JP2022006830A - Strawberry picking system - Google Patents

Abstract

To provide a strawberry picking system which allows a user to pick strawberry, at a preferable site other than a strawberry cultivation site.SOLUTION: A small number of pots 3 in which culture soil 1 is stored and strawberry 2 is planted, is held to one pot frame 4 for forming a strawberry picking unit U, the strawberry picking unit U is installed on a strawberry picking site for allowing a customer to pick strawberry from the strawberry picking unit U. The strawberry picking unit U after strawberry picking is reproduced at a strawberry vicinity cultivation site provided in the vicinity of a strawberry picking site, then the strawberry picking unit U is installed on the strawberry picking site again, and, a strawberry picking system allows the customer to pick strawberry from the strawberry picking unit U. In the strawberry picking system, reproduction at the strawberry vicinity cultivation site and strawberry picking at the strawberry picking site, are repeated.SELECTED DRAWING: Figure 1

Description

The present invention relates to a strawberry picking system.

Conventionally, strawberry picking is performed by using strawberries cultivated in a strawberry cultivation plant (vinyl house, field, plant factory, etc.) as a strawberry hunting plant in the strawberry cultivation plant (see, for example, Patent Document 1). That is, the strawberry cultivation plant and the strawberry hunting plant are the same.

Japanese Unexamined Patent Publication No. 2019-24416

However, the strawberry picking system described in Patent Document 1 has a problem that strawberry picking cannot be performed at a desired suitable place other than the strawberry cultivation plant. Therefore, an object of the present invention is to provide a strawberry picking system capable of picking strawberries at a suitable place other than a strawberry cultivation plant. For example, at convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., it is possible to hunt and eat fresh strawberries as they are in stock. Another object of the present invention is to provide a strawberry hunting system that can deliver and install strawberries to a strawberry hunting place in a short time before the strawberry stock is weakened. Furthermore, another object is to provide a strawberry hunting system that enables strawberry strains to be regenerated at a place other than the strawberry hunting ground and hunted for strawberry many times.

In the strawberry hunting system according to the present invention, strawberries planted in pods are grown in a predetermined cultivation plant, and at a strawberry hunting plant different from the cultivation plant, strawberry fruits are ripened from the pods to customers. It is something to hunt.
In addition, the strawberries planted in the pods are grown in a predetermined cultivation plant, and the pods with ripe strawberry fruits are sequentially supplied to a strawberry hunting plant different from the above cultivation plant multiple times during the day. Then, at the above-mentioned strawberry hunting place, customers are made to hunt strawberries.
In addition, the pods from which the ripe fruits have been hunted by customers at a strawberry hunting station different from the cultivated plant are returned to a predetermined cultivated plant, and the strawberries are regenerated at the cultivated plant to regenerate the strawberries. The pods with ripe fruits are supplied to the strawberry hunting ground, and the customers are made to hunt strawberries, and the strawberry picking, the return, the regeneration, and the supply are repeated.

Further, in the strawberry picking system according to the present invention, a strawberry picking unit in which a small number of pods in which cultured soil is put and strawberry is planted is held in one pod frame is installed in a strawberry hunting place, and the strawberry picking is performed. It is a strawberry picking system that allows customers to pick strawberries from the unit. After picking strawberries, the above-mentioned strawberry picking unit is regenerated at a strawberry neighborhood cultivation plant provided near the above-mentioned strawberry picking place, and then returned to the above-mentioned strawberry picking place. It is set up, the customer is made to pick strawberries from the strawberry picking unit, and the regeneration at the strawberry neighborhood cultivation plant and the strawberry picking at the strawberry hunting plant are repeated.

In addition, a strawberry picking unit in which a small number of pods in which cultured soil is put and strawberry is planted is held in one pod frame is installed in a strawberry hunting place, and the strawberry hunting unit allows customers to pick strawberries. In the hunting system, the strawberry picking unit after strawberry picking is regenerated at a strawberry neighborhood cultivation plant provided near the strawberry hunting place, and again installed at the strawberry hunting place, and customers from the strawberry picking unit. When the strawberry picking unit becomes unsuitable for strawberry picking due to multiple strawberry picking, the strawberry picking unit is regenerated at a distant strawberry main cultivation plant to regenerate the strawberry picking unit. It is installed in the strawberry hunting place again, and the customer is made to hunt strawberries from the strawberry picking unit, and the regeneration in the strawberry neighborhood cultivation place or the strawberry main cultivation place and the strawberry picking in the strawberry hunting place are repeated. It is a thing.

In addition, a strawberry picking unit in which a small number of pods in which cultured soil was put and strawberry was planted was held in one pod frame was installed in a strawberry hunting place, and the strawberry hunting unit allowed customers to pick strawberries. After strawberry picking, the strawberry picking unit is regenerated at a strawberry neighborhood cultivation plant near the strawberry hunting station or at a strawberry main cultivation plant located far from the strawberry hunting station where strawberry is mainly cultivated. Then, it is a strawberry picking system that is installed again in the strawberry picking place and allows customers to pick strawberries from the strawberry picking unit. After hunting strawberries, the strawberry picking unit, which has been cultivated at the strawberry main cultivation plant and the strawberry fruits have ripened at the strawberry hunting plant or the strawberry neighborhood cultivation plant, has been patrolled at the strawberry hunting station and the strawberry hunting plant. In exchange for the above-mentioned strawberry picking unit, the above-mentioned strawberry picking unit in which strawberry fruits are ripe is installed again in the above-mentioned strawberry picking place, and the customer is allowed to pick strawberries from the above-mentioned strawberry picking unit, and the above-mentioned strawberry neighborhood cultivation plant or strawberry. Regeneration at the main cultivation plant and strawberry picking at the strawberry hunting plant are repeated.

Further, the above-mentioned minority number is 3 or more and 10 or less.
Further, the strawberry hunting place is inside the store, and the strawberry neighborhood cultivation place is in the site where the store is located or in the distribution warehouse of the store.
Further, the bottom of the pod frame has a net shape.
Further, the weight of the strawberry picking unit is set to 18 weight kg or less.
Further, when the strawberry picking unit is transferred between the strawberry main cultivation plant and the strawberry neighborhood cultivation plant or the strawberry hunting plant, strawberry hunting in which a plurality of the strawberry hunting units are stored in one long transfer case. It is to be transferred under the state of the coupling unit.

According to the strawberry picking system of the present invention, strawberry picking can be performed at a suitable place other than the strawberry cultivation plant. In particular, it is possible to efficiently hunt strawberries many times (during a day) with the strawberry fruits ripe.

It is a perspective view which shows the strawberry picking unit of this invention. It is a bottom view which shows the pod frame. It is a simplified explanatory drawing which shows the 1st Embodiment of this invention. It is a partially broken side view showing the state of strawberry picking. It is a perspective view which shows the regeneration state of a strawberry in a strawberry neighborhood cultivation plant. It is a simplified explanatory drawing which shows the 2nd Embodiment. It is a simplified perspective view which shows an example of a strawberry main cultivation place. It is a partially broken side view which shows the strawberry hunting coupling unit. It is a partially broken simplified perspective view showing a delivery state. It is a simplified explanatory drawing which shows the 3rd Embodiment.

Hereinafter, the present invention will be described in detail based on the illustrated embodiment.
FIG. 1 shows a strawberry picking unit U used in the strawberry picking system of the present invention. The strawberry hunting unit U holds a small number of pods 3 in which potting soil 1 is put and strawberry (strain) 2 is planted in one pod frame 4. Here, the "minority number" is, for example, 3 or more and 10 or less. More preferably, the number is 4 or more and 8 or less. The pod frame 4 is made of plastic or metal. As shown in FIGS. 1 and 2, the bottom portion 5 of the pod frame 4 has a net shape. It is desirable that the pod frame 4 is a plastic frame having a net-like bottom 5 because it is lightweight and has good drainage. The potting soil 1 refers to soil suitable for cultivating plants, or a target for planting plants such as plant-based fibers and synthetic resin fibers.

The weight of the strawberry picking unit U is set to 5 weight kg or more and 18 weight kg or less. Desirably, it is set to 8 kg kg or more and 15 kg kg or less. If the weight of the strawberry picking unit U exceeds the above weight, it becomes difficult for a person to carry the strawberry picking unit U by himself.

FIG. 3 shows a first embodiment of the present invention. As shown in FIGS. 3, 1 and 4, this strawberry picking system installs a strawberry picking unit U at a strawberry hunting place A and causes a customer G to pick strawberries from the strawberry hunting unit U. be. The strawberry hunting place A is, for example, the inside of the store S. The strawberry picking unit U after strawberry picking is regenerated at the strawberry neighborhood cultivation plant N (see FIG. 5) provided near the strawberry hunting station A, installed again at the strawberry hunting station A, and the customer from the strawberry hunting unit U. Let G pick strawberries. The strawberry neighborhood cultivation plant N is, for example, in the site where the store S is located or in the distribution warehouse of the store S. That is, in FIG. 3, "near" means a distance at which a person can carry the strawberry picking unit U, such as in the site where the store S is located or in the distribution warehouse of the store S. "Regeneration" means, for example, that the blue immature fruits in the fruit bunches of each strawberry strain 2 take several days to become red fruits 6 suitable for strawberry picking while appropriately controlling water supply, ventilation, temperature, etc. It means raising until it is ripe. Further, when the strawberry strain 2 in the strawberry picking unit U is particularly damaged or the ripening of the fruit 6 is delayed, the replacement of the pod 3 is also included in the above-mentioned "regeneration". .. As described above, when the strawberry picking unit U is regenerated, it is preferable that the strawberry strain 2 in all the plurality of pods 3 in one strawberry picking unit U has the same growth condition. Regeneration at the strawberry neighborhood cultivation plant N and strawberry picking at the strawberry hunting plant A are repeated. It is also desirable to install various pipes, liquid supply equipment, and temperature control equipment at the strawberry neighborhood cultivation plant N.

FIG. 6 shows a second embodiment. After strawberry picking, the strawberry picking unit U (see Fig. 1) is regenerated at the strawberry neighborhood cultivation plant N provided near the strawberry hunting station A, installed again at the strawberry hunting station A, and customers from the strawberry hunting unit U. Have G (see Figure 4) pick strawberries. When the strawberry picking unit U becomes unsuitable for strawberry picking due to multiple strawberry picking (and regeneration of strawberry 2 in the strawberry neighborhood cultivation plant N) (for example, when only immature fruit 6 is left), FIG. 7 shows. As shown, the strawberry picking unit U is regenerated at a distant strawberry main cultivation plant E (for example, by replacing the culture soil 1 (see FIG. 1)), and the strawberry picking unit U is regenerated at the strawberry hunting plant. Installed in A, the strawberry picking unit U causes customer G to pick strawberries. In addition, in FIG. 7, strawberry 2 is not shown.

In the second embodiment (and the third embodiment described later), "near" means the strawberry hunting station A (in comparison with the distance between the strawberry hunting station A and the strawberry main cultivation plant E). It is a distance closer than the distance between the strawberry main cultivation plant E and the strawberry main cultivation plant E, and it is desirable that the distance is such that a person can carry the strawberry picking unit U, such as in the site where the store S is located or in the distribution warehouse of the store S. Further, "far" means a distance farther than the distance between the strawberry hunting place A and the strawberry neighborhood cultivation place N, and it is mainly difficult for a person to carry the strawberry hunting unit U, and it is carried by the delivery vehicle C. It is an appropriate distance to do. For one or more strawberry hunting stations A (for example, a convenience store chain in the same area), the strawberry hunting unit U is regenerated at one strawberry neighborhood cultivation plant N.

Regeneration at the strawberry neighborhood cultivation plant N or the strawberry main cultivation plant E and strawberry picking at the strawberry hunting plant A are repeated. In the "regeneration" of the strawberry picking unit U in the strawberry main cultivation plant E, for example, the dead leaves and stems are removed, the potting soil 1 is replaced, fertilizer is applied, and the strawberry strain 2 is taken over a number of days. It means that the strawberry 2 is fully grown and the strawberry 2 fruit 6 is ripened so that the strawberry can be picked again. Further, when the strawberry strain 2 in the strawberry picking unit U is particularly damaged or the ripening of the fruit 6 is delayed, the replacement of the pod 3 is also included in the above-mentioned "regeneration". ..

FIG. 7 shows the strawberry main cultivation plant E. In FIGS. 7 and 8, a plurality of strawberry picking coupling units U ₁ are arranged in a plurality of rows. The strawberry hunting coupling unit U ₁ contains a plurality of strawberry hunting units U (four in FIGS. 7 and 8) in one long transfer case 7. The strawberry hunting coupling unit U ₁ is placed on the base 8.

A plurality of parallel rails 9 are laid on the floor of the strawberry main cultivation plant E. A lifting trolley 10 capable of suspending the strawberry hunting coupling unit U ₁ is mounted freely on the rail 9. It is preferable to set the weight of the hoisting carriage 10 to a weight that can be lifted by two adults so that the lanes can be exchanged manually. An electric system may be used.

Although not shown in FIG. 7, an irrigation pipe for solution drip, a crown temperature control pipe, a medium cooling pipe, and the like are arranged. The irrigation pipe for solution drip is connected to the liquid supply equipment installed outside. The crown temperature control pipe and the medium cooling pipe are connected to the temperature equipment installed outside.

In order to transfer the strawberry 2 to the strawberry neighborhood cultivation plant N (see FIG. 6), the connection of various pipes arranged in the strawberry hunting coupling unit U ₁ is disconnected. Next, the lifting rope 14 of the lifting carriage 10 is hooked on the horizontal protrusion of the strawberry hunting coupling unit U ₁ (not shown) to lift the strawberry hunting coupling unit U ₁ . The lifting trolley 10 is run on the rail 9, moved to a predetermined position, mounted on the trolley 11 with casters, transported to the stockyard 12, and delivered by the forklift 13 (see FIG. 9). Move to.

When transferring the strawberry picking unit U between the strawberry main cultivation plant E and the strawberry neighborhood cultivation plant N or the strawberry hunting plant A, as shown in FIG. 9, a plurality of strawberry hunting units U are combined with each other. Transfer under the condition of U ₁ (see Fig. 8). In addition, during the main cultivation at the strawberry main cultivation plant E, the strawberry hunting and binding unit U ₁ is cultivated. In FIG. 9, the strawberry 2 is not shown.

FIG. 10 shows a third embodiment. The strawberry picking unit U (see FIG. 1) after picking strawberries is set up near the strawberry hunting station A near the strawberry cultivation plant N or far from the strawberry hunting plant A to mainly cultivate the strawberry 2. It is a strawberry picking system that is regenerated in the cultivation plant E, re-installed in the strawberry picking place A, and the strawberry picking unit U causes the customer G to pick strawberries as shown in FIG.

One delivery vehicle C patrols the strawberry main cultivation plant E, the strawberry neighborhood cultivation plant N, and the strawberry hunting plant A, and at the strawberry hunting plant A or the strawberry neighborhood cultivation plant N, the strawberry main cultivation plant E The strawberry picking unit U in which the fruit 6 of the strawberry 2 (see FIG. 1) is ripe is replaced with the strawberry picking unit U after strawberry picking. After that, the strawberry picking unit U in which the fruit 6 of the strawberry 2 is ripe is installed again in the strawberry hunting place A, and the strawberry hunting unit U causes the customer G to hunt strawberries. Regeneration at the strawberry neighborhood cultivation plant N or the strawberry main cultivation plant E and strawberry picking at the strawberry hunting plant A are repeated. Other configurations are the same as those of the second embodiment.

The design of the present invention can be changed, for example, when the strawberry picking unit U is transferred between the strawberry main cultivation plant E and the strawberry neighborhood cultivation plant N or the strawberry hunting plant A (strawberry hunting). In some cases, the strawberry hunting unit U alone may be placed on the installation shelf previously attached to the delivery vehicle C and transferred instead of being treated as the coupling unit U ₁ . Further, a flat plate having a large number of small drainage holes may be used for the bottom portion 5 of the pod frame 4.

By the way, based on FIGS. 1 to 10, the first to third embodiments have been described above with specific configurations. However, the present invention is not limited to the specific configuration of the first to third embodiments, and it can be said that the present invention is basically the following technical idea for the strawberry picking system.

That is, the basic configuration of the present invention is to grow a strawberry 2 planted in a pod 3 in a predetermined cultivated plant such as a strawberry neighborhood cultivation plant N or a strawberry main cultivation plant E to ripen the fruit 6 and so on. The pod 3 of the strawberry 2 having the ripe fruit 6 is moved to a hunting place A different from the above cultivation plant by a delivery vehicle C, a dolly, or human power, and the strawberry hunting place A ripens to the customer G. It can be said that it is a system for picking strawberries of the fruit 6. When moving the pods 3 manually, it may be possible to carry the pods 3 one by one by hand (when the cultivation plant is extremely close to the strawberry hunting plant A).

By the way, the number of fruits 6 that are matured by one strawberry strain in the pod 3 is at most 3 to 5. If the fruit 6 is hunted from all the pods 3 by the customer G at the strawberry hunting place A within a relatively short time, the strawberry hunting (business) on that day has to be terminated. In response to such a problem, the present invention sequentially supplies strawberry hunting ground A from a predetermined cultivating plant such as strawberry neighborhood cultivating plant N a plurality of times during a day to the customer G without interruption. It is a system that makes it possible to hunt ripe fruits 6.

In other words, it is a system that can quickly replace the pods 3 multiple times (many times) in a day to provide ripe strawberry nuts 6.
Further, in the strawberry picking system according to the present invention, the pod 3 from which the ripe fruit 6 is removed after the strawberry is hunted by the customer G at the strawberry hunting place A different from the cultivated place is returned to the predetermined cultivated place. The pod 3 in which the fruit 6 of the strawberry 2 is ripe by regenerating the strawberry 2 at the cultivation plant is supplied to the strawberry hunting place A, and the customer G is made to hunt the strawberry. It is a system that repeats the above supply.

In the present invention, as described in detail above, the strawberry 2 planted in the pod 3 is grown in a predetermined cultivation plant, and the strawberry 2 fruit 6 is ripe in a strawberry hunting plant A different from the cultivation plant. Since it is a system that allows customer G to pick strawberries from the pod 3 that has been made, customer G can enjoy strawberry picking while always enjoying fresh and fresh ripe strawberry fruits 6. Moreover, the strawberry hunting place A can freely select suitable places such as convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., and hunts and eats fresh strawberry fruits 6 as they are in stocks. can do. In other words, you can "pick strawberries everywhere".

In addition, the strawberry 2 planted in the pod 3 is grown in a predetermined cultivation plant, and the pod 3 in which the fruit 6 of the strawberry 2 is ripe is placed in a strawberry hunting plant A different from the above cultivation plant for one day. Since it is a system that sequentially supplies strawberries multiple times and causes customer G to pick strawberries at the above-mentioned strawberry hunting place A, the strawberry hunting place A always hunts red ripe strawberry fruits 6 without interruption. It will be possible to eat, and there will be no risk of business interruption regarding the management of strawberry hunting station A.

In addition, the pod 3 from which the ripe fruit 6 was removed after being hunted by the customer G at the strawberry hunting station A, which is different from the cultivated plant, is returned to a predetermined cultivated plant, and the strawberry 2 is cultivated at the cultivated plant. It is a system that supplies the pod 3 in which the fruit 6 of the strawberry 2 is ripe by regeneration to the strawberry hunting place A, causes the customer G to hunt strawberries, and repeats the strawberry picking, the return, the regeneration, and the supply. Therefore, at the strawberry hunting place A, it is possible to continuously provide the red ripe strawberry fruit 6 during business hours without interruption.

Further, in the present invention, a strawberry picking unit U in which a small number of pods 3 in which culture soil 1 is put and strawberries 2 are planted is held in one pod frame 4 is installed in a strawberry hunting place A, and the strawberry is said. It is a strawberry picking system that allows customer G to pick strawberries from the hunting unit U, and the strawberry picking unit U after strawberry picking is regenerated at a strawberry neighborhood cultivation plant N provided near the strawberry hunting place A, and again. , Installed in the strawberry hunting place A, let the customer G hunt strawberries from the strawberry hunting unit U, and repeat the regeneration in the strawberry neighborhood cultivation place N and the strawberry picking in the strawberry hunting place A. Therefore, strawberry picking can be performed at a suitable place other than the strawberry cultivation plant (strawberry neighborhood cultivation plant N). Suitable places are, for example, convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., where it is possible to hunt and eat fresh strawberry 2 fruits 6 as they are in stock. Further, the strawberry strain 2 can be delivered and installed at the strawberry hunting place A in a short time before the strawberry strain 2 is weakened. Further, since the strawberry picking unit U is regenerated at a place other than the strawberry hunting place A, the strawberry stock 2 without the fruit 6 after strawberry picking is sent to the customer G such as a convenience store at the strawberry hunting place A (long-term). It is possible to show only the state suitable for strawberry picking (the state where the fruit 6 of the strawberry 2 is ripe) without showing it (over), and it is possible to promote the motivation of the customer G to pick strawberries. And you can efficiently pick strawberries many times.

Further, a strawberry picking unit U in which a small number of pods 3 in which the culture soil 1 is put and the strawberry 2 is planted is held in one pod frame 4 is installed in the strawberry hunting place A, and the strawberry picking unit U is used. It is a strawberry picking system that causes customer G to pick strawberries, and the strawberry picking unit U after strawberry picking is regenerated at a strawberry neighborhood cultivation plant N provided near the strawberry hunting place A, and the strawberry picking is performed again. When the strawberry picking unit U becomes unsuitable for strawberry picking due to multiple strawberry picking, the strawberry picking unit U is used as a distant strawberry. The strawberry picking unit U is regenerated at the main cultivation plant E, and the strawberry picking unit U is installed again at the strawberry hunting plant A, and the customer G is made to pick strawberries from the strawberry picking unit U. Since the regeneration at the strawberry main cultivation plant E and the strawberry picking at the strawberry hunting plant A are repeated, a desired (suitable) other than the strawberry cultivation plant (strawberry main cultivation plant E, strawberry neighborhood cultivation plant N) is repeated. You can pick strawberries at the place. For example, at convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., it is possible to hunt and eat fresh strawberries 2 and 6 as they are in stock. Further, the strawberry strain 2 can be delivered and installed at the strawberry hunting place A in a short time before the strawberry strain 2 is weakened. Further, since the strawberry picking unit U is regenerated at a place other than the strawberry hunting place A, the strawberry stock 2 without the fruit 6 after strawberry picking is sent to the customer G such as a convenience store at the strawberry hunting place A (long-term). It is possible to show only the state suitable for strawberry picking (the state where the fruit 6 of the strawberry 2 is ripe) without showing it (over), and it is possible to promote the motivation of the customer G to pick strawberries. And you can efficiently pick strawberries many times. Further, since the strawberry strain 2 is regenerated not only in the strawberry neighborhood cultivation plant N but also in the strawberry main cultivation plant E, the customer G can enjoy strawberry picking for a long period of time.

Further, a strawberry picking unit U in which a small number of pods 3 in which the culture soil 1 is put and the strawberry 2 is planted is held in one pod frame 4 is installed in the strawberry hunting place A, and the strawberry picking unit U is used. The customer G is allowed to pick strawberries, and the strawberry picking unit U after picking strawberries is provided at a strawberry neighborhood cultivation plant N provided near the strawberry hunting station A or at a distance from the strawberry hunting station A. It is a strawberry picking system that regenerates at the strawberry main cultivation plant E where the main cultivation is performed, re-installs it at the strawberry hunting station A, and causes the customer G to hunt strawberries from the strawberry picking unit U. The delivery vehicle C patrols the strawberry main cultivation plant E, the strawberry neighborhood cultivation plant N, and the strawberry hunting plant A, and at the strawberry hunting plant A or the strawberry neighborhood cultivation plant N, the strawberry The strawberry picking unit U cultivated in the main cultivation plant E and ripe with strawberry 2 fruit 6 is replaced with the strawberry picking unit U after strawberry picking, and the strawberry picking unit U with ripe strawberry 2 fruit 6 is exchanged. Is installed again in the strawberry hunting place A, the strawberry hunting unit U causes the customer G to hunt strawberries, and the strawberry hunting place A is regenerated at the strawberry neighborhood cultivation place N or the strawberry main cultivation place E. Since the strawberry picking in the above is repeated, the strawberry picking can be performed at a suitable place other than the strawberry cultivation plant (strawberry main cultivation plant E, strawberry neighborhood cultivation plant N). For example, at convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., it is possible to hunt and eat fresh strawberries 2 and 6 as they are in stock. Further, the strawberry strain 2 can be delivered and installed at the strawberry hunting place A in a short time before the strawberry strain 2 is weakened. Further, since the strawberry picking unit U is regenerated at a place other than the strawberry hunting place A, the strawberry stock 2 without the fruit 6 after strawberry picking is sent to the customer G such as a convenience store at the strawberry hunting place A (long-term). It is possible to show only the state suitable for strawberry picking (the state where the fruit 6 of the strawberry 2 is ripe) without showing it (over), and it is possible to promote the motivation of the customer G to pick strawberries. And you can efficiently pick strawberries many times. Further, since the strawberry strain 2 is regenerated not only in the strawberry neighborhood cultivation plant N but also in the strawberry main cultivation plant E, the customer G can enjoy strawberry picking for a long period of time.

Further, since the above-mentioned minority number is 3 or more and 10 or less, a person can easily carry it.
Further, since the strawberry picking place A is inside the store S and the strawberry neighborhood cultivation place N is in the site where the store S is located or in the distribution warehouse of the store S, the strawberry picking unit U When the fruit 6 of the strawberry 2 is ripe, the strawberry picking unit U is immediately carried inside the store S and installed so that the customer G can pick the strawberry at an appropriate time (before the strawberry 2 is damaged). be able to.

Further, since the bottom portion 5 of the pod frame 4 has a net shape, drainage is good. That is, the air permeability is good, and the growing conditions of the strawberry 2 are good. Further, the nutrient solution can be supplied from below the net-shaped bottom 5 in the state of the strawberry picking unit U in which the pod 3 is held by the pod frame 4.

Further, since the weight of the strawberry picking unit U is set to 18 weight kg or less, one person can easily carry the strawberry picking unit U by himself / herself.

Further, when the strawberry picking unit U is transferred between the strawberry main cultivation plant E and the strawberry neighborhood cultivation plant N or the strawberry hunting plant A, a plurality of the strawberry hunting units U are transferred into one long transfer case. Since the strawberry hunting unit U ₁ stored in 7 is transferred, the strawberry hunting unit U can be moved efficiently, which is convenient.

1 Potting soil 2 Strawberry (strain)
3 Pod 4 Pod frame 5 Bottom 6 Fruit 7 Long transfer case A Strawberry hunting place C Delivery vehicle E Strawberry main cultivation place G Customer N Strawberry neighborhood cultivation place S Store U Strawberry hunting unit U ₁ Strawberry hunting combination unit

The present invention relates to a strawberry picking system.

Conventionally, strawberry picking is performed by using strawberries cultivated in a strawberry cultivation plant (vinyl house, field, plant factory, etc.) as a strawberry hunting plant in the strawberry cultivation plant (see, for example, Patent Document 1). That is, the strawberry cultivation plant and the strawberry hunting plant are the same.

Japanese Unexamined Patent Publication No. 2019-24416

However, the strawberry picking system described in Patent Document 1 has a problem that strawberry picking cannot be performed at a desired suitable place other than the strawberry cultivation plant. Therefore, an object of the present invention is to provide a strawberry picking system capable of picking strawberries at a suitable place other than a strawberry cultivation plant. For example, at convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., it is possible to hunt and eat fresh strawberries as they are in stock. Another object of the present invention is to provide a strawberry hunting system that can deliver and install strawberries to a strawberry hunting place in a short time before the strawberry stock is weakened. Furthermore, another object is to provide a strawberry hunting system that enables strawberry strains to be regenerated at a place other than the strawberry hunting ground and hunted for strawberry many times.

In the strawberry picking system according to the present invention, a strawberry picking unit in which a small number of pods in which cultured soil is put and strawberry is planted is held in one pod frame is installed in a strawberry hunting place, and the strawberry picking unit is provided. It is a strawberry picking system that allows customers to pick strawberries from the ground, and the strawberry picking unit after strawberry picking is regenerated at a strawberry neighborhood cultivation plant provided near the strawberry hunting station and installed again at the strawberry hunting station. Then, the customer is made to pick strawberries from the strawberry picking unit, and the regeneration at the strawberry neighborhood cultivation plant and the strawberry picking at the strawberry hunting plant are repeated.

In addition, a strawberry picking unit in which a small number of pods in which cultured soil is put and strawberry is planted is held in one pod frame is installed in a strawberry hunting place, and the strawberry hunting unit allows customers to pick strawberries. In the hunting system, the strawberry picking unit after strawberry picking is regenerated at a strawberry neighborhood cultivation plant provided near the strawberry hunting place, and again installed at the strawberry hunting place, and customers from the strawberry picking unit. When the strawberry picking unit becomes unsuitable for strawberry picking due to multiple strawberry picking, the strawberry picking unit is regenerated at a distant strawberry main cultivation plant to regenerate the strawberry picking unit. It is installed in the strawberry hunting place again, and the customer is made to hunt strawberries from the strawberry picking unit, and the regeneration in the strawberry neighborhood cultivation place or the strawberry main cultivation place and the strawberry picking in the strawberry hunting place are repeated. It is a thing.

In addition, a strawberry picking unit in which a small number of pods in which cultured soil was put and strawberry was planted was held in one pod frame was installed in a strawberry hunting place, and the strawberry hunting unit allowed customers to pick strawberries. After strawberry picking, the strawberry picking unit is regenerated at a strawberry neighborhood cultivation plant near the strawberry hunting ground or at a strawberry main cultivation plant located far from the strawberry hunting ground where strawberry is mainly cultivated. Then, it is a strawberry picking system that is installed again in the strawberry picking place and allows customers to pick strawberries from the strawberry picking unit. After hunting strawberries, the strawberry picking unit, which has been cultivated at the strawberry main cultivation plant and the strawberry fruits have ripened at the strawberry hunting plant or the strawberry neighborhood cultivation plant, has been patrolled at the strawberry hunting station and the strawberry hunting plant. In exchange for the above-mentioned strawberry picking unit, the above-mentioned strawberry picking unit in which strawberry fruits are ripe is installed again in the above-mentioned strawberry picking place, and the customer is allowed to pick strawberries from the above-mentioned strawberry picking unit, and the above-mentioned strawberry neighborhood cultivation plant or strawberry. Regeneration at the main cultivation plant and strawberry picking at the strawberry hunting plant are repeated.

Further, the above-mentioned minority number is 3 or more and 10 or less.
Further, the strawberry hunting place is inside the store, and the strawberry neighborhood cultivation place is in the site where the store is located or in the distribution warehouse of the store.
Further, the bottom of the pod frame has a net shape.
Further, the weight of the strawberry picking unit is set to 18 weight kg or less.
Further, when the strawberry picking unit is transferred between the strawberry main cultivation plant and the strawberry neighborhood cultivation plant or the strawberry hunting plant, strawberry hunting in which a plurality of the strawberry hunting units are stored in one long transfer case. It is to be transferred under the state of the coupling unit.

According to the strawberry picking system of the present invention, strawberry picking can be performed at a suitable place other than the strawberry cultivation plant. In particular, it is possible to efficiently hunt strawberries many times (during a day) with the strawberry fruits ripe.

It is a perspective view which shows the strawberry picking unit of this invention. It is a bottom view which shows the pod frame. It is a simplified explanatory drawing which shows the 1st Embodiment of this invention. It is a partially broken side view showing the state of strawberry picking. It is a perspective view which shows the regeneration state of a strawberry in a strawberry neighborhood cultivation plant. It is a simplified explanatory drawing which shows the 2nd Embodiment. It is a simplified perspective view which shows an example of a strawberry main cultivation place. It is a partially broken side view which shows the strawberry hunting coupling unit. It is a partial breakage simplified perspective view which shows the delivery state. It is a simplified explanatory drawing which shows the 3rd Embodiment.

Hereinafter, the present invention will be described in detail based on the illustrated embodiment.
FIG. 1 shows a strawberry picking unit U used in the strawberry picking system of the present invention. The strawberry hunting unit U holds a small number of pods 3 in which potting soil 1 is put and strawberry (strain) 2 is planted in one pod frame 4. Here, the "minority number" is, for example, 3 or more and 10 or less. More preferably, the number is 4 or more and 8 or less. The pod frame 4 is made of plastic or metal. As shown in FIGS. 1 and 2, the bottom portion 5 of the pod frame 4 has a net shape. It is desirable that the pod frame 4 is a plastic frame having a net-like bottom 5 because it is lightweight and has good drainage. The potting soil 1 refers to soil suitable for cultivating plants, or a target for planting plants such as plant-based fibers and synthetic resin fibers.

The weight of the strawberry picking unit U is set to 5 weight kg or more and 18 weight kg or less. Desirably, it is set to 8 kg kg or more and 15 kg kg or less. If the weight of the strawberry picking unit U exceeds the above weight, it becomes difficult for a person to carry the strawberry picking unit U by himself.

FIG. 3 shows a first embodiment of the present invention. As shown in FIGS. 3, 1 and 4, this strawberry picking system installs a strawberry picking unit U at a strawberry hunting place A and causes a customer G to pick strawberries from the strawberry hunting unit U. be. The strawberry hunting place A is, for example, the inside of the store S. The strawberry picking unit U after strawberry picking is regenerated at the strawberry neighborhood cultivation plant N (see FIG. 5) provided near the strawberry hunting station A, installed again at the strawberry hunting station A, and the customer from the strawberry hunting unit U. Let G pick strawberries. The strawberry neighborhood cultivation plant N is, for example, in the site where the store S is located or in the distribution warehouse of the store S. That is, in FIG. 3, "near" means a distance at which a person can carry the strawberry picking unit U, such as in the site where the store S is located or in the distribution warehouse of the store S. "Regeneration" means, for example, that the blue immature fruits in the fruit bunches of each strawberry strain 2 take several days to become red fruits 6 suitable for strawberry picking while appropriately controlling water supply, ventilation, temperature, etc. It means raising until it is ripe. Further, when the strawberry strain 2 in the strawberry picking unit U is particularly damaged or the ripening of the fruit 6 is delayed, the replacement of the pod 3 is also included in the above-mentioned "regeneration". .. As described above, when the strawberry picking unit U is regenerated, it is preferable that the strawberry strain 2 in all the plurality of pods 3 in one strawberry picking unit U has the same growth condition. Regeneration at the strawberry neighborhood cultivation plant N and strawberry picking at the strawberry hunting plant A are repeated. It is also desirable to install various pipes, liquid supply equipment, and temperature control equipment at the strawberry neighborhood cultivation plant N.

FIG. 6 shows a second embodiment. After strawberry picking, the strawberry picking unit U (see Fig. 1) is regenerated at the strawberry neighborhood cultivation plant N provided near the strawberry hunting station A, installed again at the strawberry hunting station A, and customers from the strawberry hunting unit U. Have G (see Figure 4) pick strawberries. When the strawberry picking unit U becomes unsuitable for strawberry picking due to multiple strawberry picking (and regeneration of strawberry 2 in the strawberry neighborhood cultivation plant N) (for example, when only immature fruit 6 is left), FIG. 7 shows. As shown, the strawberry picking unit U is regenerated at a distant strawberry main cultivation plant E (for example, by replacing the culture soil 1 (see FIG. 1)), and the strawberry picking unit U is regenerated at the strawberry hunting plant. Installed in A, the strawberry picking unit U causes customer G to pick strawberries. In addition, in FIG. 7, strawberry 2 is not shown.

In the second embodiment (and the third embodiment described later), "near" means the strawberry hunting station A (in comparison with the distance between the strawberry hunting station A and the strawberry main cultivation plant E). It is a distance closer than the distance between the strawberry main cultivation plant E and the strawberry main cultivation plant E, and it is desirable that the distance is such that a person can carry the strawberry picking unit U, such as in the site where the store S is located or in the distribution warehouse of the store S. Further, "far" means a distance farther than the distance between the strawberry hunting place A and the strawberry neighborhood cultivation place N, and it is mainly difficult for a person to carry the strawberry hunting unit U, and it is carried by the delivery vehicle C. It is an appropriate distance to do. For one or more strawberry hunting stations A (for example, a convenience store chain in the same area), the strawberry hunting unit U is regenerated at one strawberry neighborhood cultivation plant N.

Regeneration at the strawberry neighborhood cultivation plant N or the strawberry main cultivation plant E and strawberry picking at the strawberry hunting plant A are repeated. In the "regeneration" of the strawberry picking unit U in the strawberry main cultivation plant E, for example, the dead leaves and stems are removed, the potting soil 1 is replaced, fertilizer is applied, and the strawberry strain 2 is taken over a number of days. It means that the strawberry 2 is fully grown and the strawberry 2 fruit 6 is ripened so that the strawberry can be picked again. Further, when the strawberry strain 2 in the strawberry picking unit U is particularly damaged or the ripening of the fruit 6 is delayed, the replacement of the pod 3 is also included in the above-mentioned "regeneration". ..

FIG. 7 shows the strawberry main cultivation plant E. In FIGS. 7 and 8, a plurality of strawberry picking coupling units U ₁ are arranged in a plurality of rows. The strawberry hunting coupling unit U ₁ contains a plurality of strawberry hunting units U (four in FIGS. 7 and 8) in one long transfer case 7. The strawberry hunting coupling unit U ₁ is placed on the base 8.

A plurality of parallel rails 9 are laid on the floor of the strawberry main cultivation plant E. A lifting trolley 10 capable of suspending the strawberry hunting coupling unit U ₁ is mounted freely on the rail 9. It is preferable to set the weight of the hoisting carriage 10 to a weight that can be lifted by two adults so that the lanes can be exchanged manually. An electric system may be used.

Although not shown in FIG. 7, an irrigation pipe for solution drip, a crown temperature control pipe, a medium cooling pipe, and the like are arranged. The irrigation pipe for solution drip is connected to the liquid supply equipment installed outside. The crown temperature control pipe and the medium cooling pipe are connected to the temperature equipment installed outside.

In order to transfer the strawberry 2 to the strawberry neighborhood cultivation plant N (see FIG. 6), the connection of various pipes arranged in the strawberry hunting coupling unit U ₁ is disconnected. Next, the lifting rope 14 of the lifting carriage 10 is hooked on the horizontal protrusion of the strawberry hunting coupling unit U ₁ (not shown) to lift the strawberry hunting coupling unit U ₁ . The lifting trolley 10 is run on the rail 9, moved to a predetermined position, mounted on the trolley 11 with casters, transported to the stockyard 12, and delivered by the forklift 13 (see FIG. 9). Move to.

When transferring the strawberry picking unit U between the strawberry main cultivation plant E and the strawberry neighborhood cultivation plant N or the strawberry hunting plant A, as shown in FIG. 9, a plurality of strawberry hunting units U are combined with each other. Transfer under the condition of U ₁ (see Fig. 8). In addition, during the main cultivation at the strawberry main cultivation plant E, the strawberry hunting and binding unit U ₁ is cultivated. In FIG. 9, the strawberry 2 is not shown.

FIG. 10 shows a third embodiment. The strawberry picking unit U (see FIG. 1) after picking strawberries is set up near the strawberry hunting station A near the strawberry cultivation plant N or far from the strawberry hunting plant A to mainly cultivate the strawberry 2. It is a strawberry picking system that is regenerated in the cultivation plant E, re-installed in the strawberry picking place A, and the strawberry picking unit U causes the customer G to pick strawberries as shown in FIG.

One delivery vehicle C patrols the strawberry main cultivation plant E, the strawberry neighborhood cultivation plant N, and the strawberry hunting plant A, and at the strawberry hunting plant A or the strawberry neighborhood cultivation plant N, the strawberry main cultivation plant E The strawberry picking unit U in which the fruit 6 of the strawberry 2 (see FIG. 1) is ripe is replaced with the strawberry picking unit U after strawberry picking. After that, the strawberry picking unit U in which the fruit 6 of the strawberry 2 is ripe is installed again in the strawberry hunting place A, and the strawberry hunting unit U causes the customer G to hunt strawberries. Regeneration at the strawberry neighborhood cultivation plant N or the strawberry main cultivation plant E and strawberry picking at the strawberry hunting plant A are repeated. Other configurations are the same as those of the second embodiment.

The design of the present invention can be changed, for example, when the strawberry picking unit U is transferred between the strawberry main cultivation plant E and the strawberry neighborhood cultivation plant N or the strawberry hunting plant A (strawberry hunting). In some cases, the strawberry hunting unit U alone may be placed on the installation shelf previously attached to the delivery vehicle C and transferred instead of being treated as the coupling unit U ₁ . Further, a flat plate having a large number of small drainage holes may be used for the bottom portion 5 of the pod frame 4.

By the way, based on FIGS. 1 to 10, the first to third embodiments have been described above with specific configurations. However, the present invention is not limited to the specific configuration of the first to third embodiments, and it can be said that the present invention is basically the following technical idea for the strawberry picking system.

That is, the basic configuration of the present invention is to grow a strawberry 2 planted in a pod 3 in a predetermined cultivated plant such as a strawberry neighborhood cultivation plant N or a strawberry main cultivation plant E to ripen the fruit 6 and so on. The pod 3 of the strawberry 2 having the ripe fruit 6 is moved to a hunting place A different from the above cultivation plant by a delivery vehicle C, a dolly, or human power, and the strawberry hunting place A ripens to the customer G. It can be said that it is a system for picking strawberries of the fruit 6. When moving the pods 3 manually, it may be possible to carry the pods 3 one by one by hand (when the cultivation plant is extremely close to the strawberry hunting plant A).

By the way, the number of fruits 6 that are matured by one strawberry strain in the pod 3 is at most 3 to 5. If the fruit 6 is hunted from all the pods 3 by the customer G at the strawberry hunting place A within a relatively short time, the strawberry hunting (business) on that day has to be terminated. In response to such a problem, the present invention sequentially supplies strawberry hunting ground A from a predetermined cultivating plant such as strawberry neighborhood cultivating plant N a plurality of times during a day to the customer G without interruption. It is a system that makes it possible to hunt ripe fruits 6.

In other words, it is a system that can quickly replace the pods 3 multiple times (many times) in a day to provide ripe strawberry nuts 6.
Further, in the strawberry picking system according to the present invention, the pod 3 from which the ripe fruit 6 is removed after the strawberry is hunted by the customer G at the strawberry hunting place A different from the cultivated place is returned to the predetermined cultivated place. The pod 3 in which the fruit 6 of the strawberry 2 is ripe by regenerating the strawberry 2 at the cultivation plant is supplied to the strawberry hunting place A, and the customer G is made to hunt the strawberry. It is a system that repeats the above supply.

In the present invention, as described in detail above, the strawberry 2 planted in the pod 3 is grown in a predetermined cultivation plant, and the strawberry 2 fruit 6 is ripe in a strawberry hunting plant A different from the cultivation plant. Since it is a system that allows customer G to pick strawberries from the pod 3 that has been made, customer G can enjoy strawberry picking while always enjoying fresh and fresh ripe strawberry fruits 6. Moreover, the strawberry hunting place A can freely select suitable places such as convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., and hunts and eats fresh strawberry fruits 6 as they are in stocks. can do. In other words, you can "pick strawberries everywhere".

In addition, the strawberry 2 planted in the pod 3 is grown in a predetermined cultivation plant, and the pod 3 in which the fruit 6 of the strawberry 2 is ripe is placed in a strawberry hunting plant A different from the above cultivation plant for one day. Since it is a system that sequentially supplies strawberries multiple times and causes customer G to pick strawberries at the above-mentioned strawberry hunting place A, the strawberry hunting place A always hunts red ripe strawberry fruits 6 without interruption. It will be possible to eat, and there will be no risk of business interruption regarding the management of strawberry hunting station A.

In addition, the pod 3 from which the ripe fruit 6 was removed after being hunted by the customer G at the strawberry hunting station A, which is different from the cultivated plant, is returned to a predetermined cultivated plant, and the strawberry 2 is cultivated at the cultivated plant. It is a system that supplies the pod 3 in which the fruit 6 of the strawberry 2 is ripe by regeneration to the strawberry hunting place A, causes the customer G to hunt strawberries, and repeats the strawberry picking, the return, the regeneration, and the supply. Therefore, at the strawberry hunting place A, it is possible to continuously provide the red ripe strawberry fruit 6 during business hours without interruption.

Further, in the present invention, a strawberry picking unit U in which a small number of pods 3 in which culture soil 1 is put and strawberries 2 are planted is held in one pod frame 4 is installed in a strawberry hunting place A, and the strawberry is said. It is a strawberry picking system that allows customer G to pick strawberries from the hunting unit U, and the strawberry picking unit U after strawberry picking is regenerated at a strawberry neighborhood cultivation plant N provided near the strawberry hunting place A, and again. , Installed in the strawberry hunting place A, let the customer G hunt strawberries from the strawberry hunting unit U, and repeat the regeneration in the strawberry neighborhood cultivation place N and the strawberry picking in the strawberry hunting place A. Therefore, strawberry picking can be performed at a suitable place other than the strawberry cultivation plant (strawberry neighborhood cultivation plant N). Suitable places are, for example, convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., where it is possible to hunt and eat fresh strawberry 2 fruits 6 as they are in stock. Further, the strawberry strain 2 can be delivered and installed at the strawberry hunting place A in a short time before the strawberry strain 2 is weakened. Further, since the strawberry picking unit U is regenerated at a place other than the strawberry hunting place A, the strawberry stock 2 without the fruit 6 after strawberry picking is sent to the customer G such as a convenience store at the strawberry hunting place A (long-term). It is possible to show only the state suitable for strawberry picking (the state where the fruit 6 of the strawberry 2 is ripe) without showing it (over), and it is possible to promote the motivation of the customer G to pick strawberries. And you can efficiently pick strawberries many times.

Further, a strawberry picking unit U in which a small number of pods 3 in which the culture soil 1 is put and the strawberry 2 is planted is held in one pod frame 4 is installed in the strawberry hunting place A, and the strawberry picking unit U is used. It is a strawberry picking system that causes customer G to pick strawberries, and the strawberry picking unit U after strawberry picking is regenerated at a strawberry neighborhood cultivation plant N provided near the strawberry hunting place A, and the strawberry picking is performed again. When the strawberry picking unit U becomes unsuitable for strawberry picking due to multiple strawberry picking, the strawberry picking unit U is used as a distant strawberry. The strawberry picking unit U is regenerated at the main cultivation plant E, and the strawberry picking unit U is installed again at the strawberry hunting plant A, and the customer G is made to pick strawberries from the strawberry picking unit U. Since the regeneration at the strawberry main cultivation plant E and the strawberry picking at the strawberry hunting plant A are repeated, a desired (suitable) other than the strawberry cultivation plant (strawberry main cultivation plant E, strawberry neighborhood cultivation plant N) is repeated. You can pick strawberries at the place. For example, at convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., it is possible to hunt and eat fresh strawberries 2 and 6 as they are in stock. Further, the strawberry strain 2 can be delivered and installed at the strawberry hunting place A in a short time before the strawberry strain 2 is weakened. Further, since the strawberry picking unit U is regenerated at a place other than the strawberry hunting place A, the strawberry stock 2 without the fruit 6 after strawberry picking is sent to the customer G such as a convenience store at the strawberry hunting place A (long-term). It is possible to show only the state suitable for strawberry picking (the state where the fruit 6 of the strawberry 2 is ripe) without showing it (over), and it is possible to promote the motivation of the customer G to pick strawberries. And you can efficiently pick strawberries many times. Further, since the strawberry strain 2 is regenerated not only in the strawberry neighborhood cultivation plant N but also in the strawberry main cultivation plant E, the customer G can enjoy strawberry picking for a long period of time.

Further, a strawberry picking unit U in which a small number of pods 3 in which the culture soil 1 is put and the strawberry 2 is planted is held in one pod frame 4 is installed in the strawberry hunting place A, and the strawberry picking unit U is used. The customer G is allowed to pick strawberries, and the strawberry picking unit U after picking strawberries is provided at a strawberry neighborhood cultivation plant N provided near the strawberry hunting station A or at a distance from the strawberry hunting station A. It is a strawberry picking system that regenerates at the strawberry main cultivation plant E where the main cultivation is performed, re-installs it at the strawberry hunting station A, and causes the customer G to hunt strawberries from the strawberry picking unit U. The delivery vehicle C patrols the strawberry main cultivation plant E, the strawberry neighborhood cultivation plant N, and the strawberry hunting plant A, and at the strawberry hunting plant A or the strawberry neighborhood cultivation plant N, the strawberry The strawberry picking unit U cultivated in the main cultivation plant E and ripe with strawberry 2 fruit 6 is replaced with the strawberry picking unit U after strawberry picking, and the strawberry picking unit U with ripe strawberry 2 fruit 6 is exchanged. Is installed again in the strawberry hunting place A, the strawberry hunting unit U causes the customer G to hunt strawberries, and the strawberry hunting place A is regenerated at the strawberry neighborhood cultivation place N or the strawberry main cultivation place E. Since the strawberry picking in the above is repeated, the strawberry picking can be performed at a suitable place other than the strawberry cultivation plant (strawberry main cultivation plant E, strawberry neighborhood cultivation plant N). For example, at convenience stores, supermarkets, chain stores such as department stores, restaurants, hotels, etc., it is possible to hunt and eat fresh strawberries 2 and 6 as they are in stock.
Further , the strawberry strain 2 can be delivered and installed at the strawberry hunting place A in a short time before the strawberry strain 2 is weakened. Further, since the strawberry picking unit U is regenerated at a place other than the strawberry hunting place A, the strawberry stock 2 without the fruit 6 after strawberry picking is sent to the customer G such as a convenience store at the strawberry hunting place A (long-term). It is possible to show only the state suitable for strawberry picking (the state where the fruit 6 of the strawberry 2 is ripe) without showing it (over), and it is possible to promote the motivation of the customer G to pick strawberries. And you can efficiently pick strawberries many times. Further, since the strawberry strain 2 is regenerated not only in the strawberry neighborhood cultivation plant N but also in the strawberry main cultivation plant E, the customer G can enjoy strawberry picking for a long period of time.

Further, since the above-mentioned minority number is 3 or more and 10 or less, a person can easily carry it.
Further, since the strawberry picking place A is inside the store S and the strawberry neighborhood cultivation place N is in the site where the store S is located or in the distribution warehouse of the store S, the strawberry picking unit U When the fruit 6 of the strawberry 2 is ripe, the strawberry picking unit U is immediately carried inside the store S and installed so that the customer G can pick the strawberry at an appropriate time (before the strawberry 2 is damaged). be able to.

Further, since the bottom portion 5 of the pod frame 4 has a net shape, drainage is good. That is, the air permeability is good, and the growing conditions of the strawberry 2 are good. Further, the nutrient solution can be supplied from below the net-shaped bottom 5 in the state of the strawberry picking unit U in which the pod 3 is held by the pod frame 4.

Further, since the weight of the strawberry picking unit U is set to 18 weight kg or less, one person can easily carry the strawberry picking unit U by himself / herself.

Further, when the strawberry picking unit U is transferred between the strawberry main cultivation plant E and the strawberry neighborhood cultivation plant N or the strawberry hunting plant A, a plurality of the strawberry hunting units U are transferred into one long transfer case. Since the strawberry hunting unit U ₁ stored in 7 is transferred, the strawberry hunting unit U can be moved efficiently, which is convenient.

1 Potting soil 2 Strawberry (strain)
3 Pod 4 Pod frame 5 Bottom 6 Fruit 7 Long transfer case A Strawberry hunting place C Delivery vehicle E Strawberry main cultivation place G Customer N Strawberry neighborhood cultivation place S Store U Strawberry hunting unit U ₁ Strawberry hunting combination unit

Claims (11)

The strawberry (2) planted in the pod (3) was grown in a predetermined cultivation plant, and the strawberry (2) fruit (6) was ripe in a strawberry hunting plant (A) different from the cultivation plant. A strawberry picking system characterized by having a customer (G) pick strawberries from a pod (3). The strawberry (2) planted in the pod (3) is grown in a predetermined cultivation plant, and the pod (3) in which the fruit (6) of the strawberry (2) is ripe is placed in a strawberry hunting place different from the above cultivation plant. A strawberry hunting system characterized in that strawberry is sequentially supplied to (A) a plurality of times during a day and the customer (G) is made to hunt strawberries at the strawberry hunting place (A). The pod (3) from which the ripe fruit (6) was removed after the strawberry was hunted by the customer (G) at the strawberry hunting station (A) different from the cultivated plant was returned to the designated cultivated plant and cultivated. By regenerating the strawberry (2) at the place, the pod (3) in which the fruit (6) of the strawberry (2) is ripe is supplied to the strawberry hunting place (A), and the customer (G) is made to hunt strawberries. A strawberry picking system characterized by repeating the strawberry picking, the return, the regeneration, and the supply. A strawberry hunting unit (U) holding a small number of pods (3) in which culture soil (1) was put and strawberry (2) was planted in one pod frame (4) was placed in a strawberry hunting place (A). It is a strawberry hunting system that is installed and allows the customer (G) to hunt strawberries from the strawberry hunting unit (U).
The strawberry picking unit (U) after strawberry picking was regenerated at the strawberry neighborhood cultivation plant (N) provided near the strawberry hunting station (A), and installed again at the strawberry hunting plant (A). The strawberry picking unit (U) causes the customer (G) to pick strawberries, and the reproduction at the strawberry neighborhood cultivation plant (N) and the strawberry picking at the strawberry hunting plant (A) are repeated. The featured strawberry picking system. A strawberry hunting unit (U) holding a small number of pods (3) in which culture soil (1) was put and strawberry (2) was planted in one pod frame (4) was placed in a strawberry hunting place (A). It is a strawberry hunting system that is installed and allows the customer (G) to hunt strawberries from the strawberry hunting unit (U).
The strawberry picking unit (U) after strawberry picking was regenerated at the strawberry neighborhood cultivation plant (N) provided near the strawberry hunting station (A), and installed again at the strawberry hunting plant (A). The strawberry picking unit (U) causes the customer (G) to pick strawberries.
When the strawberry picking unit (U) becomes unsuitable for strawberry picking due to a plurality of strawberry picking, the strawberry picking unit (U) is regenerated at a distant strawberry main cultivation plant (E) to pick the strawberry. The unit (U) is set up again at the strawberry picking place (A), and the strawberry picking unit (U) causes the customer (G) to pick strawberries.
A strawberry hunting system characterized by repeating regeneration at the strawberry neighborhood cultivation plant (N) or strawberry main cultivation plant (E) and strawberry hunting at the strawberry hunting plant (A). A strawberry hunting unit (U) holding a small number of pods (3) in which potting soil (1) was put and strawberry (2) was planted in one pod frame (4) was placed in a strawberry hunting place (A). After installing, let the customer (G) pick strawberries from the strawberry picking unit (U).
The strawberry picking unit (U) after strawberry picking is provided near the strawberry hunting station (A) at the strawberry neighborhood cultivation plant (N) or at a distance from the strawberry hunting station (A) to strawberry (2). ) At the strawberry main cultivation plant (E) where the main cultivation is performed, the strawberries are regenerated and installed again at the strawberry hunting plant (A), and the strawberry picking unit (U) picks strawberries from the customer (G). It is a strawberry picking system that makes you
One delivery vehicle (C) patrols the strawberry main cultivation plant (E), the strawberry neighborhood cultivation plant (N), and the strawberry hunting plant (A), and the strawberry hunting plant (A) or In the strawberry neighborhood cultivation plant (N), the strawberry picking unit (U) cultivated in the strawberry main cultivation plant (E) and the fruit (6) of the strawberry (2) is ripe is used as described above after strawberry picking. The strawberry picking unit (U), which was replaced with the strawberry picking unit (U) and the fruit (6) of the strawberry (2) was ripe, was installed again at the strawberry picking place (A), and the strawberry picking unit ( Let the customer (G) pick strawberries from U),
A strawberry hunting system characterized by repeating regeneration at the strawberry neighborhood cultivation plant (N) or strawberry main cultivation plant (E) and strawberry hunting at the strawberry hunting plant (A). The strawberry picking system according to claim 4, 5 or 6, wherein the minority number is 3 or more and 10 or less. The strawberry picking place (A) is inside the store (S), and the strawberry neighborhood cultivation plant (N) is on the site where the store (S) is located or in the distribution warehouse of the store (S). The strawberry picking system according to claim 4, 5, 6 or 7. The strawberry picking system according to claim 4, 5, 6, 7 or 8, wherein the bottom portion (5) of the pod frame (4) is in the shape of a net. The strawberry hunting system according to claim 4, 5, 6, 7, 8 or 9, wherein the weight of the strawberry hunting unit (U) is set to 18 weight kg or less. When the strawberry picking unit (U) is transferred between the strawberry main cultivation plant (E) and the strawberry neighborhood cultivation plant (N) or the strawberry hunting plant (A), a plurality of the strawberry picking units (U) are transferred. 5. The strawberry hunting system according to claim 5, 6, 7, 8, 9 or 10, wherein the strawberry hunting coupling unit (U ₁ ) is stored in one long transfer case (7).

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