, the nutrient solution supply tank 26, the water level sensor 27 is provided with a water supply pipe 28 for supplying water to the plant cultivation in the plant, and the plant is filled in the plant cultivation Although there is an automatic greenhouse system 20 (Registration No. 10-0785930) for indoor air purification including the planted hydroball 29, this configuration is required as a configuration of one greenhouse system used for indoor use. Modular that can be separated and combined as many as It is not equipped.

Therefore, in the office, in particular, an unused space that can satisfy the environmental improvement effect of purifying indoor air while performing an aesthetic, ecological and managerial function that is not achieved in the prior art. The development of modular flower pots that can be installed in the situation is urgently required.

In view of the problems of the prior art as described above, an object of the present invention is to provide a hydroponic cultivation pot unit that can satisfy not only aesthetic, ecological and administrative functions, but also environmental improvement effects while pursuing indoor air purification. .

It is another object of the present invention to provide a modular pot which is detachably installed and connected to the hydroponic plant pot unit in an appropriate quantity in the office, in particular on the separator.

Hydroponic cultivable unit pot unit in accordance with the present invention for achieving the above objects is a rectangular container with an open top, one or more water communication hole is perforated on the bottom and each bottom side, the outer side of any one side A semi-conical recess is formed, and an upper end is formed with a level gauge fixing part having an annular hole through which the level gauge can be detachably inserted and fixed. And the modular potted plant using the unit pot unit, a plurality of the unit pot unit, the outer planting box for receiving the plurality of unit pot unit in series, and the outer planter is detachably disposed in the pot plant unit It characterized in that it comprises a water reservoir to prevent the supplied water penetrates the external planting. In addition, the unit pot unit contains a hydroball to enable hydroponic cultivation.

The present invention configured as described above has the effect of maintaining a pleasant indoor environment by purifying a muddy indoor environment and placing a large amount of plants in a loading place to block harmful electromagnetic waves.

In addition, the present invention is excluded from the soil and drain outlets can be arranged in various locations on the partition (partition), window frames, furniture, etc. in the office.

In addition, the present invention has the effect of not being dry to maintain the humidity in the office properly due to the constant hydroponic environment.

In addition, the present invention can easily check and adjust the amount of water required for hydroponic cultivation is convenient plant management.

 Hereinafter, with reference to the accompanying drawings a preferred embodiment of the modular potted plant according to the present invention will be described in detail.

       3 is an exploded perspective view of the modular potted plant 100 according to an embodiment of the present invention.

As shown in Figure 3, the modular potted plant 100 according to an embodiment of the present invention has a dual structure system having only the present invention, and when largely classified, a plurality of unit pot unit 110, the Water storage container 120 for confining the water used for hydroponic cultivation of plants planted in the unit planter unit 110 to waterproof the external planting box to be described later, and by inserting the water storage container in close contact with the plurality of unit planter unit 110 It includes an external planting box 130 to receive the. In the preferred embodiment of the present invention, three unit pot unit 110 is illustrated as being used in series, the number and orientation of such a unit pot unit 110 is not particularly limited.

Again, the unit planter unit 110 will be described in detail. As shown in FIG. 4, one or more water communication holes 111 are drilled on the bottom and each lower side as a rectangular container having an open top. In addition, a semi-conical concave portion 112 is formed at an outer side of any one side, and an upper end of the water gauge fixing portion 114 is formed with an annular hole through which a water gauge 113 can be detachably inserted and fixed. . Therefore, when water is stored in a state in which a plurality of unit pot units 110 are accommodated in the external planting box 130 in which the water container is tightly inserted, the water penetrates through the plurality of water communication ports 111 and the water. Stored in the reservoir 120 and the water level is easily confirmed by the water level gauge 113 is inserted into the concave portion of any one side of the unit pot unit 110 protrudes through the water gauge fixing portion 114 Do. According to a preferred embodiment of the present invention, the unit pot unit 110 is used as a planting soil, known as having a superior function in hydroponic cultivation instead of soil, aka, hydroball (not shown) is used. It is well known in the art that this hydroball has a rather large grain shape made of semi-permanent, eco-friendly material.

The water storage container 120 is a rectangular container made of a waterproof material, and is made of a conventional plastic material to prevent the stored water from penetrating into the external planting box (130). By the water reservoir 120, plants planted in the plurality of unit pot unit 110 is hydroponicly grown at the same water level.

      In addition, the external planting box 130 is in close contact with the water storage container 120 to accommodate the plurality of unit pot unit 110, preferably, easy to manufacture and fixing means such as nails for indoor facilities In this case, a wooden product which is easy to fix and install is used, but in some cases, a plastic material is also available. In this case, the water reservoir 120 may be omitted. In addition, by placing additional brackets (not shown) on the outer side of the outer planting box 130, it is easier to work when installing a modular potted plant on the wall or side wall of the separator.

        5 is a reference picture showing a state in which the modular potted plant according to the present invention is installed indoors.

       The modular potted plant according to the present invention can freely execute the replacement of the unit pot unit 110 and the cleaning of the water storage container 120 in a state in which the external planting box 130 is fixed as it is by the dual structure system as described above. .

      The following briefly describes the hydroponic cultivation process and installation process of the plant grown in the modular pot according to the present invention.

      First, plants such as plants grown in ordinary pots or flower beds are removed and washed after removing the soil of the root. Then sterilize the washed roots and transplant. Then, depending on the plant, the selected plant is incubated for approximately 2-4 weeks. In addition, it has a greenhouse cultivation period of 3 to 6 months as a hydroponic environment adaptation period. Finally, the plants and flower pot units that have completed hydroponic adaptation are sterilized, packaged, and sent to the consumer's office.

      Modular flower pots configured as described above can be installed freely according to the shape and size of the indoor space, or by arranging a plurality of sets can be installed by the user's desired flower pot purifying and comfortable of the indoor air The composition of the indoor atmosphere is achieved.

       In addition, the modular flower pot configured as described above has a dual structure system (module type), so it is easy to replace parts of the plant, and can maintain a semi-permanent eco-friendly atmosphere due to the use of hydroball, and the drain hole flowing to the outside is perfect for the flower pot. It is also very helpful in maintaining cleanliness.

      While the embodiments of the present invention have been described with reference to the drawings, this is only for explaining the present invention, and those skilled in the art to which the present invention pertains various modifications from the detailed description of the invention. I can understand that.

       1 is an exploded cross-sectional view showing a modular flower tower according to the prior art.

       Figure 2 is a perspective view showing an automatic greenhouse system for indoor air purification according to the prior art.

       Figure 3 is a schematic exploded perspective view of a modular potted plant according to the present invention.

       4 is a perspective view of the unit pot unit illustrated in FIG.

       Figure 5 is a photo showing a state installed in the modular potted plant according to the present invention.

             <Description of the symbols for the main parts of the drawings>

       10: flower tower 11: pedestal

       12: support 13: torso

       14 cover 15 water reservoir

       16: water inlet 17: soil

       18: water 19: funnel

       20: automatic purification greenhouse system 21: plant cultivation

       22: planter 23: air intake

       24: ventilator 25: lighting means

       26: nutrient solution tank 27: water level sensor

       28: water supply pipe 29: hydro ball

      100: modular flower pot 110: unit flower pot unit

      111: water communication port 112: inlet

      113: water gauge 114: water gauge fixing portion

      120: water storage container 130: external planting box

Claims (7)

As a rectangular container with an open top, one or more water communication holes are drilled on the bottom and each lower side, and a semi-conical recess is formed on an outer side of any one side, and a water gauge fixing part is formed on the top of which an annular hole is perforated. Hydroponic unit unit planter unit characterized in that there is. The method of claim 1, Modular potted plant, characterized in that the water gauge is detachably attached to the water level fixing unit formed in the unit pot unit. The method of claim 1, Modular potted plant, characterized in that the unit planter unit contains a hydro ball to enable hydroponic cultivation. As a rectangular container with an open top, one or more water communication holes are perforated on the bottom and each lower side, and a semi-conical recess is formed outside any one side and a water gauge can be detachably inserted and fixed on the top. Hydroponics unit planter unit is formed with a water gauge fixed portion perforated annular hole; And Modular potted plant comprising an outer planting box for receiving a plurality of the unit planter unit. The method of claim 4, wherein The modular potted plant further comprises a water storage container detachably disposed in the outer planting box to prevent water supplied to the planter unit from penetrating into the outer planter. The method of claim 4, wherein The outer planting box is a modular pot, characterized in that formed of wood or plastic material. The method of claim 4, wherein Modular potted plant characterized in that the outer planting box further comprises a bracket on the outside.

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