JP2005192435A - Modified flowerpot - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a light-weight, inexpensive and durable modified flowerpot obtained by reproducing a natural stone, tree roots, or the like, formed so as to have a hollow inside, enabling even an ordinary gardening amateur to make a Bonsai tree (a dwarfed tree in a pot) with a stone requiring specialized knowledge and technique to enjoy novel gardening in harmony with nature and offering broad range of options, for example, enjoy vegetation better suited for visual scenes. <P>SOLUTION: This modified flowerpot is obtained by reproducing a naturally shaped article or artificially shaped article to make the inside hollow via FRP (fibrous glass reinforced plastic) so as to form planting cut holes 2 with desired size at desired portions thereof, and charging planting mixture soil 7 into a hollow part 3 so as to enable the gardening amateur to enjoy the Bonsai tree with a stone by feeling like that in conventional potted plants. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

Industrial application fields

  The present invention relates to pots for planting plants and flowers, and natural stones, natural shaped objects such as tree trunks and roots, and artificial shaped objects are copied and molded with plastics, etc. A gardening enthusiast who does not have expertise by providing potted stones with stones and other objects in a hollow shape and pseudo stones for bonsai with stones at a low price and filling them with potting soil. The present invention relates to a plant pot that enables a person to easily make a bonsai with a stone or a sukiki-style plant.

  Conventional plant pots can be classified into pottery and porcelain pots and plastic molding pots according to the manufacturing method, and there are round, oval, rectangular and irregular shaped pots. The irregular shaped pots are flat stones such as Kurama stones, flat stone pots called flat bowls, stone pots made by cutting granite, amorphous pots made of cement, pots processed natural wood Yes, these have different uses and tastes, but can be used properly, but they are limited in size and weight due to manufacturing method, carrying, distribution, etc., and can be moved without using heavy machinery unless specially manufactured. The size and weight range is limited.

  On the other hand, there is a planting called a bonsai with stone, which is different from the classification of flowerpots. This is a bonsai tree that creates deep mountain scenery by cutting natural stones and pumice stones such as longan stones from Yodogawa, or drilling holes and planting small trees and wild grasses. Pumice stones can be easily cut and drilled, and since they are porous, they are well drained and have an appropriate water holding capacity and water absorption, so they are a good growing environment for planting. In general, water is stored in a basin and the bottom of the pumice is soaked in the water and sucked up, so the planted vegetation is good and the heat capacity of the pumice that contains a lot of water is large. Because there is an effect and the temperature change of the root part is small, the trunk and branches tend to be thicker than the ground planting, and the rooting is restricted so that the height and branches grow less, so-called planting is like a bonsai To grow.

  However, it is difficult for general gardening enthusiasts to obtain and process natural stones and pumice stones such as longan stones. Special knowledge and experience are required for planting, and making bonsai with stones is not easy. Pumice stones are easily chipped and are difficult to modify, such as being cracked by impact when drilling holes for implantation. If the planting hole is small or shallow, there are difficulties such as cutting or bending the planting root and planting it, so that the planting will die, and in general gardening enthusiasts make stone bonsai It is difficult. Furthermore, bonsai with stones that are processed and planted with natural stones is a difficult technique even for experts. Natural stone is hard and cannot be easily pierced, and since it has neither water absorption nor water retention as well as air permeability, it often dies as a bad environment for planting.

  In this way, Bonsai with stone is an area handled by specialists, and general horticultural enthusiasts are currently active in a horticultural area with a narrow choice of traditional pots. The current traditional forms of pots are not uniform in appearance and are uniform. The conventional pot has an opening on the top surface and a small hole for draining water on the bottom surface. Plants are planted using sorghum, red ball soil, Kanuma soil, sand, humus soil, or the like. This structure is the same as pottery bowls, plastic molding pots, stone pots that have been machined, etc., and has a structure and shape with a large upper surface for the convenience of the manufacturing process, and the user can widen the opening of the bowl. It cannot be narrowed.

  There is a tendency to seek diversification even in conventional traditional pots, European-style pots with a three-dimensional pattern on the outer surface, pots called planters with cut barrels, pots that are cut through charcoal, Special bowls such as hand-twisting pots, wooden planters and cement-made planters are also on sale, but none of them has come out of the traditional territory and has a shape determined by the pot manufacturer. It remains a pot with strong artificial colors. Also, even if the gardener cannot change the potting opening size of the pot according to the planting and tries to express the state where the plant grows in the natural state, the pot is artificial and the degree of freedom of choice and environmental compatibility The reality is that it is scarce. Thus, the conventional techniques have limited options for horticulturists, and have only provided artificial and uniform plant pots.

Problems to be solved by the invention

  The first problem to be solved by the invention is to solve the narrow choice of plant pots. In other words, natural pots, stumps, tree roots and other shaped pots can be added to traditional artificial pots, and the opening position and opening dimensions can be changed according to planting. To provide modeling pots. Speaking of bowls, not only the traditional shapes and structures that everyone thinks of, but also traditional pots with natural stones, tree roots, bowls with Munetake bamboo, large tree stumps, etc. By providing an unusually shaped pot and allowing the planting position and size to be freely selected, the choice of the user is increased, potting that is not possible in the past becomes possible, and an effect that suits the environment becomes possible.

  The second problem to be solved by the invention is to make it easy for ordinary gardening enthusiasts to make stone bonsai that require specialized knowledge and skills. A bowl made by making a rubber mold with natural stone and using a rubber mold to accurately duplicate a molding material such as a two-component mixed-curing plastic or glass fiber reinforced plastic can be copied to a minute part, so the appearance is the stone itself. It is. Since this model has a hollow inside, an opening for implantation can be provided at an arbitrary position at an arbitrary position on an upper surface or a side surface. The hollow part can be planted in the conventional potting sensation while filling the soil with red soil, red ball soil, sand, kanuma soil, and humus soil so that ordinary gardening enthusiasts can make bonsai with stones with little failure. Become.

  Bonsai with stone cuts natural stones such as longan stone, Tamba stone, Kurama stone, etc., or makes holes to plant them, but all are hard and brittle stones, so special tools are required for processing. In addition, it is difficult to manufacture without specialized knowledge and experience, such as drilling a small hole at the planting site, driving and fixing the wire with a lead ball, and tying and fixing so as to protect the root. Even when planted, clay soil humus called keto soil is mixed with red soil and moss, kneaded and applied in consideration of water absorption and drainage, trees and undergrowth are planted here and fixed, and finally the top soil is prevented from drying out For this purpose, expertise, experience, and skills such as planting moss are necessary.

  The bonsai with natural stones made in this way has little water absorption and water retention capability, and the amount of keto soil attached to the planting site is limited. It is easy to weaken, and if you forget watering, it will wither for a short time. In addition, the roots grow and grow as the soil grows, so it is necessary to replenish. However, this replenishment method also requires specialized knowledge and experience. Management is also difficult.

  The third problem to be solved by the invention is to provide a natural shaped object typified by natural stone, a pot in the form of an artificial shaped object, a pseudo stone for bonsai with stone, and the like at low cost. Processing a natural stone to make a pot for planting is not easy, and it naturally becomes expensive. In addition, processing of stones for bonsai with stones is not easy, is heavy and difficult to carry, and is expensive. On the other hand, planting pots using bamboo, stumps, tree roots, and the like have the problem that they are rare and expensive and corrode in the short term. The plant pot of the present invention provides a cheap and lightweight plant pot by making a replica of a unique natural stone, a stone for bonsai with difficult stones, a rare stump or tree root, etc. can do.

  The fourth problem to be solved by the invention is improvement of durability and strength. Conventional pots made of earthenware are easy to break and are limited in shape and size for reasons of manufacturing. In addition, since pots made of earthenware are made of pottery, the yield of non-defective products is poor when they are large, and they are expensive and heavy. Stone bowls made by grinding granite etc. are limited in shape due to the machining process, and are vulnerable to impact and heavy. Rare and expensive stumps, tree roots, etc. will decay in a short period of time, and inexpensive plastic molded bowls are mass-produced products with molds, so they are not only attractive in appearance but also have poor weather resistance, It becomes brittle and cracks in a few years. Both have problems in durability and strength, and are problems that need to be solved.

  The fifth problem to be solved by the invention is weight reduction. Conventional ceramic pots are limited by the manufacturing method, but as they become larger, the weight increases and it becomes difficult to carry. In particular, bonsai trees with stones that plant trees into stones, large tree stumps, tree roots, etc., cannot be moved heavy when they grow large, so they need to be planted after installation. For example, even a bonsai stone with a stone made by processing pumice is difficult to move when it is about 40 cm square or more, and if this is a hard stone such as longan stone, the specific gravity will be several times higher, so it is no longer It is impossible to move. In addition, large natural stones are rare, expensive and difficult to obtain.

  The pot according to the present invention is made of a glass fiber reinforced plastic called FRP, which is commonly called FRP, and has a surface coating. This is due to the fact that the molding material itself has no water retention and is difficult to get dirty. Therefore, it is a drawback that it takes a long time to obtain a scene where the surface of a stone such as a bonsai with a stone is mossy, which is the sixth problem. This problem is the same for ceramic pots, natural stones, and pumice stones, and it is possible to create a surface environment where moss grows early.

Means for solving the problem

  The means to solve the problem is to mold a model such as natural stone with a flexible rubber such as silicone rubber, and make a replica of the target model using a molding material such as two-component mixed curing resin or glass fiber reinforced plastic. It is a means that makes it possible to use this as a bowl. In this manufacturing method, the molded object to be replicated is wrapped in a liquid mold rubber, cured, then the cured rubber is opened and the internal molded object is taken out to create a rubber mold faithfully with fine irregularities and patterns on the surface. Transfer inside. The original shape is duplicated on the rubber mold made in this way by molding plastic and manufactured.

  Because it is a rubber mold produced using a model such as natural stone as a model, it is possible to reproduce fine irregularities on the surface of the replica as well as the original shape, and it is possible to forcibly remove the deep recess called undercut, The details of the original appearance can be faithfully reproduced and the natural appearance can be reproduced. In addition, the replica model that is suitable for hollow interior planting allows the user to drill holes in any size at any size, thus creating a harmony between planting and pots and a landscape that was not possible in the past. Will be able to. The pots manufactured and supplied in this way are different from conventional ones that cannot be changed as in conventional bowls, which increases the choice of gardeners and solves the first problem.

  Stones for bonsai with stone are made by cutting pumice and natural stones and drilling holes, but they are difficult to process and each one is handmade, so it is time consuming and expensive. According to the problem solving means for replicating a desired modeled object with a rubber mold, the inside can be made hollow, so that the planting soil can be filled therein and an opening can be provided at an arbitrary position. Therefore, even if there is no specialized knowledge and experience, it is possible to make a bonsai with a stone or a stone pot planting with few failures with a general potting sensation, and the second problem can be solved.

  According to the means of replicating the target object with a rubber mold such as silicon rubber, even an expensive famous stone can be faithfully and precisely modeled with a rubber material, and a replica of the original shape can be made with this rubber mold. This makes it possible to make rubber molds any number of times from the original shape, so you can continue to make odd-shaped bowls made by replicating famous stones. Similarly, if you make replicas of natural stones, stones processed for bonsai with stones, deformed tree roots, stumps, etc., you can continue to make deformed bowls of this replica.

  The life of the rubber mold is about several tens to one hundred and several tens, and varies depending on the original shape and the replication molding material. If the shape is complex, or if the amount of molding material that erodes the mold rubber material that has a high curing reaction temperature of the molding material is used, the number of useful parts will be reduced, and if a low temperature curing material is used with a simple shape, several hundred pieces Molding is also possible. In this way, the mold amortization cost per molded product is also low, automation of molding is possible, production cost is greatly reduced, stable supply is possible, and the material used is thin and the inside is hollow, so it is lightweight This makes it possible to provide inexpensive products including logistics costs and solve the third problem.

  The fourth problem such as improvement of durability and strength is solved by duplicating, with FRP or the like, natural stones, large tree roots, stumps, and the like that are heavy and easily broken or that corrode in a short period of time. If natural stone is used in a pot, it is difficult not only to make a hole for planting, but also it has a small root volume and is easy to break. Large tree stumps and roots are heavy and corrode quickly, but if they are carefully replicated with FRP or the like, it is possible to supply low-cost, high-strength and excellent-shaped bowls at low cost.

  As a means to solve the problems that are heavy and difficult to move, the problem is solved by providing a planting pot that is made by duplicating with FRP or the like. For example, natural stones with a height of about 1 meter cannot be installed without using heavy machinery, but if they are replicated with FRP, they are lightweight and can be easily carried. This replica has a cutout hole for implantation, and the amount of planted soil to be packed inside becomes large and heavy, so an isolated area with a limited volume is provided at the bottom of the planted opening hole, and the planted soil is placed only in this isolated area. In addition to securing sufficient soil for planting by packing, the weight can be reduced and the fifth problem can be solved.

  Plastic molding bowls typified by FRP are in an environment in which moss is unlikely to grow on the surface of replicas due to mold release agents, wax, paint, etc. during molding. Planting using natural stone replica bowls or large tree stump replica bowls can bring out a natural scene and depth by the growth of moss on the pot surface. As a sixth means to solve the problem, by applying and coating a water retaining material on the surface of the replication pot, an environment where moss is likely to adhere is created, and humic soil and moss are allowed to adhere to this environment. For example, moss grows naturally on the surface of the pot in a short period of time.

Action

  A plant pot with a hollow interior that is a natural mold, processed stone, or root of a tree replicated with a rubber mold, is an inexpensive pot that is lightweight, strong, and durable. Since these replicas can be made hollow inside, the blended soil for planting can be sufficiently packed therein, and planting can be planted in the same manner as conventional potted plants. Moreover, an opening with an arbitrary dimension can be made at an arbitrary position, and a hole having a size suitable for planting can be formed. Therefore, it is easy to plant, has good rooting, water retention and recreation is significantly improved compared with conventional stone planting, and since the opening area is small, there is little evaporation of moisture, and these act and are difficult to maintain and manage. It can be easily made by ordinary gardening enthusiasts, such as bonsai with stones, large stones, and planting trees in the bushes. You can enjoy a wide range of horticulture that is different from traditional potted plants, such as suppressing the temperature rise of the pot.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the embodiment of FIG. 1, natural stone is cast with silicon rubber, the rubber mold is divided into two, and a polyester resin containing glass fiber is applied to both rubber molds to be cured. This is a pseudo-stone 1 for bonsai with stone, which is produced by finishing the unevenness of the bonded portion, removing the joints, and applying a weather-resistant coating treatment. The surface of the natural stone is rough, and there are many undercuts that are shadows in the direction of punching. However, it can be forcibly removed because it is a rubber mold, and parts that cannot be removed with a hard mold such as a metal mold can be faithfully reproduced.

FIG.

  The replica of the example was produced for the purpose of bonsai with stone, and the inside is a hollow. Several small holes 4 for draining about 5 mm are made in the bottom of the pseudo stone 1 for bonsai with stone, and the notch 2 for implantation is made in the upper part. Cover the bottom with small pieces of soil or pumice to prevent the soil from flowing out. Fill it with red jade soil, red soil, Kiryu sand, and Kanuma soil, insert the plant through the notch, and plant with mixed soil such as humus and Kanuma soil. After adjusting the direction of the branches and the inclination of the trunk, stuffed with humus so as to close the notch hole, plant undergrowth such as jade dragon, and plant while pressing moss to prevent the topsoil from drying. This is no different from the conventional pot planting work, and it does not require the manufacturing method, technique and experience of bonsai with stone.

  FIG. 2 shows a duplication silicon rubber upper die 5a and a duplication silicone rubber lower die 5b of the bonsai pseudo stone 1 with a stone produced by natural stone molding. The duplication-type recess 6 is impregnated with an unsaturated polyester resin by impregnating it with a thin glass cloth, or is cured and molded to a desired thickness by spraying an unsaturated polyester resin containing glass fibers. The molded product can be taken out while deforming the rubber mold, and the upper and lower molded products are bonded and fixed facing each other, and the joint is finished to make a duplicate product. The notch hole 2 for implantation and the small hole 4 for drainage may be opened after completion, before bonding of upper and lower molded products, or may be opened at the time of molding. Once the outer shape is complete, it will be weather-resistant and the replica will be completed.

FIG.

  Fig. 3 shows that the mixed stone 7 for planting is packed into the molded bonsai stone 1 with stone, planted from the notched hole 2 for planting, and the notched hole 2 for planting is mixed with the mixed soil of Kanuma soil and humus soil. Close up, plant undergrowth and other undergrowth, cover the topsoil with moss to prevent drying, and irrigate to complete. The bonsai tree with stone shown in FIG. 3 is relatively small, but a large bonsai can be made in the same manner. Large-sized items become heavy and become difficult to move or install when filled with mixed soil, so it is necessary to fill the mixed soil after installation in a predetermined place and plant the planting. The amount of mixed soil is limited by dividing the interior at the lower part of 2, and a bonsai with a stone that can be moved even if it is large and lightweight is possible. Can enjoy.

FIG.

  The pseudo stone to be duplicated may be duplicated using a model of artificial modeling made by cutting pumice. In this case, it is not necessary to provide a hole for implantation that is difficult to produce, and it is free from the ease of cracking when digging a hole, and the production of the model is easy. In production, it is only necessary to consider the arrangement of plants to be planted, the balance of stone shapes, and the landscape. A hole of any size can be drilled and planted in any part of the replica made in this way. The pot alone is much lighter than the one made of pumice, and even large ones can be separated and isolated by limiting the part where mixed soil is put, so it is significantly lighter even after planting it can.

  The bowl shown in FIG. 4 is a horizontal natural stone-like horizontal bowl 9 which is also a natural stone replicated in a silicon rubber mold. The notch 2 for planting can be changed according to the planting state to be planted, and the notch dimension can be changed according to the size of the root. This pot can be filled with mixed soil and planted in the same sense as a conventional pot plant. The appearance creates a landscape where plants have been attached to natural stone over many years, and even potters who require unprecedented advanced technology can create potting plants. If the large and small natural stone-style pot plants created in this way are stacked and arranged like a stone frame, rock gardens and tsubo gardens can be easily created.

  FIG.

  The bowl in FIG. 5 is a stub-shaped deformed bowl 10 obtained by replicating a large tree stump with a glass fiber reinforced unsaturated polyester resin. Such large trees are difficult to obtain and expensive, and the raw wood is so heavy that it is difficult to move, and it is not easy to drill the hole 11 for implantation, although it is not as stone. If you pierce the hole, the tree will crack, and even after antiseptic treatment, corrosion will progress from this crack and it will decay in a short period of time. In addition, there is no example of such a kind of plant pot made of large trees, because it is more difficult to make a hole in the lateral direction. If this is replicated with a plastic molding material, a light and durable plant pot like the stub-shaped deformed pot 10 of FIG. 5 can be provided at low cost. Since the mold is made of silicon rubber, it can be finely molded even on the surface of the wood and even the annual rings, so the appearance is indistinguishable from the raw wood, so a more natural production without a sense of incongruity can be achieved.

FIG.

  FIG. 6 is an example in which a flower or tree can be planted in the duplication pot 12 of Oiwa. Such a large natural rock cannot be moved without heavy machinery, but if it is a plastic replica, it can be moved lightly. When planting a tree in such a large rock, it becomes difficult to move if it is filled with planted soil inside, so if the isolation region 13 is configured so as to partition the lower part of the planted part and limit the amount of soil to be packed, A large rock with planting is possible. The partition shown in FIG. 6 is configured in a cylindrical shape, and a partition lid 14 is retrofitted on the bottom surface. However, the partition may have a grid shape, and the partition lid 14 is formed by changing the depth of each isolation region 13. May be. In this case, the planting notch hole 2 can be placed at an arbitrary position by the user. When the planting notch hole 2 is large, a relatively large flower tree can be planted by cutting off the partition wall of the isolation region 13. .

FIG.

  FIG. 7 shows a sleeper duplication bowl 15. This is an example in which a silicone rubber for a mold is put on a sleeper and cured, and then the rubber is cut to make a replica mold and molded by FRP. Although the notch hole 2 for implantation was opened after molding, it may be opened at the time of molding, and the user can widen the notch hole to an arbitrary dimension. Real sleepers are made by preserving chestnut trees with chemicals such as creosote, and they are heavy and hard, so drilling is not easy. It is difficult to do. Since the sleeper duplication pot 15 has a hollow inside, it is possible to secure a sufficient amount of planting soil, so that gardening can be enjoyed in the same sense as a conventional pot plant.

FIG.

  The surface of the bowl replicated with FRP or the like was coated with a material having water retention ability because the release agent and coating were obstructed and there was no water retention and moss was hard to grow. The material used is a water-soluble cellulose ether, which is a water-soluble material made from natural cellulose that is insoluble in water. Apply a water-soluble cellulose ether solution to the surface of the pot, apply humus, and then paste the moss, the moss adheres to the surface of the pot so that the moss adheres to the moss. Attaches to the surface and moss grows in a short period of time.

  As mentioned above, although the Example of this invention shape | molded the modeling thing to replicate with a silicon rubber, and replicated with the glass fiber reinforced unsaturated polyester resin called FRP commonly, the same shaping | molding is also possible also with a urethane resin. Moreover, what is replicated is not limited to natural shaped objects, but may be artificial shaped objects. For example, you can make FRP gate pillars, cocoons, etc., and make cutouts that can be planted in these parts, and also combine gate pillars, cocoons and planting, so that urban inorganic cocoons become green cocoons, and the heat island phenomenon It also helps to improve the environment such as aesthetics.

  An irregularly shaped plant pot made of FRP or the like has a cutout hole 2 for planting at an arbitrary position, and is filled with a mixed soil 7 for planting to plant a plant. There is a case where the mixed soil 7 for implantation is not clogged up to the apex portion and becomes a cavity. In this case, the internal temperature easily rises in direct sunlight, which is an unfavorable condition for the plant. Therefore, it is preferable to provide a vent at the apex to release steam and heat. Moreover, when a water-soluble cellulose ether solution is applied to the surface of the pot and the moss grows spontaneously, the temperature rise inside the pot can be suppressed, and not only the aesthetics can be improved but also the water retention and heat shielding functions can be obtained at the same time.

  Furthermore, as a means to suppress the temperature rise of the plant pot, the internal temperature of the plant pot molded by FRP or the like is sprayed on the inner surface of the deformed plant pot to enhance the heat insulation effect, so that the internal temperature can be maintained even if exposed to direct sunlight for a long time. The rise can be suppressed. In addition, if the plant pot is made of a continuous foam molding material with a low foaming rate, a small ventilation hole can be formed on the entire surface of the pot, and excess moisture is discharged by the ventilation function similar to that of an unglazed pottery pot. Breeding of aerial bacteria becomes active and can prevent root rot of plants.

  In the plant pots of the examples, waste materials such as burrs and cutouts are formed at the time of molding, but these waste materials are crushed into small pieces of powder to about 1 mm and mixed in the resin liquid at the time of molding. The mixing ratio is preferably 30% or less by weight. If it exceeds 30%, there is no problem in function, strength, etc., but the waste piece is conspicuous on the surface and the reproducibility of details is difficult, so it is good to keep it below 30%. This mixable recycle rate can recycle all the waste materials from the market as well as the waste materials generated at the time of molding, and a high recycle rate not found in conventional bowls can be obtained.

The invention's effect

  As described above, the first effect of the present invention is a plant pot made by duplicating a model represented by natural stone, so that the planting finishes as if attached to natural stone, A narrow potted world of artificial and uniform options spreads, increasing the options for gardeners. In addition, it is possible to provide replica pots of various shaped objects, not just natural stones, so you can enjoy horticulture in harmony with nature, such as enjoying planting that matches the scene.

  The second effect of the present invention is that the inside of the replica plant pot can be hollow, so that it can be filled with planting soil, and an opening of any size can be provided at any location. Even ordinary gardening enthusiasts who have no knowledge and experience can make bonsai and stone pot plants with stones that are less prone to failure than conventional pot planting sensations.

  The third effect of the present invention is that a large number of replicas can be produced with one mold, so the mold amortization cost per molded product is low, the automation of molding is possible, and the production cost is greatly reduced. In addition to being able to provide a stable supply, since the material used is thin and the inside is hollow, it is possible to provide a replicated plant pot that is lightweight and inexpensive, including logistics costs.

  The fourth effect of the present invention is that it is lightweight, high in strength and excellent in durability by replicating, with FRP, a material that is easily cracked, such as natural stones, large tree roots, and stumps, or that corrodes in a short period of time. Replicated plant pots can be supplied at low cost.

  According to the fifth effect of the present invention, an isolated region having a limited volume is provided at the lower part of the planting opening hole of the replicated pot, and the planting soil is filled only in this isolated region, so that it is necessary and sufficient for planting growth. In addition to securing the soil, large replica plant pots in the shape of large stones or large tree roots can also be reduced in weight and weight so that they can be moved easily.

  The sixth effect of the present invention is to create an environment in which moss is likely to adhere by applying a water retaining material to the surface of the replica plant pot, and to attach humus or moss to a part of the environment. By doing this, even in an environment where moss is difficult to adhere, moss grows naturally on the entire surface of the pot in a short period of time, creating an unprecedented natural scene and depth, and increasing the temperature of the pot There is an effect to suppress.

  The seventh effect of the present invention is that a high recycling rate can be obtained. Conventional bowls cannot be reused because they are easily damaged, but they are crushed and thrown away, or disposed of as industrial waste or household waste, but the bowls of the present invention have a high mixing ratio of crushed waste materials. Since it can be reused, a recycling system that does not generate waste is possible.

  It is a partial cross-section figure of the pseudo stone for bonsai with a stone which reproduced natural stone.   It is an example of a silicon rubber mold for duplication made from natural stone.   It is an external view which shows the example of a bonsai with a stone by the unusually shaped pot which replicated the natural stone.   It is an external view which shows the example of the horizontal deformed bowl which duplicated the natural stone.   A stump-shaped deformed bowl that replicates a large tree stump.   It is an example of a deformed bowl that replicates a large rock and has an isolation region for implantation.   It is an example of a deformed bowl in which a sleeper is duplicated and a cutout hole for implantation is provided.

Explanation of symbols

1 Pseudo stone for bonsai with stone
2 Notch holes for implantation
3 Cavity
4 Small holes for draining water
5a Silicon rubber upper mold for replication
5b Silicon rubber lower mold for replication
6 Recessed recess
7 Mixed soil for implantation
8 Planting
9 Natural stone-style horizontal bowl 10 Stump-shaped irregular bowl 11 Implantation hole 12 Reproduction bowl of Oiwa 13 Isolation area 14 Bottom lid 15 Reproduction bowl of sleepers

Claims (3)

  We produce natural molds such as natural stones and trees, and rubber molds that mold artificial moldings using flexible mold rubber such as silicone rubber, and use these rubber molds to create plastic molds and other materials. Is formed into a hollow, and an opening hole for implantation that allows the user to change the opening size is provided at an arbitrary location, and the hole can be resized for drainage at the lower part. An irregular shaped plant pot with   The irregular shaped plant pot according to claim 1, wherein an isolation region in which a volume of a portion into which the compounding soil for planting is packed is limited is provided inside the plant pot and below the planting opening hole.   The surface of an irregularly shaped plant pot that has been molded into a cavity with a molding material such as plastic using a rubber mold is modified with a water-retaining material such as water-soluble cellulose ether to allow it to grow naturally. The deformed plant pot according to claim 1, wherein

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