JP3099005U - Moisturizing soilless implantable plant growing container - Google Patents

Abstract

The present invention provides a moisturizing soilless implantable plant cultivation container that does not require a cultivation medium such as soil, culture soil (stone) or the like completely, and is sealed and falls down without generating environmental pollution.
A container for providing a water storage space is hermetically sealed by a lid, an implantable container is assembled in the container, and water is introduced into the implantable container to make the interior of the implantable container humid and moist. Is extended from the bottom of the implant container, the plant 5 accommodated in the implant container is extended from the opening 22 outside the container, and the root 51 of the plant is directly inserted into the implant container by the space of the hollow implant container. It can be cultivated, the planting container directly provides the cultivation medium of the plant root, the container is sealed, providing a completely sealed water storage in the container and an environment without soil, even if the container falls down, sanitary of the cultivation environment It can be secured and there is no problem of water and soil contamination due to tilting of the container.
[Selection diagram] Fig. 4

Description

The present invention relates to a kind of moisturizing soilless implantable plant cultivation container, and particularly provides a plant cultivation space and medium having a function of containing water, moisturizing and aerating, and sealing water and nutrients necessary for plant growth. By storing the formula and using the capillary action to absorb and transmit an appropriate amount, the root of the plant needs a suitable growth and a container to which the root can be attached is acquired, and when the container falls down, water or soil spills and the environment is protected. The present invention relates to a moisturizing soilless implantable plant cultivation container which does not cause contamination problems.

Traditional general plant cultivation vessels (so-called flowerpots) are completely open cultivation systems, which are filled cultivation media of different dimensions (eg soil, cultivation soil (stone) or other similar cultivating substances) By providing a space for storing garbage, it is used to grow various plants (flowers, grasses, trees, etc.), and a drain hole is opened at the bottom of the container to discharge excess water accumulated in the container. Have been. However, although such a traditional cultivation container can achieve the purpose of cultivating a plant, it has the following disadvantages in use.
1. In a fully open cultivation container with the cultivation medium (especially soil) exposed directly to the air, the area equal to the area of the largest diameter portion of the cultivation container is exposed directly to the air, and furthermore, the cultivation medium (especially the soil) is exposed to air. Other substances fall directly onto the cultivation medium, which causes mold and insects to easily grow on the surface of the cultivation medium in the container, thereby contaminating the environment or forming an effect on plant growth, and the occurrence of disease and fungi. Environment.
2. The use of such a cultivation container is a completely open cultivation, and when the container falls due to external force or carelessness, the cultivation medium (for example, soil, cultivation soil (stone) or other similar cultivation substances) and Moisture spills directly, polluting the surrounding environment, requiring time and effort to clean up and rearrange containers, plants, and cultivation media, especially when placing small bonsai in the office desk or environment at present. Although it is popular, once it falls down and spills water or soil, it not only stains the desk but also damages electronic devices (computers, telephones, etc.) on the desk, which is a problem.
3. The structure with a drainage hole at the bottom of the cultivation container, when draining water when the amount of injected water is excessive, wets the surroundings of the container leaving part, and the debris at the boundary part flows out outwardly There is a problem that the surroundings are soiled, and the cultivation medium (especially soil) in the container flows out and gradually decreases.
4. The humidity and temperature of the natural weather or indoor environment vary depending on the area and season, but in the situation where the cultivation medium (especially soil) is completely open and exposed, the moisture of the cultivation medium (especially soil) in the container evaporates. It is particularly easy to do so, and it is necessary to pay special attention to the effect on the growth of the plant, which increases the time and labor required for growers to grow, which is a considerable burden for busy people.
5. Due to the completely open and exposed cultivation medium and the drainage and evaporation of water from the bottom drainage, watering shortage will affect plant growth if watering is not done at least once or twice a day. The phenomenon occurs that the plant grows, the growth of the plant is slowed, or even withers.

In view of the above-mentioned drawbacks and problems in the cultivation use of traditional general cultivation containers and flower pots, various different cultivation container structures, for example, Patent Documents 1 to 5, are provided, and different cultivation media, for example, claims. 6-9 are provided.

Many of these different cultivation vessel structures hang a water bottle around the traditional cultivation vessel or form a water storage space directly in the vessel and combine the dropping or siphon principle with the cultivation medium (especially soil). The present invention provides an appropriate amount of water to prevent the plant from rotting by excessively supplying water or prevent the problem of contamination caused by excessive amount of water being discharged from a drain hole. However, such a structure and cultivation method only improves the third and fifth disadvantages of the traditional cultivation container described above, and reduces the frequency of watering for the fourth disadvantage once every three to six days. The cultivation medium is a completely open cultivation structure system, and has not been improved with respect to the first and second drawbacks described above.

In addition, the artificial soil described in these inventions is only used in place of traditional general soil, and is filled in a flower pot or a glass container and cultivated in the same manner as in the traditional cultivation method. The cultivation method has the problem of falling down and soiling the surroundings.

The structures of different cultivation containers are described in Patent Literature 10 and Patent Literature 11. Among them, the cultivation container structure described in Patent Literature 10 basically includes a disaster prevention container and a water storage unit of a water supply assembly which are overlapped or combined or connected in unison, and a water supply pipe is connected to the water storage room to supply water to the water storage room. And the two ends of the water guide formed by burning the debris in the water supply assembly are inserted into the soil filled in the reservoir and the bonsai vessel, respectively, and an appropriate amount of water is sent to the soil by capillary action of the water guide. Such a structural design can solve the third and fifth drawbacks of the above-mentioned general cultivation container, and can reduce the number of times of watering once every 3 to 6 days for the fourth drawback. However, such a cultivation method uses a general soil like a traditional flowerpot, and is a completely open cultivation in which a cultivation medium is exposed. It has first and second disadvantages.

The cultivation container structure described in Patent Document 11 basically has a water tank as a water storage container, a net is provided at the upper end of the container, water absorbent cotton is laid, water is sent, and a cultivation medium such as soil is placed inside. A cultivation dish for plant cultivation is placed directly on the absorbent cotton laid in the water tank, and the moisture of the absorbent cotton is sent to the soil through the through hole at the bottom of the cultivation dish. Such a structural design can solve the third and fifth drawbacks of the above-mentioned general cultivation container, and can reduce the number of times of water supply at once every 3 to 6 days for the fourth drawback. However, the cultivation method is a completely open cultivation using general soil as in the case of a traditional flowerpot and exposing the cultivation medium. Therefore, an improvement on the first and second cultivation containers described above is made. Not.

Taiwan Utility Model Notification No. 167833 Taiwan Utility Model Notification No. 296540 Specification Taiwan Utility Model Notification No. 313755 Taiwan Utility Model Notification No. 396667 Specification Specification of Taiwan Utility Model Publication No. 401739 Taiwan Patent Publication No. 259686 Specification Taiwan Patent Publication No. 330833 Taiwan Patent Publication No. 446745 Taiwan Patent Publication No. 416829 Taiwan Utility Model Notification No. 412919 Taiwan Utility Model Notification No. 435062

The main purpose of the present invention is to cultivate the above-mentioned traditional cultivation containers and the contents of each patent document in a state where the cultivation medium is completely open by combining the containers with various soils and cultivation media. Therefore, it must be an environment in which mold, insects, mosquitoes, etc. are generated, and water must be constantly replenished. In addition, when the container is overturned, the cultivation medium (eg, soil, culture soil (stone) or other similar cultivation) Object material) and moisture are directly spilled to contaminate the surrounding environment.

The invention of claim 1 is a moisturizing soilless implantable plant cultivation container,
A container storage body in which the bottle body portion of the container provides a hollow three-dimensional volume space, the bottle mouth is sealed by screwing a lid, and at least one hole for assembling the implantable container;
At least one implantable container in which at least one cultivation space is opened while the positioning seal means is combined with a hole opened in the container storage body and is used as a cultivation medium,
Water guide means attached to the bottom of the planting container and communicating with the cultivation space, and one end of which is extended into the container and immersed in a preservative solution,
The planting container is used as a cultivation medium for plant roots, and the container is sealed to provide completely closed water storage and a soilless cultivation environment.When the container is tilted, the soil and water are tilted. Without spilling around the cultivation environment, keeping the hygiene around the cultivation environment, the preservation solution is sealed and almost does not evaporate, the replenishment frequency of the preservation solution stored in the container is small, It is a moisturizing soilless planting type plant cultivation container characterized by not generating.
According to a second aspect of the present invention, there is provided the moisturizing type soilless planting container according to the first aspect, wherein a container of various shapes or standards can be used for the container preservation body. It is a type plant cultivation container.
According to a third aspect of the present invention, there is provided a moisturizing type soilless implantable plant cultivation container according to the second aspect, wherein a container formed by burning earth and stone in a container storage body is used. Plant cultivation container.
The invention of claim 4 is the moisturizing type soilless implantable plant cultivation container according to claim 2, wherein a glass product container is used as the container preservation body. And
A moisturizing type soilless planting container according to claim 2, wherein an acrylic product container is used as a container preservation body. And
The invention according to claim 6 is the moisturizing type soilless implantable plant cultivation container according to claim 2, wherein a plastic product container is used as the container preservation body. And
The invention of claim 7 is characterized in that in the moisturizing type soilless implantable plant cultivation container according to claim 2, a container formed of a material having a function of storing a liquid in a container storage body is used. It is a moisturizing soilless implantable plant cultivation container.
The invention according to claim 8 is directed to a moisturizing type soilless planting container according to claim 2, wherein a transparent container is used for the container preservation body. I have.
According to a ninth aspect of the present invention, there is provided a moisturizing type soilless implantable plant cultivation container according to claim 2, wherein an opaque container is used as a container storage body. I have.
According to a tenth aspect of the present invention, in the moisturizing soilless implantable plant cultivation container according to the first aspect, a filling port that can be closed at an end surface of the lid is opened to make it convenient for filling the storage solution in the container. It is a moisturizing soilless planting type plant cultivation container.
The invention according to claim 11 is the moisturizing soilless implantable plant cultivation container according to claim 1, wherein a hole for assembling the implantation container opened in the container storage body is opened on an end face of the lid, and a plurality of holes. Is a moisturizing soilless planting type plant cultivation container characterized by the fact that it has been established.
According to a twelfth aspect of the present invention, in the moisturizing soilless implantable plant cultivation container according to the first aspect, a hole for assembling the implantation container opened in the container storage body is opened at an arbitrary end surface position of the container, and A moisturizing soilless implantable plant cultivation container characterized by having a plurality of holes opened.
The invention according to claim 13 is the moisturizing type soilless implantable plant cultivation container according to claim 1, wherein the implantable container is provided with pores to provide water-retaining, moisturizing and aeration properties, and to provide adhesion necessary for the growth of plant roots. An opening is provided at the upper end of the cultivation space of the planting container, and the plant is inserted into the hole of the lid, the plant is inserted through the opening, and the other end of the planting container is placed in the closed volume space of the container. This is a moisturizing soilless planting type plant cultivation container characterized by being stretched in the following manner.
The invention according to claim 14 is the moisturizing type soilless implantable plant cultivation container according to claim 13, characterized in that the implantable container is formed by baking earth and stone materials. Plant cultivation container.
The invention of claim 15 provides a moisturizing soilless planting plant cultivation container according to claim 13, characterized in that the planting container is formed of a spreading material.
The invention according to claim 16 is a moisturizing type soilless implantable plant cultivation container according to claim 13, wherein the implantable container is formed of a cotton material or a nonwoven fabric. I have.
The invention according to claim 17 is the moisturizing type soilless implantable plant cultivation container according to claim 13, wherein the implantable container is formed by processing a plastic material. And
The invention according to claim 18 is the moisturizing type soilless implantable plant cultivating container according to claim 13, wherein the implanting container is formed of a material having moisture-retaining, moisturizing and pore-breathing properties. It is a soilless implantable plant cultivation container.
According to the invention of claim 19, in the moisturizing type soilless implantable plant cultivation container according to claim 13, the implantable container is made of a material having a foaming material, a cotton material or a nonwoven fabric, a plastic material, a water-containing material, a moisture-retaining property and a pore-permeable property. A moisturizing soilless planting type plant cultivation container characterized by being selectively mixed and processed.
The invention according to claim 20 is the moisturizing soilless implantable plant cultivation container according to claim 13, characterized in that the implanting container has various shapes and standard single structures. It is a cultivation container.
The moisturizing type soilless implantable plant cultivation container according to claim 13, wherein the implantable container is formed integrally with the container storage body. And
According to a second aspect of the present invention, there is provided the moisturizing soilless implantable plant cultivation container according to the thirteenth aspect, wherein the implantable container is assembled so as to extend upward integrally with the inner bottom of the container storage body. It is an implantable plant cultivation container without mold soil.
According to a twenty-third aspect of the present invention, in the moisturizing soilless implantable plant cultivation container according to the thirteenth aspect, an opening at an upper end of the implantable container is formed to be larger than a diameter of a hole of a lid, and is used for positioning of the implantable container. It is a moisturizing soilless planting type plant cultivation container.
According to a twenty-fourth aspect of the present invention, in the moisturizing soilless implantable plant cultivation container according to the thirteenth aspect, a diameter state larger than the diameter of the hole of the lid is formed by fitting the fitting means into the opening at the upper end of the planting container. The moisturizing soilless implantable plant cultivation container is characterized by being used for positioning of the implantable container.
According to a twenty-fifth aspect of the present invention, in the moisturizing soilless implantable plant cultivation container according to the first aspect, the positioning seal means is formed of a material having good waterproofness, and an outer fitting groove is formed on an outer peripheral end surface to form a lid. A center hole is provided in the positioning seal means, the implantable container is assembled in the center hole, and the positioning seal means is provided between the hole of the implantable container and the lid to form a seal and positioning. It features a moisturizing soilless implantable plant cultivation container.
According to a twenty-sixth aspect of the present invention, in the moisturizing type soilless implantable plant cultivation container according to the twenty-fifth aspect, the height of the outer fitting groove of the positioning seal means is not more than the thickness of the end face of the lid, and is formed at the bottom of the groove. The positioning seal means is fitted into a hole formed in the lid, thereby providing a moisturizing soilless implantable plant cultivation container.
The invention according to claim 27 is the moisturizing soilless implantable plant cultivation container according to claim 25, wherein the hole diameter and shape of the center hole of the positioning seal means are equal to or slightly smaller than the shape and outer diameter of the implantable container. The moisturizing soilless implantable plant cultivation container is characterized in that it is used for fitting and positioning of the implantable container.
The invention of claim 28 is the moisturizing type soilless implantable plant cultivation container according to claim 1, wherein the water guiding means for sending water between the container and the implanting container has a long band shape or a strip shape. It is a soilless implantable plant cultivation container.
According to the invention of claim 29, in the moisturizing soilless implantable plant cultivation container according to claim 28, a diameter equal to or larger than the diameter of the cultivation space of the implantation container is formed at one end of the water guide means by a direct molding method or a winding method. The moisturizing soilless implantable plant cultivation container is characterized by being attached to the bottom of the implantable container and communicating with the cultivation space.
The invention according to claim 30 is characterized in that, in the moisturizing soilless implantable plant cultivation container according to claim 28, one end of the water guiding means is assembled to the bottom of the implantation container by fitting means and communicates with the cultivation space. It is a moisturizing soilless implantable plant cultivation container.
The invention according to claim 31 is the moisturizing type soilless implantable plant cultivation container according to claim 28, wherein the water guiding means is formed of a material having a water absorbing property such as a cotton product or a nonwoven fabric. It is a soilless implantable plant cultivation container.
According to the invention of claim 32, in the moisturizing type soilless implantable plant cultivation container according to claim 1, the lid and the container are combined in a covering manner without screwing according to an actual use request and the lid is easily opened and stored. A moisturizing soilless implantable plant cultivation container characterized by being capable of being filled with a liquid.
According to a third aspect of the present invention, there is provided the moisturizing soilless implantable plant cultivation container according to the first aspect, wherein the lid and the container are fixedly combined with each other according to an actual use request to form a fixed hermetic state. This is a moisturizing soilless planting type plant cultivation container characterized by having a filling port opened in the plant.
The invention of claim 34 provides a moisturized soilless implantable plant cultivation container,
A container storage body having a hollow three-dimensional volume space inside the container, a lid fitted into the bottle mouth and sealed, and having at least one hole for assembling the implantable container,
At least one implantable container in which at least one cultivation space is opened while the positioning seal means is combined with a hole opened in the container storage body and is used as a cultivation medium,
Water guide means attached to the bottom of the planting container and communicating with the cultivation space, and one end of which is extended into the container and immersed in a preservative solution,
The planting container is used as a cultivation medium for plant roots, and the container is sealed to provide completely closed water storage and a soilless cultivation environment.When the container is tilted, the soil and water are tilted. Without spilling around the cultivation environment, keeping the hygiene around the cultivation environment, the preservation solution is sealed and almost does not evaporate, the replenishment frequency of the preservation solution stored in the container is small, It is a moisturizing soilless planting type plant cultivation container characterized by not generating.
The idea of claim 35 is that, in the moisturizing type soilless implantable plant cultivation container according to claim 34, the lid is formed of an elastic material, and the shape of the lid is formed slightly larger than the diameter of the bottle mouth. It features a moisturizing soilless implantable plant cultivation container.
The invention according to claim 36 is the moisturizing type soilless implantable plant cultivation container according to claim 35, wherein the lid is formed of cork. The device according to claim 37 is the moisturizing type soilless implantable plant cultivating container according to claim 35. Wherein the lid is formed of rubber to provide a moisturizing soilless implantable plant cultivation container.
The invention according to claim 38 is the moisturizing type soilless planting container according to claim 35, wherein the lid is formed of polystyrene.
According to the invention of claim 39, in the moisturizing soilless implantable plant cultivation container according to claim 34, the hole formed in the end face of the lid and used for assembling the implantable container is formed to be smaller than the outer diameter of the implantable container. Thus, the moisturizing soilless implantable plant cultivation container is characterized by forming binding and sealing when the implantable container is fitted.

The present invention provides a moisturized soilless planting container that is completely sealed, falls down and does not generate environmental pollution without the need for a cultivation medium such as soil, culture soil (stone) or the like. According to the present invention, a container for providing a water storage space is sealed with a lid, an implantable container is assembled in the container, and water guide means for introducing water into the implantable container to bring the interior of the implantable container to a humidified state is provided. It is extended from the bottom of the container, the plant housed in the planting container is extended from the opening outside the container, and, by the space of the hollow planting container, the root of the plant can be directly inserted into the planting container and grown, The planting container directly provides the cultivation medium for the root of the plant, the container is sealed, and the storage of the water in the container is completely sealed and provides an environment without soil. There is no problem of water and soil pollution.

The moisturizing soilless implantable plant cultivation container of the present invention includes a container having a water storage space, the water storage space is sealed by a lid, the planting container is assembled in the container, and water guiding means is provided from the bottom of the planting container. Is stretched, the water guide means absorbs an appropriate amount of water in the container and introduces it into the planting container to obtain a humidified state of moisture, and provides a hollow cultivation space by the opening extending from the planting container to the outside of the container. By providing a completely sealed water storage and soilless cultivation environment by sealing the container, and providing the effect of maintaining the cultivation environmental hygiene even if the container falls, There is no problem of forming dirt, and since there is almost no situation of evaporation due to sealing of stored water, there is no need to replenish the stored water in the container for a relatively long time, and furthermore an environment where mold and small insects are generated Do not form .

FIGS. 1 to 4 show specific examples of the sealed cultivation environment provided by the present invention. As shown, the structure of the embodiment of the present invention includes a container storage 1, which can be a sealed storage of various shapes and standards. The present invention also includes an implantable container 2 assembled in the container storage 1 and a water guiding means 3 for transmitting water between the container storage 1 and the implantable container 2.

The container storage body 1 includes a container 11, which is composed of a bottle body 12 and a bottle mouth 13 whose bottoms are closed, and the bottle body 12 is formed of a cultivation liquid (water or other culture liquid, nutrient liquid, etc.). And (3) providing a hollow three-dimensional volume space (15) for preserving the normal state. The lid 14 is screwed directly into the bottle opening 13 of the container 11 to form a completely sealed lid, thereby obtaining a sealed volume space 15, storing the cultivation liquid in a sealed state and eliminating the risk of tilting and spilling. . At least one hole 16 for assembling the at least one implant container 2 is opened in the end face of the lid 14.

The above-mentioned container preservation body 1 can adopt various transparent and opaque containers of different shapes and specifications, and can store a molded product obtained by burning earth and stone, a glass product or an acrylic product, a plastic product, or other liquid. A material formed of a material having a function can be adopted.

The at least one implantable container 2 is directly fitted into the position of each hole 16 of the lid 14 in combination with the positioning seal means 4, and the combination with the lid 14 of the implantable container 2 is not limited to a vertical combination. , Various different assembly angles or combinations suitable for the set modeling. In this embodiment, the implant container 2 is designed to have a long tube 21 shape. However, the present invention is not limited to this. The central portion is hollow, and at least one cultivation space 20 is provided to define the cultivation medium. It completely accommodates the roots of plants without the use of cultivation media (eg soil, cultivation soil (stone) or artificial soil or other cultivating substances). The plant is directly inserted into the cultivation space 20 through the opening 22 extending to the upper end of the lid 14 of the planting container 2 and is cultivated. The opening 22 has a slightly larger diameter than the hole 16 so that the planting container 2 can be positioned. Of course, the fitting means 18 can be combined to form a slightly larger diameter than the hole of the lid (which is adopted in the present embodiment) and used for assembling and positioning of the implantable container. The liquid which is extended into the sealed volume space 15 of the container 11 and stored in the container 11 by the combination of the water guide means 3 is sent to the plant container 2 having water content, moisture retention and air permeability, which is required by the plant. Provide an appropriate amount of moisture.

The above-mentioned planting container 2 is provided with pores, has good water content, moisture retention and air permeability, and is provided as a structure necessary for the growth of the root of the plant. Provides ample moisture and root aeration and growth space required. The implantable container 2 is formed by baking earth and stone materials, or made of various foamable materials, or made of various sponge seats or made of non-woven fabric, or a processed product of plastic material, or other such products. It is said to be made of a material having excellent moisture content, moisture retention and air permeability through pores. Further, products obtained by mixing and processing the above-mentioned materials can also be used.

The implantable container 2 may be formed into various different single shapes with the above-mentioned materials according to the design or necessity, and may be combined with the lid 14 and extended into the container 11 or directly into the above-described container storage 1 or the inner bottom portion of the container 11. It can be made to be upwardly stretched by a method of being integrally molded or fixed (adhesion or directly standing).

The above-mentioned positioning seal means 4 is formed of a material having good waterproof properties, has an outer fitting groove 41 formed in the outer peripheral end face portion, and the height of the groove is made equal to or smaller than the end face thickness of the lid 14. The groove bottom is formed to have the same diameter as the hole 16 of the lid 14, so that the positioning sealing means 4 is fitted into the hole 16 of the lid 14. The positioning seal means 4 has a center hole 42 whose diameter and shape are substantially equal to or smaller than the outer diameter of the shape of the implant container 2, and the implant container 2 is directly inserted into the center hole 42, and The position and the hole 16 are sealed and positioned by the positioning sealing means 4.

(4) The water guiding means 3 for transporting water between the container storage body 1 and the implantable container 2 is formed in a belt shape or a strip shape, the material thereof has a water absorbing property, and the use of a cotton product or a nonwoven fabric is optimal. One end of the water guide means 3 is formed with a diameter equal to or slightly larger than the diameter of the cultivation space 20 of the planting container 2 by a molding method or a winding method, and the bottom of the planting container 2 in the container 11 is directly connected to the cultivation space 20. Alternatively, fitting means 31 (used in the embodiment of FIG. 1) is combined and fitted into the bottom of the planting container 2 in the container 11, communicates with the cultivation space 20, and the other end of the water guiding means 3 is 11 is immersed in the preservation liquid, absorbs the liquid, and sends it to the implantation container 2.

組 立 Please refer to FIGS. 2 to 4 for the assembly and use of the embodiment of the present invention. At least one implantable container 2 is fitted into the hole 16 of the lid 14 by the positioning seal means 4 so as to exhibit a watertight state, and after the liquid is stored in the container 11, the lid 14 is screwed and sealed, and the bottom of the implantable container 2 Is stretched and immersed in the preservation solution (FIGS. 2 and 3), and the preservation solution is sucked up by the capillary action of the water conveyance device 3 and sent to the implantation container 2, and the water content, moisture retention, The combination of the pore properties provides a moist growth space and thus the planting vessel 2 is used as a cultivation medium, creating a completely closed reservoir and a soilless cultivation environment. Subsequently, the root portion 51 of the plant 5 is inserted into the cultivation space 20 through the opening 22 extending to the upper end of the lid 14 of the planting container 2 and cultivated (FIG. 4), and the root portion 51 has water-retaining, moisturizing and pore-breathing properties. It is necessary to obtain an appropriate amount of water and nutrients necessary for growth by the implant container 2 and to grow the root portion 51 in the implant container 2 or to adhere to the pores of the implant container 2 to grow and supplement the preservative solution. When there is, the storage solution can be filled by turning the lid 14 to open the bottle mouth 13 of the container 11, and the bottle mouth 13 of the container 11 can be closed again with the lid 14, and the storage solution can be easily filled, By closing the container 11 with the lid 14, an assembled state in which the storage solution is stored in the closed state can be formed. Of course, it is also possible to open a closed filling port 17 in the end cotton of the lid 14 (FIG. 6), which makes it more convenient to replenish the storage solution in the container 11. According to the present invention, under such a cultivation structure design, the preservation solution is completely sealed in the container, and the direct implantation container 2 is used as a cultivation medium, thereby excluding the use of soil or a similar medium. A clean and sealed cultivation environment is formed, and even when the container preservation body 1 is tilted (FIG. 5), since the preservation solution is sealed in the container 11, water and soil flow out to form dirt. There is no fear and the sanitary effect of the cultivation environment can be maintained. In addition, the preservation solution hardly evaporates, the replenishment frequency of the preservation solution in the container 11 can be reduced, and an environment in which mold and small insects are generated is not formed. Furthermore, when a small object is set on the desk, there is no risk of falling down and contaminating the environment on the desk or damaging electronic devices (computers, telephones, etc.).

構造 The structure of the present invention can be partially modified within the spirit and scope of the design. 7 to 9 show the structure of another embodiment of the present invention, in which the lid 14 of the container storage 1 is provided with at least one hole 16 and at least one implantable container 2 is provided with the positioning seal means 4. The water guiding means 3 is mounted on the bottom of the container 2 in combination with the hole 16 of the lid 14.

The combination of the lid 14 and the container 11 is set so that the lid 14 covers the bottle opening 19 of the container 11 directly instead of the screwing method when there is no possibility that the cultivation leaving environment will completely collapse depending on the actual use request. The storage solution can be opened and closed to replenish the storage solution (FIGS. 7 and 8).

The lid 14 is fixedly (adhesively) coupled to the bottle opening 19 of the container 11 in a fixed and sealed state, and an end face of the lid 14 is provided with a fillable opening 17 which can be closed and stored in the container 11. It can be in a form convenient for filling liquids (FIG. 9).

The assembling of the at least one implantable container 2 to the above-mentioned container storage body 1 is performed not only by assembling the hole 16 formed in the lid 14 but also by opening at least one hole in the end face of the container storage body 1. Is also possible, and the same cultivation effect can be achieved.

FIGS. 10 to 11 show the structure of still another embodiment of the present invention. According to this, at least one implantable container 2 is fitted into the container storage body 1, and the water guiding means 3 is attached to the bottom of the implantable container 2.

The container preservation body 1 includes a container 11, which is composed of a bottle body 12 having a closed bottom and a bottle mouth 13, and a portion of the bottle body 12 in which a cultivating liquid (water or other) is used. And a hollow three-dimensional volume space 15 for preserving a culture solution, a nutrient liquid, etc.) in a normal state. The lid 14 is fitted directly into the bottle opening 13 of the container 11 to form a completely sealed lid, thereby obtaining a sealed volume space 15, storing the cultivation liquid in a sealed state and eliminating the possibility of spilling by tilting. The end face of the lid 14 is provided with at least one penetrating hole 16 for assembling the at least one implant container 2.

The cover 14 is formed of a material having elasticity, and cork, rubber, or polystyrene may be used as the material. Further, the shape of the lid 14 is slightly larger than the diameter of the bottle mouth 19, and the lid 14 is assembled to the bottle mouth 19 of the container 11 by applying an appropriate pressure. The hole diameter of the hole 16 formed in the end face of the lid 14 is slightly smaller than the outer diameter of the implantable container 2, thereby forming a combined effect of binding and sealing. Of course, other holes having the same diameter can also be used. It is not done.

With such a structural design, the storage solution can be stored by forming the sealed container storage body 1, the storage solution can be supplemented by opening the lid 14, and the space for the root attachment and the growth of the plant 5 by the planting container 2. And provide water and provide a completely closed water storage and soilless cultivation environment in the same manner as the above-mentioned embodiments, and maintain the hygienic effect of the cultivation environment even when the container falls, There is no problem of dirt formation due to outflow.

It should be noted that the above embodiments are presented to explain the structure and function of the present invention, and do not limit the scope of the present invention. Also belong to the claims of the present invention.

FIG. 2 is an exploded perspective view of the embodiment of the present invention. FIG. 2 is a perspective view after the combination of the embodiment of FIG. 1. FIG. 2 is a sectional view after the combination of the embodiment of FIG. 1. It is sectional drawing which shows the cultivation state of the Example of FIG. FIG. 2 is a view showing a tilted state of the embodiment of FIG. FIG. 3 is a structural sectional view of a lid installed at a filling port of the present invention. FIG. 4 is a partial exploded view of a second embodiment of the present invention. FIG. 4 is a cross-sectional view of the second embodiment of the present invention after combination. FIG. 7 is a cross-sectional view of the third embodiment of the present invention after combination. FIG. 7 is an exploded perspective view of a fourth embodiment of the present invention. FIG. 7 is a cross-sectional view of a fourth embodiment of the present invention after combination.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 1 Container preservation body 2 Planting container 3 Water guide 4 Positioning sealing means 5 Plant 11 Container 12 Bottle main body 13 Bottle mouth 14 Cover 15 Volume space 16 Hole 17 Filling port 18 Fitting means 19 Bottle mouth 20 Cultivation space 21 Long tube 22 Opening 31 Fitting means 41 External fitting groove 42 Center hole 51 Root

Claims (39)

In a moisturizing soilless implantable plant cultivation container,
A container storage body in which the bottle body portion of the container provides a hollow three-dimensional volume space, the bottle mouth is sealed by screwing a lid, and at least one hole for assembling the implantable container;
At least one implantable container in which at least one cultivation space is opened while the positioning seal means is combined with a hole opened in the container storage body and is used as a cultivation medium,
Water guide means attached to the bottom of the planting container and communicating with the cultivation space, and one end of which is extended into the container and immersed in a preservative solution,
The planting container is used as a cultivation medium for plant roots, and the container is sealed to provide completely closed water storage and a soilless cultivation environment.When the container is tilted, the soil and water are tilted. Without spilling around the cultivation environment, keeping the hygiene around the cultivation environment, the preservation solution is sealed and almost does not evaporate, the replenishment frequency of the preservation solution stored in the container is small, A moisturizing soilless implantable plant cultivation container characterized by not generating. 湿 A moisturizing soilless implantable plant cultivation container according to claim 1, wherein containers of various shapes or specifications can be used for the container preservation body. (4) A moisturizing type soilless planting container according to claim 2, wherein a container formed by burning earth and stone in a container preservation body is used. A moisturizing soilless planting plant cultivation container according to claim 2, wherein a glass product container is used as the container storage body. A moisturizing soilless planting container according to claim 2, wherein an acrylic product container is used as the container preservation body. The moisturizing soilless planting container according to claim 2, wherein a plastic product container is used as the container preservation body. 3. The moisturizing soilless implantable plant cultivation container according to claim 2, wherein a container formed of a material having a function of storing a liquid in the container storage body is used. Plant cultivation container. 湿 A moisturizing soilless planting plant cultivation container according to claim 2, wherein a transparent container is used for the container preservation body. 湿 A moisturizing soilless planting plant cultivation container according to claim 2, wherein an opaque container is used as the container preservation body. 2. The moisturizing type soilless implantable plant cultivation container according to claim 1, wherein a filling port which can be closed at an end face of the lid is opened to facilitate filling of the preservative solution in the container. A soilless implantable plant cultivation container. The moisturizing soilless implantable plant cultivation container according to claim 1, wherein a hole for assembling the implantation container opened in the container storage body is opened on an end face of the lid, and a plurality of holes are opened. A moisturizing soilless implantable plant cultivation container. The moisturizing soilless implantable plant cultivation container according to claim 1, wherein a hole for assembling the implantation container opened in the container storage body is opened at an arbitrary end face position of the container, and a plurality of holes are opened. A moisturizing soilless implantable plant cultivation container, characterized in that: The moisturizing soilless implantable plant cultivation container according to claim 1, wherein the implantation container is provided with pores and has water-retaining, moisturizing and aeration characteristics, and is a structure for attachment necessary for the growth of roots of plants, An opening is provided at the upper end of the cultivation space of the planting container and is assembled to the hole of the lid, the plant is inserted from the opening, and the other end of the planting container is extended into the closed volume of the container. A moisturizing soilless implantable plant cultivation container. 14. The moisturizing type soilless planting container according to claim 13, wherein the container is formed by baking and shaving a soil material. The moisturizing soilless planting container according to claim 13, wherein the planting container is formed of a spreading material. The moisturizing soilless planting container according to claim 13, wherein the container is formed of a cotton material or a nonwoven fabric. The moisturizing soilless planting container according to claim 13, wherein the planting container is formed by processing a plastic material. The moisturizing soilless implantable plant cultivation container according to claim 13, wherein the implantable container is formed of a material having water-retaining, moisturizing, and pore-breathing characteristics. . 14. The moisturizing type soilless implantable plant cultivation container according to claim 13, wherein the implantable container is made by selectively mixing and processing a foamed material, a cotton material or a nonwoven fabric, a plastic material, a material having moisture, moisture retention, and pore permeability. A moisturizing soilless implantable plant cultivation container characterized by being formed by: The moisturizing soilless implantable plant cultivation container according to claim 13, wherein the implantable container has various shapes and standard single structures. The moisturizing soilless planting container according to claim 13, wherein the planting container is formed integrally with the container preservation body. The moisturizing soilless implantable plant cultivation container according to claim 13, wherein the implantable container is assembled so as to extend upward integrally with the inner bottom portion of the container storage body. container. 14. The moisturizing type soilless implantable plant cultivation container according to claim 13, wherein an opening at an upper end of the implanting container is formed to be larger than a diameter of a hole of a lid, and is used for positioning of the implanting container. A soilless implantable plant cultivation container. 14. The moisturizing soilless implantable plant cultivation container according to claim 13, wherein the fitting means is fitted into the opening at the upper end of the implanting container to form a diameter larger than the diameter of the hole of the lid, and is used for positioning of the implanting container. A moisturizing soilless implantable plant cultivation container characterized by being carried out. 2. The moisturizing soilless implantable plant cultivation container according to claim 1, wherein the positioning seal means is formed of a material having good waterproofness, and an outer fitting groove is formed in an outer peripheral end surface to be combined with a hole of the lid body. A humidifying soil, wherein the positioning seal means is provided with a center hole, the implantable container is assembled to the center hole, and the locating seal means is located between the implantable container and the lid hole to form a seal and positioning. No implantable plant cultivation container. 26. The moisturizing soilless implantable plant cultivation container according to claim 25, wherein the height of the outer fitting groove of the positioning seal means is equal to or less than the end face thickness of the lid, and the diameter formed at the bottom of the groove is the diameter of the hole of the lid. A moisturizing soilless implantable plant cultivation container corresponding to a diameter, wherein the positioning seal means is fitted into a hole formed in a lid. The moisturizing soilless implantable plant cultivation container according to claim 25, wherein the hole diameter and the shape of the center hole of the positioning seal means are formed to be equal to or slightly smaller than the shape and the outer diameter of the implantable container. A moisturizing soilless implantable plant cultivation container characterized by being used for positioning. The moisturizing soilless implantable plant cultivation container according to claim 1, wherein the water guiding means for sending water between the container and the implantable container has a long belt shape or a strip shape. . 29. The moisturizing soilless implantable plant cultivation container according to claim 28, wherein a diameter equal to or larger than the diameter of the cultivation space of the implantation container is formed at one end of the water guiding means by a direct molding method or a winding method, and assembled to the bottom of the implantation container. A moisturizing soilless implantable plant cultivation container characterized by being communicated with a cultivation space. 29. The moisturizing soilless planting container according to claim 28, wherein one end of the water guiding means is assembled to the bottom of the implanting container by fitting means and communicates with the cultivation space. Type plant cultivation container. 29. The moisturizing soilless implantable plant cultivation container according to claim 28, wherein the water guiding means is formed of a material having a water absorbing property such as a cotton product or a nonwoven fabric. . 2. The moisturizing soilless implantable plant cultivation container according to claim 1, wherein the lid and the container are combined with each other in a covering manner without screwing according to an actual use request, so that the lid can be easily opened and the storage liquid can be filled. A moisturizing soilless implantable plant cultivation container, characterized in that: 2. The moisturizing soilless implantable plant cultivation container according to claim 1, wherein the lid and the container are fixedly combined according to an actual use request to form a fixed sealed state, and a filling port is opened at an end face of the lid. A moisturizing soilless implantable plant cultivation container, characterized in that: In a moisturizing soilless implantable plant cultivation container,
A container storage body having a hollow three-dimensional volume space inside the container, a lid fitted into the bottle mouth and sealed, and having at least one hole for assembling the implantable container,
At least one implantable container in which at least one cultivation space is opened while the positioning seal means is combined with a hole opened in the container storage body and is used as a cultivation medium,
Water guide means attached to the bottom of the planting container and communicating with the cultivation space, and one end of which is extended into the container and immersed in a preservative solution,
The planting container is used as a cultivation medium for plant roots, and the container is sealed to provide completely closed water storage and a soilless cultivation environment.When the container is tilted, the soil and water are tilted. Without spilling around the cultivation environment, keeping the hygiene around the cultivation environment, the preservation solution is sealed and almost does not evaporate, the replenishment frequency of the preservation solution stored in the container is small, A moisturizing soilless implantable plant cultivation container characterized by not generating. 35. The moisturizing soilless implantable plant cultivation container according to claim 34, wherein the lid is formed of an elastic material, and the shape of the lid is formed slightly larger than the diameter of the bottle mouth. No implantable plant cultivation container. 36. The moisturizing soilless implantable plant cultivation container according to claim 35, wherein the lid is formed of cork. 36. The moisturizing soilless implantable plant cultivation container according to claim 35, wherein the lid is formed of rubber. 36. The moisturizing soilless implantable plant cultivation container according to claim 35, wherein the lid is formed of polystyrene. 35. The moisturizing soilless implantable plant cultivation container according to claim 34, wherein the hole formed in the end surface of the lid and used for assembling the implantable container is formed to have an outer diameter equal to or less than the outer diameter of the implantable container. A moisturizing soilless implantable plant cultivation container characterized by forming a unity and a seal.

Images