JP2001265854A - System for raising and supplying vegetable and fruit - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a raising and supplying system for vegetables and fruits which can obtain social solidarity by bringing homes of the aged, private farm families, etc., together through the Internet. SOLUTION: On the sides of decentralized producers A that a central command control room C manages, green houses and cultivating devices for vegetables and fruits are arranged and the central command control room C quantitatively supply young plant F for specific vegetables and fruits and mineral cultivation resources D for production to the decentralized producers A and instructs the decentralized producers A how to raise them through the Internet T. Vegetables and fruits having been raised are delivered to end consumers E which have applied for purchase to the central command control room C via the Internet T by a delivery system S under the command of the central command control room C and the end consumers E pay to the central command control room C through the delivery system S or convenience stores.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a system for integrating distributed producers of distributed small-scale vegetables and fruits on the Internet (unspecified majority information communication network), and for distributed final consumers. A central command and control room is also set up on the Internet. The central command and control room connects the small-scale decentralized producers with the final consumers while controlling them, creating a dream of growing vegetables and fruits, It embodies both the dreams of getting vegetables and fruits directly.

[0002]

2. Description of the Related Art Conventionally, in the cultivation and supply of vegetables and fruits in Japan, agricultural cooperatives etc. intensively collect a large amount of vegetables and fruits produced by vegetable and fruit farmers in the vicinity of large cities. After supplying the fruits and vegetables market and pricing in the fruits and vegetables market, the delivery truck system again supplies the fruits and vegetables stores in a large city or a local area, and waits for the final consumer to purchase them in the over-the-counter store. The supply and demand situation was in place. However, in this method of growing and supplying vegetables and fruits, vegetable and fruit farmers generate a large amount of waste due to fluctuations in market prices and a large amount of inventory due to prolonged inventory at fruit and vegetable stores. There is a possibility that spoiled vegetables and fruits will be produced, and both producers and demanders will purchase prohibitively expensive vegetables, and farmers will produce a deficit due to fluctuations in market conditions. It was.

[0003]

SUMMARY OF THE INVENTION In the present invention, apart from the large-scale supply of vegetables and fruits by large-scale farmers, small-scale farmers and those who want to maintain home gardens in an aging society,
Construct a decentralized producer by systematically organizing it via the Internet, and obtain the application via the Internet for the final consumers who distribute the vegetables and fruits produced by the decentralized producer, thereby providing a home delivery system and convenience. By using the store's ability to collect, decentralized producers, who usually cannot be vegetable / fruit producers, can be configured as real-time vegetable / fruit suppliers, and purchase past-aged vegetables at fruit and vegetable stores. It transforms end-users who hate things into buyers of fresh small vegetables.

Also, in preparation for the coming of an aging society, the dream of growing vegetables and fruits and the healing of the fatigue of living in a green environment are given to the elderly household at the same time. The purpose of the present invention is to provide a vegetable / fruit cultivation / supply system in which individual farmers and the like can be integrated with the society by gathering them on the Internet. In addition, vegetables and fruit trees used in restaurants, etc. can be grown in a greenhouse using mineral cultivation resources (culture liquid) for temperature control and production, so that the same vegetables and fruit trees can be self-sufficient throughout the year, and salad as a mineral vegetable orchard.・ Supplied as many ingredients as dessert.

[0005] Further, without using pesticides, etc., the food is supplied to the final consumer as a healthy food, and the recipe, which is a method of cooking vegetables and fruit trees, is supplied through the Internet. Mineral cultivation resources, seedlings, etc. are provided from a central command and control room by a home delivery system or the like. By this method, we aim to stimulate the agriculture as a primary industry, help to revitalize villages, foster successors, create work places for retired people, and provide a place for cultural exchanges other than work such as the elderly and myself. You can do it.

[0006]

The problem to be solved by the present invention is as described above. Next, means for solving the problem will be described. In claim 1, a greenhouse and a vegetable / fruit cultivation apparatus are held on the side of a plurality of distributed producers managed by the central command control room, and a predetermined vegetable is provided to the producer from the central command control room. -Quantitatively replenish fruit seedlings and mineral cultivation resources D for production, and instruct the distributed producers on the growing method on the Internet T, and control the grown vegetables and fruits through the Internet T To the final consumer who has applied for the purchase through the home delivery system S according to the instruction of the central command control room, and the final consumer passes through the home delivery system S or the convenience store.
The price is to be delivered to the central command and control room.

According to a second aspect of the present invention, in the vegetable and fruit growing and supplying system according to the first aspect, the growing system is a hydroponic cultivation system capable of controlling temperature, humidity, sunshine duration, etc., and mineral cultivation resources for production. D is supplied by the home delivery system S by designating time and amount.

[0008] In claim 3, the vegetable according to claim 1
In the fruit growing / supplying system, the temperature, humidity, daylight hours, etc. of the hydroponic greenhouse H are configured to be controlled remotely from the central command control room C via the Internet T.

In a fourth aspect of the present invention, in the vegetable and fruit growing and supplying system according to the first aspect, the hydroponic greenhouse H
The central command and control room C remotely monitors and controls the planting and arrangement of vegetables and fruits inside.

[0010] In a fifth aspect of the present invention, in the vegetable and fruit growing and supplying system according to the first aspect, the hydroponic greenhouse H
The condition of growing vegetables and fruits therein can be remotely monitored in the central command and control room C via the Internet T.

According to a sixth aspect of the present invention, in the vegetable and fruit growing and supplying system according to the first aspect, a recipe of the vegetable and fruit cooking method is simultaneously supplied to the final consumer via the Internet T. is there.

[0012]

Next, an embodiment of the present invention will be described. FIG. 1 is a schematic diagram illustrating a business model of the vegetable / fruit growing / supply system of the present invention. FIG.
Is a more specific business model system diagram of the vegetable / fruit cultivation / supply system of the present invention, FIG. 3 is a business model system diagram showing a relationship between a seedling supplier and a distributed producer, and FIG. Business model system diagram showing the relationship between producers, producers' associations and the central command control room, FIG. 5 is a perspective view of a vegetable / fruit greenhouse constituting the vegetable / fruit cultivation / supply system of the present invention, FIG. FIG. 1 is a perspective view of a vegetable / fruit greenhouse constituting a vegetable / fruit growing / supplying system of the present invention.

In the present invention, a distributed producer A to organize
Does not target large vegetable and fruit farmers. Such large conventional vegetable and fruit farmers are not covered by the vegetable and fruit growing and supply system because they are organized through agricultural cooperatives and production cooperatives in various places. This system is a small-scale farm, it is difficult to establish as a full-time farmer, and while working, there is a part-time farmer who makes vegetables and fruits, a large site and a large place on the roof of a house, This section is intended for individuals who can build a hydroponic greenhouse H for vegetables and fruits.

For such a distributed producer A, vegetables and
The central command and control room C, which is the operator of the fruit growing and supplying system, has a hydroponic greenhouse H under a sales or lease contract.
Is sold or rented and installed in a field or vacant lot. The vegetable / fruit cultivation system disposed inside the hydroponic greenhouse H is based on hydroponic cultivation, and even if soil is present, the soil is a support or holder that only physically supports vegetables and fruits. And fulfills its role. As described above, by not allowing the soil itself to serve as a fertilizer or an organic matter, the structure is configured such that a difference in breeding power and a difference in performance due to a difference in soil type do not occur. In addition, by supplying a certain system as a hydroponic cultivation system and supplying a mineral cultivation resource D for production corresponding to fertilizers and nutrients as a solution in a bottle, a certain quality is provided and a certain Production methods that can grow vegetables and fruits of high quality
Quantitatively, regularly, with a home delivery system S, etc., even in small quantities,
It is configured so that it can be supplied many times.

The present system enables a small number of deliveries in a small number of times, such as a home delivery system S, at low cost, quickly and in real time, and a 24-hour collection system such as a convenience store can be used anywhere in Japan. This is possible in view of the current situation in which placement is possible. In order to enable such a system for growing and supplying vegetables and fruits on the part of distributed producers, as described above, hydroponics was conducted without using soil as a nutrient source. This is an application of the advantage of being able to easily and intensively instruct fruit from the central command control room C via the Internet T as a large amount of information.

[0016] In addition, the system for growing and supplying vegetables and fruits from the end consumer side is that an individual can apply for fresh vegetables and fruits in real time through the Internet T for 24 hours. It is because it became. In addition, it became possible because the convenience store's collection system is located nearby. In the decentralized producer A, the same mineral cultivation resources for production D are used, and they are managed and raised according to the schedule instructed from the central command and control room C. Can be bred. Therefore, in the central command control room C, it is possible to control the quantity and area of vegetables and fruits that can be sent as commodities. It is also possible to determine from which distributed producer A it is possible to ship vegetables and fruits.

Further, the hydroponic greenhouse H as shown in FIGS. 5 and 6 is determined to have a fixed size, a fixed crop growing space, a position and a number of shelves, and a position where the vegetables and fruits are arranged. Because you can instruct, where and what vegetables
You can also control when the fruits are grown and when they can be shipped. By displaying the amount and price of vegetables and fruits that can be shipped in each region on the Internet T, it is possible to ship without waste.

Further, the hydroponic greenhouse H is completely composed mainly of hydroponics, and the temperature, humidity and illuminance are automatically controlled from the central command control room C by the Internet T. I have. Then, from the central command control room C to the seedling supplier N, on the controlled date, the distributed producer A
Is stipulated to be supplied individually, and in the distributed producer A, only the seeding is carried out as it is, and thereafter, the mineral cultivation resources D for production sent in a bottle are supplied.
Is disposed in the supply port of the circulating water for hydroponics, and the required amount of the mineral cultivation resources D for production is supplied in a desired amount to various kinds of vegetables and fruits. .

As described above, since the temperature, humidity, and illuminance are all remotely controlled by the Internet T, the dispersed producer A can produce the seedlings sent from the seedling supplier N by the home delivery system S and produce the seedlings. The mineral cultivation resources D are arranged at predetermined positions to monitor the growing condition of vegetables and fruits, and if an inconvenience occurs, it is only necessary to receive a professor of the growing method via the Internet T.

[0020] In addition, there is a possibility that the prices of vegetables and fruits that do not match the cost of the home delivery system S may be cultivated depending on the types of vegetables and fruits. For expensive items, it is configured to be delivered to remote areas. The location of the final consumer E is not limited to Japan, and the location of the decentralized producer A is not limited to Japan. The decentralized producer A may be in an Asian region such as China or Thailand, and the final consumer E may be in the United States or Europe. In addition, expensive vegetables and fruits, such as melons and orchids, help absorb the cost of the home delivery system S. By comparison and taking into account the freshness, the cost is likely to match. The technology of ordering via the Internet of the present invention may be used in combination with the technology of mail order. In this regard, the Internet is central, but by introducing some mail-order sales methods, a smoother sales channel can be secured.

[0021]

As described above, the present invention has the following advantages. A greenhouse and a vegetable / fruit cultivation device are held on the side of a plurality of distributed producers managed by the central command control room as described in claim 1, and a predetermined vegetable is supplied to the producer from the central command control room. -Quantitatively replenish fruit seedlings and mineral cultivation resources D for production, and instruct the distributed producers on the growing method on the Internet T, and control the grown vegetables and fruits through the Internet T The final consumer who has applied for the purchase in the room is conveyed through the home delivery system S according to the instruction of the central command control room, and the final consumer is configured to deliver the price to the central command control room through the home delivery system S or the convenience store. Therefore, even if the farm is not a large-scale vegetable / fruit farm as in the past, even if it is a small-scale part-time farm, or even the elderly who builds a home garden, it is organized as a distributed producer A. Since bets can be one in which it has become possible to Shenzhen vegetables, as soon as possible and inexpensive supply.

According to a second aspect of the present invention, in the vegetable and fruit growing and supplying system according to the first aspect, the growing system is a hydroponic cultivation system, so that the distributed producer who does not know the growing method of the vegetable and fruit. Even in the case of A, it is possible to cultivate salable vegetables and fruits without fail simply by arranging the seedlings F in the hydroponic greenhouse H and supplying the mineral cultivation resources D for production.

As defined in claim 3, the temperature of the hydroponic greenhouse H
Since the humidity and daylight hours are configured to be remotely controlled from the central command control room C via the Internet T, the central command control room C
In the above, since all are remotely controlled, the decentralized producer A can arrange the seedlings F and thereafter operate the vegetable and fruit business simply by looking around in the hydroponic greenhouse H.

Since the planting arrangement of the vegetables and fruits in the hydroponic greenhouse H is configured to be remotely monitored and controlled through the Internet T by the central command control room C,
Distributed producer A is located in the north, south, east and west in hydroponic greenhouse H,
Seedling F
, And all the control can be performed by a command from the central command control room C via the Internet T, so that vegetable and fruit cultivation without errors is possible.

According to the fifth aspect, the condition of growing vegetables and fruits in the hydroponic greenhouse H can be remotely monitored in the central command control room C through the Internet T. The Vegetables and Fruits Research Institute was formed, and the same cultivation status of vegetables and fruits in the hydroponics greenhouse H of the dispersed producer A in each place was tested and cultivated. -It is checked whether the diversified producer A grows vegetables and fruits as instructed by quantitatively and qualitatively comparing it with a computer using a computer, and based on the result of this check, the diversified producer is A can be provided with an instruction for improvement via the Internet T. In addition, the greenhouse is a hydroponic greenhouse H that can control temperature, humidity, sunshine duration, etc., and the liquid, temperature and humidity of hydroponic cultivation can be adjusted by remote management such as the Internet T from the central command control room C. So,
In the decentralized producer A, according to the instruction from the central command control room C, the seedlings F are simply arranged at a fixed position inside the hydroponic greenhouse H. By leaving it to the control system of the cultivation greenhouse H, vegetables and fruits of a certain quality can be grown. Thereby, in the central command control room C, the schedule from the time when the seedlings F are sent from the central command control room C via the Internet T to the date when there is a possibility of shipment of vegetables and fruits is securely managed. It is now possible.

According to a sixth aspect of the present invention, in the vegetable / fruit growing / supplying system according to the first aspect, the recipe of the vegetable / fruit cooking method is simultaneously supplied to the final consumer. For distributed producer A, seedling F
At the time of receiving the mineral cultivation resources D for production, the Internet T only instructs where to place them, and thereafter the vegetables and fruits grow as mineral cultivated vegetables and fruits only on a daily basis. It is.

[Brief description of the drawings]

FIG. 1 is a schematic diagram illustrating a business model of a vegetable / fruit growing / supply system of the present invention.

FIG. 2 is a more specific business model system diagram of the vegetable / fruit growing / supplying system of the present invention.

FIG. 3 is a business model system diagram showing a relationship between a seedling dealer and a distributed producer.

FIG. 4 is a business model system diagram showing a relationship among a distributed producer, a producer union, and a central command control room.

FIG. 5 is a perspective view of a vegetable / fruit greenhouse constituting the vegetable / fruit growing / supplying system of the present invention.

FIG. 6 is a perspective view of a vegetable / fruit greenhouse constituting the vegetable / fruit growing / supplying system of the present invention.

[Explanation of symbols]

 A Distributed producer C Central command and control room D Mineral cultivation resources for production E Final consumer F Seedling H Hydroponic greenhouse N Seedling supplier T Internet S Home delivery system

Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat II (reference) A01G 31/00 612 A01G 31/00 612 F term (reference) 2B022 AA00 DA01 DA17 DA19 DA20 2B314 MA00 MA38 MA39 MA40 PD70 5B049 AA00 AA06 BB02 BB31 CC10 CC21 CC36 EE03 EE56 GG04

Claims (6)

[Claims] 1. A greenhouse and a vegetable / fruit cultivation apparatus are held by a plurality of distributed producers A managed by a central command control room C. ,
Predetermined vegetable and fruit seedlings F and mineral cultivation resources D for production
Is supplied quantitatively, and the growing method is instructed to the distributed producer A via the Internet (unspecified majority information communication network) T, and the grown vegetables and fruits are distributed through the Internet T to the central command control room C. Consumer E applying for purchase
The final customer E transports the product through the home delivery system S according to the instruction of the central control room C, and the final consumer E transfers the price through the home delivery system S or the convenience store.
Vegetable and fruit cultivation and supply system characterized by being configured to be delivered to 2. The vegetable / fruit growing / supplying system according to claim 1, wherein the growing system is a hydroponic cultivation system capable of managing temperature, humidity, sunshine duration, etc. A vegetable and fruit growing / supplying system characterized in that the amount is specified and supplied by the home delivery system S. 3. The vegetable / fruit growing / supplying system according to claim 1, wherein the temperature, humidity, sunshine duration and the like of the hydroponic greenhouse H are controlled remotely from the central command control room C via the Internet T. Vegetable and fruit cultivation and supply system characterized by the structure. 4. The vegetable / fruit growing / supplying system according to claim 1, wherein the planting / planting arrangement of the vegetables / fruits in the hydroponic greenhouse H is controlled by the central command control room C via the Internet T.
A vegetable and fruit growing and supplying system characterized by being configured to be remotely monitored and controlled through the system. 5. The vegetable and fruit growing / supplying system according to claim 1, wherein the condition of growing vegetables and fruits in the hydroponic greenhouse H is controlled by the central command control room C via the Internet T.
Vegetable and fruit growing and supplying system characterized by remote monitoring at 6. The vegetable / fruit growing / supplying system according to claim 1, wherein the recipe of the vegetable / fruit cooking method is simultaneously supplied to the final consumer via the Internet T. -Fruit growing and supply system.