JP2006101825A - Plant-raising method and fungus-raising method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method for raising a plant or fungus solving such problems that a plant needs to be transplanted in serving it to its inherent application such as planting it in the garden or the like, for that purpose, man-hour for its digging up and planting is needed, resulting in costing, besides, its transport for transferring it previously rooted in the soil is troublesome, further resulting in costing, furthermore, a plant or fungus or the like to cultivate in running water has been difficult to make a home cultivation. <P>SOLUTION: The method for raising a plant to be used primarily in the garden or the like, and the method for raising a plant or fungi to be used for food or the like are provided. The purpose for obtaining these methods are realized by a very simple means of using such a structure as to contain in a netty bag forest products including wood chips with thinnings or construction scrap lumbers as the essential raw materials or phytomaterials such as grain byproducts. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a method for cultivating flower herbs, succulents, and trees mainly used in gardens and the like, and a method for growing fungi typified by flowering herb trees, succulents, or spores used for foods and the like.

Conventionally, flowering herbs, succulent plants, or trees have been mainly grown by planting them in the soil in a nursery, pot, or direct planting. In addition, a hoda tree is generally used to grow spores such as edible mushrooms.
Japanese Patent Application No. 2003-330209

  However, depending on the conventional method, plants that have been cultivated need to be transplanted when they are used for their original purposes, such as in gardens. Transportation for relocation was also complicated and costly.

  In addition, among conventional flower herbs and the like, especially, for example, wasabi cultivated in running water, it can only be cultivated in a place suitable for the conditions, and cannot be cultivated at home.

  In addition, spore fungus cultivation methods represented by edible mushrooms are typically cultivated with shiitake-grown hoda trees and enoki-dake-grown sawdust. In addition, the yield relative to the area required for cultivation was small, and there was a problem economically. In addition, sawdust is grown in a specialized factory using a dedicated paddle, etc., and cultivation at home was not possible.

The present invention provides a recess or a through-hole at a substantially central portion of a structure in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are housed in a net-like bag. A plant growing method characterized in that a flowering herb, a succulent plant, or a rhizome part of a tree is housed in the recess or through hole to grow a flowering herb, a succulent plant, or a tree.
Further, the present invention uses a structure in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are housed in a net-like bag, and is used for the structure. A method for cultivating fungi, characterized by cultivating spores and the like suitable for plant materials.
By using the above-mentioned method, it is possible to grow or install plants or fungi used for foods and the like, and to make a great contribution to the industry by using a simple method at low cost mainly in gardens and the like. Is something you can do.

  Forest products and cereal by-products including wood chips made from thinned wood or construction waste materials at least for the purpose of obtaining a method for growing plants mainly used in gardens, etc., and a method for growing plants or fungi used for food, etc. in a simple manner This was realized by a very simple method of using a structure in which a plant material such as the above was housed in a net-like bag.

  FIG. 1 is a schematic diagram of one embodiment of the present invention. Here, an example of a plant growing method according to the present invention is shown. 11 is a structure according to the present invention, 12 is a recess provided in a substantially central portion, and 13 is a plant to be grown.

  Here, in this embodiment, a structure is used in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are housed in a net-like bag. In this embodiment, there is usually almost no use, and the thinned wood that has been treated as industrial waste is effectively reused, which is very effective from the viewpoint of ecology.

  A concave portion was provided in a substantially central portion in this example, and a herbaceous rhizome portion was inserted therein for growth. It should be noted that there is no functional problem even if the concave structure in the present embodiment is a through hole. The plants to be cultivated are not limited to herbs, but can be applied to any plants such as flower herbs, succulents, and trees, and some or all of branches, trunks, vines, roots, leaves There is no problem even if it is applied to a so-called cutting that stores and grows.

  By using the method of the present invention, it was possible to realize the function of plant growth by a simple and inexpensive method, which was very effective. In addition, when a plant grown by the method according to the present invention is installed in a garden or the like, it is possible to embed or install the plant with the rhizome part stored therein, and the number of digging and planting steps can be dramatically increased. The effect of cost reduction was great. Furthermore, when moving during the relocation / installation, the structure may be moved while the rhizome is housed in the structure, which eliminates the cost of root winding and the like, and facilitates transportation. The down effect was also great.

  Moreover, since the structure of the present invention is composted by fermentation, it can be reused separately as a fertilizer after a certain period.

  In this example, in order to grow what is cultivated in the presence of normal running water such as wasabi, a method of immersing and growing at least a part of the structure in water at the time of growth was used.

  By using the method of this example, it has become possible to cultivate, for example, horseradish and the like that are cultivated in running water, which was impossible in the past, at home or in fields outside the conditions.

  FIG. 2 is a schematic diagram of another embodiment of the present invention. Here, an example of the method for growing fungi according to the present invention is shown. 21 is a structure according to the present invention, 22 is a fungus to grow, and 23 is water for immersion.

  In this example, using a structure in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are stored in a net-like bag, used for the structure The spore fungus suitable for the plant material was grown.

According to the method of this example, it was possible to grow and edible edible mushrooms without using expensive hoda trees and the like, and the economic merit was great. In addition, edible mushrooms can be cultivated and cultivated in the home kitchen, garden, etc., and the effect of expanding the use is expected.

As described above, according to the method of the present invention, it is possible to grow or install plants or fungi used for foods and the like, and methods for growing plants that are used mainly in gardens and the like at low cost by simple and inexpensive methods. It can make a great contribution to the industry.
Furthermore, the method of the present invention is very effective from the viewpoint of recycling.

It is the schematic which shows an example of the cultivation method of the plant concerning this invention concerning this invention. (Example 1) It is the schematic which shows an example of the growth method of the fungi concerning this invention concerning this invention. Example 3

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Structure according to the present invention 12 Concave portion provided in substantially the center 13 Growing plant 21 Structure according to the present invention 22 Growing fungus 23 Water for immersion

Claims (6)

A recess or a through-hole is provided in a substantially central portion of a structure in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are housed in a net-like bag. A plant growing method, wherein a flower herb, a succulent plant, or a rhizome part of a tree is stored in a through hole to grow a flower herb, a succulent plant, or a tree. A recess or a through-hole is provided in a substantially central portion of a structure in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are housed in a net-like bag. When a flower herb, a succulent plant, or a root of a tree is stored in a through hole to grow a flower herb, a succulent plant, or a tree, the structure is used when the flower herb, succulent plant, or tree is installed in a garden or the like. The plant growing method according to claim 1, wherein the plant is embedded or installed while the rhizome is stored. A recess or a through-hole is provided in a substantially central portion of a structure in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are housed in a net-like bag. A method of growing a flower herb, a succulent plant, or a tree by storing a flower herb, a succulent plant, or a tree root in a through-hole, wherein the tree is any one of a branch, a trunk, a vine, a root, and a leaf The method for growing a plant according to claim 1, wherein a part or all of the plant is stored and grown. A recess or a through-hole is provided in a substantially central portion of a structure in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are housed in a net-like bag. A method for cultivating flowering herbs, succulents, or trees by storing flowering herbs, succulents, or roots of trees in a through-hole, wherein the flowering herbs are cultivated in the presence of normal flowing water such as wasabi The plant growth method according to claim 1, wherein the plant is grown by immersing at least a part of the structure in water during the growth. Uses a structure in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are stored in a net-like bag and conforms to the plant material used in the structure A method for cultivating fungi, characterized by cultivating spore fungi and the like. Uses a structure in which plant materials such as forest products and cereal by-products including wood chips made from at least thinned wood or construction waste are stored in a net-like bag and conforms to the plant material used in the structure 6. The method for growing fungi according to claim 5, wherein the spore fungus is grown by immersing at least a part of the structure in water at the time of growth.

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