JP3209804U - Planting bag - Google Patents

Abstract

[PROBLEMS] To enable transportation and storage in a state in which culture soil is filled, can be installed stably without taking up space, and further, it is not necessary to select culture soil according to the type of cultivation. The planting bag for cultivation which can be used as a cultivation container as it is is provided. A planting bag 10 comprising a planting bag body 11 knitted with dietary fiber, a waterproof inner bag 20, and culture soil 30 mainly composed of coconut shell fragments, The planting bag body 11 is formed by sewing at least one strut through-opening band 12 at a predetermined position inside the opening edge 11a, and the inner bag 20 is housed inside the planting bag body 11 and is opened. Is joined to the opening edge portion 11a of the planting bag body 11, and the culture soil 30 adopts a means for filling the inside bag 20 with an arbitrary soil capacity. [Selection] Figure 1

Description

  The present invention enables transportation and storage in a state where the culture soil is filled, can be installed stably without taking up space, and does not require selection of the culture soil according to the type of the cultivated product. Moreover, it is related with the planting bag for cultivation which can be used as it is as a cultivation container.

  In recent years, planter gardens using a small living space such as a condominium veranda or rooftop have become widespread, and at the same time, bags filled with culture soil are used as cultivation containers as they are, and vegetables such as tomatoes and cucumbers are used. Various bag cultivation methods for horticultural cultivation have been proposed. This type of cultivating method for bag cultivation eliminates the trouble of replanting the culture soil into a plastic planter, reduces waste waste, and easily moves with the opening of the bag. Is provided with many advantages such as being able to avoid.

  As an example of the specific cultivation method of bag cultivation in the above, in Patent Document 1, a notch capable of planting vegetable seedlings is provided on a part of the peripheral surface of a cultivation bag filled with culture soil, and the notch is provided. Proposals have been made that can be used as one planter in a state where the cultivation bag is placed on its side so that the other peripheral surface is the bottom surface upward.

  Moreover, in patent document 2, the height direction one end part of the cultivation bag filled with culture soil is opened, the said opening part is turned upward, and the height direction other end part becomes a bottom face. There has been a proposal that can be used as a single planter in a state where it is installed in an upright position.

  Moreover, in patent document 3 which this applicant once proposed, the proposal which makes it possible to transport and store in the state filled with culture soil, and to support and use the bag which becomes a cultivation container as it is with a support tool is made. Yes.

  However, in Patent Document 1 described above, since the cultivation bag is installed on its side, it can be stably installed as compared with the case where the cultivation bag is installed upright, but there is a problem that a large installation space is required. Because the culture soil is too shallow, there is a problem that the types of vegetables that can be cultivated are limited.

  On the other hand, in Patent Document 2, since the cultivation bag is installed upright, compared to the case where the cultivation bag is installed on its side, a large installation space is not required, but it is difficult to support stably. The culture soil was too deep and was not suitable for growing vegetables that were not so rooty.

  On the other hand, Patent Document 3 requires a separate support tool for supporting the planting bag at the time of installation and transportation, and the purchase cost of the support tool increases, and the storage performance and handling of the support tool itself are increased. There was a problem.

  The present applicant is concerned with the problems in bag cultivation that have been proposed in the past, that is, that a large installation space is required, that it cannot be stably installed, and that it cannot be easily transported and stored. Focusing on the idea that the above problem can not be solved by a simple and compact structure, it can be transported and stored in a state filled with culture soil, and it is stable without taking up space. Developed a planting bag for cultivation that does not require selection of culture soil according to the type of cultivated product and can be used as it is as a cultivation container. This leads to a proposal.

JP-A-10-23834 JP 2001-157517 A JP 2009-284910 A

  The present invention has been made in view of the above circumstances, can be transported and stored in a state filled with culture soil, and can be stably installed without taking up space. It is an object of the present invention to provide a planting bag for cultivation that can be used as it is as a cultivation container.

  In order to solve the above problems, the present invention is a planting bag comprising a planting bag body knitted with dietary fiber, a waterproof inner bag, and culture soil mainly composed of palm shell fragments. The planting bag body is formed by sewing at least one strut through-opening band at a predetermined position inside the opening edge, and the inner bag is built in the planting bag body and opened. Is formed by being joined to the opening edge portion of the main body of the planting bag, the culture soil is filled with an arbitrary soil capacity in the inner bag, The planted bag body and the inner bag are hermetically packed, and at the time of cultivating cultivation, the column is passed through the column opening opening band of the planting bag body and the cultivation soil is cultivated by containing moisture. Take measures.

  Moreover, this invention takes the means by which the hand-held part is formed in the predetermined location of the opening edge part in the said planting bag main body.

  Furthermore, the present invention adopts means in which the culture soil is hermetically packed in a compressed state at the time of sale / movement, and is expanded and returned to a compressed state by containing moisture at the time of cultivation.

  Furthermore, the present invention employs means in which any one selected from wood powder, wood chips, humus and fertilizer is mixed with the culture soil.

  According to the planting bag according to the present invention, it can be stably installed without taking up space, can be easily sold and moved, and can be used as a cultivation container as it is during cultivation. There is an excellent effect that it can be directly planted directly.

  In addition, according to the planting bag according to the present invention, the trouble of replanting can be saved, waste waste can be reduced, or the bag can be easily moved with the opening of the bag. It has an excellent effect of being able to.

  Furthermore, according to the planting bag according to the present invention, it is excellent in that the carrying bag is easy to transport and move by providing a handbag at a predetermined position of the opening edge of the planting bag body. There is an effect.

  Furthermore, according to the planting bag according to the present invention, the culture soil is hermetically packed in a compressed state at the time of sale / movement, and is expanded and compressed by containing moisture at the time of cultivation. By returning, it is possible to save space at the time of sale / movement and to reduce the cost of transportation, and to obtain excellent effects such as securing of cultured soil and easy curing during cultivation.

  Furthermore, according to the planting bag according to the present invention, the culture soil is mixed with any one selected from wood powder, wood chips, humus soil, and fertilizer, so that depending on the type of the cultivated matter. It is sufficient to select a planting bag filled with fresh culture soil, and there is an excellent effect that soil preparation and curing work are unnecessary.

  In addition, according to the planting bag according to the present invention, by using the double-bottomed planting bag support tray, more than necessary water does not accumulate in the planting bag body, and the bottom surface of the planting bag support tray. Since the water is drained to the bottom portion, there is an excellent effect that troubles such as root rot are less likely to occur.

  Furthermore, according to the planting bag according to the present invention, by providing a column insertion opening band for the column insertion at the opening edge of the planting bag, the column for winding the stalk and vine of vegetables is stably fixed. Therefore, it is possible to efficiently produce vegetables such as tomatoes, eggplants, cucumbers, green peppers, pods and other stalks and vines.

It is a general view which shows embodiment of the planting bag concerning this invention. (Example 1) It is sectional explanatory drawing which shows the use condition of the planting bag concerning this invention. It is a general view which shows another embodiment of the planting bag concerning this invention. (Example 2) It is explanatory drawing which shows the installation procedure of the planting bag concerning this invention.

The planting bag 10 according to the present invention can be transported and stored in a state in which the culture soil 30 is filled, can be installed stably without taking up space, and further cultured according to the type of the cultivated product. The greatest feature is that the soil 30 is not required to be selected and a means that can be used as it is as a cultivation container is employed.
Hereinafter, embodiment of the planting bag 10 concerning this invention is described based on drawing.

  In addition, the planting bag 10 concerning this invention is not limited to the Example described below, In the range of the technical idea of this invention, ie, the range of a shape, a dimension, etc. which can exhibit the same effect. Thus, it can be changed as appropriate.

FIG. 1 shows an embodiment of a planting bag 10 according to the present invention, in which (a) is an exploded perspective view and (b) is a use state diagram.
The planting bag 10 according to the present embodiment is composed of a planting bag body 11 knitted with dietary fiber, a waterproof inner bag 20, and culture soil 30 mainly composed of palm shell fragments. .

  The planting bag main body 11 is sewn with at least one, preferably a plurality of strut through-opening bands 12 at predetermined positions inside the opening edge 11a. The material of the planting bag body 11 is not particularly limited. For example, plant fibers such as coconut shell fragments and hemp, paper, woven fabrics of various fibers, nonwoven fabrics, biodegradable films, plastics. It is conceivable to knit using a film and a composite thereof, and by selecting these materials, a cultivation container having biodegradability, durability, and decorativeness can be obtained.

  The strut through-opening band 12 is sewn at a predetermined position inside the opening edge portion 11a of the planting bag main body 11, and at least one, preferably a plurality of the post through-opening band 12 has a single one. Are sewn inside the opening edge 11a. The material of the support through-opening band 12 is not particularly limited, but, for example, a mode in which the material is the same as the material of the planting bag body 11 can be considered. By providing the support column opening band 12, the support column 13 can be erected stably and easily by passing the support column 13 as necessary. In addition, when a plurality of support pillars 13 are erected, the support pillars 13 can be connected and fixed to each other with a gardening support pipe or a wire, or a cultivation net can be stretched around them. It will be possible to induce growth efficiently.

  The inner bag 20 is built in the planting bag body 11 and has an opening 21 joined to the opening edge 11 a of the planting bag body 11. The material of the inner bag 20 is not particularly limited, but preferably uses plant-derived and petroleum-derived biodegradable plastics, etc., and can be disposed of in the soil of agricultural land after being used. Environmental conservation can be achieved. It should be noted that a polyolefin film can also be used as a raw material in an environment where incineration is intended to preserve the environment.

  The culture soil 30 is mainly made of coconut shell fragments, and is filled in the inner bag 20 with an arbitrary soil capacity. Coconut shell fragments are a general term for coconut fruit (coconut) shells and shells, which include chip pieces that have been cut or crushed into shells and fibers taken from the shells. A fiber etc. are used individually or suitably mixed. At this time, in addition to the coconut shell fragments, a mode in which wood powder, wood chips, humus soil, fertilizer, and the like are appropriately mixed to form the culture soil 30 is also conceivable. Filled. In this way, by filling the inner bag 20 with the culture soil 30 that matches the type of the cultivated product S, the selection of the culture soil 30 during cultivation and the labor of the curing work can be greatly omitted.

By the way, when using the planting bag 10 having the above configuration, a drain hole 22 is formed so as to penetrate the inner bag 20 from the outside of the planting bag body 11 as necessary. The drain hole 22 is formed by a grower (purchaser), and uses a pointed tool such as a thread or a nail to lower the side surface or the bottom surface of the planting bag 10, or the side surface and the bottom surface. An appropriate number of drain holes 22 are opened in the vicinity of the boundary with the water amount of the cultivated product S.
In addition, about the formation position of this drain hole 22, when forming in the bottom face of the planting bag 10, the case where a drain function does not work well by grounding can be considered. Therefore, it is preferable to form the drain hole 22 near the boundary between the side surface and the bottom surface of the planting bag 10.
At this time, a mode in which one or a plurality of openings is formed in advance at a location where the drain hole 22 is to be formed in the planting bag body 11 can be considered. By adopting such an embodiment, the grower (purchaser) only needs to form the drain hole 22 only in the inner bag 20 through the opening formed in the planting bag body 11, and labor saving can be achieved. Simplification is achieved.

  The planting bag 10 according to the present embodiment configured as described above can be transported and stored in a state in which the culture soil 30 is filled, and can be stably installed without taking up space. Selection of the culture soil 30 according to the kind of S is unnecessary, and the planting bag 10 for cultivation which can be used as it is as a cultivation container can be provided.

FIG. 2 is a cross-sectional explanatory view showing a use state of the planting bag according to the present invention (this embodiment), and (a) shows a state where the planting bag 10 is installed on the floor F in the room.
For example, a planting bag support tray 40 is disposed on the floor F in the room, and the planting bag 10 according to the present embodiment including the planting bag body 11, the inner bag 20, and the culture soil 30 is disposed thereon. It is placed on the planting bag support tray 40 and used as a planter for indoor horticulture. It can greatly save the labor of curing work such as soil preparation and fertilizer application. By replacing the planter, you can create a natural atmosphere that is not artificial.

FIG.2 (b) has shown the state which planted the planting bag 10 concerning this invention (this embodiment) directly in the underground G of agricultural land.
The planting bag body 11, the inner bag 20, and the culture soil 30 can be directly planted in the underground G of the agricultural land with the opening edge 11 a of the planting bag 10 of the present embodiment. Therefore, the planting bag main body 11, the inner bag 20, and the culture soil 30 are decomposed into components in the soil G to directly become fertilizer for farmland, and the labor for soil preparation and fertilizer application is greatly reduced. be able to.

  In addition to the one shown in FIG. 2, the opening bag 11 has an opening edge 11 a of the planting bag 10 of the present embodiment configured by the planting bag body 11, the inner bag 20, and the culture soil 30. It is also possible to use it as it is.

FIG. 3 is an overall view showing another embodiment of the planting bag 10 according to the present invention.
The planting bag 10 according to the present embodiment is provided by forming a hand-held portion 14 at a predetermined location of the opening edge portion 11 a of the planting bag body 11.

  The handbag 14 is provided in a loop shape by being folded at a predetermined portion of the opening edge portion 11a of the planting bag body 11, and the shape and the material are not particularly limited. It is desirable that the material is the same as that of the planting bag 10.

  The planting bag 10 according to the present embodiment configured as described above can be easily transported and stored in a state where the culture soil 30 is filled.

FIG. 4 is an explanatory diagram showing an installation procedure of the planting bag 10 according to the present invention.
(1) The planting bag 10 is packed and transported and stored (see FIG. 4A).
The planting bag body 11, the inner bag 20, and the culture soil 30 are manufactured in a set state according to the type of the cultivated product S, packaged, and provided.
(2) Unpacking the planting bag 10 (see FIG. 4B).
The packaging state is released by the grower (purchaser).
(3) Water is contained in the culture soil 30 (see FIG. 4C).
Water is added to the culture soil 30 with a watering hose or a hose.
(4) The culture soil 30 expands (see FIG. 4D).
Culture soil 30 mainly composed of coconut shell fragments compressed by mixing wood powder, wood chips, humus, fertilizer, etc. as needed expands by containing water (uncompressed culture soil 30 If used, this step is omitted).
(5) The drain hole 22 is formed in the bottom part of the inner bag 20 (refer FIG.4 (e)).
An appropriate number of drain holes 22 are opened by the grower (purchaser) from the outside of the planting bag body 11 according to the amount of watering of the cultivated product S using a pointed tool such as a thread or a nail. It is done.
(6) The support column 13 and the planting bag support tray 40 are installed (see FIG. 4F).
A strut 13 is inserted into a strut through-opening band 12 provided at a predetermined position inside the opening edge 11 a of the planting bag main body 11 and inserted into the culture soil 30.
In the case of indoor horticulture, a planting bag support tray 40 is installed. In the case of outdoor horticulture, it is kept as it is.
(7) Growing cultivation (see FIG. 4 (g)).
Seeds and seedlings of the cultivated product S in the culture soil 30 grow, stems and vines grow and entangle with the pillars 13.

  In the planting bag 10 according to the present invention, the culture soil 30 is hermetically packed in a compressed state at the time of sale / movement, and is expanded and returned to a compressed state by containing moisture at the time of cultivation. (See FIGS. 4A and 4D).

  The planting bag 10 according to the present invention adopting the above-described means allows the culture soil 30 to contain moisture at the time of cultivation and is returned to a compressed state, thereby saving space and selling costs at the time of sale / movement. While down is achieved, the cultivation soil 30 at the time of cultivation can be easily secured and cured.

  In the planting bag 10 according to the present invention, it is possible to adopt a means in which the culture soil 30 is mixed with any one selected from wood powder, wood chips, humus and fertilizer (FIG. 4 (d)). reference).

  The planting bag 10 according to the present invention adopting the above-described means is obtained by mixing the culture soil 30 with any one selected from wood powder, wood chips, humus, and fertilizer. It is sufficient to select the planting bag 10 filled with the culture soil 30 according to the type, and soil making / curing work becomes unnecessary.

  The planting bag according to the present invention can be transported and stored in a state where the culture soil is filled, can be installed stably without taking up space, and the culture soil according to the type of the cultivation is provided. It is sufficient to select the filled ones, so soil preparation and curing work are unnecessary, and it can be used as a cultivation container as it is, so the industrial applicability of the “planting bag” according to the present invention is extremely large. I think that it is.

DESCRIPTION OF SYMBOLS 10 Planting bag 11 Planting bag main body 11a Opening edge part 12 Strut through-opening band 13 Strut 14 Carrying part 20 Middle bag 21 Opening part 22 Drain hole 30 Culture soil 40 Planting bag support saucer S Cultivated material F Floor G Ground During ~

Claims (4)

A planting bag composed of a planting bag body knitted with dietary fiber, a waterproof inner bag, and culture soil mainly composed of coconut shell fragments,
The planting bag body is formed by sewing at least one strut through opening band at a predetermined position inside the opening edge,
The inner bag is built in the planting bag body and the opening is joined to the opening edge of the planting bag body,
The culture soil is filled with an arbitrary soil volume in the inner bag,
At the time of sale / movement, the culture soil is hermetically packaged by the main body of the planting bag and the inner bag. At the time of cultivation, the culture soil is passed through the support through-opening band of the main body of the plantation bag. A planting bag characterized in that the cultivation product is cultivated by adding water to the sap.   2. The planting bag according to claim 1, wherein a handbag is formed at a predetermined position of the opening edge of the planting bag body.   The culture soil is hermetically packed in a compressed state at the time of sale / movement, and is expanded and returned to a compressed state by containing water at the time of cultivation and cultivation. 2. The planting bag according to 2.   The planting bag according to any one of claims 1 to 3, wherein any one selected from wood powder, wood chips, humus soil, and fertilizer is mixed in the culture soil.