JP4645248B2 - How to provide plant growth information - Google Patents

Description

  The present invention relates to a method for providing plant growth information.

  From ancient times, plants have been adapted to the harsh natural weather changes and the behavior of other animals and plants. In addition, this external factor sometimes acted on the extinction of the species, but each time a new species that can withstand it was born, and so far a wide variety of plants have been born. As a result, plants have a variety of varieties, such as different shapes and suitable growth conditions, and within them, they have a variety of genetic information so that they can deal with a variety of external factors.

  Vegetables and flower buds have been cultivated by mankind since ancient times, and their cultivation methods have changed in various ways with age. In the old days, it was intended to help grow plants, and mainly selected land, treated weeds and pests, and managed water.

  Currently, fertilizer management, temperature management, light management, etc. are added to actively promote plant growth, and it is shifting from vast field crops to house cultivation and integrated mass production plant factories. .

  Plants produced in house cultivation and plant factories have been cultivated for a long time and their cultivation methods and conditions have been clarified to some extent, and are limited to varieties suitable for the production methods. Or we have created varieties suitable for the production method by improving the varieties.

  In addition to this, human desires are “more colored, better-shaped, unusual, etc.” for flowering plants, “more delicious, larger, more harvested, etc.” for vegetables. It appears one after another without being satisfied with the current situation.

  In order to satisfy these requirements, there is a need to further improve new varieties and develop new breeding methods. However, these developments require a large number of samples, vast land, precise control and management technology, and a longer period of time, and are costly. For this reason, this is done mainly by non-profit institutions such as agricultural laboratories and university research institutions in various regions, and in the private sector, which is a commercial purpose, it is performed only in very limited fields. It is a fact. In addition, even in the above-mentioned agricultural laboratories and universities, even if there are academically interesting themes, it will be done from the one with the immediate attention, the one with a large social contribution, the one with the fast effect, The development of is also targeted at limited fields and limited methods.

  On the other hand, mass production (high-efficiency production) and high-value-added production means in the agricultural field are information manipulation at the seed level by breeding and the like, and control of various environmental conditions at the breeding stage.

  The former was established as an advanced technical field such as mating technology and genetic recombination, and new species of plants are still being created.

  The latter is a stable cultivation that eliminates negative growth conditions that occur in the natural world by mechanically controlling temperature, ground temperature, humidity, moisture content, carbon dioxide concentration, light intensity, light wavelength, light rhythm, etc. Is to do.

This is done in house cultivation, plant factories, etc. under specific conditions for specific crops and florets, and each growth condition is electrically controlled based on the growth conditions prepared in the laboratory. In addition, a method of intensive control from a remote place via the Internet or the like is being attempted (for example, Patent Document 1).
JP-A-10-191787 (FIG. 1, paragraph number 0037)

  By the way, the plant cultivation system disclosed in the above-mentioned Patent Document 1 automatically performs time-series control of environmental control and liquid fertilizer supply to a plant cultivation apparatus remotely. When the plant information is simply given to the central management device on the cultivation device side, the growth information of the plant stored in advance on the central management device side is read and sent to the plant cultivation device side, and the control data included in the growth information; The control is automatically performed in a feedback manner based on the detection information of the detection means on the plant cultivation apparatus side.

  Such a system does not provide timely advice on the work required in the process of plant growth, so it is not possible to carry out appropriate plant growth in response to individual differences in plants, and automatic control is performed. Therefore, for the general public who cannot grasp the breeding state caused by individual plant differences, there was a delay that led to failure of plant breeding.

  In other words, although it is suitable for cultivation of plants suitable for mass production, it was not intended for the general public to enjoy the process of plant cultivation.

  The present invention has been made in view of the above points, and the object of the present invention is to provide plant growth information including work information necessary for growing various plants from the management server according to the training work schedule. It can be provided to the breeding equipment and presented to the plant grower to instruct the work contents of the daily work items, and it can be enjoyed by the general public who lacks knowledge of plant breeding. The object is to provide a method for providing plant-growing information that can grow plants.

In order to achieve the above-mentioned object, in the invention of claim 1, a plant growing apparatus having a closed space for cultivation having a base portion for planting a grown plant and provided with a control device for controlling the environment of the closed space for growing, , Plant growth equipped with information transfer equipment that receives control information of the control equipment and information on plant growth information including information on plant growth work, and transmits information on the environment of the closed closed space and information on the state of plant growth on the network A facility and a management server for exchanging information between the network and the plant growing facility, and the plant growing facility provides plant growers with the plant growing information based on the plant growing information given from the management server through the network Is used in a plant breeding system that presents the breeding work information and controls the control device. The management server provides information on the plant to be grown. If that retrieves the plant growth basic data of the plant from the database that stores the plant growth basic data, indicating the work to be done is a plant breeder's halfway growing up plant growth ends from the setting of a plant growing equipment Create time-series plant growth information consisting of control information for controlling the control device so that the working space and the growing closed space are suitable for the plant to be grown, and the plant growth information A result indicating that the management server has responded to the confirmation instruction, the plant growth information includes information for instructing confirmation corresponding to the work content of the work information. If the information received through the network from a plant breeder's side, to create a plant growing information in response to the result information in consideration of the result information from the plant growing equipment It is characterized in.

  According to invention of Claim 1, the information which controls control of the control apparatus with which the plant growing facility was equipped so that it may become an environment suitable for the plant to grow, and the middle of the growth from the setting of a plant growing facility to the end of plant growing By providing work information indicating the work content to be done to the plant growing equipment side, it is possible to instruct the plant grower about the appropriate work content corresponding to the growing state, so that knowledge for plant growing It is possible to provide plant breeding information that can be enjoyed by a lacking ordinary person without failing to grow the plant.

Further, according to this invention, the result information to be collected from the plant breeder's side can be reflected in the work information to be provided to the plant breeder's, cultivating plant as a plant breeding information including work information suitable for plant growth conditions Can be provided to the person in charge, and the breeding work adapted to individual plant differences is possible.

In the invention of claim 2, in the invention of claim 1, a plant breeder's response to the confirmation of an instruction from the management server and performing probability認入force.

According to the second aspect of the present invention, the confirmation input may be in response to a call from the management server, and the work of the plant grower is not confused.

According to a third aspect of the invention, in the first aspect of the invention, when the confirmation instruction is sent from the management server to the plant growing facility side, the confirmation means provided in the plant growing apparatus takes the confirmation instruction. A confirmation operation is performed in response .

According to the invention of claim 3 , since the confirmation is made automatically, there is no burden of confirmation work on the plant grower side.

  The present invention provides information for controlling control of a control device provided in a plant growing facility so as to be an environment suitable for a plant to be grown, and work items and their contents along a growing work schedule from seeding to the end of plant growing. Can be instructed to the plant grower in accordance with the breeding work schedule for the appropriate work content corresponding to the breeding state, and therefore lacks knowledge for plant breeding. It is possible to provide plant cultivation information that can be enjoyed even by ordinary people without the failure of plant cultivation.

  The present invention will be described in detail below with reference to embodiments.

  FIG. 1 shows a configuration of an embodiment of a plant growing system using the present invention. The plant growing system is a plant growing apparatus 1 for growing various plants on a customer A side who is a plant grower. Is installed indoors or outdoors. The plant growing device 1 has a closed space for growth having a base portion for planting a grown plant, and various control devices and an environment detection device described later for controlling various environmental conditions and fertilization conditions of the closed space for growing. It has various sensors such as a sensor and a sensor for detecting a fertilization state, and is connected to an adjacent (or included) control unit 2. The control unit 2 has an input / output unit (input / output port) for external information and is connected to a network INT such as the Internet through an information exchange device composed of, for example, a personal computer 3 that also serves as information display means and information input operation means. And can exchange information with the management server 4 installed on the provider B side via the network INT.

  Here, the plant growing apparatus 1 is composed of the plant growing device 1, the control unit 2, and the personal computer 3, and the company B has the application of the system to be executed by the plant growing device 1, the control unit 2 and the personal computer 3 as a customer. Sold or rented to A. Of course, the personal computer 3 is also sold or rented as necessary.

  The facility on the side of the operator B exchanges various information with a plurality of plant growing facilities Y by the management server 4 comprising a computer system connected to the network INT, and automatically creates plant growing information, etc. The customer A can be managed.

  The plant growing device 1 is composed of a structure that forms a closed space for growing an actual growing plant X. As shown in FIG. 2, a part of the plant growing device 1 is formed by a transparent cover 10 such as glass or acrylic. It has state observation and foliage functions.

  Now, the structure in which the closed space for growing the plant growing device 1 which is the core of the plant growing facility Y is provided is divided into four blocks: the cover 10, the bottom portion 11, the ceiling portion 12, and the device body 13. The bottom portion 11 is formed in a flat box shape having a concave plane 11a having an upper surface opening, and a plant plant X is planted thereon, and a base portion 15 is provided as a portion that stretches the root of the plant plant X. As this base part 15, the type according to uses, such as soil culture or hydroponics, is prepared and provided.

  Further, the apparatus main body 13 is provided with a water supply port 16 that is erected on one end portion of the bottom portion 11 along the inner side lower portion of the outer surface of one end of the bottom portion 11 and protrudes to the lower portion of the inner side surface. The hole 17 formed in the side wall is inserted into the concave plane 11a so that water can be supplied to the base 15 on the concave plane 11a.

  The cover 10 has a U-shaped horizontal cross-section, and is disposed on the base 15 so that the ends of both side pieces are in contact with both sides of the inner side surface of the apparatus main body 13. The four surrounding walls of the closed space for rearing are constructed.

  The cover 10 also serves as an observation window for observing the growth state of the cultivated plant X planted on the base 15 and viewing the leaves as described above, and has a vent hole 18 as shown in the figure. The ceiling portion 12 is attached to the ceiling portion of the space surrounded by the four peripheral walls formed by the cover 10 and the apparatus main body 13.

  Thus, the growing closed space is constituted by an internal space surrounded by the cover 10, the bottom part 11, the ceiling part 12, and the apparatus main body 13.

  Now, the ceiling part 12 is provided with a plant-growing illumination lamp 19 in accordance with the type and the growing method of the plant X, and a base heater 14 is arranged between the base 15 and the concave plane 11a as a control device. An air conditioner in the apparatus main body 13 for air conditioning, a dimmer for dimming the plant growing illumination lamp 19, a time switch for controlling the time of the control device, and the water supply port It is set according to the plant and the breeding method to be cultivated by an automatic water supply device or a fertilizer supply device for performing automatic water supply or fertilization using the unit 16 and further by a control device such as a fan for airflow control.

  As a control device, a fan / heater device 20 is set in the apparatus main body 13 as shown in FIG. 3, and a vent hole 21 for taking in outside air for the fan / heater apparatus 20 is provided on a side surface of the apparatus main body 13. While being drilled, a blower hole 22 is drilled on the inner surface.

  In addition, as a sensor to detect the environmental condition in the closed space for breeding, a base temperature sensor (for soil, underwater), temperature sensor, humidity sensor, illuminance sensor, moisture sensor, carbon dioxide sensor, etc. A sensor is set in accordance with the type of the growing plant X and the growing system.

  In the case of FIG. 3, a base temperature sensor 23 is provided corresponding to the base 15, and a temperature / humidity sensor 24 for detecting the temperature and humidity in the closed closed space is built in the apparatus main body 13. Corresponding to the temperature / humidity sensor 22, a vent hole 25 is formed on the front side of the apparatus main body 13.

  In addition, the apparatus main body 13 has a function of sending operation commands to control devices such as the base heater 14, the fan / heater device 20, and the plant-growing illumination lamp 19 and receiving information indicating the operation state. Sensors for detecting environmental conditions in the closed space for growth (including outside the apparatus in some cases), for example, sensors such as a base temperature sensor 23 and a temperature / humidity sensor 24, are connected to the environment from these sensors 23 and 24. A control unit 2 having a function of receiving information is provided. Of course, the control unit 2 may be provided outside the apparatus main body 13.

  As shown in FIG. 4, the control unit 2 of the present embodiment is connected to the input / output port 30 connected to the personal computer 3 and the control information included in the plant growth information provided from the operator B side to each control device C. The control signal is converted into a control signal and transmitted.

  Conversely, the operation state signal from each control device C on the plant growing device 1 side and the detection information from each sensor D for environment detection are converted into result information indicating the control result and the plant growing result, to the business operator B side. It has a function to transmit.

  Moreover, the detection information from the sensor D may not become the intended breeding environment. For this reason, the control unit 2 always compares the plant growth information on which the control device C is operated with the environment information detected by the sensor, calculates the deviation, and controls again based on the calculation result. It has a feedback control function that issues a command to the device C as a control signal.

  In this embodiment, the customer A performs direct operations such as replenishment of fertilizer and water from the outside, pruning, and pinching.

  Next, the flow of customer A growing plants using the plant growing system will be described.

  First, the company B side provides a list of various plants that can be used by this system, the plant growing apparatus 1 and other various information necessary for growing on the homepage provided by the Web server 40a constructed by the management server 4. The home page can be viewed on the customer A side by the Web browser of the personal computer 3.

Then, the customer A determines the plant to be grown and the growing method based on these information, obtains the plant growing information and seedlings from the business operator B side, and at the same time when the plant growing device 1 is not present, the plant growing device 1 And the control unit 2 are purchased or rented (paid loan) .
Thereafter, the company B sends out the plant growing device 1, the control unit 2, the seedlings, and other supplies (supplied items) necessary for plant growing according to the order and the contract status of the customer A.

  When the customer A receives the plant growing apparatus 1 including the received control unit 2, when the application of this system is executed on the personal computer 3 connected to the network INT, the Web that is automatically constructed by the management server 4 is established. The user accesses the home page provided by the server function 40a, logs in to the page for the contractor after receiving authentication as the contractor. The management server 4 includes a database 5 in which authentication customer information and standard plant growth basic data corresponding to each plant described later are stored in advance.

  Now, on the page for the contractor, an initial setting menu for inputting the names of plants to be grown and necessary items from these is prepared, and necessary items such as the names of plants to be grown are input according to the menu. The management server 4 passes the plant name to be grown received through the Web server function 40a to the plant growing information creation function 40b. The plant growth information creation function 40b searches the database 5 for standard plant growth basic data of the plant.

The plant growth basic data used here is the work information indicating the work items and the contents thereof, the control contents of the environmental control device for controlling the plant growth space, in accordance with the work schedule from the setting of the plant growth apparatus 1 to the end of the plant growth. This is a time-series description of plant growth information composed of control information indicating the control content of a control device for fertilization.

  FIG. 5 is a schematic representation of this basic plant growth data. In the top row, the seeding date is set to 0, and the plant growth end date and the date until the seeding date are divided in units of one day. It is a training work schedule column T in which the number of days from day 0 is entered (a partially enlarged view is shown in FIG. 6).

  And the period of each state is set in time series from the seeding date to the plant growth end date corresponding to the transition of the plant growth state. For example, when the melon is a plant to be grown, as shown in the item column N at the left end, the germination period (1), the seedling period (2), the growth period (3), the flowering (4), the fruiting (5), the horizontal net An assumed period of each plant growth state of generation (6), vertical net generation (7), maturity period (8), and harvest / growth end (9) is assigned in association with the growth work schedule. The numbers below the growing work schedule column T correspond to the plant growing states (1) to (9).

  Then, the work items shown in the column n1 of the item N corresponding to the plant growth state and the work information including the work content shown in the column m1 of the care / operation content M1 are scheduled for the period of each plant growth state. The assignment is indicated by a circle (● or ○). Here, a circle ● indicates that work execution or work information for the work content is transmitted from the management server 4 as described later, and a circle indicates that these have not been executed.

  Further, in FIG. 5 <see FIG. 7 partially enlarged>, the control target value is described as control information corresponding to the control items shown in the item column o1. .

  As described above, when there is an input from the customer A by the initial setting menu, the work item and its contents on the setting day are picked up from the standard plant growth basic data retrieved by the plant growth information creation function 40b of the management server 4. The plant growing information is created, and the plant growing information is transmitted to the personal computer 3 of the customer A.

  The personal computer 3 of each customer A always connects to the network INT by a connection service provided by the ISP, so that it functions as a VPN client, for example, by an application provided by the business operator B, and grows plants from the management server 4 Information can be received.

  The plant breeding information sent is displayed on the monitor device of the personal computer 3 on a display screen provided by a Web browser or a dedicated display application. With this information, the plant grower can know the work item and the contents to be executed by looking at the display. On the first day (-1st day), as shown in FIG. 8, work items such as plant growth equipment Y setting (n1), nutrient solution preparation (n2), medium preparation (n3), environment setting (n4) and the like Plant growth information describing the work contents (m1) to (m4) is created by the management server 4 and sent to the personal computer 3 on the customer A side. Since the growth has not started on this first day, control information for fertilization and environmental control is not sent.

  On the other hand, the management server 4 has a schedule management function 40c for managing the training work schedule, and manages the transition of the training work schedule for each customer A. Now, when the schedule management function 40c measures the next day according to the cultivation work schedule corresponding to the customer A, the plant cultivation information creation function 40b performs the work items and contents (see seeding (n5) and irrigation state (n6)) ( m5), control information corresponding to the work information indicating (m6), the amount of nutrient solution for irrigation, the amount of irrigation, the light quality of the lighting, the lighting cycle, the temperature of the plant growing space, etc. Is generated based on the plant growth basic data and transmitted to the corresponding customer A's personal computer 3 through the network INT.

  In the personal computer 3, work items and their contents are displayed on the monitor device corresponding to the work information, while the control information is passed to the control unit 2. As a result, the customer A can know the work item of the day and its contents, and the contents of the presented work item may be executed. On the other hand, in the plant growing apparatus 1, the control unit 2 performs a process of controlling the corresponding control device based on the control target indicated by the control information and the detection information of the sensor, thereby creating an environment suitable for the plant growing state. Appropriate amount of fertilization and irrigation will be done automatically.

  In this way, plants are planted in accordance with the training work schedule managed by the schedule management function 40b, with the plant management information consisting of the work information corresponding to the plant growth state and the work information n1. Created by the breeding work function 40b and transmitted to the corresponding customer A's personal computer 3 via the network INT, the customer A can know the work items of the day and their contents from the display on the monitor device, while the plant is grown. The environmental control, fertilization amount, and irrigation amount of the apparatus 1 are automatically controlled.

  By the way, in the plant growing process, it may be necessary to actually confirm the growing state and to advance the work item schedule based on the confirmation result. For example, when the germination of a majority of the cultivated plants X is confirmed, it is necessary to perform an operation such as thinning out the non-germinated cultivated plants X. However, germination itself is shifted in germination time due to differences in plant solids. Therefore, from the day near the end of the germination period, the work item is germination confirmation (n7), and the content (m7) is the content for requesting the customer A to confirm whether, for example, a majority of the cultivated plants X have germinated. A predetermined number of days is assigned as a period in which plant growth information including work information is created and transmitted by the plant growth information creation function 40b.

  The customer A observes the state of the growing plant X based on the work item (n7) and the content (m7) presented on the monitor device of the personal computer 3 during the transmission period, and the majority has germinated. If it can be confirmed, respond to the work item (n8) and its contents (m8) and send information indicating confirmation through the personal computer 3 as result information, or manage it from the PDA or mobile phone as the network terminal The result information which shows having confirmed by accessing the predetermined hope page of the server 4 for a server is performed.

  When the result information indicating the confirmation is received, the plant growth information creation function 40b of the management server 4 receives the next information after the germination confirmation even if the period for germination confirmation set corresponding thereto is in the middle. Plant cultivation information including work information consisting of thinning (n9) and its contents (m9), which are work items, is created and transmitted to the personal computer 3 of the customer A from the next day. As a result, the customer A can perform the thinning operation without delay and can perform appropriate plant growth.

  By the way, if the result information indicating the confirmation is not sent even if it is the last day of the period for transmitting the work information corresponding to the confirmation of germination for some reason of the customer A, the plant breeding information creation function 40b germinates. Create plant growth information including work information consisting of thinning (n9) and its contents (m9), which are the next work items after confirmation, and send them to the personal computer 3 of the customer A from the next day based on the growth work schedule And try to minimize the delay in thinning.

  Other operations necessary for proper plant growth such as confirmation of germination and thinning include confirmation of seedling growth (n10) and permanent planting (n11).

  Therefore, after the period of transmitting the work information corresponding to the thinning out or at the same time, the plant growth information creation function 40b generates the plant growth information including the work information consisting of the work item (n10) and the content (m10) of confirming the growth. It is created and transmitted to the personal computer 3 on the customer A side along the training work schedule.

  Then, the customer A performs work along the work item (n10) and the content (m10) displayed on the monitor device of the personal computer 3, and the work item (n11) and the content (n11) of the fixed planting sent next. Management server as well as the case of germination confirmation of the result that shows that it confirmed through the personal computer 3 or other net terminal at the time when the work is done 4, the plant growth information creation function 40b includes plant growth information including work information consisting of a column stand (n12) and its contents (m12), which are the next work items after planting, even during the predetermined period. Is sent to the personal computer 3 of the customer A from the next day. Thereby, the customer A can perform the work after planting without delay.

  Of course, if the result information indicating confirmation of planting does not exist until the end of the predetermined period, the plant growth information creation function 40b displays work information consisting of a column stand (n12) and its contents (m12) as the next work item after planting. The plant growing information is created and transmitted to the personal computer 3 of the customer A from the next day based on the growing work schedule.

  In addition to the germination confirmation and growth condition confirmation, when receiving the result information indicating the confirmation obtained in the work item, the plant cultivation including the next work item instead of the plant cultivation information including the work information of the work item requiring confirmation. As other examples where the information is created by the plant growth information creation function 40b, as shown in FIG. 9, in addition to germination confirmation and growth confirmation, confirmation of initial flowering (n21), confirmation of occurrence of vertical net in the case of melon (n29) In some cases, confirmation of the occurrence of a horizontal net (n31) and confirmation of the end of the net (n33).

  In addition, a request for confirmation of a growing state that is continued for a certain period of time, for example, in the case of a fruit such as melon, includes work information corresponding to the work content such as fruit confirmation (n24) as shown in FIG. When sending an expected period of fruiting for plant growing information, the plant growing information creating function 40b responds to the work content of a request for confirming fruiting until the expected period ends even if the result information indicating the initial fruiting confirmation is sent. Continue to send plant growth information including work information. In this case, the plant breeding information creation function 40b creates plant breeding information including work information corresponding to the work content such as male flower removal (n26) which is the next work after fruiting confirmation from the middle of the assumed period. From the middle of the period, the data is transmitted to the personal computer 3 of the customer A in parallel.

  Further, in the case of the confirmation of the end of plant growth (n37) shown in FIG. 9B, when the result information is received, the plant growth information creation function 40b thereafter stops the creation and transmission of plant growth information.

  As described above, in the plant growing system employing the method for providing plant growing information according to the present invention, it is necessary for the customer A to control the control information of the control device of the plant growing apparatus 1 and the customer A who is a plant grower. By creating plant growth information consisting of work information consisting of work contents and providing it to the customer A through the network INT, the environment, fertilization, irrigation, etc. of the plant growth apparatus 1 can be automatically controlled. The plant cultivation information creation function 40b changes the cultivation work schedule from the result information indicating the confirmation of the cultivation state important for plant cultivation, even if the general customer A with little knowledge of the cultivation work performs the cultivation work according to the cultivation state. Since it is possible to create and provide optimal plant growth information in a form, plant growth results without failure can be obtained.

  In this embodiment, the growth state is confirmed by observation of the customer A who is a plant grower. However, the plant growing apparatus 1 is provided with a confirmation means for automatically confirming according to a confirmation command from the management server 4. Also good. For example, the growing plant X is imaged with an imaging camera, and using the captured image, the growth state (growth state) of the growing plant X is analyzed by image processing, such as the leaf area, stem length, and flower area. Based on the analysis result, result information similar to the above confirmation work may be automatically transferred to the management server 4. Alternatively, means for automatically measuring the plant height using a photoelectric sensor facing each other using infrared rays or the like may be used as the confirmation means.

  Moreover, in the above-mentioned embodiment, plant growth information is sent from the management server 4 to the plant growth facility Y side according to the growth work schedule every day, but according to the growth work schedule from the setting to the end of the growth. All plant growth information is sent from the management server 4 to the personal computer 3 of the plant growth equipment A at the initial stage, and correction based on the confirmation result during the growth is autonomously performed by a system-compatible application installed in the personal computer 3. Also good. Instead of autonomous correction, the correction request may be sent from the management server 4 to the personal computer 3 by making a correction request to the management server 4 from the customer A side.

It is a system configuration figure of one embodiment of a plant breeding system using the method of the present invention. It is a whole perspective view which can partly be broken of the plant growth apparatus used for the same. It is a disassembled perspective view of the plant growing apparatus used for the same as the above. It is connection relation explanatory drawing of the control unit used for the same as the above. It is a schematic diagram which shows the structure of the plant growth basic data used for the same as the above. FIG. 6 is a schematic diagram partially enlarged and omitted in FIG. 5. FIG. 6 is a schematic diagram partially enlarged and omitted in FIG. 5. FIG. 6 is a schematic diagram partially enlarged and omitted in FIG. 5. (A), (b) is a schematic diagram in which a part of FIG. 5 can be enlarged and omitted.

Explanation of symbols

A Customer B Operator INT Network Y Plant growing facility 1 Plant growing device 2 Control unit 3 Personal computer 4 Management server 40a Web server function 40b Plant growing information creation function 40c Schedule management function

Claims (3)

Includes a plant growing device having a closed space for planting with a base part for planting a growing plant and a control device for controlling the environment and fertilization of the closed space for growing, control information of the control device and information on plant growing work Information between the plant growth facility having the information transfer device for receiving the plant growth information, the environment information of the closed closed space and the information of the plant growth state on the network, and the network and the plant growth facility And a management server that delivers and receives the information, and a plant that presents the training work information to the plant grower and controls the control device in the plant growing facility based on the plant growing information given from the management server through the network Used in the training system,
In the management server, when the information on the plant to be grown is given, the plant growth basic data of the plant is searched from the database storing the plant growth basic data, and from the setting of the plant growth facility to the end of the plant growth A time-series plant comprising work information indicating the work contents to be performed by a plant grower during the growth of the plant and control information for controlling the control device so that the closed space for the cultivation becomes an environment suitable for the plant to be grown Create upbringing information, provide the plant upbringing information to the plant upbringing equipment through the network ,
The plant growing information includes information for instructing confirmation corresponding to the work content of the work information,
When the management server receives the result information indicating that there is a response to the confirmation instruction from the plant grower side through the network, the plant growing information corresponding to the result information in consideration of the result information from the plant growing facility A method for providing plant growth information, characterized in that The method for providing plant growth information according to claim 1, wherein a plant grower performs confirmation input in response to the confirmation instruction from the management server . The confirmation means provided in the plant growing device performs a confirmation operation in response to the confirmation instruction when the confirmation instruction is sent from the management server to the plant growing facility side. 1 provides how of plant breeding information described.

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