JP3003252U - Root induction plant temporary planting facility capable of cutting roots during transplantation - Google Patents

Abstract

(57) [Summary] [Structure] A shading member that can expand the root group is provided at an appropriate position in the middle of the cultivation bag, and several pieces are provided around the shading member to the bottom of the cultivation bag. A water-soluble nutrient-inducing root zone is provided, and there is a root guide and root cutting hole that communicates with the outside world further below the nutrient-inducing root zone. Open the member, fill it with culture soil, cover it again with the blocking surface member, then fill it with culture soil of an appropriate thickness, plant the plant you want to plant on it, and then refill an appropriate amount of culture soil. The contents should be adequately compacted, and any necessary fixing or protective measures should be taken, followed by sufficient watering. [Effect] Even ordinary workers can engage in work,
No need for specialized engineers, the main root system does not get involved, and there is a "root group stance" that can quickly adapt to the natural environment after transplanting within the temporary planting period, and the growth of the root system is not limited. , Can maintain natural growth.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention is capable of inducing roots of a plant during a temporary planting period and capable of cutting the root at the time of plant transplantation. It refers to a facility that guides or cuts roots when transplanting.

[0002]

[Prior art]

 Traditional seedling transplant work inevitably causes a considerable degree of injury to the plant's plant body, greatly impairing it, which is why the plant is planted, planted and then restored to its normal vigor. In order to achieve this, an extremely long nursing period is required, and the survival rate also varies greatly depending on factors such as the season of transplantation and the predisposition of the transplantee.

Especially at the time of transplantation, the work of cutting roots or digging, if not operated by a person skilled in the art, further causes severe and serious damage to the plant and unavoidable loss.

Especially, when transplanting a plant, whether the size of the soil mass carried by the tip (root wrapping part) of the plant fits the size of the plant, and up to the place where the soil mass is planted in the process of transportation. Whether or not the plant can be completely retained is closely related to whether or not the plant can live smoothly.

However, traditional methods of planting seedlings are always influenced by the soil quality of the land where the seedlings are grown, the increasingly difficult requirements of technicians, and subjective and objective factors such as season, weather, etc. . As a result, they could not be managed efficiently and the quality could not be controlled accurately, and as a result, the management and quality of landscape seedlings, etc. had not been improved much more than before.

[0006] Since there are many problems in the transplanting work of traditional seedling cultivation, many volunteers have advanced research and improvement in recent years, and as a result, a lot of original products have been found, and these are generally as follows. There are two types.

(1) Above-ground hardware structure: This is a material such as wooden board of suitable strength, plastic, FRP, iron or other synthetic metal board, and ready-mixed concrete, and is a cultivation plant placed on the ground such as tray, tank and pot. It is to manufacture a container.

(2) Underground type: This is a columnar body that is sewn with a non-texile cloth as a bag body and a material such as a water-impermeable plastic cloth as a base, and is sewn. First, the planting hole is dug according to the size to be used in the cultivation area, the transplant bag is put in the hole, and then the seedlings are planted in the bag.

The common features of the above-mentioned two kinds of products are that the blocking of the material of the structure limits the extension of the root system of the plant toward the lower surface and the side surface, and the entire root of the plant is structured. The point is to stay inside the body.

[0010] When the above-mentioned incubator such as a tray or a tank is actually used, it is difficult to manage, the roots are easily entangled, and the growth becomes poor after long-term culture. Each time, the incubator is replaced with a larger one. Since it is necessary, a phenomenon such as an increase in cost is a defect that is already generally known, and its explanation is omitted here (see FIG. 1).

In a practical application, an underground implant bag, when its tightly woven and non-woven bag that tightly fills an extremely thin space, limits the group of roots to effectively remain in the bag, The soil, moisture and nutrients inside and outside the bag can still be properly communicated with each other, and many defects that are likely to occur when cultivating in a basin are improved. Since the root hair is weak, it can be easily dug when transplanting, and damage to the plant root system is reduced, which is also a characteristic of the short-term use of the transplant bag.

However, when the period of use is rather long (it varies depending on the type of plant, for example, in the family Seriaceae (Mulaceae) is about 6 to 8 months), the original inventor lacks attention, The following problems have been discovered that require great improvement.

(1) The supply of nutrients to the root group makes the entanglement more severe and aggravated (see FIG. 2B).

That is, when the plant root system grows, detouring after the front end is blocked or lateral root growth and extension growth is an inevitable phenomenon belonging to its instinct, so that the root group of the bonsai plant is entangled. Is a manifestation of the vitality of the plants themselves desperately seeking survival, and this phenomenon cannot be changed without effective facilities or methods.

The transplant bag has the same fixed space structure and action effect as a general basin except that it uses a non-woven fabric in which an extremely thin space is densely packed in the bag body. Attempts to prevent these groups from crossing and entanglement with each other would still lack the necessary and effective facilities.

Therefore, originally, the non-woven fabric and the thin space keep the group of roots in the bag, which in turn makes the soil, moisture and nutrients inside and outside the bag communicate with each other to maintain the effect. A good idea certainly improves management costs effectively and helps good growth of the plant, but the group of roots in the bag provides a good supply of peripheral nutrients outside the bag, which helps to speed its growth and root diameter. Will grow faster and larger than those cultivated in ordinary pots, and the longer the days after planting, the more severe the root entanglement becomes and the more severe it becomes, resulting in aging.

(2) The state of post-transplant growth and the ability to withstand wind or rain are relatively poor.

When you see the scene of cutting a tree and cultivating it, or transplanting a large tree, many people always find it surprising that the roots of a tree grow as if it were originally imagined. It does not directly go deep into the soil, but as shown in FIG. 2A, most of it grows horizontally in a radial pattern.

The factors that cause such a phenomenon can be easily reduced to the following two terms.

Changes in soil and hardness of the stratum structure The hardness limit of the plant root system extending into the soil is about 25 mm (according to Nakayama's hardness measurement value), and the stratum structure of most areas has this hardness. Since the thickness of the stratum reaching criticality is from several tens of centimeters to several meters, the plant root system grows up to this point and then grows along the stratum of appropriate hardness.

Induction of soil temperature and nutrients In the stratum structure, since the land having the soil containing nutrients in the topsoil is the best, the plant root system has the ability to attract nutrients and the instinct to search for the nutrients. Horizontally radiating at a depth and stretching in a plane to increase the absorption source of nutrients and water, which enables smoother growth.

Further, since the root system forms a circumferential surface with respect to the surface of the earth and is entangled in a wide range, it can firmly stand and stand against wind or rain.

Also, when a group of plant roots grows in a natural environment, it is clearly understood from the above-mentioned situation that the root system of a plant is vigorously and vigorously at an appropriate depth. It can be said that the development of cultivated plants is the exact way to respond to the needs of nature and to support their good growth.

Therefore, an experienced technician stimulates the growth of the plant tree (this action is the same principle as removing the shoots of the plant caps and allowing the side shoots to sprout), and even for a day. Try to live quickly and smoothly and grow robustly.

As can be seen from the above description, the above two types of commonly used temporary planting and transplanting products have a limited root group in order to emphasize that they do not damage the root group. The roots of the root group always lag behind each other in the space even after being transplanted, and the growth of the root group is always delayed, and it is difficult for the roots to expand and stretch, and once rain or wind is encountered, the situation becomes tilted or collapsed immediately. Therefore, its applicability is open to examination.

[0026]

[Problems to be solved by the device]

 In view of the above problems, the main purpose of the present invention is to effectively promote the trend of group growth of roots when plants, particularly woody plants, are cultivated and temporarily planted in a fixture of a suitable space. There is no root-turning phenomenon in the group of the main roots, the work of transplanting can be progressed at the same time, at the same time the work of simple, quick and accurate root cutting is promoted, and it is economical without affecting the completeness of the soil mass, It is to provide a facility for temporary planting of root-derived plants that can be root-cut at the time of transplantation, which is practical and easy to use.

Another object of the present invention is to effectively adapt to the manner in which the plant root system naturally instinctively grows and responds, and guides and regulates the growth posture with simple facility materials. Root amputation at the time of transplantation that does not entangle the root systems with each other and allows the root systems to have a “root group stance” that can quickly adapt to the natural environment after transplanting within the temporary planting period. It is to provide a facility for temporary planting of possible root induction plants.

Further, another object of the present invention is to perform all the tasks from the completion of transplantation of the seedlings to the smooth living in the process of the operation, which is simple and easy to perform, and can be performed by general workers. Another purpose is to provide a facility for temporary planting of root-inducing plants that can be root-cut at the time of transplantation without requiring a special engineer.

Still another object of the present invention is that the main root system is effective in the culture planting bag in the fixed space where the root system of the tip part (root wrap) of the plant to be temporarily planted is limited. It can be stretched out of the container in a state close to the state of not being blocked by the plan planned in order to grow the plant well, and if you want to transplant it in advance at the root cutting point outside the cultivation bag accurately and quickly. Providing a root-guided plant temporary planting facility capable of root cutting at the time of transplantation, which can be appropriately root-cut with a plant, which enables rapid transplantation, and which does not affect the retention of soil mass integrity. It is in.

Another object of the present invention is to have a mechanism capable of adapting to the growth of the plant root system, so that the root growth of the plant root system is not limited and the natural growth of the plant root system can be maintained. To provide a facility for temporary planting of root induction plants.

[0031]

[Means for Solving the Problems]

 The present inventor considers that the commonly used provisional transplanting and transplanting devices have not been able to grasp the accurate method for a long time, and thus the plants are profitable, and conversely suffer from the harm. For many decades, after actively researching and developing these issues, with the respect for the life of plants and the belief that it will not hurt them, he has been involved in the practice of greening and beautification for decades. The present invention has been completed based on experience.

That is, the object of the present invention is (1) a transfer which can induce roots of a plant during a period of temporary planting and can cut the root of the plant at the time of transplanting the plant. A facility for temporary planting of root-inducing plants capable of cutting roots at the time of planting, wherein the facility is a cultivating bag body, and a shielding surface member capable of expanding a group of roots is provided at an appropriate position in the middle of the cultivating bag body. A water-soluble nutrient root zone is provided on the inner wall surface of the culture bag body from the blocking surface member to the bottom of the culture bag body, and a root communicating with the outside is further provided below the water-soluble nutrient root zone. This can be achieved by a plant temporary planting facility capable of cutting roots at the time of transplantation, which is characterized by having a guide hole and a root cutting hole.

Further, an object of the present invention is (2) transplantation capable of inducing roots of the plant during a period of temporary planting of the plant and capable of cutting off the root of the plant at the time of transplanting the plant. A temporary root-inducing plant temporary planting facility capable of cutting roots, the facility being a cultivating bag body, and a shielding surface member capable of expanding a group of roots at an appropriate position in the middle of the cultivating bag body. A water-soluble nutrient root zone is provided on the inner wall surface of the culture bag body extending from the blocking surface member to the bottom of the culture bag body, and a root communicating with the outside is provided below the water-soluble nutrient root zone. A root-leading plant temporary planting facility that has a guide and root cutting hole and is capable of cutting root at the time of transplantation, wherein the root guiding and root cutting hole is formed by a ring stop member. It can also be achieved by a facility for temporary planting of root-inducing plants.

Further, the object of the present invention is (3) the root of the plant can be induced during the temporary planting period of the plant, and the root of the plant can be cut at the time of transplanting the plant. A facility for temporary planting of root-inducing plants capable of cutting roots at the time of transplantation, the facility being a cultivating bag body, and a shielding surface member capable of expanding a group of roots to an appropriate position in the middle stage of the culturing bag body. A water-soluble nutrient root zone is provided on the inner wall surface of the culture bag body extending from the blocking surface member to the bottom of the culture bag body, and a root communicating with the outside is provided below the water-soluble nutrient root zone. A facility for temporarily planting root-inducing plants capable of cutting roots at the time of transplantation, which has a guiding and root cutting hole, and has a structure for fixing the blocking member, in which a plurality of hooking members and hooks are provided on the inner wall portion of the middle stage of the cultivation bag. Do not provide a fixing point by at least one of the stop member or the adhesive member. It can also be achieved by implantation at the roots cleavable root-inducing plants provisional planting facility, characterized in that.

Further, the object of the present invention is (4) the root of the plant can be induced during the period of temporary planting of the plant, and the root of the plant can be cut at the time of transplanting the plant. A plant for temporary planting of root-inducing plants capable of cutting roots at the time of transplantation, the facility being a cultivating bag body, and a shielding member capable of expanding a group of roots at an appropriate position in the middle of the cultivating bag body. A water-soluble nutrient root zone is provided on the inner wall surface of the culture bag body from the blocking surface member to the bottom of the culture bag body, and further communicates with the outside under the water-soluble nutrient root zone. A root-leading plant temporary planting facility that has a root-guide and root-cutting hole, and the root-guide and root-cutting hole is formed by a ring stopper so that root cutting can be performed at the time of transplantation, and the blocking member is fixed. The structure is such that multiple hooking members and locking parts are attached to the inner wall part of the middle stage of the cultivation bag. Or as possible out also be achieved by at least one fixed point to become provided portable when roots cut to feature a root-inducing plants provisional planted facilities by members of the adhesive member.

Further, an object of the present invention is (5) transplantation capable of inducing roots of the plant during a period of temporary planting of the plant and capable of cutting off the root of the plant at the time of transplanting the plant. A temporary root-inducing plant temporary planting facility capable of cutting roots, the facility being a cultivating bag body, and a shielding surface member capable of expanding a group of roots at an appropriate position in the middle of the cultivating bag body. A water-soluble nutrient root zone is provided on the inner wall surface of the culture bag body extending from the blocking surface member to the bottom of the culture bag body, and a root communicating with the outside is provided below the water-soluble nutrient root zone. It is a facility for temporary planting of root guidance plants that has a guide and root cutting hole and is capable of cutting roots at the time of transplantation, and the structure for fixing the shielding surface member has a plurality of hooking members and locking on the inner wall part of the middle stage of the culture bag. A fixing point by at least one member of the member or the adhesive member is provided, and As possible out also be achieved by opposite where shielding Ri surface member to also be provided with a fixing member for response to feature portable when roots cutting roots induced plants provisional planted facility point.

Further, the object of the present invention is (6) the root of the plant can be induced during the temporary planting period of the plant, and the root of the plant can be cut at the time of transplanting the plant. A facility for temporary planting of root-inducing plants capable of cutting roots at the time of transplantation, the facility being a cultivating bag body, and a shielding surface member capable of expanding a group of roots to an appropriate position in the middle stage of the cultivating bag body. A water-soluble nutrient root zone is provided on the inner wall surface of the culture bag body extending from the blocking surface member to the bottom of the culture bag body, and a root communicating with the outside is provided below the water-soluble nutrient root zone. A facility for temporarily planting a root guidance plant capable of cutting a root at the time of transplantation, which has a guiding and root cutting hole, and the root guiding and root cutting hole is formed by a ring stopper, and a structure for fixing the blocking surface member. However, there are multiple hooking members and locking members on the inner wall of the middle part of the cultivation bag. Is provided with a fixing point by at least one member of the adhesive member, and a fixing member corresponding to the blocking surface member opposite to the fixing point is also provided. It can also be achieved by a temporary planting facility.

Further, an object of the present invention is (7) any one of the above (1) to (6), characterized in that there is a space between the peripheral edge of the blocking surface member and the inner wall of the cultivation bag. It can also be achieved by a facility for temporary planting of root-derived plants that can be cut off at the time of transplantation.

Further, an object of the present invention is (8) at the time of transplantation according to any one of the above (1) to (7), characterized in that a part of the cultivating bag body has a slack / tightening band. It can also be achieved by a root-cutting root-inducing plant temporary planting facility.

Further, the object of the present invention is (9) further comprising a ring stop member at the bag mouth portion of the cultivating bag body, wherein a stronger strengthening band is used as a base of the ring stop member, The transplant according to any one of (1) to (8) above, wherein the band is provided from one end of the bag mouth portion to the other end of the bag mouth portion that faces the bottom portion of the cultivating bag body. It can also be achieved by a temporary root-inducing plant temporary planting facility capable of root cutting.

[0041]

【Example】

 Hereinafter, a detailed structure, an application principle, an operation and an effect of the present invention will be described with reference to the accompanying drawings with reference to specific embodiments.

As shown in FIG. 3, transplantation capable of inducing roots of the plant according to the present invention during the period of temporary planting, and capable of cutting off the roots of the plant at the time of transplantation of the plant. The root-leading plant temporary planting facility capable of cutting roots is a planting bag body used for temporary planting of plants. The planting bag body 1 can effectively prevent permeation of the main root system of the plant, A material that is strong and resistant to corrosion, such as densely woven nylon, plastic material, or synthetic fiber cloth or non-woven cloth made of polypropylene or the like, is sewn in the required shape and size. .

Since the above-mentioned cultivation bag 1 is adapted to root systems of different sizes, it has stronger ringing members 12a and 12b at the location corresponding to the root system mouth for guiding the root system to the outside as a base material. The band 12 is used and is applied (sewn) from one end of the bag part of the cultivating bag body 1 to the other end of the bag mouth part that faces the bottom part of the cultivating bag body 1. Therefore, it is convenient for lifting the culture bag 1 when transplanting a plant.

A shielding surface 13 for expanding the root group is provided at an appropriate position of the above-mentioned cultivation bag 1 (at a height position of 1/3 to 1/2 from the bottom of the cultivation bag 1). The fixing structure of the shielding surface member is, for example, as an example, a hooking member, a locking member, or an adhesive member on the inner wall portion of the cultivation bag body 1 having the same height as the place where the shielding surface member is provided. Providing a plurality of fixing points 13a, 13b, 13c ... By at least one member, and more preferably fixing corresponding to the shielding surface member 13 at a position facing the fixing points 13a, 13b, 13c. The fixing points 13'a, 13'b, 13'c by the members are provided, and the fixing points 13'a, 13'b, 13'c on the blocking surface member 13 side before the culture bag body 1 is used. Is fixed to one or more of the fixing points 13a, 13b, 13c ... On the inner wall side of the cultivation bag 1.

Next, when using the above-mentioned cultivation bag 1, first, in the planting hole where the cultivation bag 1 is dug in advance, the above-mentioned blocking surface member 13 is opened and the same height as the position of blocking the cultivation soil. After that, the culture soil is made almost flat and the contents are made tight, and then the shielding surface member 13 is covered, if necessary, and the shielding surface member 13 is fixed. After filling the culture soil and planting the plant to be planted on it, refill it with an appropriate amount of the culture soil, appropriately filling the contents, and providing the necessary fixing or protective measures, and then watering it sufficiently. Good.

The shielding surface member 13 is made of a water-impermeable material that does not allow the root system to permeate as much as possible, for example, a plastic cloth or plate having an appropriate thickness, a polylon, an acrylic plate, a non-woven fabric, or another light metal plate in a plate shape. The surface member should be made, and its size is suitably 1 to 3 cm smaller than the inner diameter of the culture bag body. By doing so, it is possible to effectively prevent the group of roots of the plant from being entangled during the temporary planting period, and the space between the cultivation bag body 1 and the blocking surface member 13 is first stretched outward. Moreover, since it is possible to form a root base that extends further downward, it is easy to adapt to changes in the environment thereafter.

Further, several water-soluble nutrient root zones 14 are installed on the inner wall surface of the culture bag body 1 between the blocking surface member 13 of the culture bag body 1 and the bottom layer. The water-soluble nutrient root zone 14 is vertically applied with a dense concentrated liquid prepared by mixing a water-soluble adhesive with a proper amount of nutrients such as phosphorus, potassium, and humic acid that help the growth of plant roots. By sticking to the inner wall surface of the cultivation bag 1 by applying a dotted straight line, etc., when the dense concentrated liquid dries and hardens, a main root group nutrient attracting area from the blocking surface member 13 to the bottom layer of the cultivation bag 1 is formed. Then, after planting the plant in the (rooting) cultivation bag 1 according to the present invention, the sprout root system is blocked by the above-mentioned shield surface member 13, and then along the shield surface member 13 to the outside of the periphery. It shows the momentum of growth that stretches and stretches toward the end. Further, when the root system grows up to near the space reserved in advance between the blocking surface member 13 and the cultivation bag 1, the water-soluble nutrients provided on the inner wall surface of the cultivation bag 1 are attracted and the water-solubility is increased. It grows by stretching toward the bottom layer along with the invitation of nutrients.

As a result, the group of roots can be effectively extended downward along the inner wall surface around the cultivation bag 1 to form a root system that is connected to the soil mass in a net shape. Furthermore, the root group can be guided to the bottom of the cultivation bag 1, and the root system can be extended to the outside through the root guide and root cutting hole 15 which is a ring stop member of the cultivation bag 1 described later, and the root system can be concentrated in the cultivation bag 1. However, the situation of being intertwined with each other is avoided.

In addition, a metal material or a metal other than metal is provided right under each nutrient root zone 14 of the cultivation bag 1, preferably near a corner perpendicular to the cultivation bag 1 and horizontal to the bottom seat. As a ring-stop member made of a material having the required strength, for example, a material such as plastic, ceramic, or FRP, a root guide / root cut hole 15 made of a metal ring-stop member is provided. .

When the root system of the plant is attracted to the nutrients and guided to the opening of the root guiding and root cutting hole 15 by the metal ring stopper, the opening is pulled out from the cultivation bag body 1 by taking advantage of the momentum. Since it was possible to freely expand and grow, and to obtain a space for good nutrient absorption, the planting, its tip (root wrapping), and the root group all grow healthy. As the root diameter increases, the root portion located at the root guiding / root cutting hole 15 by the metal ring stopper is restricted to the opening diameter of the root guiding / root cutting hole 15 by the metal ring stopper. As a result, the phenomenon "the tissue is altered" occurs.

That is, since the opening diameter of the portion of the root guiding and root cutting hole 15 by the metal ring stopper is limited, the root diameter is maintained in its original state and is increased as normal. The root system does not actually affect the ability to normally absorb and transfer nutrients, although it appears to be very atrophied. The growth of tissues at the front and rear ends of the 15th part is not affected.

Therefore, when it is desired to transplant, first, the plants to be temporarily planted are subjected to necessary branch cutting treatment, and then the soil in the outer garden portion of the cultivation bag 1 is dug down to a position close to the bottom layer with a digging tool. Then, the atrophied part of the root system extracted from the opening of the root guiding and root cutting hole 15 by the metal ring stopper is clearly seen, and the epidermis and bast layer of the root system at that place are the metal ring. It is compressed by the opening portion of the root guiding and root cutting hole 15 by the stopper member, and its growth is delayed and atrophying. Therefore, the tissue corresponding to the opening portion of the root guiding and root cutting hole 15 is very fragile and is a simple tool. You can easily complete the root cutting by cutting or inserting it with a (such as a shovel) toward that part. Then, the plant can be easily moved to the place where the desired soil is to be planted, and the cultivation bag 1 can be peeled off and planted.

Thus, since the root system in the cultivation bag 1 is blocked by the root guide and root cutting hole 15 opening portion made of the metal ring stopper, the transmission of nutrients is delayed a little, so that the growth is comparative. It is healthy and vibrant, and it is very different from the phenomenon of thinning and aging when it is planted in a general temporary implanter.

That is, all the root groups in the cultivating bag 1 according to the present invention are arranged to be stretched outward and are evenly distributed in the periphery, and undergo an effective and safe root cutting treatment at the time of transplantation. Therefore, after planting, the new root system (root bud) that has sprouted rapidly expands outwardly, establishing a strong and firm root.

[0055]

[Effect of device]

 The major differences in the efficacy of the facility according to the present invention from the temporary planting facilities that are commonly used at present are as follows.

At present, the design of commonly used plant temporary planting equipment is focused on the convenience of people for pure transplantation, but the facility according to the present invention is based on the principle of nature. The main point is to establish a good basis for the possible environmental challenges in advance during the temporary planting period, taking into consideration the problem of how the product will adapt after transplanting.

As described above, the structure of commonly used plant temporary planting equipment has no other facility with obvious effects, except that the materials used for its shaping are different. However, there is a very significant difference from the multinomial facility according to the present invention, and the facility according to the present invention is certainly unprecedented in general and has industrial utility value.

What is particularly emphasized here is that the above description belongs to the description of a relatively ideal specific embodiment of the present invention, and the effects and actions that occur after the concept of the present invention is partially modified or changed. If the above does not exceed the spirit contained in this specification and the drawings, all should be regarded as within the scope of the present invention.

[Brief description of drawings]

FIG. 1 is an explanatory diagram of a plant cultivator having a traditional ground type hardware structure.

FIG. 2A is an explanatory view of a commonly seen underground type plant transplant bag. FIG. 2B is a sketch of a situation in which the root groups are entangled with each other after using the transplant bag shown in FIG. 2A.

FIG. 3 is a three-dimensional explanatory view showing one embodiment of the cultivating bag body according to the present invention.

FIG. 4 is an explanatory view of a vertical cross section showing one embodiment of the cultivating bag in the state where the plant is temporarily planted according to the embodiment of the present invention.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Sprouting bag body, 11 ... Looseness / tightening band, 12 ... Strengthening band, 13 ... Blocking surface member, 13a, 13b, 13c ... Fixed point, 13 '
a, 13'b, 13'c ... fixed point, 14 ... nutrient root zone,
15 ... Root guide hole.

Claims (9)

[Scope of utility model registration request] 1. A root-inducing plant temporary plant capable of root-cutting at the time of transplantation, capable of inducing roots of the plant during the period of temporary planting of the plant, and capable of cutting the roots of the plant at the time of transplantation of the plant. A planting facility, wherein the facility is a cultivating bag body, and a shielding surface member capable of expanding a group of roots is provided at an appropriate position in the middle stage of the cultivating bag body, and the culturing bag member is provided from the shielding surface member. A water-soluble nutrient-inducing root zone is provided on the inner wall surface of the cultivating bag body extending to the bottom of the body, and further has a root-guide and root-cutting hole communicating with the outside world below the water-soluble nutrient-inducing zone. Root induction plant temporary planting facility capable of cutting root during transplantation. 2. A root-inducing plant tentative plant capable of root-cutting at the time of transplantation, capable of inducing roots of the plant during the period of temporary planting, and capable of cutting roots of the plant at the time of transplantation of the plant. A planting facility, wherein the facility is a cultivating bag body, and a shielding surface member capable of expanding a group of roots is provided at an appropriate position in the middle stage of the cultivating bag body, and the culturing bag member is provided from the shielding surface member. Root cutting at the time of transplantation, in which a water-soluble nutrient root zone is provided on the inner wall surface of the cultivating bag body reaching the bottom of the body, and a root guiding and root cutting hole communicating with the outside is provided below the water-soluble nutrient root zone. 1. A temporary plant temporary planting facility capable of root cutting at the time of transplantation, which is a possible temporary planting plant temporary planting facility, wherein the root guiding and root cutting hole is formed by a ring stopper. 3. A root-inducing plant temporary plant capable of root-cutting at the time of transplantation, capable of inducing roots of the plant during the temporary planting period of the plant, and capable of cutting the roots of the plant at the time of transplantation of the plant. A planting facility, wherein the facility is a cultivating bag body, and a shielding surface member capable of expanding a group of roots is provided at an appropriate position in the middle stage of the cultivating bag body, and the culturing bag member is provided from the shielding surface member. Root cutting at the time of transplantation in which a water-soluble nutrient root zone is provided on the inner wall surface of the cultivating bag body reaching the bottom of the body, and a root guiding and root cutting hole communicating with the outside is further provided below the water-soluble nutrient root zone. It is a possible root-leading plant temporary planting facility, and the structure for fixing the shielding surface member has at least one of a plurality of hooking members, locking members or adhesive members on the inner wall portion of the middle stage of the cultivation bag.
A facility for temporarily planting root-inducing plants capable of cutting roots at the time of transplantation, which is provided with fixing points by three members. 4. A root-inducing root-promoting plant that can be root-cut during transplantation, capable of inducing roots of the plant during the period of temporary planting, and capable of cutting roots of the plant during transplantation of the plant. A planting facility, wherein the facility is a cultivating bag body, and a shielding surface member capable of expanding a group of roots is provided at an appropriate position in the middle stage of the cultivating bag body, and the culturing bag member is provided from the shielding surface member. A water-soluble nutrient root zone is provided on the inner wall surface of the cultivation bag body reaching the bottom of the body, and further has a root guide and root cutting hole communicating with the outside under the water-soluble nutrient root zone. A guiding and root cutting hole is a facility for temporarily planting root-leading plants capable of cutting roots at the time of transplantation, which is formed by a ring stopper, and a structure for fixing the blocking surface member is provided on the inner wall portion of the middle stage of the cultivation bag. At least one of a plurality of hook members, locking members or adhesive members A temporary planting facility for root-inducing plants capable of cutting roots at the time of transplantation, which is provided with fixing points. 5. A root-inducing plant temporary plant capable of root-cutting at the time of transplantation capable of inducing roots of the plant during the temporary planting period of the plant and capable of cutting the roots of the plant at the time of transplantation of the plant. A planting facility, wherein the facility is a cultivating bag body, and a shielding surface member capable of expanding a group of roots is provided at an appropriate position in the middle stage of the cultivating bag body, and the culturing bag member is provided from the shielding surface member. Root cutting at the time of transplantation in which a water-soluble nutrient root zone is provided on the inner wall surface of the cultivating bag body reaching the bottom of the body, and a root guiding and root cutting hole communicating with the outside is further provided below the water-soluble nutrient root zone. It is a possible root-leading plant temporary planting facility, and the structure for fixing the shielding surface member has at least one of a plurality of hooking members, locking members or adhesive members on the inner wall portion of the middle stage of the cultivation bag.
A root-inducing plant temporary planting facility capable of root cutting at the time of transplantation, characterized in that a fixing point is provided by two members, and a fixing member corresponding to the shielding surface member opposite to the fixing point is provided. 6. A root-inducing plant temporary plant capable of root-cutting at the time of transplantation, capable of inducing roots of the plant during the period of temporary planting, and capable of cutting roots of the plant at the time of transplantation of the plant. A planting facility, wherein the facility is a cultivating bag body, and a shielding surface member capable of expanding a group of roots is provided at an appropriate position in the middle stage of the cultivating bag body, and the culturing bag member is provided from the shielding surface member. A water-soluble nutrient root zone is provided on the inner wall surface of the cultivating bag body reaching the bottom of the body, and further has a root guide and root cutting hole that communicates with the outside under the water-soluble nutrient root zone. A guide and root cutting hole is a root-leading plant temporary planting facility capable of cutting roots at the time of transplantation, which is formed by a ring stopper member, and a structure for fixing the shielding surface member is provided on the inner wall portion of the middle stage of the cultivation bag. At least one of a plurality of hook members, locking members or adhesive members A root-leading plant temporary planting facility capable of cutting roots at the time of transplantation, characterized in that a fixing member is provided, and a fixing member corresponding to the blocking surface member opposite to the fixing point is provided. 7. The root-inducing plant temporary planting capable of root cutting during transplantation according to any one of claims 1 to 6, wherein there is a space between the peripheral edge of the shielding surface member and the inner wall of the cultivation bag. Facility. 8. The temporary planting facility for root-leading plants capable of cutting roots at the time of transplantation according to any one of claims 1 to 7, characterized in that a part of the cultivation bag has a slackening / tightening band. . 9. The bag mouth portion of the culture bag further has a ring stopper member, and a stronger strengthening band is used as a base of the ring stopper member, and the strengthening band member is provided from one end of the bag mouth portion. The root-leading plant temporary planting facility capable of cutting roots at the time of transplantation according to any one of claims 1 to 8, characterized in that it is provided up to the other end of the bag mouth portion that faces the bottom of the cultivating bag body and confronts it.