KR102332163B1 - E-commerce system and method for distributing customized fresh crops - Google Patents

Abstract

The present invention discloses a crop distribution e-commerce system. More specifically, the present invention relates to a customized fresh crop distribution e-commerce system and method for selling and delivering to consumers in a mature state tailored to the taste of the consumers on the same day harvested crops in each region.
According to an embodiment of the present invention, by connecting the agricultural producers and consumers in each region, the consumer directly selects and orders the mature crop according to his or her taste, and the producer considers the degree of growth of the crop from the time of shipment to the time of delivery Thus, there is an effect of providing crops that meet the tastes of consumers by harvesting and shipping crops.

Description

E-COMMERCE SYSTEM AND METHOD FOR DISTRIBUTING CUSTOMIZED FRESH CROPS

The present invention relates to a crop distribution e-commerce system, and more particularly, to a customized fresh crop distribution e-commerce system and method for selling and delivering crops harvested on the same day in each region to consumers in a mature state tailored to their tastes. .

The recent culture, which places importance on quality of life and increased interest in health, has brought about a great change in eating habits. Modern people in busy daily life are increasingly eating breakfast, which is burdensome for commuting or going to work, instead of eating a certain amount of fruit without processing or making vegetable juice as a substitute for breakfast, rather than a meal centered on traditional rice.

Accordingly, in order to replace breakfast with fruits, consumers must purchase an amount to eat for several days at a large mart the day before or a few days in advance. In this case, the consumer may purchase several types of crops at once for a diet that suits their preferences. And every morning, a certain amount of fruit or vegetable is washed, cut and placed on the table, or in the form of juice using a blender, before going to work.

However, in the conventional breakfast using fruits or vegetables, it is difficult to purchase a small amount of only one meal per person at the time of purchase. In addition, when purchasing various crops that meet the consumer's preference, there is a storage problem that increases the cost and decreases the freshness.

In order to overcome this problem, a service has been proposed that, when you order crops from local producers online, the producers harvest crops according to the order quantity and deliver them to consumers at dawn the next day.

However, even if the crops harvested the previous day are delivered after a certain period of time has elapsed, they will no longer grow and the freshness will be reduced after harvesting. As an example, in the case of vegetables, if the temperature rises during the delivery process, it is easily dried or melted in severe cases. In addition, from the producer's point of view, the yield is fixed, but the order quantity is difficult to predict, so there is a problem such as the production quantity does not meet the order quantity and the order is canceled.

In particular, the determination of the harvest period of crops is different depending on the type of crops. The maturation period is different depending on the type of barley, green beans and green beans, and various vegetables that produce barley grains, and an appropriate harvest time is required to maintain product value. Vegetables with leaves are harvested when they are of a certain height. In addition, it is desirable to harvest vegetables with fruits after checking the color, firmness, sugar content, size, and shape of the fruits. not easy

In addition, as consumers have different tastes, the degree of maturity they prefer for crops is different, but there is currently no service that provides the crops in the maturity stage desired by each consumer.

Laid-open Patent Publication No. 10-2018-0028212 (published date: 2018.03.16.)

The present invention has been devised to solve the above-mentioned problems, and the present invention connects producers and consumers, so that producers control the amount of orders to lower the inventory burden, and consumers can order crops of an appropriate maturity period suitable for their taste anytime, anywhere, The challenge is to provide a customized fresh crop distribution e-commerce system and method that enables timely delivery and ingestion.

In order to solve the above problems, a customized fresh crop distribution e-commerce system according to a preferred embodiment of the present invention is a crop distribution e-commerce system including a distribution management server that sells and delivers one or more crops registered from a producer to a consumer As a result, the distribution management server includes a crop registration unit that registers one or more crops in a virtual farm according to a request from a producer terminal, a market unit that operates one or more markets selling registered farm products, and a virtual farm engine that simulates the growth of crops When an order for one or more crops is requested through the market from a virtual farmer and a consumer terminal that generates a plurality of virtual farms for producers and calculates growth conditions according to growth stages for registered crops, order contents and a delivery management unit that determines a delivery route and delivery time according to You can request it from the terminal.

The growth conditions may include conditions related to the temperature and humidity in the distribution container from the time of cultivation of crops to the time immediately before completion of delivery.

The virtual farm unit is a variety input unit for extracting the variety, cultivation time, and cultivation amount of each crop from the crop information input from the producer terminal, and a cultivation condition setting unit for extracting cultivation conditions including the temperature and humidity of the real farm from the crop information , a delivery period prediction unit that predicts the delivery route and delivery period according to the production and delivery location of the agricultural products ordered from the delivery information input from the delivery terminal, receives an order for a specific crop from the market, and inputs the order details into the virtual farm engine It may include an order placing unit and a shipment request unit that receives the specified crop and delivery conditions from the virtual farm engine and transmits it to the producer terminal.

The virtual farm engine may generate one or more virtual farms for each producer according to the crop information, and simulate the crops of the virtual farm according to the cultivation conditions.

The virtual farm engine calculates a current maturity period of each crop of the virtual farm according to the variety, cultivation time and cultivation amount, and extracts, from a plurality of virtual farms, a crop that has entered a maturity phase closest to the order content, can be calculated as the period from the time of cultivation of crops to completion of delivery.

The crop is delivered in a culture solution as a root in a distribution container partitioned into a plurality of areas, and the distribution container may be delivered in the same environment as one or more cultivation conditions among farm temperature and humidity.

In addition, the customized fresh crop distribution e-commerce method according to an embodiment of another aspect of the present invention for solving the above-mentioned problems is a customized crop distribution by a distribution management server that sells and delivers one or more crops registered from a producer to a consumer Registering one or more crops according to a request from a producer terminal as an e-commerce method, generating a plurality of virtual farms for the producer and calculating and simulating growth conditions according to the growth process for the registered farms, the virtual Uploading farm crops to one or more markets, receiving a request for an order for one or more crops requested through the market from a consumer terminal, and confirming the order details so that the maturity period of the ordered crop corresponds to the delivery time. Calculating, extracting crops corresponding to the order contents according to the cultivation conditions, requesting the producer terminal to release the extracted crops, and requesting the delivery terminal to deliver the crops shipped from the producer processing may be included.

In the step of generating a plurality of virtual farms for the producer and calculating and simulating growth conditions according to the growth process for the registered farms, the variety, cultivation time, and cultivation amount of each crop in the crop information input from the producer terminal It may include extracting, extracting cultivation conditions including the temperature and humidity of the real farm from the crop information, and simulating the crops of the virtual farm according to the cultivation conditions.

The step of extracting the crops corresponding to the order contents according to the cultivation conditions includes estimating the delivery route and delivery period according to the production and delivery locations of the agricultural products ordered from the delivery information input from the delivery terminal, and virtualizing the order contents. The method may include inputting to a farm engine, and the step of requesting the output of the extracted crops from the producer terminal may include receiving the specified crops and delivery conditions from the virtual farm engine and transmitting the specified crops and delivery conditions to the producer terminal. have.

The shipped crops are delivered in a culture solution as root in a distribution container partitioned into a plurality of areas, and the distribution container may be delivered in the same environment as one or more cultivation conditions among farm temperature and humidity.

According to an embodiment of the present invention, by connecting crop producers and consumers in each region, the consumer directly selects and orders the mature crop according to his or her taste, and the producer considers the degree of growth of the crop from the time of shipment to the time of delivery Thus, there is an effect of providing fresh crops that meet the tastes of consumers by harvesting and shipping crops.

1 is a view of the overall structure of a customized agricultural product distribution e-commerce system according to an embodiment of the present invention.
2 is a diagram of a distribution management server of a customized fresh crop distribution e-commerce system according to an embodiment of the present invention.
3 is a diagram of a virtual farm unit mounted on a distribution management server according to an embodiment of the present invention.
4 is a view of a customized fresh crop distribution e-commerce method according to an embodiment of the present invention.
5 and 6 are diagrams illustrating the structure of a distribution container used in customized fresh crop distribution e-commerce according to an embodiment of the present invention.
7 is a view illustrating a crop order screen provided by the customized fresh crop distribution e-commerce system according to an embodiment of the present invention.

When a part "includes" or "includes" a certain component throughout the specification, this means that other components may be further included, rather than excluding other components, unless otherwise stated. In addition, terms such as "...unit", "...server" and "...system" described in the specification refer to a unit that processes one or more functions or operations. Meaning, it may be implemented in hardware, software, or a combination of hardware and software.

Also, in this specification, the term "embodiment" is meant to serve as an illustration, example, or illustration, but the subject matter of the invention is not limited by such examples. Also, although "comprising", "comprising", "having" and other similar terms are used, when used in the claims, "comprising" is an open transition word that does not exclude any additional or other elements. It can be used generically in a manner similar to the term "Comprising".

The various techniques described herein may be implemented with hardware or software, or a combination of both, where appropriate. As used herein, terms such as "...Unit", "...Server" and "...System" likewise refer to computer-related entities, i.e. hardware , a combination of hardware and software, software or software in execution may be treated as equivalent. In addition, each function executed in the program of the present invention may be configured in module units, and may be recorded in one physical memory, or may be recorded while being dispersed between two or more memories and recording media.

1 is a view of the overall structure of a customized fresh crop distribution e-commerce system according to an embodiment of the present invention.

Referring to FIG. 1 , the customized fresh crop distribution e-commerce system according to an embodiment of the present invention operates one or more producer terminals used by producers who operate their own farms and want to sell one or more crops grown on the farm through an online market. (10), one or more consumer terminals 20 used by consumers who want to order crops according to their taste through an online market, and one or more consumer terminals 20 used by a delivery person who delivers the crops ordered to the market to consumers in consultation with the system operator The delivery terminal 30 and the producer register their crops and sell them through the market, and at the same time create a virtual farm corresponding to each producer's farm to simulate the growth degree of the crop, and when the consumer orders the crop, the consumer A distribution management server 100 for extracting crops corresponding to the set maturity period and placing an order for the corresponding producer may be included.

The producer terminal 10 is a terminal device used by a producer who wants to sell various types of crops grown on his/her farm in each region through an online market, and registers with the distribution management server 100 through an information and communications network to register as a member. and log-in procedure, and transmit crop information such as the variety, cultivation time, and amount of each crop for the crops scheduled to be grown or cultivated, and the temperature, humidity, and other cultivation conditions of the farm to the distribution management server 100. have.

The consumer terminal 20 is a terminal device that accesses a market operated by the distribution management server 100 of the present invention and requests an order for a crop that the consumer wants to order. The consumer terminal 20 may have a known web browser installed to access the website of the market operated by the distribution management server 100, and may order one or more crops registered in the market according to the consumer's selection.

The deliverer terminal 30 is a terminal device used by a delivery company or a personal delivery company contracted with the system operator. By receiving delivery of orders processed from the market through the information and communication network, the delivery person ships from the producer according to a schedule. To ensure that crops are delivered to consumers in specified distribution containers and environments.

As the aforementioned terminals 10 to 30, PCS (Personal Communication System), GSM (Global System for Mobile communications), PDC (Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant), IMT ( International Mobile Telecommunication)-2000, CDMA (Code Division Multiple Access)-2000, W-CDMA (W-Code Division Multiple Access), Wibro (Wireless Broadband Internet) terminal, smartphone, smartpad, tablet Devices including all kinds of handheld-based wireless communication devices such as PCs (Tablet PCs), and computing devices such as stationary PCs and notebook computers may be used.

The distribution management server 100 is a server device that operates an online market that can trade various crops, and is connected to each terminal 10 to 30 through an information and communication network to register and upload the agricultural products of the producers, which are the target of transaction, to the market. , it is possible to receive an order for the crop selected from the consumer, place an order to the producer, and request delivery to the delivery person.

In particular, the distribution management server 100 according to the embodiment of the present invention creates and operates a virtual farm simulating the growth according to the registered crop varieties, cultivation time and cultivation conditions, and through this, for crops sold in the market, It is characterized by providing crops of maturity that consumers demand. To this end, the distribution management server 100 is equipped with a virtual farm engine that simulates a virtual farm, and provides a delivery environment that can maintain the current growth level of crops during delivery as well as at the time of harvest of crops. to provide closer fresh produce.

To this end, as the distribution management server 100 , a high-performance microprocessor capable of responding to requests between a plurality of terminals 10 to 30 without delay or error, and a server device equipped with a large-capacity memory and storage may be used. .

Hereinafter, a distribution management server of a customized fresh crop distribution e-commerce system according to an embodiment of the present invention will be described in detail with reference to the drawings.

2 is a diagram of a distribution management server of a customized fresh crop distribution e-commerce system according to an embodiment of the present invention. In the following description, each component constituting the distribution management server may be implemented in an executable form by a microprocessor, recorded on a readable/writable recording medium, and mounted on the distribution management server.

Referring to FIG. 2 , the distribution management server 100 according to an embodiment of the present invention sells a crop registration unit 110 that registers one or more crops in a virtual farm at the request of the producer terminal 10 , and the registered farm products When an order for one or more crops is received through the market from the market unit 120 operating one or more markets that The database 150 for storing member information and crop information registered in the system, the member management unit 160 that performs the member registration and log-in procedures of producers, consumers and deliverers, and provides a member management function and the growth of crops It may include a virtual farm engine that simulates, and a virtual farm unit 200 that generates a plurality of virtual farms for producers and calculates growth conditions according to growth stages for registered crops.

The crop registration unit 110 may receive crop information about one or more crops requested from the producer terminal 10 and register it in the server as a transaction target. In the system of the present invention, a producer who wants to sell his/her own crops enters and registers crop information regarding cultivation conditions such as varieties, cultivation amounts and cultivation time, water supply cycle, and greenhouse temperature and humidity for the crops. , the crop registration unit 110 may receive the above-mentioned crop information from the producer terminal 10 and register it in the server.

The market unit 120 may register the agricultural products registered in the server to the market website operated by the distribution management server 100 . The market unit 120 may operate a plurality of markets for selling agricultural products online, and the market unit 120 may allocate sales pages with reference to information on the corresponding crops and post them on a website.

In addition, the market unit 120 may perform a sales procedure for the selected crop according to the order request of the consumer terminal 20 connected to the market website, and according to the order, the order for the crop is sent to the producer terminal 10 . can be issued

The delivery management unit 140 may request delivery to the delivery terminal 30 for the placed order. When the order is confirmed, the delivery management unit 140 selects a delivery person from among the registered deliverers, and provides order information to the delivery terminal 30 so that the delivery person visits the producer according to a schedule and delivers the shipped crops to the consumer. to be able to transmit

At this time, the delivery management unit 140 may provide information on the distribution container and delivery vehicle environment that allow the crop to have an appropriate maturity period according to the order details of the delivered crop, and accordingly, the delivery person may provide appropriate information about the delivery vehicle in the delivery vehicle. Take measures so that the temperature and humidity can be maintained and ensure that the delivery procedure can be carried out.

The database 150 may store member information such as registered producers and consumers, and various information about registered crops. The database 150 identifies each terminal, performs a login procedure, etc., and stores information for processing the payment and delivery procedures when ordering crops, and the distribution management server 100 refers to the database 150 . Therefore, information required for each procedure can be searched, extracted, and used.

In addition, various setting information for operating the distribution management server 100 and the market may be further stored in the database 150 .

The member management unit 160 may provide a management function for member information for producers, consumers, and deliverers who want to use the customized agricultural product distribution e-commerce system of the present invention.

In detail, the member management unit 160 may request membership registration for a user who accesses the system for the first time, performs a membership registration procedure using personal information input from the terminal, and then logs in to a terminal accessing the system. procedure can be performed. In addition, the member management unit 160 extracts the addresses of producers and consumers when receiving an order for crops and provides the addresses of producers and consumers to the deliverer terminal 30 so that the deliverer can normally complete delivery according to a schedule.

On the other hand, the distribution management server 100 according to an embodiment of the present invention is characterized in that it is equipped with a virtual farm unit 200 including a virtual farm engine that simulates the growth degree of the registered crops.

The virtual farm unit 200 may generate and operate a virtual farm for simulating the current growth information by receiving relevant information on the crop registered by the producer for sale, which is based on the maturity period desired by the consumer for the crop being sold. When receiving an order, it determines the optimal growth conditions for a plurality of registered crops, calculates the most appropriate crops and delivery conditions for the crops, places an order with the producer, and requests delivery from the delivery person.

That is, the distribution management server 100 according to the embodiment of the present invention estimates the current state and the growth degree from order to delivery for the agricultural products registered for sale through simulation, and derives the optimal crops, delivery routes and dates for producers And by providing it to the delivery person, it is characterized in that it is possible to provide a crop of maturity desired by the consumer.

To this end, the virtual farm unit 200 calculates a cultivation condition that allows the maturity period of the ordered crop to correspond to the delivery time, requests the producer terminal 10 to ship the crop according to the cultivation condition, and at the same time the delivery terminal (30) may provide delivery conditions.

According to the above-described structure, the distribution management server 100 according to an embodiment of the present invention connects the producer and the consumer, and through simulation, allows the consumer to provide a crop having the optimal state desired, see the drawings below Thus, the virtual farm unit 200 will be described in detail.

3 is a diagram of a virtual farm unit mounted on a distribution management server according to an embodiment of the present invention.

3, the farm unit 200 of the distribution management server according to the embodiment of the present invention, the variety input unit 210 for extracting the variety, cultivation time, and cultivation amount of each crop from the crop information input from the producer terminal 210 , the cultivation condition input unit 220 for extracting cultivation conditions including the temperature and humidity of the actual farm from the crop information, and the delivery route and delivery period according to the production and delivery locations of the crops ordered from the delivery information input from the delivery terminal. Delivery period prediction unit 230, order ordering unit 240 that receives an order for a specific crop from the market and inputs the order contents into the virtual farm engine, receives the specified crop and delivery conditions from the virtual farm engine and transmits it to the producer terminal and a virtual farm engine 260 that generates one or more virtual farms for each producer according to the release request unit 250 and the crop information and simulates the crops of the virtual farm according to the cultivation conditions.

The variety input unit 210 may extract information such as a variety, a cultivation time, and a cultivation amount of a crop from crop information input from a producer terminal when registering a crop, and input it to the virtual farm engine 260 . Crops are simulated from the time of cultivation in the virtual farm 261 allocated to the producer, and thus the virtual farm engine 260 can accurately predict the current state of the crops registered in the market to a certain level or more.

The cultivation condition input unit 220 extracts the current cultivation conditions for each crop 265 of the virtual farm 261 from the above crop information and inputs it to the virtual farm engine 260, resulting in more accurate simulation results at any point after the current time. to be able to derive

The delivery period prediction unit 230 collects the delivery information of the selected delivery person among the registered delivery companies and selects an appropriate delivery company for the ordered case, as well as the delivery path and A delivery period may be predicted, and this may be input to the virtual farm engine 260 .

This is because, in the crop sales method according to the embodiment of the present invention, the maturity period of the crop is set to the point of reaching the delivery person, not the time of harvest by the producer. It is a configuration to reflect more.

Accordingly, the virtual farm unit 200 calculates an optimal delivery route and time for the placed order so that it can be provided to the delivery person.

The order placing unit 240 may receive an input for an order for a crop received in the market, requested by the consumer terminal, and transmit the order to the virtual farm engine 260 . This is to select a crop in a state closest to the ripening period selected by the consumer through the virtual farm engine 260 of the present invention through simulation, rather than placing an order by directly delivering the order contents by the consumer to the producer, and then The virtual farm engine 260 extracts crops suitable for order contents from the virtual farm in operation.

The release request unit 250 serves to request the release of the extracted crops from the producer of the crops extracted by the virtual farm engine. The virtual farm engine extracts the crops 265 suitable for the order content through simulation through the virtual farm 261 and can calculate the delivery route, date, etc., and the producer and the You will be asked to ship the order to the shipper.

The virtual farm engine 260 may create and operate a plurality of virtual farms 261 for the crops 265 registered by the producer. In particular, the virtual farm engine 260 may calculate the current maturity of each crop 265 of the virtual farm 261 according to the variety, cultivation time, and cultivation amount, and when an order is requested from the order ordering unit 240, the After receiving the order, the current growth level of the crop 265 calculated according to the cultivation conditions previously entered for the virtual farm 261 of the producer is compared with the input order, and the crop 265 that has entered the most similar maturity stage. ) is extracted from a plurality of virtual farms, and it is requested to be shipped to the producer terminal.

At this time, the virtual farm engine 260 is characterized in that it determines the maturity period based on the growth time at the time of adding the elapsed time according to the expected delivery date, rather than the maturity period up to the current time for the order.

That is, the maturity period of the crop 265 to be delivered is characterized in that it is calculated as the period from the time of cultivation of the crop 265 to the completion of delivery. Here, from the time the producer shipped and the delivery person received it to the delivery completion time, it may be approximately half a day to two days, and the virtual farm engine 260 reflects the delivery route and delivery time predicted according to the delivery information in the growth simulation. In addition, by providing the delivery conditions for the corresponding crop 265 during the delivery period, that is, the temperature, humidity, etc. in the distribution container and delivery vehicle to the delivery terminal, the maturity of the crop 265 is at the time of delivery completion in consideration of the delivery period. It calculates the delivery schedule to suit it and requests the producer and the delivery person to issue and deliver it.

Hereinafter, a customized fresh crop distribution e-commerce method by a system according to an embodiment of the present invention will be described in detail with reference to the drawings.

4 is a view of a customized fresh crop distribution e-commerce method according to an embodiment of the present invention. In the following description, each step execution entity becomes the system of the present invention and its constituent parts, even if there is no separate description.

Referring to FIG. 4 , the customized fresh crop distribution e-commerce method according to an embodiment of the present invention is a customized crop distribution e-commerce method by a distribution management server that sells and delivers one or more crops registered from a producer to a consumer. Registration step (S100), virtual farm creation step (S110), market upload step (S120), order content confirmation step (S130), crop extraction step (S140), crop shipment request step (S150) and crop delivery step (S160) may include

In detail, the crop registration step ( S100 ) is a step of receiving crop information according to the request of the producer terminal and registering one or more crops to be traded in the distribution management server.

In the virtual farm creation step (S110), a plurality of virtual farms are generated for the producer through the virtual farm engine, and growth conditions according to the growth process of the registered farms are calculated and simulated. Accordingly, it is possible to determine the degree of growth at the present time for all crops traded.

In particular, step S110 is a step of extracting the variety, cultivation time, and cultivation amount of each crop from the crop information input from the producer terminal, and extracting cultivation conditions including the temperature and humidity of the real farm from the crop information and the virtual farm It can be subdivided into steps of simulating crops according to cultivation conditions.

Next, the market upload step ( S120 ) is a step of uploading the registered virtual farm crops to one or more markets, thereby completing the preparation for sale to consumers. Accordingly, crops to be sold are posted on the online market, and a consumer who accesses the website through a terminal can select and order a crop to purchase.

When any one of the crops is ordered by the consumer, as an order confirmation step (S130), the distribution management server checks the order details with respect to the order of one or more crops requested from the consumer terminal through the market, and Cultivation conditions are calculated so that the maturity period corresponds to the delivery time.

The crop extraction step ( S140 ) is a step of extracting crops corresponding to the order contents according to the cultivation conditions according to the simulation result by the virtual farm engine.

Specifically, step S140 may be subdivided into a step of estimating a delivery route and delivery period according to the production and delivery locations of the agricultural products ordered from the delivery information input from the delivery terminal, and a step of inputting the order details into the virtual farm engine.

Next, in the crop shipment request step ( S150 ), the producer terminal is requested to release the crops extracted by the virtual farm engine. In this case, the crop and delivery conditions specified from the virtual farm engine are transmitted to the producer terminal.

In addition, in the agricultural product delivery step ( S160 ), the delivery company requests delivery of the agricultural products shipped from the producer by requesting the delivery terminal, and in response, the delivery person processes the delivery procedure.

Hereinafter, the structure of the distribution container used in the delivery step of the above-described customized fresh crop distribution e-commerce method will be described with reference to the drawings.

5 and 6 are diagrams illustrating the structure of a distribution container used for delivery in the customized fresh produce distribution e-commerce system according to an embodiment of the present invention.

5, the crops distributed in the customized fresh crop distribution e-commerce system according to the embodiment of the present invention are not delivered in a harvested state after the roots are cut by the producer, but are contained in the distribution container 400 as root. can be delivered

In particular, the distribution container 400 contains a culture solution 410 capable of supplying nutrients to crops. In addition, the cultivation support material 420 may be included so that the crop 1 is not damaged due to impact during delivery. Here, the culture medium 410 may include moisture, soil, and a cultivation nutrient material, and the cultivation support material 420 may be a material such as a sponge.

Referring to FIG. 6 , the internal structure of the aforementioned distribution container 400 is specifically exemplified, and the distribution container 400 of the present invention can deliver a plurality of packaging containers in which crops are harvested with roots.

The distribution container 400 may be largely divided into a lower case 420a in which crops are accommodated, and an upper case 440a opposite to this and opening or closing the inside of the lower case 420a.

And, the inner accommodating space 421a of the lower case 420a may be formed with a partition portion 422a protruding at regular intervals, and a packaging container in which crops are harvested with a predetermined interval between the partition portions 422a is provided. A container mounting space 423a to be mounted may be formed.

In addition, a movement passage 424a of water and a cultivation influence material may be formed in a zigzag shape at the end, and an air passage 425a through which external air can be introduced into the accommodation space 421a around the upper edge and horizontal support A protrusion 426a may be formed.

Here, the size and shape of the lower case 420a may vary depending on the environment and purpose.

In the drawing, the lower case 420a has a rectangular shape and forms a compartment 422a in which a container mounting space 423a is formed so as to accommodate a packaging container in the receiving space 421a inside, while forming a accommodating space 421a at the end. The structure in which the water passage 424a is formed so that the water accommodated in the can move is illustrated.

In addition, the air passages 425a formed at intervals on the upper periphery of the lower case 420a are formed to allow external air to be introduced into the accommodation space 421a while exhausting the internal air to the outside. Here, the horizontal support protrusion 426a positioned in the air passage 425a supports the inner side surface of the upper case 440a while securing the space of the air passage 425a.

In particular, the air passage 425a allows the circulation of moisture and temperature affecting the growth degree of crops in the delivery vehicle even during delivery, so that the state closest to the order content, for example, the temperature and humidity of the farm where the crop is grown Allows crops to be delivered to the same environment as one or more of the growing conditions.

And, the upper case 440a opens or closes the receiving space 421a while being mounted on the lower case 421a. Here, the upper case 440a may be formed of a transparent or translucent material depending on the environment and purpose.

In addition, the upper case 440a has an opening 441a formed at the lower portion and the inside is formed to protrude toward the upper portion, and is fitted to the upper portion of the lower case 420a to form a single delivery package.

Hereinafter, the technical idea of the present invention will be described in detail through an example of a web site screen provided by the customized fresh crop distribution e-commerce system according to an embodiment of the present invention.

7 is a diagram illustrating a crop order screen provided by the customized fresh crop distribution e-commerce system according to an embodiment of the present invention.

Referring to FIG. 7 , the market operated by the customized fresh crop distribution e-commerce system according to the embodiment of the present invention can be accessed through a known web browser, and a familiar purchase screen for ordering crops registered in the server is provided. can

As illustrated, the representative image and product name of the crop may be displayed on the purchase screen, and product information such as the sale price, unit of sale, product type, producer farm, country of origin, delivery method, and orderable number of crops may be displayed on the purchase screen. can In addition, a purchase UI such as 'Buy Now' and 'Add to Shopping Cart' may be disposed at the bottom of the purchase screen.

In particular, the purchase screen provided by the market of the customized agricultural product distribution e-commerce system according to the embodiment of the present invention further provides a UI through which the consumer can select the desired maturity period, that is, the growth level, for the crop. As described above, the consumer can order the crop by selecting any one of the stages of maturity of 'low (unripe)', 'medium (normally ripe)', and 'high (overripe)' and subdivided into predetermined numbers. .

Although many matters are specifically described in the above description, these should be construed as examples of preferred embodiments rather than limiting the scope of the invention. Accordingly, the invention should not be defined by the described embodiments, but should be defined by the claims and equivalents to the claims.

10: producer terminal 20: consumer terminal
30: delivery terminal 100: distribution management server
110: farm product register 120: market department
140: delivery management unit 150: database
160: member management unit 200: virtual farm unit
210: variety input unit 220: cultivation condition input unit
230: delivery period prediction unit 240: order placing unit
250: shipment request unit 260: virtual farm engine
261: virtual farm 265: virtual crop
400: distribution container

Claims (10)

A crop distribution e-commerce system comprising a distribution management server that sells and delivers one or more crops registered from producers to consumers,
The distribution management server,
At the request of the producer terminal, the crop information including the variety, cultivation time, and cultivation amount of each crop for the crops scheduled to be grown or being cultivated, and the temperature, humidity and other cultivation conditions of the farm are input, and one or more crops are converted into a virtual farm. Registering with the Register of Crops;
a market unit operating one or more markets selling registered farm products;
It includes a virtual farm engine that simulates the growth of crops, and creates a plurality of virtual farms for the producer, according to the growth stage of the registered crop, from the point of cultivation of crops to the time just before delivery completion. a virtual farm unit that calculates growth conditions including the related conditions; and
When an order for one or more crops is requested from the consumer terminal through the market, the delivery route and delivery time are determined according to the order contents, and the distribution container and delivery vehicle environment to ensure that the crops have an appropriate maturity period according to the order contents of the delivered crops including a shipping management department that provides information about
The virtual farm engine,
Creating one or more virtual farms for each producer according to the crop information, simulating the crops of the virtual farm according to the cultivation conditions input by the producer, and corresponding to the virtual farm according to the variety, cultivation time and cultivation amount Calculating the current maturity period of crops, but the maturity period is set as the delivery completion point reaching the delivery time from the cultivation point rather than the harvest time by the producer in order to further reflect the delivery period in simulating the growth degree of the crop,
The virtual farm unit,
Calculating the cultivation conditions for the maturity period of the ordered crops to correspond to the delivery time, and requesting the producer terminal to ship the crops according to the cultivation conditions,
The virtual farm unit,
a variety input unit for extracting the variety, cultivation time, and cultivation amount of each crop from the crop information input from the producer terminal and inputting it into the virtual farm engine, so that the virtual farm engine predicts the current state of actual crops registered in the market;
a cultivation condition setting unit for extracting cultivation conditions including a water supply cycle of an actual farm, temperature and humidity of a greenhouse, from the crop information;
A delivery period prediction unit that predicts the delivery route and delivery period according to the production and delivery location of the ordered crop from delivery information input from the delivery terminal, and further reflects the delivery period when the virtual farm engine simulates the growth degree of the crop;
an order placing unit receiving an order for a specific crop from the market and inputting the order details into the virtual farm engine to extract a crop that is the closest to the maturity stage to the order contents from a plurality of virtual farms operated by the virtual farm engine; and
and a shipment request unit that receives the crops and delivery conditions extracted from the virtual farm engine and transmits them to the producer terminal of the corresponding producer,
The market is accessed through a known web browser and provides a purchase screen for ordering registered crops,
The purchase screen is
Product information including the representative image of the crop, the product name, and the sales price, sales unit, product type, producer farm, country of origin, delivery method, and orderable number of the crop is displayed, and the consumer is not mature for the crop , usually overripe, or overripe, or includes a UI that allows you to order crops by selecting any one of the subdivided stages of maturity;
The distribution container,
A customized fresh crop distribution e-commerce system in which the crops are placed in a cultivation solution as roots in a distribution container partitioned into a plurality of areas, and delivered in the same environment as at least one cultivation condition among the temperature and humidity of the farm. delete delete delete delete delete delete delete delete delete

Images